CAJ | 학술논문

本设计是应用GSM(Global System for Mobile Communications)网络通信技术，以STC12C5A60S2为控制核心，通过各个传感器实时检测空气温湿度、土壤湿度、光照、二氧化碳浓度等环境变量，再由手机、单片机和GSM模块三者相互通信，实现远程查询环境变量和控制改变环境变量的功能，使各参量指标符合蝴蝶兰花的最佳生长环境要求，保证蝴蝶兰花能正常地生长，进一步降低人工成本。同时用液晶显示蝴蝶兰花养殖环境的各个变量，在现场就可根据显示结果，用键盘启动相应的处理模块，改变此时的变量。为实现蝴蝶兰花养殖技术信息化、智能化和规模化的目的提供了一种新的思路，具有一定的实际应用价值。
본설계시응용GSM(Global System for Mobile Communications)망락통신기술，이STC12C5A60S2위공제핵심，통과각개전감기실시검측공기온습도、토양습도、광조、이양화탄농도등배경변량，재유수궤、단편궤화GSM모괴삼자상호통신，실현원정사순배경변량화공제개변배경변량적공능，사각삼량지표부합호접란화적최가생장배경요구，보증호접란화능정상지생장，진일보강저인공성본。동시용액정현시호접란화양식배경적각개변량，재현장취가근거현시결과，용건반계동상응적처리모괴，개변차시적변량。위실현호접란화양식기술신식화、지능화화규모화적목적제공료일충신적사로，구유일정적실제응용개치。
The design is based on GSM (Global System for Mobile Communications)network communication technology. STC12C5A60S2 is used as control center and various sensors are used to detect air temperature and humidity, soil moisture, light, carbon dioxide concentration and other environment variables, and then the functions of remote query and control these environment variables by communication between phone, microcontroller and GSM module are realized. So that all parameters meet the best growing environmental requirements to ensure normal growth of butterfly orchid, and it further reduces labor costs. At the same time, each variable of butterfly orchid farming environment displays with LCD, using keyboard to start corresponding processing module to change present variables according to the results displayed on the spot. Here we proposed a new method to achieve a butterfly orchid farming techniques of information, intelligence and scale which has certain application value.