基于IETM技术的生产过程质量信息管理技术研究
发布时间：2018-11-12 21:21
【摘要】：产品生产过程的质量管理问题日趋严重,落后的质量信息采集方式,传统的质量控制理念,低效的检验响应和调度模式已经无法满足新的产品生产质量管理需求;而IETM技术在质量信息管理方面具有管理规范、交互性好等先天优势;因此,利用IETM技术进行生产过程质量信息管理技术研究具有重要意义。本文以某企业产品主要零部件检验过程为研究对象,从企业和用户关心的产品检验流程角度出发进行系统开发,利用IETM相关技术解决了产品生产过程中原始质量信息采集、检验状态显示、质量信息管理等问题,具体研究内容如下:1、明确质量信息管理的主要内容,根据软件开发流程,梳理本文系统内部信息流程,分析用户需求,创建质量信息管理体系,并在此基础上对系统各个功能模块进行了规划和介绍。2、对本文系统及关键技术所需要的质量信息进行分类和收集,使用E-R图建模方法建立了生产过程质量信息管理系统数据模型,为系统开发和IETM技术的研究奠定数据基础。3、参考IETM系统数据模块编码体系,结合企业生产过程与质量信息相关的产品零部件结构信息、生产信息和工艺信息,提出了生产过程质量信息管理系统的编码方案。对具有通用性同时影响系统交互性和互操作性的零件清单编辑模块和检验流程可视化模块进行了研究,通过这两个模块能规范检验流程,实现检验状态的实时可视化显示。对IETM技术中的图形与多媒体技术进行了研究,对适用于生产过程质量信息管理系统的虚拟仿真及可视化技术进行了方法及实例研究,证明了虚拟仿真及可视化技术的可行性。4、对生产过程质量信息管理系统开发与运行的软硬件环境进行了系统介绍,以表格的形式描述了系统的主要数据库内容,对系统部分功能模块进行了介绍,验证了 IETM技术在质量信息管理方面的可行性。
[Abstract]:The problem of product quality management is becoming more and more serious, the backward quality information collection method, the traditional quality control idea, the inefficient inspection response and the dispatch mode can not meet the new product production quality management demand. However, IETM technology has inherent advantages in quality information management, such as standard management, good interaction, etc. Therefore, it is of great significance to study the quality information management technology of production process by using IETM technology. This paper takes the inspection process of the main parts of a certain enterprise product as the research object, carries on the system development from the point of view of the product inspection process concerned by the enterprise and the user, and solves the original quality information collection in the production process by using the IETM related technology. The detailed research contents are as follows: 1. Make clear the main contents of quality information management, comb the internal information flow of the system according to the software development process, and analyze the user's demand. The quality information management system is established, and each function module of the system is planned and introduced. 2. The quality information needed by the system and the key technology is classified and collected. The data model of production process quality information management system is established by using E-R graph modeling method, which lays a data foundation for the system development and the research of IETM technology. 3. Referring to the coding system of data module of IETM system, The coding scheme of the production process quality information management system is put forward based on the product component structure information, production information and process information related to the production process and the quality information of the enterprise. This paper studies the parts list editing module and the inspection flow visualization module, which can affect the interaction and interoperability of the system simultaneously. Through these two modules, the inspection flow can be standardized and the real-time visual display of the inspection state can be realized. The graphics and multimedia technology in IETM technology is studied. The methods and examples of virtual simulation and visualization technology suitable for the quality information management system of production process are studied. The feasibility of virtual simulation and visualization technology is proved. 4. The software and hardware environment for the development and operation of the production process quality information management system is systematically introduced, and the main database contents of the system are described in the form of tables. Some functional modules of the system are introduced, and the feasibility of IETM technology in quality information management is verified.
【学位授予单位】：哈尔滨工程大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP315;F273.2
本文编号：2328247
[Abstract]:The problem of product quality management is becoming more and more serious, the backward quality information collection method, the traditional quality control idea, the inefficient inspection response and the dispatch mode can not meet the new product production quality management demand. However, IETM technology has inherent advantages in quality information management, such as standard management, good interaction, etc. Therefore, it is of great significance to study the quality information management technology of production process by using IETM technology. This paper takes the inspection process of the main parts of a certain enterprise product as the research object, carries on the system development from the point of view of the product inspection process concerned by the enterprise and the user, and solves the original quality information collection in the production process by using the IETM related technology. The detailed research contents are as follows: 1. Make clear the main contents of quality information management, comb the internal information flow of the system according to the software development process, and analyze the user's demand. The quality information management system is established, and each function module of the system is planned and introduced. 2. The quality information needed by the system and the key technology is classified and collected. The data model of production process quality information management system is established by using E-R graph modeling method, which lays a data foundation for the system development and the research of IETM technology. 3. Referring to the coding system of data module of IETM system, The coding scheme of the production process quality information management system is put forward based on the product component structure information, production information and process information related to the production process and the quality information of the enterprise. This paper studies the parts list editing module and the inspection flow visualization module, which can affect the interaction and interoperability of the system simultaneously. Through these two modules, the inspection flow can be standardized and the real-time visual display of the inspection state can be realized. The graphics and multimedia technology in IETM technology is studied. The methods and examples of virtual simulation and visualization technology suitable for the quality information management system of production process are studied. The feasibility of virtual simulation and visualization technology is proved. 4. The software and hardware environment for the development and operation of the production process quality information management system is systematically introduced, and the main database contents of the system are described in the form of tables. Some functional modules of the system are introduced, and the feasibility of IETM technology in quality information management is verified.
【学位授予单位】：哈尔滨工程大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP315;F273.2
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