Carbon fiber composite material tool management system and use method
By designing a carbon fiber composite tooling management system, the problem of inaccurate data in the traditional management model is solved, and the automation and collaborative efficiency of tooling management is improved, ensuring the timely inspection and maintenance of tooling, and supporting tooling design optimization.
Patent Information
- Application Number
- CN202411249662.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-09-06
- Publication Date
- 2025-01-10
AI Technical Summary
The traditional carbon fiber composite tooling management model relies on paper recording and oral transmission, resulting in unreal-time and inaccurate data, making it difficult to manage, and it is prone to loss of tooling, undetected inspection and maintenance time, which affects production scheduling and workwear. Design optimization.
A carbon fiber composite material tooling management system was designed, including database, unified platform module, interface service module, display warning module and barcode module, to realize centralized management, automated updates and real-time early warning of physical tooling data, and support data analysis and third-party systems. Docking.
The paperless office and information automation update of tooling management have been realized, which improves the real-time, accuracy and collaborative efficiency of data, reduces the probability of errors, ensures that the regular inspection and maintenance of tooling are carried out on time, maximizes the use of tooling resources, and Support tooling design optimization.
Smart Images
Figure CN119294712A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to a carbon fiber composite material tooling management system and a use method thereof. Background Art
[0002] Carbon fiber composite manufacturing tooling is the most basic condition in the composite manufacturing process. The accuracy of the tooling directly affects the quality of carbon fiber composite products. An ordinary carbon fiber manufacturing industrial enterprise often needs to manage thousands or even tens of thousands of tooling at the same time. The tooling needs to be inspected and maintained regularly to ensure that after multiple high temperatures and high pressures in the autoclave, its technical status still meets the technical requirements of the next manufacturing, including technical requirements for the surface, technical requirements for air tightness, etc. For civil aviation tooling, it is also necessary to manage its production verification status, etc.
[0003] The traditional management mode is an Excel spreadsheet, and the certificate of conformity is a paper certificate of conformity. All kinds of information such as the use status and location of the tooling are verbally transmitted by relevant personnel of each department and updated in Excel by the tooling administrator, which makes management extremely difficult. The physical tools have different shapes and sizes, ranging from small ones to dozens of meters. It is often the case that the ledger does not match the physical location, and even the tooling is lost; the scheduled inspection date and maintenance date need to be manually judged and controlled, and it is often the case that the scheduled inspection and maintenance time is approaching but not discovered, resulting in the inability to carry out normal production scheduling; the records and resumes of each maintenance are incomplete, and the ledger records maintenance without maintenance, maintenance without recording, and so on; the data ledger of each scheduled inspection and the physical object are always unable to be associated, and subsequent query and analysis of data are extremely difficult, and it is impossible to provide basic data support for the design optimization of the tooling. In view of this, the present invention proposes a carbon fiber composite tooling management system and a method for use to solve the above problems. Summary of the invention
[0004] The purpose of the present invention is to provide a carbon fiber composite material tooling management system and a use method to solve the problems raised in the above background technology.
[0005] To achieve the above object, the present invention provides the following technical solutions: A carbon fiber composite material tooling management system, comprising: Database; used for structured storage of relevant data information; Unified platform module; connected with the database to centrally manage physical tooling data and user data information; Interface service module; connected to the unified platform module, used to import and store information related to physical tooling; Display warning module; connected with the unified platform module, used to export the user interface of different types of physical tooling and issue warning on the status of physical tooling; Barcode module; connected to the unified platform module, used to generate corresponding physical tooling barcodes and record the imported physical tooling information; The interface service module further includes an input module for inputting initial information of physical tooling and importing it into the database through the unified platform module.
[0006] As an improvement of the above technical solution, a data analysis module is connected to the database for conducting a comprehensive analysis of the initial information and usage data information of the physical tooling.
[0007] As an improvement of the above technical solution, the data analysis module is also connected to the unified platform module to transmit the bad information after comprehensive analysis of the physical tooling to the display warning module in real time.
[0008] As an improvement of the above technical solution, a small program module is provided on the interface service module to support on-site operators to obtain the real-time status of the physical tooling and fill in the on-site usage data of the physical tooling and store it in the database.
[0009] As an improvement of the above technical solution, the interface service module is also provided with an integrated interface module for importing physical tooling data from a third-party system and exporting physical work data to the third-party system.
[0010] A method for using a carbon fiber composite material tooling management system comprises the following steps: S10: The purchasing staff imports the new physical tooling information into the database through the interface service module, generates a barcode through the barcode module and affixes it to the physical tooling, sets the business status to newly manufactured and enters the factory, and initiates an entry application to the unified platform module; S20: The unified platform module receives the application for physical tooling to enter the factory, and the tooling management personnel determine whether to enter the factory. If the entry is approved, the business status is automatically updated to pending inspection; if the entry is not approved, the business status is automatically updated to pending factory return for repair; S30: The purchasing staff initiates an inspection application for the physical tooling whose business status is pending inspection. After the quality inspector accepts and agrees, the business status of the physical tooling is automatically updated to inspection submission; S40: After the quality inspection of the physical tooling with the business status of "Submitted for Inspection" is completed, the quality inspector initiates an application for the inspection and return of the physical tooling, and sets the business status of the physical tooling with qualified inspection results to "Qualified" through the mini program module, and sets the business status of the physical tooling with unqualified inspection results to "Under Tolerance Evaluation"; S50: The user initiates a loan application for the physical tooling with a qualified business status through the mini-program module, and the business status of the physical tooling is automatically updated to be issued, and the database records the number of times the physical tooling with a qualified business status is used; S60: When the user returns the physical tooling whose business status is "received", he / she initiates a tooling return application through the mini program module, and the business status of the physical tooling to be returned is automatically updated to "qualified".
[0011] As an improvement of the above technical solution, S40 further includes the following steps: S41: The physical tooling with a business status of out-of-tolerance assessment is evaluated by the quality inspector. The quality inspector updates the business status of the physical tooling with an evaluation result of internal repair to pending repair through the mini-program module, and updates the business status of the physical tooling with an evaluation result of factory repair to pending factory repair; S42: The quality inspector submits a repair application to the unified platform module for the physical tooling whose business status is to be repaired. The unified platform module assigns it to the repair personnel, who make a judgment and fill in the information through the mini-program module. For the physical tooling that is judged as not to be repaired internally, the repair personnel select factory repair and the business status is changed to to be repaired. For the physical tooling that is judged as to be repairable internally, the repair personnel select repair and the business status is changed to internal repair. S43: The purchasing staff submits a factory return application through the mini program module, sends out the physical tooling with a business status of pending factory return, and the business status is automatically updated to factory return; S44: After the physical tooling with the business status of internal repair is repaired, the repair personnel submits an inspection application through the mini program module and enters S30; S45: After S43 is completed, when the physical tooling with the business status of factory return for repair is brought into the factory again by the purchasing personnel, S10, S20, S30, and S40 are re-entered until the business status of the physical tooling is qualified.
[0012] As an improvement of the above technical solution, in S40, when the business status of the physical tooling is set to qualified, the inspection date is recorded through the mini-program module and stored in the database through the unified platform module, and the data is analyzed by the data analysis module. When the inspection date of the physical tooling with a business status of qualified expires, the data analysis module imports the information into the unified platform module through the database, and the unified platform module modifies the business status to disabled, and issues an early warning for the physical tooling status through the display early warning module; After the business status of the physical tooling is modified to disabled, the physical tooling with the disabled business status is introduced into S30, and the business status of the physical tooling is automatically updated to inspection, and then enters S40.
[0013] As an improvement of the above technical solution, when physical tools with a business status of disabled need to be used temporarily, the user submits an emergency release application to the unified platform module through the mini-program module. After confirmation by the unified platform module, the business status of the physical tools is modified to emergency release, and the user initiates a loan application for the physical tools with a business status of emergency release through the mini-program module, and the business status of the physical tools is automatically updated to be issued.
[0014] As an improvement of the above technical solution, in S10, S20, S30, S40, S50, and S60, a scrapping and maintenance application can be initiated for the physical tooling in real time, and the business status of the physical tooling is automatically updated to scrapping and maintenance; After the physical tooling in the maintenance state completes maintenance, the physical tooling enters S10.
[0015] Compared with the prior art, the present invention has the following beneficial effects: Through this system, paperless office and automatic information update of the ledger of tooling management for carbon fiber manufacturing have been realized, which completely changes the traditional management mode, ensures the real-time, effectiveness and accuracy of various data of physical tooling, greatly improves the collaborative efficiency and work convenience of various departments, and effectively reduces the probability of errors; and through docking with other systems, the on-site dispatch and physical tooling preparation are linked to realize the advance production preparation work, accurately and timely arrange production, and ensure product delivery; increase the physical tooling safety inventory management, and realize the physical tooling regular inspection warning and maintenance overdue warning, so that the physical tooling resources are maximized.
[0016] By collecting various information of the physical tooling through the above method and analyzing and processing the physical tooling through the data analysis module, the process personnel can obtain the optimal solution of the theoretical value of the tooling, which is convenient for continuous optimization of the tooling design. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] Figure 1 This is a system block diagram of the carbon fiber composite material tooling management system of the present invention; Figure 2 A system block diagram of the interface service module of the present invention; Figure 3 The present invention is a flowchart of the use of the carbon fiber composite material tooling management system.
[0018] In the figure: 1. Unified platform module; 2. Barcode module; 3. Display and warning module; 4. Interface service module; 5. Mini program module; 6. Data analysis module; 7. Database; 8. Input module; 9. Integrated interface module. DETAILED DESCRIPTION
[0019] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0020] Example: like Figure 1-3 As shown, this embodiment proposes a carbon fiber composite material tooling management system, including: Database 7; used for structured storage of relevant data information; Unified platform module 1; connected to database 7, used for centralized management of physical tooling data and user data information; Interface service module 4; connected to the unified platform module 1, used to import and store information related to physical tooling; Display warning module 3; connected to the unified platform module 1, used to export the user interface of different types of physical tooling and issue warnings on the status of the physical tooling; Barcode module 2; connected to the unified platform module 1, used to generate corresponding physical tooling barcodes and record the imported physical tooling information; The interface service module 4 further includes an input module 8 for inputting initial information of the physical tooling and importing it into the database 7 through the unified platform module 1 .
[0021] In this embodiment, the unified platform module 1 includes basic functions such as user management and authority control, and also has built-in functions such as a workflow engine. The unified platform module stores information of various physical tooling, including but not limited to the physical tooling number, drawing number, certificate, business status, location, whether it is controlled, air tightness, and number of uses, in a database, and triggers state changes in different scenarios through various defined states and business processes, thereby forming a complete closed-loop management of carbon fiber composite material manufacturing tooling; The barcode module 2 manages the barcode information of physical tooling. When new physical tooling is produced, the module automatically generates corresponding barcode information. Subsequently, the barcode information can be used to query and track the full life cycle data and usage times of the tooling.
[0022] The display warning module 3 is a user interface for different types of physical tooling. Different management dimensions and operation interfaces can be defined according to management needs, and a real-time warning function is provided to facilitate users to instantly grasp the relevant information of the tooling; The interface service module 4 mainly obtains the relevant information of the physical tooling from each system and stores it in the database 7, and provides each system interface so that each system can retrieve the real-time information of the physical tooling; The input module 8 can manually input the relevant information of the physical work when the interface service module 4 fails to obtain the relevant information of the physical tooling.
[0023] Specifically, the database 7 is connected to a data analysis module 6 for performing a comprehensive analysis on the initial information and usage data information of the physical tooling.
[0024] In this embodiment, the data analysis module 6 can preset a big data mathematical statistics model, and at the same time has a certain degree of machine learning characteristics, providing a rich type of algorithms, including classification, clustering, association rules, etc., specifically Adaboost classification, Bagging classification and Bagging regression, etc., through the accumulation and statistical analysis of data, to provide data support for product quality control, tooling analysis, cost engineering management, etc.; Of course, the data analysis module 6 can analyze and process the physical tooling based on the big data analysis model and full sample statistical technology.
[0025] Specifically, the data analysis module 6 is also connected to the unified platform module 1 to transmit the bad information of the physical tooling after comprehensive analysis to the display warning module 3 in real time.
[0026] In this embodiment, when the data analysis module 6 analyzes the physical work, taking the regular inspection cycle as an example, the regular inspection cycle of different tooling is different, and the next inspection date is the last inspection date + the number of days specified in the regular inspection cycle. The system can set and configure the alarm and reminder thresholds. When the difference between the next inspection date and the current date is lower than the threshold, the system will issue an obvious color warning and can actively remind relevant personnel.
[0027] Specifically, the interface service module 4 is provided with a small program module 5 for supporting on-site operators to obtain the real-time status of the physical tooling and fill in the on-site usage data of the physical tooling and store it in the database 7 .
[0028] In this embodiment, the mini program module 5 allows the on-site operator to obtain the real-time status of the physical tooling by scanning or querying, and can automatically update the location information of the tooling by using a specific scanning device; Tooling management personnel can also adjust the location information of physical tooling by scanning the code. On-site production personnel can automatically synchronize the relevant information to the MES system by scanning the QR code on the physical object through handheld PDA and other devices, which is convenient for filling in production records. Mini Program Module 5 can be connected to WeChat for Business, as a self-built application of WeChat for Business, so that different personnel can schedule and use physical tooling; Of course, the mini program module 5 can also modify the business status of the use of physical tooling, and can also record the use of the physical tooling, such as usage time, usage environment, users, etc.
[0029] Specifically, the interface service module 4 is further provided with an integrated interface module 9 for importing physical tooling data from a third-party system and exporting physical work data to the third-party system.
[0030] In this embodiment, the third-party system includes but is not limited to ERP\MES\QMS\PDM, etc., which can obtain the basic information of the tooling from ERP, including drawing number, serial number, size, weight, project, manufacturer, manufacturing date, etc.; obtain the design information of the tooling from PDM; obtain the tooling inspection information and product data inspection information from QMS; ERP\MES can retrieve the tooling status information, usage count and other information through the interface service module, which can be used for production status inspection, completeness inspection, real-time recording of production process status, etc.
[0031] Of course, when the above system is in use, the interface service module 4 uniformly inputs the information of the physical tooling and stores it in the database 7, and generates the corresponding barcode through the barcode module 2. When the physical tooling needs to be used, the mini program module 5 initiates a use application and transmits the information to the unified platform module 1, which processes it and uses the physical tooling after the application is approved; Of course, the information of the physical tooling in the display warning module 3 can be obtained through the mini program module 5, which is convenient for query and use. At the same time, the information of the physical tooling can be updated and modified through the mini program module 5, which is convenient for the data analysis module 6 to analyze and process the physical tooling, so as to perform warning processing on the physical tooling in the display warning module 3; Through this system, paperless office and automatic information update of the ledger of tooling management for carbon fiber manufacturing have been realized, which completely changes the traditional management mode, ensures the real-time, effectiveness and accuracy of various data of physical tooling, greatly improves the collaborative efficiency and work convenience of various departments, and effectively reduces the probability of errors; and through docking with other systems, the on-site dispatch and physical tooling preparation are linked to realize the advance production preparation work, accurately and timely arrange production, and ensure product delivery; increase the physical tooling safety inventory management, and realize the physical tooling regular inspection warning and maintenance overdue warning, so that the physical tooling resources are maximized.
[0032] A method for using a carbon fiber composite material tooling management system comprises the following steps: S10: The purchasing staff imports the new physical tooling information into the database 7 through the interface service module 4, generates a barcode through the barcode module 2 and affixes it to the physical tooling, sets the business status to newly manufactured and enters the factory, and initiates an entry application to the unified platform module 1; S20: The unified platform module 1 receives the application for physical tooling to enter the factory, and the tooling management personnel determines whether to enter the factory. If the entry is approved, the business status is automatically updated to pending inspection; if the entry is not approved, the business status is automatically updated to pending factory return for repair; S30: The purchasing staff initiates an inspection application for the physical tooling whose business status is pending inspection. After the quality inspector accepts and agrees, the business status of the physical tooling is automatically updated to inspection submission; S40: After the quality inspection of the physical tooling with the business status of sent for inspection is completed, the quality inspector initiates an application for the inspection and return of the physical tooling, and sets the business status of the physical tooling with qualified inspection results to qualified through the mini program module 5, and sets the business status of the physical tooling with unqualified inspection results to being under out-of-tolerance evaluation; S50: The user initiates a loan application for the physical tooling with a qualified business status through the mini-program module 5, and the business status of the physical tooling is automatically updated to be issued, and the database 7 records the number of times the physical tooling with a qualified business status is used; S60: When the user returns the physical tooling whose business status is "received", an application for tooling return is initiated through mini-program module 5, and the business status of the physical tooling to be returned is automatically updated to "qualified".
[0033] Specifically, S40 also includes the following steps: S41: The physical tooling with a business status of out-of-tolerance assessment is evaluated by the quality inspector. The quality inspector updates the business status of the physical tooling with an evaluation result of internal repair to pending repair through the mini-program module 5, and updates the business status of the physical tooling with an evaluation result of factory repair to pending factory repair; S42: The quality inspector submits a repair application to the unified platform module 1 for the physical tooling whose business status is to be repaired. The unified platform module 1 assigns it to the repair personnel, who make a judgment and fill in the information through the mini-program module 5. For the physical tooling that is judged as not to be repaired internally, the repair personnel select factory repair, and the business status is changed to to-be-repaired. For the physical tooling that is judged as to be repairable internally, the repair personnel select repair, and the business status is changed to internal repair. S43: The purchasing staff submits a factory return application through the mini-program module 5, sends out the physical tooling with a business status of pending factory return, and the business status is automatically updated to factory return; S44: After the physical tooling with the business status of internal repair is completed, the repair personnel submits an inspection application through the mini program module 5 and enters S30; S45: After S43 is completed, when the physical tooling with the business status of factory return for repair is brought into the factory again by the purchasing personnel, S10, S20, S30, and S40 are re-entered until the business status of the physical tooling is qualified.
[0034] Specifically, in S40, when the business status of the physical tooling is set to qualified, the inspection date is recorded through the mini-program module 5 and stored in the database 7 through the unified platform module 1, and the data is analyzed by the data analysis module 6. When the inspection date of the physical tooling with a business status of qualified expires, the data analysis module 6 imports the information into the unified platform module 1 through the database 7, and the unified platform module 1 modifies the business status to disabled, and issues an alert for the physical tooling status through the display alert module 3; After the business status of the physical tooling is modified to disabled, the physical tooling with the disabled business status is introduced into S30, and the business status of the physical tooling is automatically updated to inspection, and then enters S40.
[0035] Specifically, when physical tools with a business status of disabled need to be used temporarily, the user submits an emergency release application to the unified platform module 1 through the mini-program module 5. After confirmation by the unified platform module 1, the business status of the physical tools is modified to emergency release, and the user initiates a loan application for the physical tools with a business status of emergency release through the mini-program module 5, and the business status of the physical tools is automatically updated to be issued.
[0036] Specifically, in S10, S20, S30, S40, S50, and S60, a scrapping and maintenance application can be initiated for the physical tooling in real time, and the business status of the physical tooling is automatically updated to scrapping and maintenance; After the physical tooling in the maintenance state completes maintenance, the physical tooling enters S10.
[0037] In this case, when the business status is changed to scrapped, an application can be initiated except in the scrapped state; when the business status is changed to under maintenance, an application can be initiated except in the scrapped or under maintenance states.
[0038] In this embodiment, the unified platform module 1 monitors all status information of the physical tooling. When the physical tooling is not inspected when the next inspection is due, or the maintenance is not performed when the maintenance is due, the business status will be automatically updated to "disabled". For disabled physical tooling, operations such as borrowing are not allowed, and it is not allowed to be used in actual production. However, due to some special circumstances, experiments need to be conducted, etc., so an application process for emergency release of physical tools is provided. This process can be submitted for disabled physical tools. After evaluation and approval by relevant personnel, the business status is changed to emergency release. Physical tools that are urgently released can submit tool borrowing applications, and the status is changed to use; When some tools need to be suspended due to special reasons, you can submit a tool suspension application, and the business status will be changed to "disabled". Non-maintenance operations are not allowed on the disabled tools. When the disabled tools need to be used again, you can submit a tool activation application, and the business status will be changed to pending inspection. All the above processes and status changes will record the corresponding information and be updated in combination with the third-party system and mini-program module 5. For example, the number of times the tooling is used will be fed back through the records of the MES system when the business status is "received"; the inspection information of the tooling will retrieve the relevant inspection data information in the QMS system during the inspection and return process and store it in the database 7; the design information of the tooling will be automatically synchronized through the PDM system after the basic information of the tooling is created; users can scan the code through the mini-program module 5 or display the early warning module 3 to query the full life cycle record of the tooling. By collecting various information of the physical tooling through the above method, and analyzing and processing the physical tooling through the data analysis module 6, the process personnel can obtain the optimal solution of the tooling theoretical value, which is convenient for continuous optimization of the tooling design.
[0039] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.
Claims
1. A carbon fiber composite material tooling management system, characterized in that: include: Database (7); Used for structured storage of relevant data information; A unified platform module (1) is connected to a database (7) and is used for centrally managing physical tooling data and user data information; An interface service module (4); connected to the unified platform module (1), and used for importing and storing information related to physical tooling; A display and early warning module (3); connected to the unified platform module (1), used to export the user interface of different types of physical tooling and issue an early warning on the status of the physical tooling; A barcode module (2) connected to the unified platform module (1) for generating a corresponding barcode of the physical tooling and recording the imported physical tooling information; The interface service module (4) further comprises an input module (8) for inputting initial information of the physical tooling and importing it into the database (7) via the unified platform module (1).
2. A carbon fiber composite material tooling management system according to claim 1, characterized in that: The database (7) is connected to a data analysis module (6) for performing a comprehensive analysis on initial information and usage data information of the physical tooling.
3. A carbon fiber composite material tooling management system according to claim 2, characterized in that: The data analysis module (6) is also connected to the unified platform module (1) and is used to transmit bad information after comprehensive analysis of the physical tooling to the display warning module (3) in real time.
4. A carbon fiber composite material tooling management system according to claim 1, characterized in that: The interface service module (4) is provided with a small program module (5) for supporting on-site operators to obtain the real-time status of the physical tooling and to fill in the on-site usage data of the physical tooling and store it in the database (7).
5. A carbon fiber composite material tooling management system according to claim 1, characterized in that: The interface service module (4) is also provided with an integrated interface module (9) for importing physical tooling data from a third-party system and exporting physical work data to the third-party system.
6. A method for using a carbon fiber composite material tooling management system according to any one of claims 1 to 5, characterized in that: The following steps are involved: S10: The purchasing staff imports the new physical tooling information into the database (7) through the interface service module (4), generates a barcode through the barcode module (2) and affixes it to the physical tooling, sets the business status to newly manufactured and entering the factory, and initiates an entry application to the unified platform module (1); S20: The unified platform module (1) receives the application for physical tooling to enter the factory, and the tooling management personnel determine whether to allow the tooling to enter the factory. If the tooling is allowed to enter the factory, the business status is automatically updated to pending inspection; if the tooling is not allowed to enter the factory, the business status is automatically updated to pending factory repair; S30: The purchasing staff initiates an inspection application for the physical tooling whose business status is pending inspection. After the quality inspector accepts and agrees, the business status of the physical tooling is automatically updated to inspection submission; S40: After the quality inspection of the physical tooling with the business status of "Submitted for Inspection" is completed, the quality inspector initiates an application for the inspection and return of the physical tooling, and sets the business status of the physical tooling with qualified inspection results to "Qualified" through the mini program module (5), and sets the business status of the physical tooling with unqualified inspection results to "Under Tolerance Evaluation"; S50: The user initiates a loan application for the physical tooling with a qualified business status through the mini-program module (5), and the business status of the physical tooling is automatically updated to be issued, and the database (7) records the number of times the physical tooling with a qualified business status is used; S60: When the user returns the physical tooling whose business status is "taken", he / she initiates a tooling return application through the mini program module (5), and the business status of the physical tooling to be returned is automatically updated to "qualified".
7. The method for using a carbon fiber composite material tooling management system according to claim 6, characterized in that: S40 also includes the following steps: S41: The physical tooling whose business status is out-of-tolerance assessment is evaluated by the quality inspector. The quality inspector updates the business status of the physical tooling whose evaluation result is internal repair to pending repair through the mini program module (5), and updates the business status of the physical tooling whose evaluation result is factory repair to pending factory repair; S42: The quality inspection personnel submit a repair application to the unified platform module (1) for the physical tooling whose business status is to be repaired. The unified platform module (1) assigns the application to the repair personnel, who then make a decision and fill in the information through the mini-program module (5). For the physical tooling that is judged as not to be repaired internally, the user selects factory repair and the business status is changed to to be repaired externally. For the physical tooling that is judged as to be repairable internally, the user selects the repair personnel for repair and the business status is changed to internal repair. S43: The purchasing staff submits a factory return application through the mini-program module (5), sends out the physical tooling with a business status of pending factory return, and the business status is automatically updated to factory return; S44: After the physical tooling with the business status of internal repair is repaired, the repair personnel submits an inspection application through the mini-program module (5) and enters S30; S45: After S43 is completed, when the physical tooling with the business status of factory return for repair is brought into the factory again by the purchasing personnel, S10, S20, S30, and S40 are re-entered until the business status of the physical tooling is qualified.
8. The method for using a carbon fiber composite material tooling management system according to claim 7, characterized in that: In S40, when the business status of the physical tooling is set to qualified, the inspection date is recorded through the mini-program module (5) and stored in the database (7) through the unified platform module (1). The data is analyzed by the data analysis module (6). When the inspection date of the physical tooling with a business status of qualified expires, the data analysis module (6) imports the information into the unified platform module (1) through the database (7). The unified platform module (1) modifies the business status to disabled and issues an early warning of the physical tooling status through the display early warning module (3); After the business status of the physical tooling is modified to disabled, the physical tooling with the disabled business status is introduced into S30, and the business status of the physical tooling is automatically updated to inspection, and then enters S40.
9. The method for using a carbon fiber composite material tooling management system according to claim 8, characterized in that: When a physical tooling with a business status of disabled needs to be used temporarily, the user submits an emergency release application to the unified platform module (1) through the mini-program module (5). After confirmation by the unified platform module (1), the business status of the physical tooling is modified to emergency release, and the user initiates a loan application for the physical tooling with a business status of emergency release through the mini-program module (5), and the business status of the physical tooling is automatically updated to collection.
10. A method for using a carbon fiber composite material tooling management system according to claim 9, characterized in that: In S10, S20, S30, S40, S50, and S60, a scrapping and maintenance application can be initiated for the physical tooling in real time, and the business status of the physical tooling is automatically updated to scrapping and maintenance; After the physical tooling in the maintenance state completes maintenance, the physical tooling enters S10.