JP2004334912A - Server device, production logistics management system, user-side terminal device, production-side terminal device, distribution-side terminal device, production logistics management method, production logistics management program, computer-readable recording medium recording the production logistics management program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To deliver an ordered product in the shortest period. <P>SOLUTION: This production/physical distribution control system includes: a server system 100; a terminal device 200 provided for the user side; a terminal device 210 provided for the production side; a terminal device 220 provided for the physical distribution side; bidirectional data communication channels 300 installed for carrying out bidirectional communication between the server system 100 and the respective terminal devices 200-220. The server system 100 controls the progress of production and physical distribution, and provides optimum directions for the production and the physical distribution. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention provides a server device, a production logistics management system, a user terminal device, a production terminal device, a distribution terminal device, a production logistics management method, a production logistics management program, and a computer readable recording of the production logistics management program. Recording media. More specifically, a server device, a production logistics management system, a user terminal device, a production terminal device, and a logistics side that integrally manage an order receiving process, a production process, and a logistics process and operate them efficiently. , A production logistics management method, a production logistics management program, and a computer-readable recording medium recording the production logistics management program.

  For retailers, it is an important business factor to purchase goods to be supplied to consumers quickly in response to the actual demand situation of the goods. In addition, in order to make the most of expected business opportunities, select products that have a short lead time from ordering to delivery even a little, and check the production progress of purchased products frequently and adjust the purchased content quickly. This is extremely advantageous in business. This is the same in a build-to-order manufacturing company that manufactures upon receiving an order from a user. For example, Japanese Patent Application Laid-Open No. 10-40309 discloses that, in order to shorten the lead time, it is possible to use a host computer to promptly know processing procedure information, work process and work department information from order receipt to shipment / delivery. There is disclosed a work progress management system for an ordered item which can confirm information.

  Referring to FIG. 65, the work progress management system for an ordered product includes a host computer 1, an online terminal 7 connected to the host computer 1 and installed in the sales department 8, and a production management system connected to the host computer 1. The online terminal 17 installed in the order receiving section 11 and the composition creating section 12 in the section 10 and the host computer 1 are connected to the plate making section 21, the plate section 22, and the processing section in the factory production section 20. Department 23, an inspection department 24, and an online terminal 27 installed in the distribution department 25.

  The host computer 1 includes a processing procedure information file 2 in which information relating to various processing procedures such as matters to be performed by the sales staff in response to products ordered by the sales staff 6 from the user 5 is stored. A work process and work department information file 3 that stores process process information and information such as the process capability of the work department, and a work progress information storage file 4 that records work progress information based on a management number determined for each ordered product And

  The work ordered by the sales staff 6 is processed as follows. First, the production management section 10 inputs an order slip or the like to the host computer 1. The work proceeds to each process 21 to 25 of the factory production section 20. The products are delivered from the distribution department 25 to the user 5 through the processes 21 to 24 of the factory production department 20, and a series of work is completed. An online terminal 27 is also arranged in each section of each process of the factory production section 20. Information on the date and time of the stage when the work process is started and the stage when the work process is completed, information on the production quantity, and the like. Is input from the online terminal 27. As described above, the work progress information in each process is stored in the work progress information storage file 4 as needed. Therefore, when the sales staff 6 wants to check the current progress of his / her work, he / she accesses the host computer 1 from the online terminal 7 installed in the sales department 8 to check the progress of the work. You can check immediately.

  However, when expensive production equipment, labor, and transportation are required to be operated efficiently, as in the semiconductor industry, build-to-order manufacturing companies not only use host computers to directly confirm work progress information, but also The problem is that it must be possible to formulate a new production and distribution plan.

  Further, in the conventional system, the user cannot directly check the work progress information. For this reason, for a user who purchases a large number of parts and manufactures a product, it is necessary to check the progress of the logistics process and the progress of the production status, adjust the entire product manufacturing process, and delay or trouble in the logistics and production. Even if it is necessary to absorb the noise and to eliminate the influence on the production of the product, confirmation work by telephone, hand or facsimile is required. Therefore, there is a problem that the user cannot make a satisfactory adjustment.

  Also, with the above system, the physical distribution status of the physical distribution process cannot be grasped. When the ordered product is a semiconductor, the semiconductor production process is roughly divided into a first half process and a second half process. When the factory of the first half process and the factory of the second half process are separately provided, a semi-finished product is delivered from the factory of the first half process to the factory of the second half process by requesting a distribution company. Delivery of a semi-finished product usually requires about 3 to 5 days in Japan and about 7 to 10 days overseas.

For this reason, if the distribution situation cannot be grasped, a loss time is generated in the distribution process of the semi-finished product in the production process. As a result, on the production side, expensive production equipment and labor cannot be operated efficiently, and there is a problem that production delays occur and the trust of the orderer is impaired. In addition, there arises a problem that manufacturing costs are increased and profits are reduced. Furthermore, when multiple logistics companies handle finished products of ordered products, the continuity of logistics is lost because the distribution between the logistics companies is not coordinated, and storage in the warehouse is required during the logistics process There are problems such as becoming.
JP-A-10-40309

  An object of the present invention is to provide a server device, a production logistics management system, a user terminal device, a production terminal device, a distribution terminal device, and a production device capable of delivering an ordered product to a user in the shortest time. It is an object of the present invention to provide a distribution management method, a production distribution management program, and a computer-readable recording medium recording the production distribution management program.

  In order to achieve the above object, according to an aspect of the present invention, a server apparatus checks a production process from an inquiry including a delivery location information from a user, a user ID, a password, and a production side terminal device. Receiving means for receiving the production process number corresponding to the end of the point, and the logistics process number corresponding to the end of the checkpoint of the physical distribution process and any of the current physical distribution location from the terminal device on the physical distribution side; A security management database that stores in advance a user ID and a password associated with a user ID, a password, and a user ID and a password that are connected to the receiving means and the security management database and stored in the security management database; Collation, user ID and password Determining means for determining whether the input user is a legitimate user, a production status information storage unit for storing the production process NO, and a distribution status information storage for storing any of the distribution process NO and the current distribution location Department, a production standard process information storage unit that stores production standard process information indicating the time required to perform each process of production, and a logistics standard process that indicates the time required to perform each process of distribution. A standard process database having a logistics standard process information storage unit for storing information, a receiving unit, a production status information storage unit, a distribution status information storage unit, and a standard process database; It is determined that the input user is a legitimate user, and after the receiving means receives the production process number for the ordered product, the receiving unit determines whether the product received from the legitimate user is accepted. When the inquiry is received, the time required by the product from the current process to the end of the production and the product are calculated using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information. The calculation means for the expected delivery date to calculate the expected delivery date and the calculation method for the expected delivery date, which correspond to the sum of the time required for the transportation work from the current process to the delivery location indicated by the inquiry Transmission means for transmitting the estimated delivery date to the authorized user.

  In other words, the expected delivery time calculation means determines that the determination means is a legitimate user, and when the receiving means receives the inquiry after receiving the production process NO, the expected delivery time until delivery to the delivery location indicated by the inquiry. Is calculated. As a result, in calculating the expected delivery date, the delivery place received from the authorized user is considered in addition to the production process received from the production factory. In calculating the expected delivery date, by determining whether the user is a legitimate user and considering the delivery location, the expected delivery date is accurately minimized. As a result, it is possible to provide a server device capable of delivering the ordered product to the user in the shortest time.

  According to another aspect of the present invention, the server device receives an inquiry from a user including a plurality of pieces of information including a user ID, a password, and information on a delivery place, and an order including information on a product name and information on an order date. Information, the production process number corresponding to the end of the checkpoint of the production process from the terminal device on the production side, and the logistic process number corresponding to the end of the checkpoint of the distribution process and the current logistics from the terminal device on the distribution side Receiving means for receiving any of the places, a security management database for storing a user ID and a password associated with the user in advance, and a user connected to the receiving means and the security management database and stored in the security management database ID and password and user ID and password received by the receiving means Means for determining whether the user who has input the user ID and password is a legitimate user, an order information storage unit for storing order information, and a plurality of information including a production process number. A production status information storage unit, a distribution status information storage unit that stores a plurality of pieces of information including one of the distribution process number and the current distribution location, and a production time indicating the time required to perform each operation of the production process. A standard process database having a production standard process information storage unit for storing standard process information and a logistic standard process information storage unit for storing logistic standard process information indicating the time required to perform each process of the logistics; It is connected to the information storage unit and the standard process database, and the time required to produce the product indicated by the order information out of the time indicated by the production standard process information, and the logistics standard process A first calculating means for calculating an initial expected delivery date using a time required for a transport operation among the times indicated by the information; storing the initial expected delivery date as expected information; And a production / distribution progress / forecast information storage unit for storing a plurality of progress information including information corresponding to any one of the logistics process number, and an order information storage unit, a distribution status information storage unit and a standard process database. A second calculating means for calculating a work start date and time and a work end date and time using a time and an order date necessary for producing a product represented by the order information out of the time represented by the production standard process information; A production instruction information storage unit for storing production instruction information indicating the work start date and time and the work end date and time is connected to an order information storage unit, a production instruction information storage unit, and a standard process database. A third calculating means for calculating the logistics start date and time and the logistics end date and time by using the time required for the transport operation of the product indicated by the order information out of the time indicated by the work end date and time and the logistics standard process information And a logistics instruction information storage unit for storing logistics instruction information indicating a logistics start date and time and a logistics end date and time, a receiving unit, a determining unit, a production status information storage unit, a distribution status information storage unit, a standard process database, and a production / distribution progress. / Estimated information storage unit, production instruction information storage unit, and distribution instruction information storage unit, the determination unit determines the user who has entered the user ID and password as a legitimate user, the initial expected delivery date, production instruction information And logistics instruction information are transmitted, and any of the production process number, the logistics process number, and the current logistics location of the product ordered from the authorized user is received. After the stage receives the progress information and receives the inquiry about the ordered product from the authorized user, the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information are used. Estimated delivery time corresponding to the sum of the time required for the product to end production from the current process and the time required for transport work from the current process to the delivery location indicated by the inquiry Means for calculating the expected delivery date for calculating the expected delivery date, the progress information, and the expected delivery date calculated by the calculation means for the expected delivery date to the authorized user, the production instruction information stored in the production instruction information storage unit. And transmission means for transmitting the physical distribution instruction information stored in the physical distribution instruction information storage unit to the physical distribution side terminal device.

  That is, the transmitting means transmits the initial expected delivery date and the progress information to the authorized user. The receiving means receives one of the production step NO, the distribution step NO, and the current distribution place. Thereafter, the expected delivery date calculation means calculates the expected delivery date until delivery to the delivery location indicated by the inquiry. Thereby, it is determined whether the user is a legitimate user, transmission of the expected delivery date to the legitimate user, reception of any of the production process NO, the distribution process NO and the current distribution location, and progress information to the legitimate user. Is transmitted, the expected delivery date is calculated in consideration of the delivery place received from the authorized user, so that the expected delivery date is particularly accurately minimized. As a result, it is possible to provide a server device capable of delivering the ordered product to the user in the shortest time.

  Further, it is preferable that the above-mentioned second calculating means includes means for recalculating the work start date and time and the work end date and time in a predetermined period unit. In addition, it is preferable that the third calculating means includes means for recalculating the physical distribution start date and time and the physical distribution end date and time in a predetermined period unit.

  That is, the work start date and time, the work end date and time, the physical distribution start date and time, and the physical distribution end date and time are recalculated for each predetermined period. Thereby, the progress information is accurately determined. Since the progress information is refined, the delivery location received from the authorized user is also refined. Since the delivery location is optimized, the expected delivery time is extremely accurately minimized. As a result, it is possible to provide a server device capable of delivering the ordered product to the user in the shortest time.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is desirable that the above-mentioned transmitting means include a means for transmitting information together with the order management ID. In addition, it is desirable that the above inquiry includes an order management ID. In addition, it is desirable that the above-mentioned calculation means for the expected delivery date includes a means for calculating the expected delivery date corresponding to the order management ID.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is desirable that the above-mentioned transmitting means include a means for transmitting information together with the order management ID. In addition, it is preferable that the above-mentioned order information further includes information on the quantity of the product corresponding to the order management ID and information on the delivery date.

  It is preferable that the above-mentioned order information further includes information for classifying a reservation order and a real order.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, the above-mentioned progress information desirably includes information on the quantity of the product corresponding to the order management ID, information on the delivery date, and information on the scheduled delivery location.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is desirable that the above-mentioned production instruction information further includes information on a product name, information on a production work start date and time, and information on a production work end date and time corresponding to each order management ID.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is preferable that the information stored in the above-mentioned production status information storage unit includes information indicating a product name, a quantity, and a delivery date corresponding to the order management ID.

  Preferably, the above-mentioned production instruction information further includes information on a pre-production process, a production work process, and a production next process corresponding to the order management ID.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is preferable that the information stored in the above-mentioned distribution status information storage unit includes information on a product name, a quantity, and a delivery place corresponding to the order management ID.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, the above-mentioned distribution instruction information desirably further includes information on a product name, a quantity, a delivery date, a pickup place, a delivery place, a distribution work start date and time, and a distribution work end date and time corresponding to the order management ID.

  Further, it is preferable that the server device further includes a catalog database that stores information for each product.

  Further, in the server device described above, when the receiving means receives the first order information indicating the pre-order and then receives the second order information indicating the real order, the first order stored in the order information storage section is stored. It is preferable to further include subtraction means for subtracting the quantity of the product represented by the information by the quantity of the product represented by the second order information.

  It is preferable that the server device further includes an adding unit for adding the order management ID to the order information. In addition, it is preferable that the server device further includes a unit for adding a branch number to the order management ID when the receiving unit receives the order information with respect to the order information to which the adding unit has added the order management ID.

  According to another aspect of the present invention, a production logistics management system includes a server device, a user terminal device, a production terminal device, and a physical distribution terminal device. The server device receives, from the user, an inquiry including a plurality of pieces of information including a user ID, a password, and information on a delivery place, order information including information on a product name and information on an order date, and a terminal device on the production side. Receiving the production process number corresponding to the end of the checkpoint of the production process, and the logistics process number corresponding to the end of the checkpoint of the physical distribution process and the current logistics location from the terminal device on the distribution side. Means, a security management database in which a user ID and a password associated with the user are stored in advance, and a user connected to the receiving means and the security management database and received by the receiving means and the user ID and password stored in the security management database. Check the ID and password, and check the user ID and password. Determining means for determining whether the user who has input the password is a legitimate user, an order information storage unit for storing order information, and a production status information storage unit for storing a plurality of pieces of information including a production process number; A logistics status information storage unit that stores a plurality of pieces of information including one of a physical distribution process number and a current physical distribution location, and a production standard that stores production standard process information indicating a time required for performing each production process. A standard process database having a process information storage unit and a logistics standard process information storage unit for storing logistics standard process information indicating the time required to perform each process of the logistics, and an order information storage unit and a standard process database. Connected time required for producing the product indicated by the order information out of the time indicated by the production standard process information, and the time indicated by the distribution standard process information A first calculating means for calculating an initial expected delivery date by using a time necessary for the transport operation, and storing the initial expected delivery date as expected information, and selecting one of a production process NO and a distribution process NO. A production / distribution progress / forecast information storage unit that stores a plurality of pieces of progress information including corresponding information, and an order information storage unit, a distribution status information storage unit, and a standard process database, which represent production standard process information. A second calculating means for calculating the work start date and time and the work end date and time by using the time and order date necessary for producing the product indicated by the order information, A production instruction information storage unit for storing production instruction information to be represented, an order information storage unit, a production instruction information storage unit, and a standard process database. A third calculating means for calculating the logistics start date and time and the logistics end date and time by using the time required for the transport work of the product represented by the order information among the times represented by the flow standard process information; A distribution instruction information storage unit that stores distribution instruction information indicating the date and time, a receiving unit, a determination unit, a production status information storage unit, a distribution status information storage unit, a standard process database, a production / distribution progress / expected information storage unit, and a production instruction. Connected to the information storage unit and the distribution instruction information storage unit, the determination unit determines that the user who has input the user ID and the password is an authorized user, and the expected delivery date, production instruction information, and distribution instruction information are transmitted, The receiving means receives one of the production process No., the distribution process No., and the current distribution location for the product ordered from the authorized user, and the progress information is transmitted. Then, when an inquiry about the ordered product is received from the authorized user, the production is started from the current process using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information. A calculation for the expected delivery date to calculate the expected delivery date, which corresponds to the sum of the time required to complete and the time required for the transportation work from the current process to the delivery location indicated by the inquiry Means, the expected delivery date, the progress information, and the expected delivery date calculated by the calculation means for the expected delivery date to the authorized user, the production instruction information stored in the production instruction information storage unit to the terminal device on the production side, and the distribution instruction. Transmission means for transmitting the distribution instruction information stored in the information storage unit to the terminal device on the distribution side. The terminal device on the user side is connected to the server device via a communication line, transmits the order information including the information of the product name to the server device, and calculates the initial expected delivery date and the expected delivery date calculation means received from the server device. Based on the expected delivery date, the expected delivery date and the expected delivery date calculated by the calculation means for the expected delivery date are output. The production-side terminal device is connected to the server device via a communication line, outputs the production instruction information received from the server device, and transmits a production process NO corresponding to a result of the production performed based on the output production instruction information. I do. The terminal device on the physical distribution side is connected to the server device through a communication line, outputs the physical distribution instruction information received from the server device, and performs the physical distribution process NO and the current distribution process corresponding to the result of the physical distribution performed based on the output physical distribution instruction information. Send one of the logistics locations.

  According to another aspect of the present invention, the terminal device on the user side is a terminal device on the user side used in the above-described production and distribution management system. A terminal device on the user side, a transmitting unit for transmitting the order information to the order information storage unit of the server device, and a receiving unit for receiving the expected delivery date calculated by the initial expected delivery date and the calculation unit for the expected delivery date; including.

  According to another aspect of the present invention, a production-side terminal device is a production-side terminal device used in the above-described production distribution management system. The production-side terminal device stores, in the production status information storage unit of the server device, a receiving unit for receiving the production instruction information, and a production process number corresponding to a result of the production performed based on the received production instruction information. Transmitting means for transmitting.

  According to another aspect of the present invention, a distribution-side terminal device is a distribution-side terminal device used in the above-described production distribution management system. The logistics-side terminal device includes a receiving unit for receiving the logistics instruction information, and a logistics process number corresponding to the result of the logistics performed based on the received logistics instruction information and one of a current logistics location and a server. Transmission means for transmitting to the physical distribution status information storage unit of the apparatus.

  Further, it is desirable that the above-mentioned terminal device on the physical distribution side is a mobile terminal device.

  According to another aspect of the present invention, a production logistics management method is a method used in a server device. The production logistics management method includes a step of storing a user ID and a password associated with a user in advance, and a step of storing production standard process information indicating time required for performing operations of each production process. A physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of the physical distribution; a receiving process for receiving a user ID and a password from a user; A determining step of comparing the user ID and password with the user ID and password received in the receiving step to determine whether the user who has input the user ID and password is a legitimate user; The process of receiving the inquiry including the information of the delivery place from the terminal device, and the check of the production process from the terminal device on the production side. A step of receiving a production process number corresponding to the end of the point; and a step of receiving, from the terminal device on the logistics side, a logistics process number corresponding to the end of the checkpoint of the logistics process and one of the current logistics locations, In the production status information storage step of storing the production step NO, the distribution status information storage step of storing either the distribution step NO or the current distribution place, and in the determination step, the user who has entered the user ID and password After receiving the production process number for the ordered product and receiving the inquiry about the ordered product from the authorized user, the production process number, the time represented by the production standard process information, and the distribution standard process information are displayed. The time required to complete production from the process where the product is present and the process where the product is present, using the time indicated. The expected delivery time calculated in the expected delivery time calculation process and the expected delivery time calculated in the expected delivery time calculation process corresponding to the sum of the time required for transport work until delivery to the delivery location indicated by the inquiry Transmitting to the other user.

  In other words, it is possible to provide a production logistics management method capable of delivering an ordered product to a user in the shortest time.

  According to another aspect of the present invention, a production logistics management method is a method used in a server device. The production logistics management method includes a step of storing a user ID and a password associated with a user in advance, and a step of storing production standard process information indicating time required for performing operations of each production process. A physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of the physical distribution; a receiving process for receiving a user ID and a password from a user; A step of comparing the user ID and the password with the user ID and the password received in the receiving step to determine whether the user who has input the user ID and the password is a legitimate user, and information on the product name from the user Receiving order information including order information and order date information, an order information storing step of storing order information, and a production standard process The estimated expected delivery date is calculated using the time required to produce the product indicated by the order information out of the time indicated by the report, and the time required for transportation work by the time indicated by the standard distribution process information. Production / distribution progress / stores a first calculation step and a plurality of pieces of progress information including information corresponding to one of the production step NO and the distribution step NO. A process of storing expected information, a process of transmitting an initial expected delivery date to a legitimate user, and a time required for producing a product represented by the order information out of the time represented by the production standard process information, and an operation using an order date. A second calculation step for calculating a start date and time and a work end date and time, a production instruction information storage step for storing production instruction information indicating the work start date and time and the work end date and time, Using the step of transmitting the production instruction information stored in the storage step to the terminal device on the production side, the work end date and time, and the time required for the transport work of the product represented by the order information out of the time represented by the distribution standard process information, A third calculation step for calculating a distribution start date and time and a distribution end date and time, a distribution instruction information storage step for storing distribution instruction information indicating the distribution start date and time and a distribution end date and time, and distribution instruction information stored in the distribution instruction information storage step To the logistics-side terminal device, a step of receiving a production process number corresponding to the end of the production process checkpoint from the production-side terminal device, and storing a plurality of pieces of information including the production process number. The production status information storage process, the distribution process number corresponding to the end of the distribution process checkpoint from the distribution side terminal device, and the current distribution location Receiving the information, a physical distribution status information storing step of storing a plurality of pieces of information including one of the physical distribution step NO and the current physical distribution place, a step of transmitting the progress information to the authorized user, Receiving a query composed of a plurality of information including information on a delivery place from a terminal device provided in the terminal, and determining the user who has input the user ID and password as a legitimate user in the determining step. After the production instruction information and the distribution instruction information are transmitted, and in the receiving step, any of the production process NO, the distribution process NO, and the current distribution location of the product ordered from the authorized user is received, and the progress information is transmitted. When an inquiry about an ordered product is received from an authorized user, the production process NO, the time represented by the production standard process information, and the distribution standard process Using the time indicated in the report, the sum of the time required for the product to be completed from the current process to the end of production and the time required for transport work from the current process to the delivery location indicated by the inquiry And a step of transmitting the expected delivery date calculated in the calculation process for the expected delivery date and the expected delivery date to calculate the expected delivery date to the authorized user.

  In other words, it is possible to provide a production logistics management method capable of delivering an ordered product to a user in the shortest time.

  Further, it is preferable that the above-mentioned production logistics management method further includes an additional step of adding an order management ID to the order information. In addition, the above-mentioned progress information desirably includes information on the quantity of the product corresponding to the order management ID, information on the delivery date, and information on the scheduled delivery location.

  According to another aspect of the present invention, a production logistics management program includes a process of storing a user ID and a password associated with a user in advance, and a production standard process indicating a time required for performing each operation of the production. A production standard process information storing process for storing information, a physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of physical distribution, and a user ID and password from a user Receiving step, and comparing the user ID and password stored in advance with the user ID and password received in the receiving step, and determining whether or not the user who has input the user ID and password is a legitimate user Receiving a query including information on a delivery place from a terminal device provided on a legitimate user side; Receiving the production process number corresponding to the end of the checkpoint of the production process from the terminal device, and the distribution process number corresponding to the end of the checkpoint of the distribution process and the current logistics from the terminal device on the distribution side. In the step of receiving any one of the locations, the production status information storing step of storing the production process NO, the physical distribution status information storing step of storing the physical distribution process NO and any of the current physical distribution locations, After determining the user who has input the password and the password as a legitimate user, receiving the production process number for the ordered product, and receiving an inquiry about the product ordered from the legitimate user, the production process NO, production standard process information Using the time indicated by the logistics standard process information and the time indicated by the logistics standard process information from the current process to the end of production. A calculation process for the expected delivery date, which calculates the expected delivery date, corresponding to the sum of the time required and the time required for the transport work from the current process to the delivery location indicated by the inquiry. And transmitting the expected delivery date calculated in the calculation step to the authorized user.

  That is, it is possible to provide a production logistics management program capable of delivering the ordered product to the user in the shortest time.

  Further, it is preferable that the above-mentioned production distribution management program further includes a step of adding an order management ID to the order information.

  According to another aspect of the present invention, the recording medium is a computer-readable recording medium recording a production distribution management program. A recording medium for storing a user ID and a password associated with the user in advance, and a production standard process information storing process for storing production standard process information indicating a time required for performing an operation of each production process; A physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of the physical distribution, a receiving process for receiving a user ID and a password from a user, and a user ID stored in advance Determining whether the user who has input the user ID and the password is a legitimate user by comparing the user ID and the password received in the receiving step with the user ID and the password, and a terminal device provided on the legitimate user side Receiving the inquiry including the information of the delivery location, and checking the production process from the terminal device on the production side. Receiving a production process number corresponding to the end of the logistics process, receiving a logistics process number corresponding to the end of the logistics process checkpoint and any one of the current logistics locations from the terminal device on the physical distribution side, In the production status information storing step of storing the process number, the physical distribution status information storing step of storing either the physical distribution step number or the current physical distribution location, and in the determining step, the user who has input the user ID and the password is regarded as an authorized user. Judgment, after receiving the production process NO for the ordered product, and receiving the inquiry about the ordered product from the authorized user, the production process NO, the time represented by the production standard process information, and the distribution standard process information represent Use time to query the time required for a product to end production from the current process and the product An authorized user calculates the expected delivery date calculation process that calculates the expected delivery date corresponding to the sum of the time required for transport work until delivery to the delivery location indicated by, and the expected delivery date calculated in the expected delivery date calculation process. And a computer-readable recording medium on which a production distribution management program for causing a computer to execute each step including a transmission step of transmitting to a computer is recorded.

  In other words, it is possible to provide a computer-readable recording medium that records a production logistics management program capable of delivering an ordered product to a user in the shortest time.

  According to another aspect of the present invention, a production logistics management program includes a process of storing a user ID and a password associated with a user in advance, and a production standard process indicating a time required for performing each operation of the production. A production standard process information storing process for storing information, a physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of physical distribution, and a user ID and password from a user Receiving step, and comparing the user ID and password stored in advance with the user ID and password received in the receiving step, and determining whether or not the user who has input the user ID and password is a legitimate user Receiving order information including information on a product name and order date from a user, and storing the order information The time required for the production of the product represented by the order information and the time required for the transport operation out of the time represented by the standard logistics process information. A first calculation step of calculating an expected expected delivery date using a plurality of pieces of information including information corresponding to one of a production process number and a distribution step number, storing the initial expected delivery date as expected information; Production / distribution progress / expected information storage process for storing progress information, process for transmitting the expected expected delivery date to the authorized user, and production of the product indicated by the order information out of the time indicated by the production standard process information A second calculation step of calculating the work start date and time and the work end date and time using the appropriate time and order date, and production instruction information indicating the work start date and time and the work end date and time are stored. A production instruction information storage step; a step of transmitting the production instruction information stored in the production instruction information storage step to the terminal device on the production side; A third calculation step of calculating the logistics start date and time and the logistics end date and time using the time required for the transport work, a logistics instruction information storage step of storing logistics instruction information indicating the logistics start date and time and the logistics end date and time, Transmitting the logistics instruction information stored in the instruction information storing step to the terminal device on the logistics side, receiving a production process number corresponding to the end of the checkpoint of the production process from the terminal device on the production side, A production status information storage step for storing a plurality of pieces of information including a process number; Receiving a flow process number and any one of the current logistics locations; a logistics status information storing step of storing a plurality of pieces of information including the logistics process number and any of the current logistics locations; In the transmitting step, the step of receiving an inquiry including a plurality of pieces of information including the delivery location information from the terminal device provided on the legitimate user side, and in the determining step, the user who has input the user ID and the password Judgment as the user, initial expected delivery date, production instruction information and distribution instruction information are transmitted, and in the receiving step, any one of the production process NO, distribution process NO, and current distribution location of the product ordered from the authorized user is received After the progress information is transmitted, when an inquiry about the ordered product is received from the authorized user, the production process NO and the production standard process information are received. And the time required by the product from the current process to the end of production, and the time required for the product to be delivered from the current process to the delivery location indicated by the inquiry A process for calculating the expected delivery date corresponding to the sum of the time required for the transport work, and a process for transmitting the expected delivery date calculated in the calculation process for the expected information and the expected delivery date to the legitimate user. Each step including the above is executed on a computer.

  That is, it is possible to provide a production logistics management program capable of delivering the ordered product to the user in the shortest time.

  It is preferable that the above-mentioned order information further includes information on the quantity of the product and information on the delivery date. In addition, the production logistics management program sets the later estimated delivery date among the expected delivery date calculated using the time indicated by the production standard process information and the time indicated by the distribution standard process information and the delivery date indicated by the order information as the initial expected delivery date. Preferably, the method further includes a step.

  Further, it is desirable that the above-mentioned production instruction information further includes information indicating prioritization of the work corresponding to the expected expected delivery date. In addition, it is desirable that the distribution instruction information further includes information indicating priority of work corresponding to the initial expected delivery date.

  Further, it is desirable that the information included in the above-mentioned order information further includes information for classifying a reservation order and a real order. In addition, the production logistics management program receives the first order information indicating the reservation order and then receives the second order information indicating the final order, and receives the product indicated by the first order information stored in the order information storage step. It is preferable to further include a subtraction step of subtracting the quantity of the product by the quantity of the product represented by the second order information.

  According to another aspect of the present invention, the recording medium is a computer-readable recording medium recording a production distribution management program. A recording medium for storing a user ID and a password associated with the user in advance, and a production standard process information storing process for storing production standard process information indicating a time required for performing an operation of each production process; A physical distribution standard process information storing process for storing physical distribution standard process information indicating a time required for performing each process of the physical distribution, a receiving process for receiving a user ID and a password from a user, and a user ID stored in advance And comparing the user ID and the password received in the receiving step with the user ID and the password, and determining whether the user who has input the user ID and the password is a legitimate user. A process for receiving order information including date information, an order information storage process for storing order information, and production standard process information are displayed. First calculating step of calculating an expected delivery date using the time required to produce the product represented by the order information and the time required for transportation work among the time represented by the standard distribution process information A production / distribution progress / expected information storage step of storing a plurality of pieces of progress information including information corresponding to either the production step NO or the distribution step NO, storing the expected expected delivery date as expected information; Using the time required to produce the product represented by the order information out of the time represented by the production standard process information, and the work start date and time and the work end A second calculation step of calculating the date and time, a production instruction information storage step of storing production instruction information indicating a work start date and time, and a work end date and time; Sending the production instruction information to the terminal device on the production side, the work end date and time, and the logistics start date and time and A third calculating step of calculating the physical distribution end date and time, a physical distribution instruction information storing step of storing physical distribution instruction information indicating a physical distribution start date and a physical distribution end date and time, and a physical distribution instruction information stored in the physical distribution instruction information storing step. Transmitting to the terminal device, receiving a production process number corresponding to the end of the production process check point from the production-side terminal device, and storing a plurality of pieces of information including the production process number. Receiving a logistics process number corresponding to the end of the logistics process checkpoint and one of the current logistics locations from the logistics side terminal device. A logistics status information storing step of storing a plurality of pieces of information including any of the physical distribution step NO and the current physical distribution location; a step of transmitting the progress information to the authorized user; and a terminal device provided on the authorized user side. Receiving a query including a plurality of pieces of information including delivery location information, and determining in the determining step that the user who has entered the user ID and password is a legitimate user, and estimates the expected delivery date, production instruction information, and distribution instruction. The information is transmitted, and in the receiving step, any of the production process No., the logistics process No. and the current logistics location of the product ordered from the regular user is received, and after the progress information is transmitted, the order is received from the regular user. When the inquiry about the product is received, the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information are used. Estimated delivery time corresponding to the sum of the time required for the product to end production from the current process and the time required for transport work from the current process to the delivery location indicated by the inquiry Production logistics management for causing a computer to execute each process including a process for calculating the expected delivery date for calculating the expected delivery date, and a process for transmitting the expected delivery date calculated in the calculation process for the expected delivery date to a legitimate user. It is a computer-readable recording medium on which a program is recorded.

  In other words, it is possible to provide a computer-readable recording medium that records a production logistics management program capable of delivering an ordered product to a user in the shortest time.

  The scheduling control unit controls expected information, distribution instruction information, and production instruction information based on order information, distribution status information, production status information, production standard process information, and distribution standard process information. Therefore, it is possible to centrally manage the progress from when the user places an order for a product to when the production and distribution are performed and the delivery is completed. Therefore, it is possible to draft an appropriate production plan and distribution plan, and to efficiently operate the production equipment, labor, and transportation means.

  The scheduling control unit controls the progress information based on the order information, the distribution status information, and the production status information. Therefore, the user, the worker on the production side, and the worker on the distribution side can directly check the progress information on production or distribution by looking at the progress information, production status information, and distribution status information, respectively.

  Further, the build-to-order manufacturing company can not only check the work progress information but also draft an appropriate production / distribution plan.

  Furthermore, the user can make satisfactory adjustments without requiring confirmation work by telephone, hand, or facsimile.

  In addition, the production side can operate expensive production equipment and labor efficiently, without causing a production delay and without losing the trust of the orderer. In addition, manufacturing costs are reduced and profits are increased.

  Also, even when multiple logistics companies handle the finished product of the ordered product, the delivery between the logistics companies is coordinated, so the continuity of the logistics is not impaired and stored in the warehouse during the logistics process. Becomes unnecessary.

[Overall configuration]
Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  Referring to FIG. 1, a production and distribution management system according to the present embodiment includes a server system 100, a terminal device 200 provided on a user side, a terminal device 210 provided on a production side, and a terminal device 210 provided on a distribution side. Terminal device 220 and a bidirectional data communication path 300 provided for performing bidirectional communication between the server system 100 and each of the terminal devices 200 to 220. The data communication path is a communication path capable of bidirectional communication, for example, the Internet, a LAN (Local Area Network), a telephone line, a mobile communication, and the like.

  Note that the terminal devices 200, 210, and 220 may be mobile terminal devices or fixed terminal devices such as personal computers (PCs).

[Configuration of Server System 100]
Referring to FIG. 2, server system 100 includes a user management DB (database) 120, a production management DB 130, a distribution management DB 140, a catalog DB 150, a security management DB 160, a standard process DB 170, DBs 120 to 170, A scheduling control unit 110 is connected to the two-way data communication path 300 and recalculates the contents of the DB and provides the contents of the DB to the terminal devices 200 to 220 in accordance with instructions from the terminal devices 200 to 220.

[Configuration of User Management DB 120]
The user management DB 120 includes an order information storage unit 121 that stores order information associated with an order management ID (identification), a production / distribution progress / expected information storage unit 122 that stores production and distribution progress information and expected information. including.

  The order information is information input from the user via the data communication path. The progress information and the expected information are information calculated by the scheduling control means.

  Referring to FIG. 3, order information stored in order information storage unit 121 includes “order management ID”, “user ID”, “order date”, “order category”, “product name”, and “quantity”. , “Delivery date” and “delivery place” information.

  The “order management ID” is a number automatically assigned by the scheduling control unit 110 of the server system 100 every time a user places a reservation order, and is managed by “company identification code + year / month + serial number + branch number”. is there. Here, “company” is synonymous with “user”. The branch number is added to the order management ID in the case of inquiry or final order. In the case of inquiry, the branch number is “−T + serial number”, and in the case of actual order, it is “−serial number”.

  “User ID” is a number for managing users, issued by the server administrator after examination by the sales side.

  "Order receiving date" is the date when the user ordered the product.

  The “order division” is roughly divided into “reservation order”, “final order”, and “inquiry”. The “reservation order” is a state where the delivery date is uncertain, and the “final order” is a state where the delivery date is determined. It should be noted that "reservation ordering" and "final ordering" are based on the principle that the user has an obligation to receive the product once the ordering operation has been established. "Inquiry" is a state in which it is inquired whether the delivery date and delivery location can be changed after "reservation order" or "final order".

  “Product name” is the name of the product requested by the user. “Quantity” is the quantity of the product requested by the user. “Delivery date” is a delivery date of a product requested by the user. The “delivery place” is a delivery place requested by the user.

  4, the production / distribution progress / expected information storage unit 122 stores progress information and expected information.

  Progress information includes “Order Management ID”, “User ID”, “Order Type”, “Product Name”, “Quantity”, “Requested Delivery Date”, “Delivery Actual Date”, “Scheduled Delivery Location”, “Production / Logistics”. Includes "progress status" and "detailed production / distribution status."

  The expected information is “Order Management ID”, “User ID”, “Order Type”, “Product Name”, “Quantity”, “Requested Delivery Date”, “Estimated Delivery Date”, “Delivery Actual Date” and “Scheduled Delivery Location”. including.

  The “order management ID”, “user ID”, “order category”, “product name”, and “quantity” are the same as those described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  “Requested delivery date” is the delivery date of the product requested by the user.

  The “delivery record date” is the date and time when the product was delivered to the user. Before the product is delivered to the user, a blank is set.

  The “expected delivery date” is a scheduled delivery date calculated by the server at a predetermined time based on the distribution status information (described later) and the production status information (described later). In the case of this order, delivery time information is included.

  The “delivery scheduled place” is a delivery place requested by the user.

  The “production / distribution progress status” is transmitted in real time from a production status information storage unit 131 described later, and includes “first half process”, “transportation process from first half process to second half process”, “second half process”, “second half process”. This is information that is roughly classified into four types of processes, namely, “transportation process from the delivery site to the delivery place”. When the finished product has been delivered to the user, “delivery completed” is set.

  The “production / distribution detailed status” is information that is transmitted in real time from the production status information storage unit 131 described later and describes the “production / distribution progress status” in more detail. For example, in the case of a transportation process, information on a position during transportation and the like are included. When the finished product has been delivered to the user, “delivery completed” is set.

[Configuration of Production Management DB 130]
Referring to FIG. 2 again, production management DB 130 includes a production status information storage unit 131 and a production instruction information storage unit 132 that respectively store production status information and production instruction information associated with the order management ID.

  The production status information is information input from the production side every time the work of each process is completed. The production instruction information is information calculated by the scheduling control means.

  Referring to FIG. 5, the production status information stored in production status information storage section 131 includes “order management ID”, “user ID”, “product name”, “quantity”, “delivery date”, “production process”. NO "and" factory ".

  The “order management ID”, “user ID”, and “delivery date” are the same as those described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  "Product name" is the name of the product being manufactured.

  “Quantity” is the quantity of the manufactured product.

  The “production process NO” is a number indicating the progress of the product in the production process. The “process identification NO” is obtained by dividing the manufacturing / transport process into four, and two processes corresponding to the production process out of the four divided processes are performed. Is divided into five steps, each of which is divided into five steps.

  “Factory” is the name of the factory that manufactures the product.

  "Process identification number" is shown in FIG. For example, when the production process is the first half process, a process identification number “10” is assigned.

  7 and 8 show “step NO” in the first half step and the second half step, respectively. For example, when “production process NO” is “1000030”, it indicates that the process has progressed to the inspection process in the first half process.

  Referring to FIG. 9, the production instruction information stored in production instruction information storage unit 132 includes “order management ID”, “product name”, “work start date and time”, “work end date and time”, and “work production process”. NO "," FROM production process NO "," TO production process NO "," quantity "and" delivery date ".

  The “order management ID”, “user ID”, and “delivery date” are the same as those described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  "Product name" is the name of a product for which production work is scheduled. The “work start date and time” is the date and time when the production work is scheduled to start. The “work end date and time” is the date and time when the production operation is to be ended.

  "Work production process number" is a production process number for performing a production work on the work start date and time.

  “FROM production process NO” is a production process NO on the side that sends a product to the work production process at the work start date and time. "FROM production process NO" may be a physical distribution.

  “TO production process NO” is a production process NO on the side where the next product is sent from the work production process at the work end date and time. The “TO production process NO” may be a physical distribution.

  “Quantity” is the number of products scheduled to be worked in the work production process NO.

[Configuration of Distribution Management DB 140]
Referring to FIG. 2 again, distribution management DB 140 includes a distribution status information storage unit 141 and a distribution instruction information storage unit 142 that respectively store distribution status information and distribution instruction information associated with the order management ID.

  The distribution status information is information input from the distribution side every time the work of each process is completed. The distribution instruction information is information calculated by the scheduling control means.

  Referring to FIG. 10, the distribution status information stored in distribution status information storage unit 141 includes “order management ID”, “user ID”, “product name”, “quantity”, “delivery date”, and “distribution process number”. , "Delivery location", "current distribution location", "delivery location", and "distribution means". The “order management ID”, “user ID”, and “delivery date” are the same as those described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  "Product name" is the name of the product being distributed. “Quantity” is the number of products being distributed.

  The “distribution process number” is a number indicating the progress of the product in the distribution process, and is a “process identification number” obtained by dividing the manufacturing / transportation process into four, and two processes corresponding to the distribution process out of the four divided processes. Is divided into three or four parts and is combined with a “step NO”.

  "Process identification number" is shown in FIG. For example, if the physical distribution process is a transport process from the first half to the second half, a process identification number “20” is assigned.

  FIG. 11 and FIG. 12 show “process NO” in the transport process from the first half process to the second half process and the transport process from the second half process to the user, respectively. For example, when the “distribution process number” is “2000020”, it indicates that progress has been made from the first half process to the second half process delivery.

  The “collection place” is a place where the product is collected.

  The “current logistics location” indicates to which location the product is currently transported.

  The “delivery place” is a place where the product is delivered.

  "Distribution means" is a transportation means used when distributing products.

  Referring to FIG. 13, distribution instruction information stored in distribution instruction information storage unit 142 includes “order management ID”, “product name”, “distribution start date and time”, “distribution end date and time”, and “delivery place”. , "Delivery location", "quantity" and "delivery date". The “order management ID” and the “delivery date” are the same as those described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  "Product name" is the name of a product for which distribution work is scheduled. “Distribution start date and time” is the date and time when the distribution work is to be started. “Distribution end date and time” is the date and time when the distribution operation is to be ended. The “collection place” is a place where the product is picked up at the distribution start date and time. The “delivery place” is a place where products are delivered at the end date and time of distribution. “Quantity” is the quantity of products scheduled for distribution work.

[Configuration of Catalog DB 150]
Referring to FIG. 14, catalog DB 150 is an information management database of products that can be ordered, and stores a list of products that can be ordered and information for each product. More specifically, catalog DB 150 stores “product name”, “category”, “use”, “operating voltage”, “operating speed”, “memory capacity”, “package form”, and “standard unit price”. .

  "Product name" is the name of a product that can be ordered. “Category” indicates what category the product belongs to. "Use" is a typical use of the product. “Operating voltage” indicates at what voltage the product operates. “Operating speed” is the operating speed of the product. “Memory capacity” is the memory capacity of the product. "Package form" is the package form of the product. "Standard unit price" is a standard unit price of a product. In addition, each item of the product shown in the catalog DB 150 is not limited to this.

[Configuration of Security Management DB 160]
Referring to FIG. 15, security management DB 160 stores user security information. More specifically, the security management DB 160 stores “user ID”, “password”, “user name”, “evaluation rank”, “trade account”, “trade account opening date”, “address”, and “transaction actual amount”. Is stored. The “user ID” is the same as that described with reference to FIG. Therefore, detailed description thereof will not be repeated here.

  “Password” is a password issued for each user ID. The password is encrypted and stored in the security management DB 160. The “user name” is the name of a company or an individual to be a user.

  The “evaluation rank” is a result of the examination performed by the sales side on the user. Referring to FIG. 16, there are five ranks of “A: best”, “B: excellent”, “C: standard”, “D: investigation required”, and “E: no transaction”.

  The “transaction account” is a bank account used by a user for a transaction. The “trading account opening date” is the date when the trading account was opened. “Address” is the address of the company or individual that is the user. “Transaction actual amount” is the actual amount of money that the user has transacted up to the present.

[Configuration of Standard Process DB 170]
Referring to FIG. 2 again, standard process DB 170 includes a production standard process information storage unit 171 and a distribution standard process information storage unit 172 that store production standard process information and distribution standard process information, respectively. The production standard process information indicates the time required to perform the work of each process. The distribution standard process information indicates the time required to perform the work of each process.

  Referring to FIG. 17, the production standard process information stored in production standard process information storage unit 171 includes "product name", "production process NO", "necessary time", and "factory". “Production process NO” is the same as that described with reference to FIG. 5, and therefore, detailed description thereof will not be repeated here.

  "Product name" is the name of a product that can be ordered. “Necessary time” is a required working time in the process indicated by the production process NO. "Factory" is the name of the factory that manufactures the product.

  Referring to FIG. 18, distribution standard process information stored in distribution standard process information storage unit 172 includes “source”, “destination”, “required time”, “intermediate point 1”, “point 1 required time”. "," Point 2 on the way "," Time required for Point 2 "," Transportation means ", and" Transportation company ".

  “Transportation source” is a place where transportation work starts. The “transportation destination” is a place where the transportation operation ends. “Necessary time” is the time required for the transport operation from the source to the destination.

  “Intermediate point 1” is one of the intermediate points of the transport operation from the source to the destination. The “time required for point 1” is the time required for the transport work from the point 1 on the way to the destination. “Intermediate point 2” is one of the intermediate points of the transport operation from the source to the destination. The “time required for point 2” is the time required for the transport work from the point 2 on the way to the destination.

  "Transportation means" is a means used when transporting a product. For example, there are trucks and airplanes. “Transportation company” is the name of the transportation company that performs the transportation work.

[Configuration of Scheduling Control Unit 110]
As shown in FIG. 19, the scheduling control unit 110 includes a central processing unit 111, a temporary storage device 112, a data communication path connection device 113, a program storage unit 114, a connection device 115 for inputting and outputting data from each database, and the like. I have.

  The central processing unit 111 performs processing according to the program stored in the program storage unit, and performs control in the scheduling control unit 110, data control, data selection, data transfer, temporary storage of information, and the like.

  The temporary storage device 112 temporarily stores the content of the result processed by the central processing unit 111 and the data input to the scheduling control unit 110 via the data communication path connection device 113 or the connection device 115 input / output from each database. Hold.

  The data communication path connection device 113 connects the server system 100 and the data communication path 300, and performs bidirectional communication with the terminal devices 200, 210, and 220 via the data communication path 300.

  The program stored in the program storage unit 114 is a program for realizing the production / distribution management system, and controls the entire server system 100. Therefore, a plurality of programs as shown below are included.

  The program is described in the order information described in the order information storage unit 112 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status information storage unit 141 of the distribution management DB 140. And a program for calculating progress information based on the obtained physical distribution status information.

  More specifically, this program is based on the order information described in the order information storage unit 121 of the user management DB 120, and stores the production status information stored in the production status information storage unit 131 of the corresponding production management DB 130. And the distribution status information described in the distribution status information storage unit 141 of the corresponding distribution management DB 140 is extracted, and the extracted production status information and distribution status information and the order information described in the order information storage unit 121 of the user management DB 120 are extracted. , And calculates and outputs the progress information stored in the production / distribution progress / expected information storage unit 122.

  The program further stores the order information described in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status information storage unit 141 of the distribution management DB 140. Based on the described distribution status information, the production standard process information stored in the production standard process information storage unit 171 of the standard process DB 170, and the distribution standard process information stored in the distribution standard process information storage unit 172 of the standard process DB 170 And a program for controlling expected information, production instruction information, and distribution instruction information.

  More specifically, this program is based on the order information described in the order information storage unit 121 of the user management DB 120, and stores the production status information stored in the production status information storage unit 131 of the corresponding production management DB 130. The distribution status information described in the distribution status information storage unit 141 of the corresponding distribution management DB 140 is extracted, and the extracted production status information and distribution status information, the production standard process information storage unit 171 of the standard process DB 170, and the distribution standard process information are extracted. Based on the production standard process information and the distribution standard process information stored in the storage unit 172 and the order information described in the order information storage unit 121 of the user management DB 120, the production / distribution progress / forecast information storage unit 122 Expected information to be stored, production instruction information stored in the production instruction information storage unit 132 of the production management DB 130, Logistics instruction information stored in the distribution instruction information storing unit 142 of distribution management DB140 and calculates and outputs.

  The program further checks the user ID against the password to determine whether or not the user is an authorized user, a program for storing information in each DB, an order ID for each order, and an order management ID. A program that manages user management devices, production management data, and logistics management data based on a program; a program that adds a branch number to an order management ID in the case of an inquiry or a full order; A program that changes the order quantity to a value obtained by subtracting the order, a calculated expected delivery date and a user's requested delivery date, and a program that determines a delivery date to respond to the user based on the comparison result; A program that calculates and judges the expected delivery date of logistics and the priority of production / distribution instruction delivery date and creates production instruction / distribution instruction information, And a program to extract product information from grayed DB150.

  The program further includes a program for checking whether the transferred information exists in the catalog DB 150 and whether there is no problem with the credit by comparing with the evaluation rank of the security DB 160, and a program for storing the work completion process number and the work completion quantity. A program for calculating whether or not a work delay has occurred for each production process checkpoint, a program for controlling the scheduling control unit 110, controlling data, selecting data, transferring data, and temporarily storing information; The order information described in the order information storage section 121 of the management DB 120, the production state information stored in the production state information storage section 131 of the production management DB 130, and the distribution state information described in the distribution state information storage section 141 of the distribution management DB 140. Based on the progress information, And a program to be re-calculated on a daily basis).

  The program further stores the order information described in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status information storage unit 141 of the distribution management DB 140. Based on the described distribution status information, the production standard process information stored in the production standard process information storage unit 171 of the standard process DB 170, and the distribution standard process information stored in the distribution standard process information storage unit 172 of the standard process DB 170 And a program for recalculating the expected information, the production instruction information, and the distribution instruction information on a predetermined period basis (for example, on a daily basis).

  The program may be stored in advance in the program storage unit, or may be stored in a removable storage medium 111 such as a CD-ROM (Compact Disc-Read Only Memory).

  When the program is stored in a removable storage medium, the stored program is read from the storage medium by a CD-ROM device or the like (not shown) and temporarily stored in a program storage unit.

  Examples of the storage medium storing the program include a tape system such as a magnetic tape and a cassette tape, a disk system such as a magnetic disk (such as a flexible disk and a hard disk device) and an optical disk (such as a CD-ROM / MO / MD / DVD). Card systems such as IC cards (including memory cards) and optical cards, or semiconductor memories such as mask ROM (Read Only Memory), EPROM (Erasable Programmable ROM), EEPROM (Electrically Erasable and Programmable ROM), and flash memory. A medium that fixedly carries the program is conceivable.

  Further, the medium may hold the program fluidly so that the program is downloaded from the network. When the program is downloaded from the network as described above, the download program is stored in the server system 100 in advance, or is installed in the server system 100 in advance from another recording medium.

  Note that the content stored in the recording medium is not limited to a program, but may be data.

[Configuration of Terminal Devices 200, 210 and 220]
Referring to FIG. 20, terminal device 200 is connected to server system 100 via two-way data communication path 300, and includes a data communication path connection device 201 for performing two-way communication with server system 100, A memory device 202 for storing data transferred from the system 100, an operation unit 205 operated by a user to input various data, a display unit 204 for displaying various data, a central processing unit and a main program. A control unit 203 for controlling the data communication path connection device 201, the memory device 202, the display unit 204 and the operation unit 205 using the main program, and the data communication path connection device 201, the memory device 202 and the control unit 203 , A bus connecting the display unit 204 and the operation unit 205 to each other.

  The data communication path connection device 201 includes a data receiving unit and a transmitting unit (not shown).

  The terminal devices 210 and 220 have the same hardware configuration as the terminal device 200. Therefore, description thereof will not be repeated here.

  The receiving unit of the terminal device 200 on the user side receives the progress information and the expected information stored in the production / distribution progress / expected information storage unit 122. The transmission unit of the terminal device 200 transmits the order information to the order information storage unit 121 via the two-way data communication path 300 and the scheduling control unit 110.

  The receiving unit of the terminal device 210 on the production side receives the production instruction information stored in the production instruction information storage unit 132. The transmission unit of the terminal device 210 transmits the result of the production work performed based on the received production instruction information to the production status information storage unit 131 via the two-way data communication path 300 and the scheduling control unit 110.

  The receiving unit of the terminal device 220 on the physical distribution side receives the physical distribution instruction information stored in the physical distribution instruction information storage unit 142. The transmitting unit of the terminal device 220 transmits the result of the logistics work performed based on the received physical distribution instruction information to the physical distribution status information storage unit 141 via the two-way data communication path 300 and the scheduling control unit 110.

  The memory device 202 of the terminal device 220 on the distribution side stores, for example, distribution instruction information transferred from the server system 100 via the two-way data communication path 300. The control unit 203 of the terminal device 220 is executed based on, for example, the distribution instruction information stored in the memory device 202 and registers the result of the completed distribution process. The record information input from the operation unit 205 is transmitted to the server system 100. The terminal device 210 on the production side is similarly implemented based on the production instruction information, registers the execution of the completed production process, and the result information input from the operation unit is transmitted to the server system 100.

[First Operation Example of Production Logistics Management System]
An operation example using the above-described production distribution management system will be described below.

  Here, it is assumed that the user is located in Japan, and there are bases in Japan and overseas for each of production and distribution. Further, the user inputs order information, that is, order information from the user-side terminal device 200, and the terminal device 200 transmits it to the server system 100. The planning of the production and distribution processes is performed based on the order information.

  Further, it is assumed that the user uses the terminal device 200 to order a necessary number of flash memories, which are parts of the digital camera.

21 to 25 are operation charts. Hereinafter, an operation example of the production / distribution management system will be described based on these chart diagrams. The numbers in parentheses correspond to the numbers in parentheses in the chart diagram of the drawings.
(1) When a user uses this system for the first time, the user requests examination by the sales department on the production side by telephone, direct interview, or e-mail.
(2) The sales department conducts usage screening based on the user's reliability, ability to pay, etc.
(3) The server administrator who manages the server system 100 is notified of the result of the judgment by the sales department. If it is determined that the user is an authorized user who can use the system, the server administrator registers the user ID, password, user name, evaluation rank, and address in the security management DB 160, and gives the user a user ID and password. Contact If the sales department determines that the user cannot use the system, the user is notified that the user cannot use the system, and the user does not proceed to the subsequent steps. In the future, the user can change the password on the user side as necessary.
(4) The user to whom the user ID and the password have been issued connects to the server system 100 by using the user-side terminal device 200 that can be used for ordering the product.
(5) When the connection to the server system 100 is completed, the server system 100 prompts the user to input a user ID and a password on the display unit 204 of the terminal device 200. For this reason, the user operates the operation unit 205 according to the display screen and inputs the user ID and the password. The input data is transferred to the server system 100. The form of input may be such that data is input using a mobile terminal device and the data is transferred to the server system 100.
(6) When the data is transferred, the scheduling control unit 110 checks the user ID and the password stored in the security management DB 160 with each other, and determines whether the user is a legitimate user. If the result of the determination is that the user is not a legitimate user, the user cannot proceed to subsequent steps from the user-side terminal device 200.
(7) If it is determined that the user is a legitimate user, the scheduling control unit 110 causes the user-side terminal device 200 to display a product menu based on the product name stored in the catalog DB 150. When the user inputs desired specifications (category, application, operating voltage, operating speed, memory capacity, package form), it is also possible to display a menu of products meeting the request.
(8) The user selects a product to be ordered from a menu of products, and inputs a desired quantity, a delivery date, and a delivery place on an order screen as shown in FIG. 26 as an example. The input data is transferred from the terminal device 200 to the server system 100. Here, it is assumed that a flash memory is selected as a product. At this point, it is not known when the delivery date will be reached, so it is assumed that the order is placed as a reservation order.
(9) The scheduling control unit 110 receives the information on the user (user ID) and the order information (order date, order category, product name, quantity, delivery date, delivery place) and automatically sets the order management ID for each order information. And information on the user, order information and order management ID are stored in the order information storage unit 121 of the user management DB 120. The order management ID is a number automatically managed by the scheduling control unit 110 every time a user places a reservation order and managed by “company identification code + order date + serial number + branch number”.
(10) The scheduling control unit 110 receives the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the logistics of the distribution management DB 140. Based on the distribution status information stored in the status information storage unit 141 and the production standard process information and the distribution standard process information stored in the production standard process information storage unit 171 and the distribution standard process information storage unit 172 of the standard process DB 170, respectively. The expected information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120, the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130, and the distribution instruction information of the distribution management DB 140 The logistics instruction information stored in the storage unit 142 is obtained and stored in each storage unit. I do.

  With reference to FIGS. 27 and 28, a method of calculating the expected delivery date stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 will be described as an example. It is assumed that the user places an order on September 1, 2000, with the product name “LHXXX1” as the delivery location “Fukuoka”. First, based on the production standard process information shown in FIG. 27, it is calculated that the time required for the entire production process to produce the product name “LHXXX1” is 550 hours. Next, based on the distribution standard process information shown in FIG. 28, it is calculated that the transportation from the Osaka factory to the Tokyo factory requires 6 hours. Furthermore, it calculates that it takes 12 hours from the Tokyo factory to the delivery destination Fukuoka. Therefore, it is calculated that the time required from order placement to delivery is 568 hours (= 550 + 6 + 12 hours). Since 568 hours is approximately 24 days, the expected delivery date is calculated as September 25, 2000 by adding 24 days to the order date.

  A method of calculating the production instruction information and the distribution instruction information will be described as an example with reference to FIGS. The user ordered the product under the conditions of the product name “LHXXX1”, order date “September 1, 2000 12:00”, quantity “2000”, delivery place “Fukuoka”, and requested delivery date “October 2000”. And According to the production standard process information shown in FIG. 29, instruction information for the first process No. "100000" for producing the product name "LHXXX1" is created from the production instruction information shown in FIG. It is known that 24 hours is required for the process No. “100000”. Therefore, the work start date and time is calculated as “12:00 on September 1, 2000” which is the order date, and the work end date and time is calculated as “12:00 on September 2, 2000” 24 hours later. Similarly, the work start date and time and the work end date and time for the process number “100010” can be obtained.

  The next process after the process No. "100010" is "300000", and since the production factories are different, transportation between the factories is required. It can be seen that it takes 6 hours to move from the Osaka factory to the Tokyo factory as shown in FIG. For this reason, as shown in FIG. 32, the work end date and time “14:00 on September 2, 2000” of the process number “100010” in the production instruction information is set as the logistics start date and time, and “2000” which is added to that time by 6 hours. Distribution instruction information with “20:00 on September 2, 2008” as the distribution end date and time. Hereinafter, the production instruction information and the distribution instruction information are similarly created.

In addition, the scheduling control unit 110 receives the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status of the distribution management DB 140. Based on the distribution status information stored in the information storage unit 141, the progress information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 is obtained and stored.
(11) An order confirmation screen as shown in FIG. 33 is displayed on the user side terminal device 200 as an example, and the user confirms that the order is completed. At this time, the order management ID and the expected delivery date corresponding to the content ordered by the user are received and displayed on the order confirmation screen.
(12) The distribution side worker connects the distribution side terminal device 220 to the server system 100, receives the distribution order information of the ordered product stored in the distribution direction information storage unit 142, and It is displayed on the display unit 204. Based on the distribution instruction information, the distribution-side worker starts preparations for distribution work such as selection of transportation means, securing of required number, securing of personnel, preparation for packing, and import / export procedures.
(13) The worker in the first half of the domestic production plant connects the terminal device 210 on the production side to the server system 100, receives the production instruction information of the ordered product stored in the production instruction information storage unit 132, and It is displayed on the display unit 204 of 210. The worker starts preparing for a production operation such as arranging components, selecting a production device, and securing personnel based on the production instruction information.
(14) The worker at the second half overseas production plant similarly connects the terminal device 210 on the production side to the server system 100 and receives the production instruction information of the ordered product stored in the production instruction information storage unit 132. Is displayed on the display unit 204 of the terminal device 210. The worker starts preparing for a production operation such as arranging components, selecting a production device, and securing personnel based on the production instruction information.
(15) Since the production work preparations have already been completed in (13), the workers at the domestic first half production factory start high-efficiency production work at the same time that the members are delivered. In the production process of the first half domestic production plant, the production side terminal device 210 automatically transmits the production process number and the quantity to the scheduling control unit 110 every time the preset production process checkpoint is completed. The scheduling control unit 110 stores the production process number and the quantity in the production status information storage unit 131 and the production / distribution progress / expected information storage unit 122.
(16) The first half of the process is completed, and the production factory is switched to the second half overseas. Therefore, a worker on the logistics side starts pick-up work in order to transport the semi-finished product from domestic to overseas. If the latter half factory is in Japan, it will be transported in Japan.
(17) Since the logistics worker has already completed the logistics work preparation in (12), the semi-finished product is immediately transferred from the first half factory in Japan to the second half factory overseas using appropriate transportation means according to the procedure. Start work to transport. In the physical distribution process, each time the physical distribution process check point is completed (passed), the physical distribution side terminal device 220 automatically transmits the physical distribution process number and the current physical distribution location to the scheduling control unit 110. The scheduling control unit 110 causes the distribution process number and the current distribution location to be stored in the distribution status information storage unit 141 and the production / distribution progress / expected information storage unit 122.
(18) The worker on the distribution side delivers the semi-finished product to the second half overseas production plant on the production side.
(19) Since the production work preparation has already been completed in (14), the worker at the second half overseas production plant starts high-efficiency production work at the same time as the delivery of components. In the production process of the overseas second-half production factory, the production-side terminal device 210 automatically transmits the production process number and the quantity to the scheduling control unit 110 each time the preset production process checkpoint is completed. The scheduling control unit 110 stores the production process number and the quantity in the production status information storage unit 131 and the production / distribution progress / expected information storage unit 122.
(20) The user uses the user-side terminal device 200 to receive the progress information and the expected information stored in the production / distribution progress / expected information storage unit 122 from the server system 100 based on the order management ID. , On the display unit 204. FIG. 34 shows an example of the display example. Here, the user knows that the ordered product is currently in the latter half factory overseas.
(21) Here, the user notices that the overseas manufacturing plant on the user side is in the same country as the second half overseas factory on the production side, and is it possible to advance the delivery date by changing the delivery destination to the overseas manufacturing plant? An inquiry is made to the server system 100 to determine whether or not it is not. As a method of confirming this, the “delivery place” is changed from domestic to overseas using the user-side terminal device 200, and the “order division” is changed to “inquiry”.
(22) The scheduling control unit 110 stores the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution management DB 140 Physical distribution status information stored in the physical distribution status information storage unit 141, and production standard process information and physical distribution standard process stored in the production standard process information storage unit 171 and the physical distribution standard process information storage unit 172 of the standard process DB 170, respectively. Based on the information, the expected information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 is recalculated and stored.

  With reference to FIG. 35 to FIG. 37, a method of calculating expected information will be described as an example. It is assumed that the inquiry about the expected delivery date for changing the delivery location of the order management ID "NI6000002" from "Fukuoka" to "USA XX" is made on "September 1, 2000". Referring to FIG. 35, it can be seen from the production status information that the current production process No. of the product name "LHXXX2" is "300030" and the factory is "USA XX factory". From the production standard process information shown in FIG. 36, it is calculated that the time required from the process in which the product is present to the end of the production is 35 hours. From the logistics standard process information shown in FIG. 37, it can be seen that the time required for the logistics work from “USA XX State” where the latter half overseas factory is located to “US XX State” is 5 hours. For this reason, it can be seen that it takes about 40 hours (= 35 + 5 hours), that is, about two days, for the product to be delivered from the current process to the delivery location. Therefore, the expected delivery date is required to be "September 3, 2000" by adding two days to the inquiry date "September 1, 2000".

The scheduling control unit 110 receives the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status of the distribution management DB 140 Based on the distribution status information stored in the information storage unit 141, the progress information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 is obtained and stored. In the case of an inquiry, storage of the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130 and the distribution instruction information stored in the distribution instruction information storage unit 142 of the distribution management DB 140 Is not done. The reason is that, in the case of an inquiry, since it is merely a confirmation operation, it is not actually given a work instruction to the distribution side and the production side.
(23) The user accesses the server system 100 using the user-side terminal device 200, and after inputting the user ID and password on the server system 100, inputs the order management ID. As a result, the progress information and forecast information stored in the production / distribution progress / expected information storage unit 122 are transmitted to the terminal device 200 and displayed on the display unit 204. FIG. 38 shows an example of the display example. The user confirms that the delivery destination can be changed and the delivery date can be brought forward by looking at the inquiry result screen displayed on the display unit 204.
(24) Since it has been confirmed that the delivery destination can be changed and the delivery date can be advanced, the user uses the user-side terminal device 200 to change the order category of the inquired product to the real order.
(25) The scheduling control unit 110 receives the change to the real order from the user side terminal device 200, and executes the real order processing. Referring to FIG. 39 and FIG. 40, specifically, in the real order processing, an example is shown in which all of the 2,000 pre-order quantities are the real order processing. At this time, the reservation order quantity changed to the actual order processing is automatically changed to zero by the scheduling control unit 110 and stored in the order information storage unit 121. The order management ID of the ordered product is stored in the order information storage unit 121 in a form in which a branch number is automatically added to the order management ID of the reserved order changed to the actual order. Referring to FIG. 41 and FIG. 42, when 500 pieces of this real order processing are performed, the reservation order quantity is automatically set to 1500 pieces by the scheduling control section 110.
(26) The scheduling control unit 110 receives the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the logistics of the distribution management DB 140. Based on the distribution status information stored in the status information storage unit 141 and the production standard process information and the distribution standard process information stored in the production standard process information storage unit 171 and the distribution standard process information storage unit 172 of the standard process DB 170, respectively. The forecast information stored in the production / distribution progress / projection information storage unit 122 of the user management DB 120, the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130, and the distribution instruction information of the distribution management DB 140 The distribution instruction information stored in the storage unit 142 is recalculated and stored. Details are the same as those described in (10). Therefore, description will not be repeated here.

The scheduling control unit 110 stores the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status information storage of the distribution management DB 140 Based on the distribution status information stored in the unit 141, the progress information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 is obtained and stored.
(27) The user uses the user terminal device 200 to confirm that the real order has been completed. At the same time, the user-side terminal device 200 receives the order management ID and the expected delivery date corresponding to the content ordered by the user.
(28) The distribution-side worker connects to the server system 100 with the distribution-side terminal device 220, receives the distribution instruction information of the product whose delivery location has been changed, stored in the distribution instruction information storage unit 142, It is displayed on the display unit 204 of the distribution terminal device 220. Thereafter, the change of the preparation work performed in (12) is started.
(29) The latter half of the production process ends based on the production instruction information.
(30) Since the logistics worker has already completed the preparation for the logistics work in (28), the worker immediately follows the procedure and transports the finished product from the latter half of the overseas factory to the delivery location using appropriate transportation means. To start. In the physical distribution process, each time the physical distribution process checkpoint is completed, the physical distribution side terminal device 220 automatically transmits the physical distribution process number and the current physical distribution location to the scheduling control unit 110. The scheduling control unit 110 stores the physical distribution process NO and the current physical distribution location in the physical distribution status information storage unit 141 and the progress / forecast information storage unit 122.
(31) The user checks the progress information and the expected information stored in the production / distribution progress / expected information storage unit 122 based on the order management ID using the user-side terminal device 200, and confirms that the ordered product is It is grasped that the user is currently transporting to the overseas manufacturing plant.
(32) The user prepares for reception at the overseas manufacturing plant on the user side.
(33) The distribution-side worker transports the ordered product to the user's overseas manufacturing factory, which is the delivery location, checks the order management ID, the quantity, and the product name, and delivers the product to the user.
(34) The distribution-side worker connects to the server system 100 using the distribution-side terminal device 220, and transmits information indicating that the delivery to the user has been completed to the server system 100.
(35) The scheduling control unit 110 stores the distribution completion information received from the distribution terminal device 220 in the production / distribution progress / forecast information storage unit 122 of the user management DB 120 and the distribution status information storage unit 141 of the distribution management DB 140.
(36) The production-side worker, the distribution-side worker, and the user use the terminal devices 210, 220, and 200, respectively, connect to the server system 100, and store them in the production / distribution progress / expected information storage unit 122. Check the progress information and expected information that have been delivered, and recognize that the delivery has been completed.

  Through the series of processes described above, the product is delivered to the user. When both the production side worker and the distribution side worker connect to the server system 100, they perform pre-screening and pre-registration for security in the same manner as when the user connects, and perform a security check using a password. Things.

  The various DBs 120 to 170 included in the server system 100 may be provided outside the server system 100. That is, it may be provided on the user side, the distribution side, or the production side.

  As described above, according to the present embodiment, the scheduling control unit performs the forecast information, the distribution instruction information, and the production instruction based on the order information, the distribution status information, the production status information, the production standard process information, and the distribution standard process information. Control information. Therefore, it is possible to centrally manage the progress from when the user places an order for a product to when the production and distribution are performed and the delivery is completed. Therefore, it is possible to draft an appropriate production plan and distribution plan, and to efficiently operate the production equipment, labor, and transportation means.

  The scheduling control unit controls the progress information based on the order information, the distribution status information, and the production status information. Therefore, the user, the worker on the production side, and the worker on the distribution side can directly check the progress information on production or distribution by looking at the progress information, production status information, and distribution status information, respectively.

[Second operation example of production logistics management system]
Another operation example using the above-described production distribution management system will be described below.

  Here, it is assumed that the user is located in Japan, and there are bases in Japan and overseas for each of production and distribution. Further, the user inputs order information, that is, order information from the terminal device 200, and the terminal device 200 transmits the input information to the server system 100. The server system executes progress information creation processing and planning processing of the production and distribution processes based on the order information.

  Further, it is assumed that the user uses the terminal device 200 to order a necessary number of flash memories, which are parts of the digital camera. 43 to 47 are operation charts. Hereinafter, an operation example of the production and distribution management system will be described with reference to these chart diagrams. The numbers in parentheses correspond to the numbers in parentheses in the chart diagram of the drawings.

  (1) When a user uses the present system for the first time, the user requests examination by the sales department on the production side by telephone, facsimile, direct interview, or electronic media such as e-mail or web.

  (2) The sales department performs a usage examination (credit examination) based on the user's reliability, ability to pay, and the like.

  (3) The server administrator who manages the server system 100 is notified of the result of the judgment by the sales department. If it is determined that the user can use the system, the server administrator secures the user ID, password, user name, evaluation rank, transaction account, transaction account opening date, address, telephone number, and transaction amount. Register in the management DB 160 and notify the user of the user ID and password. If the sales department determines that the user cannot use the system, the sales department informs the user that the system cannot be used, and the user cannot proceed to the subsequent steps. At this time, the server administrator registers the unusable information (E in the evaluation rank column) in the security management DB 160 as the unusable user information. In the future, the user can change the password on the user side as necessary.

  (4) The user to whom the user ID and the password have been issued connects to the server system 100 using the user side terminal 200 that can be used for ordering the product.

  (5) When the connection to the server system 100 is completed, processing is performed by the central processing unit 111 based on the user ID input program stored in the program storage unit 114 of the server system 100, and the user ID and password are changed. An input screen is displayed on display unit 204 of terminal device 200 so as to input. For this reason, the user operates the operation unit 205 according to the display screen and inputs the user ID and the password.

  The input data is temporarily stored in a temporary storage device via the data communication connection device 113 of the server system 100, and is transferred to the central processing unit 111. Note that the input form may be such that data is input using the mobile terminal device and the data is transferred to the server system 100.

  (6) When the data is transferred, the user ID and password stored in the security management DB 160 are stored in the operation unit 205 based on the program stored in the program storage unit 114 of the scheduling control unit 110 of the server system 100. A collation process is performed to determine whether they are equal to the user ID and the password received from. Thus, the scheduling control unit 110 determines whether or not the user is an authorized user. If the result of the determination is that the user is not a legitimate user, the user cannot proceed to subsequent steps from the user-side terminal device 200.

  (7) As a result of the determination, if the user is a legitimate user, the scheduling control unit 110 performs a process of an extraction program of the catalog DB 150 stored in the program storage unit 114. As a result, a product menu is displayed on the user-side terminal device 200 via the data path connection device 113 based on the product name stored in the catalog DB 150. By inputting desired specifications (category, application, operating voltage, operating speed, memory capacity, package form) from the user side terminal device 200, the catalog DB extracting program stores products corresponding to the request in the catalog DB 150. It is also possible to display the menu of the product on the user side terminal device 200 by extracting the information from the stored information.

  (8) The user selects a product to be ordered from a menu of products, and inputs a desired quantity, a delivery date, and a delivery place on an ordering screen as shown in FIG. The input data is transferred from the user side terminal device 200 to the scheduling control unit 110 of the server system 100. The scheduling control unit 110 checks whether the content of the transferred information is correct. Inspection means that the program stored in the program storage unit 114 of the scheduling control unit 110 determines whether the transferred information exists in the catalog DB 150 or not, and whether there is no problem as a credit by comparing it with the evaluation rank of the security DB 160. Means to do Here, it is assumed that a flash memory is selected as a product. At this time, since it is not known when the delivery date will be, it is assumed that the order has been made as a reservation order.

  (9) The scheduling control unit 110 checks the information (user ID) related to the user and the order information (order date, order category, product name, quantity, delivery date, delivery place) as information obtained from the user terminal device 200 The order management ID is automatically added to each order information by a program stored in the program storage unit 114 of the scheduling control unit 110. The scheduling control unit 100 stores the order information input from the user terminal device 200 and the automatically added order management ID and user ID in the order information storage unit 121 of the user management DB 120. Each time the user places an order from the user-side terminal device 200, the order management ID is automatically assigned in consideration of the number already set by the program stored in the program storage unit 114 of the scheduling control unit 110. Is done. The order management ID is guaranteed to be unique. The order management ID is a number managed by “company identification code + order date + serial number + branch number”.

  (10) The central processing unit of the scheduling control unit 110 loads the order information stored in the order information storage unit 121 of the user management DB 120 into the temporary storage device 112 according to the program stored in the program storage unit 114. The central processing unit writes the production status information stored in the production status information storage unit 131 of the relevant production management DB 130 and the distribution status information storage unit 141 of the corresponding distribution management DB 140 based on the order information. The physical distribution status information is extracted and similarly taken into the temporary storage device 112. The extracted production and distribution status information of the corresponding order status and the production stored in the production standard process information storage unit 171 and the distribution standard process information storage unit 172 of the standard process DB 170 taken into the temporary storage device 112, respectively. Based on the standard process information and the distribution standard process information and the order information, the expected information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 and the production instruction information storage unit 132 of the production management DB 130 are stored. Production instruction information and the distribution instruction information stored in the distribution instruction information storage unit 142 of the distribution management DB 140 are obtained. After the obtained result is temporarily stored in the temporary storage device 112, information is recorded in each DB storage unit.

  As a result of the processing in the scheduling control unit 110, the delivery date (A) of the expected information in the production / distribution progress / expected information storage unit 122 is compared with the requested date of delivery (B) from the user, and (A) In the case of <(B), the user's requested delivery date is answered as it is as the answer delivery date to the user. If (A) ≧ (B), the expected delivery date is answered as it is to the user as the answer delivery date.

  Further, as a result of processing by the program stored in the program storage unit 114 of the scheduling control unit 110, the delivery date (A) of the expected information in the production / distribution progress / expected information storage unit 122 and the requested date of delivery (B In the case of (A) <(B), the day of the difference is determined as a margin for the user's delivery date, and the priority is lowered by prioritizing the work for the production instruction and the distribution instruction. can do. In the case of (A)> (B), a delay has occurred with respect to the user's delivery date, and it is necessary to raise the priority by giving priority to work for the production instruction and the distribution instruction. If (A) = (B), it is determined to be as scheduled. In this case, the priority is classified into three levels of “A: high priority”, “B: standard”, and “C: low priority”. In addition to the prioritization, a work allowance day is also calculated. Information of this result is recorded in the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130 and the distribution instruction information stored in the distribution instruction information storage unit 142 of the distribution management DB 140.

  With reference to FIG. 49 and FIG. 50, a method of calculating the expected delivery date stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 will be described. As shown in FIG. 49, it is assumed that the user ordered the product name “LHXXX1” as the delivery place “Fukuoka”, the requested delivery date “October 2000”, and the quantity “2000” on September 1, 2000. First, based on the production standard process information shown in FIG. 49, it is calculated that the time required for the entire production process to produce the product name “LHXXX1” is 550 hours (24H + 2H + 240H + 3H + 24H + 10H + 240H + 5H + 2H).

  Next, it is calculated based on the physical distribution standard process information shown in FIG. 50 that six hours are required for transportation from the Osaka factory to the US factory. Further, it is calculated that it takes 12 hours from the US factory to the delivery destination Fukuoka. Therefore, it is calculated that the time from order placement to delivery is 568 hours (550H + 6H + 12H). Since 568 hours is approximately 24 days, the expected delivery date is calculated as September 25, 2000 by adding 24 days to the order date. As a result, “September 25, 2000” is stored in the production / distribution / expected information storage unit 122 as an expected delivery date item. Further, since the work can be completed before the user requested delivery date “October 2000”, the user requested delivery date can be satisfied. As a result, the response delivery date to the user is answered as "October 1, 2000".

  With reference to FIGS. 51 to 54, a method of calculating the production instruction information and the distribution instruction information will be described. As shown in FIG. 48, it is assumed that the user places an order for the product name “LHXXX1” at 12:00 on September 1, 2000 under the conditions of the delivery location “Fukuoka” and the requested delivery date “October 2000”. In accordance with the production standard process information shown in FIG. 51, instruction information for the minimum process number "100000" for producing the product name "LHXXX1" is created from the production instruction information shown in FIG. It is known that 24 hours is required for the process No. “100000”. For this reason, the work start date and time is calculated as “12:00 on September 1, 2000” which is the order date, and the work end date and time is calculated as “12:00 on September 2, 2000” 24 hours later. Similarly, the work start date and time and the work end date and time for the process numbers “100010” to “100030” can be obtained.

  The next process after the process No. "100030" is "300000", and since the production factories are different, transportation between the factories is required. It can be seen that it takes 6 hours to move from the Osaka factory to the US factory as shown in FIG. Therefore, as shown in FIG. 54, the work end date and time “17:00 on September 12, 2000” of the process No. “1000030” in the production instruction information is set as the logistics start date and time, and 6 hours thereof are added to “2000. Distribution instruction information with the date and time at 23:00 on March 12 "as the distribution end date and time. Hereinafter, similarly, the start date and time and the end date and time of the sex work from the production process of the process numbers “30010” to “300040” and the distribution process to the delivery location can be obtained. As a result, production instruction information and distribution instruction information are created.

  Further, the scheduling control unit 110 stores the order information stored in the order information storage unit 121 of the user management DB 120 registered by the user, and stores the received order information in the production status information storage unit 131 of the corresponding production management DB 130 based on the order information. The extracted production status information and the distribution status information stored in the distribution status information storage unit 141 of the relevant distribution management DB 140 are extracted, and user management is performed based on the extracted production status information, distribution status information, and order information. The progress information stored in the production / distribution progress / expected information storage unit 122 of the DB 120 is obtained.

  Further, the scheduling control unit 110 compares the delivery date “September 25, 2000” of the expected information in the production / distribution progress / expected information storage unit 122 with the user requested delivery date “October 1, 2000”. As a result, since the distribution end date is before the user requested delivery date, the work prioritization is “C”. The extra day is “+5”, which is the difference between September 25 and October 1. As a result, it is calculated that the request from the user this time can be dealt with as requested. The calculated priority information and margin date information are recorded in the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130 and the distribution instruction information stored in the distribution instruction information storage unit 142 of the distribution management DB 140. You.

  (11) An order confirmation screen as shown in FIG. 55 is displayed on the user side terminal device 200. Therefore, the user can confirm that the order has been completed. At this time, based on the user ID, the order management ID assigned by the scheduling control unit to the information ordered by the user and the expected delivery date calculated by the scheduling control unit are determined. If the user requested delivery date is satisfied, the user requested delivery date is set to the answer delivery date displayed on the order confirmation screen of the user side terminal device 200 via the data transmission path connection device 114. If the user requested delivery date is not satisfied, the expected delivery date is set to the answer delivery date displayed on the order confirmation screen of the user side terminal device 200 via the data transmission path connection device 114. If the user's desired delivery date is satisfied, expected delivery date information is also displayed.

  (12) The physical distribution side worker connects the physical distribution side terminal device 220 to the server system 100, receives the physical distribution instruction information of the ordered product stored in the physical distribution instruction information storage unit 142, and It is displayed on the display unit 204. Based on the work date and time and the contents of the work priorities output based on the logistics instruction information, the logistics worker can select the transportation method, secure the number of vehicles required for transportation, secure personnel, prepare for packing, and import / export. Start preparations for logistics work such as procedures. It is assumed that the work time in consideration of the material creation time of the management materials (export documents and the like) necessary for the physical distribution work is stored in the physical distribution standard process information section 172 of the standard process DB 170.

  (13) The worker in the first half of the domestic production plant connects the terminal device 210 on the production side to the server system 100, receives the production instruction information of the ordered product stored in the production instruction information storage unit 132, and It is displayed on the display unit 204 of 210. The operator starts preparations for a production operation such as arranging members, selecting a production device, securing personnel, etc., based on the output operation date and time and the contents of the operation priority based on the production instruction information. As for the member arrangement, it is assumed that the operation time in consideration of the ordering procedure of the members is stored in the production standard process information section 171 of the standard process DB 170.

  (14) The worker in the second half of the overseas production plant similarly connects the terminal device 210 on the production side to the server system 100 and receives the production instruction information of the ordered product stored in the production instruction information storage unit 132. Is displayed on the display unit 204 of the terminal device 210. The operator starts preparations for a production operation such as arranging members, selecting a production device, securing personnel, etc., based on the output operation date and time and the contents of the operation priority based on the production instruction information. As for the member arrangement, it is assumed that the operation time in consideration of the ordering procedure of the members is also stored in the production standard process information section 171 of the standard process DB 170 as in the first half production factory.

  (15) Since the production work preparation has already been completed in (13), the workers at the domestic first half production factory start high-efficiency production work at the same time as the delivery of the members. In the production process of the domestic first half production plant, every time the preset production process checkpoint is completed, the production side terminal device 210 completes the work by the program stored in the program storage unit 114 of the scheduling control unit 110. The information of the production process NO and the work completion quantity is transmitted. According to the program stored in the program storage unit 114 of the scheduling control unit 110, the transmitted work completion production process number and the work completion quantity transmitted are stored in the production status information storage unit 131 and the production / distribution progress / expected information storage unit 122. Let it. As a result, the production instruction information in the production instruction information storage unit 132 of the production management DB 130 is compared with the production status information in the production status information unit 131, and there is no work delay at the unit of the production process check point. It is. As a result, it is possible to grasp the production progress of the first half production plant. If a work delay has occurred, the workers in each process make adjustments to production work, such as selecting production equipment and securing personnel, taking into account work priorities from production status information in order to recover the delay. I do.

  (16) The first half of the process is completed, and the production factory is switched to the second half overseas. The worker on the logistics side connects the terminal device 220 on the logistics side to the server system 100, receives the logistics instruction information of the product stored in the logistics instruction information storage unit 142, and grasps the progress of the production plant in the first half of Japan. I do. As a result, a worker on the logistics side starts pick-up work in order to transport the semi-finished product from domestic to overseas. If the latter half factory is in Japan, it will be transported in Japan.

  (17) Since the preparation for logistics work has already been completed by the processing in (12), the logistics worker immediately follows the procedure and uses the appropriate transportation means to transfer the semi-finished product from the first half factory in Japan to overseas. Transport to the second half factory. In the logistics process, every time the logistics process checkpoint is completed (passed), the logistics side terminal device 220 uses the program stored in the program storage unit 114 of the scheduling control unit 110 to execute the completed logistics process. The process number and the distribution location information are transmitted. According to the program stored in the program storage unit 114 of the scheduling control unit 110, the transmitted distribution process number and distribution location information are stored in the distribution status information storage unit 141 and the production / distribution progress / expected information storage unit 122. As a result, the distribution instruction information in the distribution instruction information storage section 142 of the distribution management DB 140 is compared with the distribution state information in the distribution state information section 141, and a check is performed as needed to determine whether a work delay has occurred for each distribution process check point. It is. This makes it possible to grasp the work progress in the distribution process. In the event that a work delay occurs, the logistics worker should make use of the logistics status information, taking into account the work priorities, select transportation means, secure the number of units required for transportation, Coordinate logistics work such as securing and packing preparation. Further, when a plurality of physical distribution workers cope, information such as delay information is shared so that an optimal physical distribution means can be selected.

  (18) The worker on the distribution side delivers the semi-finished product to the second half overseas production plant on the production side. Thus, the logistics work completion information is stored in the current logistics location item of the physical distribution status information storage unit 141 and the production / distribution detailed status item of the production / distribution progress / forecast information storage unit 122.

  (19) Since the preparation of the production work has already been completed by the processing of (14), the worker in the second half of the overseas production plant starts efficient production activities at the same time when the parts are delivered. In the production process of the second half of the overseas production plant, every time the preset production process checkpoint is completed, the production-side terminal device 210 completes the work by the program stored in the program storage unit 114 of the scheduling control unit 110. The production process number and the quantity information are transmitted. According to the program stored in the program storage unit 114 of the scheduling control unit 110, the transmitted production process number and quantity information are stored in the production status information storage unit 131. As a result, the progress of the production in the latter half of the production plant can be grasped. If a work delay occurs, in order to recover the delay, adjustment of production work such as selection of production equipment and securing of personnel is performed in consideration of work priorities.

  (20) The user uses the user-side terminal device 200 to receive the progress information and the expected information stored in the production / distribution storage unit 122 from the server system 100 based on the order management ID, and display the display unit 204 To be displayed. FIG. 56 shows an example of the display. Here, the user can know that the ordered product is currently in the second half overseas factory. In this way, the user can grasp the progress of the production and distribution processes at any time.

  (21) Here, the user notices that the overseas manufacturing plant on the user side exists in the same country as the second half overseas factory on the production side, and determines whether the delivery date can be brought forward by changing the delivery destination to the overseas manufacturing plant. The server system 100 is inquired about whether or not it is valid. As a method of confirming this, change the “delivery place” from “Fukuoka” to “US ××” using the user terminal device, and change the “order received” from “pre-order” to “inquiry”. .

  At this time, the order management ID is automatically taken over from the previous order ID, and only the branch number is changed.

  (22) The production management in which the order information stored in the order information storage unit 121 of the user management DB 120 and the progress information of the production process information are stored by the program stored in the program storage unit 114 of the scheduling control unit 110. The production status information stored in the production status information storage unit 131 of the DB 130, the distribution status information stored in the distribution information storage unit 141 of the distribution management DB 140 storing the progress information of the distribution process information, and the standard process DB 170 Based on the production standard process information and the distribution standard process information stored in the production standard process information storage unit 171 and the distribution standard process information storage unit 172, respectively. Is calculated again, and the production / distribution progress / expected information storage section 122 is calculated. It is stored. Accordingly, it is possible to determine how far the work is progressing from the status of the order information from the user by judging from the latest expected information. However, since a setup time for performing the production work and the distribution work is required, the work in the production process or the distribution process cannot be changed after the setup work is started. For this reason, when a change confirmation or a change request is received at a point where the work cannot be changed, information indicating that “the change cannot be made” is stored in the production / distribution progress / forecast information storage unit 122. If the change can be made at the point next to the point at which the work cannot be changed, the expected information from the next process point is recalculated in consideration of the work time at the current point.

  A method of calculating expected information will be described with reference to FIGS. It is assumed that the inquiry of the expected delivery date for changing the delivery location of the order management ID "N10006001" from "Fukuoka" to "USA XX" is made on "September 24, 2000". Referring to FIG. 57, the production status information indicates that the current production process number of product name "LHXXX1" is "300030" and the factory is "USA @ Factory". From the production standard process information shown in FIG. 58, it is calculated that the time required from the factory where the product is currently located to the end of production is 7 hours. From the logistics standard process information shown in FIG. 59, it can be seen that the time required for the logistics work from “US State of the United States” at the second half overseas factory to “US State of the United States” is five hours. For this reason, it can be seen that it takes about 12 hours (= 7 hours + 5 hours), that is, about one day, to deliver the product from the process where the product is present to the delivery place. Therefore, one day is added to the inquiry date “September 24, 2000”, and the expected delivery date is required to be “September 25, 2000”. In this case, since the requested delivery date from the user is “October 1, 2000”, the response delivery date to the user is displayed as “October 1, 2000”.

The scheduling control unit 110 stores the order information stored in the order information storage unit 121 of the user management DB 120, the production status information stored in the production status information storage unit 131 of the production management DB 130, and the distribution status information of the distribution management DB 140. Based on the distribution status information stored in the unit 141, the progress information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 is obtained and stored. In the case of an inquiry, the production instruction information stored in the production instruction information storage unit 132 of the production management DB 130 and the distribution instruction information stored in the distribution instruction information storage unit 142 of the distribution management DB 140 are not stored. . The reason is that, in the case of an inquiry, since it is a mere confirmation work, no work instruction is actually given to the physical distribution side and the production side.
(23) The user accesses the server system 100 using the user terminal device 200, checks the user ID and the password on the server system 100, and inputs the order management ID on the displayed screen. I do. Thereby, the progress information and the forecast information stored in the production / distribution progress / expected information storage unit 122 are transmitted to the user terminal device 200, and the inquiry result screen (FIG. 60) displayed on the display unit 204 is viewed. It can be seen that the delivery destination can be changed.

  (24) Since it has been confirmed that the delivery destination can be changed, the user changes the order category of the inquired product to the real order using the user-side terminal device 200.

  (25) The server system 100 receives the change to the real order from the user-side terminal device 200 by the program stored in the program storage unit 114 of the scheduling control unit 110, and executes the real order processing. Referring to FIG. 61 and FIG. 62, it is specifically assumed that in the real order processing, all the 2000 pre-order quantities have been fully ordered. At this time, the quantity of the reserved order changed to the actual order processing is automatically reduced to zero by the program stored in the program storage unit 114 of the scheduling control unit 110 based on the order management ID of the reserved order. And stored in the order information storage unit 121 of the order management ID. The order management ID of the ordered product is stored in the order information storage unit 121 in a form in which a branch number is automatically added to the order management ID of the reserved order changed to the actual order. Referring to FIGS. 63 and 64, when 500 pieces of this order are processed, the reservation order quantity is automatically set to 1500 pieces by scheduling control section 110.

  (26) The order information stored in the order information storage unit 121 of the user management DB 120 and the production status information storage unit 131 of the production management DB 130 are stored by the program stored in the program storage unit 114 of the scheduling control unit 110. Production status information, the distribution status information stored in the distribution status information storage unit 141 of the distribution management DB 140, and the production standard process information storage unit 171 and the distribution standard process information storage unit 172 of the standard process DB 170, respectively. The expected information stored in the production / distribution progress / expected information storage unit 122 of the user management DB 120 and the production instruction information storage unit of the production management DB 130 based on the production standard process information and the distribution standard process information. And the distribution instruction information storage unit 142 of the distribution management DB 140 And distribution instruction information 憶 are respectively determined and stored. Details are the same as those described in (10). Therefore, the description will not be repeated here.

  According to the program stored in the program storage unit 114 of the scheduling control unit 110, the order information stored in the order information storage unit 121 of the user management DB 120 and the production status information stored in the production status information storage unit 131 of the production management DB 130. The progress information stored in the production / distribution progress / forecast information storage unit 122 of the user management DB 120 is calculated based on the status information and the distribution status information stored in the distribution status information storage unit 141 of the distribution management DB 140. Is stored. At this time, the progress is checked for any delay in the production instruction and the distribution instruction information, and if there is a problem, an appropriate adjustment operation is performed.

  (27) The user uses the user terminal device 200 to confirm that this order has been completed. At the same time, the user-side terminal device 200 receives the order management ID and expected delivery date information corresponding to the content ordered by the user.

  (28) The distribution-side worker connects the distribution-side terminal device 220 to the server system 100, and receives the distribution instruction information of the product whose delivery location has been changed and stored in the distribution instruction information storage unit 142, It is displayed on the display unit 204 of the distribution terminal device 220. Thereafter, the change of the preparation work performed in (12) is started. Thereby, the change information is communicated to the physical distribution side as needed, and the work can be performed based on the latest information.

  (29) The latter half of the production process ends based on the production instruction information. The production side terminal device 210 transmits the production process NO and the quantity information of the completed work to the scheduling control unit 110. The scheduling control unit 110 stores the transmitted production process number and quantity information in the production status information storage unit 131.

  (30) Since the logistics worker has already completed the preparation for the logistics work in (28), the worker immediately follows the procedure and transports the finished product from the latter half of the overseas factory to the delivery location using appropriate transportation means. To start. In the physical distribution process, each time the physical distribution process check point is completed (passed), the physical distribution side terminal device 220 uses the program stored in the program storage unit 114 of the scheduling control unit 110 to execute the completed physical distribution process. The process number and the distribution location information are transmitted. According to the program stored in the program storage unit 114 of the scheduling control unit 110, the transmitted distribution process number and distribution location information are stored in the distribution status information storage unit 141 and the production / distribution progress / expected information storage unit 122. .

  (31) The user checks the progress information and the expected information stored in the production / distribution progress / expected information storage unit 122 based on the order management ID using the terminal device 220 on the user side, and orders the ordered product. Is currently being transported to the user's overseas manufacturing plant.

  (32) The user prepares for acceptance at the overseas manufacturing plant on the user side.

  (33) The worker on the distribution side transports the ordered product to the overseas manufacturing plant on the user side, which is the delivery location, checks the order management ID, the quantity and the product name, and delivers the product to the user side.

  (34) The distribution-side worker connects to the server system 100 using the distribution-side terminal device 220, and transmits information indicating that the delivery to the user has been completed to the server system 100.

  (35) The scheduling control unit 110 stores the distribution completion information received from the distribution terminal device 220 in the production / distribution progress / expected information storage unit 122 of the user management DB 120 and the distribution status information storage unit 141 of the distribution management DB 140.

  (36) The production-side worker, the distribution-side worker, and the user use the terminal devices 210, 220, and 200, respectively, connect to the server system 100, and store them in the production / distribution progress / expected information storage unit 122. Check the progress information and expected information that have been delivered, and recognize that the delivery has been completed.

  Through the series of processes described above, the product is delivered to the user. When both the production side worker and the distribution side worker connect to the server system 100, they must carry out pre-examination and pre-registration for security as in the case where the user connects, and perform a security check using a password. And

  The various DBs 120 to 170 included in the server system 100 may be provided outside the server system 100. That is, it may be provided on the user side, distribution side, or production side.

  The program storage unit of the scheduling control means stores the production / distribution progress / forecast information storage unit 122 of the user management DB 120 at any time other than when there is a reservation order, when there is a real order, and when there is an inquiry. A program for re-calculating the expected information and the progress information stored in a predetermined period unit (for example, on a daily basis) is stored. For this reason, the user can search for expected information and progress information that are updated daily, and the production-side worker and the distribution-side worker can start work based on the prioritized rank. .

  The program storage means of the scheduling control means may store a program for calculating progress information, forecast information, production instruction information, and distribution instruction information at the same time. In this case, the program storage means controls progress information, forecast information, production instruction information, and distribution instruction information based on the order information, production status information, distribution status information, production standard process information, and distribution standard process information. A program is stored.

  As described above, according to the present embodiment, the scheduling control unit 110 performs the forecast information, the distribution instruction information, and the production instruction based on the order information, the distribution status information, the production status information, the production standard process information, and the distribution standard process information. Control information. Therefore, it is possible to centrally manage the progress from when the user places an order for a product to when the production and distribution are performed and the delivery is completed. Therefore, it is possible to draft an appropriate production plan and distribution plan, and to efficiently operate the production equipment, labor, and transportation means.

  Further, the scheduling control unit 110 controls the progress information based on the order information, the distribution status information, and the production status information. Therefore, the user, the production side worker and the distribution worker can directly confirm the production or distribution progress information by viewing the progress information, the production status information and the distribution status information, respectively.

  If the production capacity and the logistics capacity are exceeded, a plurality of production sites and a plurality of logistics companies are selected, and calculations are performed to satisfy the user requested delivery date. This function is treated as an existing fact in the general production and distribution activities.

  The embodiments disclosed this time are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the terms of the claims, rather than the description above, and is intended to include any modifications within the scope and meaning equivalent to the terms of the claims.

FIG. 1 is a block diagram illustrating a hardware configuration of a production distribution management system according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating a hardware configuration of a server system. FIG. 5 is a diagram illustrating an example of order information stored in an order information storage unit of a user management DB. It is a figure which shows an example of the progress information stored in the production / distribution progress / expected information storage part of a user management DB, and expected information. It is a figure showing an example of production status information memorized by a production status information storage part of a production management DB. It is a figure which shows the correspondence of a process and process identification NO. It is a figure which shows the correspondence of the process and process NO in a first half process. It is a figure showing the correspondence of a process and a process number in a latter half process. It is a figure showing an example of production instruction information memorized by a production instruction information storage part of a production management DB. It is a figure showing an example of physical distribution situation information memorized by physical distribution status information storage of a physical distribution management DB. It is a figure which shows the correspondence of the process and process NO in the transport process from a former half process to a latter half process. It is a figure which shows the correspondence of the process and process NO in the transportation process to a user from a latter half process. It is a figure showing an example of physical distribution instruction information memorized by physical distribution instruction information storage of a physical distribution management DB. FIG. 3 is a diagram illustrating an example of product catalog information stored in a catalog DB. FIG. 4 is a diagram illustrating an example of security information stored in a security management DB. It is a figure which shows the user's evaluation rank and its content. It is a figure showing an example of production standard process information memorized by production standard process information storage of standard process DB. It is a figure showing an example of physical distribution standard process information memorized by physical distribution standard process information storage of standard process DB. FIG. 3 is a block diagram illustrating a hardware configuration of a scheduling control unit 110. FIG. 2 is a block diagram illustrating a hardware configuration of a terminal device. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. It is a figure showing an example of a product order screen. It is a figure which shows an example of the production standard process information for explaining the calculation method of the expected delivery date memorize | stored in the production / distribution progress / expected information storage part of a user management DB. It is a figure which shows an example of the physical distribution standard process information for demonstrating the calculation method of the expected delivery date memorize | stored in the production / distribution progress / expected information storage part of a user management DB. It is a figure showing an example of production standard process information. It is a figure showing an example of production instruction information. It is a figure showing an example of physical distribution standard process information. It is a figure showing an example of distribution instruction information. It is a figure showing an example of an order confirmation screen. It is a figure showing an example of a production progress search screen. It is a figure showing an example of production status information. It is a figure showing an example of production standard process information. It is a figure showing an example of physical distribution standard process information. It is a figure showing an example of an inquiry result screen. It is a figure showing an example of order information containing a reservation order. It is a figure which shows an example of the order information after changing a reservation order into a full order. It is a figure showing an example of order information containing a reservation order. It is a figure which shows an example of the order information after changing a part of reservation order into a full order. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. FIG. 4 is a chart showing an operation of the production distribution management system. It is a figure showing an example of a product order screen. It is a figure showing an example of production standard process information. It is a figure showing an example of physical distribution standard process information. It is a figure showing an example of production standard process information. It is a figure showing an example of production instruction information. It is a figure showing an example of physical distribution standard process information. It is a figure showing an example of distribution instruction information. It is a figure showing an example of an order confirmation screen. It is a figure showing an example of a production progress search screen. It is a figure showing an example of production status information. It is a figure showing an example of production standard process information. It is a figure showing an example of physical distribution standard process information. It is a figure showing an example of a production progress search screen. It is a figure showing an example of order information. It is a figure showing an example of order information. It is a figure showing an example of order information. It is a figure showing an example of order information. It is a figure showing the composition of the work progress management system of the conventional order item.

Explanation of reference numerals

  100 server system, 110 scheduling control unit, 120 user management DB, 121 order information storage unit, 122 forecast information storage unit, 130 production management DB, 131 production status information storage unit, 132 production instruction information storage unit, 140 distribution management DB, 141 distribution status information storage unit, 142 distribution instruction information storage unit, 150 catalog DB, 160 security management DB, 170 standard process DB, 171 production standard process information storage unit, 172 distribution standard process information storage unit, 200, 210, 220 terminal Device, 201 data communication path connection device, 202 memory device, 203 control unit, 204 display unit, 205 operation unit, 300 bidirectional data communication path.

Claims (31)

Inquiry from the user including information on the delivery location, user ID, password, production process NO from the production terminal device corresponding to the end of the production process checkpoint, and distribution process from the distribution terminal device Receiving means for receiving any of the physical distribution process NO and the current physical distribution location corresponding to the end of the checkpoint of
A security management database in which a user ID and a password associated with the user are stored in advance,
A user who is connected to the receiving means and the security management database, compares the user ID and password stored in the security management database with the user ID and password received by the receiving means, and inputs the user ID and password Determining means for determining whether is a legitimate user;
A production status information storage unit that stores the production process NO;
A physical distribution status information storage unit for storing any one of the physical distribution step NO and the current physical distribution place;
A production standard process information storage unit that stores production standard process information indicating the time required to perform each production process, and a distribution standard process information that indicates the time required to perform each distribution process. A standard process database having a logistics standard process information storage unit,
Connected to the receiving means, the production status information storage section, the distribution status information storage section, and the standard process database, wherein the determination section determines the user who has input the user ID and password as a legitimate user, When the receiving means receives the inquiry about the ordered product from the authorized user after receiving the production process NO for the ordered product, the production process NO, the time represented by the production standard process information, and Using the time represented by the logistics standard process information, the time required for the product from the current process to the end of production and the transport work from the current process to delivery to the delivery location indicated by the inquiry are performed. Calculating means for the expected delivery date for calculating the expected delivery date corresponding to the sum of the required time;
A transmission unit for transmitting the expected delivery date calculated by the expected delivery date calculation unit to the authorized user. Inquiry consisting of a plurality of information including user ID, password, delivery place information from user, order information including product name information and order date information, production process check from production side terminal device Receiving means for receiving the production process NO corresponding to the end of the point, and the logistics process NO corresponding to the end of the checkpoint of the physical distribution process and any of the current physical distribution locations from the terminal device on the physical distribution side,
A security management database in which a user ID and a password associated with the user are stored in advance,
A user who is connected to the receiving means and the security management database, compares the user ID and password stored in the security management database with the user ID and password received by the receiving means, and inputs the user ID and password Determining means for determining whether is a legitimate user;
An order information storage unit for storing the order information,
A production status information storage unit that stores a plurality of pieces of information including the production process NO;
A distribution status information storage unit that stores a plurality of pieces of information including any one of the distribution step NO and the current distribution location;
A production standard process information storage unit that stores production standard process information indicating the time required to perform each production process, and a distribution standard process information that indicates the time required to perform each distribution process. A standard process database having a logistics standard process information storage unit,
It is connected to the order information storage unit and the standard process database, and represents a time required for producing a product represented by the order information and a time represented by the distribution standard process information among the time represented by the production standard process information. A first calculating means for calculating an initial expected delivery date by using a time required for the transportation work out of the time;
A production / distribution progress / expected information storage unit that stores the expected expected delivery date as expected information, and stores a plurality of pieces of progress information including information corresponding to either the production process NO or the distribution process NO. When,
The order information storage unit, the distribution status information storage unit and the standard process database are connected to each other, the time required for producing the product represented by the order information among the time represented by the production standard process information, and the order date. A second calculating means for calculating the work start date and time and the work end date and time by using:
A production instruction information storage unit that stores production instruction information indicating the work start date and time and the work end date and time;
It is connected to the order information storage unit, the production instruction information storage unit, and the standard process database, and includes the work end date and time, of the time represented by the logistics standard process information, the time required for the transportation work of the product represented by the order information. A third calculating means for calculating a logistics start date and time and a logistics end date and time by using
A distribution instruction information storage unit that stores distribution instruction information indicating the distribution start date and time and the distribution end date and time;
The receiving unit, the determining unit, the production status information storage unit, the distribution status information storage unit, the standard process database, the production / distribution progress / forecast information storage unit, the production instruction information storage unit, and the distribution instruction information storage unit Connected, the determination means determines the user who has entered the user ID and password as a legitimate user, the expected expected delivery date, the production instruction information and the distribution instruction information are transmitted, and an order is received from the legitimate user. After the receiving unit receives any of the production process NO, the distribution process NO, and the current distribution location of the product, and the progress information is transmitted, an inquiry about the ordered product is sent from the authorized user. Upon receipt, using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information, The expected delivery time, which corresponds to the sum of the time required for the product to be completed from the current process to the end of production and the time required for the transport work from the current process to the delivery location indicated by the inquiry, is Calculating means for the expected delivery date for calculating;
The original expected delivery date, the progress information, and the expected delivery date calculated by the expected delivery date calculation means to the authorized user, and the production instruction information stored in the production instruction information storage unit to the production-side terminal device. A transmission unit for transmitting the distribution instruction information stored in the distribution instruction information storage unit to the terminal device on the distribution side. The second calculating means includes means for recalculating the work start date and time and the work end date and time in a predetermined period unit,
3. The server device according to claim 2, wherein the third calculating means includes means for recalculating the distribution start date and time and the distribution end date and time in the predetermined period unit. The server device further includes an adding unit for adding an order management ID to the order information,
The transmitting means includes means for transmitting information together with the order management ID,
The inquiry includes the order management ID,
3. The server device according to claim 2, wherein said expected delivery date calculation means includes means for calculating an expected delivery date corresponding to said order management ID. The server device further includes an adding unit for adding an order management ID to the order information,
The transmitting means includes means for transmitting information together with the order management ID,
The server device according to claim 2, wherein the order information further includes information on a quantity of a product corresponding to the order management ID and information on a delivery date.   The server device according to claim 5, wherein the order information further includes information for classifying a reservation order and a real order. The server device further includes an adding unit for adding an order management ID to the order information,
The server device according to claim 2, wherein the progress information includes information on a quantity of a product corresponding to the order management ID, information on a delivery date, and information on a scheduled delivery location. The server device further includes an adding unit for adding an order management ID to the order information,
The server device according to claim 2, wherein the production instruction information further includes product name information, production work start date and time information, and production work end date and time information corresponding to each of the order management IDs. The server device further includes an adding unit for adding an order management ID to the order information,
The server device according to claim 2, wherein the information stored in the production status information storage unit includes information indicating a product name, a quantity, and a delivery date corresponding to the order management ID.   9. The server device according to claim 8, wherein the production instruction information further includes information on a pre-production process, a production work process, and a post-production process corresponding to the order management ID. The server device further includes an adding unit for adding an order management ID to the order information,
The server device according to claim 2, wherein the information stored in the physical distribution status information storage unit includes information on a product name, a quantity, and a delivery location corresponding to the order management ID. The server device further includes an adding unit for adding an order management ID to the order information,
The server apparatus according to claim 2, wherein the distribution instruction information further includes information on a product name, a quantity, a delivery date, a pickup place, a delivery place, a distribution work start date and time, and a distribution work end date and time corresponding to the order management ID. .   The server device according to claim 2, wherein the server device further includes a catalog database that stores information for each product.   The server device, when the receiving means receives the first order information indicating the reservation order and then receives the second order information indicating the final order, the first order information stored in the order information storage unit 7. The server device according to claim 6, further comprising subtraction means for subtracting the number of products represented by the second order information by the number of products represented by said second order information. The server device further includes an adding unit for adding an order management ID to the order information,
3. The server device according to claim 2, further comprising a unit for adding a branch number to the order management ID when the receiving unit receives the order information with respect to the order information to which the adding unit has added the order management ID. 4. The server device according to the above. A server device according to claim 2,
It is connected to the server device via a communication line, transmits order information including product name information to the server device, and receives the initial expected delivery date received from the server device and the expected delivery date calculated by the calculation means for the expected delivery date. A terminal device on the user side that outputs the expected delivery date calculated by the calculation means for the expected delivery date and the expected delivery date based on
A production-side terminal connected to the server device via a communication line, for outputting production instruction information received from the server device, and transmitting a production process number corresponding to a result of production performed based on the output production instruction information; Equipment and
It is connected to the server device via a communication line, outputs the distribution instruction information received from the server device, and selects any one of the distribution step NO and the current distribution location corresponding to the result of the distribution performed based on the output distribution instruction information. A production logistics management system including a logistics terminal device for transmitting the information. A user-side terminal device used in the production and distribution management system according to claim 16,
Transmission means for transmitting order information to the order information storage unit of the server device,
A receiving unit for receiving the initial expected delivery date and the expected delivery date calculated by the expected delivery date calculation means; A production-side terminal device used in the production and distribution management system according to claim 16,
Receiving means for receiving the production instruction information,
A production-side terminal device, comprising: transmission means for transmitting a production process number corresponding to a result of production performed based on the received production instruction information to a production status information storage unit of the server device. A distribution-side terminal device used in the production and distribution management system according to claim 16,
Receiving means for receiving the distribution instruction information,
A transmission means for transmitting one of the physical distribution process number corresponding to the result of the physical distribution performed based on the received physical distribution instruction information and the current physical distribution location to the physical distribution status information storage unit of the server device. , Terminal equipment on the logistics side.   20. The distribution-side terminal device according to claim 19, wherein the distribution-side terminal device is a mobile terminal device. A production logistics management method used in the server device according to claim 1,
Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry including information on the delivery location,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A step of receiving a logistics process number corresponding to the end of the logistics process checkpoint and one of the current logistics locations from the logistics side terminal device;
A production status information storage step of storing the production step NO;
A physical distribution status information storing step of storing one of the physical distribution step NO and the current physical distribution place;
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, and after receiving the production process NO for the ordered product, an inquiry about the ordered product is received from the legitimate user. Upon receipt, using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information, the time required by the product from the current process to the end of production and the current A calculation process for an expected delivery date for calculating an expected delivery date, which corresponds to the sum of the times required for transport work from a certain process to delivery to the delivery location indicated by the inquiry;
Transmitting the expected delivery date calculated in the calculation process for the expected delivery date to the authorized user. A production logistics management method used in the server device according to claim 2,
Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
A step of receiving order information including information on a product name and information on an order date from a user;
An order information storing step of storing the order information,
Initially, using the time necessary for producing the product represented by the order information among the time represented by the production standard process information, and the time required for transport work among the time represented by the logistic standard process information A first calculation step of calculating the expected delivery date of
A production / distribution progress / expected information storage step of storing the expected expected delivery date as expected information and storing a plurality of pieces of progress information including information corresponding to either the production step NO or the distribution step NO. When,
Transmitting the initial expected delivery date to the authorized user;
A second calculation step of calculating a work start date and time and a work end date and time by using a time necessary for producing a product represented by the order information and the order date among the time represented by the production standard process information;
A production instruction information storing step of storing production instruction information indicating the work start date and time and the work end date and time;
Transmitting the production instruction information stored in the production instruction information storage step to the production-side terminal device;
A third calculation step of calculating a logistics start date and time and a logistics end date and time by using a time required for a transport operation of the product represented by the order information among the times represented by the work end date and time and the logistics standard process information;
A distribution instruction information storing step of storing distribution instruction information indicating the distribution start date and time and the distribution end date and time;
Transmitting the logistics instruction information stored in the logistics instruction information storage step to a terminal device on the physical distribution side,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A production status information storage step of storing a plurality of pieces of information including the production step NO;
A step of receiving from the terminal device on the physical distribution side, a physical distribution process NO corresponding to the end of the physical distribution process checkpoint and any one of the current physical distribution locations;
A physical distribution status information storing step of storing a plurality of pieces of information including one of the physical distribution step NO and the current physical distribution place;
Transmitting the progress information to the authorized user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry composed of a plurality of information including information on the delivery location,
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, the expected expected delivery date, the production instruction information and the distribution instruction information are transmitted, and an order is received from the legitimate user in the receiving step. After receiving any of the production process NO, the distribution process NO and the current distribution location for the finished product, and transmitting the progress information, after receiving an inquiry about the ordered product from the authorized user, By using the production process NO, the time represented by the production standard process information, and the time represented by the logistics standard process information, the time required from the process where the product is present to the end of the production and the process where the product is currently present Calculate the expected delivery time corresponding to the sum of the time required for transportation work until delivery to the delivery location indicated by the inquiry And the calculation process for the expected delivery time that,
Transmitting the expected information and the expected delivery date calculated in the calculation process for the expected delivery date to the authorized user. The production logistics management method further includes an adding step of adding an order management ID to the order information,
23. The production and distribution management method according to claim 22, wherein the progress information includes information on a quantity of a product corresponding to the order management ID, information on a delivery date, and information on a scheduled delivery location. Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry including information on the delivery location,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A step of receiving a logistics process number corresponding to the end of the logistics process checkpoint and one of the current logistics locations from the logistics side terminal device;
A production status information storage step of storing the production step NO;
A physical distribution status information storing step of storing one of the physical distribution step NO and the current physical distribution place;
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, and after receiving the production process NO for the ordered product, an inquiry about the ordered product is received from the legitimate user. Upon receipt, using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information, the time required by the product from the current process to the end of production and the current A calculation process for an expected delivery date for calculating an expected delivery date, which corresponds to the sum of the times required for transport work from a certain process to delivery to the delivery location indicated by the inquiry;
A transmission process of transmitting the expected delivery date calculated in the calculation process for the expected delivery date to the legitimate user.   25. The production distribution management program according to claim 24, wherein the production distribution management program further includes a step of adding an order management ID to the order information. A computer-readable recording medium recording a production logistics management program,
Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry including information on the delivery location,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A step of receiving a logistics process number corresponding to the end of the logistics process checkpoint and one of the current logistics locations from the logistics side terminal device;
A production status information storage step of storing the production step NO;
A physical distribution status information storing step of storing one of the physical distribution step NO and the current physical distribution place;
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, and after receiving the production process NO for the ordered product, an inquiry about the ordered product is received from the legitimate user. Upon receipt, using the production process NO, the time represented by the production standard process information, and the time represented by the distribution standard process information, the time required by the product from the current process to the end of production and the current A calculation process for an expected delivery date for calculating an expected delivery date, which corresponds to the sum of the times required for transport work from a certain process to delivery to the delivery location indicated by the inquiry;
And a transmission step of transmitting the expected delivery date calculated in the calculation step for the expected delivery date to the authorized user. A computer-readable recording medium recording a production logistics management program for causing a computer to execute each step. Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
A step of receiving order information including information on a product name and information on an order date from a user;
An order information storing step of storing the order information,
Initially, using the time necessary for producing the product represented by the order information among the time represented by the production standard process information, and the time required for transport work among the time represented by the logistic standard process information A first calculation step of calculating the expected delivery date of
A production / distribution progress / expected information storage step of storing the expected expected delivery date as expected information and storing a plurality of pieces of progress information including information corresponding to either the production step NO or the distribution step NO. When,
Transmitting the initial expected delivery date to the authorized user;
A second calculation step of calculating a work start date and time and a work end date and time by using a time necessary for producing a product represented by the order information and the order date among the time represented by the production standard process information;
A production instruction information storing step of storing production instruction information indicating the work start date and time and the work end date and time;
Transmitting the production instruction information stored in the production instruction information storage step to the production-side terminal device;
A third calculation step of calculating a logistics start date and time and a logistics end date and time by using a time required for a transport operation of the product represented by the order information among the times represented by the work end date and time and the logistics standard process information;
A distribution instruction information storing step of storing distribution instruction information indicating the distribution start date and time and the distribution end date and time;
Transmitting the logistics instruction information stored in the logistics instruction information storage step to a terminal device on the physical distribution side,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A production status information storage step of storing a plurality of pieces of information including the production step NO;
A step of receiving a plurality of pieces of information including any of the physical distribution process NO and the current physical distribution location corresponding to the end of the physical distribution process checkpoint from the physical distribution side terminal device;
A physical distribution status information storing step of storing one of the physical distribution step NO and the current physical distribution place;
Transmitting the progress information to the authorized user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry composed of a plurality of information including information on the delivery location,
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, the expected expected delivery date, the production instruction information and the distribution instruction information are transmitted, and an order is received from the legitimate user in the receiving step. After receiving any of the production process NO, the distribution process NO and the current distribution location for the finished product, and transmitting the progress information, after receiving an inquiry about the ordered product from the authorized user, By using the production process NO, the time represented by the production standard process information, and the time represented by the logistics standard process information, the time required from the process where the product is present to the end of the production and the process where the product is currently present Calculate the expected delivery time corresponding to the sum of the time required for transportation work until delivery to the delivery location indicated by the inquiry And the calculation process for the expected delivery time that,
A step of transmitting the progress information and the expected delivery date calculated in the calculation process for the expected delivery date to the authorized user on a computer. The order information further includes product quantity information and delivery date information,
The production logistics management program sets a later delivery date among the expected delivery date calculated using the time represented by the production standard process information and the time represented by the distribution standard process information and the delivery date represented by the order information to the original expected delivery date. 28. The production distribution management program according to claim 27, further comprising the step of: The production instruction information further includes information indicating priority of work corresponding to the initial expected delivery date,
28. The production distribution management program according to claim 27, wherein the distribution instruction information further includes information indicating prioritization of a work corresponding to the initial expected delivery date. The information included in the order information further includes information for classifying a reservation order and a real order,
After receiving the first order information indicating the reservation order and then receiving the second order information indicating the real order, the production logistics management program, when receiving the second order information indicating the final order, stores the product indicated by the first order information stored in the order information storage step. 28. The production and distribution management program according to claim 27, further comprising a subtraction step of subtracting the quantity of the product by the quantity of the product represented by the second order information. A computer-readable recording medium recording a production logistics management program,
Storing in advance a user ID and a password associated with the user;
A production standard process information storage process for storing production standard process information indicating a time required for performing each process of the production,
A logistics standard process information storage process for storing logistics standard process information indicating the time required to perform each logistics process;
A receiving step of receiving a user ID and a password from a user,
A comparing step of comparing the previously stored user ID and password with the user ID and password received in the receiving step, and determining whether the user who has input the user ID and password is a legitimate user;
A step of receiving order information including information on a product name and information on an order date from a user;
An order information storing step of storing the order information,
Initial expected delivery date is calculated using the time required for producing the product represented by the order information out of the time represented by the production standard process information and the time required for transportation work among the time represented by the distribution standard process information. A first calculation step of calculating
A production / distribution progress / expected information storage step of storing the expected expected delivery date as expected information and storing a plurality of pieces of progress information including information corresponding to either the production step NO or the distribution step NO. When,
Transmitting the initial expected delivery date to the authorized user;
A second calculation step of calculating a work start date and time and a work end date and time by using a time necessary for producing a product represented by the order information and the order date among the time represented by the production standard process information;
A production instruction information storing step of storing production instruction information indicating the work start date and time and the work end date and time;
Transmitting the production instruction information stored in the production instruction information storage step to the production-side terminal device;
A third calculation step of calculating a logistics start date and time and a logistics end date and time by using a time required for a transport operation of the product represented by the order information among the times represented by the work end date and time and the logistics standard process information;
A distribution instruction information storing step of storing distribution instruction information indicating the distribution start date and time and the distribution end date and time;
Transmitting the logistics instruction information stored in the logistics instruction information storage step to a terminal device on the physical distribution side,
A step of receiving a production process number corresponding to the end of the production process check point from the production side terminal device;
A production status information storage step of storing a plurality of pieces of information including the production step NO;
A step of receiving from the terminal device on the physical distribution side, a physical distribution process NO corresponding to the end of the physical distribution process checkpoint and any one of the current physical distribution locations;
A physical distribution status information storing step of storing a plurality of pieces of information including one of the physical distribution step NO and the current physical distribution place;
Transmitting the progress information to the authorized user;
From the terminal device provided on the legitimate user side, a step of receiving an inquiry composed of a plurality of information including information on the delivery location,
In the determining step, the user who has input the user ID and the password is determined to be a legitimate user, the expected expected delivery date, the production instruction information and the distribution instruction information are transmitted, and an order is received from the legitimate user in the receiving step. After receiving any of the production process NO, the distribution process NO and the current distribution location for the finished product, and transmitting the progress information, after receiving an inquiry about the ordered product from the authorized user, By using the production process NO, the time represented by the production standard process information, and the time represented by the logistics standard process information, the time required from the process where the product is present to the end of the production and the process where the product is currently present Calculate the expected delivery time corresponding to the sum of the time required for transportation work until delivery to the delivery location indicated by the inquiry And the calculation process for the expected delivery time that,
Transmitting the estimated delivery date calculated in the calculation process for the expected delivery date to the authorized user in the calculation process for the expected delivery date. Recording medium.

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