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Research Optimize Fieldwork Management Of Viscose Filament Shop Of Jilin Chemical Fiber Stock Co.,Ltd

Posted on:2014-02-18Degree:MasterType:Thesis
Country:ChinaCandidate:B YanFull Text:PDF
GTID:2249330395994685Subject:Industrial Engineering
Abstract/Summary:PDF Full Text Request
China after experienced30years of rapid growth has begun to enter the middlegrowth period. Affected by the domestic raw material prices, rising labor costs, industryovercapacity, the economic crisis led to export blocked and some adverse factors, makethe overall profit rate of textile industry low, and the sector is extremely competitive. Towalk out of the predicament and remain invincible in the increasingly fierce marketcompetition, textile enterprises must adhere to constantly deepen the internal reform ofenterprises, speed up the transformation of economic growth, rise the profit margins,and improve their competitive ability. And the management level, directly affect the costand benefit, quality of products, and the market competition ability and competitionability of the enterprises. On-site management system optimization is an importantpart of the overall optimization of the enterprise, it is an important part of themodernization of large-scale production indispensable. It has important significance tostrengthen enterprise management, improve the quality of enterprises and improve theeconomic efficiency of enterprises.Jilin Chemical Fiber Limited Company belongs tothe textile industry enterprises, its filament workshops are labor-intensive productionworkshops, there are some problems such as high fault rate of obsolete equipments, thelow level of automation and heavy work load; high requests for personnel skill level tooperate the complex requirements;.the production of product variety and control pointsdoes not benefit the production control; products are most for export with strict qualityrequirements, make the enterprise is more urgent to optimize the site managementfilament workshops. Optimization of the site management system is to get benefit frommanagement. With the existing factors of production condition, with further optimizingcombination of the factors of production, to improve work efficiency, reduce productioncosts, improve product quality, meet customer needs, and create greater value for theenterprise.Taking Jilin Chemical Fiber Limited Company filament workshop site managementas a starting point, this article investigates the current situation and analysises in fiveaspects, process management, equipment management, quality management, materialsand spare parts management, organizational structure and personnel management. Itputs forward the existing problems such as process management, equipmentmanagement, quality management problems and makes the relevant optimization scheme to solve the problems. Optimization design is used to improve the enterpriseprofit space, so the optimum design should pay attention to the economic optimization.In order to make the strongest economic optimization design, the method ofoptimization design should pay attention to scientific design and flexible design. Inorder to ensure optimal design is feasible, the benefits to continue to consolidate andmaintain lasting, standardization principles in the design to establish a work order. Theindex system and evaluation and establish the relative advantage evaluation model, theoptimal scheme is optimal qualitative selection using the analytic hierarchy process, andanalyzed the feasibility of optimized scheme, at the same time around theimplementation of the program to build team culture, enhance their professional quality,promote rationalization proposals, and improve the security measures of performanceappraisal scheme. The optimization scheme can not only effectively implemented, themaximum benefit is the. Study on optimization of the management system can providethe theoretical guidance and scientific method for filament production process control.
Keywords/Search Tags:Fieldwork management, Evaluation model, Analytic hierarchy process
PDF Full Text Request
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