Energy-saving comfortable toilet capable of weakening heat release condensation separation of water vapor on wall surface

Abstract

The invention provides an energy-saving comfortable toilet capable of weakening heat release condensation separation of water vapor on a wall surface. The energy-saving comfortable toilet comprises heat insulation plates and a heating device, wherein the heat insulation plates are arranged on the inner surface of a wall body of the toilet; the heat insulation plates comprise high-thermal-resistance heat insulation and thermal isolation plates and veneers; and the veneers adopt color steel plates with the thickness being smaller than 1mm or color aluminum plates with the thickness being smaller than 1mm or glass fiber reinforced thermosetting plastics (SMC and GRP) with the thickness being smaller than 3mm or thin ceramic tiles with the thickness being smaller than 5mm. The energy-saving comfortable toilet has the advantages that the veneers with smaller thermal capacity are adopted; meanwhile, the heat insulation and thermal isolation plates arranged at the back sides of the veneers effectively block the heat leakage towards the wall body; the temperature of the veneers is enabled to be fast reached and is enabled to be stabilized at a value being higher than the dew-point temperature of warm and wet air in the toilet; a heat release condensation separation phenomenon of the water vapor in the warm and wet air in the toilet is greatly weakened; the improvement of the temperature and the humidity of the air in the toilet is ensured; and the air energy density and the heat comfort during the bath in winter are improved.

Description

technical field [0001] The invention relates to the technical field of toilet (shower room) design, in particular to an energy-saving and comfortable toilet in which water vapor is exothermicly condensed and precipitated by weakened walls. Background technique [0002] From an energy point of view, the traditional family bathroom structure, although the increase in energy consumption for bathing in winter has been effectively controlled after long-term efforts and continuous improvement in the industry, still has the characteristics of high energy consumption and low thermal comfort. [0003] 1. When bathing in winter, the bathroom wall has the energetic characteristics of large specific surface area, large heat capacity, and large heat release coefficient of water vapor condensation: [0004] 1. The specific surface area is large, and the bathroom wall has a strong control over the indoor air temperature and humidity [0005] The specific surface area of ​​a living space i...

AI Technical Summary

Problems solved by technology

[0032] The purpose of the present invention is to provide an energy-saving and comfortable toilet in which the wall surface weakens the exothermic condensation of water vapor, so as to solve the problem of large heat absorption of the existing toilet wall, and to weaken the water vapor in the warm and humid air of the traditionally decorated toilet. Exothermic condensation precipitation on tiles

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