Batholith body-building bathroom

Abstract

A laccolite body-building bathroom comprises a building foundation structure of foundation course ground, foundation course roof, foundation course wall which are in an existing house, wherein a cement mortar layer, a supporting layer, a heat supply layer, a reflecting layer, a heat insulating layer and a waterproof layer which are distributed from the upper portion to the lower portion in turn are arranged on the foundation course ground, stone slabs which are distributed in array are arranged on the surface of the cement mortar layer. The laccolite body-building bathroom has good heat preservative and thermal insulating effects, a large amount of energy resources can be saved and simultaneously evenly heat supply to each position indoors can be realized, the bathroom accords with the requirements of human health and simultaneously enables indoor actual usable area to be larger, the bathroom is convenient to clean, install and maintain, easy to carry out subsequent construction, and will not produce impounded surface water, and the bathroom is artistic and durable. The invention can also be used as a gymnasium or a sauna bathroom or a family living room and is widely applied in a plurality of beauty shops, body-building places and private domiciles.

Description

technical field [0001] The invention relates to a bathroom, in particular to a bedrock fitness bathroom. Background technique [0002] Rock pan bath is a novel way of bathing. It heats the artificial rock pan with ingredients similar to natural volcanic rocks to 45-50°C, releasing a large amount of natural far-infrared rays that can be naturally absorbed by the human body and promote the internal metabolism of the human body. , A variety of trace elements and negative ion energy beneficial to the human body, so as to achieve the effect of beauty and fitness. Existing rock bath bathrooms generally adopt a structure similar to traditional bathrooms or gyms, that is, a ceiling is added to the roof, an insulation layer and a decorative layer are added to the wall, and the floor is laid on the concrete floor. Specifically, the ceiling in the above-mentioned rock bath bathroom is generally made of composite materials such as gypsum / polystyrene foam or solid wood treated with fire...

AI Technical Summary

Problems solved by technology

The above-mentioned heating method usually has the following disadvantages. First, for a bathroom with a large indoor space and lack of sealing and heat insulation performance, the use of the above-mentioned heating method usually causes uneven heating in the bathroom, and secondly, due to the warm air It is relatively light, and usually can only flow in the air above the room, so the indoor ceiling temperature is high, the ground temperature is low, and the temperature difference is about 10°C, so that a considerable part of the heat is consumed in the upper half of the room where no one is active. Causes waste of energy, and because the temperature at the floor is low, it is very unfavorable to human health

At the same time, the above-mentioned heating methods need to use a large number of heat dissipation equipment, which not only takes up indoor space, but also is not convenient for indoor decoration and layout.

In addition, conventional air humidifiers are usually installed in the existing bedrock bathrooms to maintain the humidity in the bathrooms. However, these humidifiers usually have a small capacity and complex structure. Not only do they need to add water frequently during use, but they are also difficult to clean and maintain. , easy to shelter evil people and practices, harmful to human health

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