Electromagnetic inductive indoor wall body heating system

Abstract

The invention provides an electromagnetic inductive indoor wall body heating system, belongs to the field of indoor temperature adjusting devices, and particularly relates to an electromagnetic inductive indoor wall body heating system. The electromagnetic inductive indoor wall body heating system is characterized in that the electromagnetic inductive indoor wall body heating system comprises a combined support and patches, wherein the combined support is mounted on an indoor wall; more than one group of inductive heating coils connected with a high frequency power source are mounted and fixed on the combined support; the patches are mounted on the combined support; and metal heating layers are arranged in the patches. The system utilizes electromagnetic induction to produce heat, and adopts a working principle identical with an electromagnetic range; compared with a traditional medium combustion warming method, an electromagnetic inductive heating manner has the advantages of greenness and no pollution and requires a much lower cost; and compared with an electric heating pipe of the existing electric warming equipment, the electromagnetic inductive indoor wall body heating system achieves a heat conversion rate up to above 95 percent, has a high efficiency and is safer and more reliable.

Description

technical field [0001] The invention belongs to the field of indoor temperature adjustment devices, in particular to an electromagnetic induction indoor wall heating system. Background technique [0002] Traditional heating methods can be divided into various types. The more commonly used ones are those that consume non-renewable energy such as coal, oil or gas, and those that are driven by electricity such as air conditioners and heaters. Since non-renewable energy is extremely precious, and if the exhaust gas generated after combustion is not properly treated, it will also cause secondary pollution problems, which does not meet people's requirements for environmental protection and healthy life, and the gain outweighs the gain; at the same time, this method not only consumes The energy is large, the effect is not good, and more staff are required to purchase and transport the combustion medium, which indirectly leads to high heating costs. Therefore, electricity-driven he...

AI Technical Summary

Problems solved by technology

The core component of the existing electric heating device is nothing more than a heating tube, which uses high resistance to generate heat to raise the temperature. This heating method has low thermal efficiency, and there are safety hazards such as leakage or overheating and fire.

Images