All-weather and full-automatic multi-layer temperature-control circular greenhouse

Abstract

The invention discloses a method for manufacturing an all-weather and full-automatic multi-layer temperature-control circular greenhouse. The greenhouse is characterized by consisting ofcomprising support columns, a light collecting layer, heat insulation layers, a skeleton, a driving device, a rotating device, a moving device, a horizontal working arm, a vertical working arm, layered rails, a snow sweeping arm, a snow sweeping device and the like. The bottom of the multi-layer ceiling is connected with the layered rails on the ground through the moving device, and the automatic control module can freely control the greenhouse to rotate through the moving device according to the time and sunlight intensity. The greenhouse can be sufficiently irradiated by sunlight in daylight, and the multi-layer ceiling is fully insulated at night, so that the temperature in the greenhouse is stable, the heat insulating effect is good and the yield rate of crops is greatly enhanced; the labor cost is reduced, and the service life of field ridge for farmers is prolonged.

Description

technical field [0001] The invention relates to a method for realizing an all-weather, fully automatic multi-layer temperature-controlled circular greenhouse, which is used for planting various fruits and vegetables, as well as fishing, animal husbandry and the like. Background technique [0002] The all-weather, fully automatic multi-layer temperature-controlled circular greenhouse will be a kind of crop, animal and plant cultivation facility commonly used in northern my country. It has the advantages of plastic greenhouses and heated greenhouses, and can be heated without heating or with less heating. Production in winter under certain conditions has good economic benefits. [0003] At present, the traditional solar greenhouse is mainly composed of three parts: the enclosure wall, the back roof and the front roof. The wall mainly includes soil structure, masonry structure, and composite structure. The roof is only covered with plastic film for lighting. When the outdoor li...

AI Technical Summary

Problems solved by technology

[0004] At present, the common problems in traditional solar greenhouses are: the front roof adopts manual or mechanical methods to roll up or roll out the insulation material, and the method of rolling up or rolling out the insulation material is easy to damage the insulation material, and it also makes many new insulation materials The material cannot be applied to the heat preservation of the front roof of the solar greenhouse. Rolling up or rolling out the insulation material also wastes a lot of manpower and material resources. Frequent entry and exit of the greenhouse will also cause great harm to the health of the workers, making those experienced crops Experts were tortured by rheumatism and rheumatoid, so they could no longer enter the greenhouse to guide production in their later years; the lighting surface of the traditional solar greenhouse is fixed and covered, so that the crops in the greenhouse cannot make full use of the sunlight, and it is not conducive to maximizing the room temperature, which is not conducive to The crops grow in the shed; moreover, the traditional solar greenhouse does not have the ability of automatic snow removal, and its ability to resist disaster weather is poor. The traditional solar greenhouse is rectangular, so it is difficult and costly to carry out automatic control and automatic operation; High construction cost, difficult movement and low reuse rate

Images