Intelligent agricultural integrated monitoring system

Abstract

The invention relates to an intelligent agricultural integrated monitoring system with a five-layer technical framework. According to the intelligent agricultural integrated monitoring system with the five-layer technical framework, modularization control methods with different standards can be adopted in agricultural production management according to different crops; different crop names are set in a main controller of the intelligent agricultural integrated monitoring system, the intelligent agricultural integrated monitoring system automatically calls a standard growth control module applicable to the corresponding crop, the optimal growth environment, including the temperature factor, the humidity factor, the illumination factor, the fertilization factor and the like, is provided for the corresponding crop through automatic adjustment of the main controller to a system equipment access layer and a field equipment layer, a central server in an information processing layer can further provide various operating recommendations for a user to help the user to carry out the production management decision, the intelligent agricultural integrated monitoring system can meet the specific requirements of a client by modifying control module parameters in the main controller according to the specific requirements of the client, and can carry out testing and optimization of different control methods in a combination mode according to the actual yield of the crops, and the active learning capacity of the intelligent agricultural integrated monitoring system is achieved.

Description

technical field [0001] The present invention relates to the automatic control of agricultural production, in particular to an agricultural intelligent monitoring and management system for modular control according to different crops, in particular to an intelligent agricultural integrated monitoring system based on the application of the Internet of Things. Background technique [0002] Traditional agriculture uses manual irrigation and fertilization or pumps to directly pump water for crop growth. These irrigation methods can only ensure the growth of different crops under the same conditions when the water source is sufficient. Although automatic irrigation and fertilization have been realized in some areas at present, the single irrigation method has not been changed. On the one hand, these irrigation methods will still cause waste of water resources due to the different needs of different crops. On the other hand, this irrigation method still has unnecessary manpower and...

AI Technical Summary

Problems solved by technology

[0002] Traditional agriculture uses artificial irrigation and fertilization or pumps to directly pump water for crop growth. These irrigation methods can only ensure the growth of different crops under the same conditions when the water source is sufficient.

Although automatic irrigation and fertilization have been realized in some areas at present, the single irrigation method has not been changed. On the one hand, these irrigation methods will still cause waste of water resources due to the different needs of different crops. On the other hand, this irrigation method still has unnecessary manpower and material resources due to the limitation of networking.

Therefore, the "rough" agricultural automatic irrigation method is increasingly unable to meet the needs of modern agriculture

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