Agricultural greenhouse damage monitoring method based on wind speed

Abstract

The invention discloses an agricultural greenhouse damage monitoring method based on wind speed. According to the agricultural greenhouse, because a greenhouse surface is made of light and thin plastic film, damage often occurs. Furthermore the existing agricultural greenhouse has defects of large land occupation of farmland commonly, artificial inspection, relatively low efficiency, and incapability of realizing in-time inspection. The agricultural greenhouse damage monitoring method is an automatic monitoring method for monitoring temperature in the greenhouse at any time. If quick wind speed increase occurs in the greenhouse, a determination mechanism for determining damage of the greenhouse is triggered, thereby settling problems of low inspection efficiency and low timeliness in a better manner.

Description

technical field [0001] The invention relates to an automatic monitoring method, in particular to a wind speed-based damage monitoring method for agricultural greenhouses. Background technique [0002] At present, agricultural production generally adopts agricultural greenhouses. Since the surface of the sheds is generally made of light and thin plastic film, it is often easily damaged. The sheds are generally located in farmland and have a large area. Usually, the damage of the sheds is inspected manually, which is inefficient and not timely. . In winter, if the damage to the greenhouse is not detected in time, it may cause the crops in the greenhouse to freeze to death or frostbite, or the land in the greenhouse to freeze, affecting production efficiency. After the popularization of image monitoring technology, some greenhouses have adopted video monitoring measures to reduce manual inspections, but still need special personnel to monitor constantly, which takes up manpowe...

AI Technical Summary

Problems solved by technology

[0002] At present, agricultural production generally adopts agricultural greenhouses. Since the surface of the sheds is usually made of light and thin plastic film, it is often easily damaged. The sheds are generally located in the farmland and have a large area. Usually, the damage of the sheds is inspected manually, which is inefficient and not timely.

In winter, if the damage to the greenhouse is not detected in time, it may cause the crops in the greenhouse to freeze to death or frostbite, or the ground in the greenhouse to freeze, affecting production efficiency

After the popularization of image monitoring technology, video monitoring measures have been adopted in some greenhouses to reduce manual inspections, but special personnel are still required to monitor constantly, which takes up manpower.