JP6846192B2 - Bathtub equipment that dissolves microbubbles of hydrogen-oxygen mixed gas in hot water - Google Patents

Description

The present invention is a special LHG gas (abbreviation for Legalcy Hydrogen Generator Gas), which has a hydrogen concentration of 660,000 ppm and an oxygen concentration of 330,000 ppm generated by electrolysis in which water in which the molecules are separated is given a constant pulse. Gas (hereinafter referred to as hydrogen-oxygen mixed gas) is microbubbled, and it is mainly related to a bath facility that dissolves microbubbles of hydrogen-oxygen mixed gas in hot water of a bath.

As a micro-bubble generator in this type of bathtub or the like, a plurality of techniques have been known as conventional techniques.

As the first known technique, a carbon dioxide gas container and a pressure reducing valve are arranged in the air introduction system of the microbubble generator / ultrafine bubble production device, the pressure and flow rate are controlled, carbon dioxide gas is supplied, and carbon dioxide is produced. It is a method and an apparatus that enables the production of carbon microbubbles in a water tank such as a bathtub (Patent Document 1).

The carbon dioxide microbubbles according to the first known technique are _{supplied with the dissolved amount matching the theoretical value by ejecting carbon dioxide gas (CO 2} ) into water at the microbubble level (5 to 30 μm: micron). It was confirmed that the amount of (used) gas was dissolved with an efficiency of almost 100% and there was no loss.

The second known technique includes a closed mixing container, a water injection nozzle for injecting water into the mixing container, a gas injection nozzle for injecting carbon dioxide gas, and air-dissolved water or carbon dioxide-dissolved water in the mixing container. A water source for a gas-liquid mixing tank provided with a drain pipe for supplying water to the water receiving tank and a collision member for stirring in the mixing container at a position opposite to the water injection nozzle, and a water injection nozzle of the gas-liquid mixing tank. A water supply pipe that supplies layered water, a gas supply pipe that supplies carbon dioxide gas to the gas injection nozzle of the gas-liquid mixing tank, a pump that sends water from the water supply pipe to the gas-liquid mixing tank, and air to the water supply pipe. A microbubble provided with an electromagnetic valve for supplying and stopping the gas, an electromagnetic valve for supplying and stopping carbon dioxide gas to the gas supply pipe, and a control device for controlling both the electromagnetic valves and the pump. -A carbonated spring generator (Patent Document 2).

This is because the gas-liquid mixing tank in the microbubble / carbonate spring generator according to the second known technique includes a water injection nozzle for injecting water and a gas injection nozzle for injecting carbon dioxide gas into a closed mixing container. , Carbon dioxide gas can be completely dissolved in water without waste to produce high-concentration carbon dioxide-dissolved water. Further, the gas-liquid mixing tank can generate air-dissolved water by mixing air with the water supplied to the water injection nozzle. Therefore, the gas-liquid mixing tank can generate both carbon dioxide-dissolved water and air-dissolved water by the same gas-liquid mixing tank.

Japanese Unexamined Patent Publication No. 2006-320675 Japanese Patent No. 4891127

In the first and second prior arts according to the above-mentioned known examples, carbon dioxide gas is made into microbubbles and dissolved in water to form a carbonated spring, which has been conventionally known as an effect of a hot spring. Various effects of the above are described.

However, carbon dioxide gas is only carbon dioxide gas (CO ₂ ), and if excessive carbon dioxide gas is released in a bath or the like, there is a risk of carbon dioxide gas poisoning (dioxideemia). It is disclosed in.

In any case, it is not enough to stay in a hot spring such as a carbonated spring. For example, it is not good for your health to stay in a carbonated spring for a long time and take in carbon dioxide gas into your body even through your skin. It should be avoided for the elderly and sickly weakened.

The main object of the present invention is to microbubble a special mixed gas of hydrogen and oxygen, which is considered to be good for the human body, instead of a carbonated spring in which carbon dioxide gas harmful to the human body is dissolved (bubble level: 5 to 40 μm). To provide bathtub equipment that can be dissolved.

The present invention, as a specific means to solve the above problems, a control unit and a gas-liquid mixing tank with hydrogen-oxygen mixed gas supply means connected by a gas supply pipe, with a pump between the gas-liquid mixing tank and tub The hot water circulation pipe is arranged, and the hydrogen-oxygen mixed gas supplied from the hydrogen-oxygen mixed gas supply means is controlled by the control unit to be supplied to the gas-liquid mixing tank and circulated in the gas-liquid mixing tank. The present invention provides a bathing facility characterized in that a hydrogen-oxygen mixed gas is microbubbled (bubble level: 5 to 40 μm) and dissolved in the hot water of the bathtub.

In the present invention, the hydrogen / oxygen mixed gas supply means is a hydrogen / oxygen mixed gas generator or a gas cylinder filled with the hydrogen / oxygen mixed gas; and the control of the control unit is the supply amount and injection of the hydrogen / oxygen mixed gas. Being strong; includes as an additional requirement.

According to the bathtub equipment according to the present invention, it is possible to wash away dirt and old keratin of the skin just by taking a bath without using a detergent, and by taking hydrogen from the skin of the whole body and dissolving it in the blood, every corner of the capillaries. Since hydrogen is distributed to the skin, it has the excellent effect of promoting metabolism, improving blood circulation, and relaxing.

It is explanatory drawing which showed typically about the bathtub equipment which provided with the hydrogen-oxygen mixed gas microbubble generator which concerns on preferred embodiment of this invention.

The present invention will be described based on the illustrated embodiments. First, there is a patent right for Patent No. 5775456 "a mixed gas generator for hydrogen and oxygen and an internal combustion engine using the same" obtained by the same applicant as the present invention, and hydrogen oxygen related to the patent right. A mixed gas generator and a special hydrogen-oxygen mixed gas generated by the hydrogen-oxygen mixed gas generator are used, and the mixed gas can be microbubbled and dissolved in water or hot water to be used for various purposes. However, the present invention describes examples of a bathing facility used for bathing, which has a positive effect on the body.

In FIG. 1, reference numeral 1 denotes a hydrogen / oxygen mixed gas supply means, and the hydrogen / oxygen mixed gas generated by the hydrogen / oxygen mixed gas supply means 1 passes through a control unit 3 via a gas supply pipe 2 and is transmitted from the control unit 3. It is sent to the upper central portion of the gas-liquid mixing tank 4 via the gas injection nozzle 2a. In this case, the control unit 3 sends the gas-liquid mixing tank 4 for microbubbles by appropriately controlling the supply amount and injection strength of the hydrogen-oxygen mixed gas by, for example, a pressurizing pump or a solenoid valve. Be done. The hydrogen-oxygen mixed gas generator can be used as it is as the gas supply means 1.

In the gas-liquid mixing tank 4, for example, in a cylindrical tank, a partition plate 5 is provided near the bottom, and a relatively large-diameter opening 6 is formed in the center of the partition plate 5, and the opening is open. A collision plate 7 having a size enough to cover 6 is supported by a plurality of columnar members 8 erected on the partition plate 5, and a required gap is provided between the outer circumference of the collision plate 7 and the inner wall of the gas-liquid mixing tank 4. Is formed, and a required distance is provided between the partition plate 5 and the collision plate 7. Since it is not the essence of the present invention for a device, a system, or the like that microbubbles a gas and mixes gas and liquid, a known technique that has been used or proposed can be used.

One end of the pipe 9 is attached to the bottom of the gas-liquid mixing tank 4, and the other end of the pipe 9 is opened inside one side of the water tank or the bathtub 10. Further, a hot water circulation pipe 11 having one end opened inside the other side of the water tank or the bathtub 10 and the other end arranged above the gas-liquid mixing tank 4 via a hot water injection nozzle 11a is arranged, and the hot water is said. A pump 12 is provided in the middle of the circulation pipe 11 so that the water or hot water 13 in the water tank or the bathtub 10 is circulated with the gas-liquid mixing tank 4. Further, the hydrogen / oxygen mixed gas supply means 1, the control unit 3, and the gas-liquid mixing tank 4 can be collectively referred to as a hydrogen / oxygen mixed gas microbubble generator.

Therefore, the operation of the hydrogen-oxygen mixed gas microbubble generator according to the embodiment of the present invention will be described. First, in the initial stage, the hot water 13 of the bathtub 10 is pumped up by the pump 12 to form the collision plate 7 in the gas-liquid mixing tank 4. It is stored up to the required position (height) that exceeds, and the hydrogen-oxygen mixed gas is sprayed from the hydrogen-oxygen mixed gas supply means 1 from the gas injection nozzle 2a to the hot water 13 in the gas-liquid mixing tank 4 with the required strength via the control unit 3. At the same time, by circulating the hot water 13 and strongly injecting it from the hot water injection nozzle 11a, the hot water 13 is temporarily pushed away to the surroundings, but the reaction causes the hot water 13 to be lifted in a wavy shape from the surroundings and flow down toward the center. By these continuous movements, the microbubbled hydrogen-oxygen mixed gas dissolves and floats in the hot water 13 in the gas-liquid mixing tank 4, and the entire hot water 13 gradually becomes cloudy white. It is.

Further, in a general household or an apartment, when the equipment of the mixed gas generator cannot be installed as the hydrogen / oxygen mixed gas supply means 1, a large gas cylinder filled with the hydrogen / oxygen mixed gas can be used. Then, by continuing to blow the hydrogen-oxygen mixed gas into the gas-liquid mixing tank 4 and circulating the hot water 13 during the bath, the solubility of the hydrogen-oxygen mixed gas in the hot water 13 due to the microbubbles becomes high to some extent and the whiteness increases. At the same time, microbubbles are attached so as to cover the entire skin of the bather who is immersed in the hot water 13, and the body becomes white. The microbubbles attached in this way not only remove dirt and dirt from the skin and pores, but also take in hydrogen throughout the body, combine it with bad active oxygen (hydroxyl radicals), and excrete it as sweat or urine. The microbubbles (fine bubbles) that dissolve and float in the hot water 13 do not disappear immediately when floating in the hot water, but even in the floating state, they shrink and disappear after a few minutes and disappear on the surface of the hot water. The bubble that has reached bursts and hydrogen rises in the bathroom.

Hydrogen has the smallest molecule among substances, and its actual size is said to be only 1/10000 of that of mitochondria, which is said to have a diameter of 0.001 mm, for example. Hydrogen absorbed from the skin and pores not only reaches every corner of the body, but also has excellent diffusivity, and has the characteristic of being soluble in both water and oil. It was confirmed that although the reducing power of hydrogen is very weak, it does not react with the important good active oxygen, but only with the bad active oxygen with strong oxidizing power.

It is known that the human body is made up of about 60 trillion cells. In order for all living things, including humans, to survive, it is necessary to generate energy in the body, and it is the mitochondria in the cells that produce that energy, and 90% of the oxygen obtained by respiration is mitochondria. Organisms are alive by metabolism. However, active oxygen is generated as a by-product in the process of producing this energy, and the issue is how to reduce the harmful effects of bad active oxygen that causes aging and illness and keep cells and the body young and healthy. LHG gas (hydrogen-oxygen mixed gas) is necessary to solve the problem.

Therefore, in order to easily take in hydrogen from the hydrogen-oxygen mixed gas into the body, simply soaking in the hot water of the bath in the mood of a hot spring, without using soap or detergent, etc., stains on the skin, old keratin, etc. In addition to being able to wash away hydrogen, it also takes in hydrogen from the skin of the whole body and dissolves it in the blood, so that hydrogen spreads to every corner of the capillaries, promoting metabolism, improving blood circulation and warming the body.

Furthermore, by taking a bath in which microbubbles of hydrogen-oxygen mixed gas are dissolved, hydrogen is taken into the body by inhaling not only through the skin but also through the nose or mouth as the hydrogen that pops up on the surface of the water and rises. It is said that the balance of autonomic nerves can be adjusted, which improves immunity and self-healing power. In addition, it is said that you can keep your emotions relaxed because you can control your emotions because the balance is predominantly parasympathetic, and you can anti-age or rejuvenate when you are in good physical condition.

In the bathtub equipment according to the present invention, the hydrogen-oxygen mixed gas supply means 1, the control unit 3, and the gas-liquid mixing tank 4 are connected by a gas supply pipe 2, and the pump 12 is connected between the gas-liquid mixing tank 4 and the bathtub 10. The hot water circulation pipes 9 and 11 are arranged, and the hydrogen-oxygen mixed gas generated by the hydrogen-oxygen mixed gas supply means 1 is controlled by the control unit 3 and supplied to the gas-liquid mixing tank 4, and the gas-liquid is supplied. The structure is such that the hydrogen-oxygen mixed gas is microbubbled and dissolved in the hot water 13 of the bathtub that circulates in the mixing tank 4, and it is possible to wash away dirt on the skin and old keratin just by taking a bath without the need for detergent. At the same time, by taking in hydrogen from the skin of the whole body and dissolving it in the blood, hydrogen spreads to every corner of the capillaries, which promotes metabolism, improves blood circulation, and relaxes, regardless of age or sickness, and the general public. It can be widely used in bathtubs and household bathtubs.
Furthermore, if the water is made by microbubbles of a hydrogen-oxygen mixed gas and dissolved, it is possible to circulate the water by immersing the item to be cleaned in it or to stir the item together without using detergent. Dirt can be removed.

1 Hydrogen-oxygen mixed gas supply means 2 Gas supply pipe 2a Gas injection nozzle 3 Control unit 4 Gas-liquid mixing tank 5 Partition plate 6 Opening 7 Collision plate 8 Columnar member 9, 11 Hot water circulation pipe 10 Water tank or bathtub 11a Hot water injection nozzle 12 Pump 13 hot water

Claims (3)

The hydrogen-oxygen mixed gas supply means, the control unit, and the gas-liquid mixing tank are connected by a gas supply pipe.
The pump with a hot water circulation pipe is disposed between the gas-liquid mixing tank and tub,
The hydrogen-oxygen mixed gas supplied from the hydrogen-oxygen mixed gas supply means is controlled by the control unit and supplied to the gas-liquid mixing tank.
A bathtub facility characterized in that a hydrogen-oxygen mixed gas is microbubbled (bubble level: 5 to 40 μm) and dissolved in the hot water of the bathtub that circulates in the gas-liquid mixing tank. The bathing facility according to claim 1, wherein the hydrogen-oxygen mixed gas supply means is a hydrogen-oxygen mixed gas generator or a gas cylinder filled with a hydrogen-oxygen mixed gas. The bathtub equipment according to claim 1 or 2, wherein the control by the control unit is the supply amount and injection strength of the hydrogen-oxygen mixed gas.

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