Intelligent greenhouse management system

Abstract

The invention discloses an intelligent greenhouse management system comprising an implementation terminal, a communication terminal and an application terminal; the implementation terminal comprises an Internet of Things gateway, a sensor terminal node, a control terminal node and an execution device, and the sensor terminal node comprises a temperature and humidity sensor, an illumination sensor and a human body infrared sensor; and the sensor terminal node is electrically connected with the Internet of Things gateway, another interface of the Internet of Things gateway is electrically connected with the control terminal node, the control terminal node is wirelessly connected with the execution device, the execution device comprises a greenhouse and a spraying crane assembly, and the communication terminal comprises a WIFI communication module, a cloud end and an Internet of Things cloud platform. The application terminal comprises a database, an alarm monitor and a remote control, one ends of the database, the alarm monitor and the remote control are wirelessly connected with the Internet of Things cloud platform, and the other ends of the database, the alarm monitor and the remote control are wirelessly connected with the user mobile terminal, so that the barriers of high workload and high time consumption of traditional agriculture are broken, the agricultural greenhouse is managed more efficiently and conveniently, and agriculture develops in a more intelligent and more accurate direction.

Description

technical field [0001] The present invention relates to the field of agricultural internet of things, in particular to a smart greenhouse management system. [0002] technical background [0003] my country's agricultural development has a history of thousands of years, with a vast land and abundant resources, and an arable area of ​​1.43 million square kilometers. It is a top-ranked agricultural planting country in the world; however, the level of science and technology applied in agricultural planting in our country is very limited. The traditional farming mode is still the main force, which not only wastes a lot of manpower and labor resources, but also has a low survival rate of crops and poor harvest, so farmers' disposable harvest is not optimistic; the traditional agricultural production mode obviously cannot satisfy people's demand for crops. According to the needs of different seasons and quality, and in traditional agricultural production operations, the measurement a...

AI Technical Summary

Problems solved by technology

[0003] my country's agricultural development has a history of thousands of years, with a vast land and abundant resources, and an arable area of ​​1.43 million square kilometers. It is a top-ranked agricultural planting country in the world; however, the level of science and technology applied in agricultural planting in our country is very limited. The traditional farming mode is still the main force, which not only wastes a lot of manpower and labor resources, but also has a low survival rate of crops and poor harvest, so farmers' disposable harvest is not optimistic; the traditional agricultural production mode obviously cannot satisfy people's demand for crops. According to the needs of different seasons and quality, and in traditional agricultural production operations, the measurement and monitoring of agricultural environmental parameters are mainly carried out manually. Therefore, in recent years, greenhouse planting methods have been developed and widely used. It is a major aspect of traditional farming. Progress, the environmental conditions of crops are becoming more and more controllable, but with it, a big problem is that the workload of workers is heavy, so it is still not very optimistic

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