Greenhouse interpenetrating production method and special double-body greenhouse structure

Abstract

The invention relates to a greenhouse interpenetrating production method and a special double-body greenhouse structure and belongs to the technical field of a greenhouse. According to the technical scheme, the double-body greenhouse structure comprises a heat-insulating wall (1), a main shed (2) and a secondary shed (3), wherein the main shed is arranged on a sunlight-orientating side of the heat-insulating wall; the secondary shed is arranged on a sunlight-backing side of the heat-insulating wall; and the same heat-insulating wall is shared by the main shed and the secondary shed. The double-body greenhouse structure is adopted, so that the heat-insulating wall is no longer directly exposed outside, the secondary shed simultaneously has an auxiliary heat-insulating function, the temperature of the main shed is increased by 1-3 DEG C than the temperature of the main shed without secondary shed, the plant diseases and insect pests are reduced, and the yield and the quality are obviously increased. According to the invention, the investment in greenhouse is reduced, two greenhouses are combined with each other and 40% of investment is reduced; the land behind the heat-insulating wall of the greenhouse is fully utilized and the use ratio of the land is increased by 35%; the main shed and the secondary shed are used for planting different fruit or crops; the interpenetrating production is adopted; the market vacancy is made up; and the economic benefit is rich.

Description

technical field [0001] The invention relates to a production method for interspersed greenhouses and a special double-body greenhouse structure, belonging to the technical field of greenhouses. Background technique [0002] At present, in the north, greenhouses are widely used in agriculture, forestry and other fields. The greenhouses in the background art generally consist of an insulation wall and a shed body, and the shed body is arranged on the side of the insulation wall facing the sun. The problem is that the other side of the insulation wall is not used, and there is usually 8-9 meters of space between the two rows of greenhouses, which is wasted, the cost is high, and the land utilization rate is reduced. Because the insulation wall is directly exposed to the outside, the weather in the north is cold, which makes the temperature in the greenhouse drop, which will easily lead to reduced production, late maturity, low quality, and many diseases. Since the greenhouse i...

AI Technical Summary

Problems solved by technology

The problem is: the other side of the insulation wall is not used, and there is usually 8-9 meters of space between the two rows of greenhouses, which is wasted, the cost is high, and the land utilization rate is reduced.

Because the insulation wall is directly exposed to the outside, the weather in the north is cold, which makes the temperature in the greenhouse drop, which will easily lead to reduced production, late maturity, low quality, and many diseases

Since the greenhouse is an integrated structure, the temperature is basically the same, there is no difference in the maturity time of the fruits or crops cultivated in the greenhouse, and the economic benefits are not ideal.

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