Foam water therapy pad and foam water therapy system

Abstract

To provide an air bubble water therapy system which can be floated on the water surface, fixed under the water surface, or placed at an arbitrary position in a bathtub according to a user's preference. The bubble water therapy system 1 includes a cushion cover 10, a gas passage member 12, a pipe unit 20, and a control valve member 16. The upper and lower layers of the cushion cover form a storage space 11 and are made of mesh fabric. The gas passage member has a valve member connecting end 15, a gas passage 14, and a gas passage hole 18, one end of the gas passage is connected to the valve member connecting end, and the other end is connected to the gas passage hole. The pipe unit is connected to the gas passage member and is installed in the storage space of the cushion cover. The pipe unit has a hose, and the hose pipe wall has an exhaust hole 21. The control valve member has an adjustment control member 162, one end of the control valve member is connected to the valve member connecting end, and the other end is connected to the air supply device 22.

Description

[Technical field]

[0001] This invention relates to a hydrotherapy pad, in particular a hydrotherapy bubble pad and hydrotherapy bubble system that can be placed in a bathtub facility, through which air bubbles produced in the water by air supplied by an air supply facility are passed, and the air bubbles are cut into high-density bubbles by the staggered grid structure of the upper layer of the cushion cover, and the fine bubbles are used to provide a massage effect to the user. [Background technology]

[0002] Modern people are busy with their lives and have a lot of stress at work, so they have difficulty finding time to exercise or enjoy leisure every day, and lack of exercise is considered to be one of the main causes of modern people becoming ill. As people become more and more interested in their own health, various types of hydrotherapy machines and hydrotherapy equipment are being sold so that people can relax and relieve the fatigue of the day by taking a bath in a spa after returning home from a busy day.

[0003] In response to the trend of the times and people's increasing needs for quality of life, hydrotherapy bathtubs and hydrotherapy pads have become the tools of choice for people to relax and release stress. In the prior art, hydrotherapy bathtubs are mainly composed of a gas generator and a bubble cushion, the gas generator is connected to the bubble cushion, and the generated gas is transported to the bubble cushion, and the gas is discharged from the multiple pores of the bubble cushion, so that many microbubbles are generated in the bathtub filled with water, and these microbubbles provide a massage effect to the user. In another prior art, a hydrotherapy pad includes a bubble pad and far-infrared ceramic balls, the far-infrared ceramic balls are arranged in a matrix on the upper surface of the bubble pad, an air duct is provided on the upper surface of the bubble pad, and multiple air ducts are provided on the wall of the air duct. This hydrotherapy pad can produce a large amount of bubbles, but its size standard is uniform, which is not suitable for bathtubs or spa pools of various different sizes, and it is inconvenient to carry, and the equipment is easily damaged and the air pore passage is easily clogged during storage and transportation.

[0004] Furthermore, in the prior art, the gas pumped into the hydrotherapy pad or bubble pad will dissipate some heat, and after the gas enters the tube of the bubble pad and is exhausted through the exhaust hole of the tube, the temperature of the bubbles will be lower than the temperature of the water, which will make the user experience uncomfortable. Summary of the Invention [Problem to be solved by the invention]

[0005] In response to the shortcomings of the prior art mentioned above, the present invention provides a type of bubble water therapy pad, the main purpose of which is to use the mesh structure of the cushion cover to cut the bubbles produced by the body parts into high-density bubbles, and then use the fine bubbles to provide a massage effect to the user's whole body.

[0006] The purpose of this invention is to make the temperature of the air bubbles produced in the water uniform for the air bubbles when the air supply equipment delivers air to the bubble water therapy pad through the tubing by the cushion cover; the cushion cover is made by stacking and combining mesh cloths of different hard and soft materials; the mesh cloths that are permeable through the soft material have permeability properties, which can make the temperature of the air bubbles and the water body uniform, so as to retain the maximum sensible temperature in a hot water environment and have a heat storage effect; and the cushion cover can delay the time for local water temperature to drop, and thus delay the rate of local temperature drop in the areas in contact with the human body, improving the comfort of the bubble water therapy.

[0007] The purpose of this invention is that the cushion cover of the bubble water therapy pad is made of at least one layer of three-dimensional mesh cloth or multiple layers of laminated three-dimensional mesh cloth, and in a hot water environment, the presence of the mesh in the cushion cover can slow down the speed of the bubbles rising and reduce the heat dissipation of the water temperature, and further, there is no need to bother repeatedly adding hot water to adjust the water temperature in the bathtub.

[0008] The purpose of the present invention is to extend the life of the bubble water therapy pad by making the cushion cover of the bubble water therapy pad foldable for storage and easy cleaning.

[0009] The purpose of this invention is that the bubble water therapy pad is composed of a cushion cover and a cushion body, the cushion cover is placed on the cushion body, air enters the gas flow path inside the cushion, and bubbles are generated from the exhaust holes, and the mesh design of the cushion cover can cut the air bubbles into high-density fine bubbles, so that the bubble massage can improve the physical comfort of the user. [Means for solving the problem]

[0010] In accordance with the above objective, the present invention provides a bubble water therapy pad, the features of which include: A cushion cover, which has an upper layer and a lower layer, and the lower layer and the upper layer are connected to form a storage space, in which the upper layer and the lower layer are mesh cloths having meshes respectively.

[0011] In accordance with the above-mentioned objective, the present invention provides a bubble water therapy system using a bubble water therapy pad, which includes: a cushion cover, a gas passage member, a pipe unit, and a control valve member, in which the cushion cover has an upper layer and a lower layer, the lower layer is connected to the upper layer to form a storage space, in which the upper layer and the lower layer are mesh cloths having meshes; a gas passage member installed in the storage space of the cushion cover, the gas passage member has a valve member connecting end, a plurality of gas passages, and a plurality of gas passage holes, where one end of the plurality of gas passages is connected to the valve member connecting end, and the other end of the plurality of gas passages is connected to the plurality of gas passage holes; a pipe unit connected to the gas passage member and installed in the storage space of the cushion cover, the pipe unit has a plurality of hoses, and a plurality of exhaust holes are installed on the pipe wall of each hose, and the plurality of exhaust holes are installed below the lower layer. a control valve member having an adjusting control member, one end of the control valve member being connected to the connecting end of the valve member and the other end of the control valve member being connected to an air supply equipment by a gas transport pipe member, the adjusting control member controlling the air transported from the air supply equipment to enter each hose via the gas transport pipe member, the control valve member, the plurality of gas passages and the plurality of gas passing holes, and producing a plurality of first air bubbles through a plurality of exhaust holes in the pipe wall of each hose, and cutting the plurality of first air bubbles into a plurality of second air bubbles by a grid in an upper layer of the cushion cover, wherein the first air bubbles are larger than the second air bubbles.

[0012] The present invention also provides a bubble water therapy pad, the feature of which is that it includes a cushion cover, which is a mesh cloth having a mesh, and has a fixing strap on the side of the cushion cover.

[0013] The present invention also provides a bubble water therapy system using a bubble water therapy pad, which includes a cushion body, a gas passage member, a cushion cover and a control valve member, in which the cushion body has a plurality of gas passages, and each gas passage has a plurality of exhaust holes; the gas passage member is connected to the cushion body, and the gas passage member has a valve member connecting end, and has a plurality of gas passages and a plurality of gas passage holes, where one end of the plurality of gas passages is connected to the valve member connecting end, and the other end of the plurality of gas passages is connected to the plurality of gas passage holes, so that the gas passage member and the cushion body communicate with each other through the plurality of gas passage holes; the cushion cover is installed on the top surface of the cushion body, the cushion cover is a mesh cloth with a mesh, and has a fixing strap on the side of the cushion cover, the cushion cover is fixed to the cushion body by the fixing strap, and the mesh cloth with a mesh is installed above the plurality of exhaust holes. The control valve member has one end connected to the connecting end of the valve member and the other end connected to the air supply equipment through the gas transport pipe member, and the regulating control member controls the air transported from the air supply equipment to enter the multiple gas flow paths of the cushion body through the gas transport pipe member, the multiple gas passages and the multiple gas passing holes, and produces multiple first bubbles through the multiple exhaust holes of the cushion body, and cuts the multiple first bubbles into multiple second bubbles by the grid of the cushion cover, where the first bubbles are larger than the second bubbles. [Brief description of the drawings]

[0014] [Figure 1] 1 is a schematic diagram showing a bubble water treatment pad according to the technology disclosed in the present invention; [Diagram 2] 1 is a schematic diagram showing the structure of a cushion pad having a single layer or multiple layers according to the technology disclosed in the present invention; [Diagram 3] 1 is a schematic diagram showing an embodiment of a bubble water treatment system according to the technology disclosed in the present invention; [Figure 4] 1 is a schematic diagram showing another embodiment of a cushion pad according to the technology disclosed in the present invention. [Diagram 5]1 is a schematic diagram showing the structure of a bubble water therapy pad according to the technology disclosed in the present invention; [Figure 6] 1 is a schematic diagram illustrating another embodiment of a bubble water treatment system according to the technology disclosed in the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0015] First, please refer to Figures 1 and 2. Figure 1 is a schematic diagram showing a bubble water therapy pad according to the technology disclosed in the present invention, and Figure 2 is a structural schematic diagram showing that the bubble water therapy pad is a mesh cloth with a mesh according to the technology disclosed in the present invention. In Figure 1, the cushion cover 10 has an upper layer 10T and a lower layer 10B, is connected by the upper layer 10T and the lower layer 10B, has a storage space 11 between the upper layer 10T and the lower layer 10B, and has an opening 13 in the upper layer 10T, and allows a gas passage member (not shown) and a pipe unit (not shown) to be accommodated in the storage space 11, that is, between the lower layer 10B and the upper layer 10T.

[0016] Next, as shown in Fig. 2, the upper layer 10T and the lower layer 10B of the cushion cover 10 are mesh cloths each having a mesh shape, and for example, in the case of the upper layer 10T, the mesh cloth layer of the upper layer 10T may be a single layer or multiple layers. When the mesh cloth is a single layer, the mesh shape of the mesh cloth may be as shown in mesh cloth 102C or mesh cloth 102D in Fig. 2, and when the mesh cloth is a multi-layer, the mesh shape of the mesh cloth of each layer may be as shown in mesh cloth 102A, mesh cloth 102B, mesh cloth 102C, and mesh cloth 102D in Fig. 2, or two or three types of mesh cloths among mesh cloth 102A, mesh cloth 102B, mesh cloth 102C, and mesh cloth 102D may be arranged and laminated in a mesh shape. What is explained here is that when mesh cloths of different mesh shapes, for example mesh cloths 102A and 102B, are layered, the meshes of mesh cloths 102A and 102B cross each other, so that large bubbles produced by air supplied from an air supply device (not shown) through a pipe unit (not shown) can be cut into fine bubbles through the mesh cloths of different mesh shapes. Since the fine bubbles rise faster in water than the large bubbles, the heat exchange time of the bubbles in water can be extended, and if the air introduced is hot air, the rate at which the water temperature drops can be slowed. In addition, in the embodiment of the present invention, the mesh cloth constituting the cushion cover 10 is water-saturated, and when it is left in a hot water environment such as a bathtub, the water temperature in the bathtub can be made uniform. The cushion cover 10 can maintain the maximum sensible temperature in the hot water environment and has a heat storage effect. Furthermore, the cushion cover 10 has the function of delaying the drop in local water temperature, and can delay the local temperature drop rate in the parts of the body that are in contact with the human body, improving the comfortable experience of bubble water therapy.

[0017] Please refer to Fig. 3. Fig. 3 is a schematic diagram showing one embodiment of the bubble water treatment system according to the technology disclosed in this specification, and in Fig. 3, the bubble water treatment system 1 includes a cushion cover 10, a gas passage member 12, a pipe unit 20, a control valve member 16, an air supply device 30, and an air transport pipe member 32. The cushion cover 10 has been described above, so it will not be described again here.

[0018] The gas passage member 12 is disposed in the storage space 11 (shown in FIG. 1 ) of the cushion cover 10, and has a valve member connecting end 15, a plurality of gas passages 14, and a plurality of gas passing holes 18, where one end of the gas passage 14 is connected to the valve member connecting end 15 and the other end is connected to the plurality of gas passing holes 18, where the gas passage 14 includes an inner gas passage 142, an intermediate gas passage 144, and an outer gas passage 146, and the gas passing hole 18 similarly includes an inner gas passing hole 182, an intermediate gas passing hole 184, and an outer gas passing hole 186, thereby connecting the inner gas passage 142 with the inner gas passing hole 182, connecting the intermediate gas passage 144 with the intermediate gas passing hole 184, and connecting the outer gas passage 146 with the outer gas passing hole 186.

[0019] The pipe unit 20 is connected to the gas passage member 12 and is installed in the storage space 11 (shown in FIG. 1) of the cushion cover 10. The pipe unit has a plurality of hoses 202, 204, 206. A plurality of exhaust holes 21 are provided in the pipe walls of the hoses 202, 204, 206, and these exhaust holes 21 are located below the upper layer 10T. In detail, hose 202 is an inner hose, hose 204 is an intermediate hose, and hose 206 is an outer hose. Both ends of inner hose 202 are respectively connected to inner gas passing hole 182, both ends of intermediate hose 204 are respectively connected to intermediate gas passing hole 184, and both ends of outer hose 206 are respectively connected to outer gas passing hole 186. Air 222 provided by air supply device 22 simultaneously enters inner hose 202 (in the direction of arrow in FIG. 3 ) from inner gas passage 142 and inner gas passing hole 182. Air 222 flows through inner hose 202 to the end of inner hose 202, and merges with air 222 of inner hose 202 through inner gas passage 142 and inner gas passing hole 182 at the other end. During the process of air 222 flowing, air 222 constantly produces and ejects a large number of first air bubbles from exhaust hole 21 of inner hose 202, so that an equilibrium between intake and exhaust can be reached.

[0020] The control valve member 16 has an adjustment control member 162, one end of which is connected to the valve member connecting end 15 and the other end of which is connected to the air supply equipment 22 through the gas transport pipe member 24, and the adjustment control member 162 is used to control the air 222 provided by the air supply equipment 22 to enter the pipe unit 20 through the gas transport pipe member 24, the control valve member 16, the gas passage 14 and the gas passing hole 18, and also produces a plurality of first bubbles through the exhaust holes 21 in the pipe walls of each hose 202, 204, 206 of the pipe unit 20, and cuts the first bubbles into a plurality of second bubbles through the mesh of the upper layer 10T of the cushion cover 10, where the second bubbles are smaller than most of the first bubbles.

[0021] In addition, in the present invention, a number of suction cups 17 are further installed on the lower layer 10B of the cushion cover 10, which are used to fix the bubble water therapy pad having the cushion cover 10, the gas passage member 12 and the pipe unit 20 to the surface of the cylinder of the bathtub equipment (not shown). The surface of the cylinder may be smooth or not, for example, it may be a mosaic magnet bathtub. After filling the cylinder of the bathtub equipment (not shown) with water, if the bubble water therapy pad having the cushion cover 10, the gas passage member 12 and the pipe unit 20 is left in the water, the buoyancy of the water and the air bubbles that pass through the exhaust hole 21 of the pipe unit 20 and spurt out, the bubble water therapy pad cannot be completely fixed to the surface of the cylinder of the bathtub equipment (not shown), so that the user cannot enjoy a comfortable bathing environment by sitting or lying on the bubble water therapy pad.

[0022] The embodiment is illustrated above, but please refer to Figures 1 to 3 for the explanation. First, the bubble water therapy pad having the cushion cover 10, the gas passage member 12 and the pipe unit 20 is connected to the air supply equipment 22 by the gas transport pipe member 24, and the bubble water therapy pad is placed in the cylinder (not shown) of the bathtub equipment (not shown), and the bubble water therapy pad is fixed in the cylinder (not shown) by the suction cup 17. After the user starts the air supply equipment 22, the air 222 enters the adjustment control member 162 through the gas transport pipe member 24, and at that time, the user can adjust the position where the bubbles are produced by the adjustment control member 162 of the control valve member 16. When the adjustment control member 162 is adjusted to the first stage, the air 222 simultaneously passes through the inner gas passage 142 and the middle gas passage 144 of the gas passage 14, enters the inner gas passing hole 182 and the middle gas passing hole 184, and simultaneously enters the inner hose 202 and the middle hose 204. When the air 222 passes through the exhaust holes 21 of the inner hose 202 and the middle hose 204, it produces first bubbles (not shown). When the first bubbles (not shown) pass through the mesh cloth of the upper layer 10T of the cushion cover 10, the mesh passing through the mesh cloth cuts the first bubbles into second bubbles, and the second bubbles are smaller than most of the first bubbles, and the second bubbles are used to provide a massage effect to the human body.

[0023] In another embodiment, when the user adjusts the adjustment control member 162 to the second stage, the air 222 simultaneously passes through the intermediate gas passage 144 and the outer gas passage 146 of the gas passage 14, enters the intermediate gas passage hole 184 and the outer gas passage hole 186, and simultaneously enters the intermediate hose 204 and the outer hose 206. When the air 222 passes through the exhaust holes 21 of the intermediate hose 204 and the outer hose 206, it produces first bubbles (not shown). Similarly, when the first bubbles (not shown) pass through the mesh cloth of the upper layer 10T of the cushion cover 10, the first bubbles are cut into second bubbles by the mesh of the mesh cloth, and the second bubbles are smaller than most of the first bubbles, and the second bubbles are used to provide a massage effect to the human body. In this embodiment, the area of ​​the bubbles generated by the intermediate hose 204 and the outer hose 206 is larger than the area of ​​the bubbles generated by the inner hose 202 and the intermediate hose 204, and at the same time, the area that the bubbles massage the user is increased. Note that the area here refers to the area that the bubbles generated by the inner hose 202 and the intermediate hose 204 occupy in the bathtub equipment (not shown), not the area of ​​the bubbles themselves.

[0024] In yet another embodiment, when the user adjusts the adjustment control member to the third position, the air 222 simultaneously passes through the inner gas passage 142, the middle gas passage 144 and the outer gas passage 146 of the gas passage 14, and enters the inner gas passage hole 182, the middle gas passage hole 184 and the outer gas passage hole 186, so that the air 222 simultaneously enters the inner hose 202, the middle hose 204 and the outer hose 206. When the air 222 passes through the exhaust holes 21 of the inner hose 202, the middle hose 204 and the outer hose 206, it produces first bubbles (not shown). Similarly, when the first bubbles (not shown) pass through the mesh cloth of the upper layer 10T of the cushion cover 10, the first bubbles are cut into second bubbles by the mesh of the mesh cloth, and the second bubbles are smaller than the first bubbles, so that the second bubbles can be used to provide a massage effect to the human body. In this embodiment, the area of ​​the bubbles generated by the inner hose 202, the intermediate hose 204, and the outer hose 206 is the largest, and the user's entire body can be massaged. Note that the area here refers to the area of ​​the bathtub equipment (not shown) generated by the inner hose 202, the intermediate hose 204, and the outer hose 206, and not the area of ​​the bubbles themselves.

[0025] Specifically, the spacing of the exhaust holes 21 of the inner hose 202, the intermediate hose 204, and the outer hose 206 may be designed to be uniform or unequal, where "uniform" means that the spacing of the exhaust holes 21 of each hose is equal, or that the spacing of the exhaust holes 21 of each hose is equal but not equal to the spacing of the exhaust holes 21 of the other hoses. Also, "unequal spacing of the exhaust holes 21" means that the spacing of the exhaust holes 21 of each hose is not equal, and is not equal to the spacing of the exhaust holes 21 of the other hoses. The advantage of the design of the exhaust holes 21 described above is that the legs of a human body are the most susceptible to fatigue and are the parts that require the most massage, so that the spacing of the exhaust holes 21 of the inner hose 202, the intermediate hose 204, and the outer hose 206 of the pipe unit 20 corresponding to the legs of the human body is designed to be relatively close, and the user can control the area and quantity of the generated bubbles by adjusting the adjustment control member 162 having three stages as described above, and massage the necessary parts.

[0026] Next, please refer to FIG. 4. FIG. 4 shows a schematic diagram of another embodiment of the cushion cover. In FIG. 4, the cushion cover 40 has a mesh cloth on the upper surface 402 and the side surface 42, and the number of layers of the mesh cloth may be a single layer or a multi-layer. When the mesh cloth is a single layer, the mesh shape of the mesh cloth may be as shown in the mesh cloth 102C or the mesh cloth 102D in FIG. 2. When the mesh cloth is a multi-layer, the mesh shape of each layer may be as shown in the mesh cloth 102A, the mesh cloth 102B, the mesh cloth 102C, and the mesh cloth 102D in FIG. 2. Alternatively, two types of mesh cloths among the mesh cloth 102A, the mesh cloth 102B, the mesh cloth 102C, and the mesh cloth 102D, or all three types of mesh cloths may be arranged in a mesh shape and laminated. Furthermore, when mesh cloths with different mesh shapes, such as mesh cloth 102A and mesh cloth 102B, are stacked, the meshes of mesh cloth 102A and mesh cloth 102B will cross each other, so that large bubbles produced when air transported by an air supply equipment (not shown) passes through a piping unit (not shown) later can be cut into fine bubbles by the mesh cloths with different mesh shapes. Since the fine bubbles rise faster in water than the large bubbles, the heat exchange time of the bubbles in water can be increased, and the rate at which the water temperature drops can be slowed by introducing hot air.

[0027] Please refer to Fig. 5. Fig. 5 is a schematic structural diagram of the bubble water therapy pad. In Fig. 5, the bubble water therapy pad is composed of a cushion body 50 and a gas passage member 12, where the cushion body 50 is coupled to the gas passage member 12. The cushion body 50 has a plurality of gas flow paths 52, and each gas flow path 52 has a plurality of exhaust holes 56. In this embodiment, ribs 54 are further installed between each gas flow path 52 to increase the support strength of the entire cushion body 50.

[0028] The gas passage member 12 has a valve member connecting end 15, a plurality of gas passages 14, and a plurality of gas passing holes 18, where one end of each gas passage 14 is connected to the valve member connecting end 15 and the other end is connected to the plurality of gas passing holes 18. Similarly, the gas passage 14 includes an inner gas passage 142, an intermediate gas passage 144, and an outer gas passage 146, and the gas passing holes 18 include an inner gas passing hole 182, an intermediate gas passing hole 184, and an outer gas passing hole 186. When the cushion body 50 is connected to the gas passage member 12, the inner gas flow path 522 of the cushion body 50 is connected to the inner gas passage 142 by the inner gas passing hole 182, the intermediate gas flow path 524 is connected to the intermediate gas passage 144 by the intermediate gas passing hole 184, and further the outer gas flow path 546 is connected to the outer gas passage 146 by the outer gas passing hole 186.

[0029] The control valve member 16 has an adjustment control member 162, one end of which is connected to the valve member connecting end 15, and the other end of which is connected to the air supply equipment 22 by the gas transport pipe member 24. The adjustment control member 162 is used to control the air 222 provided by the air supply equipment 22 to enter the gas flow path 52 of the cushion body 50 through the gas transport pipe member 24, the control valve member 16, the gas passage 14, and the gas passing hole 18, and further produces a plurality of air bubbles through the exhaust hole 56 of the gas flow path 52.

[0030] Next, please refer to Fig. 6. Fig. 6 is a schematic structural diagram showing another embodiment of the bubble water therapy system. Please also refer to Fig. 4 and Fig. 5. In Fig. 6, the cushion cover 40 in Fig. 4 is fixed to the cushion body 50 through the fixing strap 44 on the side 42, so that the gas flow path 52 of the cushion body 50 is completely covered by the cushion cover 40. In Fig. 6, a part of the gas flow path 52 is exposed for convenience of explanation. Furthermore, the bubble water therapy pad having the cushion cover 40, the cushion body 50 and the gas passage member 12 is connected to the air supply equipment 22 by the gas transport pipe member 24, and the bubble water therapy pad is installed in the cylinder (not shown) of the bathtub equipment (not shown), and the bubble water therapy pad is fixed in the cylinder (not shown) by the suction cup (not shown). After the user starts the air supply device 22, the air 222 enters the control valve member 16 through the gas transport pipe member 24, and the user can adjust the position where the air bubbles are generated by the adjustment control member 162 of the control valve member 16. When the adjustment control member 162 is adjusted to the first stage, the air 222 enters the inner gas passage 522 only through the inner gas passage 142 of the gas passage 14 and the inner gas passing hole 182, and when the air 222 is ejected through the exhaust hole 56 of the inner gas passage 522, first air bubbles (not shown) are generated, and when these first air bubbles (not shown) pass through the mesh cloth of the cushion cover, the first air bubbles are cut into second air bubbles by the mesh of the mesh cloth, and the second air bubbles are smaller than most of the first air bubbles, and the second air bubbles are used to provide a massage effect to the human body.

[0031] In another embodiment, when the user adjusts the adjustment control member 162 to the second stage, the air 222 enters the intermediate gas passage 184 through the intermediate gas passage 144 of the gas passage 14, and the air 222 enters the intermediate gas passage 524. When the air 222 passes through the exhaust hole 56 of the intermediate gas passage 524, it produces first bubbles (not shown). Similarly, when the first bubbles (not shown) pass through the mesh of the cushion cover, the mesh of the mesh cloth cuts the first bubbles into second bubbles, and the second bubbles are smaller than the first bubbles, so that the second bubbles can be used to provide a massage effect to the human body. In this embodiment, the area of ​​the bubbles generated from the inner gas passage 522 and the intermediate gas passage 524 is larger than the area of ​​the bubbles generated from the inner gas passage 522 described above, and at the same time, the area where the bubbles can provide a massage to the user is increased.

[0032] In yet another embodiment, when the user adjusts the adjustment control member 162 to the third position, the air 222 enters the outer gas passage 146 of the gas passage 14 into the outer gas passage hole 186, and the air 222 enters the outer gas flow path 526. When the air 222 passes through the exhaust hole 56 of the outer gas flow path 526, it produces first bubbles (not shown). Similarly, when the first bubbles (not shown) pass through the mesh of the cushion cover, the mesh of the mesh cloth cuts the first bubbles into second bubbles, and the second bubbles are smaller than most of the first bubbles, and the second bubbles are used to provide a massage effect to the human body.

[0033] In yet another embodiment, when the user adjusts the adjustment control member 162 to the fourth position, the air 222 simultaneously passes through the inner gas passage 142, the intermediate gas passage 144 and the outer gas passage 146 of the gas passage 14, and enters the inner gas passage hole 182, the intermediate gas passage hole 184 and the outer gas passage hole 186, so that the air 222 simultaneously enters the inner gas passage 522, the intermediate gas passage 524 and the outer gas passage 526. When the air 222 passes through the exhaust holes 56 of the inner gas passage 522, the intermediate gas passage 524 and the outer gas passage 526, it produces first bubbles (not shown); similarly, when the first bubbles (not shown) pass through the mesh cloth of the cushion cover, the first bubbles are cut into second bubbles by the mesh cloth, and the second bubbles are smaller than most of the first bubbles, so that the second bubbles can be used to provide a massage effect to the human body. In this embodiment, the area of ​​the bubbles produced by the inner gas passage 522, the middle gas passage 524 and the outer gas passage 526 is the largest, and the entire body of the user can be massaged.

[0034] The advantage of fixing the cushion cover 40 to the cushion body 50 is that since the cushion body 50 is made of a hard material, the user feels physical discomfort when sitting or lying down on the hard cushion body 50, and since the cushion body 50 itself is made of a plastic material that can withstand excessive weight and pressure, it has no thermal conductivity or heat storage function even when left in warm or hot water, so the user must keep adding warm water to maintain the temperature inside the bathtub (not shown) during bathing or hydrotherapy, whereas the cushion cover 40 of the present invention, as described above, can make the water temperature inside the bathtub or bathtub uniform by placing it in a warm or hot water environment, for example, a bathtub or a bathtub, and the cushion cover 40 can maintain the maximum sensible temperature in a warm water environment, has a heat storage effect, and can delay the local temperature drop rate of the part of the body that comes into contact with the human body. In addition, since the cushion body 50 has a combination structure, the user can expand the length of the cushion body 50 according to needs, and the cushion cover 40 can be expanded along with the increase in the length of the cushion body 50, improving the convenience of use. [Explanation of symbols]

[0035] 1. Bubble water treatment system 10, 40 Cushion cover 10T upper layer 10B Lower layer 11 Storage space 12 Gas passage member 13 Aperture 14 Gas passage 15 Valve member connection end 16 Control valve member 17 sucker 18 Gas passage hole 20 Pipe unit 21 Exhaust Vent 22 Air supply equipment 24 Gas transport pipe components 44 Fixing strap 50 Cushion body 52 Gas flow path 54 Ribs 56 Exhaust Vent 102A, 102B, 102C, 102D Mesh fabric 142 Inner gas passage 144 Intermediate gas passage 146 Outer gas passage 162 Adjustment control member 182 Inner gas passage hole 184 Intermediate gas passage hole 186 Outer gas passage hole 202 Inner hose 204 Intermediate hose 206 Outer Hose 222 Air 522 Inner gas flow path 524 Intermediate gas flow path 526 Outer gas flow path

Claims

1. A bubble water therapy pad, comprising a cushion cover, the cushion cover having an upper layer and a lower layer, the lower layer being connected to the upper layer to form a storage space, the upper layer and the lower layer being mesh cloths each having a mesh; Bubble water therapy pad.

2. 2. The bubble water therapy pad according to claim 1, The mesh cloth is a single layer mesh cloth or a multi-layer mesh cloth, Bubble water therapy pad.

3. 3. The bubble water therapy pad according to claim 2, The meshes of the adjacent layers of the multi-layer mesh fabric are crossed with each other; Bubble water therapy pad.

4. A bubble water therapy system using the bubble water therapy pad according to claim 1, The bubble water treatment system is A cushion cover having an upper layer and a lower layer, the lower layer being connected to the upper layer to form a storage space, and the upper layer and the lower layer being mesh cloth each having a mesh; a gas passage member, the gas passage member being installed in a storage space of the cushion cover, the gas passage member having a valve member connecting end, a plurality of gas passages and a plurality of gas passage holes, one end of the gas passage being connected to the valve member connecting end and the other end of the gas flow path being connected to the gas passage hole; a pipe unit, connected to the gas passage member and installed in the storage space of the cushion cover, the pipe unit having a plurality of hoses, and a plurality of exhaust holes are installed on the pipe wall of each hose, the exhaust holes being installed below the upper layer; a control valve member having an adjustment control member, one end of the control valve member being connected to the valve member connecting end and the other end of the control valve member being connected to an air supply equipment by a gas transport pipe member, the adjustment control member controlling air transported from the air supply equipment to enter each hose via the gas transport pipe member, the control valve member, the gas passage and the gas passing hole, and producing a plurality of first bubbles by the exhaust holes in the pipe wall of each hose, and cutting the first bubbles into a plurality of second bubbles by the mesh of the upper layer of the cushion cover, the first bubbles being larger than the second bubbles; Bubble water treatment system.

5. 5. The bubble water therapy system according to claim 4, The exhaust holes of each hose may be the same or different in diameter. Bubble water treatment system.

6. 1. A bubble water therapy pad, comprising: Includes cushion cover The cushion cover is a mesh fabric having a mesh, and has a fixing strap on one side of the cushion cover. Bubble water therapy pad.

7. 7. The bubble water therapy pad according to claim 6, The mesh cloth is a single layer mesh cloth or a multi-layer mesh cloth, Bubble water therapy pad.

8. 8. The bubble water therapy pad according to claim 7, The mesh of the single-layer mesh fabric is installed crosswise, Bubble water therapy pad.

9. 8. The bubble water therapy pad according to claim 7, The meshes of each layer of mesh cloth in the multi-layer mesh cloth are arranged crosswise with each other; Bubble water therapy pad.

10. A bubble water therapy system using the bubble water therapy pad according to claim 6, The bubble water treatment system is A cushion body having a plurality of gas flow paths, each of the gas flow paths having a plurality of exhaust holes; a gas passage member connected to a cushion body, the gas passage member having a valve member connecting end, a plurality of gas passages and a plurality of gas passage holes, one end of the gas passage being connected to the valve member connecting end and the other end of the gas passage being connected to the gas passage hole, the gas passage member and the cushion body being connected to each other by the gas passage holes; A cushion cover is installed on the top surface of a cushion body, the cushion cover is a mesh cloth having a mesh, and has a fixing strap on one side of the cushion cover, the cushion cover is fixed to the cushion body by the fixing strap, and the mesh cloth having the mesh is installed above the air exhaust hole; a control valve member, one end of which is connected to the connecting end of the valve member and the other end of which is connected to an air supply equipment by a gas transport pipe member, the adjustment control member controls the air transported from the air supply equipment to enter the gas flow path of the cushion body through the gas transport pipe member, the gas passage and the gas passing hole, and produces a plurality of first bubbles through the exhaust hole of the gas flow path, and cuts the first bubbles into a plurality of second bubbles through a mesh of the cushion cover, the first bubbles being larger than the second bubbles; Bubble water treatment system.

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