农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2015年
6期
97-100
,共4页
刘璐%房俊龙%赵忠泽%关化楠%朱岩
劉璐%房俊龍%趙忠澤%關化楠%硃巖
류로%방준룡%조충택%관화남%주암
灌区%地下水位%远程监测%STM32%GPRS
灌區%地下水位%遠程鑑測%STM32%GPRS
관구%지하수위%원정감측%STM32%GPRS
irrigation%underground water level%remote monitoring%STM32%GPRS
为实现灌区地下水资源的合理开发利用,采用嵌入式和无线通信网络 GPRS 技术,设计了以 STM 32芯片为主控制器的地下水位远程监测终端,并介绍了相关的硬件以及软件的设计方案。模拟试验表明,系统可将水位传感器采集的水位数据利用GPRS网络传输给上位机系统,满足设计要求。
為實現灌區地下水資源的閤理開髮利用,採用嵌入式和無線通信網絡 GPRS 技術,設計瞭以 STM 32芯片為主控製器的地下水位遠程鑑測終耑,併介紹瞭相關的硬件以及軟件的設計方案。模擬試驗錶明,繫統可將水位傳感器採集的水位數據利用GPRS網絡傳輸給上位機繫統,滿足設計要求。
위실현관구지하수자원적합리개발이용,채용감입식화무선통신망락 GPRS 기술,설계료이 STM 32심편위주공제기적지하수위원정감측종단,병개소료상관적경건이급연건적설계방안。모의시험표명,계통가장수위전감기채집적수위수거이용GPRS망락전수급상위궤계통,만족설계요구。
To realize the reasonable development and utilization of groundwater resources in the irrigation area , this paper adopts the embedded and GPRS wireless communication network technology , the groundwater is given priority to with STM32 chip controller was designed by the remote monitoring terminal , introduced the related hardware and software de-sign scheme Through the simulation test show that the system can be water level data from the sensor using GPRS network transmission to the host computer , meet the design requirements .