一种遵循管理体系的通用系统体系结构的设计研究

发布时间：2018-01-05 22:20

本文关键词：一种遵循管理体系的通用系统体系结构的设计研究　出处：《吉林大学》2017年硕士论文　论文类型：学位论文

【摘要】：随着企业信息化的普及,企业资源和业务过程的自动化控制变得越来越重要。TS16949质量管理体系作为汽车零部件制造行业的制造标准,受到广泛关注和应用。本文旨在设计出一种遵循TS16949质量管理体系的通用系统体系结构,以满足汽车零部件制造行业管控系统的开发要求,并有效地缩短管控系统的开发周期,保证系统的可适用性和安全性。TS16949质量管理体系对汽车行业的制造技术要求严苛,强调使用针对企业业务流程的过程管理方法。对于汽车零部件产品的制造过程,TS16949质量管理体系详细说明了汽车行业中相关的产品特性和工业制造流程参数,并且要求在产品先期设计和后期生产制造的过程中需要有一定的审批确认过程。现今成熟的企业管理系统多种多样,对于企业资源的配置,企业经营和生产管理等功能已日趋完善。但是各种各样的管理产品在企业实际应用的效果却参差不齐,面对制造企业需求的多样性,常见的企业管理系统设计不足以满足系统通用化的需求。本文根据多家汽车零部件制造企业的实际需求进行总结,研究设计出遵循TS16949质量管理体系的面向汽车零部件制造企业的通用系统体系结构。本文的主要内容包括以下几点:(1)从数据管理、过程管理和系统管理三个方面进行需求分析,总结系统的功能概要,并研究相关的技术,为通用系统体系结构的设计做铺垫。(2)提出层次化的体系结构,并对系统的主要控制机制进行研究。本文详细说明了基于模块化管理的工作流程管理和访问控制管理的研究内容,之后对系统管理的各项功能进行设计,并将设计功能进行层次化的说明。(3)给出遵循TS16949质量管理体系的通用系统体系结构的应用设计,包括开发环境的说明、数据库的详细设计和通用系统体系结构的应用结果展示。(4)文章总结,提出系统的不完善之处作为下一步工作的主要内容。通过实现结果的展示,说明本通用系统可以满足TS16949质量管理体系的要求,对汽车零部件制造企业的制造流程进行控制,并提供相应的审批流程。系统的各种控制功能可灵活配置,提高系统的应用性和扩展性,达到通用的目的。
[Abstract]:With the popularization of enterprise informatization, the automation control of enterprise resource and business process becomes more and more important. TS16949 quality management system is regarded as the manufacturing standard of automobile parts manufacturing industry. The purpose of this paper is to design a general system architecture following TS16949 quality management system in order to meet the development requirements of automotive parts manufacturing industry management and control system. And effectively shorten the development cycle of the management and control system to ensure the applicability and safety of the system. TS16949 quality management system for the automotive manufacturing technology requirements strict. Emphasis is placed on the use of process management methods for enterprise business processes. TS16949 quality management system describes the related product characteristics and industrial manufacturing process parameters in the automotive industry in detail. And in the process of product pre-design and post-production, we need to have a certain process of approval and confirmation. Nowadays, the mature enterprise management system is diverse, for the allocation of enterprise resources. The functions of enterprise management and production management have become more and more perfect. However, the effects of various management products in the actual application of enterprises are uneven, facing the diversity of the needs of manufacturing enterprises. Common enterprise management system design is not enough to meet the general needs of the system. This paper summarizes the actual needs of many automobile parts manufacturing enterprises. This paper studies and designs a general system architecture for automobile parts manufacturing enterprises following TS16949 quality management system. The main content of this paper includes the following points: 1) data management. Process management and system management three aspects of demand analysis, summary of the system function summary, and research related technologies, for the design of the general system architecture. 2) proposed a hierarchical architecture. And the main control mechanism of the system is studied. This paper describes the research content of workflow management and access control management based on modular management in detail, and then designs the functions of system management. The application design of the general system architecture following the TS16949 quality management system, including the description of the development environment, is given. The detailed design of the database and the application results of the general system architecture. 4) the paper summarizes the imperfections of the system as the main content of the next work. Through the realization of the results display. This general system can meet the requirements of TS16949 quality management system and control the manufacturing process of automobile parts manufacturing enterprises. Various control functions of the system can be flexibly configured to improve the application and expansibility of the system and achieve the general purpose.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：F407.471;TP311.52

【参考文献】