基于Android的离心泵机组状态监测系统的设计与开发

发布时间：2018-05-27 03:02

本文选题：离心泵 + Android　；参考：《中北大学》2017年硕士论文

【摘要】：离心泵机组在生活与生产中有着广泛的应用,为实现离心泵机组的安全高效运行,必须对其运行状态进行实时监测。目前,对离心泵机组的状态监测系统绝大多数还停留在只能在中控室进行监测的状态,同时在需要进行设备巡检的时候,巡检人员需要对整个工厂的所有离心泵设备进行实地查看与记录,会出现疲于跑现场的情况。针对以上问题,设计开发了基于Android的离心泵机组状态监测系统,开发出一款专门用于离心泵机组远程状态监测的手机App,利用互联网在移动客户端实现对离心泵机组的远程状态监测和移动巡查。该系统的主要研究内容包括下面四部分:(1)首先对离心泵机组状态监测的主要性能参数及传统监测系统进行了研究,在此基础上设计出了基于Android的离心泵机组远程状态监测系统的整体架构,将系统设计为四个组成模块,并对传感器、摄像头、数据采集卡等硬件进行了选型。(2)选定常用的输水管网系统中的离心泵机组作为本次监测对象,通过组态王软件完成了上位机组态界面的开发设计,并将采集到的离心泵机组运行的各项数据写入到MySQL数据库。通过XAMPP集成软件搭建了本地服务器,实现了数据从本地数据库到服务器的传输。(3)通过Android Studio软件结合上位机组态针对离心泵机组的各个监测对象设计开发手机了手机App,完成了App与服务器的实时数据传输,从而实现了手机端实时查看离心泵机组的运行参数、超限报警、远程视频监控等功能。(4)最后,在实验室搭建了单台离心泵实验平台,对整个系统的功能及性能进行了系统性测试,验证了基于Android的离心泵机组状态监测系统的实用性。本系统实现了手机客户端对离心泵机组运行状态的实时准确状态监测,使在传统工业现场中设备维护与调试的现场操作人员能够更加准确、快速的获取离心泵的相关参数,提高工作效率。“互联网+”的提出加快了互联网与传统工业的融合,本系统紧跟最新发展趋势,实现了互联网和传统状态监测的融合,对工业上的离心泵机组状态监测具有重要的探索意义和实用价值。
[Abstract]:Centrifugal pump unit is widely used in daily life and production. In order to realize the safe and efficient operation of centrifugal pump unit, it is necessary to monitor its running state in real time. At present, most of the condition monitoring systems for centrifugal pump units remain in a condition that can only be monitored in the central control room, and at the same time, when equipment inspection is required, Inspectors need to inspect and record all the centrifugal pump equipment in the whole plant. Aiming at the above problems, the condition monitoring system of centrifugal pump unit based on Android is designed and developed. A mobile phone Appware is developed for remote condition monitoring of centrifugal pump units. Remote condition monitoring and mobile inspection of centrifugal pump units are realized by using the Internet in mobile clients. The main research contents of this system include the following four parts: 1) first, the main performance parameters and traditional monitoring system of centrifugal pump unit condition monitoring are studied. On this basis, the whole structure of the remote condition monitoring system of centrifugal pump unit based on Android is designed. The system is designed into four modules, and the sensor, camera, etc. The data acquisition card and other hardware are selected to select the centrifugal pump unit in the water transmission network system as the monitoring object, and the configuration interface of the upper computer is developed and designed by Kingview software. And the collected centrifugal pump unit running data is written to the MySQL database. The local server is built by XAMPP integration software. This paper realizes the transmission of data from local database to server. It designs and develops the mobile phone App through the Android Studio software combined with the configuration of the upper computer for each monitoring object of the centrifugal pump unit, and completes the real-time data transmission between App and the server. Thus realized the mobile phone end real-time view centrifugal pump unit operating parameters, over-limit alarm, remote video monitoring and other functions. Finally, a single centrifugal pump experimental platform was built in the laboratory. The function and performance of the whole system are systematically tested, and the practicability of the condition monitoring system of centrifugal pump unit based on Android is verified. The system realizes the real-time and accurate monitoring of the running state of the centrifugal pump unit by the mobile phone client, so that the operators who maintain and debug the equipment in the traditional industrial field can obtain the relevant parameters of the centrifugal pump more accurately and quickly. Improve working efficiency. The introduction of "Internet" speeds up the integration of the Internet and traditional industries. The system closely follows the latest development trend and realizes the integration of the Internet and traditional state monitoring. It is of great significance and practical value for condition monitoring of centrifugal pump units in industry.
【学位授予单位】：中北大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TH311;TP274

【参考文献】