面向智能制造的MES移动管理系统设计与实现

发布时间：2018-03-14 20:51

本文选题：制造执行系统　切入点：移动管理　出处：《南京理工大学》2017年硕士论文　论文类型：学位论文

【摘要】：近年来,随着全球经济一体化的快速发展和工业化与信息化的深度融合,全球制造产业正在发生着深刻的变革,尤其在德国"工业4.0"和中国"智能制造2025"背景下,制造企业已经逐渐意识到信息化建设对企业生存和发展的重要作用。以制造执行系统为代表的车间管理系统作为企业信息化建设的重要一环,已得到越来越多的重视。本文通过对离散制造企业的实地调研,分析了离散制造的生产特点、应用企业的车间现状和管理流程,结合企业对移动化办公和无纸化生产的现实需求,制定了一套基于MES的车间移动管理系统开发方案。在系统整体业务流程设计的基础上,提出了三层模式的系统体系架构,给出了系统的物理拓扑和关键技术。在数据层,通过多源数据的集成模型研究,提出了一种基于XML中间件的数据库交互方法;在功能层,结合系统功能需求,并利用面向对象的UML建模机制,建立了系统的功能模型。最后根据上述系统设计方案,利用Eclipse开发工具,采用Web技术,开发了基于Hybrid App模式的具有远程监控和现场管理功能的移动车间制造管理系统,包括订单管理、计划管理、设备管理等功能,从而突破了传统计算机终端管理系统的局限,实现灵活生产和移动办公,满足制造过程中产品数据的跟踪和监控方面的个性化需求。
[Abstract]:In recent years, with the rapid development of global economic integration and the deep integration of industrialization and information, the global manufacturing industry is undergoing profound changes, especially under the background of "Industrial 4.0" in Germany and "Intelligent Manufacturing 2025" in China. Manufacturing enterprises have gradually realized the important role of information construction in the survival and development of enterprises. Workshop management system, represented by manufacturing execution system, is an important part of enterprise information construction. More and more attention has been paid to it. Based on the field investigation of discrete manufacturing enterprises, this paper analyzes the production characteristics of discrete manufacturing, the present situation of the workshop and the management process of the enterprises. According to the actual demand of the enterprise for mobile office and paperless production, a development scheme of workshop mobile management system based on MES is established. Based on the design of the whole business process of the system, the system architecture of three-tier mode is put forward. The physical topology and key technologies of the system are given. In the data layer, a database interaction method based on XML middleware is proposed through the research of multi-source data integration model. The function model of the system is established by using the object-oriented UML modeling mechanism. Finally, according to the above system design scheme, using the Eclipse development tools, using the Web technology, A mobile workshop manufacturing management system based on Hybrid App is developed, which has the functions of remote monitoring and field management, including order management, planning management, equipment management and so on, thus breaking through the limitation of traditional computer terminal management system. Flexible production and mobile office are realized to meet the personalized requirements of product data tracking and monitoring in manufacturing process.
【学位授予单位】：南京理工大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52

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