Greenhouse control system based on augmented reality technology application

Abstract

The invention relates to a greenhouse control system based on augmented reality technology application. The system comprises AR glasses (1), an image collector (2), a micro projector (3), a central controller, an environmental parameter sensing mechanism and an environmental parameter adjustment mechanism. According to the system, by applying an augmented reality technology to equipment for environment control in an agricultural greenhouse, compared with a traditional control system, the system has the advantages that high-degree intelligent control and self-service analysis functions are achieved, a series of visual analysis data can be provided for users, and the users can know the growth state of plants without using professional agronomic knowledge for analyzing the test data, so thatrestrictions of the system on the user's own cultural quality and farming experience are reduced, and meanwhile the possibility that some factors are ignored in the process of human judgment is avoided. In addition, according to the system, environmental parameters which need to be changed at present can also be analyzed and obtained, so that corresponding control measures are taken, and the timely and effective intelligent control operation of the greenhouse environment is achieved.

Description

technical field [0001] The invention relates to the field of greenhouse control, in particular to a greenhouse control system based on the application of augmented reality technology. Background technique [0002] my country is a large agricultural country, and agriculture is still the most basic industry in our country. At present, there are many greenhouses in rural areas. With the gradual improvement of the level of agricultural production, the structural grade of the greenhouse is also continuously improved, and the required monitoring technology is also improved. Building an intelligent monitoring system for agricultural greenhouses that can improve the yield and quality of crops in the greenhouse, reduce production costs, and reduce the labor intensity of the staff is also an urgent need for the majority of greenhouse crop production personnel. For this reason, many units or individuals have introduced some foreign computer intelligent monitoring systems, such as gree...

AI Technical Summary

Problems solved by technology

However, these systems do not detect the growth state of the plant itself, and cannot know whether a given environmental regulation parameter exactly matches the current growth cycle of the plant

[0004] In addition, the current monitoring system cannot achieve visual interaction with crop production personnel, which makes crop production personnel unable to more intuitively understand whether various plants are in a healthy growth state, and can only manually detect plants through

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