CN113343660B - Assembly file creation system and method - Google Patents
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Abstract
The invention belongs to the technical field of process files and discloses an assembly file creation system and method. The method comprises the following steps: the process file processing module acquires initial part data and processes the initial part data to obtain functional position information; the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file; and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file. Through the mode, the functional position information is used as the tie, and the final target assembly file is obtained through the functional position information, so that errors in the manual operation process can be effectively avoided, a large number of repeated works are changed into automatic system generation, repeated manpower input is avoided, and the working efficiency is improved.
Description
Technical Field
The invention relates to the technical field of process files, in particular to an assembly file creation system and method.
Background
The automotive industry is a very complex manufacturing industry. The vehicle model is a huge project from planning to design to production to sales, and requires the cooperative work of a plurality of departments. These synergies require an information carrier carrying the critical information required for the work to be carried out in each field. For example, in the process manufacturing, information such as a process route and assembly equipment is required, and in the field of logistics, information such as a station and a warehouse is required. BOM is this carrier.
At present, the process from the EBOM to the MBOM is that a process engineer numbers and names each process module according to a designed process route scheme, and then manually copies and pastes the data belonging to the same process module from the EBOM into a process module file. The assembly operation specification of each part is also combined and compiled according to the types of the parts and the corresponding general assembly operation specification files of the fasteners required by assembly, and then the final process assembly file is formed by revising the places with special requirements. However, the process of creating the assembly file is performed manually, so that the repeated workload is large and the error rate is high.
The foregoing is provided merely for the purpose of facilitating understanding of the technical solutions of the present invention and is not intended to represent an admission that the foregoing is prior art.
Disclosure of Invention
The invention mainly aims to provide an assembly file creation system and method, and aims to solve the technical problems of large repeated workload and high error rate in the creation process of an assembly file in the prior art.
To achieve the above object, the present invention provides an assembly file creation system including: the system comprises a process file processing module, an intermediate database module and an assembly file creating module;
the process file processing module is as follows: the method comprises the steps of acquiring initial part data, and processing the initial part data to obtain functional position information;
the intermediate database module: the data matching is carried out through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file;
the assembly file creation module: and the function position information and the initial assembly file are integrated to obtain a target assembly file.
Optionally, the process file processing module includes: the data acquisition module and the data identification module;
the data acquisition module is used for: the method comprises the steps of acquiring whole vehicle material information, and acquiring corresponding initial part data according to the whole vehicle material information data;
the data identification module: and the analysis and identification module is used for analyzing and identifying the initial part data to obtain the functional position information in the initial part data.
Optionally, the data identification module includes: the function description identification module and the function code matching module;
the function description identification module: the method comprises the steps of identifying initial part data to obtain a functional position description in the initial part data;
the functional code matching module is used for: and the initial part data is subjected to coding matching according to the function position description so as to obtain a function position code corresponding to the function position description, and the function position description and the function position code are used as function position information.
Optionally, the intermediate database module includes: manufacturing a material structure building module and an initial assembly file building module;
the material manufacturing structure building module comprises: the method comprises the steps of carrying out construction of a manufacturing bill of materials structure according to the functional position information and the initial part data so as to obtain a target manufacturing bill of materials structure;
the initial assembly file creation module: and the function position information is matched with a preset assembly operation specification file according to the target manufacturing bill of materials structure, so as to obtain the initial assembly file.
Optionally, the intermediate database module includes: manufacturing a material structure building module and an initial assembly file building module;
the material manufacturing structure building module comprises: the method comprises the steps of carrying out construction of a manufacturing bill of materials structure according to the functional position information and the initial part data so as to obtain a target manufacturing bill of materials structure;
the initial assembly file creation module: and the function position information is matched with a preset assembly operation specification file according to the target manufacturing bill of materials structure, so as to obtain the initial assembly file.
Optionally, the manufacturing material structure building module includes: the information definition module and the structure building module;
the information definition module: the method comprises the steps of defining corresponding process route information, station information and storehouse information in initial part data according to the functional position information;
the structure building module comprises: and the building of the material manufacturing structure is carried out according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
Further, to achieve the above object, the present invention also provides an assembly file creation method applied to an assembly file creation system as described above, the assembly file creation system comprising: the process file processing module, the intermediate database module and the assembly file creating module, wherein the assembly file creating method comprises the following steps:
the process file processing module acquires initial part data and processes the initial part data to obtain functional position information;
the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file;
and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file.
Optionally, the process file processing module includes: the data acquisition module and the data identification module;
the process file processing module obtains initial part data and processes the initial part data to obtain functional position information, and the process file processing module comprises the following steps:
the data acquisition module acquires whole material information and acquires corresponding initial part data according to the whole material information data;
and the data identification module analyzes and identifies the initial part data to obtain the functional position information in the initial part data.
Optionally, the data identification module includes: the function description identification module and the function code matching module;
the data identification module analyzes and identifies the initial part data to obtain functional position information in the initial part data, and the data identification module comprises:
the function description identification module identifies the initial part data to obtain a function position description in the initial part data;
and the function code matching module performs code matching on the initial part data according to the function position description so as to obtain a function position code corresponding to the function position description, and takes the function position description and the function position code as function position information.
Optionally, the intermediate database module includes: manufacturing a material structure building module and an initial assembly file building module;
the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data to obtain an initial assembly file, and the method comprises the following steps:
the manufacturing material structure building module builds a manufacturing material list structure according to the functional position information and the initial part data so as to obtain a target manufacturing material list structure;
and the initial assembly file creation module is matched with a preset assembly operation standard file according to the target manufacturing bill of materials structure and the function position information so as to obtain the initial assembly file.
Optionally, the manufacturing material structure building module includes: the information definition module and the structure building module;
the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data to obtain a target material manufacturing list structure, and the building module comprises the following steps:
the information definition module defines corresponding process route information, station information and storehouse information in the initial part data according to the functional position information;
and the structure construction module is used for constructing a material manufacturing structure according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
The process file processing module acquires initial part data and processes the initial part data to obtain functional position information; the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file; and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file. Through the mode, the functional position information is used as the tie, and the final target assembly file is obtained through the functional position information, so that errors in the manual operation process can be effectively avoided, a large number of repeated works are changed into automatic system generation, repeated manpower input is avoided, and the working efficiency is improved.
Drawings
FIG. 1 is a block diagram of a first embodiment of an assembly file creation system of the present invention;
FIG. 2 is an overall frame diagram of one embodiment of an assembly file creation system of the present invention;
FIG. 3 is a block diagram illustrating a second embodiment of an assembly file creation system according to the present invention;
FIG. 4 is a schematic diagram of a creation flow of an embodiment of an assembly file creation system according to the present invention;
FIG. 5 is a MBOM frame diagram of an embodiment of the assembly file creation system of the present invention;
FIG. 6 is a flowchart of a first embodiment of an assembly file creation method according to the present invention;
fig. 7 is a flowchart of a second embodiment of the method for creating an assembly file according to the present invention.
The achievement of the objects, functional features and advantages of the present invention will be further described with reference to the accompanying drawings, in conjunction with the embodiments.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1, fig. 1 is a block diagram showing the construction of a first embodiment of the assembly file creation system of the present invention.
In this embodiment, the assembly file creation system includes: a process file processing module 10, an intermediate database module 20, and an assembly file creation module 30; the process file processing module 10: the method comprises the steps of acquiring initial part data, and processing the initial part data to obtain functional position information; the intermediate database module 20: the data matching is carried out through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file; the assembly file creation module 30: and the function position information and the initial assembly file are integrated to obtain a target assembly file.
It should be noted that, the process file processing module 10 is configured to obtain initial part data, and perform code matching on the obtained initial part data to obtain functional position information of the initial part data.
It will be appreciated that the process file processing module 10 is EBOM (engineering bill of materials) based, and that the functional position information includes a functional position description and a functional position code of the part. The initial part data refers to related information including all parts of the target vehicle to be assembled.
In a specific implementation, to obtain the initial part data and the functional position information more accurately and efficiently, the process file processing module 10 further includes: the data acquisition module and the data identification module; the process file processing module obtains initial part data and processes the initial part data to obtain functional position information, and the process file processing module comprises the following steps: the data acquisition module acquires whole material information and acquires corresponding initial part data according to the whole material information data; and the data identification module analyzes and identifies the initial part data to obtain the functional position information in the initial part data.
The data acquisition module is used for acquiring the whole vehicle material information, and identifying and classifying the whole vehicle material information to obtain initial part data in the whole vehicle material information, wherein the whole vehicle material information comprises all material numbers and names of target vehicles to be assembled, which are purchased from suppliers and need to be assembled.
It can be understood that the data identification module is used for analyzing and processing the acquired initial part information, so that the function position description and the function position code of each part can be obtained, and the function position description and the function position code are used as the function position information.
In a specific implementation, in order to make the whole assembly system have uniform coding to make the processing process more accurate, corresponding coding needs to be performed on different parts, and further, the data identification module includes: the function description identification module and the function code matching module; the data identification module analyzes and identifies the initial part data to obtain functional position information in the initial part data, and the data identification module comprises: the function description identification module identifies the initial part data to obtain a function position description in the initial part data; and the function code matching module performs code matching on the initial part data according to the function position description so as to obtain a function position code corresponding to the function position description, and takes the function position description and the function position code as function position information.
It should be noted that, the function description identification module identifies the function description data of the parts in the initial part data to obtain a function position description corresponding to each part, where the function position description refers to a function position of each part in the whole vehicle of the target assembly vehicle, the function main part mainly describes a function structure of the part, and the fasteners required for assembling the function main part and the parts to assist in assembling describe the types of the parts (such as bolts and nuts) and the assembling positions on the whole vehicle.
It can be understood that the functional code matching module is configured to code each part in the initial part data according to the functional position description, so as to obtain a functional position code corresponding to each functional position description. The functional position code is a number, each part with different functional position descriptions is provided with a number, and meanwhile, the functional position code defines the same functional main part and a certain section of code of a fastener used by the functional main part in the initial part data, so that an administrator can clearly identify the corresponding relation.
It should be noted that, the intermediate database module 20 is configured to define a process file corresponding to each part by using the functional position information, where the preset process file template refers to a preset initial assembly file template, and perform data matching through the intermediate database to obtain an initial assembly file.
It will be appreciated that the pre-set process template contains three parts of data from the intermediate database module 20: the functional position codes, the storehouses, the process routes, the station information corresponding tables, the manufactured bill of materials structure built according to the station information and the process routes, and standard assembly operation specification files of each fastener corresponding to each functional position code are defined through functional position description, but because the functional position description has the corresponding functional position codes, the intermediate database is defined by adopting the functional position codes, and the intermediate database prestores the corresponding relation created by defining the process route storehouses information, the station information and the assembly operation specification of the corresponding part according to the functional position description and the functional position codes corresponding to each functional position description.
It should be noted that, the assembly file creating module 30 is configured to refer to an operation specification file corresponding to the function position codes of all the parts under the same process module to obtain the target assembly file finally.
It will be understood that the process template refers to a process module built by describing the process route and station information defined for each part through the functional position, and the operation specification file refers to a file for knowing standard operations performed by an assembly manager, and the required torque or pressing force and the like of the fastener under each functional main part have corresponding fixed standard requirements. As shown in fig. 2, the initial operation specification file obtained through the built intermediate database and the MBOM, that is, the target assembly file, is a complete assembly file obtained by summarizing the operation specification files of the functional main component and the fastening components thereof.
In the embodiment, a process file processing module acquires initial part data and processes the initial part data to obtain functional position information; the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file; and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file. Through the mode, the functional position information is used as the tie, and the final target assembly file is obtained through the functional position information, so that errors in the manual operation process can be effectively avoided, a large number of repeated works are changed into automatic system generation, repeated manpower input is avoided, and the working efficiency is improved.
Referring to fig. 3, fig. 3 is a block diagram showing the construction of a second embodiment of the assembly document creation system according to the present invention, which is proposed based on the first embodiment described above.
In this embodiment, the intermediate database module 20 includes a manufacturing material structure building module 201 and an initial assembly file creating module 202;
it should be noted that, the manufacturing bill of materials (MBOM) structure building module 201 is configured to build a manufacturing bill of materials (MBOM) structure based on the initial part data according to the function position code and the function position description, so as to obtain a target MBOM structure.
In a specific implementation, in order to build the target MBOM structure, functional position codes need to be used as bands for combination, and further, the manufacturing material structure building module 201 includes: the information definition module and the structure building module; the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data to obtain a target material manufacturing list structure, and the building module comprises the following steps: the information definition module defines corresponding process route information, station information and storehouse information in the initial part data according to the functional position information; and the structure construction module is used for constructing a material manufacturing structure according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
The information definition module is used for defining the process route information, the station information and the warehouse information corresponding to each part according to the function position description in the function position information.
It can be appreciated that the structure building module is configured to build a target MBOM structure, as shown in fig. 4 and 5, where the target MBOM structure is built by combining corresponding functional positions into different process modules according to a process route based on the EBOM and an intermediate database, and meanwhile, a library letter can be directly brought into the target MBOM structure.
It should be noted that, the initial assembly file creation module 202 is an initial assembly file formed by referring to the assembly operation specification corresponding to the function position code under each process module according to the target MBOM structure.
In this embodiment, the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data, so as to obtain a target material manufacturing list structure; and the initial assembly file creation module is matched with a preset assembly operation standard file according to the target manufacturing bill of materials structure and the function position information so as to obtain the initial assembly file. The object manufacturing bill of materials structure adopts the functional position information as the tie, and is built based on the EBOM as the data source, so that errors in the data conversion process are avoided, and the construction efficiency is improved.
Referring to fig. 6, fig. 6 is a flowchart illustrating a first embodiment of an assembly file creation method of the present invention, which is applied to an assembly file creation system including: the process file processing module, the intermediate database module and the assembly file creating module, wherein the assembly file creating method comprises the following steps:
step S10: the process file processing module acquires initial part data and processes the initial part data to obtain functional position information.
It should be noted that, the execution body of the embodiment is an assembly file creating system, and after the initial part data is obtained, the corresponding process file can be obtained according to the function position description and the function position code, and finally the final assembly file can be obtained through one-to-one correspondence between the function position code and the process file, and the embodiment is not limited to this.
It should be noted that, the process file processing module is configured to obtain initial part data, and perform code matching on the obtained initial part data to obtain functional position information of the initial part data.
It will be appreciated that the process file processing module is EBOM (engineering bill of materials) based, and that the functional position information includes a functional position description and a functional position code of the part. The initial part data refers to related information including all parts of the target vehicle to be assembled.
In a specific implementation, in order to obtain the initial part data and the functional position information more accurately and efficiently, the process file processing module further includes: the data acquisition module and the data identification module; the process file processing module obtains initial part data and processes the initial part data to obtain functional position information, and the process file processing module comprises the following steps: the data acquisition module acquires whole material information and acquires corresponding initial part data according to the whole material information data; and the data identification module analyzes and identifies the initial part data to obtain the functional position information in the initial part data.
The data acquisition module is used for acquiring the whole vehicle material information, and identifying and classifying the whole vehicle material information to obtain initial part data in the whole vehicle material information, wherein the whole vehicle material information comprises all material numbers and names of target vehicles to be assembled, which are purchased from suppliers and need to be assembled.
It can be understood that the data identification module is used for analyzing and processing the acquired initial part information, so that the function position description and the function position code of each part can be obtained, and the function position description and the function position code are used as the function position information.
In a specific implementation, in order to make the whole assembly system have uniform coding to make the processing process more accurate, corresponding coding needs to be performed on different parts, and further, the data identification module includes: the function description identification module and the function code matching module; the data identification module analyzes and identifies the initial part data to obtain functional position information in the initial part data, and the data identification module comprises: the function description identification module identifies the initial part data to obtain a function position description in the initial part data; and the function code matching module performs code matching on the initial part data according to the function position description so as to obtain a function position code corresponding to the function position description, and takes the function position description and the function position code as function position information.
It should be noted that, the function description identification module identifies the function description data of the parts in the initial part data to obtain a function position description corresponding to each part, where the function position description refers to a function position of each part in the whole vehicle of the target assembly vehicle, the function main part mainly describes a function structure of the part, and the fasteners required for assembling the function main part and the parts to assist in assembling describe the types of the parts (such as bolts and nuts) and the assembling positions on the whole vehicle.
It can be understood that the functional code matching module is configured to code each part in the initial part data according to the functional position description, so as to obtain a functional position code corresponding to each functional position description. The functional position code is a number, each part with different functional position descriptions is provided with a number, and meanwhile, the functional position code defines the same functional main part and a certain section of code of a fastener used by the functional main part in the initial part data, so that an administrator can clearly identify the corresponding relation.
Step S20: and the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file.
It should be noted that, the intermediate database module is configured to define a process file corresponding to each part by using functional position information, where the preset process file template refers to a preset initial assembly file template, and performs data matching through the intermediate database to obtain an initial assembly file.
It will be appreciated that the pre-set process template contains three parts of data from the intermediate database: the functional position codes, the storehouses, the process routes, the station information corresponding tables, the manufactured bill of materials structure built according to the station information and the process routes, and standard assembly operation specification files of each fastener corresponding to each functional position code are defined through functional position description, but because the functional position description has the corresponding functional position codes, the intermediate database is defined by adopting the functional position codes, and the intermediate database prestores the corresponding relation created by defining the process route storehouses information, the station information and the assembly operation specification of the corresponding part according to the functional position description and the functional position codes corresponding to each functional position description.
Step S30: and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file.
It should be noted that, the assembly file creation module is used for referencing and summarizing the operation specification files corresponding to the function position codes of all the parts under the same process module to finally obtain the target assembly file.
It will be understood that the process template refers to a process module built by describing the process route and station information defined for each part through the functional position, and the operation specification file refers to a file for knowing standard operations performed by an assembly manager, and the required torque or pressing force and the like of the fastener under each functional main part have corresponding fixed standard requirements. The complete assembly file is obtained after the operation specification file work of the functional main part and the fastening parts thereof is summarized.
In the embodiment, a process file processing module acquires initial part data and processes the initial part data to obtain functional position information; the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file; and the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file. Through the mode, the functional position information is used as the tie, and the final target assembly file is obtained through the functional position information, so that errors in the manual operation process can be effectively avoided, a large number of repeated works are changed into automatic system generation, repeated manpower input is avoided, and the working efficiency is improved.
Referring to fig. 7, fig. 7 is a schematic flow chart of a second embodiment of the method for creating an assembly document according to the present invention, and based on the first embodiment, the second embodiment of the method for creating an assembly document according to the present invention is proposed.
In this embodiment, the intermediate database module includes: manufacturing a material structure building module and an initial assembly file creating module, wherein the step S20 comprises the following steps:
step S201: and the manufacturing material structure building module builds a manufacturing material list structure according to the functional position information and the initial part data so as to obtain a target manufacturing material list structure.
It should be noted that, the manufacturing bill of materials (MBOM) structure building module is configured to build a manufacturing bill of materials (MBOM) structure based on the initial part data according to the function position code and the function position description, so as to obtain a target MBOM structure.
In a specific implementation, in order to build a target MBOM structure, functional position codes need to be used as bands for combination, and further, the manufacturing material structure building module includes: the information definition module and the structure building module; the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data to obtain a target material manufacturing list structure, and the building module comprises the following steps: the information definition module defines corresponding process route information, station information and storehouse information in the initial part data according to the functional position information; and the structure construction module is used for constructing a material manufacturing structure according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
The information definition module is used for defining the process route information, the station information and the warehouse information corresponding to each part according to the function position description in the function position information.
It can be understood that the structure building module is used for building a target MBOM structure, the target MBOM structure is built by combining corresponding functional position codes into different process modules according to a process route, and meanwhile, a storehouse information can be directly brought into the target MBOM structure.
Step S202: and the initial assembly file creation module is matched with a preset assembly operation standard file according to the target manufacturing bill of materials structure and the function position information so as to obtain the initial assembly file.
It should be noted that, the initial assembly file creation module is an initial assembly file formed by referring to the assembly operation specification corresponding to the functional position code under each process module according to the target MBOM structure.
In this embodiment, the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data, so as to obtain a target material manufacturing list structure; and the initial assembly file creation module is matched with a preset assembly operation standard file according to the target manufacturing bill of materials structure and the function position information so as to obtain the initial assembly file. The object manufacturing bill of materials structure adopts the functional position information as the tie, and is built based on the EBOM as the data source, so that errors in the data conversion process are avoided, and the construction efficiency is improved.
Furthermore, it should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.
The foregoing embodiment numbers of the present invention are merely for the purpose of description, and do not represent the advantages or disadvantages of the embodiments.
From the above description of the embodiments, it will be clear to those skilled in the art that the above-described embodiment method may be implemented by means of software plus a necessary general hardware platform, but of course may also be implemented by means of hardware, but in many cases the former is a preferred embodiment. Based on such understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art in the form of a software product stored in a storage medium (e.g. Read Only Memory)/RAM, magnetic disk, optical disk) and including several instructions for causing a terminal device (which may be a mobile phone, a computer, a server, or a network device, etc.) to perform the method according to the embodiments of the present invention.
The foregoing description is only of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention, but rather is intended to cover any equivalents of the structures or equivalent processes disclosed herein or in the alternative, which may be employed directly or indirectly in other related arts.
Claims (4)
1. An assembly file creation system, the assembly file creation system comprising: the system comprises a process file processing module, an intermediate database module and an assembly file creating module;
the process file processing module is as follows: the method comprises the steps of acquiring initial part data, and processing the initial part data to obtain functional position information, wherein the initial part data refers to relevant information data of all parts of a target vehicle to be assembled;
the intermediate database module: the data matching is carried out through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file;
the assembly file creation module: the function position information and the initial assembly file are integrated to obtain a target assembly file;
wherein, the technology file processing module comprises: the data acquisition module and the data identification module;
the data acquisition module is used for: the method comprises the steps of acquiring whole vehicle material information, and acquiring corresponding initial part data according to the whole vehicle material information data;
the data identification module: the method comprises the steps of analyzing and identifying initial part data to obtain functional position information in the initial part data;
wherein, the data identification module includes: the function description identification module and the function code matching module;
the function description identification module: the method comprises the steps of identifying initial part data to obtain a functional position description in the initial part data;
the functional code matching module is used for: the initial part data are subjected to coding matching according to the function position description so as to obtain a function position code corresponding to the function position description, and the function position description and the function position code are used as function position information;
wherein the intermediate database module comprises: manufacturing a material structure building module and an initial assembly file building module;
the material manufacturing structure building module comprises: the method comprises the steps of carrying out construction of a manufacturing bill of materials structure according to the functional position information and the initial part data so as to obtain a target manufacturing bill of materials structure;
the initial assembly file creation module: and the function position information is matched with a preset assembly operation specification file according to the target manufacturing bill of materials structure, so as to obtain the initial assembly file.
2. The assembly file creation system of claim 1, wherein the manufacturing material structure building module comprises: the information definition module and the structure building module;
the information definition module: the method comprises the steps of defining corresponding process route information, station information and storehouse information in initial part data according to the functional position information;
the structure building module comprises: and the building of the material manufacturing structure is carried out according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
3. An assembly file creation method, applied to the assembly file creation system according to claim 1 or 2, comprising: the process file processing module, the intermediate database module and the assembly file creating module, wherein the assembly file creating method comprises the following steps:
the process file processing module acquires initial part data and processes the initial part data to obtain functional position information, wherein the initial part data refers to related information data of all parts of a target vehicle to be assembled;
the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data so as to obtain an initial assembly file;
the assembly file creation module integrates the function position information and the initial assembly file to obtain a target assembly file;
wherein, the technology file processing module comprises: the data acquisition module and the data identification module;
the process file processing module obtains initial part data and processes the initial part data to obtain functional position information, and the process file processing module comprises the following steps:
the data acquisition module acquires whole material information and acquires corresponding initial part data according to the whole material information data;
the data identification module analyzes and identifies the initial part data to obtain functional position information in the initial part data;
wherein, the data identification module includes: the function description identification module and the function code matching module;
the data identification module analyzes and identifies the initial part data to obtain functional position information in the initial part data, and the data identification module comprises:
the function description identification module identifies the initial part data to obtain a function position description in the initial part data;
the function code matching module performs code matching on the initial part data according to the function position description to obtain a function position code corresponding to the function position description, and the function position description and the function position code are used as function position information;
wherein the intermediate database module comprises: manufacturing a material structure building module and an initial assembly file building module;
the intermediate database module performs data matching through a preset process file template according to the functional position information and the initial part data to obtain an initial assembly file, and the method comprises the following steps:
the manufacturing material structure building module builds a manufacturing material list structure according to the functional position information and the initial part data so as to obtain a target manufacturing material list structure;
and the initial assembly file creation module is matched with a preset assembly operation standard file according to the target manufacturing bill of materials structure and the function position information so as to obtain the initial assembly file.
4. A method of creating an assembly document according to claim 3, wherein the manufacturing material structure building module comprises: the information definition module and the structure building module;
the building module of the material manufacturing structure builds a material manufacturing list structure according to the functional position information and the initial part data to obtain a target material manufacturing list structure, and the building module comprises the following steps:
the information definition module defines corresponding process route information, station information and storehouse information in the initial part data according to the functional position information;
and the structure construction module is used for constructing a material manufacturing structure according to the process route information, the station information and the warehouse information so as to obtain a target material manufacturing bill structure.
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