Instrument for realizing deep immune thermal therapy of human body by utilizing far infrared rays

Abstract

The invention discloses an instrument for realizing deep immune thermal therapy of a human body by utilizing far infrared rays. The instrument comprises 1-3 groups of far infrared ray emitting assembliescapable of stably emitting far infrared rays with the wavelength of 8-10 [mu]m. Each far infrared emitting assembly comprises a ceramic carrier and an air blowing device arranged at the rear end of the ceramic carrier, a plurality of PTCR thermal sensitive ceramic elements connected in parallel are arranged in the ceramic carrier, the surfaces of the PTCR thermal sensitive ceramic elements are coated with metal oxide nanometer coatings capable of generating far infrared rays, and the total power of all PTCR thermal sensitive ceramic elements of each group of ceramic carriers is greater than 700 w. The far infrared emitting assembly can stably emit far infrared rays with the wavelength of 8-10 [mu]m, the emitted far infrared rays and cells in the deep part of human subcutaneous tissue generate co-frequency resonance, the temperature in the human body is increased by 1-2 DEG C, immune thermal therapy in the deep part of the human body is achieved, the cells in the deep part of the human body can be activated, the temperature in the body is increased, the thermal therapy effect is achieved, and meanwhile, the immune system can be restarted to relieve various inflammations.

Description

technical field [0001] The invention relates to the technical field of health care and physiotherapy, in particular to an instrument for realizing immune hyperthermia in the deep part of human body by using far infrared rays. Background technique [0002] At present, in the medical field, the commonly used division methods for infrared rays are: the wavelength of near-infrared rays is 0.8-1.5 μm, the wavelength of mid-infrared rays is 1.5-4 μm, and the wavelength of far-infrared rays is 4-1000 μm. It is effectively absorbed by the body, which is called "life ray" or "biological wave". The normal temperature of the human body is 36.8 ° C, which is equivalent to the energy carried by the far infrared with a wavelength of 9.36 μm. 90% of normal healthy people have a wavelength between 8-14 μm , the ultrashort wave that can vibrate at a frequency of 10^12 power per second is beneficial to the human body. [0003] Existing heat therapy methods usually include conduction heat the...

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Problems solved by technology

[0003] Existing heat therapy methods usually include conduction heat therapy and radiation heat therapy. Conduction heat therapy refers to a treatment method that uses a heat source medium to directly contact the human body to transfer heat into the human body, such as steaming, etc. This heat therapy method exists The problem is: because the heat enters the body from the outside, the heat therapy takes a long time. For some people who are not easy to sweat, they need to stay in the steam room for a long time to achieve the effect of sweating; radiant heat Therapy refers to the method of using infrared radiation for treatment. Common methods include infrared therapy, light bath, spectrum therapy, etc. This method achieves the effect of hyperthermia by emitting infrared rays, etc., but the following problems generally exist in the existing radiation hyperthermia methods : 1. The emitted infrared wavelength is unstable. While producing beneficial infrared rays to the human body, it also produces many harmful rays with low wavelengths, such as x-rays, gamma rays, near-infrared rays, etc., which are easy to cause harm to the human body; 2. Most of the It can only radiate the surface of the human body to achieve epidermal hyperthermia, but cannot activate the cells in the deep part of the human body to achieve the effect of deep hyperthermia

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