基于物联网Android平台的船舶气囊群气压监测系统

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英文篇名：Pressure Monitoring System for Marine Airbags Based on IOT Android Platform 作者：陈健 ; 姜培 ; 唐俊遥 英文作者：CHEN Jian;JIANG Pei;TANG Junyao;School of Mechanical and Electrical Engineering,Guangdong University of Technology; 关键词：船舶气囊 ; 气压检测系统 ; 设备云 ; Android系统 ; 轻型数据库 英文关键词：Ship's airbags;;Pressure monitoring system;;Device cloud;;Android system;;SQLite 中文刊名：JCYY 英文刊名：Machine Tool & Hydraulics 机构：广东工业大学机电工程学院; 出版日期：2019-02-28 出版单位：机床与液压 年：2019 期：v.47;No.478 语种：中文; 页：JCYY201904032 页数：5 CN：04 ISSN：44-1259/TH 分类号：140-143+178

摘要

为了促进工业的远程化、智能化和灵活化,针对传统的船舶气囊上下水工艺,基于Android手机平台,提出一种基于物联网Android平台的船舶气囊群气压检测系统,系统包括ZigBee传感器网络、协议转换器、云端服务器和手机终端,实现了对船舶气囊群的远程监控。通过Android手机界面,实现了用户随时随地在有网络覆盖的地方浏览并获取实时数据,最后通过实验测试证明该系统稳定、可靠,符合一般工业设计对检测精度和时间的要求。该系统的应用改进了人工读取数据耗时、费力、不安全等缺点,从整体上提升了船舶气囊下水作业的施工效率。
        In order to promote remote, intelligent and flexible industry, in view of the traditional ship going into water by airbags, based on the Android mobile phone platform, a kind of pressure monitoring system was proposed for marine airbags based on IOT Android platform. The system included ZigBee sensor network, protocol converter, cloud server and mobile terminal,by which the remote monitoring of ship's airbags group was realized. Users could browse and achieve the real-time data through Android cellphone interface anywhere there was network coverage and anytime. The experimental results certify that the system is stable and reliable, conformed to the general industrial design's requirements on the testing accuracy and time. The usage of the system improves shortcomings of artificial reading data, including time-consuming, laborious and unsafe. The construction efficiency of the ship going into water by airbags is enhanced on the whole.

引文

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