JP4793855B2 - Delivery information registration method - Google Patents

Description

The present invention relates to a method for inputting information on the location of a package until delivery of the package requested for delivery from the shipper to the receiver, and is transferred from the departure store to the arrival store through the delivery sorting center. the delivery of luggage, delivery personnel is directed to a method of registration process to collect and manage server information until the delivery to the recipient main brought out from Chakuten.

Delivery companies that handle courier services, etc., enter and manage information about the location of the packages from the time the packages are collected to the recipient, and then inquire about delivery status from customers. It corresponds to.
Such information is input to a data collection terminal (portable pos; hereinafter referred to as PP) having a barcode reading function possessed by the driver who delivers the package at the time of collecting and delivering the package. Transferred to a server terminal installed at a dealer's departure or arrival store via a dedicated communication line or transferred to a wireless communication terminal installed in a delivery vehicle and transmitted to a management server via a mobile communication network And registered in the delivery information file of the management server.

By the way, during busy seasons such as the end of the year and the beginning of the year when the quantity of parcels delivered increases dramatically, the number of drivers for time employees is temporarily increased for delivery processing, and PPs are also carried with the increased number of drivers. Delivery information is collected. In this case, the input of the information collected by each driver at the PP must be performed after the driver finishes the delivery work and returns to the store, etc., and then transfers it from the PP to the server terminal. It takes time to complete the transfer.
Therefore, for example, a short-range wireless communication function such as Bluetooth (registered trademark) or infrared communication is provided in the PP, the PPs are connected in advance by a short-range wireless communication means, and delivery information is transmitted from the PP to the PP. It is also possible to improve the efficiency of data input processing by inputting the delivery information of one PP into one PP and transferring the information from the PP to the server terminal (see, for example, Patent Document 1).

JP 2002-173227 A

By sending and receiving delivery information between PPs using the short-range wireless communication function, delivery information of a plurality of PPs can be aggregated and efficiently input from one PP to the management server. However, when the delivery information is input to the management server at the end of a day's delivery work, there will be a time lag until information about the correct location of the package is registered in the delivery information file of the management server. The correct information cannot be answered in real time in response to the inquiry about the delivery status.
In addition, if a large number of high-performance PPs are prepared so that all drivers that can be temporarily added can be carried, equipment costs will be incurred, and many PPs that do not operate during non-busy periods will go up and wasteful. .
With the recent increase in the volume of parcel delivery, the quantity of luggage handled during the busy season is increasing, so it is expected that more time workers will be required in the future. It is necessary to construct a new delivery information input system that can input delivery information to the management server in real time without cost.

  Therefore, in view of such problems of the prior art, the present invention constitutes an information input device that replaces PP by combining a mobile phone, which is a general-purpose device, and a barcode reader, and uses this device to relate to the location of luggage. It is an object to accurately collect information without omission and to input the collected information to a management server in real time.

A mobile phone is equipped with a communication function for connecting to a mobile communication network to send and receive calls and data, as well as data input by direct key operations, data received via a mobile communication network, and images captured by a camera. It also has a data collection function for recording data and the like in a built-in memory, and the function for processing input data is not inferior to a dedicated high-performance PP for processing delivery information. On the other hand, the slip code can be read by the image reading function by the camera of the mobile phone, but it is suitable to use a bar code reader in terms of operability, and the read code can be recorded by the mobile phone. It is possible to use a bar code reader that is inexpensive and has only a function of reading and converting a code and is suitable for carrying.
Therefore, the present invention configures an information input device having a function similar to PP by combining a mobile phone, which is a general-purpose device, and a bar code reader, which is carried by a driver or other parcel delivery person for delivery. We built a system that collects information and inputs information to the management server.

That is, the delivery information registration method of the present invention includes:
Reads the slip code, converts it into slip number data, sends the converted data to the short-range wireless communication means, and a pen-type barcode reader, and the short-range wireless data sent from the barcode reader Using an information input device composed of a mobile phone having a function of receiving it by communication means and transmitting and receiving the received data as package processing information through a mobile communication network , a delivery person operates this information input device and delivers it. When registering information about the location of the package until the package is delivered to the recipient in the delivery information file of the management server,
A short-range wireless communication means is provided in a server terminal that is installed at the arrival store and connected to the management server via a communication line, and can receive data transmitted from the mobile phone by the short-range wireless communication means In addition, input receiving means for receiving input of slip number data transmitted and output from the barcode reader to the mobile phone, generating package processing information including slip number data and information on the time when the data was input, and storing it in the built-in memory A package processing information generating means for recording and a package processing information output means for transmitting and outputting the recorded package processing information to the management server or server terminal;
In the initial setting work,
Mobile phones, a step the person that the personal code of the delivery person in charge accepts the input of the code of Chakuten to belong, is registered in the built-in memory of the mobile phone,
Mobile phones, establishing a wireless communication connection with the cellular phone and a bar code reader and the server terminal,
In the center work to take luggage from the arrival store,
A step of causing the mobile phone to display a slip number input menu on the display;
A barcode reader reads a slip code of a delivery slip, transmits the slip number data read from the barcode reader to a mobile phone, and the mobile phone displays the slip number data in the slip number input menu;
A step of generating the package processing information in which the mobile phone adds the take-out processing classification data and the registration time data to the input slip number data, and records the information in a built-in memory of the mobile phone;
Mobile phones, and a step of transferring the cargo processing information recorded in the internal memory to the server terminal with personal code and Chakuten code of the registered courier,
A server terminal transfers the transferred package processing information and code data to a management server via a communication line, and the management server associates the transferred data with a slip number and registers it in a delivery information file;
In the eaves work to deliver the package to the recipient,
A step of causing the mobile phone to display a slip number input menu on the display;
A barcode reader reads a slip code of a delivery slip, transmits the slip number data read from the barcode reader to a mobile phone, and the mobile phone displays the slip number data in the slip number input menu;
If the mobile phone delivers the package number to the recipient, the delivery completion process is added if the package is delivered to the recipient, and the classification data for the take-back process and the registration time data are added if the package cannot be delivered. Generating the package processing information and recording it in the built-in memory of the mobile phone;
In the process of delivery work,
The mobile phone transmits and outputs the package processing information recorded in the built-in memory to the management server via the mobile communication network together with the personal code of the delivery person and the code of the store, and the management server slips the received information into a slip Associating with a number and registering it in a delivery information file;
In the work completion work at the arrival store
A step of causing the mobile phone to display the number of packages handled in the center work and eaves work on the display;
A step of transferring the package processing information recorded in the built-in memory to the server terminal together with the personal code of the delivery person and the code of the store;
A server terminal transfers the transferred package processing information and code data to a management server via a communication line, and the management server associates the transferred data with a slip number and registers it in a delivery information file;
It is characterized by providing.

In addition, the delivery information registration method of the present invention includes:
The management server includes a customer information file including data such as the name, address, telephone number, and e-mail address of the package delivery requester or recipient, and the mobile phone is connected to the management server via a mobile communication network. It has customer inquiry means to request customer registration information,
If there is no receiver at the eaves work,
A step of causing the mobile phone to display an input menu of the telephone number of the recipient entered in the delivery slip on the display;
Mobile phones, and transmitting a telephone number data input by the key operation of the mobile phone to the management server connected via a mobile communication network,
The management server searches the customer information file using the telephone number as a search key, and sends the registered customer name and address data to the mobile phone via the mobile communication network when the corresponding telephone number is registered. , Displaying on the mobile phone display,
The mobile phone manages the package processing information about the package that the customer has registered and cannot be delivered due to the absence of the customer, along with the personal code of the person in charge of delivery and the code of the store, via the mobile communication network Sending to
The management server that received the package processing information without the recipient can associate the information received with the slip number and register it in the delivery information file, and also read the customer's e-mail address from the customer information file and deliver the package. Sending information to the e-mail address of the recipient along with the slip number data;
It is characterized by providing.

In the above configuration, it is preferable that the short-distance wireless communication means for connecting the mobile phone and the barcode reader uses Bluetooth having a long communication distance and no restriction on the directivity of the wireless signal. Using a mobile phone with a built-in Bluetooth communication function, and providing a barcode reader with a Bluetooth communication means, the mobile phone and barcode reader are connected via a Bluetooth wireless communication network. The slip number data that has been read and converted into electronic data is input from the bar code reader to the mobile phone through the wireless communication network.
The management server is also preferably provided with a communication function based on Bluetooth so that delivery information can be transmitted and received via a mobile phone and a wireless communication network based on Bluetooth. That is, the management server is configured so that data can be transmitted to and received from the mobile phone via both the mobile communication network and the Bluetooth wireless communication network, and the mobile phone is connected to the management server via any of the communication networks. The information registered in the delivery information file in the database is transmitted and output to the mobile phone in response to the information transmission request from the mobile phone, and the delivery information transmitted from the mobile phone is transmitted to the mobile phone in response to the information input request from the mobile phone. It is preferable to be configured to register in a file.
Each data processing means provided in the mobile phone is configured by storing an application program that operates so that the data processing of each means is performed in a built-in memory of the mobile phone and executing it by the program execution means of the mobile phone. Is done.

  According to this, the information processing apparatus is configured to collect and record the delivery information including the slip number data of the delivery slip with the barcode reader and the mobile phone connected by the short-range wireless communication means. Further, delivery information can be transmitted from the mobile phone to the management server via the mobile communication network and registered in the delivery information file of the management server. The information output from the mobile phone to the management server is set so that the automatic transmission function of the mobile phone automatically transmits and outputs the information every predetermined time. Can be updated sequentially, and accurate information can be provided in real time in response to the inquiry of the delivery status from the customer. Both barcode readers and mobile phones are small and light and can be carried in the driver's pocket without hindering delivery work. In addition, a combination of such general-purpose devices can be substituted for high-performance PP. Equipment costs can be kept low. In addition, by using Bluetooth as a short-range wireless communication means, when reading a slip code with a barcode reader and inputting it into a mobile phone, data can be easily accessed without worrying about the direction and distance of both devices. Input processing can be performed.

A preferred embodiment of the present invention will be described with reference to the drawings.
FIG. 1 shows an example of the configuration of a delivery information processing system using an information input device of the present invention. In the figure, reference numeral 1 is a management server, 2 is an information input device, and 3 is a customer information processing terminal.

  The management server 1 receives a request for package delivery, collects the package from the requester, manages the delivery information until the delivery of the package to the recipient, information on the payment of the delivery fee, and various information on the package delivery It is configured by connecting through a dedicated line LL to a server terminal 11 installed at a store that collects the packages, a sorting center that sorts the collected packages, and a store near the recipient's house where the packages are transferred from the sorting center. In the database DB, data files such as delivery information files and customer information files are registered. Here, the delivery information file is composed of data such as the number of the delivery slip attached to the package, the location of the package, the type of the delivery process, the processing time, etc., and these data are the server terminal 11 and an information input device described later. 2 is input. The customer information file includes data such as a contact name such as the name, address, telephone number, and e-mail address of the client or receiver, and is input from the customer information processing terminal 3 described later.

  The management server 1 accepts input of various information related to delivery from the server terminal 11 connected by the dedicated line LL and registers it in various data files of the database DB, or reads out information from various data files and transmits it to the server terminal 11 And a communication means for transmitting and receiving data via the mobile communication network MC. The communication means is connected to a mobile phone 22 of the information input device 2 to be described later via the communication network. Is received and registered in a data file, or information is read from the data file and transmitted to the mobile phone 22 for output. Further, the server terminal 11 is provided with a communication means by Bluetooth, and is provided so as to configure and connect to a mobile phone 22 incorporating the communication means and a wireless communication network BL by Bluetooth.

  The management server 1 also has a function as a Web server that transmits Web information to the Internet IN, and is connected to a customer's information processing terminal 3 having a function of sending / receiving e-mail and Web browsing via the Internet IN. Receives package delivery requests and customer information registration via the same network and registers them in the database DB data file, or accepts package delivery status inquiries and reads the delivery information of the package from the delivery information file This is provided so that it can be transmitted and output to the information processing terminal 3.

  The information input device 2 is a device possessed by a driver or other delivery person who delivers a package when the package transported to the store is delivered to the recipient's home, and includes a pen-type barcode reader 21 and a mobile phone 22. It is composed of

  The barcode reader 21 reads the slip code of the delivery slip attached to the package and converts it into electronic slip number data, and transmits the converted slip number data to the mobile phone 22 via the wireless communication network BL. A communication means for outputting is provided. The bar code reader 21 transmits and outputs the slip number data through the wireless communication network BL every time the slip code is read.

  The mobile phone 22 includes a communication unit that forms a wireless communication network BL with the server terminal 11 and the barcode reader 21, and an input receiving unit that receives input of slip number data transmitted from the barcode reader 21, slip number data And package processing information generating means for generating package processing information including information on the time at which the data was input and recording it in a built-in memory, and a package for transmitting the recorded package processing information to the management server 1 or the server terminal 11 The processing information output means and the data processing means such as the customer inquiry means for requesting the customer registration information to the management server 1 via the mobile communication network MC are provided. Each of these means stores an application program in a memory built in the mobile phone 22, and when the program execution means of the mobile phone 22 executes the program, a processing menu is displayed on the display of the mobile phone 22, and along the menu. The person in charge of the delivery functions by operating the keys of the mobile phone 22 or automatically processing the data every predetermined time.

  Next, the delivery information input process using the information input device 2 of the present invention is performed in accordance with the process menu shown in FIGS. 2 to 7 displayed on the display of the mobile phone 22 when the application program is executed. Will be described.

Delivery packages delivered from the sorting center to the arrival store are delivered in the order of center work to register the delivery information file in the delivery information file that the baggage is taken out from the arrival store, and eaves-end work to register whether delivery has been completed at the recipient's home. However, initial setting work for setting the wireless communication network BL and registering personal information of the person in charge of delivery to the mobile phone 22 in advance is performed before the center work.
In the initial setting operation, the menu shown in FIG. 2 is displayed on the display of the mobile phone 22. The "Takkyubin delivery setting"("Takkyubin" is a registered trademark) field is a setting to register the personal code of the person in charge of delivery and the code of the store to which the person belongs. A screen for accepting input is displayed, and a code input by operating a key of the mobile phone 22 is recorded in a memory of the mobile phone 22. The “Antenna setting” column is a setting for establishing a connection with the server terminal 11 through the wireless communication network BL, and the “Bar code reader association” column is for establishing a connection through the barcode reader 21 and the wireless communication network BL. When both fields are selected with the operation keys, a screen for accepting the input of the serial number of the antenna of the server terminal 11 and the serial number of the barcode reader 21 is displayed, and both serial numbers are input by key operation. The serial number is recorded in the memory of the mobile phone 22. As a result, a connection is established between the mobile phone 22 and the server terminal 11 and between the barcode reader 21 and the mobile phone 22 via the wireless communication network BL. When the initial setting is completed, the processing menu shown in FIG. 3 is displayed on the display of the mobile phone 22.

For the center work when taking out the baggage from the arrival store, the “center work” column in the processing menu shown in FIG. 3 is selected and the slip number input menu shown in FIG. 4 is displayed on the display of the mobile phone 22. Done.
When the menu is displayed, the mobile phone 22 can accept the input of slip number data from the barcode reader 21 via the wireless communication network BL, and the slip code of the delivery slip attached to the baggage taken out from the store. Is read by the barcode reader 21, the slip number data converted into electronic data is transmitted from the barcode reader 21 to the mobile phone 22, and the mobile phone 22 displays the received slip number data in the slip number display field in the same menu. Display. The slip number data can be input even by directly operating the operation keys of the mobile phone 22.
Here, when the “registration” field in the menu is selected, the mobile phone 22 adds package processing information obtained by adding take-out processing classification data and registration time data to the input slip number data. Generated and recorded in the internal memory. When the registration of the slip number data of all the packages brought out from the arrival store is completed, the “end” column of the menu is selected, and the display is shifted to the display menu shown in FIG. When the “Transfer” column in this menu is selected, the package processing information of all the recorded packages is transmitted to the wireless communication network BL together with the registered personal code of the delivery person and the store code. Via the server terminal 11. If the package processing information and the code data are transferred to the server terminal 11, it is further transferred to the management server 1 via the dedicated line LL, and the management server 1 associates the transferred data with the slip number to deliver the delivery information. Register to a file.

  Next, when the person in charge of delivery delivers the package to the recipient's home, the eaves-end work is performed. The eaves-end work is performed by selecting and operating the “eave-end work” column in the process menu shown in FIG. 3 and displaying the process menu shown in FIG. 5A on the display of the mobile phone 22. “Return report” in the menu is an operation menu when the recipient is not present and the package cannot be delivered, and “Delivery report” is an operation menu when the package is delivered to the recipient.

  When the package is delivered to the recipient, the slip number input menu shown in FIG. 5B is displayed when the “delivery completion report” field is selected by the key, and the mobile phone 22 is connected from the barcode reader 21 to the wireless communication network BL. It becomes possible to accept input of the slip number data via. Then, when the voucher code of the store voucher separated from the delivery voucher is read by the bar code reader 21, the voucher number data converted into electronic data is transmitted from the bar code reader 21 to the mobile phone 22 as described above. When the mobile phone 22 displays the received slip number data in the same menu and further performs a key selection operation on the “registration” field in the menu, the mobile phone 22 classifies the delivery completion processing into the input slip number data. Package processing information is generated by adding data and time data at the time of registration, and this is recorded in the memory. The point that the slip number data can be input even by directly operating the operation key of the mobile phone 22 is the same as in the case of the center work.

  On the other hand, if the recipient is not present and the package cannot be delivered, the same slip number input menu (not shown) as the “delivery completion report” is displayed when the key selection operation is performed in the “return report” field, When the slip code of the delivery slip is read by the barcode reader 21, the slip number data converted into the electronic data is transmitted from the barcode reader 21 to the mobile phone 22, and the mobile phone 22 receives the received slip number data. Is displayed in the same menu. Furthermore, if you select a key in the “Reason” field in the same menu, a selection input menu (not shown) for the reason why the delivery could not be made, such as the absence of the recipient, vacation, or moving, will be displayed. When the “registration” process is performed by performing the selection operation, the mobile phone 22 adds the classification data for the take-back process, the classification data for the reason for the failure of delivery, and the time data at the time of registration to the input slip number data. The package processing information is generated and recorded in the memory. The undeliverable baggage is taken back to the store.

  Further, when the absence is selected for the reason that the delivery has failed, the customer inquiry menu shown in FIG. 6A is displayed on the display of the mobile phone 22 after the package processing information is recorded. Then, the recipient's telephone number entered in the delivery slip is entered in the input field in the same menu by key operation, and the “search” field is selected by key operation, the mobile phone 22 is managed via the mobile communication network MC. Connected to the server 1, the search request instruction data, the registered personal code of the delivery person, and the store code are transmitted to the management server 1 together with the input telephone number data. The management server 1 that has received the data searches the customer information file using the telephone number as a search key, and when the corresponding telephone number is registered, as shown in FIG. And address data are transmitted to the mobile phone 22 via the mobile communication network MC and displayed on the display of the mobile phone 22. If the delivery person confirms that the customer name and address displayed on the display and the name and address of the recipient entered in the delivery slip are the same, the “Yes” column in FIG. When the key selection operation is performed, the package processing information about the package for which the customer is registered and cannot be delivered due to the absence of the customer, together with the personal code of the registered delivery person and the code of the store, the mobile unit The data is transmitted and output to the management server 1 via the communication network MC.

  The management server 1 that has received the package processing information absent from the recipient from the mobile phone 22 associates the received information with the slip number and registers it in the delivery information file, and reads the customer's e-mail address from the customer information file. Then, information indicating that the package could not be delivered is transmitted to the e-mail address of the recipient through the Internet IN together with the slip number data. As a result, the recipient can confirm that the parcel has been delivered outside the office, and can request re-delivery by replying an e-mail to the management server 1.

  In the delivery process, the mobile phone 22 connects to the management server 1 via the mobile communication network MC every predetermined time (for example, 15 minutes), and registers the package processing information recorded at any time in a built-in memory. Along with the personal code of the delivery person in charge and the code of the store, it is automatically transmitted and output to the management server 1, and the management server 1 associates the received information with the slip number and registers it in the delivery information file as needed. That is, the delivery information file is updated to the latest information without a time lag without waiting for the end of the day delivery work.

  When the eaves-end work for all the luggage brought out from the arrival store is completed, the delivery person returns to the arrival store, and then displays the “End work” column in the processing menu of FIG. 3 displayed on the display of the mobile phone 22. The key selection operation is performed to display the end confirmation menu shown in FIG. In this menu, the number of packages handled by the delivery person in the center work and the eaves work is displayed, and after the delivery person confirms the number of processed items, when the “OK” column is selected, the memory of the mobile phone 22 is displayed. The package processing information recorded on the management server 1 and not yet transmitted to the management server 1 is transferred to the server terminal 1 connected via the wireless communication network BL together with the personal code of the person in charge of delivery and the code of the store. The transferred data is transferred to the management server 1 via the dedicated line LL, and the management server 1 associates the transferred data with the slip number and registers it in the delivery information file. After the transfer to the server terminal 11, the mobile phone 22 erases the package processing information from the memory, and the daily delivery package input process using the information input device 2 is completed.

  The configuration of the information input device and the information processing system shown in the figure is an example, and the present invention is not limited to this.

It is the figure which showed the structure of an example of the delivery information processing system using the information input device of this invention. It is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone in initial setting work. It is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone after completion of initial setting. It is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone in center work. (A), (B) is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone in eaves-end work. (A), (B) is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone in a customer inquiry operation | work. It is the figure which showed an example of the process menu screen displayed on the display of a mobile telephone in completion transfer work.

Explanation of symbols

1 management server, 11 server terminal, 2 information input device, 21 bar code reader, 22 mobile phone, 3 information processing terminal, LL dedicated line, IN Internet, MC mobile communication network, BL wireless communication network

Claims (2)

A slip-type barcode reader (21) having a function of reading a slip code and converting it into slip number data, and transmitting and outputting the converted data by short-range wireless communication means, and a barcode reader (21) are transmitted and output. that data received via near field communication means, using the information input device comprising a mobile telephone (22) having a function of transmitting output through the mobile communication network the received data as baggage processing information (2), this information When the delivery person operates the input device (2) and registers the information on the location of the package until the delivery package is delivered to the recipient in the delivery information file of the management server (1),
The server terminal (11) installed at the arrival store and connected to the management server (1) via a communication line is provided with short-range wireless communication means, and transmitted from the mobile phone (22) by the short-range wireless communication means. Input receiving means for receiving input of slip number data transmitted from the barcode reader (21) to the mobile phone (22), slip number data and the data are input Package processing information generating means for generating package processing information including time information and recording it in the built-in memory, and package processing information output means for transmitting and outputting the recorded package processing information to the management server (1) or server terminal (11) Provided and configured,
In the initial setting work,
And process the mobile phone (22), accepts the input of Chakuten of code a person that the personal code of the delivery person in charge belongs, to be registered in the built-in memory of the mobile phone (22),
The mobile phone (22) establishing a wireless communication connection between the mobile phone (22) and the barcode reader (21) and the server terminal (11);
In the center work to take luggage from the arrival store,
A step of causing the mobile phone (22) to display a slip number input menu on the display;
The barcode reader (21) reads the slip code of the delivery slip and transmits the slip number data read from the barcode reader (21) to the mobile phone (22), and the mobile phone (22) is in the slip number input menu. Displaying the slip number data on
The mobile phone (22) generates the package processing information by adding the take-out processing classification data and registration time data to the input slip number data, and records this in the built-in memory of the mobile phone (22). And a process of
The cellular phone (22) transferring the package processing information recorded in the built-in memory to the server terminal (11) together with the registered delivery person's personal code and arrival code;
The server terminal (11) transfers the transferred package processing information and code data to the management server (1) via a communication line, and the management server (1) associates the transferred data with the slip number. Registering in the delivery information file;
In the eaves work to deliver the package to the recipient,
A step of causing the mobile phone (22) to display a slip number input menu on the display;
The barcode reader (21) reads the slip code of the delivery slip and transmits the slip number data read from the barcode reader (21) to the mobile phone (22), and the mobile phone (22) is in the slip number input menu. Displaying the slip number data on
When the cellular phone (22) delivers the package number data to the recipient, the delivery completion processing is performed when the package is delivered to the recipient, and the classification data for the take-back processing and the registration time data when the package cannot be delivered. Generating the package processing information to be added and recording it in a built-in memory of the mobile phone (22);
In the process of delivery work,
The mobile phone (22) transmits and outputs the package processing information recorded in the built-in memory to the management server (1) via the mobile communication network together with the personal code of the delivery person and the code of the store. (1) associating the received information with a slip number and registering it in a delivery information file;
In the work completion work at the arrival store
A step of causing the mobile phone (22) to display the number of packages handled in the center work and eaves work on the display;
The cellular phone (22) transferring the package processing information recorded in its internal memory to the server terminal (11) together with the personal code of the person in charge of delivery and the code of the store;
The server terminal (11) transfers the transferred package processing information and code data to the management server (1) via a communication line, and the management server (1) associates the transferred data with the slip number. Registering in the delivery information file;
A delivery information registration method comprising: The management server (1) includes a customer information file including data such as the name, address, telephone number, and e-mail address of the package delivery requester or recipient, and the mobile phone (22) is connected to the management server (1). In contrast, it has customer inquiry means for requesting customer registration information via the mobile communication network.
If there is no receiver at the eaves work,
The step of causing the mobile phone (22) to display an input menu of the telephone number of the recipient entered in the delivery slip on the display;
A step in which the mobile phone (22) transmits the telephone number data input by the key operation of the mobile phone (22) to the management server (1) connected via the mobile communication network;
The management server (1) searches the customer information file using the telephone number as a search key, and stores the customer name and address data registered when the corresponding telephone number is registered via the mobile communication network. Transmitting to (22) and displaying on the display of the mobile phone (22);
The mobile phone (22) sends the package processing information about the package that the customer has registered and cannot be delivered due to the absence of the customer via the mobile communication network together with the personal code of the delivery person and the code of the store. Transmitting to the management server (1),
The management server (1) that has received the package processing information without the recipient is associated with the slip number and registered in the delivery information file, and the customer's e-mail address is read from the customer information file, Sending information to the recipient's e-mail address along with the slip number data to the effect that delivery was not possible;
The delivery information registration method according to claim 1, further comprising:

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