Bubble hydrotherapy system
By using an interlaced mesh structure on the bubble spa pad to cut the bubbles, the problems of adaptability and temperature uniformity of existing equipment are solved, improving the comfort of bubble massage and the applicability of the equipment, and extending its service life.
Patent Information
- Application Number
- CN202422490496.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-15
- Publication Date
- 2026-01-02
- Estimated Expiration
- 2034-10-15
AI Technical Summary
Existing bubble bath machines and spa mats are not suitable for bathtubs or soaking pools of different sizes, are inconvenient to carry, are easily damaged, have uneven bubble temperatures and provide a poor user experience, and the equipment loses heat quickly in warm water environments.
The pad uses a staggered mesh structure to cut the bubbles into dense bubbles. The mesh fabric maintains the uniformity of bubble temperature and the soft material delays the local temperature drop. The pad is foldable for storage and easy to clean.
It enhances the comfort of bubble massage, improves bubble temperature uniformity and heat retention, adapts to bathtubs of different sizes, extends service life, and improves the user experience.
Smart Images
Figure CN223746686U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to a water therapy pad, especially a bubble water therapy pad and bubble water therapy system which can be placed in a bathing equipment, and the bubbles generated in water by air delivered by an air supply equipment are cut into dense bubbles by the staggered grid structure of the top layer of the pad cover, and the dense bubbles produce a massaging effect on the user. BACKGROUND
[0002] Modern people are busy and have great work pressure, and few of them have time for moderate exercise and leisure every day, and insufficient exercise is one of the main reasons for people's poor health. With people's increasing attention to their own health, various water therapy machines or water therapy devices have been introduced on the market, allowing people to relax and release stress through bathing when they come home after a busy day.
[0003] In response to the trend of the times and people's demand for quality of life, bubble bath machines or water therapy pads have become tools for people to choose to relax and release stress. In the prior art, a bubble bath machine is mainly composed of a gas generating device and a bubble seat cushion, the gas generating device is connected with the bubble seat cushion, the generated gas is delivered to the bubble seat cushion, the gas is discharged from multiple air holes on the bubble seat cushion to generate many small bubbles in the bath tub containing water, and the small bubbles produce a massaging effect on the user. In another prior art, a water therapy 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, and an air pipe is arranged on the upper surface of the bubble pad, and multiple air holes are arranged on the wall of the air pipe. Although this water therapy pad can generate a large number of bubbles, its size specification is single, it is not suitable for different size bath tubs or bathing pools, it is inconvenient to carry, and it is easy to damage the equipment and block the air hole channel during storage or transportation.
[0004] In addition, in the prior art, the gas delivered by the pump loses some heat when it reaches the water therapy pad or the bubble pad, and when the gas is discharged from the air holes of the pipe, the temperature of the bubbles is lower than the water temperature, which is not good for the user's experience. UTILITY MODEL CONTENTS
[0005] According to the shortcomings of the above-mentioned prior art, the utility model provides a bubble water therapy pad, which mainly cuts the bubbles generated by the pipe into dense bubbles by the grid structure of the pad cover, and uses the dense bubbles to massage the user's whole body.
[0006] The utility model discloses a bubble spa pad, which is characterized by comprising a pad cover and a pad body.
[0007] The pad cover of the bubble spa pad is at least one layer of three-dimensional mesh cloth or is composed of multiple layers of three-dimensional mesh cloth stacks.
[0008] The pad cover of the bubble spa pad is foldable and easy to clean, thereby prolonging the service life of the bubble spa pad.
[0009] The bubble spa pad is composed of the pad cover and the pad body, and the pad cover is arranged on the pad body.
[0010] According to the above purpose, the utility model provides a bubble spa pad, it is characterized by including: pad cover, has top layer and bottom layer, is formed by bottom layer and top layer connection and constitutes accommodation space, wherein top layer and bottom layer are respectively the mesh cloth with grid.
[0011] According to the above-mentioned purpose, the utility model provides a kind of bubble spa system using bubble spa pad, it includes: pad cover, gas passage piece, pipe piece group and control valve piece, wherein pad cover has top layer and bottom layer, bottom layer is connected with top layer and constitutes containing space, wherein top layer and bottom layer are respectively meshed mesh cloth;Gas passage piece is set in the containing space of pad cover, gas passage piece has valve piece connecting end, multiple gas passages and multiple gas through holes, wherein one end of multiple gas passages is connected with valve piece connecting end, the other end of multiple gas passages is connected with multiple gas through holes;Pipe piece group is connected with gas passage piece and is set in the containing space of pad cover, pipe piece group has multiple hoses, and the pipe wall of each hose is equipped with multiple air outlet holes, and multiple air outlet holes are set below top layer;And control valve piece has control element, one end of control valve piece is connected with valve piece connecting end, the other end of control valve piece is connected with air supply equipment via gas delivery pipe piece, control element controls the air sent by air supply equipment to enter each hose via gas delivery pipe piece, control valve piece, multiple gas passages and multiple gas through holes, and multiple first bubbles are generated by the multiple air outlet holes of the pipe wall of each hose, and multiple second bubbles are cut from multiple first bubbles by the mesh of the top layer of pad cover, wherein the size of first bubble is greater than the size of second bubble.
[0012] The utility model also provides a kind of bubble spa pad, it is characterized by including pad cover, it is meshed mesh cloth, and the side of pad cover has fixing belt.
[0013] The utility model also provides a kind of bubble spa system using bubble spa pad, including;Pad body, gas passage piece, pad cover and control valve piece, wherein pad body has multiple gas flow passages, and has multiple air outlet holes on each gas flow passage;Gas passage piece is connected with pad body, gas passage piece has valve piece connecting end, multiple gas passages and multiple gas through holes, wherein one end of multiple gas passages is connected with valve piece connecting end, the other end of multiple gas passages is connected with multiple gas through holes, so that gas passage piece and pad body are communicated by multiple gas through holes;Pad cover is set on the top surface of pad body, and pad cover is meshed mesh cloth, and the side of pad cover has fixing belt, and pad cover is fixed on pad body by fixing belt, so that meshed mesh cloth is arranged above multiple air outlet holes;And control valve piece has control element, one end of control valve piece is connected with valve piece connecting end, the other end of control valve piece is connected with air supply equipment via gas delivery pipe piece, control element controls the air sent by air supply equipment to enter multiple gas flow passages of pad body via gas delivery pipe piece, multiple gas passages and multiple gas through holes, and multiple first bubbles are generated by multiple air outlet holes of pad body, and multiple second bubbles are cut from multiple first bubbles by the mesh of pad cover, wherein the size of first bubble is greater than the size of second bubble. BRIEF DESCRIPTION OF DRAWINGS
[0014] Figure 1is according to the technology disclosed by the utility model, it indicates the schematic diagram of bubble spa pad.
[0015] Figure 2 is according to the technology disclosed by the utility model, it indicates the structure schematic diagram of pad cover with single layer or multiple layers.
[0016] Figure 3 is according to the technology disclosed by the utility model, it indicates the schematic diagram of one embodiment of bubble spa system.
[0017] Figure 4 is according to the technology disclosed by the utility model, it indicates the schematic diagram of another embodiment of pad cover.
[0018] Figure 5 is according to the technology disclosed by the utility model, it indicates the structure schematic diagram of bubble spa pad.
[0019] Figure 6 is according to the technology disclosed by the utility model, it indicates the schematic diagram of another embodiment of bubble spa system. DETAILED DESCRIPTION
[0020] In order to make the purpose, technical features and advantages of the utility model can be more for the person skilled in the relevant art, and can be implemented the utility model, here with the accompanying drawings, the technical features and implementation of the utility model are specifically illustrated, and the preferred embodiment is further illustrated. The drawings collated in the following, for expressing and the utility model features related to the schematic diagram, has not also not need to be drawn according to the actual situation completely.And the explanation of the embodiment of the present application involves the technical content that the person skilled in the art is familiar with, also does not need to be stated again.
[0021] First, please refer to Figure 1 And Figure 2 . Figure 1 is according to the technology disclosed by the utility model, it indicates the schematic diagram of bubble spa pad and Figure 2 is according to the technology disclosed by the utility model, it indicates the structure schematic diagram of bubble spa pad is the mesh cloth with grid.In Figure 1 , pad cover 10 has top layer 10T and bottom layer 10B, is connected by top layer 10T and bottom layer 10B, and has accommodating space 11 between the top layer 10T and bottom layer 10B, and has opening 13 in top layer 10T, let gas passage piece (not shown in the figure) and pipe group (not shown in the figure) accommodate in accommodating space 11, i.e. is placed between bottom layer 10B and top layer 10T.
[0022] Then, as Figure 2The top layer 10T and the bottom layer 10B of the cushion 10 are each a mesh cloth with a mesh shape. For example, the mesh shape of the mesh cloth of the top layer 10T can be a single layer or multiple layers. When the mesh cloth is a single layer, the mesh shape of the mesh cloth can be as shown in the mesh cloth 102C or the mesh cloth 102D of Figure 2 When the mesh cloth is multiple layers, the mesh shape of each layer of the mesh cloth can be as shown in the mesh cloth 102A, the mesh cloth 102B, the mesh cloth 102C, and the mesh cloth 102D of Figure 2 Alternatively, the mesh shape of two or three of the mesh cloth 102A, the mesh cloth 102B, the mesh cloth 102C, and the mesh cloth 102D can be arranged in a stack. It is to be noted that the use of mesh cloths with different mesh shapes, such as the mesh cloth 102A and the mesh cloth 102B, can cut the large air bubbles generated by the air supply device (not shown in the figure) and the pipe assembly (not shown in the figure) into dense air bubbles. Since the mesh shapes of the mesh cloth 102A and the mesh cloth 102B are staggered, the dense air bubbles can be cut by the mesh cloths with different mesh shapes. Since the rising speed of the dense air bubbles in water is lower than that of the large air bubbles, the heat exchange time of the air bubbles in water is increased, and if the imported air is hot air, the water temperature can be reduced. In addition, in the embodiment of the present application, the mesh cloth constituting the cushion 10 has a water saturation property, and when placed in a warm water environment such as a bathtub or a bathtub, it can uniformly bubble the water temperature in the bathtub or the bathtub. The cushion 10 can maintain the maximum body temperature in the warm water environment, has a temperature storage effect, and further has a delay in reducing the local water temperature, delays the local cooling speed of the human contact part, and improves the comfortable experience of the bubble water therapy.
[0023] Next, please refer to Figure 3 . Figure 3 is a schematic view of an embodiment of a bubble water therapy system according to the technology disclosed in the present application, in Figure 3 , the bubble water therapy system 1 includes a cushion 10, a gas passage 12, a pipe assembly 22, a control valve 16, an air supply device 30, and an air delivery pipe 32. The cushion 10 is as described above and will not be repeated here.
[0024] The gas passage 12 is arranged in the accommodation space 11 of the cushion 10 (as shown in Figure 1The gas passage member 12 has a valve connecting end 15, a plurality of gas passages 14, and a plurality of gas through holes 18. One end of the gas passage 14 is connected to the valve connecting end 15, and the other end is connected to the plurality of gas through holes 18. The gas passage 14 includes an inner gas passage 142, a middle gas passage 144, and an outer gas passage 146. The gas through hole 18 also includes an inner gas through hole 182, a middle gas through hole 184, and an outer gas through hole 186. The inner gas passage 142 is in communication with the inner gas through hole 182, the middle gas passage 144 is in communication with the middle gas through hole 184, and the outer gas passage 146 is in communication with the outer gas through hole 186.
[0025] The pipe set 20 is connected to the gas passage member 12 and is arranged in the accommodating space 11 of the pad cover 10 (as shown in Figure 1 The pipe set 20 has a plurality of hoses 202, 204, 206, and a plurality of air outlet holes 21 are arranged on the pipe wall of each hose 202, 204, 206. The air outlet holes 21 are located below the top layer 10T. It is to be noted that the hose 202 is an inner hose, the hose 204 is a middle hose, and the hose 206 is an outer hose. The two ends of the inner hose 202 are respectively connected to the inner gas through hole 182 and the middle gas through hole 184, and the two ends of the outer hose 206 are respectively connected to the outer gas through hole 186. The air 222 provided by the air supply device 22 enters the inner hose 202 (in the direction of the arrow) through the inner gas passage 142 and the inner gas through hole 182 at the same time. Figure 3 During the flow of the air 222, the air 222 continuously generates a plurality of first bubbles through the air outlet holes 21 of the inner hose 202, achieving the balance of air intake and air outlet.
[0026] The control valve 16 has a control member 162 connected to the valve connecting end 15 at one end of the control valve 16. The other end of the control valve 16 is connected to the air supply device 22 through the gas delivery pipe 24. The control member 162 is used to control the air 222 provided by the air supply device 22 to enter the pipe set 20 through the gas delivery pipe 24, the control valve 16, the gas passage 14, the gas through hole 18, and the air outlet holes 21 of the pipe wall of each hose 202, 204, 206 of the pipe set 20. The first bubbles are cut into a plurality of second bubbles through the mesh of the top layer 10T of the pad cover 10. The size of the second bubble is smaller than the size of most of the first bubbles.
[0027] Furthermore, in the present utility model, a plurality of suction cups 17 are arranged on the bottom layer 10B of the pad cover 10, for fixing the bubble water therapy pad with the pad cover 10, the gas passage member 12 and the pipe set 20 on the surface of the cylinder of the bathing equipment (not shown in the figure), which can be a smooth surface or a non-smooth surface, such as a mosaic tile bathtub, so as to avoid that when the cylinder of the bathing equipment (not shown in the figure) is filled with water, the bubble water therapy pad with the pad cover 10, the gas passage member 12 and the pipe set 20 placed in the water cannot be completely fixed on the surface of the cylinder of the bathing equipment (not shown in the figure) due to the buoyancy of the water and the bubbles blown out through the air outlet holes 21 of the pipe set 20, so that the user cannot enjoy the comfortable bathing environment by sitting or lying on the bubble water therapy pad.
[0028] According to the above, an embodiment is described, and in the description, reference is also made to Figures 1 to 3 First, the bubble water therapy pad with the pad cover 10, the gas passage member 12 and the pipe set 20 is connected to the air supply equipment 22 through the gas delivery pipe 24, and is placed in the cylinder (not shown in the figure) of the bathing equipment (not shown in the figure), and is fixed in the cylinder (not shown in the figure) through the suction cup 17. After the user starts the air supply equipment 22, the air 222 enters the control valve 162 through the gas delivery pipe 24, at this time the user can adjust the position of bubble generation through the adjusting knob 162 of the control valve 16. When the adjusting knob 16 is adjusted to the first gear, the air 222 will pass through the inner gas passage 142 and the middle gas passage 144 of the gas passage 14 at the same time, enter the inner gas through hole 182 and the middle gas through hole 184, so that the air 222 enters the inner hose 202 and the middle hose 204 at the same time, when the air 222 passes through the air outlet holes 21 of the inner hose 202 and the middle hose 204, the first bubbles (not shown in the figure) are generated. When the first bubbles (not shown in the figure) pass through the mesh cloth of the top layer 10T of the pad cover 10, the mesh of the mesh cloth will cut the first bubbles into second bubbles, and the size of the second bubbles is smaller than that of most of the first bubbles, and the second bubbles are used to massage the human body.
[0029] In another embodiment, when the user adjusts the control 162 to the second position, the air 222 will pass through the middle gas passage 144 and the outer gas passage 146 of the gas passage 14, enter the middle gas through hole 184 and the outer gas through hole 186, so that the air 222 enters the middle hose 204 and the outer hose 206 at the same time. When the air 222 passes through the air outlet 21 of the middle hose 204 and the outer hose 206, the first bubbles (not shown in the figure) are generated. Similarly, when the first bubbles (not shown in the figure) pass through the mesh cloth of the top layer 10T of the pad 10, the mesh of the mesh cloth cuts the first bubbles into second bubbles, and the size of the second bubbles is smaller than that of most of the first bubbles. The second bubbles are used to massage the human body. In this embodiment, the area of the bubbles generated by the middle hose 204 and the outer hose 206 is larger than that of the bubbles generated by the inner hose 202 and the middle hose 204, and the area of the bubbles massaging the user is increased. It should be noted that the area referred to herein is the area of the bubbles generated by the inner hose 202 and the middle hose 204 in the bathing device (not shown in the figure), rather than the area of the bubbles themselves.
[0030] In another embodiment, when the user adjusts the control 162 to the second position, the air 222 will pass through the middle gas passage 144 and the outer gas passage 146 of the gas passage 14, enter the middle gas through hole 184 and the outer gas through hole 186, so that the air 222 enters the middle hose 204 and the outer hose 206 at the same time. When the air 222 passes through the air outlet 21 of the middle hose 204 and the outer hose 206, the first bubbles (not shown in the figure) are generated. Similarly, when the first bubbles (not shown in the figure) pass through the mesh cloth of the top layer 10T of the pad 10, the mesh of the mesh cloth cuts the first bubbles into second bubbles, and the size of the second bubbles is smaller than that of most of the first bubbles. The second bubbles are used to massage the human body. In this embodiment, the area of the bubbles generated by the middle hose 204 and the outer hose 206 is larger than that of the bubbles generated by the inner hose 202 and the middle hose 204, and the area of the bubbles massaging the user is increased. It should be noted that the area referred to herein is the area of the bubbles generated by the inner hose 202 and the middle hose 204 in the bathing device (not shown in the figure), rather than the area of the bubbles themselves.
[0031] It is to be noted that the air outlet holes 21 of the inner hose 202, the middle hose 204 and the outer hose 206 can be designed to have equal or unequal intervals, wherein the equal intervals can mean that the intervals of the air outlet holes 21 on each hose are equal, or the intervals of the air outlet holes 21 on each hose are equal but not equal to those on the other hoses. In addition, the unequal intervals can mean that the intervals of the air outlet holes 21 on each hose are unequal, and the intervals of the air outlet holes 21 on each hose are unequal to those on the other hoses. The above design of the air outlet holes 21 has the advantage that, since the legs are the most likely to be tired and need to be massaged, the intervals of the air outlet holes 21 of the inner hose 202, the middle hose 204 and the outer hose 206 of the pipe assembly 20 corresponding to the legs can be designed to be close, and the user can control the area and the number of bubbles generated according to the three different control modes of the above control member 162 to massage the desired parts.
[0032] Next, please refer to Figure 4 . Figure 4 a schematic view showing another embodiment of the pad cover. In Figure 4 , the pad cover 40 has a top surface 402 and a side surface 42 which are mesh fabrics, and the mesh fabrics can be single-layer or multi-layer. When the mesh fabric is single-layer, the mesh shape of the mesh fabric can be as shown in the mesh fabric 102C or the mesh fabric 102D in Figure 2 , and when the mesh fabric is multi-layer, the mesh shape of each layer of the mesh fabric can be as shown in the mesh fabric 102A, the mesh fabric 102B, the mesh fabric 102C and the mesh fabric 102D in Figure 2 , or the mesh shape of two or three of the mesh fabric 102A, the mesh fabric 102B, the mesh fabric 102C and the mesh fabric 102D can be arranged and stacked. It is to be noted that the use of different mesh fabrics, such as the mesh fabric 102A and the mesh fabric 102B, for stacking, since the meshes of the mesh fabric 102A and the mesh fabric 102B are staggered with each other, the large air bubbles generated by the air supplied by the air supply device (not shown in the figure) through the pipe assembly (not shown in the figure) can be cut into dense air bubbles by the mesh fabrics with different mesh shapes, since the rising speed of the dense air bubbles in water is smaller than that of the large air bubbles, the heat exchange time of the air bubbles in water is increased, and if the introduced air is hot, the water temperature drop rate can be slowed down.
[0033] Next, please refer to Figure 5 . Figure 5 a schematic view showing the structure of the bubble spa pad. In Figure 5In this embodiment, the bubble spa pad is composed of a pad body 50 and a gas passage member 12, wherein the pad body 50 is connected to and communicates with the gas passage member 12. The pad body 50 has a plurality of gas flow channels 52, and each of the gas flow channels 52 has a plurality of gas outlet holes 56. In this embodiment, a plurality of ribs 54 are arranged between each of the gas flow channels 52 to increase the support strength of the pad body 50.
[0034] The gas passage member 12 has a valve connecting end 15, a plurality of gas passages 14, and a plurality of gas through holes 18, wherein one end of each of the gas passages 14 is connected to the valve connecting end 15, and the other end of each of the gas passages 14 communicates with the plurality of gas through holes 18. Similarly, the gas passages 14 include inner gas passages 142, middle gas passages 144, and outer gas passages 146, and the gas through holes 18 include inner gas through holes 182, middle gas through holes 184, and outer gas through holes 186. When the pad body 50 is connected to the gas passage member 12, the inner gas flow channels 522 of the pad body 50 communicate with the inner gas passages 142 via the inner gas through holes 182, the middle gas flow channels 524 communicate with the middle gas passages 144 via the middle gas through holes 184, and the outer gas flow channels 546 communicate with the outer gas passages 146 via the outer gas through holes 186.
[0035] The control valve 16 has a control member 162 connected to the valve connecting end 15 at one end of the control valve 16, and the other end of the control valve 16 is connected to the air supply device 22 via the gas delivery pipe member 24. The control member 162 is used to control the air 222 provided by the air supply device 22 to flow into the gas flow channels 52 of the pad body 50 via the gas delivery pipe member 24, the control valve 16, the gas passages 14, the gas through holes 18, and the gas outlet holes 56 of the gas flow channels 52 to generate a plurality of bubbles.
[0036] Next, please refer to Figure 6 . Figure 6 is a schematic view showing another embodiment of the bubble spa system. Meanwhile, please refer to Figures 4 to 5 . Figure 6 , the pad cover 40 of Figure 4 is fixed on the pad body 50 via the fixing belt 44 on the side surface 42, so that the gas flow channels 52 of the pad body 50 can be completely covered by the pad cover 40. It is to be noted that, in Figure 6For the sake of convenience, part of the gas flow channel 52 is exposed. Then the bubble spa pad with the pad cover 40, the pad body 50 and the gas passage member 12 is connected to the air supply device 22 through the gas delivery pipe member 24, and is placed in the cylinder (not shown in the figure) of the bathing device (not shown in the figure), and is fixed in the cylinder (not shown in the figure) through the suction cup (not shown in the figure). After the user starts the air supply device 22, the air 222 enters the control valve member 16 through the gas delivery pipe member 24, at this time the user can adjust the position of bubble generation through the adjustment knob 162 of the control valve member 16. When the adjustment knob 162 is adjusted to the first gear, the air 222 will only enter the inner gas flow channel 522 through the inner gas passage 142 and the inner gas through hole 182 of the gas passage 14, when the air 222 is sprayed out through the air outlet hole 56 of the inner gas flow channel 522, the first bubbles (not shown in the figure) will be generated, when the first bubbles (not shown in the figure) pass through the mesh cloth of the pad cover 40, the mesh of the mesh cloth will cut the first bubbles into second bubbles, and the size of the second bubbles is smaller than the size of most of the first bubbles, and the second bubbles are used to massage the human body.
[0037] In another embodiment, when the user adjusts the adjustment knob 162 to the second gear, the air 222 enters the middle gas through hole 184 through the middle gas passage 144 of the gas passage 14, so that the air 222 enters the middle gas flow channel 524, when the air 222 passes through the air outlet hole 56 of the middle gas flow channel 524, the first bubbles (not shown in the figure) will be generated, and when the first bubbles (not shown in the figure) pass through the mesh cloth of the pad cover 40, the mesh of the mesh cloth will cut the first bubbles into second bubbles, and the size of the second bubbles is smaller than the size of the first bubbles, and the second bubbles are used to massage the human body. In this embodiment, the area of the bubbles generated by the inner gas flow channel 522 and the middle gas flow channel 524 is larger than the area of the bubbles generated by the inner gas flow channel 522, and the area of the bubbles massaging the user is increased.
[0038] In a further embodiment, when the user adjusts the adjustment knob 162 to the third gear, the air 222 enters the outer gas through hole 186 through the outer gas passage 146 of the gas passage 14, so that the air 222 enters the outer gas flow channel 526, when the air 222 passes through the air outlet hole 56 of the outer gas flow channel 526, the first bubbles (not shown in the figure) will be generated, and when the first bubbles (not shown in the figure) pass through the mesh cloth of the pad cover 40, the mesh of the mesh cloth will cut the first bubbles into second bubbles, and the size of the second bubbles is smaller than the size of most of the first bubbles, and the second bubbles are used to massage the human body.
[0039] In another embodiment, when the user adjusts the control 162 to the fourth position, air 222 simultaneously enters 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 through hole 182, the middle gas through hole 184, and the outer gas through hole 186, so that the air 222 simultaneously enters the inner gas flow channel 522, the middle gas flow channel 524, and the outer gas flow channel 526. When the air 222 passes through the air outlet 56 of the inner gas flow channel 522, the middle gas flow channel 524, and the outer gas flow channel 526, the first bubbles (not shown in the figure) are generated. Similarly, when the first bubbles (not shown in the figure) pass through the mesh cloth of the pad cover 40, the mesh of the mesh cloth cuts the first bubbles into second bubbles, and the size of the second bubbles is smaller than that of most of the first bubbles. The second bubbles have a massage effect on the human body. In this embodiment, the area for generating bubbles by the inner gas flow channel 522, the middle gas flow channel 524, and the outer gas flow channel 526 is the largest, and the whole body of the user can be massaged.
[0040] The advantages of fixing the pad cover 40 on the pad body 50 are that the user will feel uncomfortable on the hard pad body 50 in a sitting or lying position, and the pad body 50 itself is a plastic material that is resistant to weight or pressure, and does not have heat conduction or heat storage function when placed in warm water. The user must always add hot water to maintain the temperature of the water in the tub (not shown in the figure) during bathing or hydrotherapy. As described earlier, the pad cover 40 of the utility model can evenly bubble the water temperature in the bubble pool or bathtub when placed in a warm water environment such as a bubble pool or bathtub. The pad cover 40 can maintain the maximum body temperature in a warm water environment, has a temperature storage effect, and can delay the local cooling speed of the human contact part. In addition, since the pad body 50 is a combined structure, the user can expand the length of the pad body 50 according to the needs, and the pad cover 40 can be increased with the increase of the length of the pad body 50, increasing the convenience of use.
[0041] The above description is only the preferred embodiment of the utility model, and is not used to limit the scope of the utility model. The above description should be understood and implemented by those skilled in the related technical field, so that equivalent changes or modifications made without departing from the spirit disclosed by the utility model should be included in the scope of the patent application.
Claims
1. A bubble spa system, characterized by, The bubble spa system comprises: a cushion cover having a top layer and a bottom layer, and a receiving space formed by the connection of the bottom layer and the top layer, wherein the top layer and the bottom layer are each a mesh cloth having a mesh; a gas passage member disposed in the receiving space of the cushion cover, the gas passage member having a valve connection end, a plurality of gas passages, and a plurality of gas through holes, wherein one end of the gas passage is connected to the valve connection end, and the other end of the gas passage is connected to the gas through hole; a pipe set connected to the gas passage member and disposed in the receiving space of the cushion cover, the pipe set having a plurality of hoses, and each of the hoses having a tube wall provided with a plurality of air outlet holes disposed below the top layer; and a control valve having a control element, one end of the control valve being connected to the valve connection end, and the other end of the control valve being connected to an air supply device via a gas delivery pipe, the control element controlling air delivered by the air supply device to enter each of the hoses via the gas delivery pipe, the control valve, the gas passage, and the gas through hole, and to generate a plurality of first bubbles through the air outlet holes of the tube wall of each of the hoses, and to cut the first bubbles into a plurality of second bubbles through the mesh of the top layer of the cushion cover, wherein the size of the first bubbles is greater than the size of the second bubbles.
2. A bubble spa system characterized by, The bubble spa system comprises: a cushion body having a plurality of gas flow channels, and a plurality of air outlet holes on each of the gas flow channels; a gas passage member connected to the cushion body, the gas passage member having a valve connection end, a plurality of gas passages, and a plurality of gas through holes, wherein one end of the gas passage is connected to the valve connection end, and the other end of the gas passage is connected to the gas through hole, so that the gas passage member and the cushion body are in communication through the gas through hole; a cushion cover disposed on the top surface of the cushion body, the cushion cover being a mesh cloth having a mesh, and the side surface of the cushion cover having a fixing belt, the cushion cover being fixed to the cushion body through the fixing belt, so that the mesh cloth having the mesh is disposed above the air outlet hole; and a control valve having a control element, one end of the control valve being connected to the valve connection end, and the other end of the control valve being connected to an air supply device via a gas delivery pipe, the control element controlling air delivered by the air supply device to enter the gas flow channels of the cushion body via the gas delivery pipe, the gas passage, the gas through hole, and to generate a plurality of first bubbles through the air outlet holes of the gas flow channels, and to cut the first bubbles into a plurality of second bubbles through the mesh of the cover, wherein the size of the first bubbles is greater than the size of the second bubbles.