A capillary network radiation heating bed tent device

Abstract

A capillary net radiant heating bed tent device, comprising a capillary net part and a heat-insulating reflective film part arranged above a bed part, the heat-insulating reflective film part is arranged above the capillary net part close to the capillary net part, and is heat-insulated The reflective surface of the reflective film part faces the direction of the capillary network part, and the water in the return pipe is drawn out from the water outlet by the frequency conversion water pump, heated by the heat source, sent from the water inlet of the water inlet pipe, and then sent from the water delivery hole on the side of the water inlet pipe. into the capillary network, and then enter the return pipe from the return hole along the capillary network, thereby completing the cycle; the present invention uses the radiant heating of the capillary network to provide heat supply without blowing sensation to the bed, and utilizes the huge heat exchange area and uniformity of the capillary network The layout provides uniform heat distribution for the bed, and at the same time, it can reflect the heat of the capillary network to the surface of the bed, and pull it up to be flush with the top plate during the day, which can provide thermal radiation heating for the entire room while ensuring the space requirements of the room.

Description

technical field [0001] The invention belongs to the technical field of building heating, in particular to a capillary network radiation heating bed tent device. Background technique [0002] In the building environment, the thermal comfort and energy-saving characteristics of heating in winter have always been the research focus and hotspot of building heating. In general, there are various heat source methods for heating in winter, but most of the end parts use the natural convection method of the radiator or the forced convection method of the air supply port to heat the entire indoor space. This heating method is very beneficial to the thermal comfort of the entire room. However, at present, when the central heating mode is not adopted for hot summer and cold winter regions, people’s lifestyle is mostly to go to work during the day, the room is vacant, and the time to sleep and rest at home is longer at night. Considering the thermal comfort and energy-saving characterist...

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Problems solved by technology

[0004] The above technical solutions all use air supply to adjust the temperature of the bed. According to the international standard for human thermal comfort (ASHRAE), the air supply speed for human thermal comfort should not exceed 0.3m / s, otherwise it will seriously affect the thermal comfort of the human body Feel

The air supply methods of the above technical solutions are all aimed at the bed. When the human body is in a sleeping state, adjusting the temperature by air supply will have a poor impact on human health and sleep quality.

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