矿业安全与环保
礦業安全與環保
광업안전여배보
MINING SAFETY & ENVIRONMENTAL PROTECTION
2013年
4期
31-34
,共4页
低功耗%无线传感器%ZIGBEE%无线监测系统
低功耗%無線傳感器%ZIGBEE%無線鑑測繫統
저공모%무선전감기%ZIGBEE%무선감측계통
low-power consumption%wireless sensor%ZIGBEE%wireless monitoring system
针对煤矿井下巷道的特点和无线监测系统应用的特殊性，提出一种低功耗煤矿无线监测系统的设计方案，并建立了测试平台进行方案验证。通过研究系统的组网机制、低功耗设计、同步机制、路由机制和工作机制，给出了以ZIGBEE协议的CC2530为核心低功耗无线传感器节点和无线网关的设计方案。无线传感器节点连接各类传感器探头，周期性地采集、处理和上传环境参数数据；无线网关连接以太网串口数据转换模块接入以太环网，将无线传感器节点上传的数据发送至监控中心。测试表明，该系统具有良好的扩展性、灵活性和快捷性。
針對煤礦井下巷道的特點和無線鑑測繫統應用的特殊性，提齣一種低功耗煤礦無線鑑測繫統的設計方案，併建立瞭測試平檯進行方案驗證。通過研究繫統的組網機製、低功耗設計、同步機製、路由機製和工作機製，給齣瞭以ZIGBEE協議的CC2530為覈心低功耗無線傳感器節點和無線網關的設計方案。無線傳感器節點連接各類傳感器探頭，週期性地採集、處理和上傳環境參數數據；無線網關連接以太網串口數據轉換模塊接入以太環網，將無線傳感器節點上傳的數據髮送至鑑控中心。測試錶明，該繫統具有良好的擴展性、靈活性和快捷性。
침대매광정하항도적특점화무선감측계통응용적특수성，제출일충저공모매광무선감측계통적설계방안，병건립료측시평태진행방안험증。통과연구계통적조망궤제、저공모설계、동보궤제、로유궤제화공작궤제，급출료이ZIGBEE협의적CC2530위핵심저공모무선전감기절점화무선망관적설계방안。무선전감기절점련접각류전감기탐두，주기성지채집、처리화상전배경삼수수거；무선망관련접이태망천구수거전환모괴접입이태배망，장무선전감기절점상전적수거발송지감공중심。측시표명，해계통구유량호적확전성、령활성화쾌첩성。
To counter to the characteristics of mine roadways and the application particularity of the wireless monitoring system, a design scheme of the low-power coal mine wireless monitoring system was proposed and a test platform was built for the verification of this scheme. Through the study of the networking mechanism,low-power design,synchronous mechanism,routing mechanism and working mechanism of the wireless monitoring system,the design scheme of the low-power wireless sensor nodes and the wireless gateways was put forward,which takes CC2530 based on ZIGBEE protocol as the core. The wireless sensor's nodes are connected to various kinds of sensors and periodically acquire,collect,process and unload the environmental parameters;the wireless gateways are connected to the Ethernet serial data conversion modules and transmit the data which were unloaded by the wireless sensors' nodes to the monitoring center. The tests indicated that this system has good extensibility,flexibility and quickness.
