Research On Plant Intelligent Maintenance System Based On Real Time Sensing Data

With the continuous improvement of living standards,the rapid development of modern cities,people have gradually been bound in a variety of buildings.The green space is forced to reduce a lot within a certain space,and plants can absorb the harmful substances and gases in the air.Plants have the role of purifying air.So indoor gardening has become a new fashion.More and more people began to conserve all kinds of plants and flowers.The growth and development of plants is closely related to its maintenance environment.Environmental factors such as water,light and nourishment have very important influence on the growth of plants.In order to plant healthy growth and to play the best greening effect,we must control the growth environment of plants and coordinate various influencing factors.In this paper,a series of plant maintenance deficiencies,such as bad control of water,poor control of fertilization,the design of a plant intelligent maintenance system.In this paper,according to the existing research combined with the actual situation,chlorophytum comosum as experimental object.Soil moisture using real-time chlorophytum DHT11 digital temperature and humidity sensors in the growth environment.According to the experiments of soil moisture and chlorophytum watering quantity data,to study the relationship between the analysis of the two,get the chlorophytum water demand algorithm.The main research content includes: 1.the design of intelligent plant maintenance system,including its hardware design and software design.2.acquisition and processing of soil moisture data in grow growth environment.Using the DHT11 digital temperature and humidity sensor to collect the humidity in the growth soil.The algorithm of soil moisture and chlorophytum comosum irrigation volume was obtained based on the relationship between soil moisture and irrigation volume.3.design of plant intelligent maintenance system.Through the chlorophytum comosum algorithm and system framework,the software design of the system are control of watering.Comparative experiments on artificial maintenance and intelligent maintenance,the comparative analysis of the experimental results,there are: the chlorophytum comosum leaves of the chlorophytum comosum with intelligent maintenance and artificial maintenance timing and quantitative watering are better.The amount of water too much or too little,no quantitative timing of watering maintenance or maintenance of artificial intelligent chlorophytum appeared yellow leaves of chlorophytum,root rot plants or the phenomenon of death.In this paper,information technology,software technology,and hardware technology,such as the design of intelligent plant maintenance system.Real time monitoring of plants through wireless networks,collecting soil moisture information.To collect the real-time data for intelligent analysis and judgment,select the conservation measures,and the terminal display.The user can realize the intelligent control of the plant maintenance through the intelligent terminal,so that the maintenance of indoor plants become more simple and intelligent...