Liquid fertilizer spraying monitoring system for intelligent agriculture

Abstract

The invention discloses a liquid fertilizer spraying monitoring system for intelligent agriculture. The system comprises a fertilizing sprayer, and a liquid fertilizer spraying system for the intelligent agriculture. The liquid fertilizer spraying monitoring system for intelligent agriculture is characterized by comprising a server, a transmission module, a sensor module, a controller module and aspraying module; the output end of the server and the input end of the transmission module are in control connection. The problem that artificial operation in the fertilizing system needs to consumea huge amount of manpower and material resources is solved; secondly, the intelligent control system performs fertilization according to the soil type, the crops type and the growth period, the fertilizing precision can be improved, and the fertilizer is saved.

Description

technical field [0001] The invention relates to the technical field of intelligent agricultural systems, in particular to a liquid fertilizer spraying system for intelligent agriculture. Background technique [0002] At present, the primary condition for the increase of crop yield is to rely on the input of fertilizers. Many years of production practice and the long-term use of solid chemical fertilizers have ensured crop yields to a certain extent. Many problems such as compaction and the decline in the quality of crop products are gradually exposed and manifested, which have brought great negative impacts on human beings and their living environment. In order to overcome the above problems in the application of solid chemical fertilizers, the liquid fertilizer successfully developed in recent years is a Pollution-free, broad-spectrum, high-efficiency, and multi-functional new fertilizers. Since liquid fertilizers are solutions or suspensions containing more than two nutrie...

AI Technical Summary

Problems solved by technology

[0002] At present, the primary condition for the increase of crop yield is to rely on the input of fertilizers. Years of production practice and the long-term use of solid chemical fertilizers have ensured crop yields to a certain extent. Many problems such as compaction and the decline in the quality of crop products are gradually exposed and manifested, which have brought great negative impacts on human beings and their living environment. In order to overcome the above problems in the application of solid chemical fertilizers, the liquid fertilizer successfully developed in recent years is a kind of Pollution-free, broad-spectrum, high-efficiency, and multi-functional new fertilizers. Since liquid fertilizers are solutions or suspensions cont