Inclined capillary tube and construction method thereof

Abstract

The invention discloses an inclined capillary tube and a construction method thereof. The inclined capillary tube is characterized by comprising lifting hooks embedded in a wall body, wherein the lifting hooks are connected with two ends of a capillary tube mat support frame through nylon ribbons; a capillary tube mat is mounted in the capillary tube mat support frame; a lower structure layer anda heat insulation layer are arranged between the capillary tube mat support frame and the lifting hooks; two ends of the capillary tube mat support frame are respectively connected with the lifting hooks through nylon ribbons; one end of the capillary tube mat support frame is tightly attached to the heat insulation layer, and the other end is downwards inclined; and an included angle between theinclined angle of the inclined capillary tube and the wall body is 0-45 degrees. The inclined capillary tube can be constructed on wall bodies with different materials, and can improve the heat exchange efficiency between the capillary tube and a room.

Description

technical field [0001] The invention relates to a construction method of a capillary radiation air conditioning system, in particular to an inclined capillary and a construction method thereof. Background technique [0002] The capillary radiation air conditioning system is a new type of air conditioning device that can replace the central air conditioner. It uses water as the refrigerant carrier and conducts radiation heat exchange with the room through a uniform and dense capillary network. Compared with the traditional air conditioning system, the capillary radiation system has the advantages of high energy efficiency ratio, clean and environmental protection, strong human comfort and long service life, and has been rapidly developed and applied in recent years. [0003] However, the existing capillary radiation system still has certain problems in practical application, mainly in the following aspects: the capillary net mat is fixed on the ceiling or installed in the wal...

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Problems solved by technology

[0003] However, the existing capillary radiation system still has certain problems in practical application, mainly in the following aspects: the capillary net mat is fixed on the ceiling or installed in the wall through many tube clamps, and the capillary net mat There is a covering layer of more than 10mm on the surface, which not only has a cumbersome installation process and a large amount of construction, but also affects the energy utilization rate and radiation efficiency of the capillary mat; The response time is longer, the risk of condensation is increased, and the safety is poor

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