JP2019030614A - Hydrogen gas suction apparatus for clinical study for demonstrating therapeutic effect of hydrogen gas - Google Patents

Abstract

To provide a hydrogen gas suction apparatus for clinical study for demonstrating a therapeutic effect of hydrogen gas.SOLUTION: Highly pure hydrogen gas generated by using a capsule 1 for adjusting a reaction rate of CaHis guided to a metering tank 6 so that a hydrogen gas suction amount and the hydrogen gas concentration of suction gas can be actually measured.SELECTED DRAWING: Figure 2

Description

Technology field

  On November 30, 2016, as hydrogen gas inhalation therapy was certified as Advanced Medicine B by the Ministry of Health, Labor and Welfare, medicine with an emphasis on preventive medicine is now making great progress. The present invention relates to a technique in the field of preventive medicine which has recently been attracting attention.

  Today, when the population is aging, hydrogen gas is said to be effective in preventive medicine, and hydrogen water and hydrogen gas suction devices have come to be noticed on a daily basis.

  In particular, since the approval of the Ministry of Health, Labor and Welfare, there seems to be a sudden increase in the number of instruments that suck in hydrogen gas generated by electrolysis using a nozzle attached to the nose or a mask applied to the mouth. There is a problem that it cannot be used for clinical research, so another contrivance is necessary.

  The hydrogen gas aspiration therapy approved this time is intended for post-cardiac arrest syndrome (patients whose self-beating has resumed after cardiac arrest but have continued coma). Further, the treatment condition is limited in consideration of safety, in which oxygen with a hydrogen concentration of 2% is inhaled by a ventilator for 18 hours.

There are four things to learn from this certification:
1. Hydrogen is effective in activating brain cells.
2. Inhalation of oxygen with a hydrogen gas concentration of 2% for 18 hours should not affect the brain.
3. The hydrogen gas concentration affects the therapeutic effect.
4). The accreditation is for post-cardiac arrest syndrome, not a therapeutic effect such as a commercially available hydrogen gas aspirator. Accreditation requires clinical research for each.
The development of a hydrogen gas aspirator must be carried out in consideration of these points.

  First, consider the concentration of the sucked-in hydrogen gas. This is 2% in consideration of safety, but this is to avoid the danger of explosion when the hydrogen gas concentration reaches 4%. If there is no danger, a higher concentration is better. It can be inferred from this expression that 2% is better than 1%.

The reason for the guess is this. The exchange of O ₂ and CO ₂ gas between the capillary and the tissue cell is performed by diffusion due to the difference in O ₂ concentration between the capillary and the cell and the difference in CO ₂ concentration. H ₂ is similar, exchange of H ₂ than should have been done in diffusion due to concentration difference, the amount and feed rate of H ₂ fed to the cell is dependent on the concentration difference of H _2, and to Can be said to be a scientifically valid judgment. Therefore, where to set the upper and lower limits of the hydrogen concentration is an important issue that cannot be avoided in medical papers and clinical research.

が要求される。これを明記してないと医学論文にはならない。現在市販されている水素ガス吸引方式の全部が臨床研究に向かないというのはこうした理由によるものである。It is not limited to concentration. A suction amount of hydrogen gas is also required. There are various diseases that are said to work with hydrogen, but these are not supported by clinical studies. About each patient

Is required. If this is not specified, it will not be a medical paper. This is why all of the hydrogen gas suction systems currently on the market are not suitable for clinical research.

このように見積もると、濃度は０．５３％と算出される。For example, the hydrogen gas concentration of the intake air by the electrolysis method currently marketed is calculated by the following equation.

In this way, the concentration is calculated as 0.53%.

  Whether hydrogen is supplied by diffusion from capillary tube to tissue cells at this hydrogen concentration, partial pressure of 0.53%, what is the supply rate of the amount? Is the suction efficiency 0.8 good or bad? There are many uncertainties, such as how the amount of suction is, and it is not suitable for clinical research and medical papers.

  Therefore, hydrogen generated by electrolysis or chemical reaction is not sucked as it is, but once introduced into a measuring tank, the amount of hydrogen gas can be confirmed and sucked.

るようにした。すると吸引後、通常の呼吸をしていても、深呼吸をしなければ肺に吸い込んだ吸気の水素濃度に変化が生じない。The inhalation method is a method of measuring vital capacity, exhaling deeply, and pre-inspiration remaining in the lungs and

It was to so. Then, even after taking a normal breath after inhalation, if you do not take a deep breath, there will be no change in the hydrogen concentration of the inhaled air inhaled into the lungs.

According to this suction method, the hydrogen gas concentration in the intake air is expressed by the following equation.

This is the list of disease names that are said to work.
Diabetes, cancer, cataracts, hepatitis, rheumatism, blemishes, wrinkles, allergies, atopy, dementia, Parkinson's disease, arteriosclerosis, myocardial infarction, stroke. However, according to the method of the present invention, this is possible. Since the hydrogen concentration and the amount of suction can be freely selected over a wide range, clinical research can be conducted under various conditions. It can be one of the above diseases. It is sufficient if good results are obtained in clinical research.

The hydrogen generating capsule 1 in FIG. 1 is one in which one end of a cylinder is closed with a penetrating material 2 through which water penetrates, for example, cotton, and CaH ₂ is placed therein. When the penetrant part is immersed in water, Ca (OH) ₂ generated by the reaction between the penetrating water and CaH ₂ remains in the cylinder, and the generated high-purity hydrogen gas flows into the opening of the cylinder. It was also released from.

When this capsule is introduced into the hydrogen server 3, the hydrogen gas generated by the reaction between the permeated tap water 4 and CaH ₂ is supplied to the hydrogen gas metering tank 6 through the hydrogen gas supply tube 5. Then, the water stored in the measuring tank is pushed out and the water surface 7 is displaced up and down. The volume of the hydrogen gas flowing into the measuring tank was measured by the displacement, and it was devised so that an appropriate amount of hydrogen gas could be sucked from the hydrogen gas suction nozzle 8.

  Bad active oxygen is caused by stress, viruses, radiation, ultraviolet rays, tobacco, exhaust gas, exercise, and other food additives. It is said that 80% of diseases are related to this bad active oxygen.

  Particularly scary is the decline in immunity unique to the elderly. If this declines, the effect of harming bad active oxygen will also decline, and arteriosclerosis, hypertension, myocardial infarction, stroke, coldness due to blood vessel / blood damage will be induced, leading to a shortened healthy life expectancy. ing.

  Japan is now facing an unprecedented aging society, which places a heavy burden on the active generation due to an increase in medical expenses for the elderly. What is needed in Japan today is less dependent on people than measures to reduce the birthrate that rely on children. It is a measure for the elderly who can live well without illness.

  When it is proved that the present invention devised so that an appropriate amount of hydrogen gas can be sucked in as if an elderly person draws tea on a daily basis is effective in the treatment of the disease of the elderly and the extension of the healthy life span. There are immeasurable effects on all Japanese industries in the future as we face a super-aging society.

FIG. 3 is a cross-sectional view of a hydrogen generating capsule in which hydrogen (H ₂ ) and calcium hydroxide (Ca (OH) ₂ ) are generated by reacting with water penetrating a penetrating material. It is sectional drawing which enabled the volume of hydrogen gas to be measured by the displacement of the water surface produced by pushing out the water stored in the measurement tank with the hydrogen from a hydrogen server.

DESCRIPTION OF SYMBOLS 1 Hydrogen generating capsule 2 Osmotic material through which water permeates 3 Hydrogen server 4 Tap water 5 Hydrogen gas supply tube 6 Hydrogen gas measuring tank 7 Water surface 8 Hydrogen gas suction nozzle

Claims (2)

  Hydrogen gas is supplied from the hydrogen gas generator to the measuring tank, the water stored in the measuring tank is removed, the volume of the hydrogen gas is measured by the displacement of the water surface generated at that time, and the hydrogen gas provided in the measuring tank A hydrogen gas aspirator that can draw an appropriate amount of hydrogen gas from the aspirator nozzle. Capsules that have been processed so that water can penetrate and penetrate through capillarity can be filled with CaH ₂ (calcium hydride), and the reaction rate can be adjusted according to the amount of water that penetrates. Hydrogen gas supply capsule.

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