CN106974818A - A kind of monoblock type hydrogen bath health care facility and its application method - Google Patents

Abstract

A kind of monoblock type hydrogen bath health care facility and its application method, belong to technical field of medical auxiliary equipment, and equipment includes the parts such as hydrogen gas tank, mixing gas tank, hydrogen refining device, bathtub, open-close type hydrogen bath cabinet, air-conditioning, hydrogen gas concentration sensor, ventilation fan, lamp；Mainly include bathing immersion and hydrogen bath infiltration using process.Solve the hydrogen water that existed in the past and prepare to exist and other ions are introduced in accessory substance, water, hydrogen molecule concentration contact when actual use with body is low, the shortcomings of in the market does not have the hydrogen bath integratedization health care facility of hydrogen breathing and skin contact of high concentration dosage.Highly versatile of the present invention, it is safe, comfortable, efficient, simple and convenient is operated, topology layout is rationally compact, less, the hydrogen that high concentration can be achieved is breathed, hydrogen water washing bath, and skin, which oozes hydrogen various ways, makes hydrogen enter human body, obtains more preferably hydrogen medical health effect for occupation of land.

Description

An integral hydrogen bath health care device and its use method

technical field

The invention belongs to the technical field of medical auxiliary equipment, and relates to hydrogen medical and health care equipment and a use method thereof, in particular to an integral hydrogen bath health care equipment and a use method thereof.

Background technique

In July 2007, Ohsawa, a scholar at Japan Medical University, reported in "Natural Medicine" that animals breathing 2% hydrogen can effectively scavenge free radicals and significantly improve cerebral ischemia-reperfusion injury. They used chemical reactions, cytology and other means to prove that, Hydrogen dissolved in liquid can selectively neutralize hydroxyl radicals and nitrite anions, and the latter two are the most important mediators of oxidative damage, and no specific clearance pathway has been found in the body so far. Therefore, it is believed that the basis of hydrogen treatment of cerebral ischemia-reperfusion injury is the selective antioxidant effect. The research of Japanese scholars quickly attracted widespread attention, and caused an upsurge in the study of hydrogen to treat diseases. Subsequently, the research group proved that breathing 2% hydrogen can treat liver and myocardial ischemia-reperfusion injury in animal models of liver and myocardial ischemia. Drinking saturated hydrogen water can treat stress-induced nerve damage, drug toxicity, chronic oxidative stress damage in patients with type II diabetes and genetic defects in mice. The Transplantation Center of the University of Pittsburgh in the United States has proved that breathing 2% hydrogen can treat the inflammatory injury caused by small intestine transplantation, and it also has a protective effect on small intestine ischemia and injury after heart transplantation. The Anesthesiology Department of West China Hospital in Sichuan found that breathing 2% hydrogen can treat renal ischemia-reperfusion injury. The laboratory of the Second Military Medical University also proved that breathing 2% hydrogen can treat neonatal cerebral ischemia and hypoxia injury. These studies show that, as a selective antioxidant substance, hydrogen has a therapeutic effect on many diseases and has a very wide application prospect, completely overturning the traditional view that hydrogen is a physiologically inert gas. And suggest that hydrogen may be a new bioactive molecule. In addition, hydrogen itself is not toxic to living organisms. At most, it will cause suffocation when the concentration is too high. Generally, the concentration below 4% is acceptable to the body. As for skin contact, high-purity hydrogen has no side effects.

On November 30, 2016, the official website of the Japanese Ministry of Health, Labor and Welfare released a reform message to add the advanced medical "hydrogen adsorption therapy for postcardiac arrest syndrome" to the country's medical insurance system. The Ministry of Health, Labor and Welfare stated that it will recognize and implement "hydrogen adsorption therapy for postcardiac arrest syndrome" as an advanced medical method in the system of medical institutions. (It can treat symptoms such as cardiac myocardial infarction, cardiac ischemia-reperfusion, and heart rate recovery) This move will benefit the hydrogen healthcare industry. This news from a Japanese medical institution proves once again that hydrogen healthcare is an epoch-making technology, a real science, not a pseudoscience.

The ways in which hydrogen enters the patient's body can be summarized as follows:

(1) Suction mode: (1) Intravenous injection: in normal saline and medicines, use physical pressure to infiltrate hydrogen and then inject intravenously through the blood circulation. This is also the method that many medical institutions are currently actively adopting, and has achieved good results; (2) Breathing: directly let the subject breathe the mixed gas containing about 2% hydrogen. Infarction, Parkinson's disease) patients, with good results; (3) Tablet method: some tablets such as magnesium powder react with gastric acid to generate hydrogen gas in the body, which is also a method of absorbing hydrogen gas, but relevant experts do not recommend it at present , because there are too many uncontrollable factors in the stomach, there may be by-products that will burden the body.

(2) Skin absorption mode: (1) Hydrogen cosmetics: effective for improving skin and treating skin diseases. There are two common types, one is cosmetics made of chemical powder, which has uncontrollable and unknown factors, and is generally not recommended. The other is to add hydrogen water generated from pure water to cosmetics. This method is relatively safe, but currently there are few generators that can use pure water to make hydrogen water in the market; (2) percutaneous absorption: It is mainly a hydrogen generating machine for bathtubs, but the power of the small machine is not large enough, and the effect is mediocre.

(3) Drinking water mode: This method is relatively common in society at present, mainly through the generation of hydrogen water by related instruments (hydrogen water electrolysis stick, hydrogen water cup, etc.), and drinking hydrogen water to achieve the purpose.

However, hydrogen molecule is the second smallest molecule next to helium molecule, its diffusion and penetration ability is very strong, its own density is low, and it is easy to float upward in the air. In addition, it is a combustible gas itself, and its The explosive concentration range is very wide, ranging from 4.1% to 74.2% (volume concentration). There are by-products in the preparation of hydrogen water in the past, other ions are introduced into the water, the concentration of hydrogen molecules in contact with the body is low in actual use (including breathing and skin contact), and there is no high-concentration hydrogen bath in the market for hydrogen breathing and skin contact. Therefore, it is particularly important to prepare an integrated health care device that can provide safety, comfort and high actual hydrogen concentration.

Contents of the invention

The present invention aims at the existence of by-products in the hydrogen water preparation in the past, the introduction of other ions into the water, the low concentration of hydrogen molecules in contact with the body during actual use (including breathing and skin contact), and there is no high-concentration dose of hydrogen breathing and skin contact on the market. In view of the disadvantages of hydrogen bath integrated health care equipment, an integrated hydrogen bath health care equipment and its use method are provided. Hydrogen bath health care equipment.

The technical solution of the present invention is: an integral hydrogen bath health care equipment, including a hydrogen bath room surrounded by walls, a hydrogen tank and a mixed gas tank arranged outside the hydrogen bath room; it is characterized in that: The hydrogen bath health care equipment is also composed of a hydrogen refiner, a bathtub, an open-close hydrogen bath box, a hydrogen concentration sensor, a ventilation fan, an air conditioner and a lamp;

The hydrogen refiner is arranged at the center of the bottom of the bathtub, and a shower head is arranged above the bathtub; the mixed gas tank is connected with the inlet of the second pressure reducing valve, and the outlet of the second pressure reducing valve passes through After passing through the wall, it is connected to the inlet of the first needle valve, and the outlet of the first needle valve is directly connected to the hydrogen refiner;

The open-close hydrogen bath box is composed of an upper box, a lower box and a bed board; a sealed interlayer is formed between the bed board and the lower box, and an auxiliary electric heating wire and a temperature control instrument are arranged in the sealed interlayer. A quick buckle that can be opened and closed is provided between the upper box and the lower box. A pressure gauge is provided on the top of the upper box. A lower opening is provided on the side of the lower box. There is a conical silicone cloth, the outlet end of the silicone cloth is provided with an upper opening; the hydrogen tank is connected to the inlet of the first pressure reducing valve, and the outlet of the first pressure reducing valve passes through the wall and connects with the inlet of the second needle valve connected, the outlet of the second needle valve is connected with the upper box of the split hydrogen bath;

A door is provided on one side of the wall, and the ventilation fan is composed of a first ventilation fan and a second ventilation fan, and the first ventilation fan and the second ventilation fan are arranged near the top of the hydrogen bath room, above the inner wall of the wall Three hydrogen concentration sensors are provided, and the three hydrogen concentration sensors are connected with the first ventilation fan and the second ventilation fan through cables, and the air conditioner and the lamp are arranged on the inner wall of the wall below the hydrogen concentration sensors.

The hydrogen tank stores high-purity hydrogen with a pressure of 13 MPa and a concentration of 99.999%, and the mixed gas tank stores a mixed gas with a pressure of 13 MPa and a concentration of 4% H ₂ , 19% O ₂ , and 77% N ₂ .

The first ventilation fan exhausts outward, and the second ventilation fan blows inward. The rotation speeds of the first ventilation fan and the second ventilation fan are proportional to the highest values measured by the three hydrogen concentration sensors. When the highest value is less than 30000ppm, The ventilation fan does not rotate; when the measured maximum value is between 30000ppm and 40000ppm, the ventilation fan rotates at a low speed; when the measured value is >40000ppm, the ventilation fan rotates at the highest speed.

The first ventilating fan, the second ventilating fan, the lamp and the air conditioner are all explosion-proof grades.

The quick buckles are arranged around the outer walls of the upper box and the lower box, and the number of quick buckles is 8.

The upper box body and the lower box body are sealed by a silica gel sealing strip.

The silica gel cloth is a replaceable conical structure, the bottom of the silica gel cloth is connected to the lower opening, the top of the silica gel cloth is an upper opening, and the upper opening is in the form of an open.

A method for using integral hydrogen bath health care equipment, characterized in that it comprises the following steps:

(1) Bathing and soaking:

(1-1) First adjust the first pressure reducing valve and the second pressure reducing valve so that the outlet pressure is 0.4-0.6 MPa;

(1-2) The patient passes through the door, turns on the light, and according to the room temperature, turns on the air conditioner and sets the temperature at about 30°C, adjusts the first needle valve to make the flow rate moderate, takes off his clothes, and enters the bathtub;

(1-3) Turn on the shower head and take a shower and bath for 20 to 40 minutes. During this process, the patient not only breathed high-concentration hydrogen gas, but also soaked in the environment dissolved in hydrogen water;

(1-4) Turn off the shower nozzle, close the needle valve, dry the patient, put on underwear, and end the bath;

(2) Hydrogen bath penetration:

(2-1) According to the room temperature, adjust the temperature control instrument so that the temperature of the open-close hydrogen bath is controlled at 28-30°C;

(2-2) Lift the upper box, open the open-close hydrogen bath, and the patient enters the open-close hydrogen bath;

(2-3) The patient's head passes through the lower opening and the upper opening to ensure that the upper opening is stuck on the patient's neck, then lie flat on the bed, lower the upper box, and lock the quick buckle;

(2-4) Then observe the pointer of the pressure gauge and adjust the second needle valve to fill the open-close hydrogen bath with hydrogen to ensure that the pressure is 0.2-0.3MPa;

(2-5) The patient waits for 0.3 to 1 hour in the high-pressure hydrogen atmosphere, performs hydrogen bath, and then closes the second needle valve to end the hydrogen bath;

(2-6) Loosen the quick buckle, raise the upper box, and the patient's head passes through the upper opening and the lower opening, and leaves the open-close hydrogen bath box.

The beneficial effect of the present invention is: a kind of integrated hydrogen bath health care equipment proposed by the present invention and its use method, the integrated equipment consists of a hydrogen tank, a mixed gas tank, a hydrogen bath room, and a hydrogen refiner arranged in the hydrogen bath room , bathtub, open-close hydrogen bath box, hydrogen concentration sensor, ventilation fan lamp and other components, the structural layout is reasonable and compact, and the use process mainly includes bath soaking and hydrogen bath infiltration. , other ions are introduced into the water, the concentration of hydrogen molecules in contact with the body is low during actual use, and there are no high-concentration doses of hydrogen breathing and skin-contacting hydrogen bath integrated health care equipment on the market. The present invention has strong versatility, safety, comfort, and Efficient, easy and convenient to operate, less land occupation, can realize high-concentration hydrogen breathing, hydrogen water bathing, skin hydrogen permeation in various ways to make hydrogen enter the patient's body, and obtain better hydrogen medical care effects.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the device of the present invention.

Fig. 2 is a schematic structural view of the open-close hydrogen bath in the present invention.

Fig. 3 is a flow chart of bathing and soaking in the present invention.

Fig. 4 is the flow chart of hydrogen bath permeation in the present invention.

In the figure: hydrogen tank 1, mixed gas tank 2, first decompression valve 3, second decompression valve 4, first needle valve 5, hydrogen refiner 6, bathtub 7, shower head 8, water 9, second Needle valve 10, patient 11, open-close hydrogen bath 12, upper tank 12-1, fast 12-2, bed board 12-3, auxiliary electric heating wire 12-4, lower tank 12-5, temperature control instrument 12 -6, upper opening 12-7, silicone cloth 12-8, lower opening 12-9, pressure gauge 13, door 14, wall 15, air conditioner 16, hydrogen concentration sensor 17, first ventilation fan 18, second ventilation fan 19, lamp 20.

detailed description

The present invention will be further described below in conjunction with accompanying drawing:

As shown in Figure 1, a kind of integrated hydrogen bath health care equipment, the commercially available high-purity hydrogen tank 1 is connected to the inlet of the first pressure reducing valve 3 through a stainless steel tube, and the outlet of the first pressure reducing valve 3 passes through the wall 15 through the gas pipe and connects with the The inlet of the second needle valve 10 is connected, the outlet of the second needle valve 10 is connected with the open-close hydrogen bath 12 through the gas pipe, and the open-close hydrogen bath 12 is connected with the pressure gauge 13 through the stainless steel pipe. The commercially available mixed gas tank 2 is connected to the inlet of the second pressure reducing valve 4 through a stainless steel pipe, the outlet of the second pressure reducing valve 4 is connected to the inlet of the first needle valve 5 through the wall 15 through the gas pipe, and the outlet of the first needle valve 5 is connected through the gas pipe It is connected with the hydrogen refiner 6, and the hydrogen refiner 6 is placed at the center of the bottom of the bathtub 7. Just above the center of the bathtub 7 is a shower head 8. A door 14 is installed below the body of wall 15, a first ventilation fan 18 and a second ventilation fan 19 are installed near the ceiling above, and three hydrogen concentration sensors 17 are installed on the top of the inner wall of the wall. Two ventilation fans 19 are connected by cables, below the hydrogen concentration sensor 17, air conditioner 16 and lamp 20 are housed on the wall inner wall. The first ventilation fan 18, the second ventilation fan 19, the lamp 20, and the air conditioner 16 are all explosion-proof grades. Among them, the commercially available high-purity hydrogen tank 1 stores high-purity hydrogen with a pressure of about 13MPa and a concentration of 99.999%, and the commercially available mixed gas tank 2 stores a pressure of about 13MPa and a concentration of 4%H2, 19%O2, 77% N2 mixture. The first ventilation fan 18 mainly exhausts air outward, and the second ventilation fan 19 mainly blows air inward. The speed of rotation of the first ventilation fan 18 and the second ventilation fan 19 is directly proportional to the highest value measured by the three hydrogen concentration sensors 17. When the highest value was recorded less than 30000ppm, the first ventilation fan 18 and the second ventilation fan 19 did not rotate. When the highest value is between 30000ppm and 40000ppm, the first ventilation fan 18 and the second ventilation fan 19 rotate at a low speed, and when the highest value is >40000ppm, the first ventilation fan 18 and the second ventilation fan 19 rotate at the highest speed to ensure that the entire hydrogen The hydrogen concentration inside the bath health care equipment is below the explosion range, while maintaining a hydrogen concentration of more than 2%, to ensure that the patients active in it can breathe a sufficient concentration of hydrogen.

As shown in Figure 2, an integral hydrogen bath health care equipment, a split hydrogen bath box 12, includes an upper box body 12-1, a quick buckle 12-2, a lower box body 12-5, a bed board 12-3, an auxiliary Electric heating wire 12-4, temperature control instrument 12-6, silicone cloth 12-8. The upper box 12-1 and the lower box 12-5 are sealed by a silicone sealing strip, and the quick buckle 12-2 can easily open and lock the box, so that the open-close hydrogen bath box 12 is sealed and airtight during operation . The whole open-close hydrogen bath 12 is mainly to realize the large-scale contact between the high-pressure and high-purity hydrogen gas and the skin of the patient, and to infiltrate hydrogen into the patient's body through the pores to achieve the effect of medical care. The patient's body lies on the bed board 12-3 in the hydrogen bath, and the contact position between the bed board 12-3 and the lower box body 125 forms a good seal, and the bed board 12-3 and the lower box body 12-5 form a sealed space where a temperature control instrument is placed 12-6 and auxiliary electric heating wire 12-4, the lower box body 12-5 has a lower opening 12-9, the silicone cloth 12-8 is conical, and its large opening end is connected with the lower opening 12-9, and A good seal can be achieved. When the patient's body is in the hydrogen bath, the patient's head is drilled from the position of the lower opening 12-9 inside the box, and finally the upper opening 12-7 of the silicone cloth 12-8 is stuck on the patient's neck, and the silicone cloth 12-8 It has a certain degree of elasticity and tightness to ensure that the patient can achieve a pressure of 0.2-0.3 MPa when using the open-close hydrogen bath 12, and only a very small amount of hydrogen leaks from the neck. The silicone cloth 128 has multiple specifications and can be replaced according to the size of the user's neck. The temperature control instrument 12-6 can control the temperature of the auxiliary electric heating wire 12-4, and the user can enjoy the hydrogen bath in a warm and comfortable way in winter.

As shown in Figure 3, the bathing and soaking process of an integrated hydrogen bath health care equipment, the user needs to clean and bathe the body before using the hydrogen bath box 12 for hydrogen permeation. Water immersion, the main process is: firstly adjust the first pressure reducing valve 3 and the second pressure reducing valve 4, so that the outlet pressure is 0.4-0.6 MPa, the patient 11 passes through the door 14, turns on the light 20, and turns on the air conditioner according to the room temperature 16 Set the temperature at about 30°C, adjust the first needle valve 5 to make the flow rate moderate, take off your clothes, enter the bathtub 7, turn on the shower nozzle 8, and perform showering and bathing for 20 to 40 minutes. During this process, the patient 11 Not only breathed a high concentration of hydrogen, but also soaked in the environment of dissolved hydrogen water. Then close the shower nozzle 8, close the needle valve 5, and the patient 11 wipes off the body, puts on underwear, and ends the bath.

As shown in Figure 4, the hydrogen bath infiltration process of an integral hydrogen bath health care equipment, after the user completes the bath, performs hydrogen infiltration through the open and close hydrogen bath box, the main process is: according to the room temperature, adjust the temperature control instrument 126, control the temperature of the hydrogen bath 12 at 28-30°C, raise the upper box 121, open the open-close hydrogen bath 12, the patient 11 enters the open-close hydrogen bath 12, and the head of the patient 11 passes through the lower opening 129 and the upper opening 127, ensure that the upper opening 127 is stuck on the neck of the patient 11, then lie flat on the bed board 123, lower the upper box body 121, and lock the quick buckle 122. Then observe the pointer of the pressure gauge 13, adjust the second needle valve 10 to fill the hydrogen bath 12 with hydrogen, and ensure that the pressure is 0.2-0.3 MPa. The patient 11 waits for 0.3 to 1 hour in the high-pressure hydrogen atmosphere, takes a hydrogen bath, then closes the second needle valve 10, ends the hydrogen bath, releases the quick buckle 122, and raises the upper box 121. The head of the patient 11 leaves the hydrogen bath 12 through the upper opening 127 and the lower opening 129 .

Claims (8)

1. a kind of monoblock type hydrogen bathes health care facility, including hydrogen bath room by wall brick work, it is arranged on outside the hydrogen bath room Hydrogen gas tank (1) and mixing gas tank (2)；It is characterized in that：Hydrogen bath health care facility also by hydrogen refining device (6), bathtub (7), Open-close type hydrogen bath cabinet (12), hydrogen gas concentration sensor (17), ventilation fan, air-conditioning (16) and lamp (20) are collectively constituted；

The hydrogen refining device (6) is arranged on the center of the bathtub (7) bottom, and the top of the bathtub (7) is provided with shower spraying Head (8)；The mixing gas tank (2) is connected with the entrance of the second pressure-reducing valve (4), and the outlet of second pressure-reducing valve (4) is through institute Wall (15) is stated afterwards with the first needle-valve (5) entrance to be connected, the outlet of first needle-valve (5) directly with the hydrogen refining device (6) it is connected；

The open-close type hydrogen bath cabinet (12) is made up of upper box (12-1), lower box (12-5) and bed board (12-3)；The bed board Formed between (12-3) and lower box (12-5) in sealed compartment, the sealed compartment provided with auxiliary electrical heater silk (12-4) and temperature Instrument (12-6) is controlled, quick hasp (12-2) able to turn on or off, institute are provided between the upper box (12-1) and lower box (12-5) State and pressure gauge (13) be provided with the top of upper box (12-1), the lower box (12-5) is provided with shed (12-9) sideways, it is described under Opening (12-9) place is connected with conical silica gel cloth (12-8), and silica gel cloth (12-8) port of export is provided with upper shed (12- 7)；The hydrogen gas tank (1) is connected with the first pressure-reducing valve (3) entrance, and the outlet of first pressure-reducing valve (3) is through after wall (15) It is connected with the second needle-valve (10) entrance, the second needle-valve (10) outlet and upper box (12-1) phase of open-close type hydrogen bath cabinet (12) Even；

Wall (15) side is provided with door (14), and the ventilation fan is by the first ventilation fan (18) and the second ventilation fan (19) group The top of the hydrogen bath room, the wall (15) are positioned close into, first ventilation fan (18) and the second ventilation fan (19) Inwall above provided with three hydrogen gas concentration sensors (17), three hydrogen gas concentration sensors (17) and the first ventilation fan (18) it is connected with the second ventilation fan (19) by cable, the air-conditioning (16) and lamp (20) are arranged on hydrogen gas concentration sensor (17) On the wall inwall of lower section.

2. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：The hydrogen gas tank (1) has Pressure is 13MPa, and concentration is 99.999% high-purity hydrogen, and mixing gas tank (2) has pressure for 13MPa, and concentration is 4%H₂、19% O₂、77%N₂Gaseous mixture.

3. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：First ventilation fan (18) The velocity of rotation and three of outwards exhaust, the second ventilation fan (19) inwardly air blast, the first ventilation fan (18) and the second ventilation fan (19) Individual hydrogen gas concentration sensor (17) is surveyed peak and is directly proportional, and when measuring peak less than 30000ppm, ventilation fan is not rotated； When measuring peak between 30000ppm~40000ppm, ventilation fan is to slowly run；Work as measured value>40000ppm, is changed Gas is fanned with most high-speed rotation.

4. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：First ventilation fan (18), the second ventilation fan (19), lamp (20), air-conditioning (16) are explosion-proof level.

5. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：The quick hasp (12-2) The outer wall surrounding of upper box (12-1) and lower box (12-5) is arranged on, the quantity of quick hasp (12-2) is 8.

6. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：The upper box (12-1) and Sealed between lower box (12-5) by silica gel sealing bar.

7. a kind of monoblock type hydrogen bath health care facility according to claim 1, it is characterised in that：The silica gel cloth (12-8) is In the changeable type structure of cone, silica gel cloth (12-8) bottom is connected with shed (12-9), is at the top of silica gel cloth (12-8) Upper shed (12-7), upper shed (12-7) is in open form.

8. a kind of monoblock type hydrogen as claimed in claim 1 bathes the application method of health care facility, it is characterised in that including following step Suddenly：

(1) bathing is soaked：

(1-1) adjusts the first pressure-reducing valve (3) and the second pressure-reducing valve (4) first, and it is 0.4~0.6MPa to make outlet pressure；

(1-2) patient (11) passes through door (14), opens lamp (20), according to room ambient conditions, opens air-conditioning (16) and sets temperature at 30 ° C or so, it is moderate that the first needle-valve of regulation (5) uses gas velocity, disrobes, into bathtub (7)；

(1-3) opens shower nozzle (8), carries out shower and the bathing of 20~40 minutes, and patient (11) both exhaled in this process The hydrogen of high concentration has been inhaled, and has been soaked being dissolved with the environment of hydrogen water；

(1-4) closes shower nozzle (8), closes needle-valve (5), patient dries body, puts on underwear, terminates bathing；

(2) hydrogen bath infiltration：

(2-1) makes open-close type hydrogen bath cabinet (12) temperature control at 28~30 ° according to room ambient conditions, regulation temperature control instrument (12-6) C；

(2-2) rises upper box (12-1), opens open-close type hydrogen bath cabinet (12), and patient (11) enters open-close type hydrogen bath cabinet (12)；

(2-3) patient (11) head passes through under shed (12-9) and upper shed (12-7), it is ensured that upper shed (12-7) is stuck in patient (11) on neck, then lie low on bed board (12-3), fall upper box (12-1), lock quick hasp (12-2)；

(2-4) and then observation pressure gauge (13) pointer, the second needle-valve of regulation (10) is filled with hydrogen to open-close type hydrogen bath cabinet (12), really Packing pressure is 0.2~0.3MPa；

(2-5) patient (11) waits 0.3~1 hour in the case of this High Pressure Hydrogen atmosphere, carries out hydrogen bath, is then shut off the second needle-valve (10) hydrogen bath, is terminated；

(2-6) unclamps quick hasp (12-2), rises upper box (12-1), patient (11) head through upper shed (12-7) and under It is open (12-9), leaves open-close type hydrogen bath cabinet (12).