Independent air chamber inflatable insulation system

Abstract

An independent air chamber inflatable thermal insulation system comprising, sequentially connected via a piping, a compressor (1), a dust remover (2), a dehumidifier (3), a dryer (4), a constant-pressure and air-release control system (5), and an air chamber (6). The independent air chamber inflatable thermal insulation system is structurally simple, small in size, light in weight, easy to transport, and low in manufacturing costs and maintenance costs, has an independent air chamber with stable layers of air, and is not prone to forming air convection, thus increasing thermal insulation performance.

Description

technical field [0001] The invention relates to the technical field of thermal insulation, in particular to an independent air chamber inflatable thermal insulation system. Background technique [0002] At night, more heat is transmitted from the front roof of the solar greenhouse, and covering with thermal insulation materials can reduce the heat loss of the solar greenhouse. Traditional thermal insulation covering materials are mostly grass thatch, which is heavy in weight, poor in water resistance, and pollutes the film. In recent years, the types of thermal insulation quilts have gradually increased, but there are still some problems in the existing thermal insulation quilts. The main core materials of thermal insulation quilts currently used are mostly needle-punched felt, acrylic cotton, blanket scraps, etc., and are made by simple sewing machine sewing process. These raw materials and manufacturing techniques have caused the following problems: 1. water seepage. Wa...

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Problems solved by technology

These raw materials and manufacturing techniques have caused the following problems: 1. water seepage

Due to the low fiber strength of materials such as needle-punched felt and blanket scraps, and the high tensile force of mechanical rolling, it is easy to cause rolling phenomenon, resulting in uneven distribution of insulation core materials and a significant decline in the insulation performance of insulation quilts.

3. Corrosion of insulation core and short service life

[0005] The multi-span greenhouses in the prior art consume a lot of energy, are poorly managed, and cannot be maintained in the end

At night, due to the large amount of heat emitted from the upper roof and the surrounding sides of the multi-span greenhouse, and because it is difficult to install outer coverings in the multi-span greenhouse, the inner insulation system is only one or more layers of thin insulation materials, and cannot Due to the large temperature difference between the inside and outside of the multi-span greenhouse in winter, the thermal insulation performance is poor, the energy consumption is high in winter, and the winter production cannot be normal.

[0006] Due to the large volume and difficult transportation of the thermal insulation system in the prior art, large-scale production cannot be realized

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