TWM620400U - Hydrogen and oxygen breathing device to improve fatigue - Google Patents

Abstract

This creation includes: pure water tank, electrolysis tank, first and second power supply, control unit and touch switch. The water in the pure water tank can enter the electrolysis tank, and the first and second shells of the electrolysis tank are clamped The anode plate, the solid electrolyte and the cathode plate, the first housing and the pure water tank are provided with an oxygen output hole, the second housing is provided with a hydrogen output hole connected to the pure water tank by a third pipeline, and the first power supply is connected by a conductive wire The anode plate and the cathode plate, the control unit and the first and second power supplies are connected with the touch switch. The second power supply provides power to activate the control unit, thereby outputting hydrogen and oxygen for inhalation of the human body to relieve fatigue.

Description

Hydrogen oxygen breathing device to improve fatigue

This creation relates to a hydrogen-oxygen manufacturing machine, especially a kind of pure water that can produce 70% hydrogen and 30% oxygen through the electrolysis of an electrolytic cell, and is connected to the pipe to provide the human body to inhale the body, which can regulate physiological functions and remove bad Free radicals, strengthen immunity, and because hydrogen molecules can relieve muscle fatigue after strenuous exercise, it can achieve the function of strengthening the body and health care.

The vast majority of people think that a healthy body can have other things, and longevity is also meaningful. Anti-oxidation and anti-aging are actually fighting free radicals in the body. The main reason is that free radicals are substances produced by the body after metabolism. , Its activity is extremely strong, and it is easy to react with other substances. Therefore, when tissues and organs of the body are injured, they will become inflamed and accumulate a large amount of free radicals. Free radicals are a very unstable factor. In daily life, whether it is because of smoking or drinking, work pressure, or radiation in the living environment, In the event of trauma or bacterial infection, inflammation, surgery or disease, free radicals will attack our healthy cells, snatch electrons from healthy cells, trigger cell apoptosis and lead to aging. This kind of reaction is called oxidation, and the intensity of the reaction is called oxidative stress. The greater the oxidative stress, the faster the body ages and the weaker the resistance, which easily leads to dull skin and weak physical strength, especially for some athletes. After a strenuous exercise, muscle aches and fatigue occur.

Since humans discovered that hydrogen and oxygen can scavenge bad free radicals in the body, and hydrogen molecules are the most natural antioxidants and anti-aging. Because hydrogen molecules are very small, they can reach the nervous system, cells and organs directly, and reduce the skin's exposure to ultraviolet rays. The damage can also relieve muscle fatigue after strenuous exercise. Among many methods, continuous inhalation of hydrogen and oxygen is the most convenient, the most non-invasive and the easiest to achieve.

So, the main purpose of this creation is to provide a hydrogen-oxygen breathing device that can improve fatigue. It uses pure water to electrolyze hydrogen and oxygen through an electrolytic cell. The hydrogen and oxygen are fed into the pure water tank and then from the top of the pure water tank. The hydrogen and oxygen output tube can be connected to the user’s nose to provide the user with inhalation into the body, which can help the body reduce free radicals, and is an antioxidant that can penetrate cells and help cells Repair, activate cells and recover from diseases, and relieve muscle fatigue after strenuous exercise. It can also be installed in a car to improve the lack of oxygen in the cabin. This creation is suitable for improving the safety of drivers due to hypoxia and fatigue.

In order to achieve the above-mentioned purpose, this creation is to disclose a hydrogen-oxygen breathing device for improving fatigue, which includes: a pure water tank, at least one electrolytic cell, a first power supply, a control unit, a second power supply, and a touch控开关。 Control switch. A hydrogen and oxygen output pipe is provided on the top of the pure water tank to communicate with the pure water tank. The pure water in the pure water tank enters the electrolytic cell through a water inlet. The electrolytic cell includes a first shell and a second shell Body, the opposite inner surfaces of the first shell and the second shell are respectively provided with a first groove and a second groove, and an anode plate, A solid electrolyte and a cathode plate, an oxygen output hole is provided between the first shell and the pure water tank to communicate with the first groove, and the second shell is provided with a hydrogen output hole through which a hydrogen output hole is provided. The third pipeline is connected to the pure water tank; the first power supply is connected to the anode plate and the cathode plate of the electrolytic cell by a conductive wire; the control unit is connected to a touch switch, and the control unit is connected to the first The power supply is electrically connected, pressing the touch switch can start the first power supply to supply power to the anode plate and the cathode plate of the electrolytic cell; the second power supply is electrically connected to the control unit, pressing the The touch switch and the second power supply can provide power to start the control unit.

In application implementation, it further includes a water level sensor installed in the pure water tank and electrically connected to the control unit.

In application implementation, the control unit is electrically connected to a first colored light and a second colored light. When the water level of the pure water tank is higher than the water level sensor, the first colored light will light up. If the water level is lower than the water level control list, the second colored light will be on.

In terms of application and implementation, it further includes a housing, the housing includes a front housing and a rear housing, the front housing and the rear housing system are connected together by a plurality of screws, and the top of the rear housing is provided with a water inlet And the touch switch, the water inlet is connected to the pure water tank through a first pipe, so that the pure water injected into the water inlet enters the pure water tank through the first pipe, and one end of the hydrogen and oxygen output pipe It communicates with the pure water tank, and the other end passes through the rear shell.

In application implementation, it further includes a fan installed at the bottom of the rear casing, which can generate heat to the first power supply and the second power supply, The cooling function is provided, and the fan is electrically connected to the second power supply.

In application implementation, and the rear shell faces the pure water tank with a straight water level window.

In terms of application, the other end of the hydrogen and oxygen output tube is connected to a flexible tube, and the flexible tube is provided with two cannulae, which can be inserted into the nostril of the user.

In terms of application, it includes three electrolytic tanks continuously arranged in front of the pure water tank. The hydrogen output holes of the electrolytic tank on the left and right sides are connected to the second recess of the electrolytic tank in the middle by a second pipeline. The second groove is connected to the pure water tank through the third pipeline.

In this way, this creation can electrolyze pure water into hydrogen and oxygen through the electrolysis of the electrolytic cell, and connect it to the user’s nose by a hose. The two cannulas of the hose are inserted into the user’s nostrils and can be sucked in at the same time. 70% hydrogen and 30% oxygen, this can help the body reduce free radicals, and is an antioxidant that can penetrate cells, help cell repair, cell activation and disease recovery, and can relieve muscle fatigue after strenuous exercise.

If you want to drink hydrogen-oxygen water, you can turn off the cock of the water outlet of the rear shell, and the pure water tank can flow out water containing hydrogen and oxygen for users to drink.

And this creation can be used for hydrogen supply equipment for hydrogen cars, mainly because this creation uses pure water H ₂ O through the electrolysis of an electrolytic cell to generate oxygen and hydrogen. The hydrogen system can provide fuel for hydrogen cars and can be stored by a pressurized pump. In the high-pressure gas storage tank, it is used as a backup on the hydrogen and oxygen vehicle. It is a kind of fuel with the most environmental protection function in a pollution-free environment, and it is easy to obtain and worthy of great promotion.

10: Chassis

11: Front housing

12: Rear shell

121: water outlet

122: Cock

123: Water level window

13: Water inlet

14: Touch switch

15: Hydrogen and oxygen output pipe

16: hose

161: Intubation

17: Base

20: Pure water tank

21: The first pipeline

22: Water inlet

23: Oxygen output hole

30: Electrolyzer

31: The first shell

311: first groove

32: second shell

321: second groove

322: Hydrogen output hole

323: second pipeline

324: third pipeline

33: anode plate

331: Conductive wire

34: solid electrolyte

35: Cathode plate

351: Conductive thread

40: The first power supply

50: second power supply

60: circuit board

70: control unit

80: water level sensor

90: Fan

Figure 1 is a three-dimensional external view of the creative embodiment.

Fig. 2 is a perspective view of another direction of the creative embodiment.

Fig. 3 is a three-dimensional schematic diagram of an authoring embodiment.

Figure 4 is a plan view of an authoring embodiment.

Figure 5 is a plane flow diagram of the creative embodiment.

Figure 6 is a graph showing the changes in blood PH concentration of hydrogen inhaled by this creation and inhaled placebo (normal air) after exercise.

Fig. 7 is a graph showing the change rate of blood pH value between inhalation of hydrogen and placebo (normal air) after exercise.

With regard to the detailed content and technical description of this creation, examples are now used for further explanation, but it should be understood that these examples are for illustrative purposes only, and should not be interpreted as restrictions on the implementation of this creation.

Please refer to Figures 1 to 5, the hydrogen-oxygen breathing device for improving fatigue in the present creation includes a housing 10 with a hollow inside, a pure water tank 20, at least one electrolytic cell 30, a first power supply 40, and a second The power supply 50 and a control unit 70 extend with a circuit board 60, a water level sensor 80 and a fan 90. The pure water tank 20, the electrolysis tank 30, the first power supply 40, the second power supply 50, the circuit board 60, the control unit 70, the water level sensor 80 and the fan 90 are installed in the The inside of the case 10.

The casing 10 includes a front casing 11 and a rear facing each other. The housing 12, the front housing 11 and the rear housing 12 are screwed together by a plurality of screws, the front housing 11 and the rear housing 12 are jointly mounted on a base 17, and the rear housing 12 The top is provided with a water inlet 13, a touch switch 14 and a hydrogen and oxygen output tube 15. The bottom of the rear housing 12 is provided with a water outlet 121 communicating with the pure water tank 20, and the water outlet 121 is sealed by a cock 122, In addition, the rear housing 12 is provided with a straight water level window 123 facing the pure water tank 20, through which the water level inside the pure water tank 20 can be visually observed.

The pure water tank 20 is for containing pure water, and the water inlet 13 is connected to the pure water tank 20 through a first pipeline 21 so that the pure water injected into the water inlet 13 enters through the first pipeline 21 To the pure water tank 20.

In this embodiment, three electrolytic cells 30 are arranged horizontally and continuously in front of the pure water tank 20. The electrolytic cell 30 includes a first shell 31 and a second shell 32 facing each other. The first shell 31 is attached to a front wall of the pure water tank 20, and opposite inner surfaces of the first shell 31 and the second shell 32 are respectively provided with a first groove 311 and a second groove 321. An anode plate 33, a solid electrolyte 34, and a cathode plate 35 are sandwiched between a casing 31 and a second casing 32. The anode plate 33 is connected to a conductive wire 331, and the cathode plate 35 is connected to another conductive wire. Line 351, the conductive lines 331, 351 are connected to the first power supply 40, a water inlet 22 is provided between the pure water tank 20 and the first housing 31, so that the pure water in the pure water tank 20 can enter Into the electrolytic tank 30, an oxygen output hole 23 is provided between each of the first shell 31 and the pure water tank 20, and the oxygen output hole 23 communicates with the first groove 311, so that the oxygen in the electrolytic tank 30 Can enter the pure water tank 20, each of the second shells 32 is provided with a hydrogen output hole 322, located on the left and right sides 2. The hydrogen output hole 322 of the electrolytic cell 30 is connected to the second groove 321 of the electrolytic cell 30 in the middle by a second pipeline 323, and the second groove 321 of the electrolytic cell 30 in the middle is connected by a second pipeline 323. Three pipelines 324 are connected to the pure water tank 20. The hydrogen and oxygen in the pure water tank 20 can be output outside the casing 10 through the hydrogen and oxygen output pipe 15. In application implementation, one end of the hydrogen and oxygen output pipe 15 is Connected to the pure water tank 20, the other end of the rear casing 12 can be connected to a hose 16, the hose 16 is provided with two cannula 161, the two cannula 161 can be inserted in the user's nostril, and the first The three pipelines 324 communicate with the water outlet 121 of the rear housing 12.

The first power supply 40 is used to provide power to start the electrolyzer 30 to electrolyze hydrogen and oxygen, and the first power supply 40 is electrically connected to the control unit 70.

The second power supply 50 is electrically connected to the control unit 70 to provide power to start the control unit 70.

The control unit 70 is electrically connected to the touch switch 14. When the touch switch 14 is pressed, the first power supply 40 can supply power to the electrolytic cell 30 to electrolyze hydrogen and oxygen.

The water level sensor 80 is installed on the pure water tank 20 and is electrically connected to the control unit 70 and the second power supply 50. The control unit 70 is also electrically connected to a first colored light (Figure (Not shown) such as a green light and a second colored light (not shown) such as a red light, when the water level of the pure water tank 20 is higher than the water level sensor 80, the first colored light will light up, and when the water level When the water level of the pure water tank 20 is lower than the water level sensor 80, the second colored light will be lit to remind the user to add water.

The fan 90 is electrically connected to the control unit 70 and the second power supply 50. The fan 90 can provide heat dissipation and cooling functions for the heat generated by the first power supply 40 and the second power supply 50 The fan 90 is installed at the bottom of the rear housing 12, and pressing the touch switch 14 can start the fan 90 to rotate.

When in use, the touch switch 14 can be pressed, the second power supply 50 can turn on the control unit 70 to start operation, the first power supply 40 can start the electrolysis tanks 30, and the pure water tank 20 The water enters the electrolytic cells 30 through the water inlet 22. The electrolysis of the anode plate 33, the solid electrolyte 34 and the cathode plate 35 causes the pure water to electrolyze oxygen into the first groove 311 of the electrolytic cell 30. The oxygen in the first groove 311 enters the pure water tank 20 through the oxygen output hole 23, and then flows upward from the hydrogen and oxygen output pipe 15. In addition, the pure water entering the electrolytic cell 30 undergoes the electrolysis of the anode plate 33, the solid electrolyte 34, and the cathode plate 35 to generate hydrogen gas in the second groove 321 of the second casing 32, and the second groove 321 The hydrogen inside is fed into the second groove 321 of the electrolytic cell 30 in the middle through the second pipeline 323, and the second groove 321 is connected to the pure water tank 20 by the third pipeline 324. Hydrogen and oxygen can be output through the hydrogen and oxygen output tube 15. In application implementation, the hydrogen and oxygen output tube 15 is connected to a hose 16, and the two intubation tubes 161 of the hose 16 can be inserted in the user's nostrils, so that they can be inhaled at the same time. Into hydrogen and oxygen, 70% of hydrogen and 30% of oxygen.

Please refer to Figure 6 again. Figure 6 is a human experiment conducted by the Institute of Sports and Health of Chung Hsing University. During the recovery period after exercise, the blood PH concentration changes of people in the hydrogen inhalation group and those in the placebo (normal air) group Picture, picture 7 shows the creation after the human body experiment of the Institute of Sports and Health of Chung Hsing University, during the recovery period after exercise, The graph of the change rate of the blood PH value of the people in the hydrogen inhalation group and the placebo (normal air) group can prove that the inhalation of hydrogen has a better blood PH recovery rate during the recovery period after exercise. On the whole, inhaling hydrogen can have a better recovery rate for the phenomenon of blood acidification caused by exercise, and can improve the inflammation and rapid recovery from fatigue after high-intensity exercise.

This creation can be used for a period of time, and the water can be changed. In implementation, the cock 122 of the water outlet 121 of the rear housing 12 can be turned to make the water in the pure water tank 20 completely flow out, and then the cock 122 can be tightened, and then the back The water inlet 13 on the top of the casing 12 injects pure water into the pure water tank 20, and the water level window 123 of the rear casing 12 can visually check whether the water level is higher than the water level sensor 80.

In addition, the water flowing out of the water outlet 121 of the rear housing 12 contains hydrogen and oxygen. Therefore, the cock 122 of the water outlet 121 of the rear housing 12 can be turned off, and water containing hydrogen and oxygen can be discharged for drinking.

It is worth mentioning that there are basically three options for producing hydrogen energy. The first is to use clean renewable energy to generate hydrogen through electrolysis. Although it is completely pollution-free, the cost of renewable energy is too high. The second is to obtain so-called "blue hydrogen" from natural gas, but this process releases a large amount of carbon dioxide, which offsets the original intention of using hydrogen energy to achieve environmental protection. The third is to use nuclear power as an energy source to electrolyze water to produce hydrogen, but the international community is unwilling to adopt it. And this creation can be used for the hydrogen supply equipment of hydrogen cars. Because this creation uses pure water H ₂ O to produce oxygen and hydrogen through the electrolysis of an electrolytic cell, and the hydrogen oxygen system can provide the fuel for hydrogen cars, it is not A fuel that pollutes the environment, is easy to obtain and has low cost, and is worthy of great promotion.

However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation, that is, simple equivalent changes and modifications made according to the scope of patent application and creation description of this creation, All are still within the scope of this creation patent.

10: Chassis

11: Front housing

12: Rear shell

13: Water inlet

14: Touch switch

15: Hydrogen and oxygen output pipe

17: Base

Claims (8)

A hydrogen-oxygen breathing device for improving fatigue, which includes: A pure water tank with a hydrogen and oxygen output pipe on the top communicating with the pure water tank; At least one electrolytic cell, the pure water in the pure water tank enters the electrolytic cell through a water inlet, the electrolytic cell includes a first shell and a second shell, the first shell and the second shell The opposite inner surfaces of the body are respectively provided with a first groove and a second groove. An anode plate, a solid electrolyte and a cathode plate are sandwiched between the first shell and the second shell. An oxygen output hole is provided between the shell and the pure water tank to communicate with the first groove, the second shell is provided with a hydrogen output hole, and the hydrogen output hole is connected to the pure water tank by a third pipeline; A first power supply connected to the anode plate and the cathode plate of the electrolytic cell by a conductive wire; A control unit is connected to a touch switch. The control unit is electrically connected to the first power supply. Pressing the touch switch can activate the first power supply to supply power to the anode plate and the cathode of the electrolytic cell. plate; A second power supply is electrically connected to the control unit, and pressing the touch switch can provide power to start the control unit. The hydrogen-oxygen breathing apparatus for improving fatigue as described in item 1 of the scope of the patent application further includes a water level sensor installed in the pure water tank and electrically connected to the control unit and the second power supply. The hydrogen-oxygen breathing device for improving fatigue as described in item 2 of the scope of patent application, wherein the control unit is also electrically connected with a first colored light and a second colored light, when the pure water tank When the water level of is higher than the water level sensor, the first colored light will light up, and when the water level of the pure water tank is lower than the water level control unit, the second colored light will light up. The hydrogen-oxygen breathing apparatus for improving fatigue as described in the first item of the scope of patent application, which further includes a housing, the housing including a front housing and a rear housing, the front housing and the rear housing system through A plurality of screws are connected together and installed on a base. The top of the rear housing is provided with a water inlet and the touch switch. The water inlet is connected to the pure water tank through a first pipe, so that the pure water injected into the water inlet Water enters the pure water tank through the first pipeline, one end of the hydrogen and oxygen output pipe is communicated with the pure water tank, and the other end passes through the rear shell. The hydrogen-oxygen breathing apparatus for improving fatigue as described in item 4 of the scope of patent application, which further includes a fan installed at the bottom of the rear housing, which can generate power to the first power supply and the second power supply The heat of the, provides the function of heat dissipation and temperature reduction, and the fan is electrically connected to the second power supply. The hydrogen-oxygen breathing apparatus for improving fatigue as described in item 4 of the scope of patent application, wherein the rear housing faces the pure water tank with a straight water level window. As described in item 4 of the scope of patent application, the hydrogen-oxygen breathing device for improving fatigue, wherein the other end of the hydrogen-oxygen output tube is connected to a hose, and the hose is provided with two cannulae, and the two cannulae can be inserted in The user's nostrils. The hydrogen-oxygen breathing device for improving fatigue as described in item 1 of the scope of patent application, which includes three electrolytic cells continuously arranged in front of the pure water tank. Two pipelines are connected to the second groove of the electrolytic cell located in the middle, and the second groove is connected to the pure water tank by the third pipeline.

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