CN106925445A - Bathtub nozzle component - Google Patents
Bathtub nozzle component Download PDFInfo
- Publication number
- CN106925445A CN106925445A CN201610832454.4A CN201610832454A CN106925445A CN 106925445 A CN106925445 A CN 106925445A CN 201610832454 A CN201610832454 A CN 201610832454A CN 106925445 A CN106925445 A CN 106925445A
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- CN
- China
- Prior art keywords
- bathtub
- nozzle
- component
- handle
- bathtub nozzle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B1/00—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means
- B05B1/14—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening
- B05B1/16—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets
- B05B1/1627—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets with a selecting mechanism comprising a gate valve, a sliding valve or a cock
- B05B1/1636—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets with a selecting mechanism comprising a gate valve, a sliding valve or a cock by relative rotative movement of the valve elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B1/00—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means
- B05B1/14—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening
- B05B1/16—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets
- B05B1/1627—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets with a selecting mechanism comprising a gate valve, a sliding valve or a cock
- B05B1/1672—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening having selectively- effective outlets with a selecting mechanism comprising a gate valve, a sliding valve or a cock the selectively-effective outlets being arranged on a tube or pipe
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- Nozzles (AREA)
- Massaging Devices (AREA)
- Devices For Medical Bathing And Washing (AREA)
Abstract
The invention provides a kind of bathtub nozzle component, it includes bathtub nozzle.Bathtub nozzle includes nozzle entrance and jet expansion.Diverter assembly is carried by bathtub nozzle.Diverter assembly includes that splitter inlet and current divider are exported.Handle can rotate to the second place relative to bathtub nozzle from first position, or conversely.Potted component is coupled to handle so as to be rotated together with handle.In first position, potted component to be arranged to exported with current divider and is separated to allow water to flow through bathtub nozzle component and flow out bathtub nozzle component by jet expansion.Current divider outlet is covered to prevent water from flowing through the jet expansion of bathtub nozzle component in second position potted component.Torque spring bias handle and potted component towards first position.
Description
Cross reference to related applications
This application claims Application No. US62/219496, it is filed in September, 2015 U.S. Provisional Patent Application of 16 days
Priority, the complete disclosure of this application by reference to mode be expressly incorporated in the application.
Technical field
Bathtub spray present application relates generally to convey water optionally through bathtub nozzle module outlet or shower head
Nozzle assembly.The application more particularly to such a bathtub nozzle component, it includes rotatable handgrip, for optionally through
Bathtub nozzle module outlet come convey water or shunted by shower head water for conveying.
Background technology
Bathtub nozzle component generally includes current divider, for conveying water optionally through bathtub nozzle module outlet
Or water is distributed by shower head for conveying.Current divider typically comprise one kind can linearly be moved by user (push away or
Person draw) bar, for water is conveyed optionally through bathtub nozzle module outlet or shunted by shower head water with
For conveying.This bar is a kind of relatively obvious part, is easily reduced the attractive in appearance of integral bathtub nozzle assembly.
The content of the invention
According to a first aspect of the present invention, there is provided a kind of bathtub nozzle component, for conveying water and moisture being fitted on shower head,
The bathtub nozzle component includes bathtub nozzle and the diverter assembly carried by the bathtub nozzle.The bathtub nozzle includes：
Nozzle entrance, it is configured to receive water；Jet expansion, it is defeated from bathtub nozzle component that it is configured to a water；And by described
The diverter assembly that bathtub nozzle is carried.The diverter assembly includes：Splitter inlet, it is configured to be connect from nozzle entrance
Receive water；Current divider is exported, and it is configured to deliver water to jet expansion；Handle, it is revolvably held by the bathtub nozzle
Carry, the handle capable of being rotates to the second place or rotates to the from the second place relative to the bathtub nozzle from first position
One position；Potted component, it is coupled to the handle, with together with the handle relative to the bathtub nozzle from described first
Position rotates to the second place or rotates to the first position from the second place, in the first position,
The potted component to be arranged to and export phase separation with the current divider to allow water to flow through the bathtub nozzle component and lead to
Cross the jet expansion and flow out the bathtub nozzle component, and in second position, the potted component covers the shunting
Device exports to prevent water from flowing through the jet expansion of the bathtub nozzle component；And torque spring, it is coupled to the hand
Handle and the potted component, the torque spring bias the handle and the potted component towards the first position.
Preferably, the torque spring has elastic constant, and the potted component has surface area, when the potted component
In the second position, water applies pressure to the surface area, and the elastic constant and the surface area are configured such that：
When the pressure is more than pressure threshold, the potted component is maintained the second position by the pressure；And work as institute
When stating pressure less than the pressure threshold, the handle and the potted component are rotated to described first by the torque spring
Put.
Preferably, the diverter assembly further includes the current divider cover carried by the bathtub nozzle, the shunting
Device cover includes the splitter inlet, current divider outlet and the potted component for revolvably carrying, wherein the torsion
Power spring includes：It is coupled to the first end of the current divider cover；And it is coupled to the second end of the handle.
Preferably, the bathtub nozzle further includes the longitudinal axis, and the handle and the potted component can be around the longitudinal axis
From the first position second place is rotated to relative to the bathtub nozzle or rotate to institute from the second place
State first position.
Preferably, the handle and the potted component are big to the second place from the first position around the longitudinal axis
Cause is rotated by 90 ° or is substantially rotated by 90 ° to the first position from the second place.
Preferably, the current divider outlet is disposed in the plane substantially perpendicular to the longitudinal axis.
Preferably, the potted component includes：Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；With
And tablet, it is coupled to the axle；Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis,
The first position, the packing ring is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle
Component and the bathtub nozzle component is flowed out by the jet expansion, in the second position, the packing ring shelter
Current divider outlet is stated to prevent water from flowing through the jet expansion of the bathtub nozzle component.
Preferably, the diverter assembly further includes the current divider cover carried by the bathtub nozzle, the shunting
Device cover revolvably carries the potted component, and the current divider cover includes defining the wall of the current divider outlet, wherein
The second position, the potted component is close to the wall around current divider outlet to prevent water from flowing through the bathtub
The jet expansion of nozzle assembly.
Preferably, the bathtub nozzle further includes nozzle casing, and it defines the groove that partly circumference extends, and the groove prolongs
The nozzle is extended through, the handle has the action bars for extending through the groove and being coupled to the potted component.
Preferably, the groove that partly circumference extends described in the handle masking.
According to a second aspect of the present invention, there is provided a kind of bathtub nozzle component, for conveying water and moisture being flowed to shower head,
The bathtub nozzle component includes the diverter assembly for defining the bathtub nozzle of the longitudinal axis and being carried by the bathtub nozzle.Institute
Stating bathtub nozzle includes：Nozzle entrance, it is configured to receive water；Jet expansion, it is configured to conveying from the bathtub
The water of nozzle assembly.The diverter assembly includes：Splitter inlet, it is configured to receive water from the nozzle entrance；Point
Stream device outlet, it is configured to deliver water to the jet expansion, and the current divider outlet is disposed in and is substantially perpendicular to
In the plane of the longitudinal axis；Handle, it is revolvably carried by the bathtub nozzle, the handle capable of being relative to the bathtub nozzle around
The longitudinal axis rotates to the second place or rotates to first position from the second place from first position；And potted component, its
The handle is coupled to, is rotated from the first position around the longitudinal axis relative to the bathtub nozzle with together with the handle
The first position is rotated to the second place or from the second place, unit is being sealed described in the first position
Part is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle component and by the nozzle
The outlet outflow bathtub nozzle component, and in the second position, the potted component covers the current divider outlet
To prevent water from flowing through the jet expansion of the bathtub nozzle component.
Preferably, the handle and the potted component are big to the second place from the first position around the longitudinal axis
Cause is rotated by 90 ° or is substantially rotated by 90 ° to the first position from the second place.
Preferably, the potted component includes：Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；With
And tablet, it is coupled to the axle；Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis,
The first position, the packing ring is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle
Component and the bathtub nozzle component is flowed out by the jet expansion, and in the second position, the packing ring hides
Current divider outlet is stated to prevent water from flowing through the jet expansion of the bathtub nozzle component in covert.
Preferably, the diverter assembly further includes torque spring, and the torque spring is coupled to the handle
With the potted component, the torque spring biases the handle and the potted component towards the first position, described
Torque spring has elastic constant, and the potted component has surface area, when the potted component is in the second position, water
Pressure is applied to the surface area, the elastic constant and the surface area are configured such that：When the pressure is more than pressure
During threshold value, the potted component is maintained the second position by the pressure；And when the pressure is less than the pressure
During threshold value, the handle and the potted component are rotated to the first position by the torque spring.
Preferably, the handle and the potted component are big to the second place from the first position around the longitudinal axis
Cause is rotated by 90 ° or is substantially rotated by 90 ° to the first position from the second place.
Preferably, the diverter assembly further includes the current divider cover carried by the bathtub nozzle, the shunting
Device cover revolvably carries the potted component, and the current divider cover includes defining the wall of the current divider outlet, wherein in institute
Second position is stated, the potted component is close to the wall around current divider outlet to prevent water from flowing through the bathtub nozzle
The jet expansion of component.
According to a third aspect of the present invention, there is provided a kind of bathtub nozzle component, including：Bathtub nozzle and by the bathtub nozzle
The diverter assembly of support.The bathtub nozzle includes：Nozzle entrance, it is configured to receive water；Jet expansion, it is configured to
Water of the conveying from the bathtub nozzle component.The diverter assembly includes：Splitter inlet, it is configured to from the nozzle
Entrance receives water；Current divider is exported, and it is configured to water to be transferred to the jet expansion；Handle, it is revolvably by described
Bathtub nozzle is supported, and the handle capable of being rotates relative to the bathtub nozzle between the first position and the second position；Sealing unit
Part, it is coupled to the handle with the handle together between the first position and the second place relative to described
Bathtub nozzle rotates, and in the first position, the potted component is arranged to current divider outlet phase separation to permit
Xu Shui flows through the jet expansion of the bathtub nozzle component, and in the second position, the potted component masking
The current divider exports to prevent water from flowing through the jet expansion of the bathtub nozzle component；And torque spring, its coupling
To the handle and the potted component, the torque spring is the handle and the potted component towards the first position
Biasing.
Preferably, the bathtub nozzle further includes the longitudinal axis, and the handle and the potted component can be around the longitudinal axis
From the first position second place is rotated to relative to the bathtub nozzle or rotate to institute from the second place
State first position.
Preferably, the current divider outlet is disposed in the plane substantially perpendicular to the longitudinal axis.
Preferably, the potted component includes：Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；With
And tablet, it is coupled to the axle；Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis, in institute
First position is stated, the packing ring is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle group
Part and the bathtub nozzle component is flowed out by the jet expansion, and in the second position, the packing ring masking
The current divider exports to prevent water from flowing through the jet expansion of the bathtub nozzle component.
Preferably, the bathtub nozzle further includes nozzle casing, and it defines the groove that partly circumference extends, and the groove prolongs
The nozzle is extended through, the handle has the action bars for extending through the groove and being coupled to the potted component.
According to the one exemplary embodiment of the application, bathtub nozzle component delivers water to and is assigned to shower head.Bathtub sprays
Nozzle assembly includes bathtub nozzle.Bathtub nozzle includes the nozzle entrance for being configured to receive water.Bathtub nozzle further includes handle
The defeated jet expansion from bathtub nozzle component of water.Diverter assembly is carried by bathtub nozzle.Diverter assembly includes being configured to
The splitter inlet of water is received from nozzle entrance and be configured to deliver water to the current divider outlet of jet expansion.Handle capable of being revolves
Turn ground to be carried by bathtub nozzle, and handle capable of being rotates to the second place from the first position of bathtub nozzle, vice versa.Sealing
Element is coupled to handle so as to rotate to the second place from the first position of bathtub nozzle together with handle, and vice versa.
First position, potted component is arranged to current divider outlet phase separation to allow water to flow through bathtub nozzle component and pass through
Jet expansion flows out bathtub nozzle component.In second position, potted component masking current divider exports to prevent water from flowing through bathtub
The jet expansion of nozzle assembly.Torque spring is coupled to handle and potted component.Torque spring handle and potted component direction
First position biases.
According to another one exemplary embodiment of the application, bathtub nozzle component delivers water to and is assigned to shower head.
Bathtub nozzle component includes defining the bathtub nozzle of the longitudinal axis.Bathtub nozzle includes the nozzle entrance for being configured to receive water.Bathtub
Nozzle further includes the jet expansion for being configured to convey the water from bathtub nozzle component.Diverter assembly is by bathtub nozzle
Carry.Diverter assembly includes being configured to being received from nozzle entrance the splitter inlet of water.Diverter assembly is further included
It is configured to deliver water to the current divider outlet of jet expansion.Current divider outlet is disposed in the plane for being basically perpendicular to the longitudinal axis
On.Handle is revolvably carried by bathtub nozzle.Handle can rotate to second around the longitudinal axis relative to bathtub nozzle from first position
Position, vice versa.Potted component is coupled to handle, so as to together with handle relative to bathtub nozzle around the longitudinal axis from first
Position rotates to the second place, and vice versa.In first position, potted component be arranged to current divider export be separated with
Allow water to flow through bathtub nozzle component and bathtub nozzle component is flowed out by jet expansion.In second position, potted component
Masking current divider exports to prevent water from flowing through the jet expansion of bathtub nozzle component.
Read and consider hereafter to the detailed description of the application one exemplary embodiment after, the supplementary technology of the application
Feature and advantage can become apparent to those skilled in the art.
Brief description of the drawings
Fig. 1 is the stereogram of exemplary bathtub nozzle component, is rotated to " bathtub " shown with bathtub nozzle component handle
Position or first position, its reclaimed water flow out from the outlet of bathtub nozzle component；
Fig. 2 is another stereogram of the bathtub nozzle component of Fig. 1, and the handle shown with bathtub nozzle component is rotated to
" shower " position or the second place, its reclaimed water do not flow out from the outlet of bathtub nozzle component, conversely, water is from shower head stream
Go out；
Fig. 3 is the forward direction exploded perspective view of the bathtub nozzle component drawings of Fig. 1；
Fig. 4 is the backward exploded perspective view of the bathtub nozzle component drawings of Fig. 1；；
Fig. 5 is longitudinal profile stereogram of the bathtub nozzle component along the line 5-5 in Fig. 1；
Fig. 6 is longitudinal profile stereogram of the bathtub nozzle component along the line 6-6 in Fig. 2；
Fig. 7 is horizontal section stereogram of the bathtub nozzle component along the line 7-7 in Fig. 1；
Fig. 8 is horizontal section stereogram of the bathtub nozzle component along the line line 8-8 in Fig. 2；
Fig. 9 is the forward direction stereogram of the first cover portion of the diverter assembly of the bathtub nozzle component of Fig. 1；
Figure 10 is the backward stereogram of first cover portion of Fig. 9；
Figure 11 is the forward direction stereogram of the part of the diverter assembly of the bathtub nozzle component of Fig. 1；
Figure 12 is the top perspective view of the potted component of the diverter assembly of the bathtub nozzle component of Fig. 1；
Figure 13 is the face upwarding stereogram of the potted component of Figure 12；
Figure 14 is the face upwarding stereogram of the second cover portion of the diverter assembly of the bathtub nozzle component of Fig. 1；
Figure 15 is the backward stereogram of second cover portion of Figure 14；
Figure 16 is longitudinal profile stereogram of the bathtub nozzle component along the line 5-5 of Fig. 1, and it is shown with operational torque and resistance
The torque that only potted component rotates towards the second place；
Figure 17 is longitudinal profile stereogram of the bathtub nozzle component along the line 6-6 of Fig. 2, and it is shown with operational torque and resistance
The torque that only potted component rotates towards first position；
Figure 18 is longitudinal profile stereogram of the bathtub nozzle component along the line 6-6 of Fig. 2, and it is shown with hydraulic pressure threshold value torque
With the torque for preventing potted component from being rotated towards first position；
Figure 19 is the stereogram of another exemplary bathtub nozzle component, and it is shown with the hand shown with bathtub nozzle component
Handle is rotated to " bathtub " position or first position, and its reclaimed water flows out from the outlet of bathtub nozzle component；；
Figure 20 is another stereogram of the bathtub nozzle component of Figure 19, and the handle shown with bathtub nozzle component is rotated
To " shower " position or the second place, its reclaimed water does not flow out from the outlet of bathtub nozzle component, conversely, water is from shower head stream
Go out；
Figure 21 is line 21-21 side view in transverse section of the bathtub nozzle component along Figure 19；
Figure 22 be Figure 19 bathtub nozzle component first position part stereogram, and the second current divider cover portion
Shown with contour line；
Figure 23 is the stereogram of the bathtub nozzle component in the part of second position of Figure 20, and the second current divider cover portion
Shown with contour line；
Figure 24 is the stereogram of the part of the bathtub nozzle component of Figure 19；
Figure 25 is the stereogram of the part of the potted component of the bathtub nozzle component of Figure 19；
Figure 26 is the stereogram of the second current divider cover portion of the bathtub nozzle component of Figure 19；And
Figure 27 is the end view of the second current divider cover portion of the bathtub nozzle component of Figure 19.
Specific embodiment
The embodiment of present disclosure as described herein is not intended to exhaustive or limits accurate reality disclosed in this specification
Apply example.Conversely, embodiment described herein enables that those skilled in the art implements the present invention.
With reference first to the figure in Fig. 1 and Fig. 2, an exemplary bathtub nozzle component 10 of this specification is configured to pass through
Bathtub nozzle pipe 15 and T connector 16 and be coupled to water transfer tube (or riser) 12 and shower-head tubes (or riser) 14.Bath
Cylinder nozzle assembly 10 generally comprises the bathtub nozzle 18 for carrying diverter assembly 20.The handle 22 of diverter assembly 20 is rotatable
To first position, i.e. " bathtub " or " bathtub " position (referring to Fig. 1), in the position, bathtub nozzle component 10 will be transmitted from water
The water that pipe 12 is received is transported to jet expansion 24.Exemplarily, diverter assembly 20 be attributable to the manually operated of user or
Person's spring apply power and rotate to first position.Handle 22 can also rotate to the second place or " shower " position (referring to figure
2), in the position, bathtub nozzle component 10 prevents water from flowing through wherein, and will not deliver water into jet expansion 24.Substitute
Ground, the water from water transfer tube 12 is transported to shower-head tubes 14 and is coupled to the shower head (not shown) of the shower-head tubes.Show
Plasticity ground, diverter assembly 20 is attributable to the manually operated of user and rotates to the second place.Illustrate further below
These and other feature of bathtub nozzle component 10.
Referring to figs. 1 to Fig. 6, bathtub nozzle 18 includes escutcheon or decoration 26, and it is configured to be close to carrying bathtub nozzle group
The wall (not shown) of part 10.Escutcheon 26 around and be exemplarily coupled to entrance male part 28 by cooperating screw thread.Enter
Mouth male part 28 is coupled to bathtub nozzle pipe 15 and including the nozzle entrance 30 for receiving the water from water transfer tube 12.Nozzle
Entrance 30 is coupled to passage 32, and passage 32 is coupled to outlet 34, and it delivers water into diverter assembly 20, and hereafter this is entered
More detailed explanation is gone.
Entrance male part 28 and escutcheon 26 are coupled to the nozzle casing 36 for defining jet expansion 24.Nozzle casing 36 includes facing
Near-end point or Part I 38, Part I 38 exemplarily rotatably carry handle 22 by packing ring 40.It is exemplary
Ground, other diameters of external diameter less than nozzle casing 36 of Part I 38, hereafter provides more specific description to this.Nozzle casing 36 is also
Including two grooves 42 to cause internally to accommodate diverter assembly 20, more specific description is hereafter provided to this.Nozzle casing 36
Deep-slotted chip breaker 44 is further included to accommodate a part for handle 22, it is as detailed below.Deep-slotted chip breaker 44 is around nozzle casing 36
Part I 38 circumference a part and extend.
Nozzle casing 36 further includes to be coupled to the center section of Part I 38 or Part II 46.Exemplarily,
Part II 46 is integrally coupled to Part I 38.Part II 46 defines the longitudinal axis 48 of bathtub nozzle component 10, and along
It extends.Exemplarily, Part II 46 has cavity, usually cylinder.Exemplarily, the external diameter of Part II 46 is more than
The external diameter of Part I 38.Part II 46 further includes the inwall 49 with hole 51 for extending laterally (referring to Fig. 5 and Tu
6).Hole 51 accommodates diverter assembly 20, and following article is specifically described.Inwall 49 also includes aperture 53 to allow fluid from spray
The Part II 46 of mouth cover 36.
Nozzle casing 36 further includes distal part or Part III 50, and it is coupled to relative with Part I 38
Two parts 46.Exemplarily, Part III 50 is integrally coupled to Part II 46.Part III 50 extends outwardly away from bathtub nozzle
The longitudinal axis 48 of component 10, and define the jet expansion 24 relative with Part II 46.Exemplarily, Part III 50 includes sky
Chamber, usually sweeping cylinder.
The Part I and Part II of the nozzle casing according to the application can use various different shapes and form.Example
Such as, the Part I of nozzle casing can have different axisymmetric shapes, such as frusto-conical, or non-axis symmetry shape.
Another example, the Part II of nozzle casing can extend laterally away from Part I and the longitudinal axis.
Jet expansion 24 exemplarily includes packing ring 52 and air blown producer or stream straightener 54.Exemplarily, straightener is flowed
54 Part III 50 that nozzle casing 36 can be threadably coupled at jet expansion 24.
With continued reference to Fig. 3 to Fig. 6 and referring again to Fig. 7 and Fig. 8, diverter assembly 20 includes handle 22 for selection
Property ground the position of bathtub nozzle component 10 is arranged on first position (or bathtub position) (referring to Fig. 5 and Fig. 7) or second
Put (or shower position) (referring to Fig. 6 and Fig. 8).Exemplarily, handle 22 is (such as clockwise from first position to the second place
Ground) (i.e. 90 degree ± 5 degree) are substantially rotated by 90 ° around the longitudinal axis 48, vice versa (such as against deasil).Diverter assembly 20 is also
Generally comprise the first current divider cover portion 56 and the second current divider cover portion 58 that water is received from entrance male part 28.First current divider cover
The current divider cover portion 58 of portion 56 and second carries rotatably and internally potted component 60.Potted component 60 is coupled to handle 22,
So as to rotate to the second place from first position together with handle 22, vice versa.In first position, potted component 60 is set
Be set to and defined by the second current divider cover portion 58 current divider outlet 62 be separated, with allow water flow through bathtub nozzle component 10 with
And flowed out from jet expansion 24.Exemplarily and reference picture 7, when potted component 60 is in first position, water is typically in arrow
Trickled on direction shown in head W.In the second position of Fig. 8, the masking current divider of potted component 60 exports 62 to prevent water from flowing through
The jet expansion 24 of bathtub nozzle component 10.Hereafter these technical characteristics and other technical characteristics to diverter assembly 20 enter
Row further description.
Handle 22 includes Part I 64, and Part I 64 is rotatably carried by nozzle casing 36 by packing ring 40.Demonstration
Property, Part I 64 has the shape of general cylinder.Exemplarily, Part I 64 is concentric with the longitudinal axis 48, and around the longitudinal axis
48 rotations.The external diameter of Part I 64 is substantially the same with the external diameter of the Part II 46 of nozzle casing 36 (i.e. poor at 0.1 inch
It is interior).Such diameter can provide apparent company between the Part I 64 of handle 22 and the Part II 46 of nozzle casing 36
Continuous property.
Handle 22 exemplarily also includes being coupled to the boss or raised 66 of Part I 64.Exemplarily, raised 66
It is integrally coupled to Part I 64.Exemplarily, raised 66 have essentially a three-dimensional rectangular shape, and it is extended laterally away from
From Part I 64 and the longitudinal axis 48.
Handle 22 exemplarily further includes to be coupled to raised 66 handle or lid 68.Exemplarily, by inside
Ground accommodates raised 66 and by fastener (such as one group bolt assembly 70), and lid 68 is coupled into raised 66.Exemplarily,
Lid 68 has three-dimensional rectangular shape substantially, and it is extended laterally from Part I 64 and the longitudinal axis 48.Lid 68 includes the first table
Face 72 and second surface 74, when handle 22 is in first position or bathtub position, the first surface 72 is visible (referring to figure
7), and when handle 22 is in the second place or shower position, the second surface 74 is visible (referring to Fig. 8).Alternatively,
One surface 72 includes words " shower " to represent and by rotary handle 22 water can be made to be pumped through shower head.Alternatively,
First surface 72 may include alphabetical " S " or the explanation on shower head.Alternatively, first surface 72 may include words " bathtub "
Or " bathtub ", alphabetical " B " or " T ", or the explanation on bathtub nozzle are in bathtub representing bathtub nozzle component 10
Position.Alternatively, second surface 74 includes words " bathtub " to represent and can be pumped through water by rotary handle 22
Bathtub nozzle component 10.Alternatively, second surface 74 can be including words " bathtub ", alphabetical " B " or " T ", or on bath
The explanation of cylinder nozzle.Alternatively, second surface 74 can include words " shower ", alphabetical " S ", or saying on shower head
It is bright, to represent that bathtub nozzle component 10 is in shower position.
Handle 22 exemplarily further includes action bars (such as fastener and in particular bolt assembly 76), and it is convex
Play 66 and be coupled to potted component 60 so that potted component 60 rotates together with handle 22.Exemplarily, bolt assembly 76 prolongs
The deep-slotted chip breaker 44 of nozzle casing 36 is extended through, potted component 60 is coupled to raised 66.
Reference picture 3 arrives Fig. 8 and reference picture 9 and Figure 10, the first current divider cover portion 56 exemplarily coupling by packing ring 78
Close entrance male part 28.Internally, the first current divider cover portion 56 includes the entrance 80 for receiving water from entrance male part 28.
Entrance 80 is coupled to passage 82, and passage 82 is coupled to outlet 84, and it delivers water to the second current divider cover portion 58.Externally,
One current divider cover portion 56 includes two boss 86 being accommodated in the groove 42 of nozzle casing 36, to prevent the first current divider cover portion
Rotation between 56 and nozzle casing 36.First current divider cover portion 56 also includes two additional boss 88, and hereinafter this is entered
Row is more specifically bright.It is close to the exit at 84, the first current divider cover portion 56 includes through hole 90, and potted component 60 extends through this
Through hole, wherein potted component 60 exemplarily can be supported rotatably by packing ring 92.First current divider cover portion 56 is further
Including groove 94, wherein bolt assembly 76 is coupled to potted component 60 and wherein bolt assembly 76 rotates around the longitudinal axis 48.Groove
94 include side wall 96, and it provides stop part, and bolt assembly 76 is close to stop part to define first position.
With continued reference to Fig. 3 to Fig. 6 and referring additionally to Figure 11, diverter assembly 20 is further included around the first current divider
The torque spring 98 that cover portion 56 extends.In general, torque spring 98 is towards first position bias handle 22 and potted component 60,
As explained in further detail below, if hydraulic pressure is less than pressure threshold, the handle 22 of torque spring 98 and potted component 60
First position is rotated to from the second place.Exemplarily, torque spring 98 includes being coupled by being accommodated between boss 88
To the first end 100 of the first current divider cover portion 56.Torque spring 98 also includes the second end 102, and second end exemplarily passes through
It is meshed with the side of the bolt assembly 76 towards the second place and is coupled to bolt assembly 76.When bolt assembly 76 and sealing unit
At first position, torque spring 98 is relative no-load to part 60.When bolt assembly 76 and potted component are in second position
When, torque spring 98 is relative loading.As a result, torque spring 98 is towards first position bias handle 22 and potted component
60.Torque spring 98 can have the elastic constant for helping the operation of diverter assembly 20 enough, as described in further detail below.
Reference picture 3 arrives Fig. 8 and Figure 11 to Figure 13, and potted component 60 is rotatably coupled (exemplarily, respectively by packing ring
92 and packing ring 106) to the first current divider cover portion 56 and the second current divider cover portion 58.Potted component 60 includes axle 108, and axle 108 can
Extend along the longitudinal axis 48 and can be rotated around the longitudinal axis 48.Axle 108 is coupled to the spiral shell in the groove 94 of the first current divider cover portion 56
Bolt assembly 76.Axle 108 is additionally coupled to the blade or tablet 110 for laterally extending from axle 108.Exemplarily, tablet
110 are integrally coupled to axle 108.Tablet 110 is arranged within the second current divider cover portion 58.Tablet 110 couples (exemplary
Ground, by fastener (such as bolt 114) and disc 116) to packing ring 112.Packing ring 112 exemplarily has substantially three-dimensional planar
Elliptical shape, although it is anticipated that be that packing ring 112 can have other shapes.Packing ring 112 is configured to and the phase of the longitudinal axis 48 point
From.In first position and second position, packing ring 112 is disposed in the plane substantially perpendicular to the longitudinal axis 48.Additionally,
At one position, packing ring 112 is configured to be separated with current divider outlet 62 allow water to flow through bathtub nozzle component 10 and lead to
Cross the outflow bathtub nozzle of jet expansion 24 component 10.In second position, the masking current divider of packing ring 112 exports 62 to prevent current
Cross the jet expansion 24 of bathtub nozzle component 10.
The surface area of the tablet 110 relative with packing ring 112 may be configured to so that the hydraulic pressure in diverter assembly 20
So that potted component 60 and handle 22 maintain second position.That is, in second position, the tablet relative with packing ring 112
Hydraulic pressure in 110 surface area and diverter assembly 20 can be provided more than the torque for applying in the opposite direction (such as by turning round
Power spring 98 provide torque) torque.Exemplarily, the surface area of tablet 110 relative with packing ring 112 is about 0.35
Square inch (in2) (i.e. in 0.35in210% within), hydraulic pressure and 0.3 inch of arm of force of (in) for 125 pounds (psi).
Similarly, the given surface area of the tablet 110 relative for packing ring 112, if pressure is more than pressure threshold, shunts
Potted component 60 and handle 22 are maintained second position by the hydraulic pressure in device assembly 20；If pressure is less than pressure threshold,
Potted component 60 and handle 22 are rotated to first position by torque spring 98.This will be hereafter further described in detail.
Reference picture 3 arrives Fig. 8, Figure 14 and Figure 15, and the second current divider cover portion 58 is coupled (exemplarily, respectively by packing ring 118
With packing ring 120) to the first current divider cover portion 56 and nozzle casing 36.On the end wall 122 relative with packing ring 118 and packing ring 120, the
Two current divider cover portions 58 include the boss 124 being contained in the hole 51 in the inwall 49 for extending laterally of nozzle casing 36.Boss 124
And hole 51 is therefore, it is possible to prevent the rotation between the second current divider cover portion 58 and nozzle casing 36.Internally, the second current divider cover portion
58 include the entrance 126 for receiving water from the first current divider cover portion 56.Entrance 126 is coupled to passage 128, and passage 128
Blind hole 130 is coupled to, the blind hole 130 rotatably accommodates the packing ring 112 of axle 108 and potted component 60.Passage 128 is additionally coupled to
Current divider outlet 62.Exemplarily, current divider outlet 62 has generally elliptical shape.Alternatively, it is assumed that outlet 62 is less than packing ring
112, current divider outlet 62 can have different shapes.Current divider outlet 62 is defined by wall 132, in second position, packing ring
112 are close to the wall 132 around current divider outlet 62, to prevent water from flowing through the jet expansion 24 of bathtub nozzle component 10.Exemplarily,
Wall 132 and current divider outlet 62 are disposed in the plane of (i.e. deviation is within 5 degree) substantially vertical with the longitudinal axis 48.
Reference picture 16, when diverter assembly 20 is in first position, the operational torque M1 on the longitudinal axis 48 is applied in one's hands
Handle 22 rotates to the second place with handle 22 and potted component 60.M1 must be over resistance handle 22 and the direction of potted component 60
The sum of the torque of second place rotation, i.e. M1 is as shown in Equation 1.
M1>M2+M3+M4+M5+M6 (formula 1)
Wherein：
M2 is the torque on the longitudinal axis 48 that torque spring 98 is provided；
M3 is the torque on the longitudinal axis 48 produced by the hydraulic pressure on potted component 60；
M4 is the torque on the longitudinal axis 48 produced by the friction caused by the rotation of packing ring 92 and packing ring 106；
M5 is the torque on the longitudinal axis 48 produced by the friction caused by the rotation of handle 22；With
M6 is the torque on the longitudinal axis 48 produced by the weight of handle projection 66, lid 68 and tablet 110.
M3 is as shown in Equation 2.
M3=pAse·dse(formula 2)
Wherein：
P is hydraulic pressure；
AseThe total surface area of the potted component 60 that hydraulic pressure is applied to；And
dseIt is for power pAseThe arm of force.
Exemplarily, in first position, M2 is 3.7 inchpounds (in.lbs), and M3 is that zero, M4 is 0.1 inchpound
(in.lbs), M5 is 0.41 inchpound (in.lbs), and M6 is zero.As a result, M1 must be over 4.31 inchpounds (in.lbs)
The second place is rotated to from first position with handle 22 and potted component 60.If operating physical force F1 is with a distance of the distance of the longitudinal axis 48
D1 and be applied on lid 68, F1 is then as shown in Equation 3.
F1=M1/d1 (formula 3)
Exemplarily, if d1 is 1.53 inches (in), F1 is then 2.82 pounds (lbs).
As being briefly described above, when diverter assembly 20 is in second position, by (formula 1) when water flows through
During shower head, apply the operational torque M1 ' on the longitudinal axis 48 to handle 22, or hydraulic pressure is fallen below pressure by (formula 2)
Threshold value, diverter assembly 20 can be moved to first position.Operational torque M1 ', is being applied to handle 22 by reference picture 17
In the case of, M1 ' is as shown in Equation 4.
M1′>(- M2)+M3+M4+M5+M6 (formula 4)
Exemplarily, in second position, M2 is 3.7 inchpounds (in.lbs), and M3 is 13.13 inchpounds (in.lbs) (p
It is 125 pounds/square inch (psi), AseIt is 0.35 square inch of (in2), dseIt is 0.3 inch (in)), M4 is 0.1 inchpound
(in.lbs), M5 is 0.41 inchpound (in.lbs), and M6 is 0.1 inchpound (in.lbs).As a result, M1 ' must be over
10.04 inchpounds (in.lbs) rotate to first position with handle 22 and potted component 60 from the second place, and simultaneously water
Conveyed shower head.If operating physical force F1 ' is applied into lid 68 apart from d1 with a distance of the longitudinal axis 48, F1 ' is as shown in Equation 5.
F1 '=M1 '/d1 (formula 5)
Exemplarily, if d1 is 1.53 inches (in), F1 ' is 6.56 pounds (lbs).
Reference picture 18, formula 6 and formula 7 shown, hydraulic pressure is being fallen below pressure threshold ptIn the case of, sealing unit
By p on part 60tThe produced torque M3 ' on the longitudinal axis 48.
M3 '=ptAse·dse(formula 6)
M3 '=M2-M4-M5-M6 (formula 7)
As a result, ptAs shown in Equation 8.
pt=(M2-M4-M5-M6)/Ase·dse(formula 8)
Exemplarily, for value presented above, ptIt is 29.4 pounds/square inch (psi).I.e. hydraulic pressure is necessarily less than
29.4 pounds/square inch rotate to first position to allow the handle 22 of torque spring 98 and potted component 60 from the second place.
Reference picture 19 arrives the accompanying drawing of Figure 27, and another exemplary bathtub nozzle component 200 of the application is configured to pass through
Bathtub nozzle pipe 15 and T connector 16 and be coupled to water transfer tube 12 (or riser 12) and shower-head tubes (or riser 14).
Bathtub nozzle component 200 may include multiple with the same or analogous component of bathtub nozzle component 10 mentioned above.For purpose of brevity,
Come pair to be illustrated with the same or analogous component of bathtub nozzle component 10 mentioned above without reference to Figure 19 to Figure 27.But
It is that bathtub nozzle component 200 includes the diverter assembly 202 different from diverter assembly 20 mentioned above.Especially, current divider
Component 202 includes being different from the second current divider cover portion 204 and potted component 206 mentioned above.
In general, the first current divider cover portion 56 and the second current divider cover portion 204 rotatably and internally carry sealing
Element 206.Potted component 206 is coupled to handle 22 so that from first position (for example, " bathtub " or " bath together with handle 22
Cylinder " position；Referring to Figure 19 and Figure 22) second place is rotated to (for example, " shower " position；Referring to Figure 20 and Figure 23), otherwise also
So.In first position, potted component 206 is configured to export 208 phases with the current divider defined by the second current divider cover portion 204
Separate to allow water to flow through bathtub nozzle component 200 and flowed out by jet expansion 24.In second position, potted component
206 masking current dividers export 208 to prevent water from flowing through the jet expansion 24 of bathtub nozzle component 200.Exemplarily, current divider goes out
Mouth 208 includes two parts 209, and it is diametrically opposed to each other on the longitudinal axis 48.Each part 209 of current divider outlet 208 is equal
Exemplarily there is three-dimensional " sector " shape or sector, with about 90 degree of angle bit widths of (i.e. 90 degree ± 15 degree), to the greatest extent
Pipe is it is appreciated that the part 209 of current divider outlet 208 can have other shapes.
Potted component 206 includes axle 210, and it extends along the longitudinal axis 48, and can be rotated relative to the longitudinal axis 48.Axle 210 goes back coupling
Close one or more blades or tablet 212 (exemplarily, being two tablets 212) for extending from axle 210.Show
Plasticity ground, tablet 212 is diametrically opposed to each other on the longitudinal axis 48.Can be with view of pressure threshold applies pressure to it considering water
On tablet 212 surface area (see below).Each tablet 212 is coupled to packing ring 214.Each packing ring 214 is demonstrated
Property ground there is three-dimensional " sector " shape or sector, with about 90 degree of angle bit widths of (i.e. 90 degree ± 15 degree), although can
It is that packing ring 214 can have other shapes with what is understood.In first position and second position, packing ring 214 is arranged on substantially
In the plane parallel with the longitudinal axis 48.Additionally, in first position, each packing ring 214 is configured to right with current divider outlet 208
Partly (it exemplarily includes the three-dimensional fan shape and the angle bit width that are similar to) should be separated to allow water to flow through bathtub nozzle
200 and by jet expansion 24 flow out bathtub nozzle 200.In second position, the masking current divider outlet of each packing ring 214
208 corresponding part flows through the jet expansion 24 of bathtub nozzle 200 to prevent water.
With the similar mode of diverter assembly 20 mentioned above, torque spring 98 is configured to close under certain situation
Envelope element 206 and handle 22 rotate to first position.For this purpose, along the longitudinal axis 48 relative to the He of the first current divider cover portion 56
Second current divider cover portion 204 moves potted component 206.When (the tablet 212 of applying power F to potted component 206 of component 200；Ginseng
See Figure 21) in pressure higher than threshold value, and as shown in Figure 21 to Figure 23, potted component 206 is close to and is exported for defining current divider
The end wall 216 of 208 the second current divider cover portion 204.When pressure be higher than threshold value when, and when handle 22 and thus potted component
206 when rotating to the second place (for example, due to user manually operated), and the current divider cover portion 204 of potted component 206 and second is nibbled
One or more anti-rotation elements are closed, to prevent potted component 206 from being rotated since first position (for example, by torque spring 98
The torque for being applied).Exemplarily, anti-rotation element includes the protuberance 218 being formed on tablet 212 and is formed in end wall
The groove 220 for accommodating protuberance 218 on 216 inner surface (referring to Figure 26 and Figure 27).Anti-rotation element can be taken
Other forms.For example, groove can be formed on tablet and protuberance can be formed in the end wall of the second current divider cover portion 204
On 216 inner surface.In either event, when pressure is less than threshold value, the compression spring 222 carried by axle 210 promotees
Potted component 206 is set to move away the end wall 216 of the second current divider cover portion 204, and anti-rotation element unclamps.When anti-rotational unit
When part unclamps, potted component 206 and handle 22 are rotated to first position by the torque that torque spring 98 is applied.
Various modifications and increase can be carried out to above-described embodiment on the premise of without departing from scope of the present application.For example,
Although above-described embodiment refers to specific feature, the present invention can also be embodied as the combination of different features, although the application's
Embodiment does not include all of implementation method of features described above.
Claims (21)
1. a kind of bathtub nozzle component, for conveying water and moisture being fitted on shower head, the bathtub nozzle component includes：
Bathtub nozzle, including：
Nozzle entrance, it is configured to receive water；
Jet expansion, it is defeated from the bathtub nozzle component that it is configured to a water；And
The diverter assembly carried by the bathtub nozzle, the diverter assembly includes：
Splitter inlet, it is configured to receive water from the nozzle entrance；
Current divider is exported, and it is configured to deliver water to the jet expansion；
Handle, it is revolvably carried by the bathtub nozzle, and the handle capable of being is relative to the bathtub nozzle from first position
Rotate to the second place or rotate to first position from the second place；
Potted component, it is coupled to the handle, with together with the handle relative to the bathtub nozzle from described first
Put and rotate to the second place or rotate to the first position from the second place, in the first position, institute
Potted component is stated to be arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle component and pass through
The jet expansion flows out the bathtub nozzle component, and in the second position, described point of the potted component masking
Stream device exports to prevent water from flowing through the jet expansion of the bathtub nozzle component；And
Torque spring, it is coupled to the handle and the potted component, and the torque spring is the handle and the sealing
Element is biased towards the first position.
2. bathtub nozzle component as claimed in claim 1, wherein, the torque spring has elastic constant, the sealing unit
Part has surface area, and when the potted component is in the second position, water applies pressure to the surface area, and the elasticity is often
Number and the surface area are configured such that：When the pressure is more than pressure threshold, the pressure ties up the potted component
Hold in the second position；And when the pressure be less than the pressure threshold when, the torque spring the handle with
The potted component rotates to the first position.
3. bathtub nozzle component as claimed in claim 1, wherein, the diverter assembly further includes to be sprayed by the bathtub
The current divider cover that mouth is carried, the current divider cover includes the splitter inlet, current divider outlet and revolvably carries
The potted component, wherein the torque spring includes：
It is coupled to the first end of the current divider cover；And
It is coupled to the second end of the handle.
4. bathtub nozzle component as claimed in claim 1, wherein, the bathtub nozzle further includes the longitudinal axis, the handle
The second place can be rotated to the potted component from the first position relative to the bathtub nozzle around the longitudinal axis
Or rotate to the first position from the second place.
5. bathtub nozzle component as claimed in claim 4, wherein, the handle and the potted component are around the longitudinal axis from institute
First position is stated substantially to be rotated by 90 ° to the second place or substantially rotated to the first position from the second place
90 degree.
6. bathtub nozzle component as claimed in claim 4, wherein, the current divider outlet is disposed in substantially perpendicular to institute
In stating the plane of the longitudinal axis.
7. bathtub nozzle component as claimed in claim 4, wherein, the potted component includes：
Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；And
Tablet, it is coupled to the axle；
Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis, in the first position, the pad
Circle is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle component and by the nozzle
The outlet outflow bathtub nozzle component, in the second position, the packing ring covers the current divider outlet to prevent water
Flow through the jet expansion of the bathtub nozzle component.
8. bathtub nozzle component as claimed in claim 1, wherein, the diverter assembly further includes to be sprayed by the bathtub
The current divider cover that mouth is carried, the current divider cover revolvably carries the potted component, and the current divider cover includes defining
The wall of the current divider outlet, wherein in the second position, the potted component is close to around current divider outlet
The wall flows through the jet expansion of the bathtub nozzle component to prevent water.
9. bathtub nozzle component as claimed in claim 1, wherein, the bathtub nozzle further includes nozzle casing, and it is defined
The groove that partly circumference extends, the groove extends through the nozzle, and the handle has and extends through the groove and couple
To the action bars of the potted component.
10. bathtub nozzle component as claimed in claim 9, wherein, the groove of the handle masking partly circumference extension.
A kind of 11. bathtub nozzle components, for conveying water and moisture being flowed to shower head, the bathtub nozzle component includes：
Bathtub nozzle for defining the longitudinal axis, the bathtub nozzle includes：
Nozzle entrance, it is configured to receive water；
Jet expansion, it is configured to convey the water from the bathtub nozzle component；And
The diverter assembly carried by the bathtub nozzle, the diverter assembly includes：
Splitter inlet, it is configured to receive water from the nozzle entrance；
Current divider is exported, and it is configured to deliver water to the jet expansion, and the current divider outlet is disposed in substantially
In the plane of the longitudinal axis；
Handle, it is revolvably carried by the bathtub nozzle, and the handle capable of being is relative to the bathtub nozzle around the longitudinal axis
The second place is rotated to from first position or rotate to first position from the second place；And
Potted component, it is coupled to the handle, with together with the handle relative to the bathtub nozzle around the longitudinal axis from
The first position rotates to the second place or rotates to the first position from the second place, described first
The potted component is arranged to and is separated to allow water to flow through the bathtub nozzle component with current divider outlet at position
And the bathtub nozzle component is flowed out by the jet expansion, and in the second position, the potted component hides
Current divider outlet is stated to prevent water from flowing through the jet expansion of the bathtub nozzle component in covert.
12. bathtub nozzle components as claimed in claim 11, wherein, the handle and the potted component around the longitudinal axis from
The first position is substantially rotated by 90 ° to the second place or is substantially revolved to the first position from the second place
It turn 90 degrees.
13. bathtub nozzle components as claimed in claim 11, wherein, the potted component includes：
Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；And
Tablet, it is coupled to the axle；
Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis, in the first position, the pad
Circle is arranged to current divider outlet phase separation to allow water to flow through the bathtub nozzle component and by the nozzle
The outlet outflow bathtub nozzle component, and in the second position, the packing ring covers the current divider outlet to hinder
Sealing flows through the jet expansion of the bathtub nozzle component.
14. bathtub nozzle components as claimed in claim 13, wherein, the diverter assembly further includes torque spring,
The torque spring is coupled to the handle and the potted component, and the torque spring is the handle and sealing unit
Part is biased towards the first position, and the torque spring has elastic constant, and the potted component has surface area, when described
Potted component applies pressure in the second position, water to the surface area, and the elastic constant and the surface area are matched somebody with somebody
Put to cause：When the pressure is more than pressure threshold, the potted component is maintained the second position by the pressure；
And when the pressure is less than the pressure threshold, the handle and the potted component are rotated to institute by the torque spring
State first position.
15. bathtub nozzle components as claimed in claim 14, wherein, the handle and the potted component around the longitudinal axis from
The first position is substantially rotated by 90 ° to the second place or is substantially revolved to the first position from the second place
It turn 90 degrees.
16. bathtub nozzle components as claimed in claim 11, wherein, the diverter assembly is further included by the bathtub
The current divider cover that nozzle is carried, the current divider cover revolvably carries the potted component, and the current divider cover includes defining
The wall of the current divider outlet, wherein in the second position, the potted component is close to the institute around current divider outlet
Wall is stated to prevent water from flowing through the jet expansion of the bathtub nozzle component.
A kind of 17. bathtub nozzle components, including：
Bathtub nozzle, including：
Nozzle entrance, it is configured to receive water；
Jet expansion, it is configured to convey the water from the bathtub nozzle component；And
The diverter assembly supported by the bathtub nozzle, the diverter assembly includes：
Splitter inlet, it is configured to receive water from the nozzle entrance；
Current divider is exported, and it is configured to water to be transferred to the jet expansion；
Handle, it is revolvably supported by the bathtub nozzle, and the handle capable of being is relative between the first position and the second position
In bathtub nozzle rotation；
Potted component, it is coupled to the handle with the handle together between the first position and the second place
Relative to bathtub nozzle rotation, in the first position, the potted component is arranged to and current divider outlet
It is separated to allow water to flow through the jet expansion of the bathtub nozzle component, and in the second position, it is described close
Current divider described in envelope element covers exports to prevent water from flowing through the jet expansion of the bathtub nozzle component；And
Torque spring, it is coupled to the handle and the potted component, and the torque spring is the handle and the sealing
Element is biased towards the first position.
18. bathtub nozzle components as claimed in claim 17, wherein, the bathtub nozzle further includes the longitudinal axis, the hand
Handle and the potted component can rotate to the second relative to the bathtub nozzle around the longitudinal axis from the first position
Put or rotate to the first position from the second place.
19. bathtub nozzle components as claimed in claim 18, wherein, the current divider outlet is disposed in and is substantially perpendicular to
In the plane of the longitudinal axis.
20. bathtub nozzle components as claimed in claim 19, wherein, the potted component includes：
Axle, it is coupled to the handle, and the axle extends along the longitudinal axis；And
Tablet, it is coupled to the axle；
Packing ring, it is coupled to the tablet and is arranged to and is separated with the longitudinal axis, in the first position, the packing ring
It is arranged to and is separated to allow water to flow through the bathtub nozzle component and go out by the nozzle with current divider outlet
The mouth outflow bathtub nozzle component, and in the second position, the packing ring covers the current divider outlet to prevent
Water flows through the jet expansion of the bathtub nozzle component.
21. bathtub nozzle components as claimed in claim 17, wherein, the bathtub nozzle further includes nozzle casing, its boundary
The groove that fixed partly circumference extends, the groove extends through the nozzle, and the handle has and extends through the groove and coupling
Close the action bars of the potted component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610832454.4A CN106925445A (en) | 2016-09-19 | 2016-09-19 | Bathtub nozzle component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610832454.4A CN106925445A (en) | 2016-09-19 | 2016-09-19 | Bathtub nozzle component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106925445A true CN106925445A (en) | 2017-07-07 |
Family
ID=59444406
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610832454.4A Pending CN106925445A (en) | 2016-09-19 | 2016-09-19 | Bathtub nozzle component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106925445A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2115628A (en) * | 1936-09-18 | 1938-04-26 | Fredericks John Jacob | Automatic bath and shower diverter valve |
| US2595856A (en) * | 1946-09-11 | 1952-05-06 | Samuel M Kass | Faucet |
| US5718257A (en) * | 1996-04-24 | 1998-02-17 | Big Horn Valve, Inc. | Axial-mounted high flow valve |
| CN202146839U (en) * | 2011-06-22 | 2012-02-22 | 厦门建霖工业有限公司 | Waterway switching structure of three-way flow divider |
| US8128058B2 (en) * | 2008-04-22 | 2012-03-06 | National Diversified Sales, Inc. | Flow control device |
| US8739831B2 (en) * | 2010-05-14 | 2014-06-03 | Xiamen Solex High-Tech Industries Co., Ltd. | Self-reset valve |
-
2016
- 2016-09-19 CN CN201610832454.4A patent/CN106925445A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2115628A (en) * | 1936-09-18 | 1938-04-26 | Fredericks John Jacob | Automatic bath and shower diverter valve |
| US2595856A (en) * | 1946-09-11 | 1952-05-06 | Samuel M Kass | Faucet |
| US5718257A (en) * | 1996-04-24 | 1998-02-17 | Big Horn Valve, Inc. | Axial-mounted high flow valve |
| US8128058B2 (en) * | 2008-04-22 | 2012-03-06 | National Diversified Sales, Inc. | Flow control device |
| US8739831B2 (en) * | 2010-05-14 | 2014-06-03 | Xiamen Solex High-Tech Industries Co., Ltd. | Self-reset valve |
| CN202146839U (en) * | 2011-06-22 | 2012-02-22 | 厦门建霖工业有限公司 | Waterway switching structure of three-way flow divider |
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