Phase change heat storage type electric heating floor

Abstract

The invention discloses a phase change heat storage type electric heating floor. The phase change heat storage type electric heating floor comprises a floor main body and an electric heating assembly. Socket positions which are connected with the adjacent electric heating floor portions during usage are formed on the periphery of the floor. The phase change heat storage type electric heating floor is characterized by also comprising a flat phase change unit; the floor main body comprises a panel component and a base plate; the corresponding positions of the panel component and the base plate in the vertical direction are bonded and fixed together to form the floor main body, wherein the inside of the floor main body comprises the first installation space; the electric heating assembly comprises an electric heating piece, a transmission unit and connection sockets which are located at the front end and the rear end of the electric heating piece respectively and used for performing electrical connection externally; the electric heating piece and the phase change unit are fixedly arranged in the first installation space of the floor main body; the panel component, the electric heating piece, the phase change unit and the base plate are arranged in turn from top to bottom and are in close contact with each other in turn in the vertical direction.

Description

technical field [0001] The invention relates to a product in the field of building decoration, in particular to an electric heating floor. Background technique [0002] At present, the electric heating floor has become a new heating method, which is to lay the electric heating material in the floor, and heat the floor by heating the electric heating material in the floor to provide heat. However, in order to make the temperature in the room reach the level that people feel comfortable, it is necessary to energize the electric heating floor for a considerable period of time, so that the electric heating floor has the problems of large power consumption and slow temperature rise. Moreover, when the heating is stopped when the set temperature is reached, the indoor temperature drops rapidly. Thereby it is necessary to turn on the power supply again at regular intervals to increase the temperature of the electric heating floor, so that the indoor temperature is raised to the se...

AI Technical Summary

Problems solved by technology

It can be seen from this that the floor heating floor also has the following disadvantages: the one is that the box seat 41 of its connection socket 4 is connected with the lower gland 45 by screws 46, and its waterproof sealing is relatively poor, and there is a potential safety hazard

Second, the document does not disclose the specific structure of the conductive connecting rod

It can be seen that the heat emitted by the heating cable 10 of this device not only needs to pass through the packed bed, the pipeline 4, the concrete layer 7, the leveling layer 6 and the ground layer 5 successively before it can be transferred to the room. The area of ​​the outer peripheral surface is also smaller, so its heating rate is slower and the heat transfer effect is also poor

In addition, the structure and installation of the device are relatively complicated, and once the pipeline is damaged, subsequent maintenance will be troublesome

[0010] To sum up, the phase-change heat storage electric heating floor in the prior art still has the above-mentioned series of problems that are not conducive to commercialization. These electric heating floors are still in the theoretical stage, or in the experimental and exploration stage, and no one has been found in the market. Sales of phase change heat storage type electric heating floor

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