CN112515949A

CN112515949A - Constant temperature air inflation water soaking device

Info

Publication number: CN112515949A
Application number: CN202011245917.XA
Authority: CN
Inventors: 陆毅琛; 王成; 李建设; 王乔君; 顾耀东; 应姗姗; 李蜀东
Original assignee: Suzhou Chenghui Medical Technology Co ltd
Current assignee: Suzhou Chenghui Medical Technology Co ltd
Priority date: 2020-11-10
Filing date: 2020-11-10
Publication date: 2021-03-19

Abstract

The invention discloses a constant-temperature inflation water-soaking device which is characterized by comprising a salt bath bag and an air bag which is formed into a closed chamber after being inflated, wherein the air bag is provided with an access door; a water inlet and a water outlet are arranged in the air bag, and the water inlet and the water outlet are both connected with a constant temperature control assembly; the constant temperature control assembly comprises a pump body, a cooling assembly, a temperature detecting element, a heating element and an intelligent temperature control host, the characteristic of easy carrying under the folded state of the air bag is utilized, a user can carry the air bag to pointed places such as a gymnasium, a garden and the outdoors, and the constant temperature control assembly is utilized to carry out constant temperature control on water containing bath salt after the air bag is inflated, so that the user can carry out salt bath treatment outdoors.

Description

Constant temperature air inflation water soaking device

Technical Field

The invention relates to the field of inflation and water soaking, in particular to a constant-temperature inflation and water soaking device.

Background

The floating salt solution can sterilize, disinfect, beautify skin, clean skin, keep moisture, remove acne, whiten skin, prevent wrinkle, remove fat, lose weight, reduce blood pressure, and treat dermatoses, arthralgia, rheumatism, and hair growth and aging.

Most of the existing people carry out the salt bath indoors, so that the place of the salt bath is limited, and the users are difficult to effectively float the salt bath outdoors in gardens, courtyards, sports halls and the like; therefore, a new water soaking device is urgently needed in the market so as to meet the requirement that people can conveniently and rapidly carry out salt bath outdoors.

Disclosure of Invention

The invention aims to provide a constant-temperature inflatable water-soaking device, which utilizes the characteristic of easy transportation in the folded state of an air bag, a user can transport the air bag to pointing places such as a gymnasium, a garden, the outdoors and the like, and the constant-temperature control component is utilized to perform constant-temperature control on water containing bath salt after the air bag is inflated, so that the user can perform salt bath treatment outdoors.

The technical purpose of the invention is realized by the following technical scheme:

a constant temperature air-filled water-soaking device comprises a salt bath bag and an air bag which is formed into a closed chamber after being inflated, wherein the air bag is provided with an access door; a water inlet and a water outlet are arranged in the air bag, and the water inlet and the water outlet are connected with a constant temperature control assembly; the constant temperature control assembly comprises a pump body, a cooling assembly, a temperature detecting element, a heating element and an intelligent temperature control host.

By adopting the technical scheme, the salt bag has the function of containing bath salt, the bath salt is various and can be magnesium sulfate, and the magnesium sulfate is added into the water after exercise to carry out bathing, so that the fatigue can be removed;

the magnesium sulfate used as epsom salt also has the functions of relieving fatigue and muscular soreness, in addition, the buoyancy of the human body in the saline water is increased due to the high concentration of the saline water, and the human body resists gravity after floating to achieve the rapid recovery under the weightlessness state.

The water inlet and the water outlet of the air bag are communicated with the temperature control assembly to form circulating water, and the temperature control assembly adds or refrigerates the circulating water to enable the temperature of the circulating water to be stabilized at a constant temperature; the water added into the air bag after the air inflation is added externally, and can be added into the air bag by connecting tap water.

The design has the advantages that when salt bath is carried out, in order to generally adjust the temperature to be about 20-30 ℃, water in the air bag is heated, and the effect of removing fatigue by bathing is achieved;

the design has the advantages that if the athlete needs to carry out low-temperature freezing recovery treatment after intense exercise when the body part of the athlete is painful in a link after the intense exercise, the water temperature is generally controlled to be 0-5 ℃, and in some special freezing treatments such as stadiums, sports medical departments, sports rehabilitation institutions and the like, the water temperature needs to be controlled to be-1 to-4 ℃ to carry out rapid low-temperature treatment, and the bath salt in the scheme lowers the freezing point temperature of the water, so that cold water below 0 ℃ can be formed; a further beneficial effect is that, in addition, uncontrolled sustained low temperatures are more likely to cause frostbite, and the thermostatic control of the present design effectively ameliorates this problem.

In the design, because the temperature of the water can be controlled, the water can be heated according to the requirement, and the cold and hot alternating therapy is realized; cold hydrotherapy and alternating hot and cold therapies have been found to be effective in reducing the physiological and functional deficits associated with delayed muscle soreness, including improved recovery of isometric forces and dynamics and reduction of localized edema.

The inflated air bag is provided with an access door, and a user can enter and exit the sealed air bag through the access door.

The gasbag adopts sealed advantage to lie in, when outdoor salt bath or cold therapy, can protect user's privacy, more can avoid the user to blow the sun when the bubble bath.

Preferably, the inflated balloon is pyramidal.

By adopting the technical scheme, the pyramid-shaped structure is relatively stable, the inflated air bag is not easy to loosen, and if the air bag is exposed to rainy days, rainwater impacts the air bag, so that the air bag is not easy to deform; and because the inclined plane of the pyramid has the effect of guiding wind, when wind blows to the air bag, the air bag is not easy to blow.

Preferably, a ventilation pipe with soft texture is arranged in the air bag, and the ventilation pipe is communicated with an oxygen tank.

Through adopting above-mentioned technical scheme, the oxygen jar leads to oxygen through the breather pipe, improves the oxygen content in the gasbag for comfort when improving salt bath.

Preferably, the vent pipe is fixed on the inner bottom surface of the air bag and is positioned below the liquid, and a plurality of air holes are formed in the vent pipe.

By adopting the technical scheme, the air holes spray air to the liquid, and the formed water flow massages the human body;

secondly, the oxygen in the breather pipe is difficult to be dissolved in water, and the oxygen can still be inhaled to the user after the liquid is removed.

Preferably, the port of the ventilation pipe is provided with an interface into which the oxygen mask is inserted.

By adopting the technical scheme, the oxygen mask is used for supplying oxygen, so that high-pressure oxygen supply, namely high-pressure oxygen inhalation, can be realized for a user, and pure oxygen is inhaled in an environment with the pressure higher than the air pressure for treatment. The high-pressure oxygen absorption has the following advantages: 1. the high pressure of oxygen inspired increases the partial pressure of oxygen in the blood, increasing the oxygen content per unit of blood, providing more oxygen to the tissue. 2. Inhalation of hyperbaric oxygen may promote diffusion of oxygen in the blood and further diffusion for use by the tissues and organs. 3. The cerebral vessels appear contraction effect under the action of hyperbaric oxygen, thereby reducing blood flow, and being beneficial to eliminating cerebral edema and reducing intracranial pressure. 4. Hyperbaric oxygen also allows for faster intracranial vascular circulation, prevents thrombosis and promotes thrombus absorption. 5. It also has effects in preventing myocardial ischemia, reducing probability of pulmonary infection, relieving pulmonary edema, and promoting metabolism.

After a person strenuously exercises every time, delayed muscular soreness DOMS and exercise-induced muscle injury EIMD occur, and meanwhile anaerobic glycolysis occurs, so that a large amount of fatigue-causing substances, namely lactic acid, are generated. Under the specific environment of the hyperbaric oxygen chamber, the oxygen content can be rapidly improved, the partial pressure of the oxygen is increased, so that the oxygen can more easily reach each tissue cell of the body and generate oxidation reaction with the lactic acid, and the fatigue of people is relieved.

For the sick and wounded athletes, the hyperbaric oxygen chamber can accelerate the recovery of the sick and wounded athletes. The specific hyperbaric oxygen environment can accelerate the proliferation of the fiber cells and the endothelial cells and create conditions for the generation of callus. Meanwhile, the proliferation and division of osteoblasts and osteoclasts are accelerated, and the generation of the periosteal bone-like tissue and cartilage tissue is accelerated. These can shorten the time for curing the injury.

In a word, the high-pressure oxygen inhalation is beneficial to all systems of the whole body through various mechanisms, and particularly has stronger effect on promoting the recovery of brain functions, so the high-pressure oxygen inhalation is often used for the rehabilitation treatment of intracranial lesions.

Preferably, the airbag is provided with a sound box and a power interface, and the sound box is connected to the mobile terminal through a wireless gateway or Bluetooth.

By adopting the technical scheme, the power interface can be externally connected with a power supply, the sound box can be used for containing some classical music, and the fatigue of a salt bath user is further relieved by utilizing a music therapy; the mobile terminal can control the sound box to release music;

the music therapy has effects of reducing heart rate after exercise and promoting cardiovascular system function recovery. Compared with the traditional recovery method, the music therapy is more beneficial to the recovery of the cardiac function, has the promotion effect on the recovery of exercise-induced fatigue, and provides more scientific and reasonable treatment measures for the recovery of exercise-induced fatigue.

Preferably, a sealing gasket is arranged between the air bag and the access door, and a door lock is arranged between the air bag and the access door.

By adopting the technical scheme, the sealing gasket is adopted between the access door, so that the closed air bag is changed into a sealed chamber, and if oxygen is released in the air bag, a high-pressure oxygen chamber can be formed. The door lock is a locking air bag and an access door.

Preferably, the inner bottom of the air bag is provided with a neck inflation module, a waist inflation module, a leg inflation module or a semi-annular inflation module, the semi-annular inflation module and the side wall of the air bag are connected to form an annular water pool, and the water inlet and the water outlet are arranged in the annular water pool; the neck inflation module, the waist inflation module, the leg inflation module or the semi-annular inflation module are respectively communicated with the air bag through a first stop valve; the neck inflation module, the waist inflation module, the leg inflation module or the semicircular inflation module are respectively provided with an independent air release valve.

By adopting the technical scheme, the neck inflation module, the waist inflation module, the leg inflation module or the semicircular inflation module are communicated with the air bag, and the neck inflation module, the waist inflation module, the leg inflation module or the semicircular inflation module are inflated together when the air bag is inflated;

the inflated neck inflation module is used for serving people in the air bag as a pillow, some people do not like the head to be soaked in water, and the head needs to be lifted away from the liquid level through the pillow to avoid head frostbite when some people perform cold therapy on the trunk; of course, the neck inflation module can be independently deflated to meet the requirements of different people on the height.

The inflated waist inflating module is used for inflating the waist of a person in the air bag and is used by people with discomfort in the waist, and the waist inflating module can independently deflate to meet the requirements of different people on the height.

The inflated leg inflation module is used for people in the air bag and people with leg discomfort to use, and the leg inflation module can independently deflate to meet the requirements of different people on the height.

The inflatable semi-annular inflatable module and the annular water tank formed by the side walls of the air bags are used for achieving the purpose that when low-temperature cold therapy is conducted on feet or hands of a human body such as a user, the whole air bags do not need to be filled with water, only a small amount of water needs to be filled into the annular water tank, the liquid can be quickly cooled by the constant-temperature control assembly, the cold therapy efficiency is improved, the semi-annular inflatable module can be deflated independently, the air bags are shriveled, water is introduced into the whole air bags, and specific operation is determined by the user.

Because the first stop valve is used for communication, when the neck inflation module, the waist inflation module, the leg inflation module or the semi-annular inflation module is deflated after the first stop valve is closed, the air bag can not leak air.

Preferably, the cooling assembly comprises a barrel body for placing liquid, the barrel body comprises a heat conduction container, inorganic salt refrigerant is placed in the heat conduction container, a water containing groove is formed in the upper end of the heat conduction container, and a second stop valve is arranged between the heat conduction container and the water containing groove; the barrel body is of a double-layer structure, and the heat conduction container is an interlayer of the barrel body.

Through adopting above-mentioned technical scheme, bilayer structure can be so that the refrigerant surrounds the staving and absorbs the heat, the cooling effect of liquid will be showing very in the staving, secondly lie in, bilayer structure has good anticollision ability, it damages to reduce the staving striking, so bilayer structure has effectively avoided liquid to reveal from the staving, further advantage lies in, the intermediate layer is equivalent to the heat preservation of one deck, bilayer structure has heat preservation heat-proof quality, when liquid after the refrigeration is in the staving, can reduce liquid and external heat exchange.

Preferably, the cooling assembly includes a compressor, and the heating element is a heating wire;

the intelligent temperature control host is provided with a display screen and an adjusting button, a control circuit board is arranged in the intelligent temperature control host, the control circuit board is provided with a CPU chip, a signal acquisition module, a display module and a temperature control module, and the input end of the signal acquisition module is connected with a temperature detection element.

By adopting the technical scheme, the temperature of the cooling bag is fed back to the CPU chip by the temperature detecting element, and then is compared with the set temperature, so that the liquid is controlled to be heated or cooled until the temperature of the probing element reaches the set temperature value, and the adjusting button can adjust the cooling time and the preset value of the cooling temperature.

Drawings

FIG. 1 is a schematic structural view of a thermostatic control assembly and an airbag in embodiment 1;

FIG. 2 is a schematic block diagram of an intelligent temperature control host according to embodiment 1;

FIG. 3 is a schematic view showing the longitudinal cut internal structure of the tub in embodiment 1;

FIG. 4 is a schematic structural view of the inflated airbag of example 1 with the upper half cut away;

FIG. 5 is a schematic view of the inflated airbag of example 2 with the upper half cut away;

FIG. 6 is a schematic structural view of the inflated airbag of example 3 with the upper half cut away;

FIG. 7 is a structural view of the air passages between the airbag and neck and waist and leg and semi-annular inflation modules in example 3.

In the figure:

1. an air bag; 11. salt bags; 12. an entrance and exit door;

21. a water inlet; 22. a water outlet;

31. an oxygen tank; 32. a breather pipe; 33. air holes; 34. an oxygen mask; 35. an interface;

41. a sound box; 42. a power interface;

51. a gasket; 52. a door lock;

61. a display screen; 62. an adjustment button; 64. a CPU chip; 65. a signal acquisition module; 63. a display module; 66. a temperature control module; 67. a temperature sensing element;

71. a pump body;

81. a barrel body; 811. a hose; 82. a heat conductive container; 83. a water containing tank; 84. a second stop valve; 85. a compressor; 86. a heating element;

91. a neck inflation module; 92. a waist inflation module; 93. a leg inflation module; 94. a semi-annular inflation module; 95. an annular pool; 96. a first shut-off valve; 97. a deflation valve;

101. an inflation inlet; 102. an oxygen inlet.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Embodiment 1, a constant temperature inflatable water soaking device, as shown in fig. 1-4, comprises an airbag 1, wherein the airbag 1 can be freely folded before being inflated, so that the device is convenient to carry; the air bag 1 is provided with an inflation inlet 101, the inflation inlet 101 is provided with a valve which can realize the opening and closing of the inflation inlet 101, and the valve can be an electromagnetic stop valve or a manual stop valve; the airbag 1 can be inflated by an external air pump, and the airbag 1 is pyramid-shaped after being inflated, but in other embodiments, the inflated airbag 1 may be hemispherical.

The bottom of the inflated air bag 1 is a surrounding water pool, the triangular upper part of the air bag 1 is separately provided with an access door 2, the access door 2 can be freely rotated to be opened or closed, and the access door 2 can be a cloth curtain or an inflatable block integrated with the air bag 1.

The access door 2 can be locked with a pull ring and a pull hook on the airbag 1.

The inflated air bag 1 may be filled with external water, such as tap water or mineral water, and the bath water may be poured at the will of the user, and then the bath salt may be poured.

The air bag 1 is provided with a salt bag 11, the salt bag 11 is used for placing bath salt, and the bath salt is selected according to the requirements of a user.

The inflated airbag 1 has a water inlet 21 and a water outlet 22, and the water inlet 21 and the water outlet 22 are connected with the thermostatic control assembly, and the specific connection mode is described as follows. The liquid in this embodiment refers to water in the bladder 1 that dissolves bath salts.

The constant temperature control assembly comprises a control box, and the control box is used for loading the cooling assembly and the intelligent temperature control host.

The cooling assembly includes a refrigerated compressor 85 and cooling fins, and a liquid containing barrel 8;

the barrel 81 and the air bag 1 are connected in a backflow mode through two hoses 811, and liquid in the barrel 81 and the air bag 1 circularly flows back and forth through the pumping of the pump body 71. The two hoses 811 are respectively communicated with the water inlet 21 and the water outlet 22.

The barrel 81 is provided with a heating element 68, and the hose 811 is provided with a temperature detecting element 67;

the temperature detecting element 67 is used as a temperature sensor for monitoring the real-time temperature of the air bag 1; the heating element 68 is a heating wire, which heats the liquid in the airbag 1 when the temperature in the airbag 1 is lower than the set temperature, so that the temperature of the liquid is maintained at a set value.

An intelligent temperature control host for controlling the stable temperature of the air bag 1 is arranged in the control box, and the cooling assembly, the temperature detecting element 67 and the heating element 68 are all electrically connected to the intelligent temperature control host;

the intelligent temperature control host is provided with a display screen 61 and an adjusting button 62;

the display screen 61 may display the set temperature value, the actually monitored temperature of the airbag 1, and the time period of cooling.

The adjusting button 62 can adjust the cooling temperature value, the lowest temperature of general cold therapy is minus five degrees, and the liquid temperature in salt bath is 29 degrees; the adjustment button 62 can adjust the duration of the cryotherapy, and once the duration of the cryotherapy is reached, the cryotherapy system will automatically stop, and the adjustment button 62 and the temperature adjustment module 69 are electrically connected.

A control circuit board is arranged in the intelligent temperature control host, a CPU chip 64, a signal acquisition module 65, a display module 63, a temperature regulation module 69 and a temperature control module 66 are arranged on the control circuit board, and the input end of the signal acquisition module 65 is connected with a temperature detecting element 67;

the CPU chip 64 is connected to the display module 63, the temperature control module 66, the temperature adjustment module 69, and the pump body 71, respectively.

The temperature adjusting module 69 is used for setting the temperature of the airbag 1, is connected with the adjusting button 62, and adjusts the temperature, and mainly plays a role in the adjusting process;

the temperature control module 66 is connected with the compressor 85 and the heating wires which are used as heating elements 68, the heating wires are arranged in the whole body 81, the feedback temperature of the temperature detecting element 67 is compared with a set temperature value, the temperature control module 66 controls the start or stop of the compressor 85 and the heating wires, and the temperature control module 66 controls the temperature point of liquid in the air bag 1 to prevent the temperature from being too high or too low.

Lie in that staving 81 is bilayer structure, and the heating wire is in the entire body 81, and heat conduction container 82 is the intermediate layer of staving 81, and the intermediate layer divide into intermediate layer and lower intermediate layer, and water containing tank 83 is last intermediate layer, and organic salt refrigerant is placed at lower intermediate layer, goes up the intermediate layer and communicates through automatically controlled second stop valve 84 between the intermediate layer, and the user can be through pressing the button outside the control box opening and closing second stop valve 84 for the liquid of water containing tank 83 upper strata can combine the refrigeration with the organic salt of heat conduction container 82 bottom.

The working principle is as follows:

inflate gasbag 1, later connect the hose 811811 and gasbag 1 with business turn over water, infuse liquid in gasbag 1 after aerifing, take out the bath salt from salt bag 11 and put into liquid, later design the temperature of bubble bath on the intelligence control by temperature change host computer of thermostatic control subassembly according to user's demand, later, thermostatic control subassembly heats or refrigerates liquid, after liquid reaches the predetermined temperature, thermostatic control subassembly carries out thermostatic control to liquid, the user can enjoy the bubble bath impression under a thermostatic control.

Further optimization of the scheme is provided with reference to fig. 1 and 4;

the inside of the airbag 1 is provided with a sound box 41 and a power interface 42, the sound box 41 is connected to the mobile terminal through a wireless gateway or bluetooth, the mobile phone can be connected to the sound box 41 through bluetooth or wirelessly, and then the sound box 41 can play music specified by the mobile phone.

Be equipped with sealed 51 between gasbag 1 and the door 12 of going into and going out, sealed 51 is the rubber pad, is equipped with lock 52 between gasbag 1 and the door 12 of going into, and lock 52 is a pull ring and drag hook, and when the door 12 laminating of going into on and going out on gasbag 1, sealed 51 is sealed with gasbag 1, then the pull ring is good the drag hook will go into door 12 and gasbag 1 closure, and confined gasbag 1 makes oxygen can be in effective storage and reach certain pressure value.

A ventilation pipe 32 with soft texture is arranged in the air bag 1, the ventilation pipe 32 can be a rubber pipe, the ventilation pipe 32 is fixed in the air bag 1 through magic adhesive tape, the ventilation pipe 32 is provided with an oxygen inlet 102 at the outer side of the air bag 1, and the ventilation pipe 32 is communicated with an oxygen tank 31;

after the air pipe of the oxygen tank 31 is inserted into the oxygen inlet 102, oxygen enters the air pipe 32; and a one-way valve is arranged in the oxygen inlet 102, so that the breather pipe 32 only can enter oxygen into the air bag 1, and liquid cannot flow out of the air bag 1 from the breather pipe 32.

The vent pipes 32 are fixed on the inner bottom surface of the air bag 1, two vent pipes 32 are arranged and communicated with each other, and the two vent pipes 32 are arranged on two sides in the air bag 1. After the air bag 1 is filled with water, the vent pipe 32 is located below the liquid. Each vent pipe 32 is provided with a plurality of air holes 33, and the number of the air holes 33 can be 5, 6, 7, 8, 9, 1 and 0. The number of air holes 33 is directed to the middle position of the air bag 1, and fluid massage is realized.

Embodiment 2 is different from embodiment 1 in that, as shown in fig. 5, the port of the snorkel 32 is only provided with a port 35 into which the oxygen mask 34 is inserted, the oxygen mask 34 can be freely inserted into the port 35, and the oxygen mask 34 can supply oxygen alone, thereby realizing a relatively high-pressure oxygen inhalation environment and reducing oxygen waste.

Embodiment 3 is shown with reference to fig. 6 and 7, and is different from embodiment 1 or embodiment 2 in that:

the inner bottom of the airbag 1 is provided with a neck inflation module 91, a waist inflation module 92, a leg inflation module 93 and a semi-ring inflation module 94, and the neck inflation module 91, the waist inflation module 92, the leg inflation module 93 and the semi-ring inflation module 94 are all flexible bag bodies;

the neck inflation module 91 and the airbag 1 are communicated with each other and are connected through a first stop valve 96, the neck inflation module 91 is further provided with a deflation valve 97, and the deflation valve 97 can independently deflate the neck inflation module 91;

the waist inflating module 92 and the air bag 1 are communicated with each other and are connected through another first stop valve 96, another air release valve 97 is further installed on the waist inflating module 92, and the air release valve 97 can independently release air to the waist inflating module 92;

the leg inflation module 93 and the airbag 1 are communicated with each other and are connected through another first stop valve 96, another air release valve 97 is further installed on the leg inflation module 93, and the air release valve 97 can release air to the leg inflation module 93 independently;

the semi-annular inflation module 94 and the airbag 1 are communicated with each other and connected through another first cut-off valve 96, and another air release valve 97 is further installed on the semi-annular inflation module 94, and the air release valve 97 can release air independently from the semi-annular inflation module 94.

The semi-annular inflation module 94 and the side wall of the airbag 1 are connected into an annular water pool 95, and the water inlet 21 and the water outlet 22 are arranged in the annular water pool 95.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.

Claims

1. The constant-temperature air inflation and water soaking device is characterized in that: comprises a bath salt bag (11) and an air bag (1) which is inflated to be in a closed chamber shape, wherein the air bag (1) is provided with an access door (12);

a water inlet (21) and a water outlet (22) are arranged in the air bag (1), and the water inlet (21) and the water outlet (22) are connected with a constant temperature control assembly;

the constant temperature control assembly comprises a pump body (71), a cooling assembly, a temperature detecting element (67), a heating element (86) and an intelligent temperature control host.

2. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: the inflated air bag (1) is pyramid-shaped.

3. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: a ventilation pipe (32) with soft texture is arranged in the air bag (1), and the ventilation pipe (32) is communicated with an oxygen tank (31).

4. The constant-temperature air-filled and water-soaked device as claimed in claim 3, wherein: the vent pipe (32) is fixed on the inner bottom surface of the air bag (1), the vent pipe (32) is positioned below the liquid, and a plurality of air holes (33) are formed in the vent pipe (32).

5. The constant-temperature air-filled and water-soaked device as claimed in claim 3, wherein: the port of the ventilation pipe (32) is provided with an interface (35) into which an oxygen mask (34) is inserted.

6. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: the air bag (1) is provided with a sound box (41) and a power interface (42), and the sound box (41) is connected with the mobile terminal through a wireless gateway or Bluetooth.

7. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: a sealing gasket (51) is arranged between the air bag (1) and the access door (12), and a door lock (52) is arranged between the air bag (1) and the access door (12).

8. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: the inner bottom of the air bag (1) is provided with a neck inflation module (91), a waist inflation module (92), a leg inflation module (93) or a semicircular inflation module (94), the semicircular inflation module (94) and the side wall of the air bag (1) are connected to form an annular water pool (95), and the water inlet (21) and the water outlet (22) are both arranged in the annular water pool (95);

the neck inflation module (91), the waist inflation module (92), the leg inflation module (93) or the semi-annular inflation module (94) are respectively communicated with the airbag (1) through a first stop valve (96);

the neck inflation module (91), the waist inflation module (92), the leg inflation module (93) or the semi-annular inflation module (94) are respectively provided with a separate deflation valve (97).

9. The constant-temperature air-filled and water-soaked device as claimed in claim 1, which is characterized in that: the cooling assembly comprises a barrel body (81) for placing liquid, the barrel body (81) comprises a heat conduction container (82), inorganic salt refrigerant is placed in the heat conduction container (82), a water containing groove (83) is formed in the upper end of the heat conduction container (82), and a second stop valve (84) is arranged between the heat conduction container (82) and the water containing groove (83);

the barrel body (81) is of a double-layer structure, and the heat conduction container (82) is an interlayer of the barrel body (81).

10. The constant-temperature air-filled water-soaking device as claimed in claim 9, wherein: the cooling assembly comprises a compressor (85), and the heating element (68) is a heating wire;

be equipped with display screen (61) and adjustment button (62) on the intelligence control by temperature change host computer, the inside control circuit board that is equipped with of intelligence control by temperature change host computer, last CPU chip (64), signal acquisition module (65), display module (63) and the temperature control module (66) of being equipped with of control circuit board, temperature detecting element (67) are connected to signal acquisition module (65) input.