Soundproof geothermal floor

Abstract

The invention relates to a soundproof geothermal floor. The soundproof geothermal floor comprises a wear-resistant decorative layer, a wood floor layer, a metal thermal conductive layer, a heat generating layer, a sound insulation and heat insulation layer and a reflective damp-proof layer arranged from top to bottom successively. The heat generating material of the heat generating layer is a PTC thermostatic carbon crystal heating plate or a far infrared face-shape heating plate or a heating cable; the sound insulation and heat insulation layer is mounted between the heat generating layer and the reflective damp-proof layer, the sound insulation and heat insulation layer is composed of a metal bracket and light foaming materials, the metal bracket is filled with the light foaming materials, and heat-insulating and sound-absorbing holes are vertically and uniformly mounted on the light foaming materials; and the reflective damp-proof layer is a damp-proof plate, a reflective aluminum foil is mounted on the upper surface of the damp-proof plate, and a fungicide is added to the damp-proof panel. According to the soundproof geothermal floor, the sound insulation effect is good, the noise pollution is not generated to a downstairs user, the spread of the bacteria under the floor to the inside of the door is inhibited, and the living environment of the user is improved.

Description

technical field [0001] The invention relates to the construction field, in particular to a sound-insulating geothermal floor. Background technique [0002] With the development of society and the advancement of science and technology, people's living standards and quality requirements are also constantly improving. The traditional way of heating through radiators has been abandoned by more and more people due to its shortcomings such as affecting the indoor appearance, serious pollution, and large floor space. Heating through geothermal floors has been accepted by more and more people due to its advantages of not occupying indoor space and high safety factor. [0003] However, various problems still exist in prior art geothermal floors. The geothermal floor in the prior art often has a relatively simple structure and a relatively single function. While heating the room, it ignores other user experience requirements. For example, the general geothermal floor usually does n...

AI Technical Summary

Problems solved by technology

The geothermal floor in the prior art often has a relatively simple structure and a relatively single function. While heating the room, it ignores other user experience needs

For example, the general geothermal floor usually does not have the function of sound insulation. Even if some use a sound insulation layer, the sound insulation effect is not good. If there are metal objects falling on the floor, there will be a loud impact sound. The sound will be transmitted to the downstairs residents through the wall, causing noise pollution to the downstairs residents

In addition, the general geothermal floor has poor moisture-proof effect. Even if it can be moisture-proof, it cannot inhibit the spread of bacteria under the floor to the room.

In addition, the geothermal floor in the prior art also has problems of heat conduction such as uneven heat dissipation and large heat loss.

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