KR20080083723A - System and method for on-line production cooperation - Google Patents

Abstract

A system and a method for collaborating online production are provided to manage the restricted resources for a mold manufacturing process efficiently by supporting an e-manufacturing process through combination of IT(Information Technology)-based online and offline collaborative business models, and progress development and quality quickly by reducing burden owing to an error of the mold manufacturing process. A user layer(12) forms mold manufacturing collaboration information for manufacturing and processing companies, and an application layer(14) manages a collaboration project and a mold manufacturing process of the user layer. A database layer(16) includes information related to the collaboration project. A network layer(18) performs mold manufacturing collaboration by organizing a collaboration network. The database layer includes user authentication and project key values, and various kinds of result generated during the collaboration project, applies the results to other projects, and stores the information for selecting the manufacturing and processing companies related to the collaboration project.

Description

System and Method for on-line production cooperation

1 is a block diagram illustrating a hierarchical structure of an online production collaboration system according to an example of the present invention.

2 illustrates an online production cooperation system configuration according to the preferred embodiment of FIG.

3 is a block diagram showing the functional configuration in the process management support of the collaboration project.

4 is a block diagram illustrating a process of creating a collaboration project for an online production collaboration system according to an example of the present invention.

5 is a block diagram illustrating a process of setting and managing access rights for a collaboration project according to an example of the present invention.

6 is a block diagram of a process planning template inquiry and application process for a collaborative project according to an example of the present invention.

7 is a block diagram illustrating a process of applying a simulation to a collaborative project according to an example of the present invention.

8 is a block diagram illustrating an exemplary model between a manufacturer and a processing company using a collaboration project on a mold production process according to an example of the present invention.

9 is a block diagram illustrating a process of a conference between related companies for the progress of a collaboration project, according to an example of the present invention.

<Explanation of symbols for main parts of the drawings>

12: user layer, 14: application layer, 16: database layer,

18: network layer, 402: user management unit, 403: project management unit,

503: role distribution unit, 702: simulation unit, 602: process management unit,

603: template management unit, 803: collaboration management unit, 903: conference management unit,

904: data management unit, 905: database management unit,

404: project member management

The present invention discloses an online production collaboration system and method for performing an e-manufacturing process by combining an IT-oriented online technology and an off-line collaborative business model.

In general, E-manufacturing connects all the components of the company's management, factory, and sales network through one collaborative hub in performing technical collaboration between the company and the company. The aim is to manage all areas leading up to In other words, it will be possible to build an industrial value chain by building the Digital Manufacturing Highway.

An example of this application will be described. First, in 1999, NIST has built an internal and external collaboration infrastructure through the integrated intelligent product development environment project "FIPER" since 1999. GM developed and optimized a virtual assembly plant model using DELMIA tools (3D virtual production system). The manufacturing system was established. Japan leads the "International IMS Program" and is developing ways to collaborate in product development and production through knowledge-based virtual enterprises.

In particular, Toyota made DB of the design, analysis, simulation results and workers' know-how on the web through VCS (Virtual Communication System). Europe has been working on the "footprint project," a project to build a collaborative infrastructure for the European footwear industry since the launch of the EU.Adidas, Germany, is a global collaboration between headquarters, design centers in Boston, USA and globally distributed manufacturing partners. Implement

In Korea, Hyundai is building an e-manufacturing infrastructure to implement digital manufacturing in the product planning and development stages.Samsung Electronics has begun full-scale development since 2001 and will collaborate with in-house parts suppliers to develop new products. It is currently establishing a virtual collaboration infrastructure. However, in Korea, although it is applied to the production line mainly for some large companies, there is virtually no E-manufacturing infrastructure for SMEs that occupy most of the domestic business.

As a result, there is an urgent need for infrastructure that can provide comprehensive management consulting and technology development strategies to SMEs with insufficient technological capabilities. E-manufacturing infrastructure for manufacturing companies that can accumulate and support information from the R & D centers and the community between SMEs will be essential for the domestic manufacturing industry. There are many different areas where E-manufacturing can be applied.

However, due to the nature of the e-manufacturing infrastructure, the relative proportion of applications in the manufacturing sector will be the highest. However, despite these ongoing efforts, many SMEs still complain about the burden of cost reduction, lack of rapid response to new products, deterioration of manufacturing process and equipment, shortage of advanced manpower and poor manufacturing environment.

The present invention relates to an online production collaboration system and a method for solving the above problems of the prior art, the present invention for this, by combining the IT-oriented online technology and offline collaborative business model -With the support of manufacturing process, it aims to efficiently manage limited resources in mold production process and apply to industrial process to reduce company's work loss.

In addition, an object of the present invention is to reduce the burden on the company due to errors in the mold product production process to secure a corporate mass production system according to the speed of development and quality improvement.

Online production collaboration system for performing the E-manufacturing process of the present invention, for solving the above technical problem, the user layer constituting the collaboration network information of the manufacturer and processing company; An application layer for managing a collaboration project and a mold production process for a mold production of a user layer; A database layer containing collaborative project related information; And a network layer for forming a collaboration network to perform mold production collaboration.

According to an example of the present invention, for the systematic management of the collaboration process, the user layer, the application layer and the database layer includes that can be performed included in a separate component.

According to another embodiment of the present invention, the online production cooperation system may be applied to a mold production process.

In order to solve the another technical problem, the online production collaboration method of the present invention, comprising the steps of configuring the collaboration network information of the manufacturer and processing company; Managing a collaborative project and a mold production process for a mold production of a user layer; Providing information related to a collaboration project; It comprises a step of performing a mold production collaboration by configuring a process network of collaboration.

* Hereinafter, it will be described in detail with reference to the accompanying drawings.

First, the terms cited and mutatis mutandis in the present invention will be defined. As used herein, the term “project” refers to a comprehensive concept of a mold production collaboration project process and a whole process related thereto, and may be applied to all terms in which the concept of the collaboration project is applied and cited.

1 is a block diagram illustrating a hierarchical structure of an online production collaboration system according to an example of the present invention.

The configuration of the present invention for the online production collaboration system in the die production process includes a user layer 10, an application layer 12, a database layer 14, and a network layer 16.

The user layer 10 preferably includes project-related performers (hereinafter, project performers) composed of collaborative network configuration information of producers and processors.

The application layer 12 includes performing user authentication and user's access right setting for project execution. In addition, the application layer 12 preferably distributes the role of the project performer for the collaborative execution of the project, it is preferable to conduct a conference for the collaboration of the project between the tasks for each task.

In addition, the application layer 12 preferably stores and manages the history information according to the conference progress. To this end, the application layer 12 may include a user manager, a project manager, a project member manager, a role manager, a simulation manager, and a process manager. It may include a process manager, a template manager, a collaboration manager, a conference manager, a data manager, a database manager, and the like.

The user management unit of the application layer 12 is assigned to perform the project through the collaboration, the respective tasks and business characteristics for the project performers of the industrial enterprises and the processing companies, and the specific devoted to the execution of the collaboration project (hereinafter referred to as a project). It is desirable to include the tasks separately.

The project management unit of the application layer 12 is preferably managed in association with the creation of the mold production project and the design collaboration project, and manages the detailed information of the mold production project and information on the inquiry authority of the mold production project.

The project member manager of the application layer 12 preferably receives a key for the newly created project from the project manager and registers the database manager.

 The role distribution unit of the application layer 12 confirms the user authentication key and the permission key transmitted from the project member management unit, and transmits a change request such as adding or removing authority for the user from the authenticated project member management unit to the database management unit. It is desirable to.

The simulation unit of the application layer 12 preferably transmits the project key value of the project planner simulation result of the project operator to the process management support unit and requests an application.

The process management unit of the application layer 12 transmits a request to the database management unit to apply the simulated process information to a request for applying the project simulation to the simulation unit, a process planning template request by the project operator to the database management unit, and the process plan It is recommended that you pass the project key value for the establishment template to the template manager to request application.

The template management unit of the application layer 12 checks the project key value for the process planning template from the process management unit, requests the application from the database management unit, and returns the transfer value of the database management unit for the application result back to the process management unit. desirable.

The collaborative management unit of the application layer 12 returns the result of the list of processors at the request of the producer of the project, and receives the specific processor information selected through the above process and processes the selected processor. It is preferable to notify a message informing the request and to carry out a processing request for processing information transmitted from the processing company.

The conference management unit of the application layer 12 may perform a conference proceeding and add an attendee to create a conference room by a specific project performer, and support consultation data registration, markup, snapshot, and chat for smooth conference proceeding. Do.

The data management unit of the application layer 12 preferably stores and stores the consultation data and conference progress information by the conference management unit.

The database manager of the application layer 12 provides encrypted user authentication information to the user manager, newly created and added information of the project by the project manager and the project member manager, and stores information of the new project member to the collaboration database. Final setting of project member's project access authority, application of process planning template according to project key value, final application of simulated process to collaborative project, storage of processing application information by manufacturer and storage of company selection result, conference management department It is preferable to include a process such as storing the consultation data and the meeting history.

* The database layer 14 includes the key value and the project key value of the user authentication information, and stores various outputs according to the production collaboration project execution process and applies to other project processes referring to the outputs, the production according to the collaboration process It is desirable to include storing and providing information on the selection process of the company and the processing company, and storing historical information according to the conference. To this end, the database layer 14 may include a co-chain database.

The collaboration database unit of the database layer 14 provides key information of the database administrator's request information, that is, user authentication information, storage of new collaboration project information and collaboration project member information, setting and changing project access authority, and process according to the project key value. It is desirable to include processes such as the application of planning templates, the final application of simulated processes to collaborative projects, and the storage of application information and vendor selection information.

The network layer 16 includes an Internet data center (IDC) that aggregates the collaboration network configuration information and project information of producers and processors, a backbone for providing the user with the integrated project information of the IDC, and the network. It is preferable to include a switch and the like so as to associate and transfer the information of the project of the connected IDC with each layer. In addition, the collaborative processing according to the progress of the collaboration work is stored in the main network is preferably provided to the user 24 hours in real time.

2 illustrates an online production cooperation system configuration according to the preferred embodiment of FIG.

As shown in the drawing, a general user may be classified into a mold collaboration user, a design collaboration user, a blow collaboration user, engineering, and the like according to the nature of the collaboration task.

Collaboration work information according to the user may be stored in the database providing unit and the file providing unit of the collaboration system through a dedicated line. The database providing unit and the file providing unit may be connected to a conference providing unit to provide related project information to a user and a collaborator performing a project in real time. The conference provider may include providing a 2D or 3D CAD browser for chatting and collaborators according to text or video to check the shared drawings for the preferred implementation.

3 is a block diagram showing the functional configuration in the process management support of the collaboration project.

As shown in this, the online production collaboration system, process information management step (S301); Process planning step (S302); Process management support step (S303); Reporting step (S304); Real time meeting progress step (S305); Processing service support support step (S306) and the like.

Process information management step (S301) preferably includes a process item management, mold component parts management, process planning formulation template management, participant management, standard document template management.

Process item management of step (S301) is a process item management step that allows the mold producer to manage the process items required for the process plan, and the processor to manage the items of the machining process, a unique code for the process items for each participating company Process code management step of managing the, it is preferable to include a standard processing cost management step of setting and managing the processing cost by setting the processing cost for each process.

Mold component parts management in step (S301) is a part item management step that manages each participant's own distinction (mold base, tor, etc.) and parts (senate plate, lower house, etc.) items, for each part company It is preferable to include a part code management step for managing the unique code.

Process planning template management of step (S301) is a template item management step to search for various types of process planning template items for each participating company, to look up the contents, a template for managing the parts list in a tree form for each template It is preferable to include a parts list management step, a template process list management step for managing a process list for each part in a tree form, a template processing period management step for managing a standard machining period for each process, and the like.

Participant management in the step (S301) retrieves the information of all the participating companies, the participant information lookup step to look up the contents (participant information, service items, etc.), the information (company name, Industry, business status, directions, etc.) and the information management stage of the participating companies that manage the service items.

Standard document template management of step (S301) is a template item management step of searching for the items of the standard document template defined by the business standards for each participant, and querying the contents, the folder of each business process step for each business template It is preferable to include a template business process management step of managing in units, documents (forms, technical data, etc.) for each business step, template data management step of registering and managing 2D / 3D drawing items.

The process planning step (S302) preferably includes project group management, project management, drawing management, document management, process planning establishment settings.

The project group management of step (S302) creates various types of project groups in the characteristics of the mold production project, such as the order unit, the mold set unit, and monitors and manages the project progress by linking each unit unit project. Project group creation stage, project group project name, type, product name, detailed information such as customer company, project group information management stage, and attendees who can inquire project group information (sales, designers, customers, etc.) Project group participant management phase, which grants the right to add, delete, and access each function, project group report phase that monitors the progress of unit projects linked to the project group, and unit to be linked to the project group. Includes project group linkage processing steps for setting up and managing projects It is preferable to.

Project management of the step (S302) is a project creation step of generating a reference project for performing a mold production project and proceeding with the project, a design collaboration linkage management step of linking and managing the work of the generated mold production project and the mold design project, Project information management step to inquire and manage detailed information of mold production project (code, project start date, completion date, delivery date, planned amount, etc.), and add participants (sales, designers, customers, etc.) who can view the project information It may be desirable to include a meeting attendance management step that grants the right to delete and access each function.

Drawing management of the step (S302) is a new drawing management task generation step for creating and managing a new task without linkage with the mold design project, design collaboration task linkage step for managing the task in connection with a specific task of the mold design project, drawings It is preferable to include a drawing management step for managing upload, download, inquiry, and history of data and linking with a part or a process in the process planning.

Document management of the step (S302) is a document management template setting step of conducting business by inquiring predefined items in the standard document template and applied to the document management of the project, and manages the upload, download, inquiry, history of the document data It is desirable to include document control steps associated with the part or process in the process planning.

The process planning establishment setting of step (S302) is a process planning part list management step of inquiring and managing the process plan parts list in a tree form in various ways, a process planning process step list management step of querying and managing a process list for each part, View and manage the detailed information (part name, part code, standard, material, hardness, characteristics) of the parts, and manage the detailed information of parts (processing, start date, Completion date, plan cost, code) and the process detailed information management step for querying or downloading the drawings and document data associated with the detailed information is preferably included.

In addition, the process planning establishment setting of step (S302) is a process planning establishment processing schedule management step of setting and managing a machining plan schedule and a processing cost of each process, and drawings related to parts or processes (2D, 3D drawings) during process planning. Drawing linkage management step for linking, managing, inquiring and downloading, linking and managing documents related to parts or processes (work orders, technical documents, various forms, etc.) when establishing a process plan, and linking documents for inquiring and downloading the documents. In the management stage and process planning template management, it is preferable to include a process planning template setting step of applying a process planning template predefined for each company to the project and carrying out process planning.

 In addition, the process planning establishment of the step (S302) is to request a quotation to the processing company that can service each process and request a quotation to the processing company managing the process, by selecting the process by reviewing the quotation requested by the processing company for each process It is preferable to include a process estimator selection step, a process estimator for each processing company selected for each process, and a process estimating step for processing the process by establishing a process plan.

Process management support step (S303) preferably include process management, process change management, and the like.

Process management of the step (S303) is a process status inquiry step of inquiring and managing the process progress status (planning, in progress, completion) and process change history of the planned process in various forms such as a tree, detailed information of parts (plan start date, Part detail information management step to manage the completion date, performance cost and start or complete the process to manage the process, query and manage detailed information (plan start date, completion date, planned cost, code) of the process, and It is preferable to include a process detail information management step for querying or downloading drawings and document data.

 In addition, the process management of the step (S303) is the performance data management step of managing the performance start date, completion date, performance cost for the process and start or complete the process to manage the process, when the change history for each process occurs, change history Process change history inquiry step for inquiring or registering a document, 2D and 3D drawings related to a part or a process, and a drawing related management step for inquiring and downloading the relationship drawing, a document related to a part or a process (work Instructions, technical documents, various forms, etc.), and document linkage management for inquiring or downloading the related documents.

Process change management of step (S303) is a process for managing change history for each process in which the change history registered for each process is inquired and used as technical data when a similar change occurs, and the change information for the process (classification, parts, process, title, change) Change information registration step of registering history by inputting contents, attachments), change type registration step of managing change type (design change, non-conformance) when registering change for process and managing by type of change. It is preferable.

The reporting step (S304) preferably includes project group reporting, project reporting, and the like.

The project group reporting of step S304 preferably includes a project group progress reporting step of querying the progress of the unit projects linked to the project group.

In addition, the project reporting of step (S304) selects a project to be searched from the list, the project progress reporting step for querying the progress of the selected project by period for each period, selects a project to be searched from the list, and selects the process by the process of the selected project. Progress reporting step by process to search progress by period or year, select project to be searched from the list, and start process reporting step to search progress by process by period or year based on the starting process of the selected project. It is preferable to include.

In addition, the project reporting of step (S304) selects a project to be searched from the list, based on the completion process of the selected project, a process completion reporting step for querying progress by period or year, and selecting a project to be searched from the list In addition, it is preferable to include a cost share reporting step for each process to query the cost share by process based on the process of the selected project by period or year.

Real-time meeting progress step (S305) preferably includes a CAD conference.

In the CAD meeting of step S305, the online meeting for the consultation of the CAD model is applied, the meeting room registration step of filling in the meeting title, the meeting date, and the purpose of the meeting, the agenda of the online meeting, the consultation document, the meeting room for preparing the minutes of the meeting, etc. It is preferable to include an information management step, a meeting participant management step of adding or deleting a user who can attend an online meeting.

 The CAD conference of step S305 preferably includes a conference history inquiry step of inquiring the history of markup, snapshots, chat contents, etc., for the 3D model file created at the online conference.

Processing service support step (S306) preferably includes a work list management.

 Work list management of step (S306) is a work list inquiry step for retrieving the work list for the machining by each machining company and inquiring its contents, and the work contents (project name, mold name, part name, process name, plan for each machining company) Start date, completion date, planned cost, quantity, previous processing company information, subsequent processing company information), it is preferable to include a detailed inquiry step of the work information to perform the work.

In addition, the work list management of the step (S306) inquires and downloads the associated drawings for each machining task, the drawing management step for registering and managing new drawings, and query and download for the associated documents for each machining task. In the document management step of registering and managing new drawings, when the processing for each processing task is completed, the independent inspection certificate is registered to start the subsequent process, and the previous inspection service is confirmed by supporting the previous machining service. It is desirable to include an independent inspection management step to complete the.

4 is a block diagram illustrating a process of creating a collaboration project for an online production collaboration system according to an example of the present invention.

First, the user manager 402 performs a user authentication process for performing a collaborative project of the project performer 401. The user manager 402 receives the key value and the project key value of the encrypted user authentication information for the project performer 401 from the collaboration database 406 to confirm the user-related collaboration information, and authenticates the permission for the project. . In the case of a new project performer who is not yet registered in the collaboration database 406 through the authentication step, the user manager 402 includes displaying a user screen requesting the user to input predetermined user information to the project performer 401. do.

The project performer 401 confirming the user authentication and the access right of the user returns the predetermined new project input information requested from the project manager 403 to the project manager 403. The project manager 403 generates new project information and transmits the input information to the database manager 405. The project member manager 404 receives the key value for the generated new project from the project manager 403 and registers and adds the project performer to the new project. The project member manager 404 transmits the added project performer's information to the database manager 405.

The database manager 405 stores the received new project information and the information of the project execution members subscribed to the project in the collaboration database 405, and allows the information to be shared in a later authentication process for the project performer. The project manager 403 may provide a display screen including predetermined information to the project performer 402 so as to check the newly generated project contents and whether the project member is registered.

5 is a block diagram illustrating a process of setting and managing access rights for a collaboration project according to an example of the present invention.

First, the project member manager 502 returns the project member list received from the database manager 504 to the project performer 501. The project performer 501 requests the project member manager 502 to add and remove project permission for a specific project member from the returned project member list. The project member manager 502 defines a user authentication key and a permission key for the permission and transmits the same to the role distribution unit 503. The role distribution unit 503 confirms the user authentication key and the use authority key defined above, and transmits a user authority change request for the project member 502 to the database manager 504.

The collaboration database 505 receives and stores the user authority change information by the database manager 504, and may share the history information about the project performer 501, which is updated in a subsequent collaboration project, in management and process. Make sure

6 is a block diagram of a process planning template inquiry and application process for a collaborative project according to an example of the present invention.

First, the process management support unit 602 receives a process planning template list through the database manager 604 as a return value for the process planning template list request from the project performer 601. The template manager 603 checks the project key value for the process planning template received from the process manager 602, requests the database manager 604 to apply the result, and the result of the database manager 604 for the application result. The value is returned to the process manager 602.

Apply a process planning template based on project key values. The database manager 604, which has been requested to apply a template from the template manager 603, applies the process planning template based on the project key value generated from the process management support interest 602 to the collaboration database 605.

7 is a block diagram illustrating a process of applying a simulation to a collaborative project according to an example of the present invention.

First, the simulation unit 702 receives a request for execution of a simulation and a result from a project performer 701. The simulation unit 702 transmits the project key value for the process planner simulation result of the project performer 701 to the process management support unit 703 to request the application, and the request for the application of the project simulation from the simulation unit 702. The process management support unit 703 requests the database manager 704 to apply the simulated process information. The database manager 704 registers the collaboration database 705 to finally apply the simulated process to the collaboration project.

8 is a block diagram illustrating an exemplary model between a manufacturer and a processing company using a collaboration project on a mold production process according to an example of the present invention.

The collaboration management unit 803 returns the result of the list of processors at the request of the project performer 801 of the manufacturer to the project performer 801, and returns the specific processor 802 information selected through the above process. Receives a message notifying the processing request to the selected processing company 802. The processing company 802 performs a processing request for processing information transmitted from the collaboration management unit 803, and returns the result of the processing to the collaboration management unit 803. The collaboration management unit 803 is notified of the execution result and the progress state from the manufacturer 801 and delivers it to the process management support unit 804.

The process management support unit 804 requests the database manager 805 to store the collaboration result for the received processor 802. The database manager 805 stores the processing application information and the company selection result by the production company 801 in the collaboration database 806 at the request of the process management support unit 804.

9 is a block diagram illustrating a process of a conference between related companies for the progress of a collaboration project, according to an example of the present invention.

As shown therein, the conference creator 901 sends a request signal to the conference management unit 903 to create a new conference room and add the conference attendee 902. The conference manager 903 checks the list of conference participants 902 set by the conference creator 901, notifies the corresponding conference participant 902 of the conference date, conference agenda, reference file and list, and the like. In addition, the conference attendee 902 performs a process of confirming whether or not the user can participate in the conference.

The checking of the participation may include a method through SMS and various messages. The conference management unit 903 may include supporting consultation data registration and markup, snapshot, chat, and the like for smooth conference progression. The data manager 904 receives the consultation data and the meeting progress history information through the conference manager 903.

The database manager 905 sends a request signal to the collaboration database 906 to store the information received through the conference manager 903. The collaboration database 906 receives and stores the request signal of the data manager 905, and provides the stored information as a return value for the request signal when a history list of the conference is requested by the project performer.

The online production collaboration system and method thereof according to the present invention can be implemented in the form of program instructions that can be executed by various computer means and recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, although the present invention has been described with reference to limited embodiments and drawings, the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the claims below but also by the equivalents of the claims.

The present invention relates to an online production collaboration system and method for performing an e-manufacturing process by combining an IT-centered online technology and an off-line collaborative business model. It can effectively manage the limited resources in the development or production process, and the systematic process work can be applied to the mold production process. In addition, by eliminating the inherent process errors due to the absence of information on specific tasks in the mold production process, it is possible to improve the speed of work progress in mold product development, and to improve the development cost in the mass production process. In addition, it is possible to secure a mass production system for high-quality mold products at low cost, thereby ensuring the stability of the mold production process. In addition, through sharing internal and external technologies, experiences and knowledge, it is possible to flexibly organize and operate a response system in the market for new products.

Claims (22)

In an online production collaboration system for performing an e-manufacturing process, A user class that constitutes mold production collaboration information of a producer and a processor; An application layer for managing a collaboration project and a mold production process for a mold production of a user layer; A database layer containing collaborative project related information; Network layer for collaborative mold production collaboration Online production collaboration system that includes. The method of claim 1, In order to systematically manage the collaboration process, The user layer, the application layer and the database layer of the on-line production collaboration system comprising that can be performed in a separate component. The method of claim 1, The database layer is Contains the key value and the project key value of the credentials, Save and save various outputs according to the process of production cooperation project; Apply to other project processes referring to the output, Online production collaboration system that includes storing information on the selection process of manufacturers and processors according to the collaboration process. The method according to claim 1 or 2, The information related to the collaborative project generated through the online production collaboration system is divided into information according to the project execution method and role, and stored in a redundant network. On-line production collaboration system, characterized in that for responding to the request and the corresponding information between each layer. The method of claim 3, wherein Provide those companies with the information you see or reference, Online production collaboration system that includes storing historical information as the conference proceeds. The method of claim 4, wherein Online production collaboration system including those applied to the mold production process. The method of claim 4, wherein The application layer divides specific tasks to each collaborator and carries out the shared information. Includes information related to the production cooperation system and design cooperation system, Online production cooperation system comprising generating a project authentication key and a user authentication key and manages the setting information for the authentication key. The method of claim 7, wherein An online production collaboration system comprising assigning a unique code to the process item and the part item so that each company participating in the mold production can manage the process item parts required for process planning. The method of claim 7, wherein Online production collaboration system including process information management, process planning, process control support, reporting, real-time meetings, and processing support. The method of claim 7, wherein Distribute the roles of project performers to collaborate on projects, Configuration of a conference for collaboration of projects between the projects by task, and Online production collaboration system that includes storing and managing historical information as the conference proceeds. The method of claim 7, wherein Apply the process planning template and simulation results to the collaboration project, Collaborative management between manufacturers and processors, Providing conference progress and setting information to the relevant collaboration project members to share the collaboration information online production collaboration system. The method of claim 9, Process information management is an online production collaboration system that includes process item management, mold component parts management, process planning template management, participant management, and standard document template management. The method of claim 9, Process planning is an online production collaboration system that includes project group management, project management, drawing management, document management, and process planning. The method of claim 9, Process management support is an online production collaboration system that includes process management and process change management. The method of claim 9, Reporting is an online production collaboration system that includes project group reporting and project reporting. The method of claim 9, Real-time meeting progress is an online production collaboration system that includes CAD meetings. The method of claim 9, Machining Support Support is an online production collaboration system that includes task list management. In the online production collaboration method for performing the e-manufacturing process, Constructing collaborative network information of producers and processors; Managing a collaborative project and a mold production process for a mold production of a user layer; Providing information related to a collaboration project; Steps to collaborate on mold production by constructing a process network of collaboration Online production collaboration method that includes. The method of claim 18, Setting user authentication and access rights for the collaboration of the project; And Assigning and distributing a specific task for collaboration of the project to the project performer Online production collaboration method that includes more. The method of claim 18, Conduct conferences between project owners to collaborate on projects, Step of saving and managing history information according to conference progress Online production collaboration method that includes more. The method of claim 18, The collaboration project and process management support, Online production collaboration system including parts list management step, process risk management step, parts detail information management step, process detail information management step, processing schedule management step, drawing linkage management step, template setting step, quotation step. A computer-readable recording medium in which a program for executing the method of any one of claims 18 to 21 is recorded.

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