浙江农业学报
浙江農業學報
절강농업학보
ACTA AGRICULTURAE ZHEJIANGENSIS
2014年
3期
791-796
,共6页
王丹丹%宗振海%陈慧珊%蹇兴亮
王丹丹%宗振海%陳慧珊%蹇興亮
왕단단%종진해%진혜산%건흥량
STM32%智能温室%远程监控
STM32%智能溫室%遠程鑑控
STM32%지능온실%원정감공
STM32%intelligent greenhouse%remote control
以STM32为主控制器,设计了集温室环境信息采集和自动控制于一体的基地、远程两级监控模式的温室智能控制系统。基地监控支持实时环境信息显示、历史环境信息查询和环境信息变化曲线显示功能,利用触摸屏设计的友好人机接口,可实现对作物理想生长环境参数的设定,系统依据设定的环境参数和实时采集的环境信息控制环境调节设备实现对温室环境的自动调节,以满足作物生长需要。远程监控采用RS232通信协议与基地控制系统连接,实现参数设定、实时数据显示及历史查询显示功能。系统还支持手动模式控制,以应对突发报警调节。试验分析表明该系统对温室环境监控具有良好的实用性和可靠性。
以STM32為主控製器,設計瞭集溫室環境信息採集和自動控製于一體的基地、遠程兩級鑑控模式的溫室智能控製繫統。基地鑑控支持實時環境信息顯示、歷史環境信息查詢和環境信息變化麯線顯示功能,利用觸摸屏設計的友好人機接口,可實現對作物理想生長環境參數的設定,繫統依據設定的環境參數和實時採集的環境信息控製環境調節設備實現對溫室環境的自動調節,以滿足作物生長需要。遠程鑑控採用RS232通信協議與基地控製繫統連接,實現參數設定、實時數據顯示及歷史查詢顯示功能。繫統還支持手動模式控製,以應對突髮報警調節。試驗分析錶明該繫統對溫室環境鑑控具有良好的實用性和可靠性。
이STM32위주공제기,설계료집온실배경신식채집화자동공제우일체적기지、원정량급감공모식적온실지능공제계통。기지감공지지실시배경신식현시、역사배경신식사순화배경신식변화곡선현시공능,이용촉모병설계적우호인궤접구,가실현대작물이상생장배경삼수적설정,계통의거설정적배경삼수화실시채집적배경신식공제배경조절설비실현대온실배경적자동조절,이만족작물생장수요。원정감공채용RS232통신협의여기지공제계통련접,실현삼수설정、실시수거현시급역사사순현시공능。계통환지지수동모식공제,이응대돌발보경조절。시험분석표명해계통대온실배경감공구유량호적실용성화가고성。
This paper designed a greenhouse intelligent control system of two levels'monitoring model mainly based on STM32.One was basement control including environmental information collection and automatic control , and the other was remote control .Base monitoring supports environmental information real-time display, history query and change curve display , which can set the ideal growing environmental parameters by the friendly man -machine interface using the touch screen design .The system can make automatic control of greenhouse environment to serve the needs of crop growth , which was based on the set of environmental parameters and real-time acquisition of environmental information to control environmental control equipment .Remote monitoring control system adopted RS232 communication protocol with the base connection , and it had the function of parameters setting , real-time data display and historical query .The system also supported manual mode control in response to the sudden alarm control . Test analysis showed that the system of greenhouse environment monitoring has good practicability and reliability .