农业工程学报
農業工程學報
농업공정학보
2010年
3期
198-202
,共5页
杨玮%吕科%张栋%吴松%龙智强%商守海
楊瑋%呂科%張棟%吳鬆%龍智彊%商守海
양위%려과%장동%오송%룡지강%상수해
温室%智能控制%无线传感器网络%ZigBee%环境因子%语音模块
溫室%智能控製%無線傳感器網絡%ZigBee%環境因子%語音模塊
온실%지능공제%무선전감기망락%ZigBee%배경인자%어음모괴
greenhouses%intelligent control%wireless sensor networks%ZigBee%environmental factors%voice module
针对温室农业控制的需要,开发了温室无线智能控制终端.该系统基于ZigBee无线网络,以Jennic公司生产的ZigBee无线微型控制器JN5139-M01模块为核心,整个无线传感器网络由无线生理生态监测节点、ZigBee温室无线智能控制终端和智能语音模块组成.无线传感器节点分布于温室的各个测量点执行各数据的采集、预处理和无线发送等工作,温室无线智能控制终端负责处理所有无线传感器节点采集的数据信息.智能语音模块能够根据采集到的信息及时提供生产指导建议.温室无线智能控制终端实现了对温室环境因子(土壤温度、叶片温度,光照、茎秆生长、土壤水分等)的数据采集和有效控制.通过试验验证,该系统运行稳定,并且操作简单,使用方便.
針對溫室農業控製的需要,開髮瞭溫室無線智能控製終耑.該繫統基于ZigBee無線網絡,以Jennic公司生產的ZigBee無線微型控製器JN5139-M01模塊為覈心,整箇無線傳感器網絡由無線生理生態鑑測節點、ZigBee溫室無線智能控製終耑和智能語音模塊組成.無線傳感器節點分佈于溫室的各箇測量點執行各數據的採集、預處理和無線髮送等工作,溫室無線智能控製終耑負責處理所有無線傳感器節點採集的數據信息.智能語音模塊能夠根據採集到的信息及時提供生產指導建議.溫室無線智能控製終耑實現瞭對溫室環境因子(土壤溫度、葉片溫度,光照、莖稈生長、土壤水分等)的數據採集和有效控製.通過試驗驗證,該繫統運行穩定,併且操作簡單,使用方便.
침대온실농업공제적수요,개발료온실무선지능공제종단.해계통기우ZigBee무선망락,이Jennic공사생산적ZigBee무선미형공제기JN5139-M01모괴위핵심,정개무선전감기망락유무선생리생태감측절점、ZigBee온실무선지능공제종단화지능어음모괴조성.무선전감기절점분포우온실적각개측량점집행각수거적채집、예처리화무선발송등공작,온실무선지능공제종단부책처리소유무선전감기절점채집적수거신식.지능어음모괴능구근거채집도적신식급시제공생산지도건의.온실무선지능공제종단실현료대온실배경인자(토양온도、협편온도,광조、경간생장、토양수분등)적수거채집화유효공제.통과시험험증,해계통운행은정,병차조작간단,사용방편.
For meeting the needs of informatization and automatic control terminal of greenhouse, an intelligent control system was developed based on ZigBee. JN5139-M01 Module made by Jennic Company was used as main unit. The whole system contained several wireless data collecting nodes, intelligent voice module, and a wireless intelligent control terminal. The wireless data collecting nodes based on ZigBee were distributed over the whole greenhouse and used to take charge of data collecting, preprocessing and wireless transmission. Wireless intelligent control terminal was used to collect data from all nodes and manage environmental factors of greenhouse, such as soil temperature, leave temperature, light intensity, growth speed of plant, and soil water content. Intelligent voice module could provide real-time production advice according to data collected from all wireless nodes. The test results showed that the wireless intelligent control terminal has been successfully used on monitoring and controlling environmental factors in greenhouse. Testing proved that the system run stably, and was easy to operate and to use.