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模具电极加工生产线设备信息管理系统的设计与开发
引用本文:程思竹,罗永康,肖刚锋,程秀全,吕佳穗.模具电极加工生产线设备信息管理系统的设计与开发[J].精密成形工程,2022,14(10):147-154.
作者姓名:程思竹  罗永康  肖刚锋  程秀全  吕佳穗
作者单位:广州民航职业技术学院 飞机维修工程学院,广州 510430;华南理工大学 机械与汽车工程学院,广州 510640
基金项目:广东省重点领域研发计划(2019B090918004)
摘    要:针对模具电极加工生产线设备在加工过程中无法进行信息共享以及人工管理效率过低的问题,基于模具电极加工生产线的业务流程,对信息管理系统的功能性需求进行了分析。使用B/S架构模式对系统进行总体架构设计,提出并设计了用户登录模块、信息查询模块、信息编辑模块和设备监控模块4个系统功能模块。选择SQL Server作为系统数据库对其进行了逻辑设计;选取Java作为系统后端开发语言,对系统各功能模块进行开发,并利用HTML、CSS和JavaScript前端技术开发系统前端界面。最后,对设备信息管理系统进行运行测试,完成企业对设备信息管理的需求。该系统的使用,极大地提高了企业模具电极加工生产效率以及设备和原材料的利用率。

关 键 词:模具电极  生产线设备  B/S架构  SQL  Server数据库  信息管理系统
收稿时间:2021/9/30 0:00:00

Design and Development of the Information Management System for the Die Electrode Processing Line
CHENG Si-zhu,LUO Yong-kang,XIAO Gang-feng,CHENG Xiu-quan,LYU Jia-sui.Design and Development of the Information Management System for the Die Electrode Processing Line[J].Journal of Netshape Forming Engineering,2022,14(10):147-154.
Authors:CHENG Si-zhu  LUO Yong-kang  XIAO Gang-feng  CHENG Xiu-quan  LYU Jia-sui
Affiliation:Aircraft Maintenance Engineering College, Guangzhou Civil Aviation College, Guangzhou 510403, China;School of Mechanical and Automobile Engineering, South China University of Technology, Guangzhou 510640, China
Abstract:Aiming at the problems that the equipment of die electrode processing line cannot share information and the efficiency of manual management is too low in the process of processing, the functional requirements of the information management system are analyzed based on the business process of the die electrode processing line. The system architecture is designed by using B/S architecture mode. Four system function modules are proposed and designed, which are user login module, information query module, information editing module and equipment monitoring module. Select SQL server as the system database to design it logically; Java is chosen as the back-end development language, and the functional modules of the system are developed, and the front-end interface of the system is developed by using HTML, CSS and JavaScript front-end technologies. Finally, the equipment information management system is tested to meet the needs of the enterprise. The use of the system greatly improves the efficiency of the electrode processing and the utilization of equipment and raw materials
Keywords:mold electrode  production line equipment  B/S architecture  SQL server database  information management system
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