Intelligent management platform with self-learning function, for agricultural vegetable greenhouse

Abstract

The invention discloses an intelligent management platform with a self-learning function, for an agricultural vegetable greenhouse. The intelligent management platform is characterized in that a central controller controls a valve to realize fertigation of an agricultural vegetable greenhouse according to the received data and the fertigation parameters, set by a user, for different crops; when the central controller determines that the vegetable greenhouse needs disinfection according to the received data, firstly the central controller detects whether people exists in the vegetable greenhouse, and if no people exists, the vegetable greenhouse is disinfected; images, about the internal part and the surrounding environment of the vegetable greenhouse, taken by a plurality of cameras are transmitted to the central controller; according to the planted crops, the central controller searches the information related with planting of the crops and compares the searched information with the planting information stored in a database; an automatic induction detection device, an Internet of Things information gateway and the central controller are communicated with each other through a wireless communication mode; when a temperature sensor in the automatic induction detection device detects that the temperature in the vegetable greenhouse is lower than a set temperature, the central controller controls a heating device to heat the internal part of the vegetable greenhouse; and when the humidity is greater than a set threshold, the central controller controls a ventilation device to ventilate the internal part of the vegetable greenhouse. The intelligent management platform with a self-learning function, for an agricultural vegetable greenhouse can achieve the aim of improving the management efficiency of an agricultural vegetable greenhouse.

Description

technical field [0001] The invention relates to the field of agricultural intelligence, in particular to an intelligent management platform for vegetable greenhouses with a self-learning function. Background technique [0002] At present, in our country, the technology of using vegetable greenhouses to grow vegetables has been very popular in various places. Greenhouse planting can more effectively manage the cultivation of various crops, improve the prevention of diseases and insect pests and the impact of the weather, and increase the unit yield of crops. At the same time, through the temperature of the greenhouse Humidity and other controls can grow more abundant crops in different regions. [0003] With the large-scale application of greenhouse technology, there are more and more types of management equipment used in supporting greenhouses, such as irrigation systems, fertilization systems or ventilation equipment, etc. These devices can indeed help agricultural users ma...

AI Technical Summary

Problems solved by technology

[0004] The degree of intelligence is not enough: most of them still need to collect data manually and start various equipment manually, so the labor cost is increased in the planting process

There is a problem of low management efficiency