CN202108094U - Water-level fine adjustment mechanism of inlet valve - Google Patents
Water-level fine adjustment mechanism of inlet valve Download PDFInfo
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- CN202108094U CN202108094U CN2011201881018U CN201120188101U CN202108094U CN 202108094 U CN202108094 U CN 202108094U CN 2011201881018 U CN2011201881018 U CN 2011201881018U CN 201120188101 U CN201120188101 U CN 201120188101U CN 202108094 U CN202108094 U CN 202108094U
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- intaking valve
- buckle
- water intaking
- valve body
- location
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Abstract
A water-level fine adjustment mechanism of an inlet valve comprises an inlet valve body of which at least one rack is disposed on one side wall, a sleeve ring with a key hole disposed on a water stop cup and a clamping fastener which is arranged in the key hole and capable of transversely sliding. The water stop cup is sleeved on the inlet valve body in vertically sliding mode through the sleeve ring. The middle of the clamping fastener is provided with a give-way part used for the rack to slide vertically for giving way. A limit groove capable of enabling raised teeth on the rack to be fastened transversely in inserting and clamping mode is arranged respectively on both sides of the give-way part of the clamping fastener. The two limit grooves are positioned at intervals in the perpendicular direction, one of the two limit grooves is high and the other of the two limit grooves is low in location, and the clamping fastener capable of moving laterally and being located is arranged in the key hole of the sleeve ring. A limit groove capable of enabling raised teeth on the rack to be fastened transversely in inserting and clamping mode is respectively arranged on both sides of the give-way part in the middle of the clamping fastener, the two limit grooves are positioned at intervals in the perpendicular direction, one of the two limit grooves is high and the other of the two limit grooves is low in location, and the clamping fastener is in two-way movement, so that the limit grooves and the raised teeth on the rack are fastened in inserting and clamping mode, adjustment accuracy of the water stop cup on the inlet valve body is doubled, and the fact that the minimum adjustment height of the water stop cup reaches 2mm is achieved.
Description
Technical field
The utility model relates to the regulating water level mechanism of bathroom tank intake valve of water, particularly a kind of water intaking valve water level micro-adjusting mechanism.
Background technology
As
Fig. 1Shown in, the water level of existing bathroom water tank retaining is by the keg float working water level decision that is arranged on the water intaking valve, and keg float is placed in the sealing cup 20, can set the working water level of keg float through regulating the height of sealing cup 20 on water intaking valve body 10; Water intaking valve body 10 is provided with tooth bar 11; Sealing cup 20 is provided with the collar 21 that is nested and can moves up and down with water intaking valve body 10 above that; One buckle 30 that can laterally stir is installed in the collar 21 sidewall keyholes 22; Buckle 30 is stirred to a direction and is made 30 pairs of tooth bars 11 of buckle step down, on water intaking valve body 10 upwards, slip collar 21 is stirred buckle 30 to regulate sealing cup 20 height then to another direction downwards; Make the draw-in groove of buckle 30 and the double wedge 12 on the tooth bar 11 laterally plug together limitation locking, be fixed on sealing cup 20 on the water intaking valve body 10; Double wedge 12 width on the tooth bar 11 and the width sum of a teeth groove 13 are 4.3mm; 4.3mm be sealing cup 20 minimal adjustment height; It is the minimal adjustment height of the double wedge 12 of buckle 30 every adjusting lock-bits on the sealing cup 20; Sealing cup 20 needs to go up and slides or the width of lower slider double wedge 12 width and a teeth groove 13 is 4.3 millimeters (because chucking double wedge 12 will have enough intensity, so certain thickness will be arranged, this minimal adjustment height that has also just caused regulating a lattice double wedge 12 in the prior art is all more than 4mm) as the adjustable range of minimum constructive height; Draw-in groove on the buckle 30 can limitation locking double wedge 12, because of the insufficient height that causes the water intaking valve regulating water level meticulous; When testing in the water tank like sectional area 0.7L/cm; Is 4mm～5mm through sealing cup 20 at body adjusted one lattice; Water-head is greater than 4mm～5mm; The toilet discharge capacity just differs more than the 0.3L so, so the adjusting insufficient height of sealing cup 20 on water intaking valve body 10 is meticulous, and will cause the water-closet tank displacement is not too much (exceeding national standard) to be exactly the result of displacement very few (cause toilet scouring effect poor).
The utility model content
For solving the existing meticulous inadequately problem of water intaking valve water level, the utility model aims to provide a kind of water intaking valve water level micro-adjusting mechanism.
For reaching above-mentioned purpose; The water intaking valve water level micro-adjusting mechanism that the utility model provides; Comprising that the water intaking valve body, the sealing cup that are provided with a tooth bar on the sidewall at least are provided with in the collar, keyhole of a band keyhole is provided with the buckle that can laterally stir; The sealing cup slides up and down through the collar and is socketed on the water intaking valve body
It is characterized in that: be provided with in the middle of the buckle and supply tooth bar to slide up and down the portion that steps down that steps down, the portion that the steps down both sides on the buckle respectively are provided with one and can supply double wedge on the tooth bar laterally to plug together the stopper slot of screens, and described two stopper slots height in vertical direction are provided with at interval.
Two stopper slots center to center distance in vertical direction on the said buckle equals sealing cup a double wedge and space width sum on tooth bar
DHalf the
D/2The sealing cup is lattice in slide a up or down double wedge and a space width sum of water intaking valve body
DWhen the sealing cup with
The even-multiple of half-space D/2During adjusting, laterally stir buckle one direction and make it be positioned at keyhole one side, make a stopper slot and the double wedge on the tooth bar on the buckle laterally plug together the screens locking; When the sealing cup
The odd of half-space D/2During adjusting, buckle is laterally stirred towards other direction and is made its opposite side that is positioned at keyhole, makes another stopper slot and the double wedge on the tooth bar on the buckle laterally plug together the screens locking; Buckle is stirred when being positioned at the keyhole centre position, and the portion that steps down in the middle of the buckle steps down to tooth bar, and the collar on the sealing cup can be slided up and down on the water intaking valve body.
Be provided with the left and right sides positioner that supplies to be buckled in move left and right location in the keyhole between said keyhole and the buckle.
In the positioner of the described left and right sides, the keyhole wall of the collar is provided with the left and right sides locating slot that supplies buckle move left and right location, buckle be provided with can with the left and right sides positioning boss of left and right sides locating slot elasticity location.
Further, described buckle is provided with the left and right sides integrated with it Location resilient piece, and left and right sides positioning boss is located on the Location resilient piece of the left and right sides.
In the described up and down positioner, be provided with positioning boss up and down in the double wedge both sides of water intaking valve body upper rack, be provided with Location resilient piece up and down in the portion of stepping down of buckle on vertically, Location resilient piece is provided with and the breach of positioning boss elasticity location up and down up and down.
Or: in the described up and down positioner, on the water intaking valve body, be provided with tooth bar, be provided with Location resilient piece up and down on vertically in the portion of stepping down of buckle, up and down the Location resilient piece end be provided with the water intaking valve body on the circular arc boss of tooth bar elasticity location.
Or: be provided with the positioner up and down that supplies the sealing cup on the water intaking valve body, to slide and locate between the described collar and the water intaking valve body.In the described positioner up and down, the collar is provided with the Location resilient piece up and down that end is provided with a location projection, and water intaking valve body sidewall is provided with the location tooth bar that cooperates with locating convex block slip location.
After adopting technique scheme; Through positioner up and down the collar on the sealing cup is slided up and down the location; Realize snaps into position in the centre or the both sides of collar keyhole through left and right sides positioner, the sealing cup is in water intaking valve body slide up or down a double wedge and a space width sum
DBe lattice; The sealing cup can
The odd of half-space D/2Be adjusted in water intaking valve body adjusted height, buckle can two-wayly be stirred, and makes a wherein stopper slot and the double wedge on the tooth bar on the buckle laterally plug together the screens locking, and sealing cup height degree of regulation on the water intaking valve body is doubled.
The beneficial effect of the utility model is: but the buckle that the design move left and right is located in the keyhole on the collar; Respectively being provided with one through the portion that the steps down both sides in the middle of the buckle can supply double wedge on the tooth bar laterally to plug together the stopper slot of screens; Two stopper slots height in vertical direction are provided with at interval, move through buckle is two-way, make the double wedge on stopper slot and the tooth bar laterally plug together screens; The degree of regulation of sealing cup on the water intaking valve body doubled, realize that sealing cup minimal adjustment height reaches 2mm.
Description of drawings
Fig. 1 is the perspective view of existing bathroom tank intake valve of water.
Fig. 2 is the utility model
Embodiment oneThree-dimensional assembly structure decomposing schematic representation.
Fig. 3 is the utility model
Embodiment oneThe perspective view of sealing cup.
Fig. 4 is the utility model
Embodiment oneThe perspective view of water intaking valve body.
Fig. 5 is the utility model
Embodiment oneThe perspective view at the back side of buckle.
Fig. 6 is the utility model
Embodiment oneThe perspective view in front of buckle.
Fig. 7 is the utility model
Embodiment oneBuckle is positioned at the perspective view in the middle of the keyhole.
Fig. 8 is the utility model
Embodiment one buckle is to tooth barThe local main TV structure cut-away view of stepping down.
Fig. 9 is the utility model
Embodiment one buckle is to tooth barThe fragmentary top TV structure cut-away view of stepping down.
Figure 10 is the utility model
Embodiment oneBuckle is stirred the perspective view of location to the keyhole right side.
Figure 11 is the utility model
Embodiment oneThe left limit groove of buckle and the structure cut-away view that double wedge plugs together.
Figure 12 is the utility model
Embodiment oneThe left limit groove and the double wedge of buckle plug together the plan structure cut-away view.
Figure 13 is the utility model
Embodiment oneBuckle is stirred the perspective view of location to the keyhole left side.
Figure 14 is the utility model
Embodiment oneThe right limit groove of buckle and the structure cut-away view that double wedge plugs together.
Figure 15 is the utility model
Embodiment oneThe right limit groove and the double wedge of buckle plug together the plan structure cut-away view.
Figure 16 is the utility model
Embodiment twoThree-dimensional assembly structure decomposing schematic representation.
Figure 17 is the utility model
Embodiment twoThe perspective view one of sealing cup.
Figure 18 is the utility model
Embodiment twoThe perspective view two of sealing cup.
Figure 19 is the utility model
Embodiment twoThe perspective view of water intaking valve body.
Figure 20 is the utility model
Embodiment twoThe perspective view in front of buckle.
Figure 21 is the utility model
Embodiment twoThe perspective view at the back side of buckle.
Figure 22 is the utility model
Embodiment twoBuckle is positioned at the perspective view in the middle of the keyhole.
Figure 23 is the utility model
Embodiment two buckles are to tooth barThe local main TV structure cut-away view of stepping down.
Figure 24 is the utility model
Embodiment two buckles are to tooth barThe fragmentary top TV structure cut-away view of stepping down.
Figure 25 is the utility model
Embodiment twoThe main TV structure cut-away view that buckle is stirred left, right limit groove and double wedge plug together.
Figure 26 is the utility model
Embodiment twoThe plan structure cut-away view that buckle is stirred left, right limit groove and double wedge plug together.
Figure 27 is the utility model
Embodiment twoThe main TV structure cut-away view that buckle is stirred to the right, left limit groove and double wedge plug together.
Figure 28 is the utility model
Embodiment twoThe plan structure cut-away view that buckle is stirred to the right, left limit groove and double wedge plug together.
Figure 29 is the utility model
Embodiment threeThree-dimensional assembly structure decomposing schematic representation.
Figure 30 is the utility model
Embodiment threeThe perspective view one of sealing cup.
Figure 31 is the utility model
Embodiment threeThe perspective view two of sealing cup.
Figure 32 is the utility model
Embodiment threeThe perspective view of water intaking valve body.
Figure 33 is the utility model
Embodiment threeThe perspective view at the back side of buckle.
Figure 34 is the utility model
Embodiment threeThe perspective view in front of buckle.
Figure 35 is the utility model
Embodiment threeBuckle is positioned at the perspective view in the middle of the keyhole.
The accompanying drawing sign is as follows among the figure:
10. the water intaking valve body; 11. tooth bar; 12. double wedge; 13. teeth groove; 14. positioning boss up and down; 15. location tooth bar;
20. the sealing cup; 21. the collar; 22. keyhole; 23. left and right sides locating slot; 24. longitudinal register shell fragment; 25. sheet locating convex block;
30. buckle; The portion 31. step down; 32. left limit groove; 33. right limit groove; 34. left and right sides Location resilient piece; 35. left and right sides positioning boss; 36. Location resilient piece up and down; 361. breach; 362. circular arc boss.
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is further specified.
embodiment one.
As
Fig. 2Shown water intaking valve water level micro-adjusting mechanism; Comprising that the water intaking valve body 10, the sealing cup 20 that are provided with a tooth bar 11 on the sidewall at least are provided with in the collar 21, keyhole 22 of a band keyhole 22 is provided with the buckle 30 that can laterally stir; Sealing cup 20 slides up and down through the collar 21 and is socketed on the water intaking valve body 10, as
Fig. 4Shown in, tooth bar 11 vertical contraposition keyholes 22 centre positions that constitute by some double wedges 12 and teeth groove 13; As
Fig. 5Shown in; Be provided with in the middle of the buckle 30 and supply tooth bar 11 to slide up and down the portion that steps down 31 that steps down; The portion that steps down 31 both sides on the buckle 30 respectively are provided with one and can supply double wedge 12 on the tooth bar 11 laterally to plug together left limit groove 32, the right limit groove 33 of screens; Left limit groove 32, right limit groove 33 height in vertical direction interlace and are provided with at interval, and left limit groove 32, right limit groove 33 minimum centers-distance in vertical direction equal sealing cup 20 double wedge 12 and a teeth groove 13 width sum D half the on tooth bar 11 and be D/2; As
Fig. 3With
Fig. 5Shown in; Be provided with the left and right sides positioner that supplies buckle 30 move left and right location in keyhole 22 between keyhole 22 and the buckle 30, in the positioner of the described left and right sides, keyhole 22 walls of the collar 21 are provided with the left and right sides locating slot 23 that supplies buckle 30 move left and right location; Buckle 30 be provided with can with the left and right sides positioning boss 35 of left and right sides locating slot 23 elasticity location; Buckle 30 is provided with the left and right sides integrated with it Location resilient piece 34, and left and right sides positioning boss 35 is located at left and right sides Location resilient piece 34 ends, stirs buckle 30; Left and right sides positioning boss 35 and left and right sides locating slot 23 resilient engagement can be positioned at buckle 30 centre, the left side or the right of keyhole 22; As
Fig. 4With
Fig. 6Shown in; Be provided with the positioner up and down that the collar 21 that supplies sealing cup 20 slides and locatees between buckle 30 and the water intaking valve body 10 on water intaking valve body 10; In the described positioner up and down; Be provided with positioning boss 14 up and down in double wedge 12 both sides of water intaking valve body 10 upper racks 11, be provided with Location resilient piece 36 up and down in the portion that steps down 31 of buckle 30 on vertically, Location resilient piece 36 ends are provided with and the breach 361 of positioning boss 14 elasticity location up and down up and down; When buckle 30 is stirred keyhole 22 centres that are positioned at the collar 21; Interlock collar 21 slidable adjustment height up or down on water intaking valve body 10; Slide up and down in the process at the collar 21, the breach 361 on 36 ends of Location resilient piece up and down on the buckle 30 is located with the 14 slip elasticity of positioning boss up and down of double wedge 12 both sides.Be that the utility model passes through the left and right sides locating slot 23 resilient engagement located lateral on left and right sides positioning boss 35 and the keyhole 22 on the buckle 30, the 14 resilient engagement longitudinal registers of positioning boss up and down of the terminal breach 361 of Location resilient piece up and down through buckle 30 36 and tooth bar 11 upper raised teeths 12 both sides; The sealing cup 20 of the utility model slides at water intaking valve body 10 up or down
One double wedge 12 and a teeth groove 13 width sum D are lattice
Specify the operating principle and the practical implementation action of the utility model below in conjunction with accompanying drawing.
As
Fig. 3～
Fig. 6And
Fig. 7～Fig. 9Shown in; It is middle laterally to toggle it to keyhole 22 to buckle 30; Left and right sides positioning boss 35 and left and right sides locating slot 23 resilient engagement located lateral, the 31 pairs of tooth bars 11 of the portion that steps down in the middle of the buckle 30 slide up and down steps down, and slides up and down sealing cup 20; Buckle 30 in the keyhole 22 of the collar 21 promptly moves up and down, the breach 361 of buckle 30 and the 14 resilient engagement longitudinal registers of positioning boss up and down of double wedge 12 both sides.
As
Fig. 7Shown in, elder generation stirs buckle 30 and is positioned at keyhole 22 centre positions; As
Figure 10～
Figure 12Shown in, the collar 21 of sealing cup 20 with
The even-multiple of half-space D/2Slide up and down at water intaking valve body 10, when regulating the height of sealing cup 20 on the water intaking valve body, on the buckle 30
Left limit groove 32 Double wedge 12 on the horizontal contraposition tooth bar 11; Buckle in the keyhole 22 30 is laterally stirred to the right; Portion that steps down 31 and tooth bar 11 horizontal displacements on the buckle 30; Double wedge 12 laterally plugs together with left limit groove 32, and left and right sides positioning boss 35 on the buckle 30 and the left and right sides locating slot 23 resilient engagement located lateral locking on the keyhole 22 are positioned sealing cup 20 and are fixed on the water intaking valve body 10 simultaneously.
As
Fig. 7Shown in, elder generation stirs buckle 30 and is positioned at keyhole 22 centre positions; As
Figure 13～
Figure 15Shown in, the collar 21 of sealing cup 20 with
The odd of half-space D/2Slide up and down at water intaking valve body 10, when regulating the height of sealing cup 20 on the water intaking valve body, on the buckle 30
Right limit groove 33 Double wedge 12 on the horizontal contraposition tooth bar 11; Buckle in the keyhole 22 30 is laterally stirred left; Portion that steps down 31 and tooth bar 11 horizontal displacements on the buckle 30; Double wedge 12 laterally plugs together with right limit groove 33, and left and right sides positioning boss 35 on the buckle 30 and the left and right sides locating slot 23 resilient engagement located lateral locking on the keyhole 22 are positioned sealing cup 20 and are fixed on the water intaking valve body 10 simultaneously.
Compare with traditional water intaking valve regulating water level mechanism; The utility model guarantees under the condition of body double wedge 12 intensity; Can stir card 30 through twocouese and sealing cup 20 is locked on the double wedge 12 of water intaking valve body sidewall 10 tooth bars 11, realize that sealing cup 20 minimal adjustment height reach 2mm, make the regulating water level precision of water intaking valve higher; Realize toilet discharge capacity fine setting effect; In actual disposition toilet process, can obtain the discharge capacity wanted easily, having avoided the toilet discharge capacity is not too much to be exactly few difficult situation.
Embodiment two
As
Figure 16Shown water intaking valve water level micro-adjusting mechanism; Comprise and be provided with in the collar 21, keyhole 22 of a band keyhole 22 water intaking valve body 10, a sealing cup 20 that sidewall is provided with a tooth bar 11 and a location tooth bar 15 up and down both sides are provided with the buckle 30 that can laterally stir; Sealing cup 20 slides up and down through the collar 21 and is socketed on the water intaking valve body 10, tooth bar 11 vertical contraposition keyholes 22 centre positions that are made up of some double wedges 12 and teeth groove 13;
Figure 19With
Figure 21Shown in; Be provided with in the middle of the buckle 30 and supply tooth bar 11 to slide up and down the portion that steps down 31 that steps down; The portion that steps down 31 both sides on the buckle 30 respectively are provided with one and can supply double wedge 12 on the tooth bar 11 laterally to plug together left limit groove 32, the right limit groove 33 of screens; Left limit groove 32, right limit groove 33 height in vertical direction interlace and are provided with at interval, and left limit groove 32, right limit groove 33 minimum centers-distance in vertical direction equal sealing cup 20 double wedge 12 and a teeth groove 13 width sums half the on tooth bar 11; In the present embodiment, sealing cup 20 slides at water intaking valve body 10 up or down
One double wedge 12 and a teeth groove 13 width sums are lattice, in the present embodiment, as
Figure 17,
Figure 18With
Figure 20Shown in; The collar 21 keyholes 22 both sides are designed with left and right sides locating slot 23 up and down; Buckle 30 both sides are provided with the left and right sides Location resilient piece 34 with left and right sides locating slot 23 slip elasticity location up and down, keyhole 22 both sides, and left and right sides Location resilient piece 34 is provided with the left and right sides positioner that the left and right sides positioning boss 35 that cooperates the location with left and right sides locating slot 23 constitutes the move left and right of buckle 30; As
Figure 17With
Figure 19Shown in; The collar 21 walls are provided with the collar and are provided with the longitudinal register shell fragment 24 that end is provided with a location projection 25, and the locating convex block 25 on the Location resilient piece 24 cooperates the positioner up and down of location formation confession sealing cup 20 slip location on water intaking valve body 10 with location tooth bar 15 longitudinal sliding motions on the water intaking valve body 10.
Specify the operating principle and the practical implementation action of present embodiment the utility model below in conjunction with accompanying drawing.
As
Figure 22～
Figure 24Shown in; Buckle 30 is positioned in the middle of the keyhole 22 of the sealing cup 20 side collars 21; The buckle 30 middle portions 32 that step down vertically step down to the tooth bar on the water intaking valve body 10 11, and the collar 21 can slide on water intaking valve body 10 up or down, in the collar 21 sliding processes; Cooperate the location through the locating convex block 25 on the Location resilient piece 24 of the collar 21 walls with location tooth bar 15 longitudinal sliding motions of water intaking valve body 10, regulate the height of sealing cup 20 on water intaking valve body 10.
As
Figure 25,
Figure 26Shown in, the collar 21 of sealing cup 20 with
The even-multiple of half-spaceSlide up and down at water intaking valve body 10, when regulating the height of sealing cup 20 on water intaking valve body 10, on the buckle 30
Right limit groove 33 Double wedge 12 on the horizontal contraposition tooth bar 11; Buckle in the keyhole 22 30 is laterally stirred left; Portion that steps down 31 and tooth bar 11 horizontal displacements on the buckle 30; Double wedge 12 laterally plugs together with right limit groove 33, and left and right sides positioning boss 35 on the buckle 30 and the left and right sides locating slot 23 resilient engagement located lateral locking on the keyhole 22 are positioned sealing cup 20 and are fixed on the water intaking valve body 10 simultaneously.
As
Figure 27,
Figure 28Shown in, the collar 21 of sealing cup 20 with
The odd of half-spaceSlide up and down at water intaking valve body 10, when regulating the height of sealing cup 20 on water intaking valve body 10, on the buckle 30
Left limit groove 32 Double wedge 12 on the horizontal contraposition tooth bar 11; Buckle in the keyhole 22 30 is laterally stirred to the right; Portion that steps down 31 and tooth bar 11 horizontal displacements on the buckle 30; Double wedge 12 laterally plugs together with left limit groove 32, and left and right sides positioning boss 35 on the buckle 30 and the left and right sides locating slot 23 resilient engagement located lateral locking on the keyhole 22 are positioned sealing cup 20 and are fixed on the water intaking valve body 10 simultaneously.
embodiment three.
As
Figure 29, Figure 31With
Figure 35Shown in, the water intaking valve water level micro-adjusting mechanism of present embodiment and the main distinction of embodiment be, and the water intaking valve body 10 in the present embodiment is the outlet pipe of side water inlet valve, and being nested with water intaking valve body 10 slides up and down the collar 21 that cooperates and is located in the sealing cup 20; As
Figure 30Shown in, be provided with the left and right sides locating slot 23 that supplies buckle to horizontally slip and locate in the keyhole 22 on the collar 21; As
Figure 32Shown in, the tooth bar 11 on the water intaking valve body 10 is made up of with teeth groove 13 some double wedges 12, as
Figure 33With
Figure 34Shown in; Be provided with the portion that steps down 31 that vertically tooth bar 11 is stepped down in the middle of the buckle 30 of embodiment; The portion that steps down 31 both sides on the buckle 30 respectively are provided with one and can supply double wedge 12 on the tooth bar 11 laterally to plug together left limit groove 32, the right limit groove 33 of screens; Left limit groove 32, right limit groove 33 height in vertical direction interlace and are provided with at interval, and left limit groove 32, right limit groove 33 spacing in vertical direction equal sealing cup 20 double wedge 12 and a teeth groove 13 width sums half the on tooth bar 11; Be provided with Location resilient piece 36 up and down in the portion that steps down of buckle 30 31 on vertically, Location resilient piece 36 ends are provided with the circular arc boss 362 with tooth bar 11 elasticity location up and down; The circular arc boss 362 of Location resilient piece 36 cooperates with tooth bar 11 constitute location up and down that the sealing cup slides up and down positioner up and down on the water intaking valve body up and down; Also be provided with on the buckle 30 with keyhole 22 in the left and right sides positioning boss 35 of left and right sides locating slot 23 resilient engagement, left and right sides locating slot 23 and left and right sides positioning boss 35 location of sliding cooperates and constitutes the left and right sides positioner that buckles 30 move; Present embodiment left limit groove 32, right limit groove 33 laterally plug together with double wedge 12 and regulate the operating principle that goes up the height of sealing cup 20 on water intaking valve body 10 and implement action with implementing two.
More than each embodiment only supply to explain the usefulness of the utility model; But not to the restriction of the utility model, those skilled in the art are under the situation of spirit that does not break away from the utility model and scope; Can also make various conversion or variation; Therefore, all technical schemes that are equal to also should belong to the category of the utility model, are limited each claim.
Claims (10)
1. water intaking valve water level micro-adjusting mechanism; Comprising that the water intaking valve body, the sealing cup that are provided with a tooth bar on the sidewall at least are provided with in the collar, keyhole of a band keyhole is provided with the buckle that can laterally stir, and the sealing cup slides up and down through the collar and is socketed on the water intaking valve body;
It is characterized in that: be provided with in the middle of the buckle and supply tooth bar to slide up and down the portion that steps down that steps down, the portion that the steps down both sides on the buckle respectively are provided with one and can supply double wedge on the tooth bar laterally to plug together the stopper slot of screens, and described two stopper slots height in vertical direction are provided with at interval.
2. require 1 described water intaking valve water level micro-adjusting mechanism like claim, it is characterized in that: the two stopper slots center to center distance in vertical direction on the said buckle equals a sealing cup double wedge and a space width sum D half the on tooth bar.
3. require 2 described water intaking valve water level micro-adjusting mechanisms like claim, it is characterized in that: be provided with the left and right sides positioner that supplies to be buckled in move left and right location in the keyhole between said keyhole and the buckle.
4. require 3 described water intaking valve water level micro-adjusting mechanisms like claim; It is characterized in that: in the positioner of the described left and right sides; The keyhole wall of the collar is provided with the left and right sides locating slot that supplies buckle move left and right location, buckle be provided with can with the left and right sides positioning boss of left and right sides locating slot elasticity location.
5. require 4 described water intaking valve water level micro-adjusting mechanisms like claim, it is characterized in that: described buckle is provided with the left and right sides integrated with it Location resilient piece, and left and right sides positioning boss is located on the Location resilient piece of the left and right sides.
6. require 2 described water intaking valve water level micro-adjusting mechanisms like claim, it is characterized in that: be provided with the positioner up and down that supplies the sealing cup on the water intaking valve body, to slide and locate between described buckle and the water intaking valve body.
7. require 6 described water intaking valve water level micro-adjusting mechanisms like claim; It is characterized in that: in the described positioner up and down; Be provided with positioning boss up and down in the double wedge both sides of water intaking valve body upper rack; Be provided with Location resilient piece up and down in the portion of stepping down of buckle on vertically, Location resilient piece is provided with and the breach of positioning boss elasticity location up and down up and down.
8. require 6 described water intaking valve water level micro-adjusting mechanisms like claim; It is characterized in that: in the described positioner up and down; On the water intaking valve body, be provided with tooth bar; Be provided with Location resilient piece up and down in the portion of stepping down of buckle on vertically, up and down the Location resilient piece end be provided with the water intaking valve body on the circular arc boss of tooth bar elasticity location.
9. require 2 described water intaking valve water level micro-adjusting mechanisms like claim, it is characterized in that: be provided with the positioner up and down that supplies the sealing cup on the water intaking valve body, to slide and locate between the described collar and the water intaking valve body.
10. require 9 described water intaking valve water level micro-adjusting mechanisms like claim; It is characterized in that: in the described positioner up and down; The collar is provided with the longitudinal register shell fragment that end is provided with a location projection, and water intaking valve body sidewall is provided with the location tooth bar that cooperates with locating convex block slip location.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201881018U CN202108094U (en) | 2011-06-07 | 2011-06-07 | Water-level fine adjustment mechanism of inlet valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201881018U CN202108094U (en) | 2011-06-07 | 2011-06-07 | Water-level fine adjustment mechanism of inlet valve |
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| Publication Number | Publication Date |
|---|---|
| CN202108094U true CN202108094U (en) | 2012-01-11 |
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|---|---|---|---|
| CN2011201881018U Expired - Lifetime CN202108094U (en) | 2011-06-07 | 2011-06-07 | Water-level fine adjustment mechanism of inlet valve |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102808987A (en) * | 2012-08-16 | 2012-12-05 | 厦门瑞尔特卫浴科技股份有限公司 | Easily-detachable structure of water inlet valve |
| CN103993636A (en) * | 2014-06-10 | 2014-08-20 | 陈丰 | Adjustment structure suitable for toilet water tank inlet valve floating bucket |
-
2011
- 2011-06-07 CN CN2011201881018U patent/CN202108094U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102808987A (en) * | 2012-08-16 | 2012-12-05 | 厦门瑞尔特卫浴科技股份有限公司 | Easily-detachable structure of water inlet valve |
| CN102808987B (en) * | 2012-08-16 | 2014-10-29 | 厦门瑞尔特卫浴科技股份有限公司 | Easily-detachable structure of water inlet valve |
| CN103993636A (en) * | 2014-06-10 | 2014-08-20 | 陈丰 | Adjustment structure suitable for toilet water tank inlet valve floating bucket |
| CN103993636B (en) * | 2014-06-10 | 2015-11-04 | 陈丰 | A kind of adjustment structure being applicable to toilet water tank water inlet valve keg float |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: XIAMEN R + T PLUMBING TECHNOLOGY CO., LTD. Free format text: FORMER NAME: RUIERTE HYGIENIC BATHING INDUSTRY CO., LTD., XIAMEN |
|
| CP01 | Change in the name or title of a patent holder |
Address after: Fujian province Xiamen City Yangming Road 361022 Haicang Xinyang Industrial Zone No. 18 Patentee after: Xiamen R & T Bathroom Technology Co., Ltd. Address before: Fujian province Xiamen City Yangming Road 361022 Haicang Xinyang Industrial Zone No. 18 Patentee before: R&T (Xiamen) Plumbing Inc. |
|
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120111 |