CN209164651U - A kind of pressing temperature adjustment integral valve - Google Patents
A kind of pressing temperature adjustment integral valve Download PDFInfo
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- CN209164651U CN209164651U CN201822164086.8U CN201822164086U CN209164651U CN 209164651 U CN209164651 U CN 209164651U CN 201822164086 U CN201822164086 U CN 201822164086U CN 209164651 U CN209164651 U CN 209164651U
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- runing rest
- position rotating
- temperature adjustment
- hole
- tooth
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Abstract
The utility model discloses a kind of pressing temperature adjustment integral valves, including valve body, pedestal, valve body lower end is connected on the upside of the pedestal, ceramic stationary plate, ceramic movable plate, runing rest are successively fixed in pedestal upper end, runing rest upper end is fixed on position rotating lid lower end, and position rotating covers the synchronous clamping thermoregulation knob in end；Position rotating lid lower end is socketed V coil support, M grommet type seal is equipped between V coil support lower end and runing rest upper center, pressure release spring is equipped between M grommet type seal skeleton and V coil support inner bottom, the V coil support upper center upwardly extends, and its central seal wears core bar lower part, core bar upper end is set on the Passive Positioning tooth lower part of hollow structure, return spring is equipped between Passive Positioning tooth lower end and V coil support upper center, Passive Positioning tooth upper end fixed spring gland, retaining spring is equipped between the core bar pressure cap that spring capping and core bar upper end are fixed, knob is actively pressed in the Passive Positioning tooth upper outside socket.
Description
Technical field
The utility model belongs to valve technology field, and in particular to a kind of open and close for being mainly used for tap and hot and cold water
Temperature adjusts pressing temperature adjustment integral valve.
Background technique
Similar product is all switch and the temperature adjustment that faucet is realized by a swing arm currently on the market, to limit faucet
Developing way, keep the mode for the tap temperature adjustment that developed in the market generally consistent, it is stereotyped.
Utility model content
The purpose of this utility model is to propose a kind of pressing temperature adjustment integral valve, overcomes the above-mentioned deficiency of the prior art,
Structure design is simple, easy to use, realizes temperature adjustment by rotation, realizes faucet switch by key, extended tap shape
And Exploitation Scope when functional development, faucet can be allowed more novel using this spool design tap, meet market
Use demand is conducive to product promotion.
In order to reach above-mentioned purpose of design, the technical solution adopted in the utility model is as follows:
A kind of pressing temperature adjustment integral valve, including actively press knob, valve body, core bar, column sealed piece, M grommet type seal, ceramics
Movable plate, ceramic stationary plate, spring capping, retaining spring, core bar pressure cap, Passive Positioning tooth, return spring, position rotating lid, V circle branch
Frame, pressure release spring, runing rest, M grommet type seal skeleton, pedestal, thermoregulation knob, button, the pedestal upside are connected to valve body
Lower end, pedestal upper end fixed ceramics stationary plate in a manner of being clamped are equipped with ceramic movable plate on the upside of ceramic stationary plate, on the ceramics movable plate
Side is sealed in a manner of being clamped is fixed on runing rest lower end, and runing rest upper end is fixed on position rotating lid in a manner of being clamped
Lower end, position rotating cover end and extend out from valve body upper end, and position rotating covers the synchronous clamping thermoregulation knob in end；The positioning
Rotation lid is the hollow structure of lower ending opening, upper end equipped with through-hole, is equipped with step, step inner sleeve at position rotating lid lower ending opening
V coil support is connect, V coil support lower end overhead is between runing rest upper center, V coil support lower end and runing rest upper center
Equipped with M grommet type seal, the axle center of M grommet type seal is clamped M grommet type seal skeleton, and there are relief hole, side in M grommet type seal frame center
There is small inlet opening, pressure release spring is equipped between M grommet type seal skeleton and V coil support inner bottom, the pressure release lower spring end is set
In the small inlet opening for the convex needle insertion M grommet type seal skeleton having, the V coil support upper center is upwardly extended, and its center is close
Envelope wears core bar lower part, and the T connector of core bar lower end is cased with column sealed piece, and core bar upper end is set on the Passive Positioning of hollow structure
Tooth lower part is equipped with return spring between Passive Positioning tooth lower end and V coil support upper center, Passive Positioning tooth upper end is fixed
Retaining spring, Passive Positioning tooth top are equipped between the fixed core bar pressure cap in spring capping, spring capping and core bar upper end
Knob is actively pressed in outside socket, and the active is socketed in position rotating by knob and covers in the through-hole at end, and extends out, actively
By the synchronous fixed button in knob upper end.
The pedestal be equipped with penetrating cold water inlet hole, hot water inlet hole, central water outlet hole, with the cold water on pedestal into
Water hole, hot water inlet hole, central water outlet hole respectively the relatively described ceramic stationary plate be equipped with cold water inlet hole, hot water inlet hole, in
Heart apopore, the ceramic movable plate opposite with the central water outlet hole of ceramic stationary plate is equipped with central water outlet hole, with ceramic stationary plate
Cold water inlet hole, hot water inlet hole's Local Phase are equipped with flowing hole to the ceramic movable plate；With the central water outlet hole of ceramic movable plate
The relatively described runing rest is equipped with central water outlet hole, is equipped with the flowing hole Local Phase of ceramic movable plate to the runing rest
Two independent inlet openings, M grommet type seal frame center opposite with the central water outlet hole of runing rest are equipped with hole.
The inner side edge of the pedestal is equipped with positioning along locating convex block, the ceramic stationary plate lower end opposite with locating convex block is equipped with
Notch, locating convex block are connected in locating notch.
The ceramics movable plate upper end edge is equipped with concave card slot, and the runing rest lower end opposite with concave card slot is equipped with convex
Platform, boss are connected in concave card slot；The runing rest upper end is equipped with convex card slot, the positioning rotation opposite with convex card slot
Hub cap lower end is equipped with groove, and convex card slot is connected in groove；The runing rest external wall of upper portion is equipped with screw thread, interlocking at screw thread
Position rotating lid lower end is pressed on runing rest upper end by clamp nut, clamp nut.
Position rotating lid lower part outer wall is equipped with positive stop lug boss, cooperates the valve body inner sidewall to be equipped with limit with positive stop lug boss
Position boss, with the rotation angle for being used to limit when rotation temperature adjustment.
The position rotating lid external wall of upper portion is equipped with flower tooth, and the thermoregulation knob opposite with flower tooth is equipped with interior colored tooth, interior
Flower tooth, which synchronizes, to be fastened in outside colored tooth；Position rotating cover outer wall upper end is equipped with screw thread, and interlocking clamp nut on screw thread passes through pressure
Thermoregulation knob is pressed on position rotating lid external wall of upper portion by tight nut.
The position rotating lid is equipped with positioning inclined-plane by place near to the upper end inner wall, positions and is equipped with guide groove at inclined-plane, positioning inclined-plane,
Guide groove is there are difference in height, for limiting the height of Passive Positioning tooth when spool opens and closes, guide groove be also used to limit actively by
Knob not can rotate during pressing.
The knob upper end outer wall of actively pressing is equipped with flower tooth, and the button opposite with flower tooth is equipped with interior colored tooth, interior colored tooth
It synchronizes and is fastened in outside colored tooth.
The Passive Positioning tooth is equipped with top close to lower end outer wall and has a bevelled boss, boss and actively presses knob lower end
There is the boss of the conical surface to cooperate for the bottom that outer wall is equipped with.
The V coil support upper center is equipped with V-type circle, and clinching V ring cover on the upside of V-type circle, V-type circle is for sealing V coil support
The core bar that upper center is worn.
Central water outlet hole, the inlet opening lower side edge of the runing rest are equipped with butterfly seal groove, consolidate in butterfly seal groove
Determine butterfly gasket.
Annular seal groove is equipped on the upside of the central water outlet hole of the runing rest, it is close that the sealing of M grommet type seal is fixed on annular
In sealing groove.
The cold water inlet hole of the pedestal, hot water inlet hole, central water outlet hole edge inside are equipped with inner seal ring slot, pedestal
Cold water inlet hole, hot water inlet hole, external seal ring recess is equipped on the outside of the edge of central water outlet hole, inner seal ring slot is equipped in pedestal
Sealing ring, external seal ring recess is interior to be equipped with exterior seal ring；The side wall of the pedestal is equipped with hanging buckle, and hanging buckle is articulated in valve body lower end side wall
In the square hole being equipped with.
The beneficial effect of pressing temperature adjustment integral valve described in the utility model is: structure design is simple, easy to use, passes through
Rotation realize temperature adjustment, by key realize faucet switch, extended tap shape and functional development when Exploitation Scope, make
Faucet can be allowed more novel with this spool design tap, meet market use demand, be conducive to product promotion.
This product adjusts temperature by external handwheel, and center button open and close in this way can be when switching water not
Influence whether temperature-adjusting device, existing market often with spool by then passing through swing arm control switch and temperature adjustment simultaneously,
It influences whether that temperature is adjusted when switching water, the temperature mixed up is made to generate variation, this product can go out to avoid this phenomenon
It is existing.
The big shower faucet of popular articles holding table and tap main body one currently on the market such as uses this product, can
So that faucet body is made more succinct, shape is more aesthetically pleasing, and feeling when use is more preferable.
Detailed description of the invention
Fig. 1 is the perspective view of pressing temperature adjustment integral valve described in the utility model；
Fig. 2 is the water flow schematic diagram of pressing temperature adjustment integral valve described in the utility model；
Fig. 3 is the cross-sectional view of pressing temperature adjustment integral valve described in the utility model；
Fig. 4 is the explosive view of pressing temperature adjustment integral valve described in the utility model；
Fig. 5 is the schematic diagram of the pedestal of pressing temperature adjustment integral valve described in the utility model；
Fig. 6 is another angle schematic diagram of the pedestal of pressing temperature adjustment integral valve described in the utility model；
Fig. 7 is the schematic diagram of the ceramic stationary plate of pressing temperature adjustment integral valve described in the utility model；
Fig. 8 is the schematic diagram of the ceramic movable plate of pressing temperature adjustment integral valve described in the utility model；
Fig. 9 is the schematic diagram of the runing rest of pressing temperature adjustment integral valve described in the utility model；
Figure 10 is another angle schematic diagram of the runing rest of pressing temperature adjustment integral valve described in the utility model；
Figure 11 is the schematic diagram of the position rotating lid of pressing temperature adjustment integral valve described in the utility model；
Figure 12 is another angle schematic diagram of the position rotating lid of pressing temperature adjustment integral valve described in the utility model；
Figure 13 is the schematic diagram of the valve body of pressing temperature adjustment integral valve described in the utility model；
Figure 14 is another angle schematic diagram of the valve body of pressing temperature adjustment integral valve described in the utility model；
Figure 15 is the active of pressing temperature adjustment integral valve described in the utility model by the schematic diagram of knob；
Figure 16 is the schematic diagram of the Passive Positioning tooth of pressing temperature adjustment integral valve described in the utility model；
Figure 17 is another angle schematic diagram of the Passive Positioning tooth of pressing temperature adjustment integral valve described in the utility model；
Figure 18 is the schematic diagram of the button of pressing temperature adjustment integral valve described in the utility model；
Figure 19 is the schematic diagram of the thermoregulation knob of pressing temperature adjustment integral valve described in the utility model；
Figure 20 is the spool closed state water flow schematic diagram of pressing temperature adjustment integral valve described in the utility model；
Figure 21 is the spool open state water flow schematic diagram of pressing temperature adjustment integral valve described in the utility model.
Specific embodiment
Preferred embodiment of the utility model is described in further detail below.
As shown in Fig. 1-2 1, in the utility model embodiment, the pressing temperature adjustment integral valve, including actively press knob 1,
Valve body 2, core bar 4, column sealed piece 7, M grommet type seal 9, ceramic movable plate 10, ceramic stationary plate 11, spring capping 14, retaining spring
15, core bar pressure cap 16, Passive Positioning tooth 17, return spring 18, position rotating lid 19, V coil support 20, pressure release spring 21, rotation
Bracket 22, M grommet type seal skeleton 24, pedestal 25, thermoregulation knob 27, button 29 are connected under valve body 2 on the upside of the pedestal 25
End, 25 upper end of pedestal fix ceramics stationary plate 11 in a manner of being clamped, ceramic movable plate 10, ceramic movable plate are equipped on the upside of ceramic stationary plate 11
10 can rotate on ceramic stationary plate 11, and 10 upside of ceramics movable plate is sealed in a manner of being clamped to be fixed under runing rest 22
End, 22 upper end of runing rest are fixed on 19 lower end of position rotating lid in a manner of being clamped, and 19 upper end of position rotating lid is from valve body 2
End extends out, and the synchronous clamping thermoregulation knob 27 in 19 upper end of position rotating lid, rotation thermoregulation knob 27 can drive position rotating lid
19 and its runing rest 22 of lower end rotate, and ceramic movable plate 10 is driven to relatively rotate on ceramic stationary plate 11；The positioning rotation
Hub cap 19 is that lower ending opening, upper end are equipped with the hollow structure of through-hole, is equipped with step at 19 lower ending opening of position rotating lid, in step
It is socketed V coil support 20,20 lower end overhead of V coil support is in 22 upper center of runing rest, 20 lower end of V coil support and runing rest 22
M grommet type seal 9 is equipped between upper center, the axle center of M grommet type seal 9 is clamped M grommet type seal skeleton 24, M grommet type seal skeleton
There is a relief hole at 24 centers, the side inlet opening You little, and pressure release is equipped between 20 inner bottom of M grommet type seal skeleton 24 and V coil support
Spring 21, the convex needle that 21 lower end of pressure release spring is equipped with are inserted into (its purpose first in the small inlet opening of M grommet type seal skeleton 24
It is for positioning pressure release spring 21, second is the water pressure for adjusting 24 top of M grommet type seal skeleton, when spool is closed, outside
It is intracavitary that portion's water flow from the small inlet opening of M grommet type seal skeleton 24 enters static pressure, makes 24 top of M grommet type seal skeleton and lower part hydraulic pressure
Power reaches consistent), 20 upper center of V coil support upwardly extends, and its central seal wears 4 lower part of core bar, 4 lower end of core bar
T connector be cased with column sealed piece 7,4 upper end of core bar is set on 17 lower part of Passive Positioning tooth of hollow structure, Passive Positioning tooth 17
Between 20 upper center of lower end and V coil support be equipped with return spring 18, the 17 upper end fixed spring gland 14 of Passive Positioning tooth,
Retaining spring 15,17 top of Passive Positioning tooth are equipped between the core bar pressure cap 16 that spring capping 14 and 4 upper end of core bar are fixed
Knob 1 is actively pressed in outside socket, and the active is socketed in the through-hole of 19 upper end of position rotating lid by knob 1, and is extended out,
Actively press the synchronous fixed button 29 in 1 upper end of knob.
The pedestal 25 is equipped with cold on penetrating cold water inlet hole, hot water inlet hole, central water outlet hole, with pedestal 25
The relatively described ceramic stationary plate 11 is equipped with penetrating cold water inlet hole, heat respectively for water inlet opening, hot water inlet hole, central water outlet hole
Water inlet opening, central water outlet hole, the ceramic movable plate 10 opposite with the central water outlet hole of ceramic stationary plate 11 are equipped with central water outlet
Hole is equipped with flowing hole to the ceramic movable plate 10 with cold water inlet hole, the hot water inlet hole's Local Phase of ceramic stationary plate 11；With pottery
The relatively described runing rest 22 in the central water outlet hole of porcelain movable plate 10 is equipped with central water outlet hole, the flowing hole office with ceramic movable plate 10
The relatively described runing rest 22 in portion is equipped with two independent inlet openings, the M type opposite with the central water outlet hole of runing rest 22
24 center of gasket skeleton is equipped with hole.
The inner side edge of the pedestal 25 is along equipped with locating convex block 25-1, the ceramic stationary plate 11 opposite with locating convex block 25-1
Lower end is equipped with locating notch 11-1, and locating convex block 25-1 is connected in locating notch 11-1.
The ceramics 10 upper end edge of movable plate is equipped with concave card slot 10-1, the runing rest opposite with concave card slot 10-1
22 lower ends are equipped with boss 22-1, and boss 22-1 is connected in concave card slot 10-1；22 upper end of runing rest is equipped with convex card
Slot 22-4,19 lower end of position rotating lid opposite with convex card slot 22-4 are equipped with groove 19-1, and convex card slot 22-4 is connected to
In groove 19-1；22 external wall of upper portion of runing rest is equipped with screw thread 22-5, and interlocking clamp nut 8 at screw thread 22-5 compresses spiral shell
19 lower end of position rotating lid is pressed on 22 upper end of runing rest by mother 8 (may be otherwise by being arranged on position rotating lid 19
Square hole is arranged in 22 side of runing rest in hanging buckle, and position rotating lid 19 is connect in a manner of button bit connection with runing rest 22
Together, in such a case, it is possible to cancel clamp nut 8).
The 19 lower part outer wall of position rotating lid is equipped with positive stop lug boss 19-2, cooperates the valve body 2 with positive stop lug boss 19-2
Inner sidewall is equipped with positive stop lug boss 2-2, with the rotation angle for being used to limit when rotation temperature adjustment.
19 external wall of upper portion of position rotating lid is equipped with flower tooth 19-3, sets on the thermoregulation knob 27 opposite with flower tooth 19-3
There is interior colored tooth 27-1, interior colored tooth 27-1, which is synchronized, to be fastened in outside colored tooth 19-3；The 19 outer wall upper end of position rotating lid is equipped with screw thread
Interlocking clamp nut 28 on 19-4, screw thread 19-4 provides clamp nut 28 and thermoregulation knob 27 is pressed on position rotating lid 19
Portion's outer wall.
The position rotating lid 19 is equipped with positioning inclined-plane 19-5 by place near to the upper end inner wall, positions and is equipped with guide groove at inclined-plane 19-5
There are differences in height by 19-6, positioning inclined-plane 19-5, guide groove 19-6, for limiting the height of Passive Positioning tooth 17 when spool opens and closes
Degree, guide groove 19-6, which is also used to limit, not can rotate during pressing by knob 1 actively.
The 1 upper end outer wall of knob of actively pressing is equipped with flower tooth 1-2, and the button 29 opposite with flower tooth 1-2 is equipped with interior flower
Tooth 29-1, interior colored tooth 29-1, which is synchronized, to be fastened in outside colored tooth 1-2.
The Passive Positioning tooth 17 is equipped with top close to lower end outer wall and has bevelled boss 17-1, boss 17-1 and active
By the bottom that 1 lower end outer wall of knob is equipped with there is the boss 1-1 of the conical surface to cooperate.
20 upper center of V coil support is equipped with V-type circle 6, and 6 upside clinching V ring cover 5 of V-type circle, V-type circle 6 is for sealing V
The core bar 4 that 20 upper center of coil support is worn.
Mirror finish processing is done in the ceramics stationary plate 11 two faces opposite with ceramic movable plate 10, with plane hard seals
Form realizes sealing.
Lubricating gasket 3 is equipped between the clamp nut 8 and valve body 2.
Strainer 26 is equipped on the downside of cold water inlet hole, hot water inlet hole on the pedestal 25.
The central water outlet hole of the runing rest 22, inlet opening lower side are sealed along butterfly seal groove 22-2, butterfly is equipped with
Butterfly gasket 23 is fixed in slot 22-2.
Annular seal groove 22-3 is equipped on the upside of the central water outlet hole of the runing rest 22, the sealing of M grommet type seal 9 is fixed on
In annular seal groove 22-3.
The cold water inlet hole of the pedestal 25, hot water inlet hole, central water outlet hole edge inside are equipped with inner seal ring slot 25-
3, the cold water inlet hole of pedestal 25, hot water inlet hole, central water outlet hole edge outside are equipped with external seal ring recess 25-4, inner seal ring
Slot 25-3 is equipped with pedestal inner seal ring 12, is equipped with exterior seal ring 13 in external seal ring recess 25-4；The side wall of the pedestal 25 is equipped with
Hanging buckle 25-2, hanging buckle 25-2 are articulated in the square hole 2-1 that 2 bottom side of the wall of valve body is equipped with.
Temperature adjustment working principle:
Thermoregulation knob 27 is rotated, thermoregulation knob 27 passes through flower tooth and position rotating lid 19 is driven to rotate, 19 band of position rotating lid
Dynamic runing rest 22 rotates, and runing rest 22 drives ceramic movable plate 10 to rotate, and is rotated by ceramic movable plate 10, on ceramic movable plate 10
The sectional area in hot and cold water hole of the relatively ceramic stationary plate 11 of flowing hole generate variation, realize the effect for adjusting leaving water temperature.
Switch working principle:
When spool is closed, button 29 is pushed, and is actively moved downward by knob 1, is pushed Passive Positioning tooth 17 and move downward, quilt
Compression retracteding position spring 18 during dynamic positioning tooth 17 moves downward, while the passive retaining spring 15 by inside knob 17 is pressurized and produces
Raw power acts on core bar pressure cap 16, and core bar 4 is driven to move downward, when moving to set distance, passively by knob 17 by return
The opposition of spring 18 pushes, and the inclined-plane of 17 boss of Passive Positioning tooth slides on the inclined-plane in position rotating lid 19, at this time
Column sealed circle 7 on core bar 4 withstands M grommet type seal skeleton 24, and M type sealing ring 9 is pressed on to the convex annular of runing rest 22
On platform, spool is closed；When spool is opened, button 29 is pushed, and actively moves downward by knob 1, and it is downward to push Passive Positioning tooth 17
Movement, compression retracteding position spring 18 during Passive Positioning tooth 17 moves downward, passively by knob 17 by the reversed of return spring 18
Active force pushes, and the passive boss by knob 17 slides into the guide groove of position rotating lid 19, and withstands on actively by the convex of knob 1
On platform, core bar 4 is driven by the core bar pressure cap 16 in Passive Positioning tooth 17 and is retracted, and M grommet type seal 9 is impacted lift upwards by water flow pressure
It rises, forms flow channels in the annular convex platform of M grommet type seal 9 and runing rest 22, spool is opened.
Inlet and outlet water and sealing principle:
Spool open when, hot and cold water respectively from pedestal 25 cold water inlet hole and hot water inlet hole enter, flow through ceramics
The inlet opening of stationary plate 11 is opened M grommet type seal 9 by the inlet opening on ceramic movable plate 10 and runing rest 22 upwards, stream
The central water outlet hole for entering runing rest 22 flows through the apopore on ceramic stationary plate 11 and pedestal 25, flows into faucet water outlet opening.
The above content is the further descriptions done in conjunction with specific preferred embodiment to the utility model, are convenient for
The those skilled in the art can understand and using the utility model, and it cannot be said that the specific implementation of the utility model is only limited to
In these explanations.For the utility model person of an ordinary skill in the technical field, the utility model structure is not being departed from
A number of simple deductions or replacements can also be made under the premise of think of, without having to go through creative labor.Therefore, art technology
Personnel's announcement according to the present utility model, the simple modifications made to the utility model all should be in the protection model of the utility model
Within enclosing.
Claims (9)
1. a kind of pressing temperature adjustment integral valve, it is characterised in that: including actively press knob, valve body, core bar, column sealed piece, M type it is close
Packing, ceramic movable plate, ceramic stationary plate, spring capping, retaining spring, core bar pressure cap, Passive Positioning tooth, return spring, positioning rotation
Hub cap, V coil support, pressure release spring, runing rest, M grommet type seal skeleton, pedestal, thermoregulation knob, button, the pedestal upside
It is connected to valve body lower end, pedestal upper end fixed ceramics stationary plate in a manner of being clamped, ceramic stationary plate upside is equipped with ceramic movable plate, described
It is sealed in a manner of being clamped on the upside of ceramic movable plate and is fixed on runing rest lower end, runing rest upper end is fixed in a manner of being clamped
Position rotating lid lower end, position rotating cover end and extend out from valve body upper end, and position rotating covers the synchronous clamping temperature adjustment rotation in end
Button；The position rotating lid is the hollow structure of lower ending opening, upper end equipped with through-hole, is equipped with platform at position rotating lid lower ending opening
Rank, step is interior to be socketed V coil support, and V coil support lower end overhead is in runing rest upper center, V coil support lower end and runing rest
M grommet type seal is equipped between upper center, the axle center of M grommet type seal is clamped M grommet type seal skeleton, M grommet type seal frame center
There is relief hole, the side inlet opening You little is equipped with pressure release spring between M grommet type seal skeleton and V coil support inner bottom, described to let out
In the small inlet opening for the convex needle insertion M grommet type seal skeleton that pressing spring lower end is equipped with, the V coil support upper center is prolonged upwards
It stretches, and its central seal wears core bar lower part, the T connector of core bar lower end is cased with column sealed piece, and core bar upper end is set on hollow
The Passive Positioning tooth lower part of structure is equipped with return spring between Passive Positioning tooth lower end and V coil support upper center, described passive
Retaining spring is equipped between the fixed core bar pressure cap in positioning tooth upper end fixed spring gland, spring capping and core bar upper end, it is described
Knob is actively pressed in the socket of Passive Positioning tooth upper outside, and the active is socketed in position rotating by knob and covers in the through-hole at end,
And extend out, actively press the synchronous fixed button in knob upper end.
2. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the pedestal be equipped with penetrating cold water into
Water hole, hot water inlet hole, central water outlet hole, it is opposite respectively with the cold water inlet hole on pedestal, hot water inlet hole, central water outlet hole
The ceramics stationary plate is equipped with cold water inlet hole, hot water inlet hole, central water outlet hole, opposite with the central water outlet hole of ceramic stationary plate
The ceramics movable plate is equipped with central water outlet hole, with the cold water inlet hole of ceramic stationary plate, hot water inlet hole's Local Phase to the pottery
Porcelain movable plate is equipped with flowing hole；The runing rest opposite with the central water outlet hole of ceramic movable plate is equipped with central water outlet hole, with
The flowing hole Local Phase of ceramic movable plate is equipped with two independent inlet openings to the runing rest, the central water outlet with runing rest
Hole M grommet type seal frame center relatively is equipped with hole.
3. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the inner side edge of the pedestal is along equipped with positioning
Convex block, the ceramic stationary plate lower end opposite with locating convex block are equipped with locating notch, and locating convex block is connected in locating notch.
4. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the ceramics movable plate upper end edge is equipped with recessed
Type card slot, the runing rest lower end opposite with concave card slot are equipped with boss, and boss is connected in concave card slot；The rotation branch
Frame upper end is equipped with convex card slot, and position rotating lid lower end opposite with convex card slot is equipped with groove, and convex card slot is connected to recessed
In slot；The runing rest external wall of upper portion is equipped with screw thread, interlocking clamp nut at screw thread, and clamp nut is by position rotating lid lower end
It is pressed on runing rest upper end.
5. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: position rotating lid lower part outer wall is equipped with
Positive stop lug boss cooperates the valve body inner sidewall to be equipped with positive stop lug boss with positive stop lug boss, with the rotation for being used to limit when rotation temperature adjustment
Angle.
6. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the position rotating lid external wall of upper portion is equipped with
Flower tooth, the thermoregulation knob opposite with flower tooth are equipped with interior colored tooth, and interior colored tooth, which synchronizes, to be fastened in outside colored tooth；The position rotating lid
Outer wall upper end is equipped with screw thread, and thermoregulation knob is pressed on position rotating by clamp nut and covered by interlocking clamp nut on screw thread
Portion's outer wall.
7. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the position rotating lid is in place near to the upper end
Wall is equipped with positioning inclined-plane, positions and is equipped with guide groove at inclined-plane, positioning inclined-plane, guide groove there are difference in height, for limit spool open and
The height of Passive Positioning tooth when closing, guide groove, which is also used to limit, not can rotate during pressing by knob actively.
8. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the active is equipped with by knob upper end outer wall
Flower tooth, the button opposite with flower tooth are equipped with interior colored tooth, and interior colored tooth, which synchronizes, to be fastened in outside colored tooth.
9. pressing temperature adjustment integral valve according to claim 1, it is characterised in that: the Passive Positioning tooth is close to lower end outer wall
Have bevelled boss, boss and the boss cooperation actively by the bottom that knob lower end outer wall is equipped with the conical surface equipped with top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822164086.8U CN209164651U (en) | 2018-12-21 | 2018-12-21 | A kind of pressing temperature adjustment integral valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822164086.8U CN209164651U (en) | 2018-12-21 | 2018-12-21 | A kind of pressing temperature adjustment integral valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209164651U true CN209164651U (en) | 2019-07-26 |
Family
ID=67344494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822164086.8U Active CN209164651U (en) | 2018-12-21 | 2018-12-21 | A kind of pressing temperature adjustment integral valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209164651U (en) |
-
2018
- 2018-12-21 CN CN201822164086.8U patent/CN209164651U/en active Active
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