JP2018173159A - Hydrogen gas shower water system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method of easily absorbing hydrogen gas into the body to enhance the effect of promoting health. The present invention has a shower plate having a shower hole, a water/hydrogen gas mixing space, a water introducing space for introducing water, and a hydrogen gas nozzle whose tip is a hydrogen gas discharging hole for discharging hydrogen gas. It has a shower head, a water supply unit for supplying water to the water introduction space of the shower head, and a hydrogen gas supply unit for supplying hydrogen gas to the hydrogen gas nozzle of the shower head, and the water/hydrogen gas mixing space is partitioned from the shower plate. The water introducing space is arranged between the plates, and the water introducing space is arranged on the opposite side of the water/hydrogen gas mixing space with the partition plate interposed therebetween, and the partition plate has a water conducting hole for passing water from the water introducing space to the water/hydrogen gas mixing space. The hydrogen gas discharge hole of the hydrogen gas nozzle is arranged close to the water conducting hole, and the hydrogen gas is discharged from the hydrogen gas discharging hole of the hydrogen gas nozzle through the water conducting hole to the water/hydrogen gas mixing space. Water system. [Selection diagram] Figure 1

Description

The present invention relates to a shower using hydrogen gas and water.

In recent years, hydrogen gas has attracted attention as a fuel for hydrogen gas vehicles, but it has been reported that hydrogen water in which hydrogen gas is dissolved in water is useful for health promotion. For example, if you drink hydrogen water on a daily basis, cells will rejuvenate and you will not only have an effect on beauty as an aging care, but also an improvement effect on various diseases. Some hospitals take hydrogen water as part of their treatment. Etc. are adopted. Various methods for producing hydrogen water have also been proposed. (Patent Document 1)

JP2013-126650A

The present invention provides a more useful method for health promotion than hydrogen water. Even if it is called hydrogen water, the solubility of hydrogen in water is extremely low, and the effect of hydrogen water is limited. Therefore, an object of the present invention is to provide a method that facilitates absorption of hydrogen into the body and enhance the health promotion effect. In particular, by taking hydrogen gas as a shower together with water (including hot water and hot water), it aims to absorb the hydrogen gas into the head and body and enhance the health promotion effect of hydrogen gas.

The present invention relates to a hydrogen gas shower water system in which hydrogen gas is put on the body together with shower water, and has the following characteristics.
(1) The present invention is a hydrogen gas shower water system in which hydrogen gas is jetted together with shower water through a shower hole provided in the shower plate, the shower plate having a plurality of shower holes, water and hydrogen gas. A water / hydrogen gas mixing space for mixing, a water introduction space for introducing water, a shower head having a hydrogen gas nozzle that is a hydrogen gas discharge hole at the tip of which discharges hydrogen gas, and water is supplied to the water introduction space of the shower head A hydrogen gas shower water system having a water supply unit and a hydrogen gas supply unit for supplying hydrogen gas to a hydrogen gas nozzle of the shower head, wherein the water / hydrogen gas mixed space is disposed between the shower plate and the partition plate, The water introduction space is disposed on the opposite side of the water / hydrogen gas mixing space across the partition plate, and the water guide is disposed on the partition plate. A hole for passing water from the space to the water / hydrogen gas mixed space (water conduction hole) is disposed, and a hydrogen gas discharge hole of the hydrogen gas nozzle is disposed in proximity to the water conduction hole, and the hydrogen gas of the hydrogen gas nozzle A hydrogen gas shower water system in which hydrogen gas is discharged from a discharge hole through the water conduction hole to the water / hydrogen gas mixed space.

(2) In the hydrogen gas shower water system of the present invention, in addition to the above (1), the hydrogen gas nozzle has a conical shape, the apex of the conical hydrogen gas nozzle is provided with the hydrogen gas discharge hole, A gas discharge hole is close to the water conduction hole provided in the partition plate, and negative gas generated when water introduced into the water introduction space flows into the water / hydrogen gas mixed space through the water conduction hole. The hydrogen gas of the hydrogen gas nozzle is sucked into the water / hydrogen gas mixed space by pressure, and the hydrogen gas supply unit is a hydrogen gas generator, a hydrogen gas cylinder, or liquid hydrogen, and A connection line (hydrogen gas connection line) connecting the hydrogen gas nozzle and the hydrogen gas supply unit is provided with a pressure regulator, and the pressure of the hydrogen gas can be adjusted.

(3) The present invention is a hydrogen gas shower water system in which hydrogen gas is jetted together with shower water through a shower hole provided in the shower plate, and includes two shower plates (first shower plate and A shower plate having a second shower plate, a hydrogen gas introduction space sandwiched between the first shower plate and the second shower plate, a shower head having a water introduction space for introducing water, and a water introduction space of the shower head A hydrogen gas shower water system having a water supply part for supplying water to the water and a hydrogen gas supply part for supplying hydrogen gas to the hydrogen gas introduction space of the shower head, wherein the first shower plate is for a plurality of showers. A hole is provided, and water is discharged from the water introduction space to the hydrogen gas introduction space through the shower hole of the first shower plate, The two shower plates have a plurality of shower holes, and are a hydrogen gas shower water system in which water and hydrogen gas are ejected from the hydrogen gas introduction space through the shower holes of the second shower plate to the outside of the shower head. .
(4) The present invention is a hydrogen gas shower water system in which hydrogen gas is jetted together with shower water through a shower hole provided in a shower plate, and the hydrogen gas connected to the hydrogen gas supply unit is connected to the water supply unit for shower water The connecting line is connected, hydrogen gas is supplied to the shower, the portion where the hydrogen gas supply line connects to the water supply part is conical, and the hydrogen gas is discharged at the apex of the conical hydrogen gas connecting line connecting part A hydrogen gas shower water system, comprising a hole, wherein hydrogen is supplied from the hydrogen gas discharge hole to the water supply unit.

(5) In the hydrogen gas shower water system of the present invention, in addition to the above (3) or (4), the hydrogen gas supply unit is a hydrogen gas generator, a hydrogen gas cylinder, or liquid hydrogen, and the hydrogen gas A connection line (hydrogen gas connection line) connecting the introduction space and the hydrogen gas supply unit is provided with a pressure regulator, the pressure of the hydrogen gas can be adjusted, and the second shower plate can be removed. Features.

(6) In the hydrogen gas shower water system of the present invention, in addition to the above, the hydrogen gas generation apparatus is configured such that a hydrogen gas outlet is attached to a container containing water and a hydrogen gas generation agent, and the hydrogen gas outlet Is connected to the hydrogen gas connection line, and the hydrogen gas generator includes a plurality of hydrogen gas outlets, and at least one hydrogen gas outlet is connected to the hydrogen gas connection line, and at least one of the hydrogen gas outlets is connected. One hydrogen gas outlet is open to the atmosphere.

The hydrogen gas and water that have entered the shower head are ejected from the shower hole 12 to become hydrogen gas shower water 22, which can be applied to the body such as the head, hair, face, and body. Since hydrogen gas has a small molecular radius and hits the body together with water, it is said to penetrate the inside of the body through the skin, activate the inside of the body, and promote health promotion. It also has the effect of improving blood flow and activating and regenerating capillaries. It is also said to have an effect of removing dirt such as fat and dust on the body, hair, scalp, and skin, and is said to have a sufficient cleaning action even without a detergent or shampoo. Furthermore, hydrogen gas is effective in preventing aging of hair and skin, and the hair and skin become glossy and can be held for a long time.

FIG. 1 is a diagram showing an embodiment of the hydrogen gas shower water system of the present invention. FIG. 2 is an embodiment showing a structure of a shower head for introducing hydrogen gas. FIG. 3 is another embodiment showing the structure of the hydrogen gas showerhead of the present invention.

In the present invention, hydrogen gas shower water in which hydrogen gas is showered together with water (hot water or the like) is bathed on the head, hair, face, body, etc. to promote health. FIG. 1 is a diagram showing an embodiment of the hydrogen gas shower water (system) of the present invention. The hydrogen gas shower water system of the present invention includes a hydrogen gas generation system 8 and a shower device 9. The shower device 9 includes a hose 21 that introduces water (W) from a water supply unit, and a shower head 11 that is connected to the hose 21 and ejects the shower (water). A large number of shower holes 12 are provided at the outlet of the shower head 11. Vacant. The other end of the hose 21 is connected to a water supply unit, water (W) is supplied from the water supply unit, and water is introduced into the shower head 11 through the hose 21. Here, the water includes hot water whose temperature is adjusted, and a faucet plug or a valve may be attached to the connection portion, and the amount of water can be adjusted or the supply of water can be stopped. Moreover, the shower head 11 can be provided with an adjustment mechanism (such as an adjustment valve) for cutting off the water supply or adjusting the amount of water.

The hydrogen gas generation system 8 includes a hydrogen gas generation device 10 and a hydrogen gas introduction pipe 20, and one end of the hydrogen gas introduction pipe 20 is connected to the hydrogen gas outlet pipe 18 of the hydrogen gas generation apparatus 10. The other end is connected to the shower head 11. The hydrogen gas generator 10 has a hydrogen gas generator holder 15 in which a hydrogen gas generator is placed in a hydrogen gas generator 13. For example, when calcium oxide agent (CaO) and aluminum (Al) are put in the hydrogen gas generating agent holder 15 and water 14 is put into the hydrogen gas generating container 13, aluminum (Al) becomes the hydrogen gas generating reaction accelerator. And hydrogen gas (H2) is generated. (Reference numeral 16 denotes hydrogen gas bubbles.) The hydrogen gas generation container 13 is covered with a cap 23. When the hydrogen gas (H2) is generated, the hydrogen gas collects in a space 17 below the lid (cap) 13 that is an upper part of the hydrogen gas generation container 13, and the pressure in the space 17 below the cap 23 of the hydrogen gas generation container 13 increases. . A hydrogen gas outlet pipe 18 is formed in the cap 23, and the hydrogen gas in the space 17 in the hydrogen gas generation container 13 is pushed out from the hydrogen gas outlet pipe 18. Since the hydrogen gas inlet pipe 20 is connected to the hydrogen gas outlet pipe 18, the hydrogen gas pushed out from the hydrogen gas outlet pipe 18 enters the hydrogen gas inlet pipe 20 and is guided into the shower head 11.

The hydrogen gas and water that have entered the shower head are ejected from the shower hole 12 to become hydrogen gas shower water 22, which can be applied to the body such as the head, hair, face, and body. Hydrogen gas shower water generates negative ions and has the effect of helping to promote health. Since hydrogen gas has a small molecular radius and hits the body together with water, it is said to penetrate the inside of the body through the skin, activate the inside of the body, and promote health promotion. It also has the effect of improving blood flow and activating and regenerating capillaries. It is said to be effective for atopy and hair growth. It also has the effect of removing dirt such as fat and dust on the body, hair, scalp and skin (surfactant effect), and is said to have sufficient cleaning and bathing effects even without detergent or shampoo. Yes. In addition, hydrogen gas is effective in preventing aging of hair and skin, improving the gloss of hair and skin, and maintaining the effect for a long time (effective treatment). It is also said to be effective for atopy.

When the hydrogen gas discharge from the hydrogen gas outlet pipe 18 is blocked, the pressure in the space 17 is increased so that the cap 23 is not removed and the hydrogen gas generation vessel 13 is not damaged. Another hydrogen gas outlet pipe 19 can be provided as the hydrogen gas outlet of the container 13. If a check valve is provided in the hydrogen gas outlet pipe 19 so that the hydrogen gas is discharged when the pressure exceeds a predetermined pressure, the hydrogen gas from the hydrogen gas outlet pipe 18 is normally discharged and the pressure in the space 17 is increased. When it becomes higher, hydrogen gas escapes from the hydrogen gas outlet pipe 19 and the above-mentioned problems can be solved. In addition, if the coupling | bonding of the lid | cover 23 and the hydrogen container 13 and the coupling | bonding of the lid | cover 23 and the hydrogen gas outlet pipes 18 and 19 are strengthened and the intensity | strength of the lid | cover 23 and the hydrogen container 13 is enlarged, the hydrogen gas outlet pipes 18 and 19 will be carried out. So that even if the hydrogen gas does not come out of the chamber and hydrogen accumulates in the space 17 and the pressure increases, the lid, the 23, the hydrogen gas outlet pipes 18, 19 and the like will not come off or be damaged. You can also In that case, the hydrogen gas outlet pipe 18 or the hydrogen gas introduction pipe 20 may be provided with a valve, a flow meter or the like to stop the inflow of hydrogen gas into the shower head 11 or to adjust the flow rate of hydrogen gas.

FIG. 2 is an embodiment schematically showing the structure of a shower head (main body) for introducing hydrogen gas. The shower head 30 includes a shower head main body 31, a water introduction connecting pipe 40 for introducing water (including hot water) into the shower head main body 31, and a hydrogen gas introduction connecting pipe 38 for introducing hydrogen gas into the shower head main body 31. The shower head main body 31 is a part that ejects (discharges) water in a shower-like manner, and is connected to the water introduction connecting pipe 40 to store water introduced from the water introduction pipe 40 (a water introduction part or a water introduction part). From a hydrogen gas introduction chamber (also referred to as a hydrogen gas introduction part or a hydrogen gas nozzle) 36, which is connected to a hydrogen gas introduction connection pipe 38 and stores hydrogen gas, and a water introduction chamber (part) 34. A gas-liquid mixing chamber (also referred to as a gas-liquid mixing portion or a water / hydrogen gas mixing space) 33, which is a portion for mixing the water coming out and the hydrogen gas coming out from the hydrogen gas introduction chamber (part) 36, a gas-liquid mixing chamber It includes a shower plate part 50 which is connected to the (part) 33 or surrounds a part of the gas-liquid mixing chamber (part) and has a large number of shower holes 47 through which shower water comes out.

Although the water introduction chamber 34 and the gas-liquid mixing chamber 33 are separated by a partition plate 32, a water conduction (spout) hole (hole) 37 is formed in a part of the partition plate 32, and the water in the water introduction chamber 34 is Water flows into the gas-liquid mixing chamber 33 through the water conduction (spout) hole 37. (The flow of water is indicated by an arrow 48.) The hydrogen gas introduction chamber 36 is surrounded by the water introduction chamber 34 and separated by a gas-liquid partition plate 35. The outlet of the hydrogen gas introduction chamber 36 has a hole 43 (also referred to as a hydrogen gas outlet or a hydrogen discharge hole), and the hydrogen gas is pushed out. (The flow of hydrogen gas is indicated by an arrow 49.) The hydrogen gas introduction connection pipe 38 is connected to the hydrogen gas introduction pipe 41 through the hydrogen gas introduction connection section 39. The hydrogen gas introduction pipe 41 is connected to, for example, the hydrogen gas generator 10 shown in FIG. 1 and the like, and the hydrogen gas flows. Therefore, the hydrogen gas stored in the hydrogen gas introduction chamber 36 is pushed out, and the hydrogen gas outlet 43 Go out from. Furthermore, since the hydrogen gas outlet 43 is disposed close to the water conduction (spout) hole 37 and the water conduction (spout) hole (hole) 37 is narrow, the flow of water is a water conduction (spout) hole ( Since the hole 37 is faster than its surroundings, and the pressure is reduced (becomes a negative pressure state) by Bernoulli's theorem, hydrogen gas is ejected so as to be sucked out from the hydrogen gas ejection port 43, and the gas-liquid mixing chamber Go out to 33. (Venturi effect) Here, the fact that the hydrogen gas ejection port 43 is disposed in the vicinity of the water conduction (ejection) hole 37 means that, for example, the outlet size of the hydrogen gas ejection port 43 is the water conduction (ejection) hole 37. It can be considered that the position of the hydrogen gas outlet 43 is substantially the same as the position of the water conduction (spout) hole 37. The hydrogen gas outlet 43 may be disposed in the water conduction (spout) hole 37 or may be disposed a little apart. In any case, most of the hydrogen gas exiting from the hydrogen gas outlet 43 enters the gas-liquid mixing chamber 33. (As such, the hydrogen gas ejection port 43 is disposed close to the water conduction (ejection) hole 37.)

As shown in FIG. 2, the gas-liquid partition plate 35 may be disposed so that the inlet portion of the hydrogen gas 44 is wide and the hydrogen gas outlet 43 that is the outlet portion of the hydrogen gas is narrow. For example, the gas-liquid partition plate 35 has a conical shape, a pyramid shape, or a trumpet shape, and has a hole at the apex, and hydrogen gas is ejected from the hole (hydrogen gas outlet). In this case, the hydrogen gas introduction chamber 36 is surrounded by the water introduction chamber 34, and the water flowing through the water introduction chamber 34 strikes the conical partition plate 35 and smoothly passes through the water conduction (spout) holes 37. It flows into the liquid mixing chamber 37. Moreover, since hydrogen gas also exits from the narrow hydrogen gas outlet, it enters the gas-liquid mixing chamber 37 vigorously.

The water and hydrogen gas that have entered the gas-liquid mixing chamber 33 are mixed, pushed out by the flow of water and the flow of hydrogen gas, and exit from a number of shower holes 47 that are vacant in the shower plate 50. Even if water and hydrogen gas are mixed, hydrogen gas hardly dissolves in water (at 1 atm, about 2/1000 g of hydrogen gas dissolves in about 1000 g of water), so hydrogen gas 51 and water 52 are separated. In a state of being discharged, it is ejected from the shower hole 47. In FIG. 2, the water conduction (spout) hole 37 is disposed near the center of the partition plate 32, so that water and hydrogen gas enter the gas-liquid mixing chamber 33 in a well-balanced manner and mix, and the shower plate The water and hydrogen gas are ejected to the outside of the shower plate 50 from the shower hole 47 in an equally balanced manner as much as possible. A plurality of water conduction (spout) holes 37 may be arranged near the center of the partition plate 32 and / or in other parts. In that case, in order to distribute water and hydrogen gas to the gas-liquid mixing chamber 33 in a well-balanced manner, the water conduction (spout) holes 37 are preferably arranged symmetrically with respect to the central portion of the partition plate 32.

A shower hose (indicated by 21 in FIG. 1) is connected to the water introduction connecting pipe 40, and a water supply unit (for example, a hot water device or a water supply) is connected to the other end of the shower hose. The water enters the water introduction chamber 34 through the water introduction connecting pipe 40. (Water Flow 46) At this time, hydrogen gas may be introduced by connecting the hydrogen gas introduction connection pipe 42 to the middle of the water introduction connection pipe 40. Also at this time, since there is a water flow 46, hydrogen gas is sucked into the water flow 46 according to Bernoulli's law. (Hydrogen gas flow 45) When the suction of hydrogen gas is weak, a connection port between a hydrogen gas introduction connection pipe (hydrogen gas connection line) 42 connected to the hydrogen gas supply section and a water introduction connection pipe 40 connected to the water supply section Hydrogen gas pressure by narrowing the portion (indicated by arrow 55) (for example, connecting with a tapered conical shape, etc., in this case, the apex of the conical hydrogen gas connection line connecting portion is provided) The hydrogen gas is pushed out from the hydrogen gas introduction connection pipe 42 to the water introduction connection pipe 40, and hydrogen gas is supplied from the hydrogen gas discharge hole to the water supply section, so that the hydrogen gas smoothly flows into the water flow 46. While entering, it is also possible to prevent water from entering the hydrogen gas introduction connecting pipe 42 side. In this case, when hydrogen gas is not introduced from the central portion of the shower head main body 31, it is naturally unnecessary to provide the hydrogen gas introduction chamber 36, and it is not necessary to provide the partition plate 32. That is, the water introduction chamber 34 and the gas-liquid mixing chamber 33 may be one.

As described above, hydrogen gas and water are separated (hydrogen gas hardly dissolves in water) and ejected from the shower hole 47 and poured into the head and body. In addition, the gas-liquid mixing chamber 33 is a closed space surrounded by the partition plate 32, the shower plate portion 50, and other parts (of course, the water conduction hole 37 and the shower hole 47 are vacant). The members surrounding the water introduction chamber 34 and the gas-liquid mixing chamber 33, the partition plate 32 and the shower plate are made of a material having strength and durability that can be used as a shower. For example, it can be produced with members such as various plastics and various metals. Although hydrogen gas hardly dissolves in water, as shown above, it dissolves slightly in water to form hydrogen water, and the hydrogen water goes out as shower water. The effect can also be expected.

FIG. 3 is a view showing another embodiment schematically showing the structure of the hydrogen gas showerhead (main body) of the present invention. Parts having the same structure as those of the shower head of FIG. In the shower head (main body) 60 shown in FIG. 3, a hydrogen gas introduction chamber (also referred to as a hydrogen gas introduction space) 61 is disposed outside the shower plate portion 50. Since the hydrogen gas introduction chamber 36 shown in FIG. 2 is not disposed in the water introduction chamber (also referred to as a water introduction space) 34, the gas-liquid partition plate 35 is also not disposed. A water discharge chamber (also referred to as a water discharge space) 58 is arranged next to the water introduction chamber 34, but this structure is almost the same as that shown in FIG. 2, and the water in the water discharge chamber 58 is transferred to the shower plate. Water comes out from the formed shower hole 47. (Water flow 52) A partition plate 32 is disposed between the water introduction chamber 34 and the water discharge chamber 58, and one or more holes (water conduction (spout) holes) are formed. Water flows into the water discharge chamber 58 through the water conduction (spout) hole. Due to the presence of the partition plate 32, the flow of water becomes uniform, and the shower water ejected from the plurality of shower holes 47 also becomes uniform ejected water. Note that the water introduction chamber 34 and the water discharge chamber 58 may be combined without providing the partition plate 32. In that case, since the water discharge chamber 58 is directly entered from the water introduction connecting pipe 40, the shower water ejected from the plurality of shower holes 47 is not uniform, but if there is no particular problem, a partition plate may not be provided. It has a simple structure and is easy to manufacture.

A hydrogen gas introduction chamber outer case 62 is disposed so as to surround the water introduction chamber 34 and the water discharge chamber 58, and a space (hydrogen gas introduction chamber) is provided between the hydrogen gas introduction chamber outer case 62, the water introduction chamber 34, and the water discharge chamber 58. ) 61 is formed. A hydrogen gas introduction connection pipe 64 is connected to the hydrogen gas introduction chamber 61, and the hydrogen gas introduction connection pipe 64 is connected to the hydrogen gas introduction pipe 41 at a hydrogen gas introduction connection portion 65. Accordingly, hydrogen gas (H 2) flows from the hydrogen gas introduction pipe 41 and flows into the hydrogen gas introduction chamber 61. In the hydrogen gas introduction chamber 61 in which the shower plate portion 50 is disposed, a plurality of (many) shower holes (a large number of shower holes) are formed in the portion of the hydrogen gas introduction chamber outer case 62 facing the shower plate portion 50 with the hydrogen gas introduction chamber 61 interposed therebetween. A shower hole 47 vacated in the shower plate portion 50 is used as a first shower hole, and this is referred to as a second shower hole.) 63 is vacant, and the hydrogen gas introduction chamber 61 enters from the second shower hole 63 to the outside. Hydrogen gas spouts out. Since the water shower ejected from the first shower hole 47 also exits to the second shower hole 63, a water shower and a hydrogen gas shower are ejected from the second shower hole 63. That is, it is sandwiched between a shower plate portion (referred to as a first shower plate portion) 50 and a second shower plate portion (a portion of the outer case of the hydrogen gas introduction chamber having a second shower hole is used as the second shower plate portion) 59. The portion (space) of the hydrogen gas introduction chamber 61 is a portion where water and hydrogen gas are mixed.

As described above, the hydrogen gas introduction chamber 61 can be sprayed to the outside of the shower head so as to be poured on the head or the body by arranging the hydrogen gas introduction chamber 61 outside the shower plate portion 50. It can be considered that the hydrogen gas shower (head) shown in FIG. 3 is obtained by covering a normal shower head with a hydrogen gas introduction chamber outer case 62 and forming a hydrogen gas introduction chamber 61 therebetween. If the hydrogen gas introduction chamber outer case 62 can be removed, the hydrogen gas shower water can be easily bathed using a shower head that is already used or commercially available. When the outer case 62 of the hydrogen gas introduction chamber is put on a normal shower head, if an elastic member such as rubber is used for the connecting (covering) portion, the outer case 62 of the hydrogen gas introduction chamber can be securely attached to the normal shower head. The hydrogen gas is ejected from only the second shower hole provided in the second shower plate portion 59 so that the hydrogen gas does not leak from the connecting portion between the hydrogen gas introduction chamber outer case 62 and the normal shower head. You can do that.

Various hydrogen gas generating agents can be used in addition to the hydrogen gas generating agent shown in the hydrogen gas generating apparatus shown in FIG. For example, a method of generating hydrogen gas by reacting an acid such as hydrochloric acid with a metal such as nickel, or a combination of hydrogen and gasified boron metal salt / hydrogen gasified alkaline earth metal salt / magnesium / alkaline agent and water And a method for generating hydrogen gas by the above reaction. In addition, a hydrogen gas generator (apparatus) that uses a hydrogen gas generating agent has been used so far, but hydrogen gas generated by electrolysis can also be used. Alternatively, hydrogen gas can be supplied from a hydrogen gas cylinder containing high-pressure hydrogen gas. In that case, the pressure of the high-pressure hydrogen gas can be reduced by putting a regulator (pressure regulator or pressure reducer) in the supply line, and the supply amount of hydrogen gas may be adjusted by inserting a mass flow meter or a flow meter. . Hydrogen gas can also be supplied from liquid hydrogen. In that case, when the temperature of the hydrogen gas is low, a heater may be installed in the hydrogen gas supply line to warm the hydrogen gas. Hydrogen gas can also be supplied from the hydrogen gas storage alloy.

Although FIG. 1 shows a shower with a hose, a shower without a hose (for example, a shower head provided on a wall or the like) is also included in the scope of the present invention. Moreover, not only a bathroom and a shower room, but also a shower provided for hair washing in a beauty salon, a barber shop, etc. and a shower provided on a wash basin are also included in the scope of the present invention. A hydrogen gas supply line can be provided with a valve or the like, a mass flow meter, or a flow meter to cut off the supply of hydrogen gas or to adjust the amount of hydrogen gas to be supplied. The shower head may be provided with a switch for turning off or flowing the hydrogen gas supply, or with a hydrogen gas flow rate adjusting mechanism for adjusting the hydrogen gas supply amount.

As described above in detail, the present invention is a hydrogen gas shower water system in which hydrogen gas and water are showered on the body (that is, a hydrogen gas shower in which hydrogen gas and (shower) water are mixed to form a shower). By using this hydrogen gas shower water system, hydrogen gas can be supplied to various parts of the body, including the head and face, and absorbed by the body. Further, the hydrogen gas shower water system of the present invention can be implemented in places where tap water can be used without electricity. In addition, in the present specification, regarding the fact that the contents described and explained in a certain part of the specification can be applied without contradiction, it goes without saying that the contents can be applied to the other parts. Furthermore, the above-described embodiment is an example, and various modifications can be made without departing from the scope of the invention. Needless to say, the scope of rights of the present invention is not limited to the above-described embodiment.

Since hydrogen gas is small in molecules and penetrates through the skin and cells of the body, the present invention can enhance health promotion by supplying it to all parts of the body.

8 ... Hydrogen gas generation system, 9 ... Shower device, 10 ... Hydrogen gas generation device,
11 ... Shower head, 12 ... Shower hole, 13 ... Hydrogen gas generation container,
14 ... water, 15 ... hydrogen gas generator holder, 16 ... hydrogen gas bubbles,
17 ... Space, 18 ... Hydrogen gas outlet pipe, 19 ... Hydrogen gas outlet pipe,
20 ... hydrogen gas introduction pipe, 21 ... hose, 22 ... hydrogen gas shower water,
23 .. lid (cap),
30 ... Shower head 30, 31 ... Shower head body, 32 ... Partition plate,
33 ... Gas-liquid mixing chamber, 34 ... Water introduction chamber, 35 ... Gas-liquid partition plate,
36 ... hydrogen gas introduction chamber, 37 ... water conduction (spout) hole (hole),
38 ... Hydrogen gas introduction connection pipe, 39 ... Hydrogen gas introduction connection part,
40 ... Water introduction connection pipe, 41 ... Hydrogen gas introduction pipe, 42 ... Hydrogen gas introduction connection pipe,
43 ... Hydrogen gas outlet, 44 ... Hydrogen gas, 45 ... Flow of hydrogen gas,
46 ... water flow, 47 ... shower hole, 48 ... water flow,
49 ... Flow of hydrogen gas, 50 ... Shower plate, 51 ... Hydrogen gas 51,
52 ... water,
58 ... water discharge chamber, 59 ... second shower plate, 60 ... shower head,
61 ... Hydrogen gas introduction chamber, 62 ... Hydrogen gas introduction chamber outer case,
63 ... second shower hole, 64 ... hydrogen gas introduction connecting pipe,
65 ... hydrogen gas introduction connection part,

Claims (14)

A hydrogen gas shower water system in which hydrogen gas is jetted together with shower water through the shower holes provided in the shower plate. A hydrogen gas nozzle comprising the shower plate having a plurality of shower holes, a water / hydrogen gas mixing space for mixing water and hydrogen gas, a water introduction space for introducing water, and a hydrogen gas discharge hole whose tip discharges hydrogen gas A hydrogen gas shower water system having a shower head having a water supply part for supplying water to a water introduction space of the shower head, and a hydrogen gas supply part for supplying hydrogen gas to a hydrogen gas nozzle of the shower head,
The water / hydrogen gas mixing space is disposed between the shower plate and the partition plate,
The water introduction space is disposed on the opposite side of the water / hydrogen gas mixing space across the partition plate,
A hole (water conduction hole) for passing water from the water introduction space to the water / hydrogen gas mixed space is disposed in the partition plate,
A hydrogen gas discharge hole of the hydrogen gas nozzle is disposed in proximity to the water conduction hole, and hydrogen gas is discharged from the hydrogen gas discharge hole of the hydrogen gas nozzle through the water conduction hole to the water / hydrogen gas mixed space.
The hydrogen gas shower water system according to claim 1. The hydrogen gas nozzle has a conical shape, the hydrogen gas discharge hole is provided at the apex of the conical hydrogen gas nozzle, and the hydrogen gas discharge hole is close to the water conduction hole provided in the partition plate,
The hydrogen gas shower water system according to claim 2. Due to the negative pressure generated when water introduced into the water introduction space flows into the water / hydrogen gas mixed space through the water conduction hole, the hydrogen gas of the hydrogen gas nozzle is sucked into the water / hydrogen gas mixed space. The hydrogen gas shower water system according to claim 2 or 3, wherein The hydrogen gas shower water system according to claim 1, wherein a hydrogen gas connection line connected to the hydrogen gas supply unit is connected to the water supply unit for the shower water, and hydrogen gas is supplied to the shower. The portion where the hydrogen gas supply line is connected to the water supply portion has a conical shape, a hydrogen gas discharge hole is provided at the apex of the conical hydrogen gas connection line connection portion, and the water supply portion is connected to the hydrogen gas discharge hole. The hydrogen gas shower water system according to claim 5, wherein hydrogen is supplied. The hydrogen gas shower water system according to any one of claims 2 to 6, wherein the hydrogen gas supply unit is a hydrogen gas generator, a hydrogen gas cylinder, or liquid hydrogen. The connection line connecting the hydrogen gas nozzle and the hydrogen gas supply unit or the hydrogen gas connection line is provided with a pressure regulator, and the pressure of the hydrogen gas can be adjusted. Hydrogen gas shower water system. A shower plate having two shower plates (a first shower plate and a second shower plate) sandwiching a hydrogen gas introduction space, a hydrogen gas introduction space sandwiched between the first shower plate and the second shower plate, and water A shower head having a water introduction space to be introduced,
A hydrogen gas shower water system having a water supply part for supplying water to the water introduction space of the shower head, and a hydrogen gas supply part for supplying hydrogen gas to the hydrogen gas introduction space of the shower head,
The first shower plate includes a plurality of shower holes, and water is discharged from the water introduction space to the hydrogen gas introduction space through the shower holes of the first shower plate,
The second shower plate includes a plurality of shower holes, and water and hydrogen gas are ejected from the hydrogen gas introduction space to the outside of the shower head through the shower holes of the second shower plate.
The hydrogen gas shower water system according to claim 1. The hydrogen gas shower water system according to claim 9, wherein the hydrogen gas supply unit is a hydrogen gas generator, a hydrogen gas cylinder, or liquid hydrogen. The connection line (hydrogen gas connection line) connecting the hydrogen gas introduction space and the hydrogen gas supply unit is provided with a pressure regulator, and the pressure of the hydrogen gas can be adjusted. The described hydrogen gas shower water system. The hydrogen gas shower water system according to claim 9, wherein the second shower plate is removable. The hydrogen gas generator is a device in which a hydrogen gas outlet is attached to a container containing water and a hydrogen gas generating agent, and the hydrogen gas outlet is connected to the hydrogen gas connection line. The hydrogen gas shower water system according to any one of claims 7, 8, and 10-12. The hydrogen gas generator includes a plurality of hydrogen gas outlets, at least one hydrogen gas outlet is connected to the hydrogen gas connection line, and the at least one hydrogen gas outlet is open to the atmosphere. The hydrogen gas shower water system according to any one of claims 7, 8, and 10-13.