Superconductive heat pipe and thermal conduction floor heating system

Abstract

The invention relates to heating equipment, in particular to a superconductive heat pipe which is provided with a sealed pipe body. The superconductive heat pipe is characterized in that the pipe body is composed of a heating pipe section, a flow guide pipe section and a radiating pipe section. Heat conduction media are filled into an inner cavity of the heating pipe section, the flow guide pipe section is in an S shape, an inner cavity of the flow guide pipe section is in a horn shape, the inner diameter of the lower end of the flow guide pipe section is larger than that of the upper end of the flow guide pipe section to facilitate quick jet flow of the heat conducting media, a copper metal particle layer is attached to the wall of an inner cavity of the radiating pipe section, the upper end of the flow guide pipe section is in sealed connection with the radiating pipe section, the lower end of the flow guide pipe section is in sealed connection with the heating pipe section, the other end of the heating pipe section is in sealed connection with a tail end plug, and the other end of the heating pipe section is in sealed connection with a head end plug. Thus, the superconductive heat pipe can achieve the functions of quickly conducting heat and avoiding rusting. Furthermore, the superconductive heat pipe can enable cooled heat conducting media to flow back to the heating pipe section through gaps between copper metal particles and through the flow guide pipe section to achieve a function of quickly and circularly heating the heat conducting media.

Description

technical field [0001] The invention relates to the technical field of heating equipment, in particular to a superconducting heat pipe for heating and floor heating by conduction and heat dissipation. Background technique [0002] As we all know, the existing heaters that rely on fuel, electric heating, or water heating include floor heating, electric radiators, oil radiators, silicon crystal heating, etc. Due to the slow temperature rise of oil, water is now generally used as a carrier for heating. This kind of heating has the following disadvantages: first, 60% of the heat is absorbed by the outside and lost during the heat conduction process of water; second, a large amount of water resources are wasted, and in order to prevent users from stealing hot water during the heating process, chemical components are added to the water, resulting in It is easy to pollute the environment; 3. The speed of heat conduction is slow, and the heat will gradually be emitted after the ent...

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Problems solved by technology

[0002] As we all know, the existing heaters that rely on fuel, electric heating, or water heating include floor heating, electric radiators, oil radiators, silicon crystal heating, etc. Due to the slow temperature rise of oil, water is now generally used as a carrier for heating. This kind of heating has the following disadvantages: first, 60% of the heat is absorbed by the outside and lost during the heat conduction process of water; second, a large amount of water resources are wasted, and in order to prevent users from stealing hot water during the heating process, chemical components are added to the water, resulting in It is easy to pollute the environment; 3. The speed of heat conduction is slow. It is necessary to heat the entire circulating water to a certain temperature before the heat will gradually be released.

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