CN208466213U - A kind of push type water route switching mechanism and shower - Google Patents
A kind of push type water route switching mechanism and shower Download PDFInfo
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- CN208466213U CN208466213U CN201820628898.0U CN201820628898U CN208466213U CN 208466213 U CN208466213 U CN 208466213U CN 201820628898 U CN201820628898 U CN 201820628898U CN 208466213 U CN208466213 U CN 208466213U
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Abstract
The utility model discloses a kind of push type water route switching mechanism and showers, and wherein push type water route switching mechanism includes a water distribution component, two switch pieces and a seesaw；Water distribution component has inner cavity and water inlet port；Mounting groove and two perforation there are two being set on the inner wall of inner cavity, the tapping hole and a water hole of perforation are offered on the slot bottom of two mounting grooves, water hole is communicated by water passage with water inlet port, two perforation are opposite respectively with the tapping hole on two mounting grooves, a gasket is combined on two mounting grooves, gasket is equipped with the relief hole communicated with tapping hole；The press section of two switch pieces is respectively positioned on outside water distribution component, and two relief holes perforated and block or open the gasket on two mounting grooves respectively that the switching shaft of two switch pieces is each passed through water distribution component, switching shaft and aperture seal cooperate；Seesaw is swingable to be matched with outside water distribution component, and the both ends of seesaw are interlocked with two switch pieces respectively.The utility model can carry out one-handed performance, have the advantages that easy to operate.
Description
Technical field
The utility model relates to sanitaryware fields, particularly relate to a kind of push type water route switching mechanism and shower.
Background technique
In order to meet the shower demand of people, multiple function water cavities can be all arranged to provide a variety of water outlet moulds in current shower
Formula, such as shower water, a column water, direct projection water.
Shower at present on the market is generally rotary, and rotary sprinkling flower is that control shower is realized by shower head capable rotating panel
Intake tunnel and each function water cavity on state, to realize the switching of water exit mode, such mode is in rotating panel
When need the opposite force of user's both hands cooperation, when band water operation, is harder, therefore it is not very convenient for operating.
Utility model content
The purpose of this utility model is to provide a kind of push type water route switching mechanisms, have the advantages that easy to operate；
The utility model additionally provides a kind of shower equipped with the push type water route switching mechanism.
In order to achieve the above objectives, the solution of the utility model is:
A kind of push type water route switching mechanism a comprising water distribution component, two switch pieces and a seesaw；Described point
Water body has an inner cavity and at least one water inlet port；It is set on the inner wall of the inner cavity there are two mounting groove and two perforation,
The tapping hole and a water hole of perforation are offered on the slot bottom of two mounting grooves, the water hole on two mounting grooves point
It not being communicated by two water passages with the water inlet port, two perforation are opposite with the tapping hole on two mounting grooves respectively,
The gasket that an activity blocks tapping hole and perforation is combined on two mounting grooves, the gasket is equipped with and tapping hole
The relief hole communicated；Each switch piece includes a press section and a switching shaft being connected with press section；Two switch pieces
Press section is respectively positioned on outside water distribution component, and the switching shaft of two switch pieces is each passed through two perforation of water distribution component and blocks or open respectively
The relief hole of the gasket on two mounting grooves is opened, switching shaft and aperture seal cooperate；The seesaw is swingable to be matched with
Outside water distribution component, the both ends of seesaw are interlocked with two switch pieces respectively.
The push type water route switching mechanism further includes a pressing piece being matched with outside water distribution component, the pressing piece activity
Contradict two switch pieces.
The press section of described two switch pieces is equipped with the pressing baffle contradicted for pressing piece.
When pressing piece is contradicted with two switch pieces simultaneously, the switching shaft of two switch pieces is separately turned on two mounting grooves
The relief hole of gasket or the switching shaft of two switch pieces block the relief hole of the gasket on two mounting grooves respectively.
The pressing piece is equipped with guide post, and the water distribution component is equipped with the guide groove planted for guide post activity.
The push type water route switching mechanism further includes one and covers the press section for setting two switch pieces, pressing piece and lift up
The elastic button lid of plate, the elastic button lid are fixed in water distribution component.
Sealing ring is equipped between the switching shaft and the perforation.
The water distribution component includes separating stand, capping and connector；The separating stand is equipped with the mounting groove and the mistake
Aquaporin, the capping are equipped with the perforation, are formed with the water inlet port on the connector；The separating stand and capping
To form the inner cavity, one end of the separating stand is formed with the fixed part being nested in connector for connection, and the two of water passage
End is respectively communicated with water hole and water inlet port.
The water distribution component further includes the bottom cover being fixedly connected with separating stand, formed between the bottom cover and separating stand respectively with
Two points of aquaporins that tapping hole on two mounting grooves communicates.
The middle part of the seesaw forms the arc boss for contradicting the water distribution component；The both ends of the seesaw are respectively equipped with
U-lag, the switching shaft of two switch pieces are each passed through the U-lag at seesaw both ends, and the press section of two switch pieces contradicts respectively
The both ends of the seesaw.
A kind of shower comprising shower ontology, the shower ontology have an intake tunnel and multiple function water cavities；The flower
It spills and is equipped with multiple above-mentioned push type water route switching mechanisms in ontology, the water inlet of each push type water route switching mechanism is logical
Mouth is communicated with the intake tunnel of shower ontology；The tapping hole of each push type water route switching mechanism respectively with each function
Energy water cavity communicates one by one.
After adopting the above structure, the utility model has the following characteristics that
1, the push type water route switching mechanism of the utility model is by pressing operation to drive the switching shaft of switch piece to open
The relief hole of gasket on mounting groove is opened or blocked, then cooperates the hydraulic pressure of water flow and controls the deformation of gasket, and then controls peace
Whether connection between the tapping hole of tankage and water inlet port, to realize the switching in water route, in operation more it is easy it is laborsaving simultaneously
Can one hand operated；And carry out when pressing operation that required pressing force is unrelated with the hydraulic pressure of water flow, ensure that user into
Usage experience when row pressing operation；
2, the utility model by pressing piece can in order to control two switch pieces switching shaft simultaneously block or unlatching two
The relief hole of gasket on a mounting groove, so that the tapping hole on two mounting grooves of control is not discharged or does not go out simultaneously simultaneously
Water.
Detailed description of the invention
Fig. 1 is the decomposition diagram of the push type water route switching mechanism of the utility model；
Fig. 2 is the stereoscopic schematic diagram of the push type water route switching mechanism of the utility model；
Fig. 3 is the structural schematic diagram of the separating stand of the utility model；
Fig. 4 is the schematic diagram 1 of the use state one of the push type water route switching mechanism of the utility model；
Fig. 5 is the schematic diagram 2 of the use state one of the push type water route switching mechanism of the utility model；
Fig. 6 is the schematic diagram 1 of the use state two of the push type water route switching mechanism of the utility model；
Fig. 7 is the schematic diagram 2 of the use state two of the push type water route switching mechanism of the utility model；
Fig. 8 is the schematic diagram of the use state three of the push type water route switching mechanism of the utility model；
Fig. 9 is the structural schematic diagram of the shower of the utility model；
Figure 10 is the decomposition diagram of the shower of the utility model；
Figure 11 is the cross-sectional view of the shower of the utility model.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
As shown in Figures 1 to 8, the utility model discloses a kind of push type water route switching mechanism A comprising a point of water
1, two switch piece 2,2 ' of body and a seesaw 3.
Wherein, cooperate shown in Fig. 1 and Fig. 3, the water distribution component 1 has an inner cavity 11 and at least one water inlet port 12；
Mounting groove 13,13 ' and two perforation 14,14 ' there are two being set on the inner wall of the inner cavity 1, the slot bottom of two mounting grooves 13,13 '
On offer the tapping hole 15,15 ' and a water hole 16,16 ' of perforation, water hole in two mounting grooves 13,13 '
16,16 ' communicated with the water inlet port 12 by two water passages 17,17 ' respectively, two perforate 14,14 ' respectively with two
Tapping hole 15,15 ' in mounting groove 13,13 ' relatively, is combined with an activity and blocks tapping hole in two mounting grooves 13,13 '
With the gasket 4,4 ' of perforation, gasket is equipped with the relief hole communicated with tapping hole；Specifically, the water distribution component 1 can wrap
Include separating stand 101, capping 102, connector 103 and bottom cover 104；Wherein the separating stand 101 be equipped with the mounting groove 13,
13 ' are equipped with the perforation 14,14 ', are formed on the connector 103 with the water passage 17,17 ', the capping 102
The water inlet port 12；The separating stand 101 is connect with capping 102 to form the inner cavity 11, one end of the separating stand 101
Be formed with the fixed part 1011 being nested in connector 103, can be equipped on the fixed part 1011 of separating stand 101 jack 10111 with
For one end grafting of capping 102, covering 102 other end can be then fixedly connected by screw d with separating stand 101, and it is logical to cross water
The both ends in road 16 be respectively communicated with water hole 17 and water inlet port 12 so that water hole 17 with intake port 12 communicate, water passage
16 ' both ends are respectively communicated with water hole 17 ' and water inlet port 12 so that water hole 17 ' is communicated with water inlet port 12；The bottom
Lid 104 is fixedly connected with separating stand 101, can be formed between bottom cover 104 and separating stand 101 respectively with two mounting grooves 13,13 '
On the two points of aquaporins 18,18 ' that communicate of tapping hole 15,15 '.
Cooperate shown in Fig. 1 and Fig. 4, each switch piece 2,2 ' includes a press section 21,21 ' and one and press section
21,21 ' connected switching shaft 22,22 '；The press section 21,21 ' of two switch pieces 2,2 ' is respectively positioned on outside water distribution component 1, two switchings
The switching shaft 22,22 ' of part 2,2 ' is each passed through two perforation 14,14 ' of water distribution component 1 and blocks or open two mounting grooves respectively
13, the relief hole 41,41 ' of the gasket 4,4 ' on 13 ' can be equipped with sealing ring between switching shaft 22,22 ' and perforation 14,14 '
A is so that switching shaft 22,22 ' and 14,14 ' sealing of perforation cooperate；The press section 21,21 ' of two switch pieces 2,2 ' can be equipped with convex
Column 211,211 ' can then be equipped with the slot 19,19 planted for 211,211 ' activity of pillar in the water distribution component 1, pass through slot
19, it 19 ' is oriented to and is limited with the movement to two switch pieces 2,2 ' with the cooperation of pillar 211,211 '.
The seesaw 3 is swingable to be matched with outside water distribution component 1, the both ends of seesaw 3 respectively with two switch pieces 2,2 '
It interlocks；Wherein the middle part of the seesaw 3 can form the arc boss 31 for contradicting the water distribution component 1 to put as seesaw 3
Dynamic fulcrum；The both ends of the seesaw 3 are then respectively equipped with U-lag 32,32 ', the switching shaft 22,22 ' of two switch pieces 2,2 '
The U-lag 32,32 ' at 3 both ends of seesaw is each passed through to prevent seesaw 3 from falling off, the both ends of the seesaw 3 contradict two respectively
The press section 21,21 ' of a switch piece 2,2 ' is cooperated with the gearing for realizing seesaw 3 and two switch pieces 2,2 '；The arc is convex
A through-hole 311 can be offered on platform 31, be then equipped with a limited post 1021 for passing through through-hole 311 in the water distribution component 1, passed through limit
The cooperation of column 1021 and through-hole 31 is to limit seesaw.
Two kinds of the utility model for ease of understanding, the push type water route switching mechanism A described once set forth below use shape
State.
Use state one: shown in cooperation Fig. 4 and Fig. 5, the press section 21 of switch piece 2 is pressed to drive cutting for the switch piece 2
The positive mobile relief hole 41 to block gasket 4 of axis 22 is changed, simultaneously, under the action of seesaw 3, switch piece 2 ' is reversed
The mobile relief hole 41 ' to drive the unlatching gasket 4 ' of switching shaft 22 ' of switch piece 2 ', gasket 4 ' is in water hole 16 ' at this time
The hydraulic pressure effect of interior water flow is lower, and deformation occurs, is connected to a point water so that being formed between gasket 4 ' and the slot bottom of mounting groove 13 '
The gap in hole 15 ' and water hole 16 ', and then water hole 16 ' and tapping hole 15 ' are opened, so that tapping hole 15 ' and water inlet are logical
Mouth 12 is connected to, and water flow flows into tapping hole 16 ' from the gap, and tapping hole 16 ' is discharged；And at this time tapping hole 16 and water hole 15 still by
Sealing ring 4 blocks, and tapping hole 16 is not discharged；
Use state two: shown in cooperation Fig. 6 and Fig. 7, the press section 21 ' of switch piece 2 ' is pressed to drive the switch piece 2 '
The positive mobile relief hole 41 ' to block gasket 4 ' of switching shaft 22 ', simultaneously, under the action of seesaw 3, switch piece 2
Reverse movement is to drive the switching shaft 22 of switch piece 2 to open the relief hole 41 of gasket 4, and gasket 4 is in water hole 16 at this time
Water flow hydraulic pressure effect it is lower deformation occurs be connected to tapping hole 15 so that being formed between gasket 4 and the slot bottom of mounting groove 13
With the gap of water hole 16, and then water hole 16 and tapping hole 15 are opened, so that tapping hole 15 is connected to port 12 of intaking,
Water flow flows into tapping hole 16 from the gap, and tapping hole 16 is discharged；And tapping hole 16 ' and water hole 15 ' are still by sealing ring 4 ' at this time
It blocks, tapping hole 16 ' is not discharged.
Further, the push type water route switching mechanism A further includes a pressing piece 5 being matched with outside water distribution component 1, described to press
5 activity of casting die contradicts two switch pieces 2,2 ', and the press section 21,21 ' of two of them switch piece 2,2 ' can be equipped with for pressing
The pressing baffle 211,211 ' that part 5 contradicts；By the pressing piece 5 can in order to control two switch pieces 2,2 ' switching shaft 22,
22 ' block the relief hole 41,41 ' of the gasket 4,4 ' on two mounting grooves 13,13 ' simultaneously, so that the push type water
There are a use states three by road switching mechanism A；Specifically, pressing pressing piece 5 shown in cooperation Fig. 8, pressing piece 5 is mobile and first
It is contradicted afterwards with two switch pieces 2,2 ', when pressing piece 5 is contradicted with two switch pieces 2,2 ' simultaneously, two switch pieces 2,2 ' are cut
The relief hole 41,41 ' for the gasket 4,4 that axis 22,22 ' is blocked respectively on two mounting grooves 13,13 ' is changed, so that tapping hole 15,
15 ' are blocked, and tapping hole 15,15 ' is not discharged.It should be noted that the push type water route switching mechanism A does not limit to
In pressing piece 5 control two switch pieces 2,2 ' switching shaft 22,22 ' simultaneously block two mounting grooves 13,13 ' on gasket 4,
4 ' relief hole 41,41 '；It can also be by the length of change switching shaft 22,22 ', so that pressing piece 5 can control two switchings
The switching shaft 22,22 ' of part 2,2 ' opens the relief hole 41,41 ' of the gasket 4,4 ' on two mounting grooves 13,13 ' simultaneously；Wherein
It can be when pressing piece 5 is contradicted with two switch pieces 2,2 ' simultaneously, the switching shaft 22,22 ' of two switch pieces 2,2 ' is opened respectively
The relief hole 41,41 ' of the gasket 4,4 on two mounting grooves 13,13 ' is opened, this makes two gaskets 4,4 in the hydraulic pressure of water flow
Effect is lower, and deformation occurs, is connected to tapping hole 15 and water hole 16 so that being formed between gasket 4 and the slot bottom of mounting groove 13
The gap for being connected to tapping hole 15 ' and water hole 16 ' is formed between gap and gasket 4 ' and the slot bottom of mounting groove 13 ', thus
Water hole 16,16 ' and tapping hole 15,15 ' are opened simultaneously, water flow can flow into tapping hole 15,15 ', so that tapping hole 15,
15 ' are discharged simultaneously.It is oriented to for the movement to pressing piece 5, guide post 51, the water distribution component 1 can be equipped on the pressing piece 5
Outer wall be equipped with the guide groove 1022 planted for the activity of guide post 51, wherein the guide groove 1022 can be formed directly into institute
It states in limited post 1021.
Further, the push type water route switching mechanism A further include one cover set two switch pieces 2,2 ' press section 21,
21 ', the elastic button lid 6 of pressing piece and seesaw 3, the elastic button lid 6 are fixed in water distribution component 1；The wherein elasticity
Button cover 6 can be connected by fixing seat 7 with water distribution component 1, and the fixing seat 7 is clamped with water distribution component 1, the elastic button lid 6 with
Fixing seat 7 is socketed.It can guarantee what two switch pieces 2,2 ' and pressing piece 5 can be pressed by setting elastic button lid 6
Under the premise of, avoid two switch pieces 2,2 ', pressing piece 5 and seesaw 3 from falling off.
The utility model further discloses a kind of shower B, which includes shower ontology, and shower ontology has a water inlet logical
Road and multiple function water cavities；Be equipped with multiple push type water route switching mechanism A in shower ontology, the quantity of function water cavity be by
Twice of pressure type water route switching mechanism A, the water inlet port 12 of each push type water route switching mechanism A with shower ontology B
Intake tunnel B1 communicate；The tapping hole of each push type water route switching mechanism A respectively with each function water cavity phase one by one
It is logical.To those skilled in the art, the water inlet with each push type water route switching mechanism A is designed on shower ontology
The intake tunnel and communicated one by one respectively with the tapping hole of each push type water route switching mechanism A each that port 12 communicates
Function water cavity is conventional design.The shower of the utility model for ease of understanding, it is set forth below a kind of with an intake tunnel B10
With two function water cavities B20, B20 ' shower ontology B structure.
Specifically, the shower ontology may include shower main body B1, water inlet pipe B2, water outlet shown in cooperation Fig. 9 to Figure 11
Panel B3 and inner cover B4；Wherein the shower main body B1 includes with the bottom case B11 being open and the handle being connected with bottom case B11
B12, the handle B12 are hollow structure, and the handle is equipped with an installing port B21；One is formed in the water inlet pipe B2
It is formed on a intake tunnel B10, the inner cover B4 there are two conduit B41, B41 in ', two conduits B41, B41 ' and was respectively equipped with
Two groups of apopores of hole B411, B411 ', the water outlet panel B3 on be formed with correspond respectively to two conduits B41, B41 '.Institute
Push type water route switching mechanism A is stated to be installed in the installing port B11 of handle B12, the water inlet pipe B2 is set in handle B12,
Handle B12 can be arranged in a casing B5, the water inlet of one end of the water inlet pipe B2 and a push type water route switching mechanism A
For the connection of port 12 so that intake tunnel B10 is communicated with water inlet port 12, the other end of the water inlet pipe B2 is then equipped with a screw thread
Connector B22 is to be used for connecting sprinkler hose；The water outlet panel B3 and inner cover B4 is clamped, two conduits B41, B41 of inner cover B4 '
Two function water cavities are formed between water outlet panel B3, two groups of apopores on water outlet panel B3 respectively with two function water cavity phases
It is logical；The inner cover B4 is locked in the opening of bottom case B11 by screw d, two via holes B411, B411 of inner cover B4 ' respectively with
Two of push type water route switching mechanism A be divided to aquaporin 18,18 ' be connected so that two function water cavities respectively with push type water route
Two tapping holes 15,15 ' of switching mechanism A communicate.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (11)
1. a kind of push type water route switching mechanism, it is characterised in that: lifted up including a water distribution component, two switch pieces and one
Plate；
The water distribution component has an inner cavity and at least one water inlet port；Set on the inner wall of the inner cavity there are two mounting groove and
Two perforation, offer the tapping hole and a water hole of perforation on the slot bottom of two mounting grooves, on two mounting grooves
Water hole pass through two water passages respectively and communicated with the water inlet port, two perforation respectively with point on two mounting grooves
Water hole is opposite, and the gasket that an activity blocks tapping hole and perforation is combined on two mounting grooves, is set on the gasket
There is the relief hole communicated with tapping hole；
Each switch piece includes a press section and a switching shaft being connected with press section；The equal position in the press section of two switch pieces
In outside water distribution component, the switching shaft of two switch pieces is each passed through two perforation of water distribution component and blocks or open two installations respectively
The relief hole of gasket on slot, switching shaft and aperture seal cooperate；
The seesaw is swingable to be matched with outside water distribution component, and the both ends of seesaw are interlocked with two switch pieces respectively.
2. push type water route as described in claim 1 switching mechanism, it is characterised in that: further include one being matched with outside water distribution component
Pressing piece, the pressing piece activity contradict two switch pieces.
3. push type water route as described in claim 1 switching mechanism, it is characterised in that: the press section of described two switch pieces is equal
Equipped with the pressing baffle contradicted for pressing piece.
4. push type water route as claimed in claim 2 switching mechanism, it is characterised in that: when pressing piece simultaneously with two switch pieces
When conflict, the switching shaft of two switch pieces is separately turned on the relief hole or two switch pieces of the gasket on two mounting grooves
Switching shaft blocks the relief hole of the gasket on two mounting grooves respectively.
5. push type water route as claimed in claim 2 switching mechanism, it is characterised in that: the pressing piece is equipped with guide post,
The water distribution component is equipped with the guide groove planted for guide post activity.
6. push type water route as claimed in claim 2 switching mechanism, it is characterised in that: further include that a cover sets two switch pieces
Press section, pressing piece and seesaw elastic button lid, the elastic button lid is fixed in water distribution component.
7. push type water route as described in claim 1 switching mechanism, it is characterised in that: between the switching shaft and the perforation
Equipped with sealing ring.
8. push type water route as described in claim 1 switching mechanism, it is characterised in that: the water distribution component includes separating stand, envelope
Lid and connector；
The separating stand is equipped with the mounting groove and the water passage, and the capping is equipped with the perforation, the connection
The water inlet port is formed on head；
To form the inner cavity, one end of the separating stand, which is formed with, to be nested in connector for the separating stand and capping connection
Fixed part, the both ends of the water passage of separating stand are respectively communicated with water hole and water inlet port.
9. push type water route as claimed in claim 8 switching mechanism, it is characterised in that: the water distribution component further includes and separating stand
The bottom cover being fixedly connected forms two points communicated respectively with the tapping hole on two mounting grooves between the bottom cover and separating stand
Aquaporin.
10. push type water route as described in claim 1 switching mechanism, it is characterised in that: the middle part of the seesaw forms and supports
Touch the arc boss of the water distribution component；The both ends of the seesaw are respectively equipped with U-lag, and the switching shaft of two switch pieces is worn respectively
The U-lag at seesaw both ends is crossed, the press section of two switch pieces contradicts the both ends of the seesaw respectively.
11. a kind of shower comprising shower ontology, the shower ontology have an intake tunnel and multiple function water cavities；It is special
Sign is: multiple push type water route switching mechanisms as described in claims 1 to 10 any one is equipped in the shower ontology, respectively
The water inlet port of a push type water route switching mechanism is communicated with the intake tunnel of shower ontology；Each pressing
The tapping hole of formula water route switching mechanism is communicated with each function water cavity one by one respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820628898.0U CN208466213U (en) | 2018-04-28 | 2018-04-28 | A kind of push type water route switching mechanism and shower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820628898.0U CN208466213U (en) | 2018-04-28 | 2018-04-28 | A kind of push type water route switching mechanism and shower |
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| CN208466213U true CN208466213U (en) | 2019-02-05 |
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ID=65219987
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108480072A (en) * | 2018-04-28 | 2018-09-04 | 路达(厦门)工业有限公司 | A kind of push type water route switching mechanism and shower |
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2018
- 2018-04-28 CN CN201820628898.0U patent/CN208466213U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108480072A (en) * | 2018-04-28 | 2018-09-04 | 路达(厦门)工业有限公司 | A kind of push type water route switching mechanism and shower |
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