KR101011144B1 - Method of providing mold making information through online and its system - Google Patents

Abstract

The present invention relates to a method and a system for providing mold making information through online, and in a system for providing various information according to a mold making by a requestor by a requestor, requesting mold making through the Internet 40 and forming a mold. Requester terminal (50) to check the work process and progress according to the production; A web server 14 for transmitting and receiving information data through the requester terminal 50 and the Internet 40; A management server 12 which transmits and receives information data through the web server 14 and manages and controls general information related to mold making; A manager terminal 10 for inputting and outputting information on mold making to the management server 12; An operator terminal 16 for inputting and outputting information on a mold manufacturing process to the management server 12; A mail server 18 for transmitting the work information for each mold production process to the requester terminal 50 through the management server 12 as a short message; The document, picture and video file DB 20 for inputting and outputting job information to the management server 12, the job information DB 22 for inputting and outputting various types of information about the job, and the client DB 24 for inputting and outputting information of the requestor. ), A material management DB 26 for inputting and outputting material information for mold making, a tool management DB 28 for inputting and outputting tool information for mold making, and a correction for inputting and outputting correction information of a mold generated during mold making. Including the information DB (30) is to easily know the information, such as the request of the mold production, a series of work status and correction.

Online, mold, internet, admin, server, database, material, tooling, fix

Description

Method for Providing Manufacture Information of Metallic Pattern through On-Line and System about

The present invention relates to a method for providing and managing information on mold making through online, and more particularly, it is possible to easily know information such as a request for mold making, a series of work statuses and modifications through online such as the Internet. The present invention relates to a mold making information providing method through online.

Molds are metallic molds, and the main ones are molds made of iron, other metals used for making castings, molding of synthetic resins, etc., or metal thin plates or synthetic resin plates are sandwiched between upper and lower molds. Metal molds and the like used for compacting and completing shapes are used for producing injection molding, extrusion, die casting, molds and the like.

Such molds are manufactured through design, turning, marking, milling, heat treatment, lathe and machining after machining, wire, discharge and finishing. In addition, materials and tools necessary for manufacturing a mold are provided. The production of such a mold is divided into a requestor for making a mold and a maker for manufacturing a mold. The series of work for the mold production is performed by the manufacturer after the entire manufacturing process is performed at the request of the requestor. Do this.

As a conventional technology related to the provision of production information according to the request of the requestor and the production process of the producer, Korean Laid-Open Patent Publication No. 2003-90829 discloses an integrated information processing service providing system using the Internet and a method thereof, one particular product. By integrating the information related to the transactions concluded between related companies (clients) and the information on the progress of processing for each client according to the concluded transactions in a step-by-step flow, the product from the product planning to the final delivery using the integrated information The overall schedule adjustment to and the overall matters according to the adjusted schedule are to be controlled and managed as a whole.

In addition, as a prior art, Korean Laid-Open Patent Publication No. 2003-67651 is an Internet outsourcing management system, which receives and processes the production status of an outsourcing factory using the Internet, and enables buyers to easily produce their own orders. This is to make it easy for the sales department and production management department to obtain the information used as the basis for sales and production planning.

In addition, as a prior art, Korean Laid-Open Patent Publication No. 2007-75501 relates to a production information management system and a production information management method of a machined product, and directly inputs each step in a machining process of an ordered product requiring a small quantity production of multiple products. By using the overall production information transmitted to the central server, it is possible to manage the overall production process including the machining process for each ordered product so that it can manage the delivery date of the ordered product and improve worker's productivity. will be.

As described above, a series of tasks for requesting and manufacturing a machined product, in particular, a mold, lacks real-time information exchange between a client and a manufacturer, and thus, materials and tools required for trial and error, correction, and mold production according to mold production. Not only takes a lot of time, such as whether or not to provide, there was a problem that the cost for manufacturing the mold increases. Moreover, since the mold is manufactured through various processes, if the defect occurs during the mold manufacturing process, the responsible material is unclear, which leads to the same manufacturing process several times, and it does not provide accurate due date of the finished mold. Problem of stock retrieval and price increase for logistics automation.

In order to solve the above problems, an object of the present invention is to provide a variety of information on the working status using a series of requests for mold production and a series of mold production processes online through the Internet.

In addition, the present invention facilitates the manager, the operator or the client to perform the work orders and correction instructions for the mold production online, and to grasp the progress of a series of mold work and the incoming and outgoing and stock status of materials and tools required for mold production. Another purpose is to make it recognizable.

In order to achieve the above object, the present invention provides a method for providing various types of information according to the production of a mold by a request from a requestor. (A) When the manager of the producer connects to a management server from an administrator terminal, the management server is initially initialized. Providing a screen, and if the administrator terminal is logged in, providing the operation status list for the process management to the administrator terminal from the job information DB; (b) the manager terminal registering work information for a new work order in a work list through a management server in a work list; (c) when the administrator terminal retrieves a corresponding job from a job list provided in the job information DB, the job information DB provides a corresponding job status; (d) selecting a work status provided to the manager terminal in the manager terminal, providing a progress status of a corresponding process from the work information DB to the manager terminal; (e) providing a method for providing mold making information through online, comprising the step of selecting the process progress provided on the manager terminal from the manager terminal and registering the work information for the correction instruction through the management server in the modification information DB. Is characteristic.

In addition, the present invention, in the system for providing a variety of information according to the production of the mold by the request of the requestor, requestor terminal for requesting the production of the mold over the Internet and confirming the work process and progress according to the mold production; A web server for transmitting and receiving information data through the client terminal and the Internet; A management server that transmits and receives information data through the web server and manages and controls various information related to mold making; A manager terminal for inputting and outputting information on mold production to the management server; An operator terminal for inputting and outputting information on a mold manufacturing process to the management server; A mail server for transmitting the work information for each mold production process to the requester terminal through the management server in a short message; A document, photo and video file DB for inputting and outputting job information to the management server, a job information DB for inputting and outputting various types of information related to the job, a client DB for inputting and outputting the information of the requester, and inputting and outputting material information for mold production. It provides a mold manufacturing information providing system through online including a material management DB, a tool management DB for inputting and outputting tool information for mold making, and a correction information DB for inputting and outputting correction information of molds generated during mold making. to be.

The present invention according to the above solution means, by making a mold production through online, and by the administrator, operator or client to easily recognize a series of mold work process, the progress of the mold and the material and tools, and the corrective work It is easy to manage, improve worker's work efficiency, clearly understand the responsible materials for mold defect processing, predict the delivery date, and reduce the cost of mold production. have.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the present invention, it will be described in detail with respect to the mold manufacturing information providing system through online.

1 is an embodiment according to the present invention, a configuration diagram of a mold making information providing system through online.

First, the present invention is to provide a variety of information according to the manufacture of the mold by the request of the client, the mold manufacturing information is a series of mold making process is easy through the manager, the worker, and the requestor for the production of the mold through online It is to know.

The client terminal 50 requests the mold production through the Internet 40 and checks the work process and progress according to the mold production. The client terminal 50 includes a computer, a laptop or a portable terminal connected to a wired / wireless network. do. Furthermore, the client terminal 50 is connected to a web server 14 provided by the producer through the Internet, and the client is preferably requested to manufacture a mold through the client terminal 50, but various communication media using wired and wireless networks are provided. The request and confirmation will be possible.

Web server 14 is to send and receive information data through the client terminal 50 and the Internet 40, the web server 14 from the Internet 40 to a plurality of client terminal 50 and the web (web) Connected to transmit and receive a variety of information about the mold making.

The management server 12 transmits and receives information data through the web server 14 and manages and controls various information related to mold making. The management server 12 transmits and controls information and the like necessary for mold making. To do.

The manager terminal 10 inputs and outputs information related to mold making to the management server 12, and the manager terminal 10 includes a computer, a laptop, a portable terminal, and the like. The manager terminal 10 is for performing input and output and correction of the mold production information.

The operator terminal 16 inputs and outputs information on a mold manufacturing process to the management server 12, and the worker terminal 16 directly starts, completes, works, and defects by a worker who manufactures a mold for each process. This allows input of information such as processing. In addition, the worker terminal 16 is preferably connected to the network in order to share information with the worker working in a series of mold manufacturing process, it is installed in connection with the work equipment or a separate computer or laptop or portable terminal Can be applied.

The mail server 18 transmits the work information for each mold production process through the management server 12 to the requester terminal 50 in a short message (SMS), and the mail server 18 receives the request from the client DB 24. By using the inputted information, the requestor terminal 50 or the portable terminal held by the client under the control of the management server 12 is used to inform the user of various information including the current work status or completion status of each process by text message.

On the other hand, a plurality of databases (DB) are connected to the management server 12, the input and output of information is possible. These databases (DB) will be made to input and output data by the program embedded in the management server (12). As the database DB, a document, photo and video file DB 20 for inputting and outputting job information, a job information DB 22 for inputting and outputting various types of information about the job, a requestor DB 24 for inputting and outputting information of the requestor, , Material management DB 26 for inputting and outputting material information for mold making, tool management DB 28 for inputting and outputting tool information for mold making, and correction information DB for inputting and outputting correction information of a mold generated during mold making. 30, etc., more diverse databases DB may be built and connected for sharing and inputting and outputting various information.

The operation and processing method of the metal mold making information providing system of the present invention made as described above will be described with reference to the flowcharts of FIGS. 2 and 3 and the drawings of FIGS. 4 to 25.

When the administrator of the maker (mold maker) who has been asked to manufacture a mold connects to the management server 12 from the administrator terminal 10, the management server 12 provides an initial screen, and when the administrator terminal 10 logs in (S1). -1), the work status list for process management from the work information DB 22 is provided to the manager terminal 10 (S2). The work status list is shown in FIG. 4, the management server 12 provides a new work order list, a corrected work order list, an ongoing mold work list and a current work status, such as waiting or working, from the work information DB 22. Done. In addition to the production process, material management, and tool management, work orders, work status, revision orders, corrective work status, defect list, waiting list for stock, today's finished inventory, material stock status and tool stock status, etc. To be displayed.

In addition, when the worker logs in through the worker terminal 16 (S1-2), the work status list is output from the work information DB 22 to the worker terminal 16 through the management server 12.

And referring to the screen for viewing the current working status of the mold operation from the manager terminal 10, as shown in FIG. That is, a search term such as a company name, an operator, a model number, an outer diameter, a classification, a type, a process, and a status can be searched as a search condition on a screen for searching a corresponding job. The process is a series of mold manufacturing processes, namely design, lathe, marking, milling, heat treatment, lathe finishing, machining after machining, wire, discharge, finishing and shipping. The status list also includes the date of receipt and the due date.

The manager terminal 10 registers the work information for the new work order in the work list through the management server 12 in the work status list in the work list (S3). In FIG. 5, when a new job registration button is pressed for registration for a new job, a new job instruction can be registered as shown in FIG. 8. Here, as the work information, the company name, model number, outer diameter, division, type, material dimension, current process, reception date, current worker and delivery date can be input to the job information DB 22 via the management server 12. In addition, the user can input a separate content for the work order in text, and upload a work file or upload a picture as related data.

On the other hand, if the manager terminal 10 retrieves the job from the work list provided in the job information DB 22, the job information DB 22 will provide a corresponding job status via the management server 12 (S4). ). And not only the manager terminal 10, but also the worker terminal 16 and the client terminal 50 can view the work status through the login. In FIG. 6, it is possible to view the current or completed work process and instructions of the work and to post a comment inputted or answered by a manager, a worker, or a client. In addition, the current mold work process can be displayed in the form of a picture file or the current work process can be viewed in real time or through a video taken through CCTV. The picture file or video will be provided from the document, picture and video file DB 20 via the management server 12. The client terminal 50 may view the operation status after logging in through the member registration process through FIGS. 23 and 25 (S5).

When the work status provided to the manager terminal 10 is selected in the manager terminal 10, the progress information of the corresponding process is provided from the work information DB 22 to the manager terminal 10 (S6). FIG. 7 is a diagram illustrating a screen provided to easily determine a current process progress status. This includes a series of work processes: design, lathe, marking, milling, heat treatment, lathe finishing, machining post-processing, wires, discharges, finishing operations or shipping situations.

In addition, each job in the process progress includes a button for selecting and displaying a worker's selection, start of work, work in progress, work completion or failure handling by the corresponding worker, and display the use of the material and the use of the tool. The button is selected by the worker of the corresponding work process or the work of the next work process is selected by pressing the start button when the previous work is completed, the previous work process is selected if the mold before the work process is defective Press the defective button of the display to display the defective state of the previous work process, the button was to flash to easily recognize the corresponding situation. In addition, pressing the Done button causes the next process to flash to standby.

Further, the progress of the mold process is carried out with the display of the work status list (S9, 4 and 5), the design process (S10), the lathe machining process (S10), the marking process (S12), the milling process (S13), Heat treatment step (S14), lathe post-processing step (S15), machining post-processing step (S16), wire step (S17), discharge step (S18), finishing step (S19) and delivery (S20).

If a work instruction for modification is required in the design process (S10) of the above process, in Figure 9, it is possible to upload the work information, work instruction contents, and related work files and photo files. This allows the manager terminal 10 to be stored in the job information DB 22 via the management server 12, so that the designer can read it and make modifications in the design process.

In addition, in the flowchart of FIG. 3, when a defect occurs or needs to be corrected in the series of process processes, a process for correcting instructions after selecting the process progress status provided to the manager terminal 10 from the manager terminal 10 is performed. The information is registered in the correction information DB 30 via the management server 12 (S30). In FIG. 10, a search and correction work instruction list and a search condition of a corresponding process requiring correction are provided through the correction work instruction (S31). In addition, the status of the corrective work is provided in Figure 11, the client information and the work information of the corresponding client, the publication of the picture file of the current process, the completed process status, work instruction content and comments (S32). In particular, as shown in Figure 12 of the completed process, lathe (S33), milling (S34) and finishing process (S35), etc. will be performed, other processes will be possible to modify. In the correction process, it is possible to input the progress of the correction or the processing of the defect by inputting the buttons such as the start of correction, the completion, and the failure processing. When the modification is completed, the release of the modified mold is made (S36).

In Fig. 13, the revised work order registration is made of work information, process registration, input of work order contents, and upload of work files and photos. In addition, in FIG. 14, after the corrective work order is required to be re-corrected, work information, process registration, input of work order contents, and upload of work files and photos are made.

Next, in the work status view, the manager terminal 10 may input and output information for material management from the material management DB 26 via the management server 12. The manager terminal 10 is to allow the management information of the mold material through the management server 12 to enter and retrieve the goods receipt registration of the material, the material registration of the material, the stock status of the material in the material management DB (26). The process for managing the material refers to FIGS. 15 to 18. In other words, if the material management is selected (S7), as shown in Fig. 15, the company name search and the material inventory list is displayed (S21). And, in Figure 16, the stock registration for stock registration, for example, the company name, the standard, the thickness and the quantity of the stock is input and registered, Figure 18 can search the stock status of the material (S22). In addition, FIG. 17 may search for a stock shipment status when stocks are shipped or when stocks are shipped from stock status (S23).

Next, in the work status view, the manager terminal 10 inputs the management information of the mold tool via the management server 12 to the tool management DB 28 to register the receipt of the tool, the registration of the release of the tool, and the stock status of the tool. It is intended to be searchable. Process for such a tool management, see Figure 19 to 22. That is, if the material management is selected (S8), as shown in Fig. 19, the search for the company name and the tool stock list is displayed (S24). In FIG. 20, a tool receipt registration for tool receipt, for example, a company name, a standard, a pitch, and a quantity of the tool are input and registered, and FIG. 22 may search for a stock status of the tool (S25). In addition, FIG. 21 may retrieve the tool release status when the tool is released from the stock or the stock status (S26).

The information regarding the manufacturing of the mold input and output to the corresponding database (DB) through the management server 12 through the manager terminal 10 is the process progress, turning, milling, lathe after machining, machining after machining, wire, discharge, It includes a program for processing and managing the release of the material as the material management, the release of the tool as the tool management, the defect processing, the return of the material and the tool, and the like, including the event.

A series of processes for the production of the mold of the present invention includes a process for the production of extrusion molds, injection molds, die casting or rubber molds.

The present invention transmits the progress information of the work process including the completion status of each process by text message from the mail server 18 to the requester terminal 50 or the registered requester's mobile terminal in the management server 12 in a text message. It provides the convenience of process management by informing the requestor of the mold making in real time.

In the present invention, the requestor after the member registration and log-in by the client information input through the management server 12 from the client terminal 50 through the web server 14, the mold production request, the work process progress status of the requested mold It allows students to view and write corrections and processes. That is, in FIG. 23, the worker or the requestor may log in through the login screen, and in FIG. 24, the member information may be input through the screen for registering. In addition, in FIG. 25, the manager may manage the member using the manager terminal 10. The requester's information is stored in the requester DB 24 via the management server 12.

While the invention has been shown and described in connection with specific embodiments thereof, it will be apparent that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone with knowledge will know it easily.

1 is an embodiment according to the present invention, a configuration diagram showing a system for providing mold making information through online.

2 is a flowchart illustrating a method of providing mold making information through online according to the present invention.

3 is a flow chart showing a modification process as a method for providing mold making information through online according to the present invention.

4 to 25 are diagrams illustrating a screen for displaying a corresponding process and progress through a terminal as a method of providing mold manufacturing information through online according to the present invention.

♣ Explanation of symbols for the main parts of the drawing ♣

10: admin terminal 12: management server

14: Web Server 16: Worker Terminal

18: Mail server 20: Document, photo and video file DB

22; Job Information DB 24: Client DB

26: Material management DB 28: Tool management DB

30: Revision Information DB 40: Internet

50: client terminal

Claims (15)

(a) When a manager of a producer who manufactures a mold by requesting a client requesting mold production through the Internet connects to the management server 12 from the administrator terminal 10, the management server 12 provides an initial screen, and the manager Providing a work status list for process management from the work information DB 22 to the manager terminal 10 when the terminal 10 logs in; (b) the manager terminal 10 registering the work information for the new work order in the work list through the management server 12 in the work status list in the work list; (c) when the administrator terminal 10 retrieves the corresponding job from the job list provided in the job information DB 22, the job information DB 22 provides a corresponding job status; (d) selecting the work status provided to the manager terminal 10 in the manager terminal 10, and providing the manager terminal 10 with the progress of the corresponding process from the work information DB 22; (e) selecting the process progress provided to the manager terminal 10 in the manager terminal 10 and then registering the work information for the correction instruction in the correction information DB 30 through the management server 12; (f) In the step (e), if the process for correction instruction is registered in the correction information DB 30, the correction information DB 30 includes a step of providing a corresponding modification operation status and a modification process progress status. In the mold manufacturing information providing method through online, Each operation of the process progress situation includes a button for selecting and displaying the selection of the worker, the start of the work, the working, the completion of the work or the defective processing by the corresponding worker terminal 16, the button is a worker terminal ( 16) or when the previous work is completed by the worker of the next work process, the start of the current work is selected by the start button of the worker terminal 16, the worker terminal ( 16) by the failure processing button of the previous work process is displayed the defective state of the previous work process, the button is flashing to easily recognize the corresponding situation, each operation of the process progress status is the operator terminal (16) Information on the use of the material and the use of the tool is displayed, and the manager terminal 10 receives the management information of the mold material through the management server 12. Re-management DB 26 to input and retrieve the goods receipt registration of the material, the factory registration of the material, the stock status of the material, the manager terminal 10 passes the management information of the mold tool through the management server 12 The tool management DB (28) to provide a mold manufacturing information through the on-line, characterized in that made, including the registration of the receipt of the tool, the factory registration of the tool, the input and search of the status of the tool. delete The method of claim 1, In the step (a), the work status list provides a new work order list, a correction work order list, a list of ongoing mold work in the work information DB 22, characterized in that the on-line mold production information providing method. The method of claim 1, In step (b), step (c), step (e) and step (f), any one or more of a picture file, a video file, and a work instruction document file may be stored in the job information DB 22 or the correction information DB 30. Method for providing mold production information through the online, characterized in that to be uploaded or downloaded from the administrator terminal (10) or the client terminal (50) via the management server (12). The method of claim 1, In step (b) and step (e), as a condition for retrieving the corresponding information from the work status and the revised work status, the search can be performed by classifying the client company name, worker, model number, outer diameter, classification, type, process and status. Method for providing information on the mold production through the online, characterized in that it is made to be. The method of claim 1, In the step (d), the process progress includes the design, lathe, marking, milling, heat treatment, lathe finishing, machining after machining, wire, discharge, finishing work or factory production, characterized in that the factory How to Provide Information. delete delete delete delete The method of claim 1, The production of the mold is an online mold production information providing method, characterized in that any one of extrusion mold, injection mold, die casting or rubber mold. The method of claim 1, The management server 12 transmits a text message from the mail server 18 to the requester terminal 50 or the registered requester's portable terminal in the management server 12. How to provide mold making information through online. The method of claim 1, After requesting the mold production through the Internet, the client terminal 50 registers and logs in with the client information input through the management server 12 from the client terminal 50 through the web server 14, and then makes a mold production request. Method of providing mold making information online, which enables to view the work process progress, corrective work process and the current status and writing. The method of claim 1, The management server 12 is a mold manufacturing information providing method through the on-line, characterized in that a program for managing the release and return of materials and tools, defect management of the mold is built. Requester terminal 50 for requesting the production of the mold through the Internet 40 and confirming the working process and progress according to the mold production; A web server 14 for transmitting and receiving information data through the requester terminal 50 and the Internet 40; A management server 12 which transmits and receives information data through the web server 14 and manages and controls general information related to mold making; A manager terminal 10 for inputting and outputting information on mold making to the management server 12; An operator terminal 16 for inputting and outputting information on a mold manufacturing process to the management server 12; A mail server 18 for transmitting the work information for each mold production process to the requester terminal 50 through the management server 12 as a short message; A document, photo and video file DB 20 for inputting and outputting job information to the management server 12; A job information DB 22 for inputting and outputting various pieces of information about the job; In the system for providing a variety of information according to the production of the mold by the requestor, including a requester DB (24) for inputting and outputting the information of the requestor, A material management DB 26 for inputting and outputting material information for the mold manufacturing; A tool management DB 28 for inputting and outputting tool information for the mold manufacturing; Mold production information providing system through online further comprising a correction information DB (30) for inputting and outputting the correction information of the mold generated during the mold manufacturing.

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