CN113693470A

CN113693470A - Bathing device

Info

Publication number: CN113693470A
Application number: CN202111110209.XA
Authority: CN
Inventors: 林泓鑫
Original assignee: Zhejiang Huale Technology Co ltd
Current assignee: Zhejiang Huale Technology Co ltd
Priority date: 2021-09-18
Filing date: 2021-09-18
Publication date: 2021-11-26
Anticipated expiration: 2041-09-18
Also published as: CN113693470B

Abstract

The invention provides a bathing device, and belongs to the technical field of bathing devices. It has solved the not enough scheduling problem of the convenience of use of current shower device. This shower bath, including the stock solution section of thick bamboo that is used for storing the shower bath, a clear water blowout piece for switching the multi-channel diverter valve in water route and being used for going out the clear water, the multi-channel diverter valve includes a first play water portion and at least one second play water portion, the second goes out water portion and is connected with clear water blowout piece, shower bath device still includes the foam and spouts the piece and be used for the mixture that shower bath and clear water mix, the mixture can produce the negative pressure to the intercommunication route between stock solution section of thick bamboo and the mixture when water is crossed with stock solution section of thick bamboo intercommunication and mixture, first play water portion is connected with the portion of intaking of mixture, the foam spouts the piece and only is connected with the play liquid portion of mixture. The bathing device improves the use convenience.

Description

Bathing device

Technical Field

The invention belongs to the technical field of bathing devices, and relates to a bathing device.

Background

Showering is one of the common ways of cleaning the body, and nowadays, people commonly use a shower head when taking a shower. The shower head is firstly opened to wet the body in the shower process, then the shower head is turned off to paint the shower gel on the body and rub the body, and finally the shower head is opened to wash the shower gel. The bathing mode needs to be carried out in three stages, the shower head is closed in the middle of the bathing mode, so that the temperature is reduced, and particularly in winter, the bathing experience is poor.

In order to improve the comfort and convenience of bathing, the chinese patent literature discloses a shower with bathing liquid [ application number: CN 201511002107.0; publication number: CN 105395115 a ], comprising a liquid inlet device, a bath bottle and a water diversion valve. The liquid inlet device is arranged on the shower rod and communicated with the shower waterway, and the shower bottle is arranged at the top of the liquid inlet device and communicated with the inner cavity of the liquid inlet device. The liquid inlet device comprises a liquid inlet shell, a fixed joint, a pull rod spring and an extrusion elastic sheet, wherein the liquid inlet shell is a three-way component and is provided with a horizontal inlet end, a horizontal outlet end and a vertical inlet end, and a liquid outlet hole is formed in the horizontal outlet end. The fixed joint is fixedly sleeved in a horizontal outlet end of the liquid inlet shell, the inner end of the pull rod is movably sleeved in a horizontal inlet end of the liquid inlet shell, a penetrating end of the pull rod is opposite to a through hole in the middle of the liquid inlet shell and can abut against the through hole, and the outer end of the pull rod is located outside the liquid inlet shell. The extrusion shrapnel is fixedly sleeved in the middle of the pull rod and is positioned below the vertical inlet end of the liquid inlet shell. Two ends of the pull rod spring are respectively connected to the penetrating end of the pull rod and the fixed joint. The shunt valve is arranged in the middle of the shower rod, and the liquid inlet device is arranged on the shunt valve and communicated with the inner cavity of the shunt valve.

When bathing, outside pulling pull rod makes the bathing liquid enter into the inboard of extrusion shell fragment, then releases the pull rod, makes the pull rod inwards move under the effect of pull rod spring, and the extrusion shell fragment is carried the bathing liquid to horizontal exit end department, then opens the water knockout drum, and water gets into and mixes with the bathing liquid from the play liquid hole of horizontal exit end, then mixes water and is carried the gondola water faucet blowout, and along with the lapse of shower time, it is replaced by clear water to mix water, washes totally again. However, since the bath liquid once entering the horizontal outlet end is a fixed value, when the mixed water is required to be continuously used, the pull rod needs to be pulled and pulled for many times in the bath process, the switching cannot be realized immediately when the clean water needs to be switched for washing, the mixed water can only be used up completely, once the pull rod is operated by mistake, the filling of the bath liquid cannot be cancelled, and the clean water can only be discharged after the mixed liquid of the bath liquid is sprayed, so that the use convenience of the shower is not enough.

In order to accelerate the change of the mixed water into the clear water, the filling quantitative value of the bath liquid is generally reduced, the mixed water is used up as soon as possible by reducing the adding amount of the bath liquid, but the mixed water can only be accelerated to be changed into the clear water after the arrangement, the mixed water cannot be changed into the clear water immediately, and the frequency of filling the bath liquid is increased when the mixed water is required to be used continuously. In order to maintain a long-term use of the mixed water, the amount of bath liquid to be filled is generally increased, which in turn results in an increased waiting time when fresh water is required.

Disclosure of Invention

The invention aims to provide a bathing device aiming at the problems in the prior art, and solves the technical problem that the existing bathing device is not convenient to use.

The purpose of the invention can be realized by the following technical scheme:

the utility model provides a shower device, is including the stock solution section of thick bamboo that is used for storing the shower bath, the clear water blowout piece that is used for switching the many water route diverter valve in water route and is used for going out the clear water in water, many water route diverter valve include a first play water portion and at least one second play water portion, the second goes out water portion and is connected with clear water blowout piece, its characterized in that still includes the foam and spouts the piece and be used for the mixture that shower bath and clear water mix, the mixture can produce the negative pressure to the intercommunication route between stock solution section of thick bamboo and the mixture when water is crossed with stock solution section of thick bamboo intercommunication and mixture, first play water portion is connected with the portion of intaking of mixture, the foam spouts the piece and only is connected with the play liquid portion of mixture.

Store the shower gel in the stock solution section of thick bamboo, the shower gel can enter into the mixture through the intercommunication route between stock solution section of thick bamboo and the mixture. In the shower process, when the shower bath needs to be paintd, the control many water routes diverter valve makes its first play water portion go out water, and water produces the negative pressure through the mixture to with the automatic mixture that inhales of intercommunication route between shower bath in the stock solution section of thick bamboo and the mixture, water and shower bath mix in the mixture and form mixed liquid, mixed liquid constantly foams at the flow in-process, spouts the form blowout with the foam from the foam at last, utilizes the foam to spout the piece and paints the foam on the health. When the clean water needs to be switched, the multi-waterway switching valve is controlled to enable the second water outlet part to discharge water, and the clean water is sprayed out from the clean water spraying piece.

Because the mixture can produce the negative pressure to the intercommunication route between stock solution section of thick bamboo and the mixture when crossing water, as long as the mixture crosses water just can be with the shower bath in the stock solution section of thick bamboo in continuous automation inhale the mixture promptly for when the switching of many water route diverter valve goes out water to first play water portion, the shower bath can be added automatically, does not need the user to carry out other extra operations, sustainable continuous blowout foam in the foam blowout piece. The portion of intaking of mixture is connected with the first portion of going out of polywater route diverter valve, the foam spouts the piece and is connected with the play liquid portion of mixture only, the foam spouts the piece just through mixture and polywater route diverter valve intercommunication promptly, and the mixture then does not have the relation of connection with clear water spout the piece with clear water, the foam is only spouted a blowout from the foam, the clear water is then spouted a blowout from the clear water, guarantee that polywater route diverter valve switches to the second and go out when water, spout the clear water immediately in spouting the piece from the clear water, clear water switching process is instant to be accomplished, need not to wait. Meanwhile, the switching to the clear water spraying piece to immediately spray clear water can be realized only by operating the multi-water-path switching valve, the switching to the foam spraying piece to continuously spray foam can be realized, other additional operations are not needed, waiting time is not needed, and the use is convenient. Therefore, the present invention improves the convenience of use of the bathing device.

Generally, in the design concept of the existing shower device, one spraying piece is considered to realize that one object has two purposes and can make the shower device convenient to use, namely, one spraying piece can not only produce foam but also produce clear water to make the shower device convenient to use, but such technical scheme is in order to produce clear water and quantitatively fill the shower gel, so that the shower gel can not be continuously supplied, and the quantitative filling of the shower gel usually leads to the time of always needing to wait when switching to clear water. The invention departs from the design concept, adopts the first object to enable the clear water spraying piece to independently discharge clear water and the foam spraying piece to independently discharge foam, and the clear water spraying piece and the foam spraying piece are connected to the same multi-waterway switching valve to carry out switching control, so that the bathing device is convenient to use.

In addition, compared with the prior art that shower liquid is filled by pulling the pull rod, the shower gel is automatically sucked by the mixer, the problem that the mixer is easily damaged due to the artificial external force can be avoided, and the shower device is convenient to use and has prolonged service life.

In foretell shower device, shower device is still including the gondola water faucet frame that is hollow structure, liquid storage cylinder fixed connection is on the trailing flank of gondola water faucet frame, the rear side wall at gondola water faucet frame is worn to establish by the mixture, the front side wall at gondola water faucet frame is worn to establish by the multiple water route diverter valve, and the operating handle of multiple water route diverter valve stretches out gondola water faucet frame's front side wall forward.

The stock solution section of thick bamboo is fixed on the gondola water faucet frame, the weight of stock solution section of thick bamboo and shower bath is used in the gondola water faucet frame and can not be used in mixture and polywater route diverter valve, just so can add the shower bath enough of notes in the stock solution section of thick bamboo, it needs frequently to add the shower bath and cause the shower inconvenience in the stock solution section of thick bamboo to avoid needing to lead to frequently, avoided mixture and polywater route diverter valve to bear the performance variation and the life that the gravity of stock solution section of thick bamboo and shower bath leads to simultaneously shorten, make the shower device can stabilize the foam and go out the clear water, make shower device convenient to use. The mixture and the multi-water-path switching valve are arranged and fixed on the shower holder in a penetrating way, and are fixed and stable, so that the use stability of the shower device is ensured. The operating handle of the multi-waterway switching valve extends out of the front side wall of the shower holder, the liquid storage cylinder is fixed on the rear side face of the shower holder, and a user can quickly find the operating handle of the multi-waterway switching valve to perform control operation in the bathing process, particularly in the eye closing operation, so that the use convenience of the bathing device is improved.

In foretell shower device, the portion of intaking and first play water portion of mixture all are arranged in the inner chamber of gondola water faucet frame, the mixture has the feed liquor portion of being connected with the stock solution section of thick bamboo, the play liquid portion and the feed liquor portion of mixture all are located gondola water faucet frame rear.

Make the mixture fixed stable on the gondola water faucet frame like this, make things convenient for the erection joint between mixture and liquid storage cylinder and the multiple water route diverter valve simultaneously, first water outlet portion all is protected in the gondola water faucet frame with the portion of intaking moreover, goes out liquid portion and feed liquor portion and is protected at the gondola water faucet frame rear, reduces the interference, guarantees that water can enter into the mixture smoothly and from foam blowout piece blowout foam.

In foretell shower device, the mixture includes mobilizable case, the case can be with the intercommunication route shutoff and can guarantee that first water outlet portion and foam spout the piece and keep the intercommunication through the mixture during the activity, the one end of case stretches out and sets up the portion of gripping from the preceding lateral wall of gondola water faucet frame.

When the intercommunication route does not turn off, the mixture water-passing can make the shower bath in the stock solution section of thick bamboo continuously inhale the mixture in, the foam piece of spouting continues the blowout foam. When the valve core moves to cut off the communication passage, the first water outlet part is still communicated with the foam spraying part, clear water flows through the mixture, and the foam spraying part sprays out the clear water. Therefore, in the bathing device, clean water can be provided immediately by closing the communication passage by the valve core of the mixture, and the use convenience of the bathing device is improved. The portion of gripping of mixture stretches out from the preceding lateral wall of gondola water faucet frame, and the user can find the portion of gripping fast at the in-process of bathing and control the operation to the convenience that the shower device used has been improved.

In foretell shower device, the mixture still includes the valve body, the case inserts in the valve body and can rotate, the feed liquor hole of intercommunication and water negative pressure passageway are seted up to the case, it can produce the negative pressure to the feed liquor hole when crossing water negative pressure passageway and crossing water, the valve body set up with the inhalant canal of first play water portion intercommunication, with the liquid outlet channel of foam blowout piece intercommunication and can with the relative inlet channel who communicates in feed liquor hole, the intercommunication route includes inlet channel and feed liquor hole, rotates the case and can enough change the sectional area of intercommunication mouth between feed liquor hole and the inlet channel, can guarantee again that inhalant canal and liquid outlet channel remain the intercommunication through crossing water negative pressure passageway all the time.

The first play water portion of many water route diverter valve goes out water, water gets into the mixture from the passageway of intaking, flow out and enter into the foam blowout piece from going out the liquid channel behind the water negative pressure passageway, when the case rotates and makes feed liquor hole and feed liquor channel intercommunication, cross the water negative pressure passageway and cross the water and produce the negative pressure to the feed liquor hole when crossing the water, make the shower bath pass through feed liquor channel and feed liquor hole and inhale and cross the water negative pressure passageway in, shower bath and clear water mix, form mixed liquid, mixed liquid constantly foams and spouts the piece with the form of foam from the foam in the mobile in-process and continuously spouts. The rotating valve core can adjust the flow of the shower gel sucked into the mixed liquid, the proportion of the shower gel in the mixed liquid is changed, the water can be always supplied to the water negative pressure channel and the negative pressure effect can be generated, the shower gel can be automatically mixed into clear water when the flow is adjusted, a user can know the instant liquid outlet state, and the shower can be adjusted at any time according to the requirement in the shower process, so that the shower gel is convenient to use. When shower gel does not need to be doped in the clear water, the valve core is rotated to the sectional area of the communication port between the liquid inlet channel and the liquid inlet hole, so that the liquid inlet hole is not communicated with the liquid inlet channel any more, and the foam spraying piece can also spray out the clear water for a user to use. Therefore, in the bathing process, the liquid spraying state of the foam spraying piece can be changed in real time by rotating the valve core according to the requirement, and the use convenience of the bathing device is improved.

In the bathing device, the valve core is further provided with an air inlet communicated with the water passing negative pressure channel, the water passing negative pressure channel can generate negative pressure to the air inlet when passing water, the valve body is further provided with an air inlet channel which can be relatively communicated with the air inlet, and the sectional area of a communication port between the air inlet and the air inlet channel can be changed by rotating the valve core.

When the valve core rotates to the point that the sectional area of a communication port between the air inlet hole and the air inlet channel is not zero, the air inlet hole is communicated with the air inlet channel, the water passing negative pressure channel generates a negative pressure effect when passing water, so that air is sucked into the water passing negative pressure channel through the air inlet channel and the air inlet hole to be mixed with clear water and shower gel to form a mixed liquid of water, air and shower gel, and the mixed liquid continuously foams and is continuously sprayed out from the liquid outlet channel in a foam mode in the flowing process. The air is mixed into the bath foam, so that the bath is convenient to carry out. The valve core is rotated to change the sectional area of the communication port between the liquid inlet hole and the liquid inlet channel and the sectional area of the communication port between the air inlet hole and the air inlet channel, so that the flow of shower gel sucked into the water passing negative pressure channel and the flow of air are adjusted, and the proportion of the shower gel and the air in the mixed liquid is changed. The liquid outlet state can be adjusted at any time by rotating the valve core according to the requirements in the bathing process, and the use is convenient.

In foretell shower device, inlet channel's outer port is located the rear of gondola water faucet frame, the mixture overcoat is equipped with the protective sheath, the protective sheath is fixed on liquid storage cylinder or gondola water faucet frame.

The protective sheath is used for preventing that water from splashing to inlet channel's outer port department leads to the unable entering hybrid of air, and the below that the hybrid is located the stock solution section of thick bamboo then is favorable to the shower bath to enter into the hybrid to guarantee the smooth blowout of foam, guarantee stability and the convenience that the shower device used.

In foretell shower device, go back fixedly connected with supporter on the gondola water faucet frame, many water routes diverter valve is located the below of supporter, the stock solution section of thick bamboo and the mixture are located the top of supporter, the both sides of supporter all are provided with the couple, the hangers has on the foam blowout piece, the hangers can be hung on the couple.

The foam spraying piece can be hung on the storage rack through the hangers and the hooks, and when the foam spraying piece is hung inconveniently in the bathing process, the foam spraying piece can be placed on the storage rack, so that the foam spraying piece is stored and used conveniently, and the use convenience of the bathing device is improved. The article shelf can also be used for placing articles such as towels and the like, thereby being convenient for use. Meanwhile, the storage rack separates the multi-waterway switching valve from the mixture, and the multi-waterway switching valve and the mixture are conveniently identified and operated, so that the bathing device is convenient to use.

In the above bathing device, the multi-waterway switching valve is installed at the bottom of the shower holder, the total water inlet joint is installed at the top of the shower holder, a water inlet pipe, a water outlet pipe and a top spray pipe are arranged in an inner cavity of the shower holder, the multi-waterway switching valve further comprises a main water inlet part, the water inlet pipe is connected between the total water inlet joint and the main water inlet part, the water outlet pipe is connected between a first water outlet part and a water inlet part of a mixture, the number of second water outlet parts is two, the clear water spray part is provided with two handheld showers and a top spray shower installed at the top of the shower holder, the top spray pipe is connected between one of the second water outlet parts and the top spray shower, and the other second water outlet part is connected with the handheld shower; or the second water outlet part is provided with one, the clear water spray piece is a top spray shower head arranged at the top of the shower holder, and the top spray pipe is connected between the second water outlet part and the top spray shower head.

Set up two clear water and spouted the selection mode that has increased the shower after the piece, and two clear water spout the piece and all control through many water route diverter valves, only need to the operating handle of many water route diverter valves operate can, make shower device convenient to use. And inlet tube, drain pipe and top spray tube all set up inside the gondola water faucet frame, and the gondola water faucet frame forms the protection to inlet tube, drain pipe and top spray tube, avoids inlet tube, drain pipe and top spray tube to take place the damage and influence the use.

In foretell shower device, the upper end of lateral wall is provided with the card and inserts the strip before the liquid storage cylinder, the lower extreme of lateral wall is provided with the fixed part before the liquid storage cylinder, the card inserts the strip card and inserts on the rear side wall of gondola water faucet frame, the fixed part passes through the fix with screw on the rear side wall of gondola water faucet frame, the preceding lateral wall of liquid storage cylinder has convex sand grip, the preceding lateral wall and the rear side wall of gondola water faucet frame are worn to locate by the sand grip. The oil storage cylinder is fixed and stable through the clamping and inserting strip and the fixing part. Can set up the sand grip into transparent, conveniently observe the memory space of shower bath in the liquid storage cylinder.

In foretell shower device, the mixture is including the valve body that has the portion of intaking and go out the liquid portion, it links to each other with first play water portion an organic whole to intake the portion, water route, feed liquor route and inlet channel have been seted up on the valve body, the both ends of crossing the water route set up respectively in portion of intaking and play liquid portion, the intercommunication route includes the feed liquor route, feed liquor route and inlet channel communicate with the water route respectively, can produce the negative pressure to feed liquor route and inlet channel when crossing the water through the water route.

When the multi-waterway switching valve is switched to the first water outlet part to discharge water, water flows out of the water outlet part and enters the foam spraying part after passing through the water passage, the water passage generates negative pressure on the liquid inlet passage when passing through the water, so that shower gel and air are respectively sucked into the water passage through the liquid inlet passage and the air inlet passage, the shower gel, the air and the clear water are mixed to form mixed liquid, the mixed liquid is continuously foamed in the flowing process and continuously sprayed out of the foam spraying part in the form of foam, and the multi-waterway switching valve is controlled to switch waterways without other operations and is convenient to use. After the water inlet part and the first water outlet part are integrally connected, the mixture is integrally formed in the multi-waterway switching valve, and the installation is convenient.

In foretell shower device, still be connected with the alignment jig on the gondola water faucet frame, the alignment jig can slide from top to bottom along the gondola water faucet frame, be provided with on the alignment jig and make the alignment jig fix the locking structure on the gondola water faucet frame. The position of the adjusting frame is adjustable, so that the articles on the adjusting frame are convenient to use, and the bathing device is convenient to use.

In foretell shower device, the side of gondola water faucet frame is provided with the spout that extends along upper and lower direction, the cross-section of spout is T shape, the embedding has the inserts that is T shape in the spout, the end that stretches out of inserts stretch out the spout and with alignment jig fixed connection, locking structure including articulate the button on the alignment jig, be provided with the pressure spring between the one end of button and the alignment jig, the other end of button is fixed with the damping gasket, just the damping gasket supports under the effect of pressure spring and leans on in gondola water faucet frame. The sliding groove and the insert have positioning and guiding functions, so that the adjusting frame can slide smoothly on the shower rack. When the height of the adjusting frame needs to be adjusted, one end of the press button enables the damping gasket to be separated from the shower holder, then the adjusting frame slides up and down, the press button is released after the height is suitable, the damping gasket is supported on the shower holder to enable the adjusting frame to be locked on the shower holder under the action of the pressure spring, the adjustment is convenient, and the shower device is convenient to use.

Compared with the prior art, the invention has the following advantages:

clear water sprays out the piece and only goes out water portion with the second and be connected, and the foam sprays out the piece and only goes out water portion with first through the mixture and be connected, and the mixture can be with the shower bath suction in the liquid storage cylinder to the mixture when crossing water, has realized sustainable supply foam to and switch the clear water immediately, improved the convenience that shower device used. Stock solution section of thick bamboo, mixture and polywater route diverter valve are fixed respectively on the gondola water faucet frame, make the mixture can not receive the action of gravity of shower bath and stabilize out the liquid to the convenience and the life that this shower device used have been improved. The cooperation of liquid storage cylinder, mixture and many waterway diverter valve mounted position has guaranteed the convenience of use. The structure of the mixture is that the flow of the bath cream is adjustable and can suck air, so that the shower device is convenient to use. The shelf is convenient for placing the foam spraying piece, so that the bathing is convenient.

Drawings

FIG. 1 is a perspective view of a first embodiment of the bathing device;

FIG. 2 is a schematic view of the construction of the nozzle of the foam ejection member in one embodiment of the bathing device;

FIG. 3 is a diagram of the connection between the liquid storage cylinder, the mixing body, the multi-channel switching valve and the total water inlet joint in the first embodiment of the bathing device;

FIG. 4 is a longitudinal cross-sectional view of the shower caddy in one embodiment of the present bathing apparatus;

FIG. 5 is a perspective view of a mixing body in a first embodiment of the bathing device;

FIG. 6 is a cross-sectional view of the mixing body in a first embodiment of the bath apparatus;

FIG. 7 is a sectional view taken along the line A-A in FIG. 6;

FIG. 8 is a transverse cross-sectional view taken at B-B of FIG. 4;

FIG. 9 is a cross-sectional view taken at C-C of FIG. 8;

FIG. 10 is a cross-sectional view of the mixing body of the third embodiment of the bath apparatus;

FIG. 11 is a schematic view showing the structure of the fourth embodiment of the bathing device in which the mixing body is integrally connected to the multiple water passage switching valve.

In the figure, 1, a liquid storage cylinder; 1a, a card strip; 1b, a fixed part; 1c, an injection port; 1d, convex strips; 1e, a communicating part; 1f, a communication channel; 2. a multi-waterway switching valve; 2a, a main water inlet part; 2b, a first water outlet part; 2c, a second water outlet part; 2e, an operating handle; 3. mixing; 3a, a valve core; 3a1, liquid inlet holes; 3a2, intake; 3a3, a water passing negative pressure channel; 3a4, step surface; 3b, a valve body; 3b1 and a water inlet part; 3b2, liquid inlet part; 3b3, a liquid outlet part; 3b4, a water inlet channel; 3b5 and a liquid outlet channel; 3b6, intake passage; 3b7 and a liquid inlet channel; 3c, a sealing ring; 3d, mounting seats; 3e, a holding part; 31. a main body; 311. a liquid inlet passage; 312. an intake passage; 313. a water passage; 4. a shower head rack; 4a, a chute; 4b, a total water inlet joint; 5. spraying clear water; 6. a foam ejection member; 6a, hanging a lug; 6b, a hose; 6c, brush hair; 6d, a nozzle; 8. a water inlet pipe; 9. a liquid outlet pipe; 10. a top nozzle; 11. a support frame; 12. a rack; 12a, hanging hooks; 13. an adjusting bracket; 14. an insert; 15. a locking structure; 15a, a button; 15b, a pressure spring; 15c, a damping shim; 16. a protective sleeve; 17. a communication passage.

Detailed Description

The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.

Example one

As shown in fig. 1-4, a bathing device comprises a liquid storage cylinder 1, a multi-water-path switching valve 2, a mixing body 3, a shower holder 4, a foam spraying piece 6 and two clear water spraying pieces 5, wherein one clear water spraying piece 5 is a top spraying shower, and the other clear water spraying piece 5 is a handheld shower. The foam ejection part 6 is provided with a nozzle 6d, the foam ejection part 6 is also provided with a scrubbing body for scrubbing, and the nozzle 6d and the scrubbing body are positioned on the same surface of the foam ejection part 6. The foam ejection part 6 is a brush, the scrubbing body on the front surface of the foam ejection part 6 is brush bristles 6c, the nozzle 6d and the brush bristles 6c are both arranged on the front surface of the foam ejection part 6, and the nozzle 6d is positioned in a gap between the brush bristles 6 c. In order to facilitate holding the foam injection member 6, a holding block or a holding handle is arranged on the foam injection member 6, or the foam injection member 6 is provided with a glove hole for inserting a hand, so as to form a structure of the glove. The scrubbing body can also be a sponge, the nozzle 6d extends to the front surface of the sponge, or the scrubbing body is a brush hair made of silica gel, and the nozzle 6d is arranged on the brush hair. The rubbing body can also be a bath ball, and the nozzle 6d is surrounded by the bath ball or is arranged outside the bath ball. The top of the shower holder 4 is connected with a water outlet pipe extending out of the wall, and the bottom of the shower holder 4 is fixed on the wall through a wall base. The total water swivel 4b of income is installed on the top of gondola water faucet frame 4, and the outer end of total water swivel 4b is articulated and communicates with the outlet pipe, and the bottom of gondola water faucet frame 4 sets up the connecting rod, and the connecting rod inserts in the wall base and forms telescopic fixed connection. The multiple water way switching valve 2 is fixed at the bottom of the shower holder 4 and is positioned above the wall base, the mixture 3 is fixed on the shower holder 4 and is positioned above the multiple water way switching valve 2, and the liquid storage cylinder 1 is fixed on the shower holder 4 and is positioned above the mixture 3.

Shower frame 4 is hollow structure, and the upper end of 1 preceding lateral wall of liquid storage cylinder is provided with card cutting 1a, and the lower extreme of 1 preceding lateral wall of liquid storage cylinder is provided with fixed part 1b, and card cutting 1a card is inserted on the rear side wall of shower frame 4, and fixed part 1b passes through the fix with screw on the rear side wall of shower frame 4. An injection port 1c is provided at the upper end of the liquid storage cylinder 1, and shower gel is added into the liquid storage cylinder 1 through the injection port 1 c. The preceding lateral wall of liquid storage cylinder 1 has convex sand grip 1d, and sand grip 1d extends the growth strip from top to bottom, and sand grip 1d passes the preceding lateral wall and the back lateral wall of gondola water faucet frame 4. The convex strip 1d is transparent, so that the content of the shower gel in the liquid storage cylinder 1 can be conveniently observed. The lower terminal surface of liquid storage barrel 1 is provided with intercommunication portion 1e, and intercommunication portion 1e has seted up the intercommunication passageway 1f, and the inner chamber wall of liquid storage barrel 1 is run through to intercommunication passageway 1 f.

As shown in fig. 1, 3-7, the mixing body 3 includes a valve body 3b and a valve core 3a, and the valve core 3a is inserted into the valve body 3b and can rotate. The valve core 3a is provided with a liquid inlet hole 3a1, an air inlet hole 3a2 and a water passing negative pressure channel 3a3, the liquid inlet hole 3a1 and the air inlet hole 3a2 are respectively communicated with the water passing negative pressure channel 3a3, and the water passing negative pressure channel 3a3 can generate negative pressure to the liquid inlet hole 3a1 and the air inlet hole 3a2 when water passes through. The valve body 3b is provided with a water inlet channel 3b4, a liquid outlet channel 3b5, an air inlet channel 3b6 capable of being relatively communicated with the air inlet hole 3a2 and a liquid inlet channel 3b7 capable of being relatively communicated with the liquid inlet hole 3a 1. The rotary valve core 3a can change the sectional area of a communication port between the liquid inlet hole 3a1 and the liquid inlet channel 3b7, can also change the sectional area of a communication port between the air inlet hole 3a2 and the air inlet channel 3b6, and can also ensure that the water inlet channel 3b4 and the liquid outlet channel 3b5 are always communicated through the water passing negative pressure channel 3a 3.

The valve body 3b comprises a cylindrical body, a cylindrical valve hole is formed in the end face of one end of the body, and a convex water inlet part 3b1, a liquid inlet part 3b2 and a liquid outlet part 3b3 are arranged on the peripheral surface of the body. The outer port of the water inlet passage 3b4 is provided on the water inlet portion 3b1, and the inner port of the water inlet passage 3b4 is provided on the peripheral side surface of the valve hole. Liquid outlet channel 3b5 is including consecutive inlet fluid section, foaming chamber and play liquid section, and the foaming chamber is cylindricly and is located the other end of body, and the foaming chamber sets up with the valve opening is coaxial, lies in to have the partition wall between foaming chamber and the valve opening in the body, and the inlet fluid section sets up on the partition wall along the axial of foaming chamber, and the inlet fluid section runs through the bottom face of valve opening, goes out the liquid section and radially sets up in play liquid portion 3b3 along the valve opening, inlet fluid section and play liquid section mutually perpendicular. The wall surface of the foaming cavity is provided with a convex conical bulge which is opposite to the liquid inlet section. The outer port of the liquid inlet channel 3b7 is arranged at the liquid inlet part 3b2, the liquid inlet channel 3b7 is arranged along the radial direction of the valve hole, and the inner port of the liquid inlet channel 3b7 is arranged on the peripheral side surface of the valve hole. The intake passage 3b6 is provided in the radial direction of the valve hole, the inner port of the intake passage 3b6 is opened on the peripheral side surface of the valve hole, and the outer port of the intake passage 3b6 is opened on the peripheral surface of the body.

The valve core 3a is cylindrical, the valve core 3a is inserted in the valve hole and can rotate, and two ends of the water passing negative pressure channel 3a3 are respectively communicated with the water inlet channel 3b4 and the liquid outlet channel 3b 5. The liquid inlet hole 3a1 and the air inlet hole 3a2 are both arranged along the radial direction of the valve core 3a, the outer port of the liquid inlet hole 3a1 can be relatively communicated with the inner port of the liquid inlet channel 3b7, and the outer port of the air inlet hole 3a2 can be relatively communicated with the inner port of the air inlet channel 3b 6. The water passing negative pressure channel 3a3 comprises a water inlet section, a middle section, a shrinkage section, a transition section and a mixing section which are connected in sequence, the water inlet section is relatively communicated with the inner port of the water inlet channel 3b4, and the mixing section is opposite to the liquid inlet section. The mixing section is cylindrical, and the axis of the mixing section coincides with the axis of the valve core 3 a. The transition section is cylindrical, and the axis of the mixing section coincides with the axis of the valve core 3 a. The cross-sectional area of the mixing section is larger than that of the transition section, namely the aperture of the mixing section is larger than that of the transition section, and a step surface 3a4 is arranged between the transition section and the mixing section on the wall surface of the water passing negative pressure channel 3a 3. The inner end opening of the liquid inlet hole 3a1 is arranged on the cavity wall surface of the mixing section and is connected with the step surface 3a4, and the inner end opening of the air inlet hole 3a2 is arranged on the cavity wall surface of the mixing section and is connected with the step surface 3a 4. By rotating the valve core 3a, the staggered angle between the outer port of the liquid inlet hole 3a1 and the inner port of the liquid inlet channel 3b7 can be changed, and the staggered angle between the outer port of the air inlet hole 3a2 and the inner port of the air inlet channel 3b6 can be changed, so that the sectional area of the communication port between the liquid inlet hole 3a1 and the liquid inlet channel 3b7 is changed, and the sectional area of the communication port between the air inlet hole 3a2 and the air inlet channel 3b6 is changed. The shrinkage section is conical, the axis of the shrinkage section coincides with the axis of the valve core 3a, and the aperture of the shrinkage section is gradually reduced from back to front. The middle section is cylindrical, and the axis of the middle section coincides with the axis of the valve core 3 a. The aperture of the transition section is equal to the minimum aperture of the shrinkage section, and the aperture of the middle section is equal to the maximum aperture of the shrinkage section. The water inlet section is arranged along the radial direction of the valve core 3a and penetrates through the peripheral side surface of the middle section. The water inlet section is an arc-shaped hole or is provided with two adjacent water inlet holes, and in the rotating process of the valve core 3a, the arc-shaped hole is communicated with the water inlet channel 3b4 or the two water inlet holes can be communicated with the water inlet channel 3b 4.

The outer peripheral surface of the valve core 3a is provided with a convex limiting convex block, the valve body 3b is provided with a limiting notch, and the limiting convex block is embedded into the limiting notch and can rotate in the limiting notch. When the limit bump is abutted against one side wall surface of the limit notch, the outer port of the liquid inlet hole 3a1 is opposite to the inner port of the liquid inlet channel 3b7, the outer port of the air inlet hole 3a2 is opposite to the inner port of the air inlet channel 3b6, and the outer port of the water inlet section is opposite to the inner port of the water inlet channel 3b 4; when the limit bump abuts against the other side wall surface of the limit notch, the outer port of the liquid inlet hole 3a1 and the inner port of the liquid inlet channel 3b7 are completely staggered to close the communication passage 17, and the outer port of the water inlet section and the inner port of the water inlet channel 3b4 are kept communicated. And a sealing ring 3c is also arranged between the valve core 3a and the valve body 3b, and the sealing ring 3c not only has a sealing function, but also can generate friction force to ensure that the valve core 3a is kept stable in the valve body 3b and cannot rotate randomly. The outer peripheral face of the valve core 3a is provided with annular fixing grooves, the three fixing grooves are sequentially distributed along the axial direction of the valve core 3a, a sealing ring 3c is fixed in each fixing groove, one fixing groove is arranged between the limiting convex block and the water inlet section, the fixing groove in the middle is arranged between the liquid inlet hole 3a1 and the water inlet section, and the last fixing groove is arranged between the liquid inlet hole 3a1 and the inner end face of the valve core 3 a.

Be provided with mount pad 3d on the outer peripheral face of body, the body is worn to establish in the rear side wall of gondola water faucet frame 4 and mount pad 3d pastes and leans on to fix on the trailing flank of gondola water faucet frame 4. The outer ports of the liquid inlet part 3b2, the liquid outlet part 3b3 and the air inlet channel 3b6 on the valve body 3b are positioned at the rear part of the shower holder 4, the liquid inlet part 3b2 is arranged upwards, the communicating part 1e on the liquid storage cylinder 1 is inserted into the outer port of the liquid inlet channel 3b7, and the communicating channel 1f is communicated with the liquid inlet channel 3b 7. The communicating passage 17 between the liquid storage cylinder 1 and the mixture 3 comprises a communicating channel 1f, a liquid inlet channel 3b7 and a liquid inlet hole 3a1 which are arranged in sequence, the air inlet passage 312 comprises an air inlet hole 3a2 and an air inlet channel 3b6, the liquid inlet passage 311 comprises a liquid inlet channel 3b7 and a liquid inlet hole 3a1, and a negative pressure can be generated on the air inlet hole 3a2 and the liquid inlet hole 3a1 when the water passing negative pressure channel 3a3 passes water, namely, the negative pressure can be generated on the communicating passage 17 between the liquid storage cylinder 1 and the mixture 3 and the air inlet passage 312 when the mixture 3 passes water. The liquid outlet portion 3b3 faces downward, the foam spouting member 6 is provided with a spiral hose 6b, and the hose 6b is connected to the liquid outlet portion 3b 3. The water inlet portion 3b1 is located in the inner cavity of the shower caddy 4 and is disposed downwardly. One end of the valve core 3a extends out of the valve body 3b and penetrates through the front side wall of the shower holder 4, and the valve core 3a penetrates out of the front side wall of the shower holder 4 and is provided with a holding part 3 e. An annular gap is formed between the valve body 3b and the holding part 3e, the front side wall of the shower holder 4 is embedded into the annular gap, and the holding part 3e and the valve core 3a are connected in a split mode for installation. 3 overcoat of mixture is equipped with protective sheath 16, and protective sheath 16 is located the rear of gondola water faucet frame 4, and protective sheath 16 fixes the trailing flank at the lower extreme of liquid storage cylinder 1 or gondola water faucet frame 4.

As shown in fig. 1, 3 and 4, the multiple water path switching valve 2 includes a main water inlet portion 2a, a first water outlet portion 2b and two second water outlet portions 2c, wherein the main water inlet portion 2a, the first water outlet portion 2b and one of the second water outlet portions 2c are in the inner cavity of the shower holder 4, and the other second water outlet portion 2c extends from the bottom of the shower holder 4. Install inlet tube 8, drain pipe 9 and top spray tube 10 in the inner chamber of gondola water faucet frame 4, inlet tube 8 is connected and is gone into between water joint 4b and the main portion of intaking 2a of entering, and drain pipe 9 is connected between the portion of intaking 3b1 of first water outlet portion 2b and mixture 3, and top spray tube 10 is connected between one of them second water outlet portion 2c and top spray shower, and another second water outlet portion 2c stretches out and is connected with handheld gondola water faucet from the bottom of gondola water faucet frame 4. The multiple water passage switching valve 2 is fixed on the front side wall of the shower head frame 4, and the operating handle 2e of the multiple water passage switching valve 2 extends out from the front side wall of the shower head frame 4. In order to fix and stabilize the multiple water path switching valve 2, a fixed cylinder is formed by extending the front side wall of the shower head frame 4 outwards, and the multiple water path switching valve 2 is fixed in the fixed cylinder. The operation handle 2e is rotated to realize the communication and closing of the water paths in the multi-water path switching valve 2, when the multi-water path switching valve 2 is switched to the main water inlet part 2a and is not communicated with the first water outlet part 2b and the second water outlet part 2c, the multi-water path switching valve 2 is closed, when the multi-water path switching valve 2 is switched to the main water inlet part 2a and is communicated with the first water outlet part 2b, the first water outlet part 2b discharges water, and when the multi-water path switching valve 2 is switched to the main water inlet part 2a and is communicated with any one of the second water outlet parts 2c, the second water outlet part 2c communicated with the main water inlet part 2a discharges water. A support frame 11 is also fixed on the wall or the shower holder 4, and the handheld shower can be placed on the support frame 11.

As shown in fig. 1, 8 and 9, the shower rack 4 is further connected with a rack 12 and an adjusting rack 13, the rack 12 is located between the multi-waterway switching valve 2 and the mixing body 3, hooks 12a are arranged on both sides of the rack 12, a hanging lug 6a is arranged on the foam ejection member 6, the hanging lug 6a can be hung on the hook 12a, and the foam ejection member 6 can also be placed on the rack 12. The adjusting bracket 13 is located above the shelf 12, the adjusting bracket 13 can slide up and down along the shower rack 4, and the adjusting bracket 13 is provided with a locking structure 15 for fixing the adjusting bracket 13 on the shower rack 4. The side of gondola water faucet frame 4 is provided with the spout 4a that extends along upper and lower direction, and the cross-section of spout 4a is the T shape, and the embedded piece 14 that is the T shape that has of spout 4a, the end that stretches out of inserts 14 stretches out spout 4a and with alignment jig 13 fixed connection. The locking structure 15 comprises a button 15a hinged on the adjusting frame 13, a pressure spring 15b is arranged between one end of the button 15a and the adjusting frame 13, a damping gasket 15c is fixed at the other end of the button 15a, and the damping gasket 15c is abutted against the shower holder 4 under the action of the pressure spring 15 b. The adjusting frame 13 is connected with a swingable mirror frame, a hanging groove is formed in the mirror frame, and a shaver can be hung in the hanging groove.

Shower holder 4 fixed connection stores the shower bath in the liquid storage cylinder 1 on the wall. In the shower process, when the shower bath needs to be paintd, rotate operating handle 2e and make many water route diverter valve 2 switch to first play water portion 2b play water, water produces the negative pressure through mixture 3, thereby with shower bath and the automatic mixture 3 that inhales of external air in the stock solution section of thick bamboo 1, water, air and shower bath mix in mixture 3 and form mixed liquid, mixed liquid is constantly foaming at the flow in-process, spout the form blowout with the foam from foam piece 6 at last, utilize foam piece 6 to paint the foam on the health and wash with the hands. If the shower bath amount is too much or too small, the valve core 3a can be rotated by the holding part 3e to adjust the suction flow of the shower bath, and the proportion of the shower bath in the mixed liquid is adjusted. If foam is not wanted and clean water is needed, the first water outlet part 2b can be kept to continuously discharge water, the valve core 3a of the mixture 3 is rotated to enable the sectional area of a flow-through port between the liquid inlet channel 3b7 and the liquid inlet hole 3a1 to be zero, and the clean water can be sprayed out from the foam spraying part 6; the multi-water-way switching valve 2 can be directly switched to any one of the second water outlet parts 2c to discharge water, and clear water is sprayed out from the top shower or the handheld shower.

Because the clear water blowout part 5 is only connected with the second water outlet part 2c of the multi-waterway switching valve 2, the foam blowout part 6 is only connected with the water outlet part 3b3 of the mixture 3, the water inlet part 3b1 of the mixture 3 is connected with the first water outlet part 2b of the multi-waterway switching valve 2, namely, the foam blowout part 6 is only communicated with the multi-waterway switching valve 2 through the mixture 3, the mixture 3 is not connected with the clear water blowout part 5, the possibility that the clear water is mixed into the shower gel in the clear water blowout part 5 is avoided, the foam is only spouted from the foam blowout part 6, the clear water is spouted from the clear water blowout part 5, when the multi-waterway switching valve 2 is switched to any one of the second water outlet parts 2c, the clear water is immediately spouted from one of the clear water blowout parts 5, the clear water switching process is immediately completed without waiting. Simultaneously, the mixture 3 can produce the negative pressure to communicating path 17 between stock solution section of thick bamboo 1 and the mixture 3 when crossing the water, as long as inlet channel 3b7 is in the connected state with feed liquor hole 3a1 in the mixture 3 promptly, the mixture 3 crosses the water and just can be with the shower gel in the stock solution section of thick bamboo 1 continuous automatic suction to the mixture 3 in, make the polywater route diverter valve 2 switch to first play water portion 2b when going out water, the shower gel can annotate automatically, do not need the user to carry out other extra operations, sustainable constantly spouting foam in the foam blowout piece 6. And the mixture 3 has adjustable structure, can adjust the inspiratory flow of shower bath and turn up and turn down even to close intercommunication passageway 1f, has made things convenient for the use of foam blowout piece 6. Therefore only need control many water route diverter valve 2 can realize switching to arbitrary one clear water and spout 5 clear water immediately, and switch to the foam and spout 6 sustainable blowout foam, and the proportion of shower bath is adjustable in the foam, need not other extra operations during the switching, also need not latency, convenient to use. Therefore, the present invention improves the convenience of use of the bathing device.

Example two

A second water outlet part 2c is arranged on a multi-water-path switching valve 2 in the bathing device, a clear water spraying piece 5 is one of a handheld shower or a top shower, and the structure and the pipeline of a shower holder 4 are adaptively adjusted. The other structure is the same as the first embodiment.

EXAMPLE III

As shown in fig. 10, compared with the first embodiment [ as shown in fig. 6 and fig. 7 ], the valve body 3b and the valve core 3a are integrally formed to form the main body 31 of the mixing body 3, the water inlet channel 3b4, the water passing negative pressure channel 3a3 and the liquid outlet channel 3b5 are integrally arranged in the main body 31 to form the water passing channel 313, the air inlet channel 3b6 and the air inlet hole 3a2 are integrally arranged in the main body 31 to form the air inlet channel 312, and the liquid inlet channel 3b7 and the liquid inlet hole 3a1 are integrally arranged in the main body 31 to form the liquid inlet channel 311. That is, the water passing path 313 includes a water inlet passage 3b4, a water passing negative pressure passage 3a3 and a liquid outlet passage 3b5 which are sequentially provided in the main body 31, the air inlet path 312 includes an air inlet passage 3b6 and an air inlet hole 3a2 which are sequentially provided in the main body 31, and the liquid inlet path 311 includes a liquid inlet passage 3b7 and a liquid inlet hole 3a1 which are sequentially provided in the main body 31. The water passage 313 can generate negative pressure to the air inlet passage 312 and the liquid inlet passage 311 when water is supplied, so that the shower gel is automatically inhaled into the mixture 3. The structure of the shower holder 4 is adjusted adaptively. The other structure is the same as the first embodiment.

Example four

As shown in fig. 11, compared with the first embodiment [ as shown in fig. 3 ] or the third embodiment, the mixture 3 is integrally formed with the multiple water path switching valve 2, that is, the water inlet portion 3b1 of the mixture 3 is integrally connected with the first water outlet portion 2b of the multiple water path switching valve 2, and the structure of the shower head rack 4 is adaptively adjusted. The other structures are the same as those of the first embodiment or the third embodiment.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Claims

1. A bath device comprises a liquid storage barrel (1) for storing bath cream, a multi-channel switching valve (2) for switching channels and a clear water spraying piece (5) for discharging clear water, the multi-waterway switching valve (2) comprises a first water outlet part (2b) and at least one second water outlet part (2c), the second water outlet part (2c) is connected with the clear water spray piece (5), it is characterized by also comprising a foam spraying piece (6) and a mixture (3) for mixing the shower gel with clear water, the mixture (3) is communicated with the liquid storage cylinder (1) and the mixture (3) can generate negative pressure to a communication passage (17) between the liquid storage cylinder (1) and the mixture (3) when passing water, the first water outlet part (2b) is connected with a water inlet part (3b1) of the mixing body (3), the foam injection piece (6) is only connected with the liquid outlet part (3b3) of the mixing body (3).

2. The bathing device of claim 1, wherein the bathing device further comprises a hollow shower holder (4), the liquid storage cylinder (1) is fixedly connected to the rear side of the shower holder (4), the mixing body (3) is fixed to the rear side wall of the shower holder (4) in a penetrating manner, the multi-water-path switching valve (2) is fixed to the front side wall of the shower holder (4) in a penetrating manner, and the operating handle (2e) of the multi-water-path switching valve (2) extends out of the front side wall of the shower holder (4) forwards.

3. The bathing device according to claim 2, wherein the water inlet portion (3b1) and the first water outlet portion (2b) of the mixing body (3) are both located in the inner cavity of the shower caddy (4), the mixing body (3) has a liquid inlet portion (3b2) connected to the cartridge (1), and the liquid outlet portion (3b3) and the liquid inlet portion (3b2) of the mixing body (3) are both located behind the shower caddy (4).

4. The bathing device according to claim 2 or 3, wherein said mixing body (3) comprises a movable valve element (3a), said valve element (3a) being movable to close the communication channel (17) and to ensure that the first outlet portion (2b) remains in communication with the foam-dispensing member (6) through the mixing body (3), one end of said valve element (3a) protruding from the front side wall of the shower caddy (4) and being provided with a grip portion (3 e).

5. The bathing device according to claim 4, wherein said mixing body (3) further comprises a valve body (3b), said valve body (3a) is inserted into the valve body (3b) and can rotate, said valve body (3a) is opened with a liquid inlet hole (3a1) and a water passing negative pressure channel (3a3) which are connected, said water passing negative pressure channel (3a3) can generate negative pressure to the liquid inlet hole (3a1) when water passes through, said valve body (3b) is opened with a water inlet channel (3b4) which is connected with the first water outlet part (2b), a liquid outlet channel (3b5) which is connected with the foam ejection member (6), and a liquid inlet channel (3b7) which can be relatively connected with the liquid inlet hole (3a1), said connecting channel (17) comprises a liquid inlet channel (3b7) and a liquid inlet hole (3a1), the cross-sectional area of the connecting port between the liquid inlet hole (3a1) and the liquid inlet channel (3b7) can be changed by rotating the valve body (3a), but also can ensure that the water inlet channel (3b4) and the liquid outlet channel (3b5) are always communicated through the water passing negative pressure channel (3a 3).

6. The bathing device according to claim 5, wherein the valve core (3a) is further provided with an air inlet hole (3a2) communicated with the water passing negative pressure channel (3a3), the water passing negative pressure channel (3a3) can generate negative pressure to the air inlet hole (3a2) when water passes through, the valve body (3b) is further provided with an air inlet channel (3b6) which can be relatively communicated with the air inlet hole (3a2), and the cross-sectional area of a communication port between the air inlet hole (3a2) and the air inlet channel (3b6) can be changed by rotating the valve core (3 a).

7. The bathing device of claim 6, wherein the outer port of said air inlet channel (3b6) is located at the rear of the shower holder (4), and said mixing body (3) is covered with a protective cover (16), and said protective cover (16) is fixed on the liquid storage tank (1) or the shower holder (4).

8. The bathing device according to claim 2 or 3, wherein a shelf (12) is fixedly connected to the shower holder (4), the multi-waterway switching valve (2) is located below the shelf (12), the liquid storage cylinder (1) and the mixing body (3) are located above the shelf (12), hooks (12a) are arranged on both sides of the shelf (12), a hanging lug (6a) is arranged on the foam ejection member (6), and the hanging lug (6a) can be hung on the hooks (12 a).

9. The bathing device according to claim 2 or 3, wherein the multi-waterway switch valve (2) is installed at the bottom of the shower holder (4), a total water inlet joint (4b) is installed at the top of the shower holder (4), a water inlet pipe (8), a water outlet pipe (9) and a top spray pipe (10) are provided in the inner cavity of the shower holder (4), the multi-waterway switch valve (2) further comprises a main water inlet part (2a), the water inlet pipe (8) is connected between the total water inlet joint (4b) and the main water inlet part (2a), the water outlet pipe (9) is connected between a first water outlet part (2b) and a water inlet part (3b1) of the mixing body (3), the second water outlet part (2c) is two, the clear water spray (5) is provided with two and respectively a hand-held shower and a top spray shower installed at the top of the shower holder (4), the top spray pipe (10) is connected between one second water outlet part (2c) and the top spray shower head, and the other second water outlet part (2c) is connected with the handheld shower head; or the second water outlet part (2c) is provided with one, the clear water spray piece (5) is a top spray shower arranged at the top of the shower holder (4), and the top spray pipe (10) is connected between the second water outlet part (2c) and the top spray shower.

10. The bathing device according to claim 1, 2 or 3, wherein said mixing body (3) comprises a main body (31) having a water inlet portion (3b1) and a liquid outlet portion (3b3), said water inlet portion (3b1) is integrally connected to the first water outlet portion (2b), said main body (31) has a water inlet passage (313), a liquid inlet passage (311) and a gas inlet passage (312), said water inlet passage (313) has two ends respectively disposed on the water inlet portion (3b1) and the liquid outlet portion (3b3), said communication passage (17) comprises a liquid inlet passage (311), said liquid inlet passage (311) and gas inlet passage (312) are respectively communicated with the water inlet passage (313), and said water inlet passage (313) can generate negative pressure to the liquid inlet passage (311) and gas inlet passage (312) when passing water.