Far infrared energy emission material and physiotherapeutic energy chamber containing same

Abstract

The invention provides a far infrared energy emission material and belongs to the technical field of health-keeping rehabilitation. The far infrared energy emission material is prepared from the following components in percentage by weight: 65-85 percent of at least one titanium dioxide and titanium carbide, 15-35 percent of at least one silicon dioxide and silicon carbide, and 0.01-0.5 percent ofa mineral component of rare-earth metal oxide, wherein the mineral component can be mixed and molded with synthetic resin respectively to form materials of membranes, sheets and pipelines, can be kneaded with polymer to spin and form materials of fiber cloths, and can be mixed with adhesive or solvent to form materials of coating. The invention further provides a physiotherapeutic energy chambercontaining the far infrared energy emission material. By adopting a temperature control system, the intensity of the far infrared energy emission material in emitting far infrared ray of 8-14um waveband can be effectively enhanced, the physiotherapeutic effect of the physiotherapeutic energy chamber can be greatly reinforced, the physiotherapeutic energy chamber can be controlled conveniently, rapidly and intelligently, and the use experience of customers can be improved.

Description

technical field [0001] The invention relates to the technical field of health preservation and rehabilitation, in particular to a far-infrared energy emitting material and a physiotherapy energy cabin containing it. Background technique [0002] Scientists have discovered that any object in the world can emit infrared rays, but the emission wavelength is different. The biggest difference between far infrared rays and other infrared rays (near infrared rays, intermediate infrared rays) is that only far infrared rays can be absorbed by substances. Near infrared rays or intermediate infrared rays are reflected like other visible rays. Far infrared rays are not only absorbed by substances, but also It can cause the absorbed substance to react thermally. [0003] Life science research has confirmed that far-infrared rays with a wavelength of 8um to 14um are one of the essential factors for human survival. Far-infrared rays in this band are called "life light waves"; When the fr...

AI Technical Summary

Problems solved by technology

However, the physiotherapy cabins sold on the market did not achieve good results. One of the reasons is that the wavelength of the quantum rays used is not in the band that is beneficial to the human body. The reason is that the materials that emit quantum rays are not Not ideal, and even if there is a large proportion of far-infrared rays that are beneficial to the human body, their intensity is not high; the second is that the commercially available physiotherapy cabins are not highly intelligent, which reduces the user's sense of experience

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