Greenhouse management control system

Abstract

The invention discloses a greenhouse management control system, which is characterized by comprising a computer, an illumination detector, a thermometer, a camera and a carbon dioxide detector, wherein the illumination detector, the thermometer, the camera and the carbon dioxide detector are connected with the computer and are arranged inside a greenhouse, a signal transmitting device is also arranged inside an outdoor weather station to transmit data to the computer, the computer controls a fan, a windlass and a carbon dioxide generator inside the greenhouse, the computer is also connected with a client side through a wireless network transmission way, and the client side transmits an order to the computer. The greenhouse management control system has a simple structure, an ingenuous design and reasonable layout, and can adequately realize the full automatic and scientific agricultural production management.

Description

technical field [0001] The invention relates to a control system, in particular to a greenhouse management control system. Background technique [0002] Agriculture is the root and foundation of all production activities. How to use limited land to grow more and better agricultural products is an eternal subject. In order to increase the yield of certain crops, crops are often planted in greenhouses in high latitude areas. Although this method has many advantages and benefits, most farmers still use traditional methods for planting, and cannot Various parameters in the greenhouse (such as temperature, illuminance, carbon dioxide, etc.) are quantitatively monitored, and the change of the environment in the greenhouse still requires manual operation, and fully automated production management cannot be realized, which is time-consuming and laborious, and it is difficult to guarantee the quality of agricultural products. Therefore need a kind of method that can solve above-ment...

AI Technical Summary

Problems solved by technology

In order to increase the yield of certain crops, crops are often planted in greenhouses in high latitude areas. Although this method has many advantages and benefits, most farmers still use traditional methods for planting, and cannot Quantitative monitoring of various parameters in the greenhouse (such as temperature, illuminance, carbon dioxide, etc.), and the change of the environment in the greenhouse still requires manual operation, and fully automated production management cannot be realized, which is time-consuming and laborious, and it is difficult to guarantee the quality of agricultural products.

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