Spectrum thermal temperature atomization hydrogen-oxygen inhaler

Abstract

The invention aims to provide a spectrum thermal temperature atomization hydrogen-oxygen inhaler which is compact in structure, small in size and beneficial to human body absorption. The spectrum thermal temperature atomization hydrogen-oxygen inhaler comprises a box body and a mask connected with the box body, wherein an intelligent control mainboard, a water tank, an atomizer and a water electrolysis device are arranged in the box body, the water tank, the atomizer and the water electrolysis device are all in electric signal connection with the intelligent control mainboard, and the atomizer and the water electrolysis device are both connected with the water tank. The spectrum thermal temperature atomization hydrogen-oxygen inhaler is applied to the technical field of hydrogen-oxygen atomization equipment.

Description

technical field [0001] The invention relates to the technical field of hydrogen-oxygen atomization equipment, in particular to a spectrum heat-temperature atomized hydrogen-oxygen inhaler. Background technique [0002] It is recognized in the academic circles that hydrogen is the only selective antioxidant substance that selectively neutralizes the effects of hydroxyl radicals and nitrite anions. Hydrogen molecules are extremely small and can quickly permeate and diffuse throughout the body. They can penetrate various physiological barriers and cell membranes, enter the nucleus, and take away malignant reactive oxygen species that cannot be eliminated by general means. After removing active oxygen, hydrogen itself can turn into water and be used by the human body, without affecting the normal functions of other benign active oxygen and biomolecules, so that important biomolecules and cells that are vulnerable to oxidative damage are perfectly protected. Based on this mechan...

AI Technical Summary

Problems solved by technology

However, the existing hydrogen-oxygen atomizers have complex structures, simple functions, and bulky volume, which is not conducive to carrying

In addition, the hydrogen-oxygen water mist produced by the existing hydrogen-oxygen nebulizer products does not have a physiological spectrum generating device, and there is no heating device, and the cold steam inhales bronchoconstriction, and the absorption effect of the tracheal mucosa is poor, and the curative effect is poor.

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