Intelligent management system applied to vegetable plantation greenhouse

Abstract

The invention relates to an intelligent management system applied to a vegetable plantation greenhouse. The system comprises a cloud server, an environment detection unit, an intelligent adjustment unit, a real-time image monitoring unit, a digital positioning unit, a central processor and a hand-held terminal provided with an APP. Through the intelligent management system, on one hand, the manual monitoring cost and errors can be reduced, efficient and scientific management is carried out on crops in the plantation greenhouse, the cost is decreased, the economic benefits are increased; and on the other hand, the intelligent management system also has a visitor control function, for the purpose of enabling a visitor to conveniently experience agricultural plantation intelligent management, a digital positioning unit and a display screen are arranged on each plantation greenhouse, when the visitor reaches the plantation greenhouse, he can obtain corresponding control authority of the plantation greenhouse simply by inputting a correct digital code through an intelligent mobile phone in his hands, the visitor can control an intelligent adjustment unit of the greenhouse through the intelligent mobile phone, and experience of the visitor is improved.

Description

technical field [0001] The invention relates to the technical field of greenhouse intelligent management, in particular to an intelligent management system applied to vegetable planting greenhouses. Background technique [0002] my country's per capita cultivated land area and per capita water resources are only 30% and 25% of the world's average level, and 2 / 3 of the existing cultivated land is low-to-medium yield fields, and the effective utilization rate of farmland irrigation water is only 30% to 40% (developed countries have reached 50%~70%). The input level of chemical fertilizers, pesticides and other production materials is high and the utilization rate is low, which leads to the pollution and destruction of the agricultural ecological environment. The soil is desertified, alkalized, and salinized. The yield per unit area of ​​cultivated land is even lower than that of countries with high grain production in the world. . With the rapid development of the economy and...

AI Technical Summary

Problems solved by technology

At present, intelligent agricultural technology has been widely used in advanced countries such as the United States and Europe. In recent years, my country's intelligent agriculture has developed rapidly, but there are still many problems: information standards are not uniform, the scope of application is narrow, and the application system software developed is on the computer operating platform. The compatibility of information interface, software and hardware, etc. is relatively poor; data collection and monitoring methods are backward, and data comprehensive analysis and processing functions are weak; the overall function is single and isolated, and there is no systematic, intelligent and automated integrated management and control

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