Water vapor rotary jet massage assembly and foot bath device

Abstract

The invention discloses a water vapor rotary spraying massage assembly and a foot bath device, belongs to the field of health care, and aims to solve the problem that the experience of a user is poor when a massage assembly of an existing foot bath device applies massage stimulation to feet. The mounting disc is arranged on the upper side of the water vapor dispersion plate, a mounting space is kept between the mounting disc and the water vapor dispersion plate, and the mounting space is isolated from the water vapor dispersion flow channel; a plurality of rotary massage nozzles are rotatably distributed on the upper side of the mounting disc and are respectively communicated with the water vapor dispersion flow channel; a plurality of driven gears are positioned in the mounting space and are arranged together with the rotary massage nozzles one by one to drive the rotary massage nozzles to rotate; the driving gear located in the installation space drives the driven gears to rotate, so that the rotating massage nozzles are driven to rotate to massage the feet, water vapor is sprayed out through the rotating massage nozzles, the spraying direction is changed along with rotation of the rotating massage nozzles, and the foot bath experience is improved.

Description

Technical Field

[0001] The invention relates to the field of health care, and in particular to a water vapor rotary jet massage component and a foot bath. Background Art

[0002] Existing foot baths provide a static sauna for the feet by diffusing warm water vapor in the foot bath cavity and wrapping the user's feet. The warm water vapor is also pressurized and sprayed to form a fluid beam, and the fluid beam impacts the foot to produce massage stimulation. In this foot bath, the direction of the fluid beam sprayed by the nozzle is fixed and cannot be changed, and the user experience is poor when applying massage stimulation to the foot. In addition, the massage stimulation to the foot depends on the injection strength of the pressurized warm water vapor. Although the injection strength can be adjusted, when the foot is placed on the nozzle to block the injection hole, the injection strength is reduced. Summary of the invention

[0003] The technical problem to be solved and the technical task proposed by the present invention is to overcome the defect that the massage component of the existing foot bath has a poor user experience when applying massage stimulation to the foot, and to provide a water vapor rotary jet massage component and a foot bath for improving the foot bathing experience.

[0004] To achieve the above object, the water vapor rotary jet massage assembly of the present invention comprises:

[0005] a water vapor dispersion plate on which water vapor dispersion channels are distributed;

[0006] The mounting plate is located on the upper side of the water vapor dispersion plate, and a mounting space is maintained between the mounting plate and the water vapor dispersion plate, and the mounting space and the water vapor dispersion flow channel are isolated from each other;

[0007] A plurality of rotating massage nozzles are rotatably distributed on the upper side of the mounting plate and are respectively connected to the water vapor dispersion flow channel;

[0008] A plurality of driven gears are located in the installation space and are configured one by one with the rotary massage nozzles to drive the rotary massage nozzles to rotate;

[0009] The driving gear is located in the installation space and is used for driving the plurality of driven gears to rotate.

[0010] The water vapor rotary jet massage assembly is driven by a driving gear and a driven gear to drive multiple rotary massage nozzles to rotate to massage the feet. Moreover, the transmission of the gears can keep the various rotary massage nozzles in synchronous motion, apply comprehensive massage stimulation to the feet, and enhance the foot bathing experience. While the rotary massage nozzles rotate to massage the feet, the water vapor from the water vapor dispersion flow channel is transported to each rotary massage nozzle and sprayed out, and the spray direction changes with the rotation of the rotary massage nozzles, further enhancing the foot bathing experience.

[0011] Preferably, the plurality of rotating massage nozzles are symmetrically distributed in two rows to form two areas parallel to each other, each area being used to massage one foot to increase comfort.

[0012] Preferably, the plurality of driven gears are symmetrically distributed in two rows, and the driven gears in the same row mesh sequentially. Accordingly, by meshing the driven gears sequentially, the adjacent rotary massage nozzles are turned in opposite directions, and different massage stimulations can be obtained by moving the feet during foot bathing.

[0013] Preferably, the driving gear is located between the two rows of driven gears and meshes with one of the driven gears in each row. Accordingly, the transmission structure is simplified and the consistent movement of the two rows of rotating massage spray heads is maintained.

[0014] Preferably, the water vapor dispersion channel includes a first dispersion channel, a second dispersion channel and a connecting channel, the first dispersion channel is symmetrical with the second dispersion channel, the connecting channel is located between the first dispersion channel and the second dispersion channel and connects the first dispersion channel with the second dispersion channel, and an input interface is provided in the middle of the connecting channel. Accordingly, water vapor can be evenly delivered to each rotary massage nozzle through the input interface.

[0015] Preferably, the rotary massage nozzle includes a head base and a tubular shaft, the head base is provided with a water vapor chamber and a plurality of spray holes for spraying water vapor outward from the water vapor chamber, the upper end of the tubular shaft is inserted into the head base and communicated with the water vapor chamber, and the lower end of the tubular shaft extends into the water vapor dispersion channel. Accordingly, each spray hole can spray water vapor with a consistent force.

[0016] Preferably, the upper end of the tubular shaft is sealed with the head seat, and the lower end of the tubular shaft is sealed with the water vapor dispersion plate, so as to ensure that the rotary massage nozzle can rotate flexibly without leaking water.

[0017] Preferably, the head base has a key shaft section, and the driven gear is sleeved on the key shaft section, thereby ensuring that the driven gear drives the rotating massage spray head.

[0018] Preferably, a protruding ball is arranged on the head seat, and the outer end of the injection hole is lower than the ball. The ball can massage the foot as the rotary massage nozzle rotates, and because the ball can rotate, the massage applied by the ball to the foot is more comfortable. In addition, because the outer end of the injection hole is lower than the ball, when the foot is placed on the rotary massage nozzle, the injection hole will not be blocked, thereby ensuring the massage effect of the water vapor injection.

[0019] The foot bath of the present invention comprises:

[0020] Foot bath cavity; used to keep water vapor in the foot bath cavity, and place the feet in the foot bath cavity to obtain sauna and massage effects during foot bath;

[0021] The water vapor rotary jet massage assembly of the present invention, the mounting plate forms the bottom surface of the foot bath cavity, the multiple rotary massage nozzles protrude from the foot bath cavity; and is used to place the foot on the rotary massage nozzles to obtain massage stimulation during massage;

[0022] a heated atomizing water tank for heating atomizing water;

[0023] A water vapor pressurizing component, used to pressurize the water vapor generated by the heated atomizing water tank and transport it to the water vapor dispersion flow channel;

[0024] The mechanical power assembly that provides power to the drive gear.

[0025] Accordingly, the function and effect of the water vapor rotary jet massage component of the present invention are achieved.

[0026] The present invention distributes water vapor dispersion channels on a water vapor dispersion plate; arranges a mounting plate on the upper side of the water vapor dispersion plate, maintains a mounting space between the mounting plate and the water vapor dispersion plate, and isolates the mounting space from the water vapor dispersion channel; rotatably distributes a plurality of rotary massage nozzles on the upper side of the mounting plate and each is connected to the water vapor dispersion channel; places a plurality of driven gears in the mounting space and is configured one by one with the rotary massage nozzles to rotate with the rotary massage nozzles; the driving gear located in the mounting space drives the plurality of driven gears to rotate, thereby rotating with the plurality of rotary massage nozzles to massage the foot, and the transmission of the gears enables the respective rotary massage nozzles to maintain synchronous movement, exerts a comprehensive massage stimulation on the foot, and enhances the foot bathing experience. During the period when the rotary massage nozzles rotate to massage the foot, the water vapor from the water vapor dispersion channel is transported to and ejected from the respective rotary massage nozzles, and the ejection direction changes with the rotation of the rotary massage nozzles, further enhancing the foot bathing experience.

[0027] The rotary massage nozzle of the present invention comprises a head base, which is provided with a water vapor chamber and a plurality of spray holes for spraying water vapor outward from the water vapor chamber, so that each spray hole sprays water vapor with a consistent force. In addition, a protruding ball is arranged on the head base, and the outer end of the spray hole is lower than the ball. The ball can massage the foot as the rotary massage nozzle rotates, and because the ball can rotate, the massage applied by the ball to the foot is more comfortable. Because the outer end of the spray hole is lower than the ball, when the foot is placed on the rotary massage nozzle, the spray hole will not be blocked, thereby ensuring the massage effect of the water vapor spray. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a schematic diagram of the structural decomposition of the foot bath of the present invention;

[0029] Figure 2 It is a schematic diagram of the water vapor rotary jet massage assembly of the present invention;

[0030] Figure 3It is a schematic diagram of the structure decomposition of the water vapor rotary jet massage component of the present invention;

[0031] Figure 4 It is a schematic diagram of the water vapor pressurizing component and the mechanical power component of the present invention;

[0032] Figure 5 It is a schematic diagram of the structure decomposition of the rotary massage nozzle of the present invention;

[0033] Figure 6 It is a schematic cross-sectional structure diagram of the head seat of the present invention;

[0034] Figure 7 It is a schematic diagram of the cross-section structure of the water vapor dispersion plate of the present invention;

[0035] Figure 8 It is a schematic diagram of the assembly relationship between the tubular shaft and the shaft sleeve of the present invention;

[0036] Description of the numbers in the figure:

[0037] 100 Water vapor rotary jet massage components

[0038] 110 water vapor dispersion plate, 111 first dispersion channel, 112 second dispersion channel, 113 connecting channel, 114 input interface, 115 installation interface, 116 shaft sleeve,

[0039] 120 installation disk,

[0040] 130 rotating massage nozzle, 131 head seat, 132 tubular shaft, 1321 lower shaft section, 1322 rotating retaining ring, 1323 upper shaft section, 1324 sealing ring, 133 water vapor chamber, 134 injection hole, 135 key shaft section, 136 ball bearing,

[0041] 140 driven gear, 141 square hole,

[0042] 150 driving gear;

[0043] 200 heating atomizing water tank, 201 first heating device, 202 ultrasonic atomizer, 203 suction port, 204 cover;

[0044] 300 water vapor pressurizing component, 301 pressurizing pump, 302 delivery pipe, 303 first check valve, 304 storage tank, 305 control valve, 306 second heating device, 307 second check valve, 308 fan, 309 inlet pipe;

[0045] 400 mechanical power components;

[0046] 500 upper housing, 501 mouth, 502 insertion port, 503 control screen;

[0047] 610 positioning mounting plate, 620 separation plate;

[0048] 700 lower housing;

[0049] 800 water bottles. DETAILED DESCRIPTION

[0050] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is a part of the embodiment of the present invention, not all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0051] The terms "including" and "having" and any variations thereof in the specification and claims of the present invention are intended to cover non-exclusive inclusions. For example, a method or product comprising a series of technical features is not necessarily limited to those technical features clearly listed, but may also include other technical features that are not clearly listed and can be included in the method or product.

[0052] In the description of the present invention, it is necessary to understand that the technical features defined by the terms "first", "second" and the like with sequential concepts are only for the purpose of clearly describing the defined technical features so that the defined technical features can be clearly distinguished from other technical features, but do not represent such naming in actual implementation, and therefore cannot be understood as a limitation of the present invention.

[0053] The present invention is described in detail below in conjunction with specific embodiments and accompanying drawings.

[0054] Figure 1 A foot bath is shown, which includes: a foot bath chamber, a water vapor rotary jet massage component 100, a heating atomizing water tank 200, a water vapor pressurizing component 300 and a mechanical power component 400.

[0055] The foot bath cavity is defined between the upper shell 500 and the water vapor rotary jet massage assembly 100. The upper shell 500 has an opening 501 for the foot to enter and exit the foot bath cavity. The upper shell 500 also has an insertion port 502 for inserting the water bottle 800. The upper shell 500 is also equipped with a control screen 503 for displaying the working status of the foot bath and controlling the foot bath.

[0056] The water vapor rotary jet massage assembly 100 is as follows Figure 2-3 As shown, it includes a water vapor dispersion plate 110, a mounting plate 120, a plurality of rotating massage nozzles 130, a plurality of driven gears 140 and a driving gear 150.

[0057] like Figure 7As shown, the water vapor dispersion plate 110 is a plate-shaped component, on which water vapor dispersion channels are distributed, and the water vapor dispersion channels are used to disperse the delivered water vapor so as to evenly distribute it to each rotating massage nozzle. In the illustrated structure, a groove of a corresponding shape is arranged on the water vapor dispersion plate, and then the groove is covered with a cover plate to form the water vapor dispersion channel. In other embodiments, the groove can be arranged on the cover plate, and the cover plate can be assembled on the water vapor dispersion plate to form the water vapor dispersion channel.

[0058] The mounting disk 120 is also a plate-like component, which is located on the upper side of the water vapor dispersion plate 110. An mounting space is maintained between the mounting disk and the water vapor dispersion plate, and the mounting space and the water vapor dispersion channel are isolated from each other to prevent water vapor in the water vapor dispersion channel from entering the mounting space and causing adverse effects on structures in the mounting space such as gears.

[0059] A plurality of rotary massage nozzles 130 are rotatably distributed on the upper side of the mounting plate 120 and are connected to the water vapor dispersion flow channel. Therefore, the mounting plate serves as an assembly base for the rotary massage nozzles and carries the rotary massage nozzles and the pressure from the foot during foot bathing.

[0060] A plurality of driven gears 140 are located in the installation space and are configured together with the rotary massage nozzles 130 one by one to drive the rotary massage nozzles to rotate.

[0061] The driving gear 150 is located in the installation space and is used to drive the plurality of driven gears to rotate.

[0062] According to the water vapor rotary jet massage assembly of the above structure, water vapor is transported to each rotary massage nozzle through the water vapor dispersion channel, and the driving gear and the driven gear drive the multiple rotary massage nozzles to rotate, so as to apply contact mechanical massage from the rotary massage nozzles and stimulating massage from the water vapor sprayed from the rotary massage nozzles to the feet. Moreover, the transmission of the gears can keep the various rotary massage nozzles in synchronous motion, apply comprehensive massage stimulation to the feet, and enhance the foot bathing experience. While the rotary massage nozzles massage the feet by rotating, the water vapor from the water vapor dispersion channel is transported to and sprayed out of each rotary massage nozzle, and the spraying direction changes with the rotation of the rotary massage nozzles, further enhancing the foot bathing experience.

[0063] In the illustrated structure, a plurality of rotary massage nozzles 130 are symmetrically distributed in two rows. They are used to form two areas parallel to each other, each area is used to massage a foot to increase comfort. Correspondingly, a plurality of driven gears 140 are symmetrically distributed in two rows, and the driven gears in the same row are meshed in sequence. Accordingly, by meshing the driven gears in sequence, the adjacent rotary massage nozzles are turned in opposite directions. When bathing the feet, different massage stimulations can be obtained by moving the feet. In addition, the driving gear 150 is located between the two rows of driven gears and meshes with one of the driven gears in each row. Accordingly, the transmission structure is simplified, and the consistent movement of the two rows of rotary massage nozzles is maintained. Among them, the driven gears in the same row can maintain a diameter difference, thereby achieving a speed difference of different rotary massage nozzles.

[0064] like Figure 3 , Figure 7 As shown, the water vapor dispersion channel includes a first dispersion channel 111, a second dispersion channel 112 and a connecting channel 113. The first dispersion channel 111 and the second dispersion channel 112 are symmetrical. The connecting channel 113 is located between the first dispersion channel 111 and the second dispersion channel 112 and connects the first dispersion channel with the second dispersion channel. An input interface 114 is provided in the middle of the connecting channel 113. Figure 7 In the figure, the water vapor dispersion plate 110 is cut by two planes passing through the first dispersion channel 111 and the input interface 114 and perpendicular to the water vapor dispersion plate 110, so as to clearly show the position and structure of the input interface 114 and the mounting interface 115. The input interface 114 is located on the lower surface of the water vapor dispersion plate 110. Accordingly, water vapor can be uniformly delivered to each rotary massage nozzle through the input interface 114.

[0065] A plurality of mounting interfaces 115 are distributed along the first dispersed flow channel 111 and the second dispersed flow channel 112, each mounting interface being fixed with a shaft sleeve 116; the shaft sleeve 116 is fixed to the mounting interface 115 by threads, which is convenient for assembly and sealing between the shaft sleeve and the mounting interface.

[0066] like Figure 5-6As shown, the rotary massage nozzle 130 includes a head base 131 and a tubular shaft 132. The head base 131 is provided with a water vapor chamber 133 and a plurality of spray holes 134 for spraying water vapor outward from the water vapor chamber. The upper end of the tubular shaft 132 is inserted into the head base 131 and communicates with the water vapor chamber. The lower end of the tubular shaft 132 extends into the water vapor dispersion channel. Accordingly, each spray hole can spray water vapor with a consistent force. In addition, the upper end of the tubular shaft is sealed with the head base, and the lower end of the tubular shaft is sealed with the water vapor dispersion plate. This sealing is achieved by sleeve-fitting a sealing ring at the corresponding part of the tubular shaft, ensuring that the rotary massage nozzle can rotate flexibly without leaking water vapor. The head base 131 has a key shaft section 135, which is in the shape of a square shaft, and the driven gear is sleeved on the key shaft section through a square hole. Accordingly, the driven gear is guaranteed to drive the rotary massage nozzle.

[0067] Specifically, the tubular shaft 132 is sealed and rotatably assembled with the sleeve 116 in a one-to-one correspondence. The upper end of the tubular shaft 132 is sealed and connected to the head seat and is connected to the injection hole 134 through the water vapor chamber 133. The lower end of the tubular shaft 132 is open to the water vapor dispersion channel for receiving water vapor from the water vapor dispersion channel.

[0068] like Figure 8 As shown, the tubular shaft 132 is inserted into the sleeve 116 and extends a lower shaft section 1321 below the sleeve, and at least one rotating retaining ring 1322 is sleeved on the lower shaft section. The rotating retaining ring not only constrains the tubular shaft to the sleeve, but also plays a sealing role to prevent water vapor from leaking from the rotating gap between the tubular shaft and the sleeve. In particular, the rotating retaining ring is sleeved on the lower shaft section instead of being squeezed between the inner wall of the tubular shaft and the sleeve. When the tubular shaft rotates relative to the sleeve, the resistance generated by the rotating retaining ring is small, thereby ensuring the flexibility of the tubular shaft rotation. When there are multiple rotating retaining rings, the sealing life can be increased. The tubular shaft 132 also extends an upper shaft section 1323 above the sleeve, and the upper shaft section is sleeved with at least one sealing ring 1324, which is squeezed between the upper shaft section 1323 and the head seat 131. The sealing of the tubular shaft and the head seat is ensured accordingly.

[0069] A plurality of driven gears 140 are located in the installation space and are arranged one by one with the rotary massage nozzle 130 to rotate the rotary massage nozzle. Specifically, the driven gear 140 is driven and assembled with the upper shaft section 1323 and the head seat 131. The structure shown in the figure is that the upper shaft section 1323 and the head seat 131 are both provided with a key shaft section 135, and the driven gear 140 is provided with a square hole 141, which is sleeved on the key shaft section 135 of the upper shaft section 1323 and the head seat 131 to rotate the entire rotary massage nozzle, thereby preventing the tubular shaft and the head from rotating relative to each other.

[0070] The head base 131 is also provided with a protruding ball 136, and the outer end of the injection hole 134 is lower than the ball 136. The ball can massage the foot as the rotary massage nozzle rotates, and because the ball can rotate, the massage applied by the ball to the foot is more comfortable. In addition, because the outer end of the injection hole is lower than the ball, when the foot is placed on the rotary massage nozzle, the injection hole will not be blocked, thereby ensuring the massage effect of the water vapor injection.

[0071] The mounting plate 120 forms the bottom surface of the foot bath cavity, and a plurality of rotating massage nozzles 130 protrude from the foot bath cavity.

[0072] The heated atomized water tank 200 is used to heat the atomized water. Figure 1 As shown, the bottom of the heating atomizing water tank is equipped with a first heating device 201 and an ultrasonic atomizer 202, so that the water from the water bottle 800 can be atomized and heated into water vapor. The side wall of the heating atomizing water tank has a suction port 203 for connecting the pressure pump 301 of the water vapor pressurizing component.

[0073] In order to ensure the efficiency of heating and atomization, it is advisable to keep a sufficiently large space above the heating and atomization water tank 200. For this reason, a cover shell 204 is set above the heating and atomization water tank 200, and a relatively independent space is formed between the cover shell and the heating and atomization water tank 200, which is called a dispersion chamber.

[0074] The water vapor pressurizing assembly 300 is used to pressurize the water vapor generated by the heated atomizing water tank 200 and transport it to the water vapor dispersion channel. Figure 1 , Figure 4 As shown, the water vapor pressurizing component 300 includes a pressure pump 301, a delivery pipe 302, and a first one-way valve 303, a storage tank 304, a control valve 305, a second heating device 306, a second one-way valve 307, and a fan 308 arranged in the delivery pipe path. The pressure pump 301 has an inlet pipe 309, and the inlet pipe 309 is connected to the suction port 203 of the heating atomizing water tank 200. One end of the delivery pipe 302 is connected to the outlet of the pressure pump 301, and the other end is connected to the input interface 114 of the water vapor dispersion channel. During foot bathing, the pressure pump 301 absorbs water vapor from the heating atomizing water tank through the inlet pipe 309 and the suction port 203 and pressurizes the water vapor. After the water vapor flows through the first one-way valve 303, the control valve 305, and the second heating device 306, it enters the water vapor dispersion channel from the input interface 114 and is distributed to each rotary massage nozzle. The first one-way valve and the second one-way valve are used to prevent water vapor from flowing back. The control valve is used to control the opening, closing and flow rate of the delivery pipe. The second heating device can be used to heat the water vapor flowing through.

[0075] When the water vapor generated by the heated atomizing water tank 200 is less or / and the power of the booster pump is insufficient, the water vapor pressurizing component 300 cannot continuously spray out a high-speed water vapor flow. While a general booster pump such as an airbag air pump can continuously inflate, it cannot achieve high-pressure air delivery. If the booster pump is forced to deliver air at high pressure, it will cause an extremely serious suction feeling above the foot bath cavity and increase the working noise of the booster pump. Therefore, using a storage tank to accumulate and store water vapor and assist in pressurization, and intermittently releasing water vapor, it can ensure that the water vapor pressurizing component 300 can continuously spray out a high-speed water vapor flow with a lower working noise. In view of the role of the storage tank, the storage tank is preferably made of an elastic material so that the storage tank behaves as an elastic bag.

[0076] After the foot bath, the fan can be started to generate airflow. When the airflow passes through the second heating device, it is heated to become hot air. The hot air flows through the circulation path of the water vapor to achieve heating and drying.

[0077] Among them, the water vapor dispersion plate 110 is arranged on the positioning mounting plate 610, and a separation plate 620 is also provided on the lower side of the positioning mounting plate 610. The positioning mounting plate and the separation plate allow the footbath chamber to maintain a relatively sealed space, and under the action of the pressure pump 301, the water vapor is allowed to circulate between the heated atomizing water tank 200, the water vapor pressurizing component 300, the water vapor dispersion flow channel, the rotary massage nozzle 130, and the footbath chamber. Therefore, a water vapor channel is maintained between the footbath chamber and the heated atomizing water tank, and the water vapor channel is preferably arranged on the cover 204 that surrounds the diffusion chamber. At any stage during operation, when the pressure of the diffusion chamber is less than the pressure of the footbath chamber, the water vapor channel allows the water vapor in the footbath chamber to flow back to the diffusion chamber, and when the pressure of the footbath chamber is less than the pressure of the diffusion chamber, the water vapor in the diffusion chamber will escape to the footbath chamber through the water vapor channel.

[0078] The water vapor pressurizing assembly 300, the mechanical power assembly 400 and the circuit control board are fixed to the lower side of the partition plate 620 and are shielded by the lower shell 700, and are isolated from the foot bath cavity by the positioning mounting plate 610 and the partition plate 620.

[0079] The mechanical power assembly 400 is used to provide power for the driving gear, which is preferably a combination of a motor and a worm gear transmission mechanism, which is coaxially driven by the turbine and the driving gear. The transmission shaft passes through the positioning mounting plate 610 and the partition plate 620 and is connected to the turbine and the driving gear.

[0080] The circuit control board is electrically connected to the control screen 503, the first heating device 201, the ultrasonic atomizer 202, the pressure pump 301, the first one-way valve 303, the control valve 305, the second heating device 306, the second one-way valve 307, the fan 308, the motor of the mechanical power assembly and other electrical components for controlling the operation of the foot bath.

[0081] When the foot bath is working, the first heating device 201, ultrasonic atomizer 202, water vapor pressurizing component 300, and mechanical power component 400 are activated by operating the control panel 503, and the rotary massage nozzle 130 rotates, and the water vapor is heated and ejected from the ejection hole 134 of the rotary massage nozzle 130. When the foot is placed on the corresponding rotary massage nozzle, it can obtain mechanical contact massage and water vapor injection stimulation massage. Moreover, moving the foot can give the same part of the foot different massage experiences.

Claims

1. A water vapor rotary jet massage component, characterized in that include: A water vapor dispersion plate (110) on which water vapor dispersion channels are distributed; A mounting plate (120) is located on the upper side of the water vapor dispersion plate (110), and a mounting space is maintained between the mounting plate and the water vapor dispersion plate, and the mounting space and the water vapor dispersion channel are isolated from each other; A plurality of rotating massage spray heads (130), which are rotatably distributed on the upper side of the mounting plate (120) and are respectively connected to the water vapor dispersion flow channel; A plurality of driven gears (140) are located in the installation space and are configured one by one with the rotary massage nozzles (130) to drive the rotary massage nozzles to rotate; A driving gear (150) is located in the installation space and is used to drive the plurality of driven gears to rotate.

2. The water vapor rotary jet massage assembly according to claim 1, characterized in that: The plurality of rotating massage nozzles (130) are distributed in two rows symmetrically.

3. The water vapor rotary jet massage assembly according to claim 2, characterized in that: The plurality of driven gears (140) are symmetrically distributed in two rows, and the driven gears in the same row are meshed in sequence.

4. The water vapor rotary jet massage assembly according to claim 3 is characterized in that: The driving gear (150) is located between the two rows of driven gears (140) and meshes with one of the driven gears in each row.

5. The water vapor rotary jet massage assembly according to any one of claims 1 to 4, characterized in that: The water vapor dispersion flow channel comprises a first dispersion flow channel (111), a second dispersion flow channel (112) and a connecting flow channel (113); the first dispersion flow channel (111) and the second dispersion flow channel (112) are bilaterally symmetrical; the connecting flow channel (113) is located between the first dispersion flow channel and the second dispersion flow channel and connects the first dispersion flow channel with the second dispersion flow channel; an input interface (114) is provided in the middle of the connecting flow channel (113).

6. The water vapor rotary jet massage assembly according to any one of claims 1 to 4, characterized in that: The rotary massage spray head (130) comprises a head base (131) and a tubular shaft (132); the head base is provided with a water vapor chamber (133) and a plurality of spray holes (134) for spraying water vapor outward from the water vapor chamber; the upper end of the tubular shaft (132) is inserted into the head base (131) and communicates with the water vapor chamber (133); the lower end of the tubular shaft (132) extends into the water vapor dispersion channel.

7. The water vapor rotary jet massage assembly according to claim 6, characterized in that: The upper end of the tubular shaft (132) is sealed with the head seat (131), and the lower end of the tubular shaft (132) is sealed with the water vapor dispersion plate (110).

8. The water vapor rotary jet massage assembly according to claim 6, characterized in that: The head seat (132) has a key shaft section (135), and the driven gear (140) is sleeved on the key shaft section (135).

9. The water vapor rotary jet massage assembly according to claim 6, characterized in that: A protruding ball (136) is disposed on the head seat (132), and the outer end of the injection hole (134) is lower than the ball (136).

10. Foot bath, characterized by include: Foot bath cavity; The water vapor rotary jet massage assembly (100) according to any one of claims 1 to 9, wherein the mounting plate (120) forms the bottom surface of the foot bath cavity, and the plurality of rotary massage nozzles (130) protrude from the foot bath cavity; A heating atomizing water tank (200) for heating atomized water; A water vapor pressurizing component (300) is used to pressurize the water vapor generated by the heated atomizing water tank (200) and transport it to the water vapor dispersion channel; A mechanical power assembly (400) provides power to the drive gear (150).

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