CN206337616U - A kind of flashing valve with connecting rod type transmission mechanism - Google Patents
A kind of flashing valve with connecting rod type transmission mechanism Download PDFInfo
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- CN206337616U CN206337616U CN201621273797.3U CN201621273797U CN206337616U CN 206337616 U CN206337616 U CN 206337616U CN 201621273797 U CN201621273797 U CN 201621273797U CN 206337616 U CN206337616 U CN 206337616U
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- connecting rod
- riser
- transmission mechanism
- valve body
- articulated section
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Abstract
The utility model discloses a kind of flashing valve with connecting rod type transmission mechanism, starting element and riser in valve body are installed in including activity, the bottom of the riser is connected with the valve disc being engaged with the discharge outlet of the flashing valve, also include transmission mechanism, the transmission mechanism at least includes the connecting rod I coordinated with starting element transmission and the connecting rod II for lifting the riser, the connecting rod I is driven with the connecting rod II to be coordinated, there are at least two supporting parts between the transmission mechanism and the valve body, so as to can more neatly select the lifting position to riser as needed on the premise of smooth lifting riser is ensured, on the one hand it is easy to space layout of the transmission mechanism in valve body, on the other hand, transmission mechanism can be located proximate to riser to the lifting of riser to set or be set directly on riser, so that torsional moment of the transmission mechanism when lifting riser greatly reduces even zero, and then reduce the unlatching force value of flashing valve, reach that labour-saving is acted on.
Description
Technical field
The utility model is related to bathroom field, particularly a kind of flashing valve with connecting rod type transmission mechanism.
Background technology
The transmission mechanism of existing flashing valve generally comprises button, the ＇ of depression bar 41, the ＇ of connecting rod 42, lifts the ＇ of arm 34, the ＇ of riser 3,
As shown in figure 1, pressing keys, the ＇ of button pressed depression bar 41 one end, the ＇ of depression bar 41 other end has been lifted up and has pulled the ＇ of connecting rod 42 upward
Motion, the ＇ of connecting rod 42 pulls the ＇ of riser 3 to move upwardly together by the ＇ of arm 34 that lifts laterally set, the ＇ of the riser 3 and ＇ of valve body 1
It is oriented to and drives the ＇ of valve disc 31 to move up and open the discharge outlet of flashing valve with merging, realizes drainage procedure.
It is above-mentioned in the prior art, the connecting rod type transmission mechanism being made up of the ＇ of depression bar 41 and the ＇ of connecting rod 42 is only by an articulated section
It is articulated on valve body, this structure is on the premise of guaranteeing smoothly to lift the ＇ of riser 3, it is more difficult to flexibly selection as needed
To the ＇ of riser 3 lifting position, lifting position is restricted.
Utility model content
The utility model is to solve the above problems there is provided a kind of flashing valve with connecting rod type transmission mechanism, and it is by setting
At least two supporting parts are put so that transmission mechanism can be selected more neatly as needed on the premise of smooth lifting riser is ensured
Select the lifting position to riser.
To achieve the above object, the technical solution adopted in the utility model is：A kind of rushing with connecting rod type transmission mechanism
Water valve, including activity are installed in the starting element and riser in valve body, and the bottom of the riser is connected with and the bath
The valve disc that the discharge outlet of valve is engaged, also including transmission mechanism, the transmission mechanism at least includes being driven with the starting element
The connecting rod I of cooperation and the connecting rod II for lifting the riser, the connecting rod I is driven with the connecting rod II to be coordinated, described to pass
There are at least two supporting parts between motivation structure and the valve body.
It is preferred that, the connecting rod I is provided with provided with the first articulated section with the valve body pivotal fit, the connecting rod II
With the second articulated section of the valve body pivotal fit, first articulated section and the second articulated section constitute described two supporting parts.
It is preferred that, the transmission mechanism also includes connecting rod III, and the connecting rod III is a push rod, and the connecting rod I is by described
Push rod is driven the connecting rod II, one end of the connecting rod I and the first end pivotal fit of the push rod, the second end of the push rod
With the first end pivotal fit of the connecting rod II, or, the first end of the second end of the push rod and the connecting rod II is slided simultaneously
It is rotatably assorted, the position between the first end of the connecting rod II and the second end is provided with second articulated section, the connecting rod II
The second end lift the riser and be lifted up.
It is preferred that, one end of the connecting rod I rotates and is slidably matched with the first end of the connecting rod II, the connecting rod II
Position between first end and the second end is provided with second articulated section, and the second end of the connecting rod II lifts the riser
It is lifted up.
It is preferred that, the transmission mechanism also includes a connecting rod IV, and the of the first end of the connecting rod IV and the connecting rod II
Two end pivotal fits, the second end of the connecting rod IV is movably connected the riser.
It is preferred that, the transmission mechanism also include connecting rod III, connecting rod III be a pull bar, one end of the connecting rod I with it is described
The first end of pull bar is articulated cooperation, and the first end of the connecting rod II, which is articulated on the valve body, forms second articulated section,
Position between the first end of the second end pulling connecting rod II of the pull bar and the second end makes the second end of the connecting rod II
The riser is lifted upwards.
It is preferred that, the first end of the connecting rod II, which is articulated on the valve body, forms second articulated section, the connecting rod I
One end rotate and be slidably matched to pull the connecting rod by the position between the first end of the connecting rod II and the second end
II makes the second end of the connecting rod II lift the riser upwards.
It is preferred that, the riser is the straight tube extended vertically, lifting position of the transmission mechanism to the riser
It is arranged on the riser extended vertically or close to the position of riser.
It is preferred that, the riser is provided with mutually is oriented to the guide part for coordinating and being arranged symmetrically, the biography with the valve body
Motivation structure is arranged at the mid range on the riser top to the lifting position of the riser.
Compared to the scheme of background technology, the beneficial effects of the utility model are：
Transmission mechanism of the present utility model at least includes being driven the connecting rod I of cooperation and for lifting riser with starting element
Connecting rod II, the connecting rod I and the connecting rod II, which are driven, to be coordinated, and has at least two between the transmission mechanism and the valve body
Supporting part, using being provided with least two supporting parts between transmission mechanism and valve body so that transmission mechanism is ensureing smooth lifting
The lifting position to riser can be more neatly selected on the premise of riser as needed, so, is on the one hand easy to driver
Space layout of the structure in valve body, on the other hand, transmission mechanism can be located proximate to the lifting of riser riser set or
It is set directly on riser, the benefit so designed is can to make torsional moment of the transmission mechanism when lifting riser significantly
Even zero is reduced, and then reduces the unlatching force value of flashing valve, reaches that labour-saving is acted on.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, constitutes one of the present utility model
Point, schematic description and description of the present utility model is used to explain the utility model, does not constitute to of the present utility model
It is improper to limit.In the accompanying drawings：
Fig. 1 is the assembling figure of the button, transmission mechanism and riser of prior art；
Three-dimensional semi-cutaway when Fig. 2 is the utility model first embodiment original state；
Three-dimensional semi-cutaway when Fig. 3 is the utility model first embodiment hull-borne；
Fig. 4 is the three-dimensional assembly diagram of the utility model first embodiment button, transmission mechanism and riser；
Three-dimensional semi-cutaway when Fig. 5 is the utility model second embodiment original state；
One of three-dimensional semi-cutaway when Fig. 6 is the utility model second embodiment hull-borne；
Two of three-dimensional semi-cutaway when Fig. 7 is the utility model second embodiment hull-borne；
Three-dimensional semi-cutaway when Fig. 8 is the utility model 3rd embodiment original state；
Three-dimensional semi-cutaway when Fig. 9 is the utility model 3rd embodiment hull-borne；
Figure 10 is the three-dimensional assembly diagram of the utility model 3rd embodiment button, transmission mechanism and riser；
Three-dimensional semi-cutaway when Figure 11 is the utility model fourth embodiment original state；
Three-dimensional semi-cutaway when Figure 12 is the utility model fourth embodiment hull-borne；
Figure 13 is the three-dimensional assembly diagram of the utility model fourth embodiment button, transmission mechanism and riser；
Reference is corresponded to：
1/1 ＇-valve body；2- starting elements；3/3 ＇-riser；31/31 ＇-valve disc；32- accommodating cavities；33- slots to make way;
34 ＇-lift arm；4- transmission mechanisms；41/41 ＇-connecting rod I；411- chutes；42/42 ＇-connecting rod II；421- rotating shafts；43a/43b/
43c- connecting rods III；44- connecting rods IV；441- limited blocks；The articulated sections of 45- first；The articulated sections of 46- second；5- discharge outlet.
Embodiment
First embodiment：
Such as Fig. 2 to Fig. 4, Fig. 2 to Fig. 4, which depicts a kind of of the utility model first implementation, has connecting rod type transmission mechanism
Flashing valve, it includes valve body 1, starting element 2, riser 3 and transmission mechanism 4, and starting element 2 and the activity of riser 3 are installed in
In valve body 1, the starting element 2 of this implementation is button, and key activities are installed in the key base that the top of valve body 1 is provided with, lifting
The bottom of pipe 3 is connected with the valve disc 31 being engaged with the discharge outlet 5 of flashing valve, and starting element 2 is lifted upwards by transmission mechanism 4
The discharge outlet 5 that riser 3 and then drive valve disc 31 move up and open flashing valve realizes draining.Transmission mechanism 4 at least includes
Connecting rod I 41 and connecting rod II 42, connecting rod I 41 is driven with starting element 2 to be coordinated, and connecting rod II 42 is used to lift riser 3, connecting rod I 41
It is driven and coordinates with connecting rod II 42, here, connecting rod I 41 can be direct-drive connecting rod II 42 or indirect drive connecting rod II
42, there are at least two supporting parts between transmission mechanism 4 and valve body 1, the utility model use transmission mechanism 4 and valve body 1 it
Between be provided with least two supporting parts so that transmission mechanism 4 ensure it is smooth lifting riser 3 on the premise of can be cleverer as needed
The lifting position to riser 3 is selected livingly, so, is on the one hand easy to space layout of the transmission mechanism 4 in valve body 1, it is another
Aspect, can be located proximate to riser 3 to the lifting of riser 3 by transmission mechanism 4 and set or be set directly on riser 3, this
The benefit of sample design is that the torsional moment that transmission mechanism 4 can be made when lifting riser 3 reduces, and then reduces opening for flashing valve
Force value is opened, reaches that labour-saving is acted on.
The present embodiment connecting rod I 41 is provided with and valve provided with the first articulated section 45 with the pivotal fit of valve body 1, connecting rod II 42
Second articulated section 46 of the pivotal fit of body 1, the first articulated section 45 and the second articulated section 46 constitute described two supporting parts.First pivot
The articulated section 46 of socket part 45 and second can be that pivot can also be axis hole, corresponding, and valve body 1 is provided with axis hole or pivot, passes through
The cooperation of pivot and axis hole, realizes the first articulated section 45 and the second articulated section 46 and the pivotal fit of valve body 1.
Specifically, in the present embodiment, transmission mechanism 4 also includes connecting rod III 43, connecting rod III 43 is a push rod 43a, connecting rod I 41
By push rod 43a kinematic links II 42, the first end of connecting rod I 41, which is articulated on valve body 1, forms the first articulated section 45, connecting rod I 41
The second end and push rod 43a first end pivotal fit, starting element 2 is in connecting rod I 41 to the transmission cooperation position of connecting rod I 41
First end and the second end between position on, push rod 43a the second end and the first end pivotal fit of connecting rod II 42, the second pivot
Socket part 46 is on the position between the first end of connecting rod II 42 and the second end, the second end of connecting rod II 42 lift riser 3 to
Upper lifting, the second end of connecting rod II 42 can directly or indirectly lift riser 3 and be lifted up, and the of the connecting rod II 42 of the present embodiment
Two ends do not lift riser 3 directly, specifically, a connecting rod IV 44 is additionally provided between connecting rod II 42 and riser 3, connecting rod IV 44
Second end pivotal fit of first end and connecting rod II 42, the second end of connecting rod IV 44 is movably connected riser 3, the present embodiment
Second end of connecting rod IV 44 is movably connected in the top end of riser 3.More specifically, in the present embodiment, connecting rod IV 44
Second end is provided with limited block 441, and the top of riser 3 is provided with the accommodating cavity 32 of limited block 441, and the roof of accommodating cavity 32 is provided with for limiting
The slot to make way 33 that position block 441 is passed through, limited block 441 turns an angle so as to limit after passing through slot to make way 33 in institute's accommodating cavity 32
Position block 441 is movably limited in accommodating cavity 32.
In the present embodiment, riser 3 is the straight tube extended vertically, and transmission mechanism 4 is arranged to the lifting position of riser 3
On the riser 3 extended vertically or close to the position of riser 3, and, the ＇ of connecting rod 42 is with lifting arm shown in Fig. 1 in the prior art
34 ＇ link position is typically all disposed within the ＇ sides of riser 3 and deviateed in the ＇ remote positions of riser 3, such as Fig. 1 in the horizontal
Link position to riser 3 ＇s of the shown ＇ of connecting rod 42 with lifting the ＇ of arm 34 distance between center line is L, and L, which gets over senior general, causes depression bar
41 ＇ torsional moment is larger, ultimately results in the pressing force increase of flashing valve button, influences usage experience, relative to background technology,
The present embodiment will be directly arranged on riser 3 or be positioned close to energy at the position of riser 3 to the lifting position of riser 3
So that torsional moment of the transmission mechanism 4 when lifting riser 3 reduces, startup labour-saving purpose is reached.It is preferred that, riser 3
Provided with cooperation and the guide part being arranged symmetrically mutually is oriented to valve body 1, the guide part of the present embodiment is relative to be arranged on riser 3
The guiding rib of both sides, transmission mechanism 4 is arranged at the mid range on the top of riser 3 to the lifting position of riser 3, most preferably
Be by transmission mechanism 4 to riser 3 lifting position located at riser 3 center line on, so, may be such that riser 3 more
Evenly it is raised, labor-saving effect is more preferable.
It should be noted that starting element 2 is drawn except that can be press-key structure or structure of tow line by drawstring
Dynamic connecting rod I 41, is so also feasible, or, starting element 2 is directly motor, and direct drive connecting rod I 41 is rotated by motor
Rotated around the first articulated section 45, be also feasible.
During drainage works, as shown in figure 3, started by press element 2, starting element 2 is pressed downward connecting rod I 41, connecting rod I 41 is around it
First articulated section 45 rotates and pushes down on push rod 43a, and push rod 43a pulls down the first end of connecting rod II 42, connecting rod II 42 around
Second articulated section 46 is rotated, so that the second end of connecting rod II 42 is tilted, the second end drivening rod IV 44 of connecting rod II 42 to
Upper lifting riser 3, valve disc 31 moves up under the drive of riser 3 and opens discharge outlet 5, realizes draining, the transmission mechanism 4 exists
During lifting riser 3, the moment of torsion of riser 3 is greatly reduced compared with prior art, started so as to can reach saving
The pressing force value of element 2, user experience is more preferable.
After draining terminates, riser 3, which falls after rise downwards, make it that valve disc 31 recloses discharge outlet 5, the drivening rod IV of riser 3
44 fall, and connecting rod IV 44 pulls downward on the second end of connecting rod II 42, and connecting rod II 42 is rotated around the second articulated section 46, so that even
The first end of bar II 42 is tilted, and connecting rod II 42 promotes push rod 43a to reset, push rod 43a and then the reset of drivening rod I 41, and is returned to
Original state shown in Fig. 2.
It is readily appreciated that, the position in the present embodiment or between the first end of connecting rod I 41 and the second end is articulated in
Form the first articulated section 45 on valve body 1, and starting element 2 is driven the first end of coupler link I 41, such as, by a drawstring to
The first end of upper pulling connecting rod I 41 so that first articulated section 45 of the connecting rod I 41 in the middle part of it is rotated, and can also cause connecting rod I 41
Second end pushes down on push rod 43a, is that button or drawstring are carried out on flexibly selection connecting rod I 41 with specific reference to starting element 2
The position of first articulated section 45.
Second embodiment：
As illustrated in figs. 5-7, the present embodiment is used as a kind of simple transformation of first embodiment, its difference with first embodiment
Point is only that：The push rod 43a of the present embodiment the second end is slided and is rotatably assorted with the first end of connecting rod II 42, is specifically,
Chute 411 is opened up on push rod 43a the second end, the rotating shaft 421 that the first end of connecting rod II 42 is provided with is stretched into chute 411 and in cunning
Groove 411 is slided and rotated, and remaining structure is identical with first embodiment.
During drainage works, as shown in Figure 6 and Figure 7, started by press element 2, starting element 2 is pressed downward connecting rod I 41, connecting rod I
41 rotate around its first articulated section 45 and promote push rod 43a, and push rod 43a pulls down the first end of connecting rod II 42 so that connecting rod
II 42 first end is moved to the other end from one end of chute 411（As shown in Figure 6）, and then cause connecting rod II 42 around the second pivot joint
Portion 46 is rotated, and the second end of connecting rod II 42 is tilted, and the second end drivening rod IV 44 of connecting rod II 42 lifts riser 3 upwards, when
When riser 3 is lifted in place, now the first end of connecting rod II 42 returns to one end of chute 411 from the other end of chute 411（As schemed
Shown in 7）, valve disc 31 moved up under the drive of riser 3 and opens discharge outlet 5, realizes draining, and the transmission mechanism 4 is carried lifting
During riser 3, the moment of torsion of riser 3 is greatly reduced compared with prior art, starting element 2 is saved so as to can reach
Force value is pressed, user experience is more preferable.
After draining terminates, the reseting procedure and said process of transmission mechanism 4 and riser 3 are on the contrary, here no longer specifically
It is bright.
3rd embodiment：
As seen in figs. 8-10, the present embodiment as first embodiment a kind of simple transformation, its with first embodiment not
It is with putting：The present embodiment is not provided with push rod 43a, is specifically, the first end of connecting rod I 41, which is articulated on valve body 1, forms the first pivot
Socket part 45, the second end of connecting rod I 41 rotates and is slidably matched with the first end of connecting rod II 42, can select in connecting rod I 41
One chute 411 is set on two ends, and the rotating shaft 421 for being provided with the first end of connecting rod II 42 is stretched into chute 411 and in chute 411
It is interior while rotate and slide, or, can also select to set chute in the first end of connecting rod II 42, and make connecting rod I in turn
The rotating shaft that 41 the second end is provided with, rotating shaft is stretched into chute and rotates and slide simultaneously in chute, and it realizes connecting rod I 41
The effect that second end rotates and is slidably matched to the first end of connecting rod II 42 is similar；Transmission of the starting element 2 to connecting rod I 41
Cooperation position is on the position between the first end of connecting rod I 41 and the second end, between the first end of connecting rod II 42 and the second end
Position be provided with the second articulated section 46, the second end of connecting rod II 42 lifts riser 3 and is lifted up, and so can also realize this reality
With new purpose.
During drainage works, as shown in Figure 10, started by press element 2, starting element 2 is pressed downward connecting rod I 41, connecting rod I 41 around
Its first articulated section 45 is rotated, while the second end of connecting rod I 41 is pressed downward the first end of connecting rod II 42 so that connecting rod II 42 first
Rotating shaft 421 on end moves to the other end from one end of the chute 411 on connecting rod I 41, and makes connecting rod II 42 around the second articulated section
46 rotate, so that the second end of connecting rod II 42 is moved upwards, the second lifting upwards of end drivening rod IV 44 of connecting rod II 42
Riser 3, valve disc 31 is moved up under the drive of riser 3 and opens discharge outlet 5, realizes draining, and the transmission mechanism 4 is carried lifting
During riser 3, the moment of torsion of riser 3 is greatly reduced compared with prior art, starting element 2 is saved so as to can reach
Force value is pressed, user experience is more preferable.
After draining terminates, the reseting procedure and said process of transmission mechanism 4 and riser 3 are on the contrary, here no longer specifically
It is bright.
Fourth embodiment：
As figs 11-13, the difference of the present embodiment and first embodiment is, in the present embodiment, and connecting rod III 43 is a drawing
Bar 43b, rather than push rod 43a, specifically, the first end of connecting rod I 41 is engaged with starting element 2, the second end of connecting rod I 41 with
Pull bar 43b first end is articulated cooperation, and the first articulated section 45, connecting rod II are provided between the first end of connecting rod I 41 and the second end
42 first end, which is articulated on valve body 1, forms the second articulated section 46, pull bar 43b the second end pull connecting rod II 42 first end and
Position between second end makes the second end of connecting rod II 42 lift riser 3 upwards.In the present embodiment, pull bar 43b the second end
It is articulated on the position between the first end of connecting rod II 42 and the second end.
During drainage works, as shown in figure 13, started by press element 2, starting element 2 is pressed downward the first end of connecting rod I 41, even
Bar I 41 is rotated around its first articulated section 45, and the second end of connecting rod I 41 is moved upwards, and drives pull bar 43b to move upwards, pull bar
43b pulls connecting rod II 42 so that connecting rod II 42 is rotated around the second articulated section 46, so that the second end of connecting rod II 42 is tilted,
Second end of connecting rod II 42 directly drives riser 3 to be lifted, and valve disc 31 moves up under the drive of riser 3 and opens discharge outlet 5,
Draining is realized, the transmission mechanism 4 is substantially reduced compared with prior art during riser 3 is lifted to the moment of torsion of riser 3
, so as to can reach the pressing force value for saving starting element 2, user experience is more preferable.
After draining terminates, the reseting procedure and said process of transmission mechanism 4 and riser 3 are on the contrary, here no longer specifically
It is bright.
It is readily appreciated that, in the present embodiment or the first end of connecting rod I 41 is articulated on valve body 1 and forms the first pivot
Socket part 45, and starting element 2 transmission coupler link I 41 first end and the second end between position, such as, and by a drawstring to
Position between the upper first end for pulling connecting rod I 41 and the second end so that connecting rod I 41 is rotated around the first articulated section 45, can also be made
The second end for obtaining connecting rod I 41 pulls up pull bar 43b, is that button or drawstring are flexibly selected with specific reference to starting element 2
The position of the first articulated section 45 on connecting rod I 41.
As a kind of simple transformation of the present embodiment, pull bar 43b can also be not provided with, is specifically, the first end of connecting rod I 41
It is engaged with starting element 2, the position between the first end of connecting rod I 41 and the second end is provided with the first articulated section 45, connecting rod II
42 first end, which is articulated on valve body 1, forms the second articulated section 46, and the second end of connecting rod I 41 passes through the first end with connecting rod II 42
And the second position between end rotates and is slidably matched to pull the connecting rod II 42 to make the second end of connecting rod II 42 lift lifting upwards
Pipe 3, here it is possible to select the second end in connecting rod I 41 to open up chute, makes the portion between the first end of connecting rod II 42 and the second end
Position is stretched into the chute and rotates and slide simultaneously in chute, so that realize the rotation of the two and be slidably matched, or, can also
In turn, position of the selection between the first end of connecting rod II 42 and the second end opens up chute, stretches into the second end of connecting rod I 41
Rotate and slide simultaneously in the chute and in chute, so can also realize the rotation of the two and be slidably matched, so as to realize this reality
It is simple and reliable for structure with new purpose.
Above-described is only principle of the present utility model and preferred embodiment.It should be pointed out that for the general of this area
For logical technical staff, on the basis of the utility model principle, some other modifications can also be made, this practicality is also should be regarded as
New protection domain.
Claims (9)
1. a kind of flashing valve with connecting rod type transmission mechanism, including activity are installed in the starting element and riser in valve body,
The bottom of the riser is connected with the valve disc being engaged with the discharge outlet of the flashing valve, it is characterised in that also including transmission
Mechanism, the transmission mechanism at least includes being driven the connecting rod I of cooperation and for lifting the riser with the starting element
Connecting rod II, the connecting rod I is driven with the connecting rod II to be coordinated, and has at least two between the transmission mechanism and the valve body
Support part.
2. the flashing valve according to claim 1 with connecting rod type transmission mechanism, it is characterised in that set on the connecting rod I
There is the first articulated section with the valve body pivotal fit, the connecting rod II is provided with the second pivot joint with the valve body pivotal fit
Portion, first articulated section and the second articulated section constitute described two supporting parts.
3. the flashing valve according to claim 2 with connecting rod type transmission mechanism, it is characterised in that the transmission mechanism is also
Including connecting rod III, the connecting rod III is a push rod, and the connecting rod I is driven the connecting rod II by the push rod, the connecting rod I
One end and the first end pivotal fit of the push rod, the second end of the push rod and the first end pivotal fit of the connecting rod II,
Or, the second end of the push rod is slided and is rotatably assorted with the first end of the connecting rod II, the first end of the connecting rod II and
Position between second end is provided with second articulated section, and the second end of the connecting rod II lifts the riser and carried upwards
Rise.
4. the flashing valve according to claim 2 with connecting rod type transmission mechanism, it is characterised in that the one of the connecting rod I
The first end held with the connecting rod II is rotated and is slidably matched, and is set on the position between the first end of the connecting rod II and the second end
There is second articulated section, the second end of the connecting rod II lifts the riser and is lifted up.
5. the flashing valve with connecting rod type transmission mechanism according to claim 3 or 4, it is characterised in that the driver
Structure also includes a connecting rod IV, the first end of the connecting rod IV and the second end pivotal fit of the connecting rod II, the connecting rod IV
Second end is movably connected the riser.
6. the flashing valve according to claim 2 with connecting rod type transmission mechanism, it is characterised in that the transmission mechanism is also
Including connecting rod III, connecting rod III is a pull bar, and one end of the connecting rod I and the first end of the pull bar are articulated cooperation, the company
The first end of bar II, which is articulated on the valve body, forms second articulated section, and the second end of the pull bar pulls the connecting rod II
First end and the second end between position the second end of the connecting rod II is lifted the riser upwards.
7. the flashing valve according to claim 2 with connecting rod type transmission mechanism, it is characterised in that the of the connecting rod II
One end, which is articulated on the valve body, forms second articulated section, and one end of the connecting rod I passes through first with the connecting rod II
Hold and rotate and be slidably matched to pull the connecting rod II to make the second end of the connecting rod II lift upwards the position between the second end
Move the riser.
8. the flashing valve with connecting rod type transmission mechanism according to claim 1 or 2 or 3 or 4 or 6 or 7, its feature exists
In the riser is the straight tube extended vertically, and the transmission mechanism is arranged at described perpendicular to the lifting position of the riser
On the riser directly extended or close to the position of riser.
9. the flashing valve according to claim 8 with connecting rod type transmission mechanism, it is characterised in that set on the riser
Have and be mutually oriented to the guide part for coordinating and being arranged symmetrically with the valve body, the transmission mechanism is set to the lifting position of the riser
At the mid range for being placed in the riser top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621273797.3U CN206337616U (en) | 2016-11-24 | 2016-11-24 | A kind of flashing valve with connecting rod type transmission mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621273797.3U CN206337616U (en) | 2016-11-24 | 2016-11-24 | A kind of flashing valve with connecting rod type transmission mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206337616U true CN206337616U (en) | 2017-07-18 |
Family
ID=59308214
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621273797.3U Active CN206337616U (en) | 2016-11-24 | 2016-11-24 | A kind of flashing valve with connecting rod type transmission mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206337616U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106638846A (en) * | 2016-11-24 | 2017-05-10 | 厦门瑞尔特卫浴科技股份有限公司 | Flushing valve provided with connecting rod type transmission mechanism |
-
2016
- 2016-11-24 CN CN201621273797.3U patent/CN206337616U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106638846A (en) * | 2016-11-24 | 2017-05-10 | 厦门瑞尔特卫浴科技股份有限公司 | Flushing valve provided with connecting rod type transmission mechanism |
| CN106638846B (en) * | 2016-11-24 | 2024-06-25 | 厦门瑞尔特卫浴科技股份有限公司 | Flushing valve with connecting rod type transmission mechanism |
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