Heat insulation heating container receiving radiant heat

Abstract

The invention relates to a heat insulation heating container receiving radiant heat. The heat insulation heating container comprises a heat absorbing body provided with an outer surface, an opening and a containing space, and a light-transmittance layer covering the outer surface of the heat absorbing body. Another heat insulation heating container receiving radiant heat comprises a base, a heat absorbing cover body provided with an outer surface and a light-transmittance layer, wherein the heat absorbing cover body seals and covers the base from the periphery of the base, a containing space is formed by the heat absorbing cover body and the base, the light-transmittance layer covers the heat absorbing cover body, and a heat insulation layer is formed between the light-transmittance layer and the heat absorbing cover body. The heat absorbing body or the heat absorbing cover body absorbs heat energy of light rays in the manner that the light rays borne by the outer surface of the heat absorbing body or the heat absorbing cover body penetrate the light-transmittance layer and irradiate the heat absorbing layer or the heat absorbing cover body, and the heat insulation layer can prevent the heat absorbing body or the heat absorbing cover body from losing the heat energy. By means of the implementation of the heat insulation heating container receiving the radiant heat, the heat absorbing body or the heat absorbing cover body can be heated without using electric energy or firepower energy, the heat insulation effect of maintaining the temperature without losing the heat energy is achieved, and the heat insulation heating container is a great progress in green energy application and environment friendliness.

Description

Technical field [0001] The invention relates to a heat preservation and heating container, in particular to a heat preservation and heating container capable of receiving radiant heat from light. Background technique [0002] With the progress of society, people's demand for energy saving and environmental protection is increasing. The use of sunlight energy has the advantages of not being affected by the environment, not requiring energy costs, and being simple and convenient. [0003] However, most of the conventional solar energy applications require the use of devices or components with cost requirements such as solar heaters or solar cells. On the other hand, the existing application of conventional solar energy has very limited countermeasures for heat dissipation prevention after heat energy is obtained. [0004] In view of this, if we can invent a practical heating vessel that can receive the radiant heat of light energy and has a thermal insulation effect, with easy-to-imp...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing solar energy applications require the use of costly devices or components such as solar heaters or solar cells

On the other hand, the application of conventional solar energy has very limited countermeasures to prevent heat dissipation after heat energy is obtained.

Images