Ultra-thin floor tile radiation heating system

Abstract

The invention relates to an ultra-thin floor tile radiation heating system which comprises pipe frames, a controller, a tile layer, a heat storage plate, heat transferring pipes, a small motor, nuts, lead screws, a flange bearing, heating pipes, a thermal insulation pipe groove, aluminum foil reflecting layers, thermal insulation cement and a floor leveling layer, wherein the thermal insulation pipe groove is formed in the floor leveling layer, and the thermal insulation cement is respectively arranged at the left end and the right end of the thermal insulation pipe groove and arranged on the floor leveling layer; the aluminum foil reflecting layers are mounted at the bottom and the side wall of the thermal insulation pipe groove, and the heating pipes are mounted on the aluminum foil reflecting layers; the pipe frames are respectively mounted on the left side and the right side above the thermal insulation pipe groove, and the heat transferring pipes are mounted in the pipe frames. The ultra-thin floor tile radiation heating system has the advantages that the floor heating structure is thin, and the waste heat of the heating pipes can be utilized.

Description

technical field [0001] The invention relates to an ultra-thin radiation heating system for floor tiles, which belongs to the technical field of floor heating. Background technique [0002] Floor heating is the abbreviation of radiant floor heating. It uses the whole ground as a radiator, heats the whole ground evenly through the heat medium in the radiant layer of the floor, and uses the heat storage and heat radiation of the ground itself to conduct from bottom to top to achieve The purpose of heating. The traditional floor heating structure has pea stone concrete backfill and insulation layer, resulting in a thicker overall structure of floor radiant heating. After installation, the use height of commercial buildings is reduced; and in the prior art floor heating, the space between the tile layer and the heating pipe is hollow , the waste heat of the heating pipe cannot be utilized. In order to solve the above difficulties, it is necessary to develop an ultra-thin radian...

AI Technical Summary

Problems solved by technology

The traditional floor heating structure has pea stone concrete backfill and insulation layer, resulting in a thicker overall structure of floor radiant heating. After installation, the use height of commercial buildings is reduced; and in the prior art floor heating, the space between the tile layer and the heating pipe is hollow , the waste heat of the heating pipe cannot be utilized

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