Plastic double-sleeve capillary heat-resistant curtain

Abstract

A plastic double-sleeve capillary heat-resistant curtain comprises double-sleeve inner tubes 1, outer tubes 2, composite headers 3, water balls 4 and a hose 5, and is characterized in that units of the plastic double-sleeve capillary heat-resistant curtain are connected into a group by the hose via connecting tubes of the inner tubes 1 and connecting tubes of outer tubes 2, the heat-resistant curtain formed by the units connected into the group is connected onto a heat source and a hot source, a capillary heat exchange surface which eliminates cold and hot loads caused by glass is formed between the inner sides of an outer window and a glass curtain wall, water in the outer tubes 2 flows downwards while water in the inner tubes 1 flows upwards, so that temperature difference of the low-temperature cold water in the outer tubes 2, peripheral hot air and a hot surface ( when in summer, but conversely when in winter) is highest, heat can be exchanged better, and circulation resistance of a system is reduced by the aid of double effects including a capillary effect and an effect of circulation pressure. Loads of the outer window and the glass curtain wall can be effectively eliminated by the technology. In addition, the plastic double-sleeve capillary heat-resistant curtain saves space, is flexible in installation, sufficiently utilizes renewable energy sources, and is high-efficient and energy-saving.

Description

technical field [0001] The invention relates to a plastic double-sleeve capillary heat-resistant curtain, and more specifically relates to a double-sleeved capillary heat-resistant curtain which uses renewable energy to form a cold and heat load barrier layer on the outer window to eliminate the load on the outer window. Background technique [0002] Bionics refers to warm-blooded animals, especially the skin structure of the human body, and transforms the traditional air-conditioning method into a method similar to the function of the human body, so as to provide the best air-conditioning requirements with the minimum energy consumption. The plastic capillary is used as the bionic environmental regulation method, which can be automatically adjusted according to the ambient temperature. The plastic capillary mat with water as the heat medium is tightly attached to the lower surface of the room enclosure structure, making the room floor, floor and wall warm. and comfort. The...

AI Technical Summary

Problems solved by technology

[0003] The limitations of using bionic technology in building energy saving: 1) The limitation of setting the radiant surface indoors - from the perspective of the envelope structure load, the indoor and outdoor temperature gradient determines the closer the heat exchange surface is to the indoor, the temperature of the cold and hot media that can be used The narrower the range, the greater the energy consumption required to prepare the corresponding cooling and heating media, and the smaller the range of renewable energy that can be utilized; 2) The limit of the bionic skin set by the outer enclosure structure - using the outer enclosure The advantages brought by the structural bionic skin are extremely obvious, but it cannot handle the envelope structure load of doors, windows and glass curtain walls, especially the sunlight load.

[0004] At present, the construction industry advocates large-area glass curtain walls, which has greatly restricted the application of bionic skins for external enclosure structures, especially when all-glass curtain walls are used, this technology is completely useless

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