Hydrogen breathing nose plug

Abstract

Provided is a hydrogen breathing nose plug. A main body of the hydrogen breathing nose plug is in a shape of an inverted calabash, the axial center is provided with a through hole, an upper-portion large head of the plug is a nose plug head, and a cannula in butt joint with a gas delivery tube extends from the end of a lower-portion small head. The girdling part of the main body of the nose plug is provided with a side hole communicated with the inner through hole. The main body is internally provided with a one-way air door device. The nose plug head is slightly larger than the nostril of a human body, so that the nose plug head plugged into the nostril of the human body is sleeved under the elastic effect of the nose muscle, the nose plug does not easily drop, then inhalational gas converges into an inner hole of the nose plug head through the central through hole and the side hole and enters the nasal cavity of the human body, and the effect of naturally mixing two gas streams is played. The hydrogen breathing nose plug has the excellent advantages of being simple in structure, convenient to use and easy to clean and replace, making a gas mixing effect to the point, saving resources, being repeatedly used and the like.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to a hydrogen breathing nasal obstruction. Background technique [0002] The research and application of hydrogen molecular biomedicine originated in Japan earlier. The research of Chinese scholars began in 2007. In the past ten years, a large number of domestic scholars and institutions have joined the research in this field, and have published academic papers one after another. More than a thousand articles, the biomedical effects of hydrogen molecules have been fully affirmed. A lot of practice and research have proved that the human body is composed of cells, so human diseases can ultimately be attributed to cell damage, and human aging is also caused by cell aging or necrosis, resulting in cell damage or aging The main culprit is the excess active oxygen free radicals in the human body; active oxygen free radicals are produced by the human body during metab...

AI Technical Summary

Problems solved by technology

The former needs to be fixed with adhesive tape every time it is used, which is extremely inconvenient to use. This method is usually aimed at emergency patients; the latter is less comfortable because it needs to cover the entire nose, and it is easy to get dirty and difficult to clean. There are hygiene problems. It is inconvenient to carry and use, and it also affects the appearance, and the cost is high, and both of them are half out and half in when they are used, that is, the air delivery is uninterrupted. When inhaling, all the air can be inhaled into the nasal cavity, and when exhaling When the gas will be blown away, resulting in a lot of waste

Besides, there is a big difference between the amount of hydrogen and oxygen inhaled by the human body in clinical or health care. The requirements for oxygen infusion have been relatively standardized, and are mostly used for emergency rescue, while the mixing ratio of hydrogen and air is relatively strict when infusing hydrogen. The optimal mixing ratio of inhaled hydrogen and air is 2-3%, and the international safety standard for using hydrogen is no more than 4% (more than 4% is likely to cause combustion or explosion, mainly for safety reasons), so breathing hydrogen and breathing Oxygen is not to be confused

The study also found that a person’s continuous hydrogen inhalation is not as effective as intermittent hydrogen inhalation. The reason may be that a person’s demand for hydrogen is not very large. The ratio may lack a little vitality. Although hydrogen is harmless to the human body, it will inevitably appear wasteful and troublesome.

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