CN100363952C - Total life-period managing system of rubber sealing products - Google Patents
Total life-period managing system of rubber sealing products Download PDFInfo
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Abstract
The present invention relates to a total life period managing system of a rubber sealing product, which belongs to the production and manufacture field of sealing members and comprises a product data managing subsystem, an enterprise resource plan subsystem and a flexible manufacture subsystem. The total life-period managing system is characterized in that the hardware structures of the three subsystems are connected into a whole through a converter, and unified data interfaces at the bottom layer are arranged to realize the consistence of relative data among the three subsystems and the reciprocation of data streams among data bases; by the access and the connection for a long-range data base, the share and the seamless integration of the relative product data among the three subsystems are realized; a unified enterprise information data base platform is formed by the input, the exchange, the summary and the processing of relative management, capital and production data of the three subsystems; by the enterprise information data base platform, the management of management, technique and staff as three elements in the process of production is realized, and the capital stream, the material stream and the information stream of an enterprise are reflected fully. Thereby, the total life period managing system can be widely used for the production and manufacture field of the rubber sealing product.
Description
Technical field
The invention belongs to the manufacturing field of seal, relate in particular to a kind of control, management system that rubber seal is made overall process that be used for.
Background technology
At present traditional Relational DBMS development is comparatively ripe, the data that the object of its management is normally described with bivariate table, and the relation between the data is fairly simple, and the user mainly is maintenance, retrieval and statistics to the operation of data.And product data management has a lot of differences in essence by comparison.Product data not only data volume are big, and kind is many, complex structure, and particularly along with the expansion of design, production run, product data are through revising repeatedly, and its structure constantly changes, and dynamically forms final design result.And traditional relevant database obviously exists a record-oriented, does not support design process, lacks deficiencies such as co-ordination mechanism.These weakness cause them handling unstructured data (as figure, image documents etc.) it is unable to do what one wishes to seem the time, the designer has done to revise to data and but can't notify follow-up personnel, causes follow-up personnel to waste a large amount of time on old data even causes immeasurable loss.Therefore, these relational databases can not satisfy the needs of modern enterprise to information management far away.
Flexible manufacturing system (FMS, Flexible Manufacturing System) be that lathe or manufacturing equipment by one group of robotization combines with the material handling system of a robotization, control by a computer installation, can freely process or assemble the part of determining in advance classification, the automated manufacturing system that can adjust rapidly according to manufacturing operation and production variety variations.But the existing FMS of domestic manufacturing industry system is confined to the manufacture process robotization of product, fails to make full use of data processing, storage and the information sharing function of becoming stronger day by day with development computer.
Product data management system (PDM, Product Data Management) is based on software engineering, is core with the product, realizes the technology to the relevant data of product, process, resource integrated integrated management.The two main lines that PDM carries out information management is static product structure and dynamic product design flow process, and all information organizations and resource management all are to launch around product design.Make at home in the enterprise of rubber seal at present, the application of PDM management system also only lay particular emphasis on product two dimension, three-dimensional design and drawing, data dynamically update the aspect.But the various data that the PDM management system produces in product design process are failed the due effect of performance in thereafter operation or flow process.
Enterprise resource planning (ERP, Enterprise Resources Planning), be based on the recent development of computer technology and management science, from theoretical and actual two aspects, for the manufacturing industry being the solution that the enterprise of representative provides the integrated operation management.ERP has surmounted traditional MRP II (Manufacturing Resources Planning, manufacturing resources planning) notion, absorbed punctual production (JIT, Just In Time), total quality control (TQC, Total Quality Control) management thought such as, expanded the scope of management information system, remove finance, distribution, production management, outside the human resources, also integrated quality management, multiple function such as decision support, and support Internet (Internet), intranet (Intranet) and extranets (Extranet), the ecommerce mode of intelligence transmission and latticed forms such as (E-Business).The meaning of ERP is to turn to starting point to manage resource the best, integrates the service management of enterprise's integral body, and improves the efficient of enterprise operation to greatest extent.At present, still there is not the mature ERP system can solve the flexible manufacturing problem of product data management, production run management and rubber seal products in the rubber seal products production run simultaneously both at home and abroad.
Simultaneously, because existing above-mentioned three systems lack effective information sharing and utilization each other, formed so-called " information island ", make the integrated operation resource of domestic rubber seal products manufacturing enterprise can not get fully optimizing and best configuration, influenced the comprehensive competitive power of enterprise under condition of market economy.
Summary of the invention
Technical matters to be solved by this invention provide a kind of enterprise-oriented unification, efficient, be connected mutually, can realize the rubber seal products lifecycle management system of the relevant personnel in the production run, technology, operation control three elements and information flow, logistics and cash flow organic integration.
Technical scheme of the present invention is: a kind of rubber seal products lifecycle management system is provided, comprise a product data management subsystem PDM, an Enterprise Resources Plan subsystem EPR and a flexible manufacturing subsystem FMS, product data management subsystem PDM is made of LAN (Local Area Network) and the related software that is loaded in wherein, and wherein LAN (Local Area Network) is made of server and several clients; Enterprise Resources Plan subsystem EPR is made of LAN (Local Area Network) and the related software that is loaded in wherein, and wherein LAN (Local Area Network) is made of server and several clients; Flexible manufacturing subsystem FMS is made of several vulcanizers, PLC central control device, upper industrial computer and loading related software wherein, it is characterized in that:
(1) connects by the PORT COM of converter, hardware configuration between described three subsystems is connected in one three subsystem servers;
(2) by unified bottom data interface is set, realize data stream between the consistance of Related product and production data between three subsystems and the database back and forth;
(3) visit by remote data base be connected, realizes Related product data between three subsystems share and seamless integrated;
(4) input by relevant operation, fund and production data of described three subsystems, exchange, gather and handle, constitute a unified enterprise-level information database platform;
(5) by the management of operation in the enterprise-level information database Platform Implementation production run, technology, personnel's three elements, reflect cash flow, material flow and the information flow of enterprise comprehensively;
(6) described enterprise-level information database and each subsystem database are that the development and the function expansion of system is provided with spare interface.
Wherein said converter can be electrical interface converter, optical interface converter or light/electric isolating converter; Described bottom data interface comprises database structure, Field Definition form, coding rule, coding classification and data segment bit width; The visit of described remote data base be connected the identification that comprises designated field data in two subsystem associated databases, collection mutually, transmission, calculating and feedback and fill.
Its described product data management subsystem PDM is connected with engineering drawing management subsystem EDM with three-dimensional computer Aided Design CAD unit through Computer-Aided Process Planning/auxiliary subsystem CAPP/CAM that makes, and engineering drawing management subsystem EDM is connected with two-dimension computer Aided Design CAD unit; Between engineering drawing management subsystem EDM and the Enterprise Resources Plan subsystem ERP communication port hardware is connected and takes place data stream back and forth, product data management subsystem PDM and Computer-Aided Process Planning/auxiliary are made the reciprocal of communication port hardware connection between the subsystem CAPP/CAM and generation data stream.
Its described product data management subsystem PDM comprises following module: user management, system architecture management, product item management, rights management, corporate process definition, product distortion configuration management, new product designs, the system integration, digital coding management and be embedded in production module among the Enterprise Resources Plan subsystem ERP.
Its described Enterprise Resources Plan subsystem ERP comprises following module: goods entry, stock and sales, MRP II, ledgers, receivables and payables, capital assets, occurrences in human life wages and work attendance.
Its described flexible manufacturing subsystem FMS comprises the two-stage DCS system that is made up of several vulcanizers, PLC central control device and upper industrial computer, wherein: the PLC central control device is as direct controller, logical action control, cure time control, production data acquisition and the unusual condition finished vulcanizer are reported to the police, and each correlation parameter is sent to upper industrial computer; Upper industrial computer is as management and monitoring equipment, finish curing parameter setting, on-site parameters supervision, data storing, user data management, relieve management and with Enterprise Resources Plan subsystem ERP in server carry out the work of data information exchange, realize seamless integrated with enterprise resource planning EPR LAN (Local Area Network).
Technical scheme of the present invention also provides a kind of generation of rubber seal products lifecycle management system data and has flowed to constructive method, it is characterized in that:
(1) related data of consumer products order enters system from Enterprise Resources Plan subsystem ERP, generates product sales slip, charge slip automatically, and according to specification, model and the requirement of product, selects to generate new product designs job order or production instruction order automatically;
(2) the new product designs job order is sent to product data management subsystem PDM automatically, through generating product-based bom flow BOM after digital coding, design, check and correction, technology, standardization, audit and the warehouse-in step, sends into Enterprise Resources Plan subsystem ERP automatically;
(3) Enterprise Resources Plan subsystem ERP generates raw materials for production buying order, receiving tally and payment order automatically according to product-based bom flow BOM and raw material storage storage;
(4) flexible manufacturing subsystem FMS timing automatic is fetched production instruction order from Enterprise Resources Plan subsystem ERP;
(5) the upper industrial computer among the flexible manufacturing subsystem FMS arrives workload allocations corresponding sulfuration board automatically according to the determined operational data of each production instruction order, as the foundation that controller parameter and statistics production data are set automatically;
(6) respectively vulcanize board according to production task of being distributed and related process parameter production rubber seal product, its production data returns upper industrial computer automatically;
(7) flexible manufacturing subsystem FMS is after production task is finished, and will produce the instruction performance automatically and number write back in the Enterprise Resources Plan subsystem ERP data in server storehouse by production instruction order, finishes winding up the case of this production statistical report form;
(8) quality testing department carries out quality restriction to the rubber seal product, and with in the quality restriction data input Enterprise Resources Plan subsystem ERP data in server storehouse;
(9) flexible manufacturing subsystem FMS obtains corresponding quality restriction data from Enterprise Resources Plan subsystem ERP data in server storehouse, adjusts the data of sulfuration salary gold and sends these data back to Enterprise Resources Plan subsystem ERP according to type, quantity and the qualification rate formation of product;
(10) Enterprise Resources Plan subsystem ERP is according to product performance and warehouse situation, finishes stock control automatically and production report gathers;
(11) Enterprise Resources Plan subsystem ERP monitors the purchasing of raw materials, product inventory, fund receivables and payables, manufacturing schedule, capital assets situation, finishes contract management, customer account management, supplier management, production management, financial management and occurrences in human life wages and attendance management work.
Among the aforesaid product data management subsystem PDM, enterprise can according to coding rule oneself definition classification and section be wide and finally form unified coded data; The online application approval affirmation mechanism of the new The data that produces when product design is set up single product data source, guarantees the consistance of data; By the PDM subsystem controls design process of product is carried out online flow process evaluation, many people construct the Bill of Material (BOM) BOM structure of identical product respectively simultaneously at different websites, the design of realization product collaborative, and integrated with two-dimension computer Aided Design CAD unit, three-dimensional computer Aided Design CAD unit, Computer-Aided Process Planning/auxiliary manufacturing subsystem CAPP/CAM and Enterprise Resources Plan subsystem ERP, reach data sharing.
Compared with the prior art, advantage of the present invention is:
1. successfully realized reproducing of enterprise management process and production run;
2. realized the seamless integrated of PDM, ERP and FMS system;
3. improve the flexibility of production, design, shortened design, production cycle, reduced production cost;
4. improve product quality and production efficiency, alleviated working strength of workers;
5. by overall treatment and analysis, information accurately is provided for the business decision layer to data.
Description of drawings
Below in conjunction with drawings and Examples the present invention is further elaborated.
Fig. 1 is the system architecture synoptic diagram of the embodiment of the invention;
Fig. 2 is the data flow synoptic diagram of the embodiment of the invention.
Embodiment
Embodiment 1:
Its system hardware topological structure as shown in Figure 1, the rubber seal products lifecycle management MF-PLM of system (MF: two letters of the Chinese phonetic alphabet of " close ", " envelope " two words; PLM:Product Lifecycle Management, Production Lifecycle Management) comprises Enterprise Resources Plan subsystem ERP, product data management subsystem PDM, Computer-Aided Process Planning/auxiliary subsystem CAPP/CAM (Computer-Aided Process Planning/Computer-Aided Manufacturing) and the flexible manufacturing subsystem FMS of making, Enterprise Resources Plan subsystem ERP is by converter and Computer-Aided Process Planning/auxiliary subsystem CAPP/CAM that makes, product data management subsystem PDM carries out hardware with upper industrial computer among the flexible manufacturing subsystem FMS and is connected.
Wherein Enterprise Resources Plan subsystem ERP is divided into treasurer's department's LAN (Local Area Network), office's LAN (Local Area Network) and workshop LAN (Local Area Network) again, the finance LAN (Local Area Network) comprises a server, some station terminals and is installed in wherein database software that its server is connected by hub HUB with each terminal; Office's LAN (Local Area Network) comprises a server, some station terminals and is installed in wherein database software, is connected by switch between each terminal of its server and its; The workshop LAN (Local Area Network) comprises some station terminals and is installed in wherein database software, each terminal connects by hub HUB, above-mentioned hub HUB and switch are connected with Computer-Aided Process Planning/auxiliary subsystem CAPP/CAM that makes with flexible manufacturing subsystem FMS, product data management subsystem PDM by converter, also comprise in the LAN (Local Area Network) of workshop through converter directly with the terminal of flexible manufacturing subsystem FMS, product data management subsystem PDM and Computer-Aided Process Planning/assist manufacturing subsystem CAPP/CAM to be connected.
Wherein flexible manufacturing subsystem FMS comprises the two-stage DCS system that is made up of several vulcanizers, PLC central control device and upper industrial computer, wherein the PLC central control device is as direct controller, logical action control, cure time control, production data acquisition and the unusual condition finished vulcanizer are reported to the police, and each correlation parameter is sent to upper industrial computer; Upper industrial computer is as management and monitoring equipment, finish curing parameter setting, on-site parameters supervision, data storing, user data management, relieve management and with Enterprise Resources Plan subsystem ERP in server carry out the work of data information exchange, realize seamless integrated with enterprise resource planning EPR LAN (Local Area Network).
Total system adopts distributed client/server (Client/Server) structure, and server end is responsible for storage, the multi-user's of common data function such as synchronous, and client mainly is responsible for the management of mutual, client's private data of user etc.
Converter described in the total system adopts RS-232 to the RS-422/RS-485 isolating converter, as NSB-230 family ethernet interface or SPARK series interfaces converter; 10/100M-RJ45-adaptive network switch; In upper industrial computer can select for use Taiwan to grind auspicious industrial computer; The PLC control device adopts the FX2N-128MR of MIT or identical, the close product of function with it; All the other hardware do not have specific (special) requirements.
The data stream of total system as shown in Figure 2, there is data stream respectively between FMS subsystem and PDM subsystem and the ERP subsystem, also there is data stream between EDM subsystem and the ERP subsystem, by unified bottom data interface is set, realize data stream between the consistance of Related product and production data between three subsystems and the database back and forth.
Seamless integrated by software and data between PDM subsystem, ERP subsystem, the FMS subsystem, all data have constituted the integrated information platform of whole enterprise through handling and gathering.
In product data management subsystem PDM, enterprise can according to coding rule oneself definition classification and section be wide and finally form unified coded data; The online application approval affirmation mechanism of the new The data that produces when product design is set up single product data source, guarantees the consistance of data; By the PDM subsystem controls design process of product is carried out online flow process evaluation, many people construct Bill of Material (BOM) BOM (the Bill of Resource) structure of identical product respectively simultaneously at different websites, the design of realization product collaborative, and integrated with two-dimension computer Aided Design CAD unit, three-dimensional computer Aided Design CAD unit, Computer-Aided Process Planning/auxiliary manufacturing subsystem CAPP/CAM and Enterprise Resources Plan subsystem ERP, reach data sharing.
Simultaneously, by LAN (Local Area Network) (Network), Intranet (Intranet), Internet (InternetExtranet) and telecommunication (EC) solution, can support operated from a distance and move operation, and document can be converted to that the html form is issued on the net and by E-Mail or facsimile transmission relevant information.
Include MRPII (Manufacturing Resource Planning in the ERP subsystem, manufacturing resources planning) module, this module has been included the business planning, sale, buying, manufacturing, finance, cost, analog functuion of enterprise's macro-level policy-making in, has been produced JIT (Just In Time) and adapt to multi-currency, many taxes of internationalization service needed on time, and function such as computer aided design cad (Computer Aided Design) technical interface, formed a TPM integrated system.
MRP II is that it makes enterprise to investigate to present production, fund and to raw-material influence according to the customer demand in future to the maximum effect of enterprise, and is tackled in view of the above.MRPII refers to the Database Systems of an integral body, and each link of enterprise can be used this system so that all resources of enterprise are planned and supervised and create the maximization of profit according to the demand of self.
Bottom data interface described in the system comprises database structure, Field Definition form, coding rule, coding classification and data segment bit width; The visit of described remote data base be connected the identification that comprises designated field data in two subsystem associated databases, collection mutually, transmission, calculating and feedback and fill.
Adopt the Delphi software programming of Inprise company in the present embodiment, the remote data base that has also utilized Delphi software to provide connects and Data Interchange Technology, because the programming of Delphi software and be designed to prior art is so the detailed implementation method of software is no longer narrated at this.All the other software sections all adopt existing product and its existing capability as operating system, database, network communication protocol etc., so its specific implementation method is no longer narrated.
Because the present invention is leading with product data management, based on the rubber seal products flexible manufacturing, with the order BPR (Business Process Reengineering) is point of penetration, can realize the organic integration of the relevant personnel in the rubber seal products production run, technology, operation control three elements and information flow, logistics and cash flow, PDM, ERP and FMS system are carried out seamless integrated, reach the unification, efficient, in time of relevant information.
After the enforcement, the average product design cycle of enterprise has shortened 50%; The raw materials for production purchasing lead time has shortened 50%; Productive capacity has improved 27%; The technological parameter implementation rate reaches 100%; Save operative employee's manpower 4.8%; Power saving rate is 10.7%; The production line downtime supply delay time has reduced 75～80%; The product library storage has descended 22%; Order punctual delivery rate has been brought up to more than 99.8%; Managerial personnel have reduced 10%.
Embodiment 2:
Adopt as shown in Figure 1 the system hardware topological structure and system data flow as shown in Figure 2, converter adopts the electrical interface converter, as the serial electrical interface converter of CCOM.All the other are with embodiment 1.
Embodiment 3:
Adopt as shown in Figure 1 the system hardware topological structure and system data flow as shown in Figure 2, converter employing ACES series interfaces converter, all the other are with embodiment 1.
Embodiment 4:
Adopt as shown in Figure 1 the system hardware topological structure and system data flow as shown in Figure 2, converter adopts NIF-S series single-mode optics transceiver or NIF-M series multimode light to receive and dispatch interface convertor, all the other are with embodiment 1.
Embodiment 5:
Adopt as shown in Figure 1 the system hardware topological structure and system data flow as shown in Figure 2, converter adopts NIF-ATM series or the serial light/electric transducer of P670X, all the other are with embodiment 1.
Embodiment 6:
Adopt as shown in Figure 1 the system hardware topological structure and system data flow as shown in Figure 2, converter adopts PTD23X series self-adaptation ethernet optical fiber transceiver, and the twisted-pair feeder electric signal of 10Base-TX/100Base-TX and the light signal of 100Base-FX are changed mutually.All the other are with embodiment 1.
The present invention can be widely used in the production and the manufacturing field of rubber seal products.
Claims (10)
1. rubber seal products lifecycle management system, comprise a product data management subsystem PDM, an Enterprise Resources Plan subsystem EPR and a flexible manufacturing subsystem FMS, product data management subsystem PDM is made of LAN (Local Area Network) and the related software that is loaded in wherein, and wherein LAN (Local Area Network) is made of server and several clients; Enterprise Resources Plan subsystem EPR is made of LAN (Local Area Network) and the related software that is loaded in wherein, and wherein LAN (Local Area Network) is made of server and several clients; Flexible manufacturing subsystem FMS is made of several vulcanizers, PLC central control device, upper industrial computer and loading related software wherein, it is characterized in that:
(1) connects by the PORT COM of converter, hardware configuration between described three subsystems is connected in one three subsystem servers;
(2) by unified bottom data interface is set, realize data stream between the consistance of Related product and production data between three subsystems and the database back and forth;
(3) visit by remote data base be connected, realizes Related product data between three subsystems share and seamless integrated;
(4) input by relevant operation, fund and production data of described three subsystems, exchange, gather and handle, constitute a unified enterprise-level information database platform;
(5) by the management of operation in the enterprise-level information database Platform Implementation production run, technology, personnel's three elements, reflect cash flow, material flow and the information flow of enterprise comprehensively;
(6) described enterprise-level information database and each subsystem database are that the development and the function expansion of system is provided with spare interface.
2. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described converter is electrical interface converter, optical interface converter or light/electric isolating converter.
3. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described bottom data interface comprises database structure, Field Definition form, coding rule, coding classification and data segment bit width.
4. according to the described rubber seal products lifecycle management of claim 1 system, the visit that it is characterized in that described remote data base be connected the identification, collection mutually, transmission, calculating and the feedback that comprise designated field data in two subsystem associated databases and fill.
5. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described product data management subsystem PDM is connected with engineering drawing management subsystem EDM with three-dimensional computer Aided Design CAD unit through Computer-Aided Process Planning/auxiliary subsystem CAPP/CAM that makes, engineering drawing management subsystem EDM is connected with two-dimension computer Aided Design CAD unit; Between engineering drawing management subsystem EDM and the Enterprise Resources Plan subsystem ERP communication port hardware is connected and takes place data stream back and forth, product data management subsystem PDM and Computer-Aided Process Planning/auxiliary are made the reciprocal of communication port hardware connection between the subsystem CAPP/CAM and generation data stream.
6. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described product data management subsystem PDM comprises following module: user management, system architecture management, product item management, rights management, corporate process definition, product distortion configuration management, new product designs, the system integration, digital coding management and be embedded in the module of using of life among the Enterprise Resources Plan subsystem ERP.
7. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described Enterprise Resources Plan subsystem ERP comprises following module: goods entry, stock and sales, MRP II, ledgers, receivables and payables, capital assets, go into thing wages and work attendance.
8. according to the described rubber seal products lifecycle management of claim 1 system, it is characterized in that described flexible manufacturing subsystem FMS comprises the two-stage DCS system that is made up of several vulcanizers, PLC central control device and upper industrial computer, wherein: the PLC central control device is as direct controller, logical action control, cure time control, production data acquisition and the unusual condition finished vulcanizer are reported to the police, and each correlation parameter is sent to upper industrial computer;
Upper industrial computer is as management and monitoring equipment, finish curing parameter setting, on-site parameters supervision, data storing, user data management, relieve management and with Enterprise Resources Plan subsystem ERP in server carry out the work of data information exchange, realize seamless integrated with enterprise resource planning EPR LAN (Local Area Network).
9. the generation of a rubber seal products lifecycle management system data and flow to constructive method is characterized in that:
(1) related data of consumer products order enters system from Enterprise Resources Plan subsystem ERP, generates product sales slip, charge slip automatically, and according to specification, model and the requirement of product, selects to generate new product designs job order or production instruction order automatically;
(2) the new product designs job order is sent to product data management subsystem PDM automatically, through generating product-based bom flow BOM after digital coding, design, check and correction, technology, standardization, audit and the warehouse-in step, sends into Enterprise Resources Plan subsystem ERP automatically;
(3) Enterprise Resources Plan subsystem ERP generates raw materials for production buying order, receiving tally and payment order automatically according to product-based bom flow BOM and raw material storage storage;
(4) flexible manufacturing subsystem FMS timing automatic is fetched production instruction order from Enterprise Resources Plan subsystem ERP;
(5) the upper industrial computer among the flexible manufacturing subsystem FMS arrives workload allocations corresponding sulfuration board automatically according to the determined operational data of each production instruction order, as the foundation that controller parameter and statistics production data are set automatically;
(6) respectively vulcanize board according to production task of being distributed and related process parameter production rubber seal product, its production data returns upper industrial computer automatically;
(7) flexible manufacturing subsystem FMS is after production task is finished, and will produce the instruction performance automatically and number write back in the Enterprise Resources Plan subsystem ERP data in server storehouse by production instruction order, finishes winding up the case of this production statistical report form;
(8) quality testing department carries out quality restriction to the rubber seal product, and with in the quality restriction data input Enterprise Resources Plan subsystem ERP data in server storehouse;
(9) flexible manufacturing subsystem FMS obtains corresponding quality restriction data from Enterprise Resources Plan subsystem ERP data in server storehouse, adjusts the data of sulfuration salary gold and sends these data back to Enterprise Resources Plan subsystem ERP according to type, quantity and the qualification rate formation of product;
(10) Enterprise Resources Plan subsystem ERP is according to product performance and warehouse situation, finishes stock control automatically and production report gathers;
(11) Enterprise Resources Plan subsystem ERP monitors the purchasing of raw materials, product inventory, fund receivables and payables, manufacturing schedule, capital assets situation, finishes contract management, customer account management, supplier management, production management, financial management and occurrences in human life wages and attendance management work.
10. according to the generation of the described rubber seal products lifecycle management of claim 9 system data with flow to constructive method, it is characterized in that in described product data management subsystem PDM enterprise can according to coding rule oneself definition classification and section be wide and finally form unified coded data; The online application approval affirmation mechanism of the new The data that produces when product design is set up single product data source, guarantees the consistance of data; By the PDM subsystem controls design process of product is carried out online flow process evaluation, many people construct the Bill of Material (BOM) BOM structure of identical product respectively simultaneously at different websites, the design of realization product collaborative, and integrated with two-dimension computer Aided Design CAD unit, three-dimensional computer Aided Design CAD unit, Computer-Aided Process Planning/auxiliary manufacturing subsystem CAPP/CAM and Enterprise Resources Plan subsystem ERP, reach data sharing.
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