基于GeneXus的生产管理系统的设计与实现

发布时间：2018-08-11 08:42

【摘要】：计算机互联网、物联网、云计算、大数据等新一代信息技术应用越来越广泛,越来越多的管理系统被利用到各个行业的企业中,例如银行、医院、学校等单位都会用到员工管理系统、固定资产管理系统、成绩管理系统等。另外,不仅信息技术不仅与经济产业相融合,现在越来越多的制造业和工业企业也将信息技术与之融合,形成新的产业链。我国大部分机械制造行业在面临转型的同时也存在信息技术落后的问题,很多统计信息需要人工处理,数据量过大导致工作效率下降。本文针对上述机械制造行业存在的问题,以炼钢分厂生产作业为例,首先,深入了解炼钢的工艺和原理,结合车间实际应用经验,统计每日浇注钢水、铸锭和合浇锭情况的各项具体信息;其次,进一步对炼钢过程中的所有钢种代号、材质和工艺符号等进行统计,熟悉炼钢的流程,对初炼的钢水量、铸锭钢水量以及出钢时间等具体细节进行整理;再次,对开发生产作业系统所涉及到的软件进行深入的学习研究,包括Gene Xus安装时的注意事项,三个组件Transaction、Web Panel、Procedure的具体用法以及参数传递,与Oracle数据库的连接,利用PL/SQL语言处理对数据库的操作;最后,充分分析开发生产管理系统的需求分析,设计并实现了该系统。生产管理系统根据车间每日浇注钢水和钢锭的台帐情况进行汇总,主要包括每日浇注台帐提交后修改,每日浇注台帐查询及导出等主要模块,其中又包括钢水、钢锭、合浇锭等信息的增加、修改、删除、查询等功能。另外,添加登录界面,添加主菜单界面,添加管理员权限,对钢水等增加、修改界面进行校验,对钢水量等数据添加合计功能。本文设计并实现的生产管理系统将工业化与信息化相结合,将炼钢分厂生产钢水的产量情况进行汇总与归类。现已投入运行,运行效果良好,以达到企业信息化服务工业化,工业化促进信息化的目的。
[Abstract]:The computer Internet, Internet of things, cloud computing, big data and other new generation information technology are more and more widely used. More and more management systems are used in enterprises of various industries, such as banks, hospitals, etc. Schools and other units will use employee management system, fixed asset management system, performance management system. In addition, not only information technology is not only integrated with economic industry, but now more and more manufacturing and industrial enterprises are also merging information technology with it to form a new industrial chain. Most of the machinery manufacturing industry in China is facing the problem of backward information technology. Many statistical information needs to be processed manually. The large amount of data leads to the decline of work efficiency. In view of the problems existing in the machinery manufacturing industry mentioned above, this paper takes the production operation of the steelmaking branch plant as an example. Firstly, we deeply understand the process and principle of steelmaking, combined with the practical application experience of the workshop, and count the daily pouring of steel. Detailed information on the ingot and ingot; secondly, further statistics on all steel grades, materials and process symbols in the process of steelmaking, familiarity with the process of steelmaking, and the quantity of water for the initial steelmaking, Thirdly, the software involved in the development of production operation system is studied deeply, including the matters needing attention in the installation of Gene Xus. The concrete usage and parameter transfer of the three components, the connection with the Oracle database, the operation of the database with PL/SQL language, and the requirement analysis of the development of the production management system are fully analyzed, and the system is designed and implemented. The production management system makes a summary according to the daily pouring of steel and ingots in the workshop, mainly including the modification of the daily pouring account, the inquiry and export of the daily pouring account, and so on, including the steel, ingot, etc. The addition, modification, deletion, query and other functions of pouring ingots and other information. In addition, add login interface, add main menu interface, add administrator rights, increase the steel, etc., modify the interface to check, add the total function to the data such as steel and water. The production management system designed and realized in this paper combines industrialization with information technology and summarizes and classifies the production of molten steel in steelmaking branch plants. It has been put into operation and has a good effect in order to achieve the purpose of industrialization and industrialization.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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