摘要
为了能够有效实现高速动车组温湿度的实施检测,就提出了一种以ZigBee为基础的高速动车组温度监测系统,对此监测系统的设计步骤和实现进行了分析。系统将单片机和射频收发芯片作为系统的核心内容,使用数字温湿度传感器设置传感器节点,从而有效实现高速动车组车中湿度数据的收集,并且通过Lab VIEW软件实现监控界面的编写,从而有效实现检测系统温湿度数据的显示、查询及存储。通过实验表示,以ZigBee技术为基础的高速动车组温湿度监测系统能够实现监测系统中采样点灵活布置的需求,并且还能够满足高速动车组中温湿度的监测需求。
In order to effectively implement the detection of high speed EMU temperature and humidity,it proposes a ZigBee based high-speed EMU temperature monitoring system design and implementation steps of this monitoring system is analyzed in the paper.The system of MCU and RF transceiver chip as the core part of the system,the use of digital temperature and humidity sensor set of sensor nodes,so as to realize humidity data of high speed EMU in the collection,and through the LabVIEW software realize the monitoring interface,so as to realize the detection system of temperature and humidity data display,storage and query.The experiments show that EMU temperature and humidity monitoring system based on ZigBee technology can realize the flexible arrangement of sampling in the monitoring system,and also can meet the demand of monitoring temperature and humidity in the high-speed emu.
作者
王秋鹏
WANG Qiu-peng(Xi’an Railway Vocational&Technical Institute,Xi’an 710026,China)
出处
《电子设计工程》
2018年第16期63-66,71,共5页
Electronic Design Engineering
基金
2016年度陕西省教育厅科学研究项目(16JK2153)
作者简介
王秋鹏(1980—),男,河南济源人,硕士研究生,副教授。研究方向:铁道车辆。
