KR20160051582A - Platform structure making support services of manufacturing enterprises based on 3 dimensional data - Google Patents

Abstract

The present invention relates to a platform structure. The objective of the present invention is to provide a platform structure to produce support services for manufacturing enterprises based on three dimensional data, producing integrated environments where tools are effectively developed, used and managed when three dimensional CAD data is utilized in various fields. To achieve the objective, the present invention comprises: a data model where product information extracted from the three dimensional data, enterprise information additionally inputted, templet information on the results, project information and service information are recorded; a common function layer for managing the product information on the data models, enterprise information, templet information on the results, project information and service information and for providing a predetermined common function for a developer to develop support tools by using the results obtained by the data models and the management of the data models; an application layer to develop application programs according to service information and to make the application programs run by a plug-and-play manner by using the common function provided by the common function layer; and a library providing a predetermined function when implementing the function by using the common function layer.

Description

In this paper, we propose a three-dimensional data base for manufacturing enterprise supporting service.

One embodiment of the present invention relates to a platform structure for manufacturing support services for 3D data based manufacturing enterprises.

Generally, CAD (Computer Aided Design) data is mainly used in the design and production stages such as CAM (Computer Aided Manufacturing) and CAE (Computer Aided Engineering). 3D CAD data includes various information such as shape information, Bills of Material (BOM), specification information, and material information. Since such information is highly valuable in various fields, not only manufacturing area but also electronic catalog production, electronic manual Production, and CBT (Computer Based Training) production.

The present invention provides a three-dimensional data-based manufacturing company support service production platform structure that provides an integrated environment for efficiently developing, using and managing tools necessary for utilizing 3D CAD data in various fields have.

Another object of the present invention is to provide a three-dimensional data-based manufacturing company support service production platform structure capable of improving developer productivity and function reuse so that a three-dimensional CAD application program can be easily and conveniently developed .

Another object of the present invention is to improve the scalability of the developed tools by using plug-and-play methods and to reduce the cost and effort required for maintenance and management. Dimensional data based manufacturing enterprise support service production platform structure.

The three-dimensional data-based manufacturing enterprise support service production platform structure according to an exemplary embodiment of the present invention includes product information extracted from three-dimensional data, data on which additional enterprise information, resultant template information, project information, Model; Managing the product information, company information, result template information, project information, and service information of the data model, and providing a predetermined common function to the developer using the data model and the results obtained by the management of the data model A common functional layer that allows the tool to be developed; An application layer for developing an application program for each service information by using the common function provided from the common functional layer and for allowing the application program to operate in a plug-and-play manner; And a library that provides a predefined function when the function is implemented using the common functional layer.

The product information extracted from the three-dimensional data of the data model may include shape information.

The product information extracted from the three-dimensional data of the data model may further include at least one selected from Bills of Material (BOM), material, and specification information.

The service information of the data model may be used when using an electronic catalog production tool, an electronic manual production tool, a computer based training production tool, a virtual reality model production tool, a digital mockup model production tool, a product placement model production tool, May be information that is inputted by a large amount.

The resultant template information of the data model may be information indicating a form in which the product information and the service information are expressed in the result of the application program.

The project information of the data model may include at least one of the product information, service information, result template information, and the like when the electronic catalog production, electronic manual production, computer based training production, virtual reality model production, digital mock up model production, And may be information used among the enterprise information.

The AP 203 model of STEP may be used based on the STEP format to extract product information from the three-dimensional data of the data model.

The common functional layer may record and store all data states entered by the manufacturing company to generate results using the support tool, and may generate and convert the data model.

The library may include at least one selected from a database-related library, a three-dimensional graphic-related library, a moving image related library, an image related library, a data conversion related library, and a publishing related library.

The database related library may provide a function of inputting, storing, editing, and managing the 3D data and the product information, service information, resultant template information, project information, or company information.

The 3D graphics library may provide a 3D model control and rendering function.

The moving picture related library provides a function of editing and managing a moving picture, and the image related library can provide a function of editing and managing an image.

The data conversion related library provides a function of converting the three-dimensional data, product information, service information, result template information, project information, or company information into KSA (knowledge-intensive service data) .

The publishing related library may provide a function of executing or displaying the result created through the common functional layer in a computer or a smart phone.

The common functional layer may further include a library coordinator for causing only necessary functions among functions provided by the library to be called and operated.

The common functional layer includes a data management function module, a common data model conversion function module, an extended data model generation function module, a data history management function module, an interface function module, a three-dimensional model basic operation function module, A template creation and management function module, a kinematics management function module, and a publish function module.

The data management function module may use the data recording, modification, deletion, and reading functions to manage the product information, service information, result template information, project information, and company information extracted from the three-dimensional data Can be managed.

The common data model conversion function module extracts the product information from the three-dimensional data, converts the extracted product information into STEP format, and configures the extracted information with the AP203 model structure of the STEP format.

The extended data model generation function module can input the service information, the result template information, the project information, and the enterprise information into the AP203 model structure of the STEP format file generated through the common data model conversion function module.

The data history management function module can manage the time at which the recording and modification of the information is performed and the type of the service in which the information is used.

The interface function module may be developed externally, which is required by an application program but is not provided by the common functional layer, and may be interworked with the production platform structure.

Image management, moving image management, rendering, or an object management module may be added through the interface function module.

The three-dimensional model basic operation function module can visualize the three-dimensional model of the product using the shape information extracted from the three-dimensional data, and can support the position modification and the accumulation operation of the product.

The 3D viewing function module can support moving, rotating, zooming in and zooming out operations of a product in a three-dimensional view window.

The final form template creation / management function module can arrange a three-dimensional view window, a text window, and a table window so that the manufacturer can produce a desired result, and can edit the attributes of each window.

The kinematics management function module can assist in expressing the operation of the product, the disassembly and the combination using the visualized three-dimensional model.

The publishing function module can support the output of the product produced by the manufacturing company through the application program in the form of PDF, Web version or App version.

The application layer may link the common function provided by the common functional layer and a function developed externally to complete one application program.

The manufacturing company can access the application layer for using the application program and use the function of the application program.

The application service by the application layer may be an electronic catalog production service, an electronic manual production service, a computer based training production service, a virtual reality model production service, a digital mockup model production service, a product placement model production service or a design verification production service.

The application layer may further include an application software manager that provides a function for installing, removing, and managing the service-specific production software.

The application layer may further include a common function coordinator for calling and executing a corresponding function according to a value input by a user through a production software among functions provided by the common functional layer.

One embodiment of the present invention provides a three-dimensional data-based manufacturing company support service production platform structure that provides an integrated environment for efficiently developing, using, and managing the tools necessary for utilizing 3D CAD data in various fields.

In addition, an embodiment of the present invention provides a 3D data-based manufacturing company support service production platform structure capable of improving developer productivity and function reuse so that 3D CAD application program can be easily and conveniently developed.

In addition, one embodiment of the present invention provides a three-dimensional data-based manufacturing company support service which can enhance the scalability by lowering the cost and effort required for maintenance and management by enabling the developed tools to be utilized in a plug- Provides a platform structure.

1 is a schematic diagram showing the concept of deriving a common function and an individual function from general commercial software and constituting a main module in a production platform according to the present invention.
FIG. 2 is a schematic diagram showing the relevance of each information in a data model among three-dimensional data-based manufacturing enterprise support service production platform structures according to an embodiment of the present invention.
FIG. 3A and FIG. 3B are schematic views illustrating an example of a structure of enterprise information and a structure of an entire data model among the three-dimensional data-based manufacturing enterprise support service production platform structure according to an embodiment of the present invention.
FIGS. 4A and 4B are schematic views illustrating a platform architecture among a three-dimensional data-based manufacturing enterprise support service production platform structure according to an exemplary embodiment of the present invention.
5 is a schematic diagram illustrating an architecture of an electronic catalog production application program among a three-dimensional data-based manufacturing enterprise support service production platform structure according to an embodiment of the present invention.
FIG. 6 is a schematic diagram illustrating a data structure for a catalog and a manual service among a three-dimensional data-based manufacturing enterprise support service production platform structure according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The embodiments of the present invention are described in order to more fully explain the present invention to those skilled in the art, and the following embodiments may be modified in various other forms, The present invention is not limited to the embodiment. Rather, these embodiments are provided so that this disclosure will be more faithful and complete, and will fully convey the scope of the invention to those skilled in the art.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms "a," "an," and "the" include singular forms unless the context clearly dictates otherwise. Also, " comprise "and / or" comprising "when used herein should be interpreted as specifying the presence of stated shapes, numbers, steps, operations, elements, elements and / And does not preclude the presence or addition of one or more other features, integers, operations, elements, elements, and / or modules. As used herein, the term "and / or" includes any and all combinations of one or more of the listed items.

Here, the production platform described in this specification is used in various fields other than the manufacturing area such as electronic catalog production, electronic manual production, computer based training production, virtual reality model production, digital mock up model production, product placement model production, The goal is to efficiently develop the applications needed to use the 3D CAD data.

Further, the production platform and / or other associated equipment or components in accordance with the present invention may be implemented using any suitable hardware, firmware (e.g., custom semiconductor), software, or any appropriate combination of software, firmware, and hardware . For example, the various components of the production platform and / or other associated equipment or components in accordance with the present invention may be formed on one integrated circuit chip or on a separate integrated circuit chip. In addition, various components of the fabrication platform may be implemented on a flexible printed circuit film, and formed on the same substrate as the tape carrier package, printed circuit board, or fabrication platform. In addition, the various components of the authoring platform may be processes or threads running on one or more processors, in one or more computing devices, which execute computer program instructions to perform the various functions described below, And interact with the components. The computer program instructions are stored in a memory that can be executed on a computing device using standard memory devices, such as, for example, random access memory. The computer program instructions may also be stored in other non-transitory computer readable media, such as, for example, CD-ROMs, flash drives, and the like. Further, those skilled in the art will appreciate that the functions of the various computing devices may be combined with one another, integrated into one computing device, or the functionality of a particular computing device may be implemented within one or more other computing devices Lt; / RTI > can be dispersed in the < / RTI >

As an example, the production platform according to the present invention may be implemented as a central processing unit, a mass storage device such as a hard disk or solid state disk, a volatile memory device, an input device such as a keyboard or a mouse, It can be operated from a computer.

In addition, the production platform according to the present invention may comprise a data model, a library, a common functional layer (providing data management and functions), and an application layer. Hereinafter, the entire structure of the production platform will be described, and each component will be described in detail again.

Structure of production platform

The platform according to the present invention is intended to provide functions for easily and conveniently developing a 3D CAD application program, to shorten development time and effort, and to increase reusability. In order to achieve this purpose / effect, the structure of the platform needs to be properly identified.

The production platform designed in the present invention supports the developer and provides the developed result to the general user based on the platform. That is, the present invention develops an application program that utilizes 3D CAD data based on a production platform and provides it to a manufacturing enterprise user.

To this end, the production platform according to the invention comprises a library, a common functional layer and an application layer.

The library does not develop all the functions when the developer of the production platform implements the functions corresponding to the common functions, but also supports the functions of the functional modules (group) by utilizing the functions provided through the library.

The common functional layer performs data management through functions such as recording, modification, and deletion of three-dimensional CAD data and additional data to be used, and enables development of support tools. In other words, the common functional layer is used to develop basic tools such as 3D model manipulation, 3D viewing, final shape template creation / management, kinematics management, Publish and interface.

The application layer is to utilize the result, and data, common functions, and external functions are made up of one production tool and provided to the user.

As shown in FIG. 1, in order to derive a function of a production platform, an existing electronic catalog production tool, an electronic manual production tool, a computer-based training production tool, a virtual reality model production tool, a digital mockup model production tool, Or design verification tools. In other words, the common function is installed as the central module of the production platform, thereby enhancing the productivity and functionality of program development. For example, by comparing the functions of Cortona3D, Composer and Part Solution, which are commercial software used in various areas such as electronic catalog, electronic manual and computer-based training, we distinguished common functions and individual functions. The platform consists of 10 major modules. Functions classified by individual functions were placed in application programs and provided with common functions.

Here, the common functions include format conversion of three-dimensional CAD data, provision of templates and animation editing functions, and individual functions include image editing, movie editing, camera path designation, and BOM extraction. In addition, ten development platform modules include a data management function module, a common data model conversion function module, an extended data model creation function module, a data history management function module, a three-dimensional model basic operation function module, a three- / Management function module, kinematics management function module, publishing function module and interface function module.

The data model (110)

The data model 110 is a structure (structure) for recording various data inputted when the support service is used by the manufacturing company. In the structure, necessary information among various information such as the shape, BOM, material, and specification of the product possessed by the three-dimensional CAD data is extracted and recorded, and product information / service information (111a, 111b) Information 112, project information 113, and enterprise information 114 are recorded. The data model 110 defines the relationships between the data and the support tool utilizes the data entered into the data model 110 according to the defined relationships to generate the results.

2, 3A and 3B, the data model 110 includes product information 111a, additional service information 111b, result template information 112, project information 113, Information 114. < / RTI >

The product information 111a is a shape, a BOM, a material, and a specification information extracted from the 3D CAD data. The additional service information 111b is an electronic catalog production tool, an electronic manual production tool, a computer- It means information that is input by service when it is made using supporting tools such as model making tool, digital mock up model making tool, product placement model making tool or design verification authoring tool.

The result template information 112 is information indicating the form in which the product information 111a and the support service information 111b are expressed in the result of the application program. It defines how and where each information is represented.

The project information 113 indicates what kind of product information 111a, service information 111b, and resultant template information 112 are used in performing the task. Here, the project information includes an electronic catalog production tool, an electronic manual production Tools, computer-based training production tools, virtual reality modeling tools, digital mock-up modeling tools, product placement modeling tools, or design verification tools.

The company information 114 includes the product information 111a, the service information 111b, the product template 111b, the customer information, Information 112 and project information 113. [

The data model 110 defined in the present invention is based on the STEP format in order to flexibly cope with various CAD formats possessed by manufacturing companies. Particularly, AP 203 model or AP 214 model of STEP is utilized to extract and utilize shape, BOM, material, and specification information related to a product in 3D CAD data, and additional service information 111b, result template information 112, , The project information 113 and the enterprise information 114 are structured so that the AP 203 model or the AP 214 model can be extended and utilized. Here, the STEP format is an electronic file that can be used compatible with various 3D CAD data editing software. AP203 also defines geometry, topology and configuration management data for mechanical parts and assemblies, and these file formats do not manage color and layers. In addition, the AP214 has everything the AP203 file contains, plus color, layer, geometry dimensions and tolerances, and design intent. Typically, AP213 is considered an extension of AP203. Since such STEP, AP 203 and / or AP 214 are well known to those skilled in the art, further explanation is omitted.

As shown in FIG. 3A, the enterprise information 114 may include information such as a customer, a customer type, a contact, an address, a historical event, a date, and a released product. 3B, the data model 110 includes product information 111a, output template information 112, project information 113, enterprise information 114, and service information 111b, Here, the product information 111a and the service information 111b may be mutually connected by an mfg_service module (common information providing module) Here, the mfg_service module 115 stores common information held by the product information 111a, the service information 111b, the result template information 112, the project information 113 and the company information 114, for example, Catalog production service, electronic manual production service, computer based training production service, virtual reality model production service, digital mock up model production service, product placement model production service or design verification production service. Of course, non-common information is communicated individually to each of the services described above. As described above, the present invention improves the operation or processing speed of the production platform.

4A and 4B, the library 120, the common functional layer 130, and the application layer 150 will be sequentially described.

In the library 120,

The library 120 supports not only developing all the functions when the platform developer implements the functions corresponding to the common function but also implementing the detailed functions of the function module (group) by utilizing the functions provided through the library 120 . In addition, the library 120 plays a role of supporting a production software developer to implement the functions by utilizing the library 120 provided by the platform in developing the functions of the corresponding software.

To this end, the library 120 includes a database related library 121, a three-dimensional graphic related library 122, a moving picture related library 123, an image related library 124, a data conversion related library 125, and / And a library 126.

The database related library 121 inputs, stores, edits, and manages the 3D CAD data, the product information 111a, the service information 111b, the resultant template information 112, the project information 113 and the enterprise information 114 .

The 3D graphics related library 122 provides the control and rendering functions of the 3D model.

The video related library 123 provides a function of editing and managing moving images, and the image related library 124 provides functions of editing and managing images.

The data conversion related library 125 can integrate the three-dimensional data and the product information 111a, the service information 111b, the resultant template information 112, the project information 113 and the company information 114, It provides the function to convert to KSA (knowledge-intensive service data).

The publishing related library 126 provides a function of executing or displaying the result created through the production software on a computer or a smart phone. The publishing library 126 provides the ability to output the output, for example, in the form of. Exe, HTML or Android / iOS applications.

common Functional layer (130)

The common functional layer 130 first manages the product information 111a and the service information 111b input to the data model 110, the resultant template information 112, the project information 113 and the enterprise information 114. [ In the common functional layer 130, the manufacturing company basically records / stores all the data states inputted by the support tool in order to generate the result, and generates / converts the data model 110. The function module constituting the common functional layer 130 includes a data management function module 131, a common data model conversion function module 132, an extended data model generation function module 133, and a data history management function module 134 do.

Each module will be described.

The data management function module 131 is required for data management based on the data recording, modification, deletion and reading functions. This is because the product information 111a extracted from the three-dimensional CAD data and the further inputted service information 111b ).

The common data model conversion function module 132 extracts information corresponding to the product information from the input 3D CAD data and converts the extracted information into the STEP format, which constitutes information extracted by the structure of the AP 203 model or the AP 214 model of the STEP format .

The extended data model generation function module 133 extends the structure of the AP203 model or AP214 model of the STEP format file generated by the common data model conversion function to input the support service information 111 and the resultant template information 112. [ That is, the extended data model generation function module 133 stores the product information 111a, the service information 111b, the result template information 112, the project information 113, and the product information 111b in the structure of the AP203 model or the AP214 model of the STEP format file Company information 114 is combined and converted into KSA data.

The data history management function module 134 is a module for managing history information of input data, and manages the history of when the information is recorded and modified and which service is used.

On the other hand, the common functional layer 130 plays a role of providing common functions such as CAD data manipulation, final shape template creation, and kinematic input to the developers, thereby improving the productivity of development and the reusability of functions when the support tool is newly developed . In addition to functions commonly provided by the common functional layer 130, functions that are individually required can be connected and utilized through an interface. The common functional layer 130 includes a three-dimensional model basic operation function module 135, a three-dimensional viewing function module 136, a final shape template creation and management function module 137, a kinematics management function module 138, A function module 139, and an interface function module 140.

Each module will be described.

The three-dimensional model basic operation function module 135 provides functions for supporting visualization of the three-dimensional model of the product, manipulation of position, accumulation, etc. through the shape information extracted from the three-dimensional CAD data.

The three-dimensional viewing function module 136 provides functions for performing operations such as movement, rotation, and zoom in / out operations in a three-dimensional view window.

The final shape template creation and management function module 137 is a module used to produce a desired result of a manufacturing company, and supports a three-dimensional view window, a text window, a table window, and the like, .

The kinematics management function module 138 provides a function of expressing motions such as operation, disassembly, and coupling of a product by utilizing a visualized three-dimensional model.

The publishing function module 139 enables the manufacturing company to output the resultant product generated through the application program in various forms such as PDF, web version, and app version.

The interface function module 140 develops functions that are required by the application program but are not provided by the common function layer 130, and can be developed externally and linked with the manufacturing platform.

In this manner, the common function layer 130 collects functions (essentially common) used for data management and three-dimensional model editing, and makes it possible for a production software developer to utilize the functions without developing them Thereby improving development productivity of the production software.

Meanwhile, the common functional layer 130 may further include a library coordinator 141. The library coordinator 141 calls the necessary functions through the function module (group) according to the value input by the user through the production software among the functions provided by the library 120, so that the library coordinator 141 can operate.

Application layer (150)

The application layer 150 plays a role of developing a core process for each service as an application program and operating the plug-and-play type application layer 150. In addition, a common function provided in the common functional layer 130 and functions developed externally are interlocked to complete an application program or an application service. The manufacturing company accesses the application layer 150 for use of the application program and uses the function of the application program.

In one example, the application or application service may be electronic catalog production application software 151, and may also include electronic manual production application software 152 and computer-based training production application software 153. Of course, it can also include design verification application software, virtual reality modeling application software, digital mock up modeling application software, and product batch modeling application software. Here, depending on the case of the specification, the application software may simply be referred to as a service.

In addition, the application layer 150 may further include an application software manager 154 and a common function coordinator 155. The application software manager 154 provides functions for installing, removing, and managing the production software for each service. The common function coordinator 155 allows the user to use the software provided by the common function layer 130 And calls the corresponding function according to the input value.

Meanwhile, as shown in FIG. 4B, the application layer 150 can call various modules of the common functional layer 130 through the common functional coordinator 155. In addition, the common functional layer 130 can call various libraries of the library 120 through the library coordinator 141. In addition, for example, the database related library 121 may also invoke various information of the data model 110.

In particular, the application layer 150 may directly modify, edit, and / or define the service information 111b of the data model 110 without going through the common function coordinator 155 or the library coordinator 141 have. That is, the product information 111a, the resultant template information 112 and the project information 113 of the data model 110 need not be corrected or edited once the recording is completed. However, the service information 111b may be changed The application layer 150 may directly access the service information 111b and modify, edit and / or redefine it.

Application example of production platform

The inventor of the present invention has developed electronic catalog creation software or application programs using the above-described production platform structure 100 as an example. However, the present invention is not limited to this.

The structure 200 of the electronic catalog production software created using the production platform is based on the production platform structure 100 described above. Also, the data model 110 used in the electronic catalog production tool has a form in which catalog data is added to and extended from the service part based on the data model 110 described above.

The structures of the electronic catalog production application program 200 and the data model 110 are shown in FIGS. 5 and 6. FIG.

The structure 200 of the electronic cataloging software may include an external image management function module 211, a moving image management function module 211, A module 212, a rendering function module 213, and an object management function module 214 are added to constitute an electronic catalog production tool.

6, the electronic catalog and the three-dimensional manual service information 111b may be mixed. The product information 111a, the product template information 112, , Project information 113, and company information 114 may be added.

It can be seen that the electronic catalog production application structure was developed by adding some functions and information based on the common module and data model provided by the production platform.

The development platform according to the present invention is composed of a data model 110, a library 120, a common functional layer 130, and an application layer 150, and is designed to provide necessary modules (functions) in each component. In addition, the data model 110 can store information extracted from three-dimensional CAD data using the AP203 model of the STEP standard. In addition, the data model 110 can extend the AP203 model or the AP214 model. For example, we have developed the electronic catalog production tool by using the designed production platform, verified the structure of the development platform, and confirmed the structure of data model and production platform.

As described above, the present invention has developed a production platform that provides an integrated environment for efficiently developing and using / managing the tools necessary for utilizing 3D CAD data in various fields. The production platform improves the developer's productivity and the recyclability of functions so that 3D CAD applications can be easily and conveniently developed. In addition, the developed tools can be utilized in a plug-and-play manner, which enhances scalability and lowers the cost and effort required for maintenance and management. In the present invention, the structure of the manufacturing support service production platform for achieving the above object / effect has been designed, and the components and functions thereof have been summarized. And we applied the case of the production platform to verify the designed structure and components.

The present invention is not limited to the above-described embodiments, and various modifications and changes may be made without departing from the scope of the present invention. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

100; 3-D data-based manufacturing enterprise support service production platform structure according to the present invention
110; Data model 111a; product information
111b; Service information 112; Product template information
113; Project information 114; Company Information
120; Library 130; Common functional layer
150; Application layer

Claims (32)

A data model in which product information extracted from the three-dimensional data and further input company information, resultant template information, project information, and service information are recorded;
Managing the product information, company information, result template information, project information, and service information of the data model, and providing a predetermined common function to the developer using the data model and the results obtained by the management of the data model A common functional layer that allows the tool to be developed;
An application layer for developing an application program for each service information by using the common function provided from the common functional layer and for allowing the application program to operate in a plug-and-play manner; And
And a library that provides a predefined function when a function is implemented using the common functional layer. The method according to claim 1,
Wherein the product information extracted from the three-dimensional data of the data model includes shape information. 3. The method of claim 2,
Wherein the product information extracted from the three-dimensional data of the data model further includes at least one of Bills of Material (BOM), material, and specification information. The method according to claim 1,
The service information of the data model may be used when using an electronic catalog production tool, an electronic manual production tool, a computer based training production tool, a virtual reality model production tool, a digital mockup model production tool, a product placement model production tool, Wherein the third information is information input by the third party. The method according to claim 1,
Wherein the resultant template information of the data model is information indicating a form in which the product information and the service information are expressed in the result of the application program. The method according to claim 1,
The project information of the data model may include at least one of the product information, service information, result template information, and the like when the electronic catalog production, electronic manual production, computer based training production, virtual reality model production, digital mock up model production, Wherein the information is information used from the enterprise information. The method according to claim 1,
Wherein the AP 203 model of STEP is used based on the STEP format to extract product information from the three-dimensional data of the data model. The method according to claim 1,
Wherein the common functional layer records and stores all data states entered by a manufacturing company to generate an output using a support tool, and generates and converts the data model. Platform structure. The method according to claim 1,
Wherein the library includes at least one selected from a database related library, a three-dimensional graphic related library, a video related library, an image related library, a data conversion related library, and a publishing related library. Production platform structure. 10. The method of claim 9,
The database related library provides a function of inputting, storing, editing, and managing the 3D data and the product information, service information, resultant template information, project information, or company information. Production platform structure. 10. The method of claim 9,
Wherein the 3D graphics library provides a control and a rendering function of a 3D model. 10. The method of claim 9,
The moving picture related library provides a function of editing and managing a moving picture,
Wherein the image related library provides an image editing and management function. 10. The method of claim 9,
The data conversion related library provides a function of converting the three-dimensional data, product information, service information, result template information, project information, or company information into knowledge-intensive service data (KSA) 3D data based manufacturing company support service production platform structure. 10. The method of claim 9,
Wherein the publishing related library provides a function of executing or displaying a result created through the common functional layer in a computer or a smart phone. The method according to claim 1,
Wherein the common function layer further comprises a library coordinator for causing only a required function among the functions provided by the library to be called and to operate. The method according to claim 1,
The common functional layer includes a data management function module, a common data model conversion function module, an extended data model generation function module, a data history management function module, an interface function module, a three-dimensional model basic operation function module, A template creation and management function module, a kinematics management function module, and a publish function module. 17. The method of claim 16,
The data management function module may use the data recording, modification, deletion, and reading functions to manage the product information, service information, result template information, project information, and company information extracted from the three-dimensional data 3 - Dimensional Data Base Manufacturing Enterprise Support Service Production Platform Architecture. 17. The method of claim 16,
Wherein the common data model conversion function module extracts the product information from the three-dimensional data, converts the extracted product information into a STEP format, and constructs the extracted information using an AP203 model structure of the STEP format. Support service production platform structure. 19. The method of claim 18,
Wherein the extended data model generation function module inputs the service information, the resultant template information, the project information, and the enterprise information into the AP203 model structure of the STEP format file generated through the common data model conversion function module Dimensional data based manufacturing enterprise support service production platform structure. 17. The method of claim 16,
Wherein the data history management function module manages the time at which the information is recorded and modified and the type of service in which the information is used. 17. The method of claim 16,
Wherein the interface function module supports a function that is required by an application program but is not provided by the common functional layer and is developed externally and linked with the production platform structure. 22. The method of claim 21,
Wherein the image management, video management, rendering, or object management module is added through the interface function module. 17. The method of claim 16,
Wherein the three-dimensional model basic operation function module supports visualization of a three-dimensional model of the product using the shape information extracted from the three-dimensional data, and position modification and accumulation operation of the product. Support service production platform structure. 17. The method of claim 16,
Wherein the 3D viewing function module supports moving, rotating, zooming in and zooming out operations of a product in a 3D view window structure. 17. The method of claim 16,
The final form template creation / management function module arranges a three-dimensional view window, a text window, and a table window so that the manufacturer can produce a desired result, and supports editing of attributes of the respective windows 3 - Dimensional Data Base Manufacturing Enterprise Support Service Production Platform Architecture. 17. The method of claim 16,
Wherein the kinematics management function module supports to express the motion of operation, disassembly and combination of products using a visualized three-dimensional model. 17. The method of claim 16,
Wherein the publishing function module supports a manufacturing company to output the product created through an application program in the form of a PDF, a web version, or an application version. The method according to claim 1,
Wherein the application layer enables one application program to be completed by linking the common function provided by the common functional layer and a function developed externally. The method according to claim 1,
Wherein the manufacturing company accesses the application layer for use of the application program and uses the function of the application program. The method according to claim 1,
Wherein the application service by the application layer is an electronic catalog production service, an electronic manual production service, a computer-based training production service, a virtual reality model production service, a digital mockup model production service, a product placement model production service, 3D data based manufacturing enterprise support service production platform structure. The method according to claim 1,
Wherein the application layer further comprises an application software manager for providing functions for installing, removing and managing the service-specific production software. The method according to claim 1,
Wherein the application layer further comprises a common function coordinator for calling and performing a corresponding function according to a value input by a user through a production software among functions provided by the common functional layer, Production platform structure.

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