Agricultural greenhouse cleaning device

Abstract

The invention discloses an agricultural greenhouse cleaning device which comprises a greenhouse and a wind power generation mechanism, wherein the two sides of the greenhouse are jointly rotatably provided with a washing mechanism, the wind power generation mechanism comprises a vertically arranged supporting pipe body, and a pressure pump box is arranged on the supporting pipe body; and the sidesurface of the greenhouse is provided with a water storage tank, and the wind power generation mechanism can drive a pressure pump tank to enable water in the water storage tank to enter the washing mechanism to clean the greenhouse. According to the agricultural greenhouse cleaning device, the wind power generation mechanism generates power to be used by a servo motor, and generated electric energy can be stored by a storage battery or incorporated into a power grid for use, so that the energy-saving and environment-friendly capacity of the device is increased; and a piston is driven to compress through mechanical rotation of the wind power generation mechanism, so that water in the water storage tank enters the washing mechanism to clean film of the greenhouse, a water pump is not neededto provide power, the exposing of a long water pipe is avoided, most water paths are embedded, and the service life of the device is prolonged.

Description

technical field [0001] The invention relates to the field of agricultural facilities, in particular to an agricultural greenhouse cleaning device. Background technique [0002] Agricultural greenhouses enable us to plant crops of different seasons in the same season, increase the types and yields of crops, and improve our food and living standards. However, in the northwest of my country, there are often strong winds, and desertification in the northwest of my country is serious, so under windy weather There is generally a lot of sand and dust mixed with the wind, which makes the surface of the greenhouse covered with a layer of sand, which affects the lighting time and intensity of the crops in the greenhouse and the temperature in the greenhouse, thereby affecting the growth of the crops in the greenhouse. , reduce the yield and quality of crops, therefore, it is particularly important to regularly clean the surface of the film. [0003] Most of the existing cleaning method...

AI Technical Summary

Problems solved by technology

[0005] 1. Use the motor to move the cleaning rack and the water pump to supply water for jet cleaning, which increases power consumption, and the water tank placed on the ground and the connecting water pipe of the cleaning mechanism are too long to drag on the ground and easily damaged;

[0006] 2. Use a vacuum cleaner to absorb dust on the surface of the film of the greenhouse. The dust wetted by rainwater sticks to the film after drying, which is not easy to remove, and the dust sucked is in the dust box on the roof of the greenhouse. It is troublesome to clean, and it needs to be sprayed for cleaning. Simultaneously with vacuuming, the Yishi vacuum cleaner will short-circuit when the water enters it. If a machine with a higher degree of waterproof is used, the cost will be greatly increased;

[0007] 3. The water pipes and hoses in the above two schemes are long and exposed to the external environment. Since the greenhouse area is often exposed to wind and sun, the hoses and water pipes are prone to aging, which affects the use

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