巢湖学院学报
巢湖學院學報
소호학원학보
CHAOHU TEACHERS COLLEGE JOURNAL
2014年
3期
73-77
,共5页
ZigBee%CC2430%无线传感器网络节点%瓦斯监测
ZigBee%CC2430%無線傳感器網絡節點%瓦斯鑑測
ZigBee%CC2430%무선전감기망락절점%와사감측
ZigBee%CC2430%wireless sensor network node%gas monitoring
为解决矿井中布线难,维护成本高的问题,提出基于ZigBee技术的无线传感器网络节点的设计方案。以射频芯片CC2430和功率放大芯片CC2591为核心搭建无线传感器网络节点的硬件电路,负责采集矿井中瓦斯浓度值和环境温湿度值。通过软件调试结果表明,该节点能够完成采集矿井环境参数值,为矿井安全监测问题提供了一种合适的解决方案。
為解決礦井中佈線難,維護成本高的問題,提齣基于ZigBee技術的無線傳感器網絡節點的設計方案。以射頻芯片CC2430和功率放大芯片CC2591為覈心搭建無線傳感器網絡節點的硬件電路,負責採集礦井中瓦斯濃度值和環境溫濕度值。通過軟件調試結果錶明,該節點能夠完成採集礦井環境參數值,為礦井安全鑑測問題提供瞭一種閤適的解決方案。
위해결광정중포선난,유호성본고적문제,제출기우ZigBee기술적무선전감기망락절점적설계방안。이사빈심편CC2430화공솔방대심편CC2591위핵심탑건무선전감기망락절점적경건전로,부책채집광정중와사농도치화배경온습도치。통과연건조시결과표명,해절점능구완성채집광정배경삼수치,위광정안전감측문제제공료일충합괄적해결방안。
In order to solve the problem of the hard wiring and high maintenance costs in the mines, this paper proposes the de-sign of the wireless sensor network node based on ZigBee technology. With the RF chip CC2430 and the power amplifier chip CC2591 as the cores, a wireless sensor network node hardware circuit can be set up, which is aimed at collecting gas the con-centration and the environmental temperature and humidity in mines. Through the software debugging, the results show that the node is able to complete collecting the mine environment parameter and to provide a suitable solution for the issues of mine safety monitoring.