Configuration drawing generation method, system and equipment and storage medium

Abstract

The invention relates to a configuration drawing generation method, system and device and a storage medium, and relates to the field of product drawing design. The method comprises the steps of receiving product parts needing to be configured and drawing configuration information of the product parts under different use backgrounds; generating background configuration total data of the product parts according to the drawing configuration information; establishing a configuration database, and storing a plurality of background configuration total data into the configuration database; when a product drawing generation request is received, the product drawing generation request comprises the standard set drawing and the actual use background, and the standard set drawing is modified through the configuration database according to the actual use background to obtain a target set drawing. The technical effect of the invention is to improve the product drawing generation efficiency and accuracy.

Description

Technical Field

[0001] The present application relates to the technical field of product drawing design, and in particular to a method, system, device and storage medium for generating a configurable drawing. Background Art

[0002] CAD (Computer-Assisted Design) product drawing design is the process of using computer software to assist in creating, modifying, analyzing and optimizing design drawings. It covers multiple industries, including machinery, construction, electronics, automobiles, aviation and other fields. Through CAD, designers can design products and make drawings more efficiently and accurately, avoid errors in the traditional manual drawing process, and improve design quality and production efficiency.

[0003] In the design of product and project drawings, CAD consists of multiple parts, which are usually divided into multiple drawings or models according to the characteristics of the product and project. Drawing models have a parent-child assembly or combination relationship. The design drawing contains the graphic design information and technical data of the parts, as well as the BOM detailed data of the sub-parts, such as the sub-part drawing number, name, material, quantity, etc.

[0004] The drawings of products and projects contain multiple specifications or multiple configurations. Different configurations correspond to different drawings or models and BOM material lists. The existing practice is usually to establish different product models for different configurations and usage environments. Each model is modified based on the original model to create a new drawing or model set. This method requires designers to modify it manually, which is easy to cause omissions in modifications and result in low accuracy of product drawings. Summary of the invention

[0005] In order to improve the efficiency and accuracy of drawing generation, the present application provides a configurable drawing generation, system, device and storage medium.

[0006] In a first aspect, the present application provides a configuration drawing generation method, which adopts the following technical solution:

[0007] Receiving product parts that need to be configured and drawing configuration information of the product parts in different usage contexts;

[0008] Generate overall background configuration data of the product parts according to the drawing configuration information;

[0009] Establishing a configuration database, storing a number of the background configuration data in the configuration database;

[0010] When a product drawing generation request is received, the product drawing generation request includes a standard set of drawings and an actual use background, and the standard set of drawings is modified by using a configuration database according to the actual use background to obtain a target set of drawings.

[0011] Through the above technical solution, by establishing a configuration database, when the usage background changes, the original drawings can be flexibly modified according to the configuration database to achieve automatic modification, reduce omissions caused by manual modification by designers, and improve the accuracy of the drawings.

[0012] In a specific possible implementation scheme, generating the overall background configuration data of the product parts according to the drawing configuration information includes:

[0013] Parsing the drawing configuration information to generate background data of the product components and configuration data corresponding to the background data;

[0014] Generate a number of background configuration sub-data of the product parts according to the background data and the configuration data;

[0015] A plurality of the background configuration sub-data are collected to generate the background configuration total data of the product parts.

[0016] Through the above technical solution, each product component generates a corresponding set of data, which records the configuration information of the product component in different backgrounds, making it convenient to call data according to different backgrounds to generate drawings in corresponding backgrounds, thereby improving the efficiency of drawing generation.

[0017] In a specific possible implementation scheme, the standard set of drawings includes a number of standard configuration data of a number of product parts, and the method of modifying the standard set of drawings using the configuration database according to the actual use background to obtain the target set of drawings includes:

[0018] Retrieving the background configuration data including the standard configuration data from the configuration database;

[0019] If the background configuration total data including the standard configuration data is not retrieved, it is determined that the standard configuration data of the product component does not need to be processed;

[0020] If the background configuration total data including the standard configuration data is retrieved, the actual use background is parsed to obtain the actual background data, and the standard configuration data of the product component is modified according to the actual background data;

[0021] After modifying the standard configuration data of all the product components in the standard set of drawings, a target set of drawings is obtained.

[0022] Through the above technical solution, the configuration database targets the parts that need to be modified according to the usage background. Before the modification, the parts are judged whether they are in the configuration database to screen out the parts that need to be modified in the drawings, so that the efficiency of drawing generation is improved.

[0023] In a specific possible implementation scheme, modifying the standard configuration data of the product parts according to the actual background data includes:

[0024] Searching the background configuration total data for target configuration data corresponding to the actual background data;

[0025] If the target configuration data corresponding to the actual background data is not found, it is determined that the standard configuration data of the product component does not need to be processed;

[0026] If target configuration data corresponding to the actual background data is found, the standard configuration data of the product component is modified according to the target configuration data and the standard configuration data.

[0027] Through the above technical solution, it is determined whether the configuration database contains configuration data of the actual usage background, so that the accuracy of actual drawing generation is improved.

[0028] In a specific possible implementation scheme, after determining that the standard configuration data of the product component does not need to be processed, the method further includes:

[0029] Generate newly added background configuration sub-data of the product component in the actual use context;

[0030] The newly added background configuration sub-data is added to the configuration database, and the configuration database is updated.

[0031] Through the above technical solution, the configuration database is continuously updated in actual use, which can make the configuration database more perfect and the drawing generation efficiency higher.

[0032] In a specific implementation scheme, the target configuration data includes a target feature field, the standard configuration data includes a standard feature field, and modifying the standard configuration data of the product component according to the target configuration data and the standard configuration data includes:

[0033] Comparing the target feature field with the standard feature field;

[0034] If the target feature field is consistent with the standard feature field, it is determined that the standard configuration data of the product component does not need to be processed;

[0035] If the target feature field and the standard feature field are inconsistent, the standard configuration data in the configuration database is replaced by the configuration data.

[0036] Through the above technical solution, the target configuration data and the standard configuration data are compared to see if they are consistent, and the standard set of drawings is updated by replacing the configuration data of product parts, thereby improving the accuracy of the drawings.

[0037] In a specific possible implementation scheme, after the standard configuration data of all the product components are modified in the standard set of drawings to obtain the target set of drawings, the method further includes:

[0038] Searching the configuration database for a number of background data corresponding to the target configuration data of all the product components;

[0039] Determining whether the actual background data is consistent with the plurality of background data;

[0040] If the actual background data is consistent with the plurality of background data, it is determined that the target set of images can be put into use;

[0041] If the actual background data and some of the background data are inconsistent, it is determined that the target set of images cannot be put into use.

[0042] Through the above technical solution, the actual drawings are generated and then verified using the configuration database to ensure the accuracy of the drawings.

[0043] In a second aspect, the present application provides a configuration drawing generation system, which adopts the following technical solution: the system includes:

[0044] A drawing configuration information acquisition module is used to receive product parts that need to be configured and drawing configuration information of the product parts in different usage contexts;

[0045] A configuration data generation module, used to generate background configuration data of the product parts according to the drawing configuration information;

[0046] A configuration database establishment module, used to establish a configuration database, and store a number of the background configuration data in the configuration database;

[0047] The drawing generation module is used to, when receiving a product drawing generation request, the product drawing generation request includes a standard set of drawings and an actual use background, modify the standard set of drawings using a configuration database according to the actual use background to obtain a target set of drawings.

[0048] In a third aspect, the present application provides a computer device, which adopts the following technical solution: it includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and executes a method for generating a configurable drawing as described above.

[0049] In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solution: storing a computer program that can be loaded by a processor and execute the above-mentioned method for generating a configurable drawing.

[0050] In summary, this application has the following beneficial technical effects:

[0051] The original product drawing only contains one combination of parts, and there is no need to consider the different drawings corresponding to different usage backgrounds. By establishing a configuration database, when the usage background changes, the original drawings can be flexibly modified based on the configuration database, and the drawings can be automatically generated based on the configuration, reducing omissions caused by manual modifications by designers and improving the accuracy of the drawings. At the same time, the configuration database can be continuously expanded and updated in actual use to cover more usage backgrounds, which improves the efficiency of drawing generation. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] Figure 1 This is a flow chart of a configuration drawing generation method in an embodiment of the present application.

[0053] Figure 2 It is a structural block diagram of a configuration drawing generation method in an embodiment of the present application.

[0054] Reference numerals: 201, drawing configuration information acquisition module; 202, configuration data generation module; 203, configuration database establishment module; 204, drawing generation module. DETAILED DESCRIPTION

[0055] The following is combined with Figure 1-Figure 2 This application is described in further detail.

[0056] The embodiment of the present application discloses a method for generating a configurable drawing, which is used to improve the efficiency and accuracy of drawing generation.

[0057] CAD (Computer-Aided Design) product drawing design is the process of using computer software to assist in creating, modifying, analyzing and optimizing design drawings. It covers multiple industries, including machinery, construction, electronics, automobiles, aviation and other fields. Through CAD, designers can design products and make drawings more efficiently and accurately, avoid errors in the traditional manual drawing process, and improve design quality and production efficiency. With the development of technology, CAD design is not only limited to traditional two-dimensional and three-dimensional design, but will gradually incorporate more intelligent and automated functions. Advanced CAD design technology and software methods can not only improve work efficiency, but also occupy an advantageous position in the fierce market competition.

[0058] In the design of product and project drawings, CAD consists of multiple parts, which are usually divided into multiple drawings or models according to the characteristics of the product and project. The drawing models have a parent-child assembly or combination relationship. The design drawing contains the graphic design information and technical data of the parts, as well as the BOM detailed data of the sub-parts, such as the sub-part drawing number, name, material, quantity, etc. Through the drawings of products and projects, the complete BOM material details and hierarchical relationships of the product design can be obtained. These materials and data can be used for factory raw material procurement, process production, production and manufacturing, inventory management, etc. to realize digital manufacturing.

[0059] The drawings of products and projects contain multiple specifications or multiple configurations. Different configurations correspond to different drawings or models and BOM material lists. The existing practice is usually to establish different product models for different configurations and usage environments. Each model is modified based on the original model to create a new drawing or model set. This method requires designers to modify it manually, which is easy to cause omissions in modifications and result in low accuracy of product drawings.

[0060] Therefore, the present application proposes a configuration-based drawing generation method, which is used to improve the efficiency and accuracy of drawing generation.

[0061] like Figure 1 As shown, the method includes:

[0062] S10, receiving product parts that need to be configured and drawing configuration information of product parts in different usage contexts.

[0063] Specifically, the products use different parts for different usage environments. The parts may have the same shape and size but different materials. For example, different bolts and screws are used in different usage environments. Galvanized yellow bolts are used under normal circumstances, and stainless steel bolts are used for outdoor or seaside use. The shapes or sizes of the parts may also be different, such as using bolts of different specifications and lengths in different scenarios. Such parts with different configuration requirements in different usage contexts are the parts that need to be configured. When receiving the product parts that need to be configured, it is also necessary to receive the specific drawing configuration information of the product parts in different usage contexts. The drawing configuration information includes the drawings, models and bom material information of the product parts in different usage contexts.

[0064] S20, generating overall background configuration data of product parts according to the drawing configuration information.

[0065] Specifically, drawings and models are represented as drawing numbers in the drawing configuration information, and material information is represented as material numbers in the drawing configuration information. The background configuration total data of product parts is generated based on the drawing configuration information. The background configuration total data represents the drawings, models and material information of a product part in different usage contexts. The background configuration total data contains several background configuration sub-data of a product part. Each background configuration sub-data includes background data and configuration data. The specific expression forms are as follows: background data is represented as series information (using background name or alias ID), configuration data is represented as drawing number or material number (one or both can be selected), material part name, specification model and other data.

[0066] S30, establishing a configuration database, and storing a number of background configuration data in the configuration database.

[0067] Specifically, a configuration database is established. A product component generates the corresponding background configuration data. Several product components generate several background configuration data. The configuration database is a collection of several background configuration data. Several background configuration data are stored in the configuration database.

[0068] S40, when a product drawing generation request is received, the product drawing generation request includes a standard set of drawings and an actual use background, and the standard set of drawings is modified by using a configuration database according to the actual use background to obtain a target set of drawings.

[0069] Specifically, each product or project is composed of several parts. When a product or project is designed, the designer will generate a standard set of drawings. The set of drawings not only contains drawings and BOM bills of materials of product parts, but also includes assembly relationships and detailed lists of product parts, as well as information such as materials and weights of product parts in drawings or models. For parts that will not change according to the use background, the designer sets the unchanged drawings, models and BOM materials; for parts that will change according to the use background, the designer randomly selects drawings, models and BOM materials under a use background to synthesize the standard set of drawings for the product or project. When the customer uses the product in the actual use background, the target set of drawings for the product in the actual use background needs to be given. Since some parts in the standard set of drawings are randomly selected from drawings under the use background, the standard set of drawings is modified using the configuration database according to the actual use background to obtain the target set of drawings.

[0070] By establishing a configuration database, when the usage background changes, the original drawings can be modified flexibly according to the configuration database to achieve automated modifications, reduce omissions caused by manual modifications by designers, and improve the accuracy of the drawings.

[0071] In one embodiment, in order to improve the efficiency of drawing generation, the step of generating the overall background configuration data of product parts according to the drawing configuration information can be specifically performed as follows:

[0072] First, the drawing configuration information is parsed to generate background data of product parts and configuration data corresponding to the background data. Specifically, the drawing configuration information of product parts in different usage contexts is different. The drawing configuration information is parsed to generate background data of product parts and configuration data corresponding to the background data. The background data is specifically expressed as series information (using background name or alias ID), and the configuration data is specifically expressed as drawing number or material number (one or both can be selected), material part name, specification model and other data. The drawing number or material number is the key field of the configuration data and must exist in the configuration data.

[0073] Then, a number of background configuration sub-data of product parts are generated according to the background data and configuration data. Specifically, the background data and configuration data mentioned above are combined into a number of background configuration sub-data, for example:

[0074] Background configuration sub-data 1: series name 1, drawing number 1, material number 1, material name, specification model;

[0075] Background configuration sub-data 2: series name 2, drawing number 2, material number 2, material name, specification model.

[0076] In detail, the M10*60 bolts used in different use environments are different. Galvanized yellow bolts are used in normal situations, and stainless steel bolts are used for outdoor or seaside use. The background configuration sub-data of the M10*60 bolts are;

[0077] Conventional, drawing number (TQ3.012.0043), material number (621.882.215.01), material name (bolt), specification model (M10*60 conventional);

[0078] Stainless steel, drawing number (TQ3.012.0051), material number (621.882.217.01), material name (bolt), specification model (M10*60 stainless steel).

[0079] Next, several background configuration sub-data are collected to generate the background configuration total data of the product parts. Specifically, the background configuration total data represents the drawings, models and material information of a product part in different usage contexts. The collection of several background configuration sub-data of the product parts is the background configuration total data, and each product part corresponds to one background configuration total data.

[0080] After the configuration database is established, it needs to be stored. The first method is to store the configuration database locally, such as in a computer hard disk or other storage space, for easy retrieval. The second method is to store the configuration database in the cloud or on a server. This storage method can be shared and can be directly read and written through the database or accessed and maintained by the BS and CS architecture interface services when needed.

[0081] Each product component generates a corresponding set of data, which records the configuration information of the product component in different backgrounds, making it convenient to call data according to different backgrounds to generate drawings in corresponding backgrounds, thereby improving the efficiency of drawing generation.

[0082] In one embodiment, in order to improve the efficiency of drawing generation, the standard set of drawings includes a number of standard configuration data of a number of product parts. The step of modifying the standard set of drawings using the configuration database to obtain the target set of drawings according to the actual use background can be specifically performed as follows:

[0083] First, the background configuration total data including the standard configuration data is retrieved in the configuration database. Specifically, for a certain product component of a product, the standard set of drawings contains the standard configuration data of the product component, including the drawing number or material number of the product component. The drawing number or material number is used as a key field to retrieve whether the configuration database contains the background configuration total data of the product component.

[0084] Then, if the total background configuration data containing the standard configuration data is not retrieved, it is determined that the standard configuration data of the product parts do not need to be processed. Specifically, the configuration database records parts with different configuration requirements under different usage backgrounds. If the drawings and other configurations of a certain part do not change according to the usage background, such as parts such as the product shell, the configuration of such parts will not be stored in the configuration database, and the total background configuration data of such parts will not be retrieved in the configuration database. Usually, the configuration of such parts already exists in the standard set of drawings of the product, so the standard configuration data of such product parts does not need to be processed.

[0085] Next, if the background configuration total data containing the standard configuration data is retrieved, the actual use background is parsed to obtain the actual background data, and the standard configuration data of the product parts is modified according to the actual background data. Specifically, the configuration database records parts with different configuration requirements under different use backgrounds. If the corresponding configuration total data is found for a certain product part through the key fields of the part (such as the part name, etc.), if the background configuration total data containing the standard configuration data of the product part can be retrieved, it means that the configuration of the product part will change according to the use background. Since the standard configuration data is a configuration generated by randomly selecting the use background during product design, it cannot adapt to the current actual use background. In the configuration database, the background data is specifically expressed as series information (use background name or alias ID). The actual use background is parsed to obtain the actual background data that can be identified in the configuration database, such as the background name or alias ID. According to the actual background data, the corresponding configuration data is found in the background configuration total data of the product part to modify the standard configuration data of the product part.

[0086] Finally, after modifying the standard configuration data of all product parts in the standard set of drawings, the target set of drawings is obtained. Specifically, after retrieving the total background configuration data containing the standard configuration data in the configuration database, the standard configuration data of the product parts is processed as appropriate. This is a modification step for a product part in the product on the standard set of drawings. After processing the standard configuration data of all product parts, the target set of drawings that can be applied to the current background is obtained.

[0087] The configuration database is aimed at parts that need to be modified according to the usage context. Before modification, it screens out the parts that need to be modified in the drawings by judging whether the parts are in the configuration database, thereby improving the efficiency of drawing generation.

[0088] In one embodiment, in order to improve the accuracy of the drawings, the step of modifying the standard configuration data of product parts according to the actual background data can be specifically performed as follows:

[0089] First, the target configuration data corresponding to the actual background data is searched in the total background configuration data. Specifically, the corresponding target configuration data is found in the total background configuration data of the product parts according to the actual background data. The target configuration data includes the drawings, models, bom materials and other configurations that should be used for the product parts in the actual use context.

[0090] Next, if the target configuration data corresponding to the actual background data is not found, it is determined that the standard configuration data of the product parts does not need to be processed. Specifically, the total background configuration data of a product part includes several background configuration sub-data, and the background configuration sub-data is composed of background data and configuration data corresponding to the background data. If the corresponding target configuration data cannot be found in the total background configuration data according to the actual background data, it means that the configuration information such as drawings, models and bom materials of the product parts in the actual use context is not included in the configuration database. Therefore, it is determined that the standard configuration data of the product parts does not need to be processed and manual intervention is required to modify.

[0091] Then, if the target configuration data corresponding to the actual background data is found, the standard configuration data of the product parts is modified according to the target configuration data and the standard configuration data. Specifically, if the corresponding target configuration data is found in the background configuration total data according to the actual background data, it means that the configuration information such as drawings, models and bom materials of the product parts in the actual usage context is included in the configuration database. It is only necessary to compare the target configuration data and the standard configuration data of the product parts for modification.

[0092] By judging whether the configuration database contains configuration data of the actual usage background, the accuracy of actual drawing generation is improved.

[0093] In one embodiment, in order to improve the accuracy of the drawings, after determining that the standard configuration data of the product parts do not need to be processed, the following steps may be performed:

[0094] Generate new background configuration sub-data for product parts in the actual usage context, add the new background configuration sub-data to the configuration database, and update the configuration database. Specifically, if the corresponding target configuration data cannot be found in the background configuration total data based on the actual background data, it means that the configuration information such as drawings, models, and bom materials of the product parts in the actual usage context is not included in the configuration database, and there is a loophole in the configuration database. In this case, it is necessary to generate configuration information such as drawings, models, and bom materials of the product parts in this actual usage context, generate actual background data and corresponding configuration data, combine them into a background configuration sub-data and add them to the background configuration total data of the product parts to complete the expansion and improvement of the configuration database.

[0095] It should be noted that if the target configuration data corresponding to the actual background data is not found, it is determined that the standard configuration data of the product parts does not need to be processed. The "no need to be processed" here means that no processing is required when the system replaces and modifies the standard set of drawings. When designers generate drawings, models, bom materials and other configuration information of product parts in this actual usage context, they also need to modify and replace the standard configuration data of the product parts to make the final generated product target set of drawings more accurate.

[0096] Continuously updating the configuration database during actual use can make the configuration database more complete and the drawing generation more efficient.

[0097] In one embodiment, in order to improve the accuracy of the drawing, the target configuration data includes a target feature field, and the standard configuration data includes a standard feature field. The step of modifying the standard configuration data of the product component according to the target configuration data and the standard configuration data can be specifically performed as follows:

[0098] First, compare the target feature field and the standard feature field. Specifically, the key field of the configuration data is the drawing number or material number, the target feature field is the drawing number or material number of the target configuration data, and the standard feature field is the drawing number or material number of the standard configuration data. Compare the two.

[0099] Then, if the target feature field and the standard feature field are consistent, it is determined that the standard configuration data of the product parts do not need to be processed. Specifically, if the drawing number or material number of the target configuration data and the drawing number or material number of the standard configuration data in the standard feature field are consistent, it means that the standard configuration data of the product parts randomly selected during product design meets the configuration requirements of the actual usage background and does not need to be changed.

[0100] Next, if the target feature field and the standard feature field are inconsistent, the standard configuration data of the configuration database is replaced with the configuration data. Specifically, if the drawing number or material number of the target configuration data is inconsistent with the drawing number or material number of the standard feature field, it means that the standard configuration data of the product parts randomly selected during product design does not meet the configuration requirements of the actual use background. The standard configuration data is replaced with the target configuration data. During the replacement process, not only the drawing number or material number needs to be replaced, but also the remaining configuration data, such as material name, specification model, etc., and the assembly relationship and other information related to the product parts need to be modified. The number of parts remains unchanged during the replacement process.

[0101] The system compares the target configuration data with the standard configuration data to see if they are consistent, and updates the standard set of drawings by replacing the configuration data of product components, thereby improving the accuracy of the drawings.

[0102] In one embodiment, in order to improve the accuracy of the drawings, after the standard configuration data of all product parts are modified in the standard set of drawings to obtain the target set of drawings, the following steps may be performed:

[0103] First, search the configuration database for several background data corresponding to the target configuration data of all product parts. Specifically, after obtaining the target set of drawings that conform to the actual use background, verification is required before putting them into use. The specific verification method is to search the configuration database for several background data corresponding to the target configuration data of all product parts. Because the actual use background is certain, by verifying whether the several background data corresponding to the target configuration data of all product parts are consistent with the actual use background, it is possible to verify whether the drawing generation is accurate.

[0104] Then, determine whether the actual background data is consistent with several background data; if the actual background data is consistent with several background data, it is determined that the target set of pictures can be put into use; if the actual background data is inconsistent with several background data, it is determined that the target set of pictures cannot be put into use. Specifically, whether the several background data corresponding to the target configuration data of all product parts are inconsistent with the actual use background, if it is inconsistent, it means that an error occurred in the process of replacing and modifying the standard set of pictures, and the target set of pictures cannot be put into use; whether the several background data corresponding to the target configuration data of all product parts are consistent with the actual use background, if it is consistent, it means that the target set of pictures cannot be put into use.

[0105] After the target set of drawings is generated, it is verified using the configuration database to ensure the accuracy of the drawings.

[0106] Based on the above method, the present application also discloses a configuration drawing generation system. Figure 2 The system includes the following modules:

[0107] Drawing configuration information acquisition module 201, used to receive product parts that need to be configured and drawing configuration information of product parts in different usage contexts;

[0108] Configuration data generation module 202, used to generate background configuration data of product parts according to drawing configuration information;

[0109] A configuration database establishment module 203 is used to establish a configuration database and store a number of background configuration data in the configuration database;

[0110] The drawing generation module 204 is used to, when receiving a product drawing generation request including a standard set of drawings and an actual use background, modify the standard set of drawings using a configuration database according to the actual use background to obtain a target set of drawings.

[0111] In one embodiment, the configuration data generation module 202 is specifically used to parse the drawing configuration information to generate background data of product parts and configuration data corresponding to the background data; generate a number of background configuration sub-data of product parts according to the background data and the configuration data; and generate the total background configuration data of the product parts by combining the background configuration sub-data.

[0112] In one embodiment, the drawing generation module 204 is specifically used to retrieve the background configuration total data containing standard configuration data in the configuration database; if the background configuration total data containing standard configuration data is not retrieved, it is determined that the standard configuration data of the product parts does not need to be processed; if the background configuration total data containing standard configuration data is retrieved, the actual use background is parsed to obtain the actual background data, and the standard configuration data of the product parts is modified according to the actual background data; after modifying the standard configuration data of all product parts in the standard set of drawings, the target set of drawings is obtained.

[0113] In one embodiment, the drawing generation module 204 is specifically used to search for target configuration data corresponding to the actual background data in the background configuration total data; if the target configuration data corresponding to the actual background data is not found, it is determined that the standard configuration data of the product parts does not need to be processed; if the target configuration data corresponding to the actual background data is found, the standard configuration data of the product parts is modified according to the target configuration data and the standard configuration data.

[0114] In one embodiment, the drawing generation module 204 is specifically used to generate new background configuration sub-data of product parts in the actual use context; add the new background configuration sub-data to the configuration database, and update the configuration database.

[0115] In one embodiment, the drawing generation module 204 is specifically used to compare the target feature field and the standard feature field; if the target feature field and the standard feature field are consistent, it is determined that the standard configuration data of the product parts does not need to be processed; if the target feature field and the standard feature field are inconsistent, the standard configuration data of the configuration database is replaced with the configuration data.

[0116] In one embodiment, the drawing generation module 204 is specifically used to search the configuration database for a number of background data corresponding to the target configuration data of all product parts; determine whether the actual background data is consistent with the number of background data; if the actual background data is consistent with the number of background data, determine that the actual drawing can be put into use; if the actual background data is inconsistent with the number of background data, determine that the actual drawing cannot be put into use.

[0117] The embodiment of the present application also discloses a computer device.

[0118] Specifically, the computer device includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute the above-mentioned configuration drawing generation method.

[0119] The embodiment of the present application also discloses a computer-readable storage medium.

[0120] Specifically, the computer-readable storage medium stores a computer program that can be loaded by a processor and execute a method for generating a configured drawing as described above. The computer-readable storage medium includes, for example, various media that can store program codes, such as a USB flash drive, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk or an optical disk.

[0121] This specific embodiment is merely an explanation of the present invention and is not a limitation of the present invention. After reading this specification, those skilled in the art may make non-creative modifications to the present embodiment as needed. However, as long as they are within the scope of the claims of the present invention, they are protected by the patent law.

Claims

1. A configuration drawing generation method, characterized in that: The method comprises: Receiving product parts that need to be configured and drawing configuration information of the product parts in different usage contexts; Generate overall background configuration data of the product parts according to the drawing configuration information; Establishing a configuration database, storing a number of the background configuration data in the configuration database; When a product drawing generation request is received, the product drawing generation request includes a standard set of drawings and an actual use background, and the standard set of drawings is modified by using a configuration database according to the actual use background to obtain a target set of drawings.

2. The method according to claim 1, characterized in that: The generating of the background configuration total data of the product parts according to the drawing configuration information includes: Parsing the drawing configuration information to generate background data of the product components and configuration data corresponding to the background data; Generate a number of background configuration sub-data of the product parts according to the background data and the configuration data; A plurality of the background configuration sub-data are collected to generate the background configuration total data of the product parts.

3. The method according to claim 1, characterized in that: The standard set of drawings includes a number of standard configuration data of a number of product parts, and the method of modifying the standard set of drawings using the configuration database according to the actual use background to obtain the target set of drawings includes: Retrieving the background configuration data including the standard configuration data from the configuration database; If the background configuration total data including the standard configuration data is not retrieved, it is determined that the standard configuration data of the product component does not need to be processed; If the background configuration total data including the standard configuration data is retrieved, the actual use background is parsed to obtain the actual background data, and the standard configuration data of the product parts is modified according to the actual background data; After modifying the standard configuration data of all the product components in the standard set of drawings, a target set of drawings is obtained.

4. The method according to claim 3, characterized in that: The step of modifying the standard configuration data of the product components according to the actual background data includes: Searching the background configuration total data for target configuration data corresponding to the actual background data; If the target configuration data corresponding to the actual background data is not found, it is determined that the standard configuration data of the product component does not need to be processed; If target configuration data corresponding to the actual background data is found, the standard configuration data of the product component is modified according to the target configuration data and the standard configuration data.

5. The method according to claim 4, characterized in that: After determining that the standard configuration data of the product component does not need to be processed, the method further includes: Generate newly added background configuration sub-data of the product component in the actual use context; The newly added background configuration sub-data is added to the configuration database, and the configuration database is updated.

6. The method according to claim 4, characterized in that: The target configuration data includes a target feature field, the standard configuration data includes a standard feature field, and the step of modifying the standard configuration data of the product component according to the target configuration data and the standard configuration data includes: Comparing the target feature field with the standard feature field; If the target feature field is consistent with the standard feature field, it is determined that the standard configuration data of the product component does not need to be processed; If the target feature field and the standard feature field are inconsistent, the standard configuration data in the configuration database is replaced by the configuration data.

7. The method according to claim 6, characterized in that: After the standard configuration data of all the product components are modified in the standard set of drawings to obtain the target set of drawings, the method further includes: Searching the configuration database for a number of background data corresponding to the target configuration data of all the product components; Determining whether the actual background data is consistent with the plurality of background data; If the actual background data is consistent with the plurality of background data, it is determined that the target set of images can be put into use; If the actual background data and some of the background data are inconsistent, it is determined that the target set of images cannot be put into use.

8. A configuration drawing generation system, characterized in that: The system comprises: A drawing configuration information acquisition module (201) is used to receive product components that need to be configured and drawing configuration information of the product components in different usage contexts; A configuration data generation module (202), used to generate background configuration data of the product parts according to the drawing configuration information; A configuration database establishment module (203) is used to establish a configuration database and store a number of the background configuration data in the configuration database; The drawing generation module (204) is used for, when receiving a product drawing generation request, the product drawing generation request includes a standard set of drawings and an actual use background, modifying the standard set of drawings using a configuration database according to the actual use background to obtain a target set of drawings.

9. A computer device, characterized in that: The method comprises a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and executes the method according to any one of claims 1 to 7.

10. A computer-readable storage medium, characterized in that: A computer program is stored which can be loaded by a processor and execute the method according to any one of claims 1 to 7.

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