Anti-scald far-infrared physiotherapy method and device

Abstract

The invention relates to an anti-scald far-infrared physiotherapy method and device. The anti-scald far-infrared physiotherapy method includes the following steps: setting voltage parameters; controlling a voltage adjustment module to adjust the voltage of a bulb through a PLC according to the voltage parameters; displaying a current working voltage; detecting the current skin temperature; and adjusting the voltage parameters according to the current skin temperature. The anti-scald far-infrared physiotherapy method controls the temperature during physiotherapy by controlling the voltage of the physiotherapy instrument bulb to prevent skin burns during physiotherapy. The anti-scald far-infrared physiotherapy method provided by the present application controls the temperature during physiotherapy by controlling the voltage of the bulb of the physiotherapy instrument, when the maximum temperature reaches, the procedure immediately enters a cooling mode to realize the heat release to skin, so that the method achieves the purpose of special physiotherapy while avoiding burning; and the device provided by the invention takes into account the problems of temperature and safety during physiotherapy, and has the function of an ordinary physiotherapy instrument.

Description

technical field [0001] The invention relates to the field of caravan auxiliary therapy, in particular to an anti-scald far-infrared physiotherapy method and device. Background technique [0002] The energy emission mode of the carbon quartz electric heating tube is mainly the mid-to-far infrared radiation. The mid-to-far infrared wavelength it emits is between 8um-14um. The mid-to-far infrared spectrum of this wavelength is called the light of life, accounting for 80% of the overall wavelength. %above. Infrared rays are the most capable of penetrating into the skin and subcutaneous tissue among all sunlight. Because the vibration frequency of mid-to-far infrared rays is close to that of cell molecules in the human body, after mid-to-far infrared rays penetrate into the body, it will cause the resonance of atoms and molecules in human cells. Through resonance absorption, friction between molecules generates heat to form a thermal reaction, which promotes the deep subcutaneou...

AI Technical Summary

Problems solved by technology

The disadvantage is that the power of the halogen lamp is difficult to make high, because if the power is too high, part of the heat will not be released through the filter glass in time, and the high temperature will always accumulate in the lamp or lampshade, which may easily cause fire or electrical failure

And the filter film is easy to fall off under long-term high temperature environment

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