山东工业技术
山東工業技術
산동공업기술
Shandong Industrial Technology
2014年
5期
8-9,22
,共3页
无线通讯%水质%监测系统
無線通訊%水質%鑑測繫統
무선통신%수질%감측계통
Wireless communication%Water quality%Monitoring system
基于AT89C51单片机和GPRS设计实现了一种无线水质监测系统。在下位机水质参数处理方面,应用无线通讯技术实现了对水质的实时监测。基于串口和DTU模块将水质数据传送到监控中心,对水质状况实施快速准确地检测。
基于AT89C51單片機和GPRS設計實現瞭一種無線水質鑑測繫統。在下位機水質參數處理方麵,應用無線通訊技術實現瞭對水質的實時鑑測。基于串口和DTU模塊將水質數據傳送到鑑控中心,對水質狀況實施快速準確地檢測。
기우AT89C51단편궤화GPRS설계실현료일충무선수질감측계통。재하위궤수질삼수처리방면,응용무선통신기술실현료대수질적실시감측。기우천구화DTU모괴장수질수거전송도감공중심,대수질상황실시쾌속준학지검측。
On the basis of traditional craft,the system achieves the water quality automatic monitoring system design through the combination of AT89C51 microcontroller and the new GPRS-based wireless communication module. For water quality parameter processing, under-bit machine adopts information fusion technology to improve the detection accuracy; Through the serial port and he DTU module, the system transfer the water quality to monitoring center, quickly and accurately to achieve real-time monitoring of water quality conditions. The system have some advantages, power consumption, low cost, real-time online, etc.