KR20090092876A - System for providing cooperation process control service and method of operating the system - Google Patents

Abstract

A cooperative process management service system and a method thereof for improving technology competiveness are provided to design the entire process project corresponding to entire process of a mold process. An entire process project unit(230) designs the entire process project corresponding to the entire process of the mold process from an ordering enterprise. A unit process project unit(220) produces one or more processing unit projects corresponding to each of unit process which through the whole procedure project. The progressing of each processing unit project performed from one or more collaboration clients is sensed. A process management unit(240) controls the whole processes of the metal mold process.

Description

Collaborative process management service system and its method {SYSTEM FOR PROVIDING COOPERATION PROCESS CONTROL SERVICE AND METHOD OF OPERATING THE SYSTEM}

The present invention relates to a collaborative process management service system and a method thereof, and more particularly, to provide a plurality of collaboration clients by dividing the entire process of a mold process into a plurality of unit processes, and each unit performed by the collaboration client. The present invention relates to a cooperative process management service system and a method for implementing a process management solution between cooperative clients for more efficient mold production by comprehensively managing the progress of the process.

The manufacturing industry has been a driving force for economic growth and export. Some industries such as IT, semiconductors, shipbuilding, and automobiles have led exports, and regional development has been focused on specific companies. Despite the development of these industries, SMEs are weakening their international competitiveness due to lack of new product development capability due to weak technology base of small and medium-sized parts companies, intensifying avoidance of high-quality man- ufacturers, and rising labor costs.

In addition, as China's rapid growth intensifies competition with China in the global market and concerns about co-operation are accelerating due to the acceleration of China's relocation of domestic industries that are not cost competitive, it is necessary to differentiate quality from Chinese companies through innovation in production processes. It's time.

Recently, the manufacturing industry is trying to make up for the limitations of the cost competitiveness of the manufacturing industry that occurred in the form of human / equipment mass input industry before the 1990s with product innovation, such as the development of new products through R & D, in order to seek to strengthen global competitiveness through product innovation. It is feared that it will fail to secure global price competitiveness, and the manufacturing industry is facing a new transitional period to survive in the rapidly changing global market environment and fierce competition due to the weak competitiveness of new products due to the lack of cooperation between large companies and parts companies. In order to respond to the demands of various end-user markets, new technologies must be introduced and applied quickly to improve product quality and productivity. In addition, innovations in the manufacturing process must reduce costs and be flexible in responding to shorter product life cycles.

In the past, the mass production paradigm has recently shifted to small-volume (or large-volume) production, requiring manufacturers to reflect market requirements faster, deliver faster, and produce higher quality products. In the past, the manufacturing paradigm was responsible for all product development and production processes in large corporations, and worked with SMEs only on simple tasks such as simple processing, mold manufacturing, and parts assembly. However, in the future, this type of business relationship cannot achieve high income and high growth, so large companies are responsible for marketing, product planning, and product development, which are core technologies. Technical cooperation should be made between them by allowing SMEs to take charge of functions. An essential element in this process is the expansion of collaboration infrastructure for technology and quality collaboration between companies.

In recent years, in order to expand such infrastructure, public-private companies have joined together to promote the e-manufacturing business, successfully building the injection mold design cooperation hub system, injection mold production cooperation hub system, blow product collaboration hub system, and engineering collaboration system. E-manufacture-based construction projects, which have been used, are being expanded to promote and upgrade the business. The e-manufacturing-based construction project is designed to enhance the function of the system already established in order to spread from the injection mold collaboration hub system, which is an industry-based technology industry, to similar industries, related industries, and manufacturing industries where the basic technology is weak. It is continuously expanding to support various industries such as auto mold collaboration, which is the foundation for supporting the development process.

The e-manufacturing-based construction project actually analyzes collaborative processes between large companies and mid-sized companies, mid-sized companies, mid-sized companies and SMEs, and derives various business models for collaboration based on the Internet based e-manufacturing business. This is an example of an e-manufacturing collaboration system. The e-manufacturing-based construction project needs to expand and disseminate to the same or similar industries, and face the challenges of regional expansion, industry expansion, and industry expansion.

The e-Manufacturing-based construction fee technology business is the primary target area for regional expansion and industry expansion, and the regional industry has been developed to spread the e-manufacturing area in Gwangju and Jeonbuk where the industrial infrastructure and corporate informatization are weak. The purpose of this study is to analyze the characteristics and business groups and to spread the e-manufacturing-based construction project suitable for regional characteristics.

The e-Manufacturing-based technology fee business includes engineering technology elements such as IT infrastructure and SME IT business, 10 next-generation growth engine business, parts materials business, regional innovation business for engineering support in Korea, and Techno Park. The final goal is to combine the infrastructure and infrastructure, to expand the regionalism of the e-manufacturing infrastructure, establish regionally specialized e-manufacturing collaboration hubs for new or similar industries, and to build e-manufacturing highways with links to existing pre-existing collaboration hubs. have. First of all, the establishment of a global collaboration network that can support cooperation with other regions in Korea by developing and developing a collaborative infrastructure for the press mold business in the region is the direction of the e-manufacturing-based technology fee business.

E-manufacturing is the overall act to promote the e-business of manufacturing industry. In order to create new value of the manufacturing industry and secure global competitiveness, companies in various fields of manufacturing industry such as product planning, design, processing and assembly are working together online. It can be called a collaborative environment based construction. Considering the subject and scope of e-manufacturing in terms of manufacturing business, cooperation among companies in product strategy planning and development, purchasing and procurement of products or parts, production planning or production management, and logistics or service Internet technology that supports the

The e-manufacturing-based construction project can be of great significance for promoting win-win for manufacturing companies and preparing for polarization by linking industrial technology infrastructures, and for expanding IT-based collaborative infrastructure for SMEs to cope with the global market. This will allow manufacturers to formulate key strategies for surviving global competition, such as securing competitiveness and achieving economies of scale through technology collaboration. For this reason, as we look at the effective functions, business results, and success cases of the collaboration hub established through the e-manufacturing-based construction project, many companies want to participate in the business. It is necessary to apply the collaboration hub extension.

In this way, it is urgent to prepare countermeasures due to the imbalance between the degree of industrial development among regions as well as the proliferation of products and industries to be applied to the collaborative infrastructure. To foster specialized industries in each region, and to promote balanced development among regions, we aim to strengthen the technological competitiveness of local material companies by linking with regional clusters and expanding regional cooperation hubs. Through linkages, it is required to revitalize the domestic manufacturing industry by activating collaborative infrastructure in all regions of Korea.

The problem to be solved of the present invention is to divide the entire process of the mold process into a plurality of unit processes to provide a plurality of collaboration clients, the progress of each unit process performed by the collaboration client comprehensively through the entire process By managing, we provide a collaborative process management system and method for implementing a process management solution between collaborative clients for more efficient mold production.

In order to implement the above-mentioned problem, a method of providing a collaborative process management service according to an embodiment of the present invention includes designing an entire process project corresponding to the entire process of a mold process; Generating at least one unit process project corresponding to each of at least one unit process included in the mold process through the entire process project; Providing the one or more unit process projects to one or more collaboration clients corresponding to each of the one or more unit process projects; And controlling the entire process of the mold process by detecting the progress of each unit process project performed by the one or more collaboration clients.

In addition, the method for providing a collaborative process management service according to another embodiment of the present invention includes obtaining each of at least one unit process project corresponding to each unit process of a mold process from at least one collaboration client; Designing an entire process project corresponding to the entire process of the mold process through the one or more unit process projects; Updating the at least one unit process project through the entire process project; Providing each of the updated one or more unit process projects to the one or more collaboration clients; And controlling the entire process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration clients.

In addition, the collaborative process management system according to an embodiment of the present invention, the entire process project unit for designing the entire process project corresponding to the entire process of the mold process; A unit process project unit generating at least one unit process project corresponding to each of at least one unit process included in the mold process through the entire process project; An interface controller configured to provide the one or more unit process projects to one or more collaboration clients corresponding to each of the one or more unit process projects; And a process manager to detect the progress of each unit process project performed by the one or more collaboration clients to control the entire process of the mold process.

In addition, the collaborative process management system according to another embodiment of the present invention, the interface control unit for acquiring at least one unit process project corresponding to each of the unit process of the mold process from at least one collaboration client; An overall process project unit for designing an entire process project corresponding to the entire process of the mold process through the one or more unit process projects; A unit process project unit to update the at least one unit process project through the entire process project; And a process management unit for controlling the entire process of the mold process by detecting the progress of each updated unit process project performed by the one or more collaboration clients.

According to the collaborative process management system and method of the present invention, the entire process of a mold process is divided into a plurality of unit processes and provided to a plurality of collaboration clients, and the progress of each unit process performed by the collaboration client is performed by the entire process. Through comprehensive management through, it is possible to realize a process management solution between collaborative clients for more efficient mold production.

1 illustrates an example of an autopress collaboration business model in which a collaborative process management system and method in accordance with one embodiment of the present invention may be implemented.

Figure 2 is a block diagram showing the configuration of a collaborative process management system according to an embodiment of the present invention.

Figure 3 is a block diagram showing the configuration of a unit process project unit according to an embodiment of the present invention.

4 is a flowchart illustrating a flow of a method for providing a collaborative process management service according to a first embodiment of the present invention.

5 is a flowchart illustrating a flow of a method for providing a collaborative process management service according to a second embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

210: database

220: unit process project department

230: whole process project department

240: process management

250: interface control unit

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 is a diagram illustrating an example of an autopress collaboration business model in which a collaborative process management system and method according to an embodiment of the present invention can be implemented.

As shown in FIG. 1, an autopress collaboration business model 120 in which a collaborative process management system and method according to an embodiment of the present invention can be implemented is a set mold that receives mold production from an ordering company 110. It may be implemented including a company 121, a design / interpretation company 122, one or more processing companies (123 to 125), and Cita starter (126).

The auto press collaborative business model 120 is a win-win model between companies through technology collaboration with the set mold company 121, the design / interpreter company 122, the forest processing company (123 to 125), and the Sita launch company (126), It can be implemented as a vertical technology collaboration model between the set mold company 121 and the design / analysis company 122, forestry companies (123 to 125), Sita launching company (126) and small and medium-sized businesses. Through this, design errors caused by information breakdown between companies can be reduced through information sharing and history management of the collaboration hub, and it is possible to collaborate on the mold process considering production by supporting the inter-process relationship and the cooperation between process companies. .

In addition, by fostering collaboration models among small mold specialist companies, local industries can be promoted, and local infrastructure industries can be fostered by enabling response to mold demand in the region. Online real-time consultation between mold specialists, product designers, and mold designers, and press mold pre-quality review to reduce the number of design changes and save time, thereby strengthening the competitiveness of the Jeonbuk industry, and enabling information interoperability at long distances. In addition, it is possible to expand capacity and improve production capacity through collaboration with specialized processing companies. In addition, by supporting not only cross-company collaboration in the press mold manufacturing process, but also supporting the scope of the target business to the mass production management section after the launch, it is possible to lay the foundation for full-cycle collaboration of the relevant industry.

2 is a block diagram showing the configuration of a collaborative process management system according to an embodiment of the present invention.

Collaborative process management system 200 according to an embodiment of the present invention may be implemented through the server of the set mold company 121 of the configuration of FIG. In addition, the collaboration process management system 200 may be implemented not only as a server of the set mold company 121, but also as a server of an external organization supporting the autopress collaboration model 120.

The collaborative process management system 200 according to the present invention includes a database 210, a unit process project unit 220, an entire process project unit 230, a process management unit 240, and an interface controller 250.

The collaborative process management system 200 according to the first embodiment of the present invention first designs an entire process project corresponding to the entire process of the mold process, and each of one or more unit processes included in the mold process through the entire process project. You can create one or more unit process projects that correspond to.

In the case of the first embodiment, the entire process project unit 230 designs the entire process project corresponding to the entire process of the mold process received from the ordering company. The entire process project unit 230 may design the entire process project in response to the progress order of each unit process project, the resource situation of each collaboration client, and the schedule of each collaboration client.

The overall process of the mold process includes one or more unit processes. For example, the unit process includes a design / analysis process, a machining / assembly process, a situ process, and a mass production and maintenance process. The design / analysis process can be implemented through a design / analysis company, can be implemented through the processing / assembly process, the Sitabal process can be implemented through a Sitabal company, the mass production and maintenance process Can be implemented through a set mold company.

The unit process project unit 220 generates one or more unit process projects corresponding to each of one or more unit processes included in the mold process through the entire process project. The unit process project may include one or more of start date information, end date information, work time information, resource information, and performance information.

The unit process project unit 220 generates an engineering project corresponding to the unit process of the design / analysis process, generates a production management project corresponding to the unit process of the machining / assembly process, and the unit process of the sitar process. In response to the Sitabal project can be generated, and corresponding to the unit process of the mass production and maintenance process, it is possible to generate a mass production and maintenance process project.

To this end, the unit process project unit 220, as shown in Figure 3, engineering project management unit 310, production management project management unit 320, Sitabal project management unit 330, and mass production and maintenance project management unit ( 340 may be configured to include.

The engineering project management unit 310 generates a design / analysis unit process project for the unit process of the design / analysis process for design work management, engineering collaboration, design information management, and CAD conference.

The production management project management unit 320 generates a processing / assembly unit process project for the unit process of the processing / assembly process for production process planning, process distribution, process template management, and progress monitoring.

The Sitabal project management unit 330 generates a Sitabal unit process project for the unit process of the Sitabal process for the Sitabal business management, Sitabal schedule management, Sitabal history management, quantity history / action.

The mass production and maintenance project management unit 340 is a mass production and maintenance unit process project for the unit process of the mold order timing management, quantity and maintenance history management, mold life management and reporting, mass production and maintenance process for the mold status management Create

The unit process project unit 220 assigns each generated unit process project to one or more collaboration clients. The unit process project unit 220 may search and match a collaboration client suitable for each unit process project from the database 210. To this end, resource information and schedule information of each of the collaboration clients may be recorded in the database 210.

The interface controller 250 provides each of the unit process projects matched through the unit process project unit 220 to each of the collaboration clients. The interface controller 250 may provide each unit process project to each of the collaboration clients online through an internet web site. In addition, the interface controller 250 may provide the entire context information or the partial context information of the mold process to the one or more collaboration clients.

The process manager 240 controls the overall process of the mold process by detecting the progress of each unit process project performed by the one or more collaboration clients.

For example, when receiving the first report information on the end of the first unit process project from the first collaboration client, the process manager 240 after the end of the first unit process project through the entire process project, When the second unit process project is required to be executed, the second cooperative client corresponding to the second unit process project may request the execution of the second unit process project.

In addition, when receiving the first report information on the failure of performing the first unit process project from the first collaboration client, the process manager 240 searches for one or more other collaboration clients corresponding to the first unit process project, The first unit process project may be provided to the searched one or more other collaboration clients.

In addition, when receiving the first report information on the progress of the first unit process project from the first collaboration client, the process manager 240 updates the entire process project in response to the first report information, the update The at least one unit process project may be updated corresponding to the entire process project, and the updated at least one unit process project may be provided to the at least one collaboration client, respectively.

In addition, the collaborative process management system 200 according to the second embodiment of the present invention obtains one or more unit process projects corresponding to each unit process of a mold process from one or more collaboration clients, respectively, and obtains the one or more unit process projects. Through this, the entire process project corresponding to the entire process of the mold process can be designed.

In the second embodiment, the interface controller 250 obtains one or more unit process projects corresponding to each of the unit processes of the mold process received from the ordering company, respectively, from one or more collaboration clients. That is, information about each unit process of the mold process may be provided to the one or more collaboration clients, and unit process projects corresponding to each unit process may be obtained from the collaboration client.

The entire process project unit 230 designs an entire process project corresponding to the entire process of the mold process through the one or more unit process projects. The entire process project unit 230 may design the entire process project in response to the progress order of each unit process project, the resource situation of each collaboration client, and the schedule of each collaboration client.

The overall process of the mold process includes one or more unit processes. For example, the unit process includes a design / analysis process, a machining / assembly process, a situ process, and a mass production and maintenance process. The design / analysis process can be implemented through a design / analysis company, can be implemented through the processing / assembly process, the Sitabal process can be implemented through a Sitabal company, the mass production and maintenance process Can be implemented through a set mold company.

The unit process project unit 220 updates the one or more unit process projects through the entire process project. That is, the unit process project unit 220 may update each unit process project provided by each collaboration client in consideration of resource information and schedule information of the entire process project. The unit process project may include one or more of start date information, end date information, work time information, resource information, and performance information.

The interface controller 250 provides the updated unit process project to each of the collaboration clients. In addition, the interface controller 250 may provide the overall situation information of the mold process to the one or more collaboration clients.

The process manager 240 controls the overall process of the mold process by detecting the progress of each unit process project executed by the updated one or more collaboration clients.

For example, when receiving the first report information on the end of the first unit process project from the first collaboration client, the process manager 240 after the end of the first unit process project through the entire process project, When the second unit process project is required to be executed, the second cooperative client corresponding to the second unit process project may request the execution of the second unit process project.

In addition, when receiving the first report information on the failure of performing the first unit process project from the first collaboration client, the process manager 240 searches for one or more other collaboration clients corresponding to the first unit process project, The first unit process project may be provided to the searched one or more other collaboration clients.

In addition, when receiving the first report information on the progress of the first unit process project from the first collaboration client, the process manager 240 updates the entire process project in response to the first report information, the update The at least one unit process project may be updated corresponding to the entire process project, and the updated at least one unit process project may be provided to the at least one collaboration client, respectively.

In addition, the collaborative process management system 200 according to the second embodiment of the present invention obtains one or more unit process projects corresponding to each unit process of a mold process from one or more collaboration clients, respectively, and obtains the one or more unit process projects. Through this, the entire process project corresponding to the entire process of the mold process can be designed.

4 is a flowchart illustrating a flow of a method for providing a collaborative process management service according to a first embodiment of the present invention.

The collaborative process management system according to the first embodiment of the present invention designs the entire process project corresponding to the entire process of the mold process for the mold production received from the ordering company (step 411).

The collaborative process management system generates one or more unit process projects corresponding to each of the one or more unit processes included in the mold process through the entire process project (step 412).

The collaborative process management system provides the one or more unit process projects to one or more collaboration clients corresponding to each of the one or more unit process projects (step 413).

The collaborative process management system detects the progress of each unit process project executed from the one or more collaborative clients and controls the entire process of the mold process (step 414).

In step 414, when receiving the first report information about the end of the first unit process project from the first collaboration client, the collaborative process management system ends the first unit process project through the entire process project. Subsequently, it may be detected that the execution of the second unit process project is required, and the second collaboration client corresponding to the second unit process project may request the execution of the second unit process project.

In step 414, when receiving the first report information on the failure of the first unit process project from the first collaboration client, the collaborative process management system is one or more other collaborations corresponding to the first unit process project A client may be searched, and the first unit process project may be provided to the searched one or more other collaborative clients.

In step 414, when receiving the first report information on the progress of the first unit process project from the first collaboration client, the collaborative process management system corresponding to the first report information to the entire process project And update the one or more unit process projects corresponding to the updated whole process project, and provide the updated one or more unit process projects to the one or more collaboration clients, respectively.

The collaborative process management system provides the overall or partial context information of the mold process to the one or more collaborative clients (step 415).

5 is a flowchart illustrating a flow of a method for providing a collaborative process management service according to a second embodiment of the present invention.

The collaborative process management system according to the second embodiment of the present invention obtains one or more unit process projects corresponding to each unit process of the mold process from one or more collaboration clients, respectively (step 511).

The collaborative process management system designs an overall process project corresponding to the entire process of the mold process via the one or more unit process projects (step 512).

The collaborative process management system updates the one or more unit process projects through the entire process project (step 513).

The collaborative process management system provides the updated one or more unit process projects to the one or more collaboration clients, respectively (step 514).

The collaborative process management system detects the progress of each updated unit process project performed by the one or more collaborative clients to control the entire process of the mold process (step 515).

In step 515, upon receiving first report information about the end of the first unit process project from the first collaboration client, the collaborative process management system ends the first unit process project through the entire process project. Subsequently, it may be detected that the execution of the second unit process project is required, and the second collaboration client corresponding to the second unit process project may request the execution of the second unit process project.

In step 515, when receiving first report information on a failure of performing a first unit process project from a first collaboration client, the collaborative process management system includes one or more other collaborations corresponding to the first unit process project. A client may be searched, and the first unit process project may be provided to the searched one or more other collaborative clients.

In step 515, when receiving the first report information on the progress of the first unit process project from the first collaboration client, the collaborative process management system corresponding to the first report information to the entire process project And update the one or more unit process projects corresponding to the updated whole process project, and provide the updated one or more unit process projects to the one or more collaboration clients, respectively.

The collaborative process management system provides the overall or partial context information of the mold process to the one or more collaborative clients (step 516).

The method for providing a collaborative process management service according to the present invention may be implemented in the form of program instructions that can be executed through various computer means and recorded in 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. The medium may be a transmission medium such as an optical or metal wire, a waveguide, or the like including a carrier wave for transmitting a signal specifying a program command, a data structure, or 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, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above-described embodiments, which can be variously modified and modified by those skilled in the art to which the present invention pertains. Modifications are possible. Accordingly, the spirit of the present invention should be understood only by the claims set forth below, and all equivalent or equivalent modifications thereof will belong to the scope of the present invention.

Claims (36)

Designing an overall process project corresponding to the entire process of the mold process; Generating at least one unit process project corresponding to each of at least one unit process included in the mold process through the entire process project; Providing the one or more unit process projects to one or more collaboration clients corresponding to each of the one or more unit process projects; And Controlling the overall process of the mold process by detecting the progress of each unit process project performed by the one or more collaboration clients Collaborative process management service providing method comprising a. The method of claim 1, The unit process project includes a engineering project, a production management project, a sitar project, and a mass production and maintenance project, any one or more of the method of providing a collaborative process management service. The method of claim 1, The collaborative process management service providing method is performed through a collaborative process management system, and the collaborative process management system is a collaborative process management service, characterized in that the server of the set mold company that received the mold process from the ordering company How to Provide. The method of claim 1, Providing overall status information of the mold process to the one or more collaboration clients The method of providing a collaborative process management service further comprising. The method of claim 1, The overall process project is a method of providing a collaborative process management service, characterized in that designed in response to the progress of each unit process project, the resource situation of each of the collaboration client, and the schedule of each of the collaboration client. The method of claim 1, The unit process project includes a one or more of start date information, end date information, work time information, resource information, and performance information. The method of claim 1, The step of controlling the overall process of the mold process by detecting the progress of each unit process project performed from the one or more collaboration clients, Receiving first report information about the end of the first unit process project from the first collaboration client; After the completion of the first unit process project through the entire process project, detecting that the execution of the second unit process project is required; And Requesting to perform the second unit process project to a second collaboration client corresponding to the second unit process project Collaborative process management service providing method comprising a. The method of claim 1, The step of controlling the overall process of the mold process by detecting the progress of each unit process project performed from the one or more collaboration clients, Receiving first report information on a failure of performing the first unit process project from the first collaboration client; Searching for one or more other collaboration clients corresponding to the first unit process project; And Providing the first unit process project to the searched one or more other collaboration clients Collaborative process management service providing method comprising a. The method of claim 1, The step of controlling the overall process of the mold process by detecting the progress of each unit process project performed from the one or more collaboration clients, Receiving first report information on a progress of the first unit process project from the first collaboration client; Updating the entire process project in response to the first report information; Updating the at least one unit process project corresponding to the updated whole process project; And Providing each of the updated one or more unit process projects to the one or more collaboration clients Collaborative process management service providing method comprising a. The method of claim 1, The mold process is a press mold process or injection mold process, characterized in that the collaborative process management service providing method. Obtaining at least one unit process project corresponding to each unit process of the mold process from at least one collaboration client, respectively; Designing an entire process project corresponding to the entire process of the mold process through the one or more unit process projects; Updating the at least one unit process project through the entire process project; Providing each of the updated one or more unit process projects to the one or more collaboration clients; And Controlling the entire process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration clients Collaborative process management service providing method comprising a. The method of claim 11, The step of controlling the overall process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration client, Receiving first report information about the end of the first unit process project from the first collaboration client; After the completion of the first unit process project through the entire process project, detecting that the execution of the second unit process project is required; And Requesting to perform the second unit process project to a second collaboration client corresponding to the second unit process project Collaborative process management service providing method comprising a. The method of claim 11, The step of controlling the overall process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration client, Receiving first report information on a failure of performing the first unit process project from the first collaboration client; Searching for one or more other collaboration clients corresponding to the first unit process project; And Providing the first unit process project to the searched one or more other collaboration clients Collaborative process management service providing method comprising a. The method of claim 11, The step of controlling the overall process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration client, Receiving first report information on a progress of the first unit process project from the first collaboration client; Updating the entire process project in response to the first report information; Updating the at least one unit process project corresponding to the updated whole process project; And Providing each of the updated one or more unit process projects to the one or more collaboration clients Collaborative process management service providing method comprising a. The method of claim 11, The unit process project includes a engineering project, a production management project, a sitar project, and a mass production and maintenance project, any one or more of the method of providing a collaborative process management service. The method of claim 11, Providing overall status information of the mold process to the one or more collaboration clients The method of providing a collaborative process management service further comprising. The method of claim 11, The overall process project is designed in correspondence with the progress order of each unit process project, the resource situation of each collaboration client, and the schedule of each collaboration client, the unit process project is a start date information, end date information, work time information, A method for providing a collaborative process management service comprising at least one of resource information and performance information. A computer-readable recording medium having recorded thereon a program for executing the method of any one of claims 1 to 17. An overall process project unit for designing an entire process project corresponding to the entire process of the mold process; A unit process project unit generating at least one unit process project corresponding to each of at least one unit process included in the mold process through the entire process project; An interface controller configured to provide the one or more unit process projects to one or more collaboration clients corresponding to each of the one or more unit process projects; And Process management unit for controlling the overall process of the mold process by detecting the progress of each unit process project performed from the one or more collaboration client Collaborative process management system comprising a. The method of claim 19, When the process management unit receives the first report information on the end of the first unit process project from the first collaboration client, after the end of the first unit process project through the entire process project, performing the second unit process project And detecting the request and requesting to perform the second unit process project to a second collaboration client corresponding to the second unit process project. The method of claim 19, When the process management unit receives the first report information on the failure of performing the first unit process project from the first collaboration client, the process management unit searches for one or more other collaboration clients corresponding to the first unit process project, and the searched A collaborative process management system comprising providing the first unit process project to one or more other collaboration clients. The method of claim 19, When the process management unit receives the first report information on the progress of the first unit process project from the first collaboration client, the process management unit updates the entire process project in response to the first report information, and the updated whole process And updating the one or more unit process projects corresponding to the project, and providing the updated one or more unit process projects to the one or more collaboration clients, respectively. The method of claim 19, The unit process project includes one or more of an engineering project, a production management project, a sitar project, and a mass production and maintenance project. The method of claim 19, The collaborative process management system is a collaborative process management system, characterized in that the server of the set mold company that received the mold process from the ordering company. The method of claim 19, The interface control unit is a collaborative process management system, characterized in that for providing the overall situation information of the mold process to the one or more collaboration client. The method of claim 19, The overall process project unit collaborative process management system, characterized in that for designing the entire process project in response to the progress of each unit process project, the resource situation of each of the collaboration client, and the schedule of the respective collaboration client. The method of claim 19, The unit process project includes one or more of start date information, end date information, work time information, resource information, and performance information. The method of claim 19, The mold process is a collaborative process management system, characterized in that the press mold process or injection mold process. An interface controller configured to obtain one or more unit process projects corresponding to each unit process of the mold process from one or more collaboration clients, respectively; An overall process project unit for designing an entire process project corresponding to the entire process of the mold process through the one or more unit process projects; A unit process project unit to update the at least one unit process project through the entire process project; And Process management unit for controlling the overall process of the mold process by detecting the progress of each updated unit process project performed from the one or more collaboration client Collaborative process management system comprising a. The method of claim 29, When the process management unit receives the first report information on the end of the first unit process project from the first collaboration client, after the end of the first unit process project through the entire process project, performing the second unit process project And detecting the request and requesting to perform the second unit process project to a second collaboration client corresponding to the second unit process project. The method of claim 29, When the process management unit receives the first report information on the failure of performing the first unit process project from the first collaboration client, the process management unit searches for one or more other collaboration clients corresponding to the first unit process project, and the searched A collaborative process management system comprising providing the first unit process project to one or more other collaboration clients. The method of claim 29, When the process management unit receives the first report information on the progress of the first unit process project from the first collaboration client, the process management unit updates the entire process project in response to the first report information, and the updated whole process And updating the one or more unit process projects corresponding to the project, and providing the updated one or more unit process projects to the one or more collaboration clients, respectively. The method of claim 29, The unit process project includes one or more of an engineering project, a production management project, a sitar project, and a mass production and maintenance project. The method of claim 29, The interface control unit is a collaborative process management system, characterized in that for providing the overall situation information of the mold process to the one or more collaboration client. The method of claim 29, The overall process project unit collaborative process management system, characterized in that for designing the entire process project in response to the progress of each unit process project, the resource situation of each of the collaboration client, and the schedule of the respective collaboration client. The method of claim 29, The unit process project includes one or more of start date information, end date information, work time information, resource information, and performance information.