澳森钢铁智能计量系统的设计与实现

发布时间：2018-01-06 20:22

本文关键词：澳森钢铁智能计量系统的设计与实现　出处：《山东大学》2015年硕士论文　论文类型：学位论文

【摘要】：澳森钢铁智能化计量系统是澳森钢铁为实现计量业务的自动化,规范计量管理,缩减计量人员,提高计量效率,适应现代化企业的两化融合趋势而建设的信息系统。系统建设的主要目标为：根据业务特点,系统参数设定自动切换对应的计量模式(自助、自动或远程计量),实现自助/自动计量方式达90%以上。采用无线射频技术实现物流业务一卡通,车辆从发卡、登记、门禁、计量、收发货、质检、出厂等各业务环节信息贯通、相互验证,实时监控物流状态,提高物流管理的效率和可控度。实现闭环流程设计,增强防作弊能力,提高计量数据精准度和业务效率。本文论述了项目背景和国内外相关课题的研究现状,描述了系统需要解决的主要问题。在需求分析阶段,通过对项目目标的分析和对澳森钢铁需求的收集,梳理清楚规范的业务流程。在系统设计阶段,以设计原则为依据,结合澳森钢铁的具体情况,进行系统的总体架构、软件架构、硬件架构、功能划分。在详细设计阶段,重点说明了本系统的界面设计和主要业务实体类对应的数据表设计。最后,通过一些实际功能和对应代码展示对本系统涉及到的基于重点问题的实现。系统采用基于.NET平台的客户端,基于Java平台的应用服务端的混合多层架构。在研发过程中按照传统软件工程的瀑布式流程开发,相关小阶段则使用了敏捷开发理念来提高效率。该系统在澳森钢铁已成功投用,各方面均达到了设计的预期目标,并取得了良好的效果。规范了计量管理流程,极大提高了计量业务的整体作业效率；计量员由原来的80人减至22人,达到了减员增效的目的；使得进出厂物流和厂内物流得以闭环管理,全程监控,集中调度,提升了澳森钢铁的物流智能化水平。
[Abstract]:The intelligent metering system of Ausen Iron and Steel is to realize the automation of metering business, standardize the metrology management, reduce the metering personnel and improve the metering efficiency. The main goal of the system construction is: according to the business characteristics, the system parameters set up automatic switching corresponding measurement mode (self-help). Automatic or remote measurement, achieve self-help / automatic measurement of more than 90%. The use of radio frequency technology to achieve the logistics business card, vehicles from card, registration, access control, measurement, delivery, quality inspection. The information of each business link such as the factory is through, mutual verification, real time monitor the logistics state, improve the efficiency and controllability of the logistics management, realize the closed-loop flow design, enhance the ability to prevent cheating. Improve the accuracy of measurement data and operational efficiency. This paper discusses the project background and domestic and foreign research status of related topics, describes the main problems that the system needs to solve. Through the analysis of the project objectives and the collection of Ausen iron and steel demand, combing the clear and standardized business process. In the system design phase, based on the design principles, combined with the specific situation of Ausen Iron and Steel. System architecture, software architecture, hardware architecture, functional partitioning. In the detailed design phase, the emphasis of the system interface design and the main business entity classes corresponding to the design of data tables. Finally. Through some actual functions and corresponding code show the implementation of this system based on key issues. The system adopts the client based on .NET platform. The hybrid multi-tier architecture of application server based on Java platform is developed according to the waterfall process of traditional software engineering. The system has been successfully used in Ausen Iron and Steel, and all aspects have achieved the expected goal of the design, and achieved good results. The measurement management process has been standardized. The overall operational efficiency of the measurement business is greatly improved; The number of metrologists was reduced from 80 to 22, thus achieving the objective of reducing staff and increasing efficiency; So that the incoming and outgoing logistics and in-plant logistics can be closed loop management, the whole process of monitoring, centralized scheduling, improve the level of intelligent logistics of Ausen Iron and Steel.
【学位授予单位】：山东大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

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