CAJ | 학술논문

针对露水凝结在温室农作物叶表面，诱发由真菌和细菌引起的疾病，危害农作物的生长现象，采用 ARM微控制器为核心，利用DHT11温湿度传感器来接收采集温室环境信息。同时，根据需求通过矩阵键盘设定温湿度额度值，由液晶1602实时监测当前环境变化，数据处理模块对信息进行比较分析，判定是否需进行升降温，加湿或干燥的控制，使得温室能够处在一个适宜农作物生长的恒定温湿度状态。实验模拟表明，该系统能有效工作，在温室大棚内具有很好的推广价值。
침대로수응결재온실농작물협표면，유발유진균화세균인기적질병，위해농작물적생장현상，채용 ARM미공제기위핵심，이용DHT11온습도전감기래접수채집온실배경신식。동시，근거수구통과구진건반설정온습도액도치，유액정1602실시감측당전배경변화，수거처리모괴대신식진행비교분석，판정시부수진행승강온，가습혹간조적공제，사득온실능구처재일개괄의농작물생장적항정온습도상태。실험모의표명，해계통능유효공작，재온실대붕내구유흔호적추엄개치。
Dew condensation in the greenhouse crop leaf surfaces induced by fungal and bacterial diseases , affects the growth of crops .For greenhouse within knot Monroe phenomenon , this based on ARM micro-controller for core , uses DHT11 temperature humidity sensor to receives collection greenhouse environment information , artificial according to needs through matrix keyboard set temperature humidity lines value , through LCD 1602 real-time monitoring current en-vironment changes , data processing module on information for comparison analysis , whether needed for warming , plus wet of control , or control motor for ventilation visor , makes greenhouse big shed can in a suitable crop growth of constant of State .Experimental simulation shows that to be effective , with high accuracy , low cost , greenhouse has a very good promotional value .