Intelligent pear garden management system

Abstract

The invention discloses an intelligent pear garden management system. The intelligent pear garden management system comprises an image acquisition module, a pesticide and fertilizer processing module,a pesticide and fertilizer preparation module, a controller module, a solar module, a sensor module, an irrigation module, a wireless communication module, a user mobile terminal, a data storage module and a PC management module, wherein the output ends of the image acquisition module, the solar module and the sensor module are connected with the input end of the controller module; the input endsof the pesticide and fertilizer processing module, the irrigation module and the pesticide and fertilizer preparation module are connected with the output end of the controller module; the wireless communication module is connected with the controller module; the PC management module is connected with the controller module; the wireless communication module is wirelessly connected with the user mobile terminal; the data storage module is connected with the controller module. The intelligent pear garden management system has the advantages that the sensor module senses environment parameters such as air temperature and soil humidity in a pear garden, the image acquisition module acquires video data such as a video showing whether pests exist during pear garden plant growth or not, and intelligent pear garden management is achieved.

Description

technical field [0001] The invention relates to the technical field of precise management of pear orchards, in particular to an intelligent pear orchard management system. Background technique [0002] Fruit trees are generally planted in orchards. Most orchards in my country still use manual production management. Generally, the experience of fruit farmers is used to qualitatively estimate various environmental factors, and it is impossible to accurately measure various environmental information during the production process. Optimizing production also wastes a lot of human resources. Traditional orchard management requires a lot of manpower to do some repetitive and mechanical work, such as orchard management, monitoring, irrigation, etc. With the continuous development of science and technology, mechanized production has been popularized, and mechanization, informatization, and intelligence have become an inevitable trend in the development of agricultural production and ...

AI Technical Summary

Problems solved by technology

[0003] The growth and development of fruit trees, flowering and fruiting are closely related to temperature, sunshine, moisture (humidity), soil and wind. The growth of fruits and vegetables is relatively demanding on the environment, and slight differences will affect the yield and taste of pears. As an important economic crop, It is necessary to strictly monitor the growth environment. Most of the existing orchards lack intelligent monitoring systems. At most, ordinary thermometers are installed, which makes it difficult to provide the best growth environment, resulting in low production efficiency and poor taste.

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