Far-infrared ray emitter

Abstract

This invention offers a far infrared emitter (FIE). It includes two zonal electric conductive strips (ECS) stuck along the opposite sides of a conductive heater. There is a plane heating board on ECS. On the up and down surfaces of the heating board, some epoxide is heat-pressed and layer-coated to form two epoxide boards (EB). Anion coats, which emit negative ions under room temperature, are covered on the surfaces of EB. This FIE can adjust the emitting intensity according to the environment temperature. Via the covering anion coat, the user can use both far infrared and anion effects. Due to possessing the PET film, which is transparent against the far infrared ray and protects EB, this product is stable and durable.

Description

technical field [0001] The present invention relates to far-infrared rays and anion emitters. More specifically, it relates to using a general conductive heating element and an epoxy compound plate to emit far-infrared rays without using carbon fiber mixed paper, and applying an anion coating to the above-mentioned epoxy compound plate. Layer, to emit far-infrared rays and anion emitters of anions. Background technique [0002] Generally, far-infrared rays are a kind of electromagnetic waves invisible to the eyes. As rays beneficial to the human body, their wavelength band is about 4 μm to 100 μm (= 1 mm). The function of metabolism has the self-purification effect of exercising the bones in the body. [0003] In addition, by removing heavy metals and other substances, the harmful heavy metals accumulated in the human body are discharged out of the body, which is effective for fatigue, stress, and sleep, and it has the effect of preventing aging and strengthening physical s...

AI Technical Summary

Problems solved by technology

[0031] Furthermore, when an electric current flows through the carbon fiber mixed paper, the carbon fiber generates heat, and in the far-infrared rays radiated from the surface and back of the carbon fiber mixed paper 100, only special wavelengths corresponding to the wavelengths of the infrared absorption peaks of organic compounds can be absorbed and used. , the generated far-infrared rays cannot be fully utilized, and in order to use an organic compound as a medium that only acts as a filter, it is necessary to use the technology of laminating an organic compound on the above-mentioned carbon fiber mixed paper

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