智能自动培植控制系统设计与仿真

Design and Simulation of Intelligent Automatic CultivationControl SystemAbstractIntelligent Automatic Cultivation (IAC)is an intelligent cultivation system.It canautomatically meet the living conditions required by potted plants,use light,moisture,fertilizer,ventilation,humidity,temperature,etc.as a controllable closed-loop control system,and perform system closed-loop self-maintenance as the plant growth needs change andenvironmental conditions Wait.It greatly meets people's need to leave the house,that is,theycan cultivate vegetation at home,and can give vegetation the corresponding growthconditions in daily work.To help people get rid of the complex procedures of plantcultivation,and to maintain the continuous optimal growth of plants,this is the rational andefficient use of plant ecological resources.The intelligent automatic cultivation system will use the STC89C52RC single-chipmicrocomputer as the control chip of the cultivation system,and at the same time use sensorsthat sense the external environment related to the design requirements,collect and inputexternal environmental factors such as temperature,humidity,and light,and control and Thestart,forward,reverse and stop actions of the corresponding motor output to the powerposition of each mechanical structure.In this way,basic functions such as phototaxis,automatic fertilization,automatic watering,and automatic heat dissipation are realized.Forthe design of the hardware level,Proteus software will be used to design the circuit schematicdiagram of the intelligent automatic cultivation system,and the hardware selection design willbe based on the functions realized.For the design of the software level,Keil software will beused to program the target function program.Finally,make a physical model of the intelligentautomatic cultivation system for simulation to verify the feasibility of the intelligentautomatic cultivation system control system from theory to reality.Keywords:Intelligent automatic cultivation;Single chip microcomputer;Control system;Program programming