物联网技术
物聯網技術
물련망기술
INTERNET OF THINGS TECHNOLOGIES
2013年
3期
11-12
,共2页
于良杰%王知学%马建辉%庄汝科
于良傑%王知學%馬建輝%莊汝科
우량걸%왕지학%마건휘%장여과
Zigbee%红外无线通信%瓦斯传感器%智能监控
Zigbee%紅外無線通信%瓦斯傳感器%智能鑑控
Zigbee%홍외무선통신%와사전감기%지능감공
Zigbee%infrared wireless communication%gas sensor%intelligent monitoring
给出了以AT86RF212为核心的ZigBee无线通讯技术实现红外检测终端的组网监测方法,详细介绍了系统架构及终端红外检测模块的硬件设计及软件架构.该方法可以很好地实现井下特殊环境下的检测布控,从而有效监控井下各点的瓦斯突变.
給齣瞭以AT86RF212為覈心的ZigBee無線通訊技術實現紅外檢測終耑的組網鑑測方法,詳細介紹瞭繫統架構及終耑紅外檢測模塊的硬件設計及軟件架構.該方法可以很好地實現井下特殊環境下的檢測佈控,從而有效鑑控井下各點的瓦斯突變.
급출료이AT86RF212위핵심적ZigBee무선통신기술실현홍외검측종단적조망감측방법,상세개소료계통가구급종단홍외검측모괴적경건설계급연건가구.해방법가이흔호지실현정하특수배경하적검측포공,종이유효감공정하각점적와사돌변.
ZigBee wireless communication technology with AT86RF212 as the core is adopted for the implementation of infrared detection terminal network monitoring method. The paper describes in detail the system architecture, the hardware design and software architecture of terminal infrared detection module. The method can achieve detection deployment and control in underground environment in order to effectively monitor the gas mutations at underground points.