Intelligent breeding industry management system based on agricultural Internet of Things technology

Abstract

The invention discloses an intelligent agricultural management system based on Internet of Things. The system comprises an environmental parameter acquisition unit, a management platform, a safety monitoring unit, an alarm unit, an environment adjusting unit, a device control unit and a cloud server, and the environmental parameter acquisition unit, the safety monitoring unit, the alarm unit, the environment adjusting unit, the device control unit and the cloud server communicate with the management platform in a wireless manner. According to the intelligent agricultural management system based on the Internet of Things, the units communicate with each other in a wireless manner, a lot of wiring is avoided, and problems of high data loss probability and low control efficiency are solved.

Description

technical field [0001] The invention relates to an intelligent farming management system based on the agricultural Internet of Things technology, which belongs to the technical field of agricultural production. Background technique [0002] Agricultural monitoring systems are widely used in the monitoring of greenhouses. Under the existing technical conditions, the agricultural monitoring system is usually realized based on wired sensor network or wireless sensor network. Among them, the agricultural monitoring system based on the wired sensor network is limited by the cost because of the signal transmission distance, and the signal transmission quality decreases with the increase of the signal transmission distance, so it is basically not used now. [0003] In some outdoor places where there are insufficient wired fixed facilities, it is inevitable to use mobile communication networks to access data. These lines installed outdoors are easily damaged, resulting in a high pr...

AI Technical Summary

Problems solved by technology

[0003] In some outdoor places where wired fixed facilities are insufficient, it is inevitable to use mobile communication networks to access data. These lines installed outdoors are easily damaged, resulting in a high probability of data loss and poor network robustness.

And these systems can basically only collect some data inside the greenhouse when collecting, which makes the data collected by the monitoring system relatively limited. If you need to collect more comprehensive data, you need to install multiple sets of monitoring systems, resulting in low control efficiency and control costs. high