Heating device

Abstract

The invention relates to a heating device. The heating device comprises a heating unit and a plurality of heat generating units. Each heat generating unit comprises a heat generating mechanism arranged on the heating unit and a heat conduction mechanism, each heat generating mechanism and the heating unit are correspondingly arranged, the heat conduction mechanisms are filled with superconduction media, and the superconduction media of the heat conduction mechanisms can transfer heat energy provided by the heating unit to the heat generating mechanisms for emission. The heat conduction mechanisms filled with the superconduction media capable of achieving constant-temperature heat exchange at the middle temperature are adopted, the heat energy of the heating unit is transferred to the heat generating mechanisms for emission, the room warming speed is high, power consumption is small, the high pressure cannot be generated by over-high temperature, and cracking accidents can be avoided.

Description

technical field [0001] The invention relates to a warming appliance, in particular to a heating device. Background technique [0002] The existing heating devices in winter can be roughly divided into: quartz tube heating type, halogen lamp tube type, oil-filled blade type, ceramic type electric heater, etc. The oil-filled blade type electric heater uses heaters, which are arranged at intervals and filled The blades with thermal insulation oil heat the air, so that the cold and hot air continue to mix and convect, not only can the indoor temperature rise evenly, but also the surface temperature of the body and the blades is relatively mild, not easy to burn people, and can also be used for drying clothes. Therefore, in recent years To gradually be accepted by consumers. [0003] However, the thickness of commercially available thermal insulation oil is very high. Therefore, the heater needs to heat the thermal insulation oil to above 175°C in order to effectively conduct he...

AI Technical Summary

Problems solved by technology

[0003] However, the thickness of commercially available thermal insulation oil is very high. Therefore, the heater needs to heat the thermal insulation oil to above 175°C in order to effectively conduct heat energy and use the blades to heat the surrounding air. Longer heating time and therefore higher power consumption

And because the heating temperature is high, the pressure inside the heating device increases, and it is easy to burst accidents if you are not careful, resulting in the leakage of thermal insulation oil and scalding the user.

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