Cable harness manufacturing information distribution method

Abstract

The invention belongs to the aviation cable harness digital manufacturing technology, and relates to a cable harness manufacturing information distribution method. According to the cable harness manufacturing information distribution method, a digital technical means and an intensive production mode are adopted, task management, display management, loop management, production recording, distribution management and other contents are fused, automatic and informationized tool equipment is combined, the technological content of aviation cable manufacturing is improved, human influence factors are reduced, a lean management method is adopted, and the production efficiency is improved. Material loss is reduced, and cable manufacturing efficiency is improved. According to the cable harness manufacturing information distribution method, a data interaction link between cable design and a manufacturing process is established based on cable simulation design of a three-dimensional model, accurate and detailed data information is provided for cable manufacturing, and the standardization and accuracy of the cable design process are effectively verified. A standardized, normalized and informationized cable simulation environment is established, and datamation process preparation information is formed.

Description

Technical Field

[0001] The present invention belongs to the digital manufacturing technology of aviation cable harnesses, and relates to a method for distributing manufacturing information of cable harnesses, and specifically to cable model simulation, data and information processing technology, and production task allocation and control management methods. Background Art

[0002] With the development of computer technology, the level of aircraft manufacturing has been rapidly improved, but the production of aviation cable harnesses still uses the traditional method of manual operation. Production information management and data control are separated from the production system. The lack of detailed data of the processing process often has a great impact on cable manufacturing control and precision processing. The data transmission of processed cables is still in the traditional paper or oral form, with little information. The production progress relies on manual summary, and detailed system analysis cannot be carried out. In addition, the transmission of correlation data between each process is weak.

[0003] The cable harness manufacturing information distribution method applies digital simulation and information management technology to establish information dissemination and management methods for aviation cable manufacturing, covering status information such as plans, materials, personnel, and equipment. It provides production progress and material requirements to the management in a timely manner in an appropriate manner, transmits production plans and progress requirements to the production level, and adopts data analysis and information control processing methods to unify the management of all information in the processes of final assembly cable design, cutting, bundling, termination, and accessory installation, forming a transparent production model, integrating lean management methods, improving cable production efficiency, and enhancing the system control capabilities of cable manufacturing. Summary of the invention

[0004] The purpose of the invention is: the invention is applied to the information dissemination and management process of helicopter aviation cable harness production, forming a data analysis and information transmission method for the digital manufacturing process of aviation cables, establishing a complete data flow network of cable design, processing, and inspection lean processing units, effectively improving the production efficiency of aviation cables, and laying the foundation for realizing the automated processing and intelligent production of aviation cables.

[0005] The technical solution of the present invention is: a method for distributing cable harness manufacturing information, including production management, system management, basic data, data exchange network, cutting data, clustering data, assembly data, and detection data: production management is connected with system management, basic data, cutting data, clustering data, assembly data, and detection data through a data exchange network to obtain status data statistics and monitor cable harness manufacturing production conditions and progress, and is connected with the upper-level production management through an MES production system to report the cable manufacturing production configuration, update the production status of the entire cable processing in real time, report the harness manufacturing information display, process preparation report to guide material distribution and cutting, and transmit the model and wiring relationship to the data display part in the basic data for external output; system management is connected with production management, basic data, cutting data, clustering data, assembly data, and detection data through a data exchange network to the outside, and integrates processes and nodes through system management; it is connected with production management, system management, basic data, cutting data, clustering data, assembly data, and detection data through a data exchange network to the outside to form an electronic display, data query, product traceability, and standard diagram for aviation cable plates. The cutting data is connected with production management, system management, basic data, clustering data, assembly data and inspection data through the data exchange network, and the process report information in the production management and basic data is received and injected into the aviation wire cutting and marking equipment. According to the production schedule, the planned production arrangement is given priority, and the cutting equipment with laser cutting technology is selected, and the laser marking function is integrated. The wire is cut according to the fixed length and fixed calibration form, forming an integrated cutting and marking process. At the same time, a special barcode is generated for each cut wire for identification of the wiring and clustering process, and the cutting is completed. The wire is affixed with an identification code and the barcode is scanned in the clustering unit to conduct statistics on production progress and the number and type of wires, and report them to the production management system and the upper-level MES system as basic information; the clustering data is connected with production management, system management, basic data, cutting data, assembly data, and detection data through the data exchange network, and the structural, system, and visual requirements are integrated to realize data query, display, storage, and traceability functions, which is convenient for the reasonable structure of human-computer interaction; the assembly data is connected with production management, system management, basic data, cutting data, clustering data, and detection data through the data exchange network.The material information of the braided sleeve, anti-slip sleeve, identification, lock wire and other materials and accessories transmitted through the exchange network are matched and identified, an assembly plan is automatically formed, and the assembly process, technical specifications and assembly requirements are displayed to facilitate the operator to assemble the components; the cable harness after the data receiving accessories are installed is installed in the corresponding interface position, and the line connectivity is checked through computer control to replace manual point-to-point test operations. The connector pins are automatically identified and detected to replace manual pin search, and the data is automatically judged using the harness analysis logic. The connectivity relationship of the cable harness is checked for compliance with the designed circuit, and the cable status information is reported to the information display. Unqualified cables need to be returned to the electronic display unit for wiring process comparison and inspection.

[0006] The production management includes material management, equipment and tools, planned progress, and completion status; through status data statistics and monitoring, the cable harness manufacturing production conditions and progress are managed, the overall production configuration is formed through the MES production management system model, and the production status of the entire workshop is updated in real time, thereby forming real-time control of the equipment, process, and material matching of the production workshop, realizing integrated and transparent production management.

[0007] The production management integrates the information of cutting, bundling, assembly and testing in the cable production process and converts it into a graphic display, so that managers can grasp the amount of production materials and the delivery of finished products, control the vertical balance of production progress, form an information-based digital management platform, and realize real-time monitoring and analysis of production plans, manufacturing progress, material quantities and delivery data status, transparent management, and grasp of production operations.

[0008] The system management includes condition control, status monitoring, port selection, and personnel management; it is used to complete the prerequisite judgment required for system production, system production status supervision, data port identification and selection, production personnel configuration and control functions. Through system management, the process is integrated to make the entire production integrated. All information data is presented in a dynamic manner on the management interface and data display board, and relevant personnel can understand the production progress in real time, thereby forming a visual management of production.

[0009] The visual management of production includes visualization of equipment information, product quality data, plan progress, and the entire production process. The system automatically captures information data of each process unit in real time, and instantly presents the execution process management of the production plan. All information data is dynamically presented on the management interface and data display board, so that relevant personnel can understand the production progress in real time.

[0010] The basic data includes current data, historical data, data display, and data analysis. The original data in the information system or database is used for system analysis and processing to form various data information required for production management and system management. The basic data is shared by the entire system and is the basis for cable manufacturing process preparation, technical evaluation, and development decisions.

[0011] The data exchange network adopts a multi-level structure to form a system exchange framework, and each unit completes the data exchange between each unit in the form of wired transmission, forms the overall wire harness manufacturing information data into a transmission network, connects the production tasks and system status with the cutting, bundling, assembly, and testing production units into a unified data network, and completes the information exchange between each unit.

[0012] The cutting data: uses an independent computing system to perform cable cutting unit data calculation and transmission, uploads the cutting unit production status and operation data, receives the task instructions of the three management units, and executes the production configuration after analysis, and proposes the production requirements of the wire type, quantity, process procedures, and completion progress information as needed.

[0013] The described bundle data: uses an independent computing system to perform cable bundle unit data calculation and transmission, uploads the bundle unit production status and operation data, downloads the three management unit task instructions, and executes the production configuration after analysis, and proposes wire harness code, label, pattern production requirements as needed, as well as completion progress information.

[0014] The bundled data contains work stations, accessory materials, electrical codes, standard drawings and wiring harness schematics. The wiring harnesses marked with exclusive barcodes are identified, summarized and counted in the bundled unit. According to the cable work station layout, the results of the bundled data calculations are displayed in a designated area on the high-definition electronic screen. At the same time, the corresponding path contained in the information on the line within the range of 17x1x1.5m will be displayed on the board and highlighted and flashing as a prompt.

[0015] The assembly data: uses an independent computing system to perform cable assembly unit data calculation and transmission, uploads the assembly unit production status and operation data, downloads the three management unit task instructions, and executes the production configuration after analysis, and proposes parts attachments, material lists, process procedures production requirements, and completion progress information as needed.

[0016] The detection data: an independent computing system is used to perform cable detection unit data calculation and transmission, upload the detection unit production status and operation data, download the three management unit task instructions, and execute the production configuration after analysis, and propose detection standards, port status, process conditions and production requirements as needed, as well as completion progress information.

[0017] The advantages of the present invention are:

[0018] The cable harness manufacturing information distribution method of the present invention adopts digital technology and intensive production methods, integrates task management, display management, loop management, production records, distribution management and other contents, combines with automation and information-based tooling equipment, improves the scientific and technological content of aviation cable production, reduces human influence factors, adopts lean management methods, reduces material loss, and improves cable production efficiency.

[0019] The cable harness manufacturing information distribution method establishes the data interaction link between cable design and manufacturing process based on the cable simulation design of the three-dimensional model, provides accurate and detailed data information for cable manufacturing, and effectively verifies the standardization and accuracy of the cable design process. A standardized, normalized, and informationized cable simulation environment is established to form data-based process preparation information.

[0020] The cable harness manufacturing information distribution method integrates the lean production concept throughout the entire cable processing process, fully utilizes the tools and methods of lean manufacturing, and establishes an advanced aviation cable production information distribution network; it conducts dynamic production scheduling by comprehensively analyzing task priorities, resource allocation, etc., to achieve rational resource allocation and dynamic balance of production capacity, reduce material loss, and improve the yield of finished products. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 Structure diagram of cable harness manufacturing information distribution method. DETAILED DESCRIPTION

[0022] The present invention is further described below in conjunction with the accompanying drawings:

[0023] like Figure 1 A cable harness manufacturing information distribution method is shown, comprising the following steps:

[0024] 1) Production management:

[0025] Production management includes data such as material management, equipment and tools, planned progress, and completion status.

[0026] Through status data statistics and monitoring, the cable harness manufacturing production conditions and progress are managed, the overall production configuration is formed through the MES production management system model, and the production status of the entire workshop is updated in real time, thereby forming real-time control of the equipment, processes, materials and other supporting conditions of the production workshop, realizing integrated and transparent production management.

[0027] The production management system not only serves the production of the workshop by integrating with ERP, CRM and other systems and acquiring information data from all aspects.

[0028] It consists of material management, equipment and tools, plan progress, completion status and other parts. Each part is used to complete the material use and status management, the operation of equipment and tools used in production, the progress of production plan execution and the statistics of system completion rate. It is connected to the system management, basic data, cutting data, clustering data, assembly data and detection data through the data exchange network to obtain status data statistics and monitor the production conditions and progress of cable harness manufacturing. It is connected with the upper-level production management through the MES production system, reports the cable manufacturing production configuration, and updates the production status of the entire cable processing in real time, thereby forming a real-time control of the equipment, process, materials and other supporting conditions of the cable harness in the production workshop, and realizing integrated and transparent production management. Report the display of harness manufacturing information, the process preparation report guides the material distribution and cutting, and the model and wiring relationship are transmitted to the data display part in the basic data for external output.

[0029] At the same time, the production management system integrates information on cutting, bundling, assembly, testing and other links in the cable production process and converts it into a graphic display, which makes it easier for managers to grasp the amount of production materials and the delivery of finished parts, control the vertical balance of production progress, and form an information-based digital management platform. It can realize real-time monitoring and analysis of data status such as production plans, manufacturing progress, material quantity and delivery, transparent management, grasp production operations, and provide technical means to improve management and control efficiency.

[0030] 2) System Management:

[0031] System management includes condition control, status monitoring, port selection, personnel management, etc.

[0032] By integrating the processes through system management, the entire production is integrated, that is, the integrated management of work from aspects such as demand, materials, production planning, scheduling and dispatching, product testing, etc., making equipment management, process management, quality management, etc. more standardized, which can effectively optimize the production management model and improve the degree of product refinement.

[0033] Production visualization includes information data from many aspects, namely, equipment information visualization, quality data visualization, order progress visualization, and visualization of the entire production process. The system automatically captures information data from each production process, process, and production equipment in real time, and instantly presents the execution process of the production plan. All information data is dynamically presented on the management interface and data display board, so that relevant personnel can understand the production progress in real time.

[0034] It consists of condition control, status monitoring, port selection, personnel management and other parts. It is used to complete the functions of prerequisite judgment required for system production, system production status supervision, data port identification and selection, production personnel configuration and control, etc. It is connected to the outside through the data exchange network with production management, basic data, cutting data, clustering data, assembly data, and detection data. Through system management, the process and nodes are integrated to integrate the entire production. It integrates the work according to demand, material, production plan, scheduling, product testing, etc., to provide guarantee for effective production management and improve the degree of product refinement.

[0035] This forms a visual management of production, including information data from many aspects, namely, visualization of equipment information, visualization of product quality data, visualization of plan progress, and visualization of the entire production process. The system automatically captures the information data of each process unit in real time, and instantly presents the execution process management of the production plan. All information data is dynamically presented on the management interface and data display board, so that relevant personnel can understand the production progress in real time.

[0036] 3) Basic data:

[0037] Basic data includes current data, historical data, data display, data analysis, etc.

[0038] Using the original data in the information system or database for system analysis and processing to form various data information required for production management and system management, and the entire system shares basic data, which is the basis for cable manufacturing process preparation, technical evaluation, and development decisions. For the electronic display, data query, product traceability, standard drawings and other process data of aviation cable plates, their integrity, consistency and reliability become the key to data storage and predictive analysis, forming digital process preparation information, making wiring sample drawings, and making guidance and prompt information.

[0039] Apply computer cable simulation technology, carry out cable simulation design based on three-dimensional models, establish a data interaction channel between aircraft design and cable manufacturing process, and effectively verify the standardization and accuracy of the cable design process. Use the original data in the information system or database for systematic analysis and processing to form various data information required for production management and system management, and the entire system shares basic data, which is the basis for cable manufacturing process preparation, technical evaluation, and development decision-making. Connect with production management, system management, basic data, cutting data, clustering data, assembly data, and inspection data through the data exchange network. Form a process data network for electronic display, data query, product traceability, standard drawings, etc. for aviation cable plates. Its integrity, consistency, and reliability become the key to data storage and predictive analysis. It has digitized process preparation information, makes wiring sample drawings, and makes guidance and prompt information.

[0040] 4) Data exchange network:

[0041] A multi-level structure is used to form a system exchange framework. Data exchange between units is completed in the form of wired transmission. The overall wiring harness manufacturing information data forms a transmission network, and the production tasks and system status are connected with cutting, bundling, assembly, testing and other production units into a unified data network to complete information exchange between units.

[0042] 5) Tailoring data:

[0043] An independent computing system is used to calculate and transmit cable cutting unit data, upload the cutting unit production status and operation data, receive task instructions from the three management units, and execute production configuration after analysis, propose production requirements such as wire type, quantity, process procedures, and complete progress information as needed.

[0044] An independent computing system is used to calculate and transmit the data of the cable cutting unit, upload the production status and operation data of the cutting unit, download the task instructions of the three management units, and execute the production configuration after analysis, and propose production requirements such as wire type, quantity, process procedures, etc. as needed, as well as completion progress information. Externally, it is connected to production management, system management, basic data, cluster data, assembly data, and detection data through a data exchange network.

[0045] Receive process report information from production management and basic data, inject it into aviation wire cutting and marking equipment, give priority to planned production arrangements according to production schedule needs, select cutting equipment with laser cutting technology, and integrate laser marking function, which can cut wires according to fixed length and fixed calibration, forming an integrated cutting and marking process, and generate a special barcode for each cut wire for identification of wiring and bundling process, reducing the labor intensity of operators. Paste the identification code on the wire that has been cut, scan the barcode in the bundling unit, and conduct statistics on production progress and wire quantity and type, and report it to the production management system and the upper-level MES system as basic information.

[0046] 6) Clustering data:

[0047] An independent computing system is used to calculate and transmit cable bundle unit data, upload the production status and operation data of the bundle unit, download the task instructions of the three management units, and execute the production configuration after analysis. It also proposes production requirements such as wire harness codes, labels, drawings, and completes progress information as needed.

[0048] Using CATIA and Capital engineering software, create a cable data model and assign cable attributes such as length, position, direction, wire diameter, structural assembly, vias, bundling position, channel information, etc. Use an independent computing system to perform cable bundle unit data calculation and transmission, upload the production status and operation data of the bundle unit, download the task instructions of the three management units, and execute the production configuration after analysis. Propose production requirements such as harness codes, labels, and drawings as needed, as well as completion progress information. Connect to the outside world through a data exchange network with production management, system management, basic data, cutting data, assembly data, and inspection data. Comprehensive structural, system, and visual requirements are implemented to achieve data query, display, storage, and traceability functions, which is convenient for a reasonable structure of human-computer interaction.

[0049] The bundled data information includes work stations, accessory materials, electrical codes, standard drawings and wiring harness schematics. The wiring harnesses with exclusive barcodes are identified, summarized and counted in the bundled unit. According to the cable work station layout, the results of the bundled data information calculation are displayed in the designated area of ​​the high-definition electronic screen. At the same time, the corresponding path contained in the information on the line 17x1x1.5m range will be displayed on the board and highlighted with a flashing prompt. It can be used in file formats such as DWG and PDF, and has reminder and guidance functions. It can display style legends, operation videos, end tables and other contents on the same screen, and comes with identification symbols for accessories such as display brackets and tools, which is convenient for operators to use materials such as cable ties and ropes to bundle the distributed wiring harnesses. Moreover, data management includes multiple preparation information such as drawing printing, cutting board production, drawing storage, maintenance, and replacement, forming operation documents, process procedures, and operation instruction displays, realizing the visualization and electronicization of the work site, through task dispatching and 1:1 electronic board design upload → download electronic board drawings according to planned orders → install suction cup fixtures according to board drawings → organize wire harness assembly production → prompt production progress.

[0050] 7) Assembly data:

[0051] An independent computing system is used to calculate and transmit the cable assembly unit data, upload the assembly unit production status and operation data, download the three management unit task instructions, and execute the production configuration after analysis, and propose production requirements such as parts attachments, material lists, process procedures, and complete progress information as needed.

[0052] The data model is used to simulate the laying of cables on the machine, plan the layout of the harness, and solidify the length and bifurcation of the cables, forming accurate and detailed data required for cable manufacturing, and extracting information for process preparation. An independent computing system is used to calculate and transmit the data of the cable assembly unit, upload the production status and operation data of the assembly unit, download the task instructions of the three management units, execute the production configuration, and propose production requirements such as parts, bill of materials, process procedures, etc. as needed, as well as complete the progress information. It is connected to the production management, system management, basic data, cutting data, clustering data, and detection data through the data exchange network.

[0053] The material information of woven sleeves, anti-slip sleeves, labels, lock threads and other materials and accessories transmitted through the exchange network are matched and identified, an assembly plan is automatically generated, and the assembly process, technical specifications and assembly requirements are displayed to facilitate the operator to assemble components.

[0054] 8) Test data:

[0055] An independent computing system is used to calculate and transmit the cable detection unit data, upload the detection unit production status and operation data, download the three management unit task instructions, and execute the production configuration after analysis. It also proposes production requirements such as detection standards, port status, process conditions, and completion progress information as needed.

[0056] Externally, it is connected to production management, system management, basic data, cutting data, clustering data, and assembly data through a data exchange network.

[0057] Receive the cable harness after the accessories are installed, install it to the corresponding interface position, check the line connectivity through computer control, replace the manual point-to-point test operation, automatically identify and detect the connector pins instead of manually finding the pins, use the harness analysis logic to automatically judge the data, check the cable harness connectivity and the compliance with the designed circuit, report the cable status information to the information display, and unqualified cables need to be returned to the electronic display unit for wiring process control inspection.

Claims

1. A method for distributing cable harness manufacturing information, characterized in that: Including production management, system management, basic data, data exchange network, cutting data, bundle data, assembly data, and test data; production management, system management, basic data, cutting data, bundle data, assembly data, and test data are connected with other management or data through data exchange network respectively; production management obtains status data statistics and monitors cable harness manufacturing production conditions and progress, reports cable manufacturing production configuration, updates cable processing status in real time, distributes harness manufacturing information display, process preparation report, guides basic data external transmission of material distribution and cutting, model and wiring relationship; system management integrates processes and nodes to form electronic display, query, traceability, and so on of aviation cable plates. and standard drawings; the cutting data receives the process report information in the production management and basic data, forms an integrated processing of cutting and marking according to the production schedule and marking conditions, and uses special barcodes to count the number and type of barcodes, and reports to the production management system and the upper-level MES system; the bundled data integrates the structural, system, and visual requirements to achieve data query and statistics, display and storage functions; the assembly data identifies the braided sleeves, anti-slip sleeves, logos and lock wires transmitted by the material information through the exchange network, automatically forms an assembly plan, and displays the assembly process, technical specifications and assembly requirements; the detection data checks the line connectivity results, and uses the harness analysis logic to determine the compliance of the cable harness connectivity relationship with the designed line.

2. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The production management includes material management, equipment and tools, planned progress, and completion status; through status data statistics and monitoring, the cable harness manufacturing production conditions and progress are managed, the overall production configuration is formed through the MES production management system model, and the production status of the entire workshop is updated in real time, thereby forming real-time control of the equipment, process, and material matching of the production workshop, realizing integrated and transparent production management.

3. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The production management integrates the information of cutting, bundling, assembly and testing in the cable production process and converts it into a graphic display, so that managers can grasp the amount of production materials and the delivery of finished products, control the vertical balance of production progress, form an information-based digital management platform, and realize real-time monitoring and analysis of production plans, manufacturing progress, material quantities and delivery data status, transparent management, and grasp of production operations.

4. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The system management includes condition control, status monitoring, port selection, and personnel management; it is used to complete the prerequisite judgment required for system production, system production status supervision, data port identification and selection, production personnel configuration and control functions. Through system management, the process is integrated to make the entire production integrated. All information data is presented in a dynamic manner on the management interface and data display board, and relevant personnel can understand the production progress in real time, thereby forming a visual management of production.

5. The cable harness manufacturing information distribution method according to claim 4, characterized in that: The visual management of production includes visualization of equipment information, product quality data, plan progress, and the entire production process. The system automatically captures information data of each process unit in real time, and instantly presents the execution process management of the production plan. All information data is dynamically presented on the management interface and data display board, so that relevant personnel can understand the production progress in real time.

6. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The basic data includes current data, historical data, data display, and data analysis. The original data in the information system or database is used for system analysis and processing to form various data information required for production management and system management. The basic data is shared by the entire system and is the basis for cable manufacturing process preparation, technical evaluation, and development decisions.

7. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The data exchange network adopts a multi-level structure to form a system exchange framework, and each unit completes the data exchange between each unit in the form of wired transmission, forms the overall wire harness manufacturing information data into a transmission network, connects the production tasks and system status with the cutting, bundling, assembly, and testing production units into a unified data network, and completes the information exchange between each unit.

8. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The cutting data: uses an independent computing system to perform cable cutting unit data calculation and transmission, uploads the cutting unit production status and operation data, receives the task instructions of the three management units, and executes the production configuration after analysis, and proposes the production requirements of the wire type, quantity, process procedures, and completion progress information as needed.

9. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The described bundle data: uses an independent computing system to perform cable bundle unit data calculation and transmission, uploads the bundle unit production status and operation data, downloads the three management unit task instructions, and executes the production configuration after analysis, and proposes wire harness code, label, pattern production requirements as needed, as well as completion progress information.

10. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The bundled data contains work stations, accessory materials, electrical codes, standard drawings and wiring harness schematics. The wiring harnesses marked with exclusive barcodes are identified, summarized and counted in the bundled unit. According to the cable work station layout, the results of the bundled data calculations are displayed in a designated area on the high-definition electronic screen. At the same time, the corresponding path contained in the information on the line within the range of 17x1x1.5m will be displayed on the board and highlighted and flashing as a prompt.

11. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The assembly data: uses an independent computing system to perform cable assembly unit data calculation and transmission, uploads the assembly unit production status and operation data, downloads the three management unit task instructions, and executes the production configuration after analysis, and proposes parts attachments, material lists, process procedures production requirements, and completion progress information as needed.

12. The cable harness manufacturing information distribution method according to claim 1, characterized in that: The detection data: an independent computing system is used to perform cable detection unit data calculation and transmission, upload the detection unit production status and operation data, download the three management unit task instructions, and execute the production configuration after analysis, and propose detection standards, port status, process conditions and production requirements as needed, as well as completion progress information.

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