电梯巡检管理信息系统的设计与实现

发布时间：2018-02-05 05:38

本文关键词： 电梯巡检系统 SSM Android客户端最短路径　出处：《大连理工大学》2016年硕士论文　论文类型：学位论文

【摘要】：电梯巡检是保障电梯安全运行的重要手段。为了提高电梯巡检效率,保证电梯巡检质量,本文设计并实现了一套电梯巡检管理信息系统用于电梯巡检的工作中。这个系统综合运用了SSM框架、数据库设计、Web开发、Android开发、地图显示、路径规划等技术,实现了巡检数据信息的管理,提高了电梯巡检效率和质量。因此,本系统的研究有重要的意义。通过对系统的需求进行分析,根据三层架构的思想,设计并实现了电梯巡检管理信息系统的业务逻辑层、表示层以及数据访问层。业务逻辑层是在Java EE平台上,通过整合SSM框架,实现部署在系统的服务器端。其中,通过使用SpringMVC框架,实现了服务器端的前端控制层,使用spring容器实现了服务器端的业务逻辑层,使用Mybatis框架实现了服务器端的数据持久层。系统的数据持久层使用轻量级数据库MySQL来实现的。根据数据库设计原则,设计了数据库中的所有数据表。系统的表示层分为web客户端和Android客户端。Web客户端通过调用业务逻辑层,实现了对系统巡检信息的添加、修改、查看、删除等管理功能。使用POI技术实现了信息的批量导入添加,通过引入ZXing开源工具,实现了巡检设备二维码的生成,通过使用极光推送服务,实现了任务推送的功能。在Android客户端,通过使用Android平台中的轻量级嵌入式数据库SQLite,实现了系统的离线工作,通过将ZXing工具引入到Android工程中,实现了二维码的扫描解析,通过使用百度地图SDK,实现了Android客户端上地图的显示。使用贪心算法,实现了巡检路线的规划,并通过使用百度地图中到导航功能,实现了巡检路线的导航。目前电梯巡检管理信息系统基本实现,并在试运行阶段,运行结果表明,系统设计基本合理,对提高巡检效率和质量起到一定的作用。
[Abstract]:Elevator patrol is an important means to ensure the safe operation of elevator. In order to improve the efficiency of elevator patrol and ensure the quality of elevator inspection. This paper designs and implements a set of elevator patrol management information system used in elevator inspection. This system uses SSM framework and database design to develop SSM. Map display, path planning and other technologies have realized the management of patrol data information, and improved the efficiency and quality of elevator patrol inspection. Therefore, the research of this system is of great significance. According to the idea of three-tier architecture, the business logic layer, presentation layer and data access layer of elevator patrol management information system are designed and implemented. The business logic layer is based on Java EE platform. By integrating the SSM framework, the server is deployed in the system, and the front-end control layer of the server is realized by using the SpringMVC framework. The business logic layer on the server side is implemented using the spring container. The Mybatis framework is used to realize the data persistence layer on the server side. The data persistence layer of the system is realized by using the lightweight database MySQL. The presentation layer of the system is divided into web client and Android client. By calling the business logic layer, the system patrol information is added. Modify, view, delete and other management functions. The use of POI technology to achieve batch information import and addition, through the introduction of ZXing open source tools, the implementation of the patrol equipment QR code generation. The function of task push is realized by using aurora push service. In Android client, the lightweight embedded database SQLite in Android platform is used. The off-line work of the system is realized. By introducing the ZXing tool into the Android project, the scanning and parsing of the QR code is realized, and the SDK of Baidu map is used. The display of map on the Android client is realized. Using greedy algorithm, the route planning of patrol is realized, and the navigation function of Baidu map is used. At present, the elevator patrol management information system is basically realized, and the running results show that the system design is basically reasonable and plays a certain role in improving the efficiency and quality of patrol inspection.
【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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