Flexible radiating end, preparation method and use thereof

Abstract

A flexible radiating end comprises a radiator and a refrigerant / heat medium pipe; wherein the refrigerant / heat medium pipe is in direct or indirect contact with the radiator. The flexible radiating end structure of the invention can make the installation and configuration of the radiation end of the traditional radiation type air conditioner more convenient and reasonable, can be arranged at any position according to the need, reduces or avoids the possibility of dew condensation, and improves the comfort. The flexible radiating end structure of the invention can be made into a curtain, formedinto a projection curtain, and can be used for furniture and the like.

Description

technical field [0001] The invention belongs to the field of HVAC, and further belongs to the field of radiation air conditioning, and specifically relates to a flexible radiation terminal and its preparation method and application. Background technique [0002] In recent years, the economy has developed rapidly, and the number of high-end apartments and office buildings in major cities has increased dramatically, resulting in increasingly tight energy supply. Among them, the energy consumption of air-conditioning accounts for more than half of the energy consumption of the entire building, and the current air-conditioning system is mainly driven by electricity, which has caused a shortage of urban power supply. Therefore, it has become an urgent matter to adopt all feasible schemes to reduce building energy consumption and alleviate the power shortage. Building low-energy buildings and using energy-saving green air-conditioning systems are among the most effective solution...

AI Technical Summary

Problems solved by technology

However, simply improving the thermal conductivity of the capillary will not improve the overall performance of the radiant air conditioner, and may even have adverse effects. Moreover, the resulting capillary network is hard and brittle, and it is not easy to fold, roll up, and put away, which brings great inconvenience to use.

[0006] In addition, in order to ensure sufficient heat conduction effect, the radiant end commonly used at present generally combines the cold and heat medium pipes with the metal radiant body and fixes them in an appropriate position in the room, or embeds the capillary network into the wall or the ground. The structure is not easy to move and pack when in use, and has high requirements for the use of space and construction technology

Moreover, there is no report on the flexible radiation end that can be folded and packed up.

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