An indoor heating system

Abstract

The invention relates to an indoor heating system, comprising an electric heating skirting board installed on the wall, a heat-conducting profile floor for laying the ground, an electric heating skirting board, a bottom board close to the wall, and a cover board covering the bottom board , heat-conducting profile floor, including the base plate for laying the ground, the panel covering the base plate, and the blower is set in the channel through the base plate and the cover plate, and the blower can move the hot air formed by heating the air with the electric heating element in the channel along the length direction of the channel , from the air port at the bottom of the skirting board to accelerate the discharge, so that the heat in the channel can be quickly circulated to the floor. The heat pipe in the floor is used as a passive heat transfer element. The heat pipe has high thermal conductivity and temperature uniformity, and can quickly turn the electric heating The heat of the baseboard baseboard is transmitted step by step to the next floor, so that it can be quickly transmitted to every part of the room, which accelerates the heating effect of the indoor environment, overcomes the disadvantages of the traditional floor heating method that heats up very slowly, and saves a lot energy consumption.

Description

[0001] Technical Field: The present invention relates to a heating system, in particular to an indoor heating system. Background technique [0002] At present, most traditional heating systems on the market use water heating or electric heating. In the water heating system, there are problems such as cumbersome construction, slow heating speed, low thermal conductivity, uneven heat distribution, and high pressure requirements for hot water pipes. Hot water pipes have hidden dangers of blockage, frost cracking, and water leakage; in electric heating systems, there are problems such as high system energy consumption, high cost, high line loss, and hidden dangers of short circuit and electric leakage; based on the above-mentioned problems of traditional heating systems There is a skirting-type heating device, which has the advantages of high aesthetics, small space, heat dissipation around, and convenient installation and maintenance. The function releases the heat generated by t...

AI Technical Summary

Problems solved by technology

[0002] At present, most traditional heating systems on the market use water heating or electric heating. In the water heating system, there are problems such as cumbersome construction, slow heating speed, low thermal conductivity, uneven heat distribution, and high pressure requirements for hot water pipes. Hot water pipes have hidden dangers of blockage, frost cracking, and water leakage; while in electric heating systems, there are problems such as high system energy consumption, high cost, high line loss, and hidden dangers of short circuit and electric leakage; based on the above-mentioned problems of traditional heating systems There is a skirting-type heating device, which has the advantages of high aesthetics, small space, heat dissipation around, and convenient installation and maintenance. The function releases the heat generated by the internal heating device to the indoor environment. Most of the heat is still accumulated near the baseboard, which cannot quickly form convection with the indoor air and dissipate the heat to the indoor environment. The heat dissipation effect is poor and the temperature is unstable. Therefore, it is necessary to improve the way of heat circulation and heat conduction at the skirting-type heating device and the floor end, to promote the accelerated heating of indoor air, and to overcome many shortcomings in the heating system, which will further promote the application and promotion of the heating system

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