CN206017884U - A kind of single handle valve element of multiple flow passages break-make control and its tap - Google Patents
A kind of single handle valve element of multiple flow passages break-make control and its tap Download PDFInfo
- Publication number
- CN206017884U CN206017884U CN201621044554.2U CN201621044554U CN206017884U CN 206017884 U CN206017884 U CN 206017884U CN 201621044554 U CN201621044554 U CN 201621044554U CN 206017884 U CN206017884 U CN 206017884U
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- China
- Prior art keywords
- running water
- water inlet
- inlet opening
- public
- ceramic chip
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Abstract
The utility model provides a kind of single handle valve element of multiple flow passages break-make control, including valve shell, valve rod, valve pocket, driver plate, dynamic porcelain piece, definite ceramic chip and base, base is provided with running water water inlet, running water outlet mouth, running water water inlet, water purification water inlet and public delivery port；Definite ceramic chip is provided with running water inlet opening, running water outlet hole, running water inlet opening, public apopore and the water purification inlet opening being respectively communicated with the corresponding mouth of a river on base；The running water inlet opening that dynamic porcelain piece is provided with control definite ceramic chip connects and controls the first arc conduction trough of flow with public apopore, and the water purification inlet opening that dynamic porcelain piece lower surface is provided with control definite ceramic chip is connected with public apopore and controls the second arc conduction trough of flow；Dynamic porcelain piece lower surface is provided with the 3rd conduction trough for connecting with the running water outlet hole at definite ceramic chip center and connecting and control flow under rotation with the running water inlet opening on definite ceramic chip；The utility model also provides the tap of the single handle valve element controlled using multiple flow passages break-make.
Description
【Technical field】
The utility model is related to plumbing field, more particularly to a kind of single handle valve element and its water of multiple flow passages break-make control
Tap.
【Background technology】
Existing flow valve element is generally made up of valve body, base, fixed valve plate, moving valve plate and valve rod, and base is arranged on valve body
Bottom, fixed valve plate and moving valve plate are arranged on valve inner, and valve body upper end is stretched out in the operating side of valve rod, and its operation principle is：Pass through
Rotation valve rod control moving valve plate is rotated, and the size for controlling water inlet on fixed valve plate by moving valve plate, so that realize the control of current size
System.
At present, occurred on the market can be in tap while supply the Double purpose water tap of hot water or cold water and pure water mostly
Inside be equiped with respectively control hot and cold water and pure water two valve elements, outside be also correspondingly provided with two manipulation of switches, this
Two valve element single functions, are respectively used to discharge and the water yield size for controlling hot and cold water and pure water.This structure lack
It is trapped in user is not simple enough in operation, using not convenient enough, while the accessory needed when tap is assembled is more, pacifies
Dress is complicated, increases production cost；How to be supplied by sharing running water, pure water, drink or beverage in a valve element control piper
Give, running water, drinking pure water, drink or beverage can be supplied simultaneously easily and fast in bathing or washing, increase valve body
Control function, is a design problem that current valve body technical staff faces.
【Utility model content】
The utility model provides a kind of simple structure, can not only supply the running water of bathing or washing but also can provide just
The single handle valve element controlled in the multiple flow passages break-make of the pure water, drink or beverage that directly drinks and its tap.
In order to realize that above-mentioned utility model purpose, the technical solution adopted in the utility model be：
A kind of single handle valve element of multiple flow passages break-make control, including valve shell, valve rod, driver plate, dynamic porcelain piece, definite ceramic chip and bottom
Seat, in valve shell bottom, what valve rod was rotated is assemblied in valve shell top to floor installation, the valve formed on the downside of valve shell
Definite ceramic chip is installed in core cavity and closely contacts at the dynamic porcelain piece of definite ceramic chip upper surface, dynamic porcelain piece be snapped in driver plate lower end and with dial
Disk is rotated, and definite ceramic chip closely contacts at dynamic porcelain piece lower end and is pressed abd fixed in valve shell by base；
The base is provided with running water water inlet, running water outlet mouth, running water water inlet, water purification water inlet and is easy to live
The public delivery port that the one of water or water purification flows out, running water outlet mouth are arranged at the center of cup dolly, running water water inlet
The upside of the running water outlet mouth of cup dolly periphery is arranged at, running water water inlet, public delivery port and water purification water inlet are successively
The downside of the circumferentially distributed running water outlet mouth in cup dolly periphery；
The definite ceramic chip axially through be provided with and the running water water inlet on base, running water outlet mouth, running water water inlet
Mouthful, the running water inlet opening, running water outlet hole, running water inlet opening, public that is respectively communicated with of public delivery port and water purification water inlet
Apopore and water purification inlet opening, running water outlet hole are arranged at the center of circular definite ceramic chip, and running water inlet opening is arranged at circle
The upside in the running water outlet hole of definite ceramic chip periphery, running water inlet opening, public apopore and water purification inlet opening are circumferentially distributed successively
Downside in the running water outlet hole of circular definite ceramic chip periphery；
The running water that dynamic porcelain piece lower surface lower left side is provided with predetermined rotational angular range internal control formulation ceramics enters
Water hole is connected with public apopore and controls the aperture overlapping area of public apopore to control the first arc conduction trough of flow,
Be provided with the right side of the bottom of the dynamic porcelain piece lower surface water purification inlet opening on ceramics and public affairs is formulated in predetermined rotational angular range internal control
Altogether apopore connection and control the aperture overlapping area of public apopore to control the second arc conduction trough of flow, the dynamic porcelain
Piece is connected with public apopore by the one of the first arc conduction trough thereon and the second arc conduction trough
The one of water hole and water purification inlet opening is turned on public apopore；And then it is shared one to reach running water inlet opening and water purification inlet opening
Public apopore, and need selective control running water inlet opening to connect with public apopore or control water purification according to water outlet
Inlet opening is connected with public apopore, realizes that a fluid passage selection flows out two distinct types of liquid；
It is provided with the upside of the dynamic porcelain piece lower surface and connects and in valve rod with the running water outlet hole at definite ceramic chip center all the time
Connect with the running water inlet opening on definite ceramic chip in predetermined rotational angular range under rotation driving and control running water inlet opening
Aperture overlapping area controlling the 3rd conduction trough of flow.
Preferably, the 3rd conduction trough is the conduction trough linear along a radial direction of dynamic porcelain piece, and enters in running water
When the one of water hole and water purification inlet opening is not turned on public apopore, on the 3rd conduction trough control definite ceramic chip originally
Water apopore is connected with running water inlet opening.
Preferably, the 3rd conduction trough be along dynamic porcelain piece center and to both sides circumferentially extending in arc line shaped and downside is convex
The conduction trough for going out；And the one in running water inlet opening and water purification inlet opening is when turning on public apopore, the 3rd conduction trough
Running water outlet hole on control definite ceramic chip is also connected with running water inlet opening；The running water inlet opening and water purification inlet opening with
When public apopore is not turned on, the running water outlet hole on the 3rd conduction trough control definite ceramic chip is with running water inlet opening not yet
Connection.
Preferably, the valve rod and driver plate are integrally formed.
Preferably, it is further opened with being easy to valve rod control driver plate connection between the top side inwall of the driver plate and valve shell
The guide pin and spring of dynamic porcelain piece positioning.
Preferably, the running water water inlet in the definite ceramic chip downside and base contacts face, running water outlet mouth, running water enter
The mouth of a river, public delivery port and water purification water inlet are respectively equipped with the first periphery gasket.
Preferably, on the base running water water inlet, running water outlet mouth, running water water inlet, public delivery port and
Water purification water inlet periphery is respectively equipped with the second circumferential sealing ring.
Tap, single handle valve element that the tap is controlled using above-mentioned multiple flow passages break-make.
The beneficial effects of the utility model are：
The utility model is with existing valve element difference, on definite ceramic chip axially through be provided with running water water inlet
Hole, running water outlet hole, running water inlet opening, public apopore and water purification inlet opening, corresponding dynamic porcelain piece lower surface are provided with control
Formulate the running water inlet opening on ceramics to connect with public apopore and control on the first arc conduction trough of flow, control definite ceramic chip
Water purification inlet opening connect and control the second arc conduction trough of flow with public apopore and be provided with and definite ceramic chip center
Running water outlet hole is connected and is connected and controlled the 3rd conduction trough of flow under rotation with the running water inlet opening on definite ceramic chip；
So, reach running water inlet opening and water purification inlet opening and share a public apopore, and selective control is needed according to water outlet
Running water inlet opening processed is connected with public apopore or controls water purification inlet opening and connected with public apopore, realizes a runner choosing
Selecting property flows out two distinct types of liquid；By the valve element except realizing running water, in addition to the delivery port of water purification switches, can be with
The supply of fluid in control running water passage, the such as supply of drink or beverage, while bathing or washing, can be easily and fast
Supply drinking pure water, drink or beverage, increase the control function of valve body, reach one-object-many-purposes.
【Description of the drawings】
Fig. 1 is the configuration schematic diagram of the utility model embodiment one
Fig. 2 is the cross section structure diagram of the utility model embodiment one；
Fig. 3 is the main structure diagram of one definite ceramic chip of the utility model embodiment；
Fig. 4 is the main structure diagram of one dynamic porcelain piece of the utility model embodiment；
Fig. 5 be when in the utility model embodiment one, running water and running water lead to dynamic porcelain piece (dynamic porcelain piece dashed lines states) with fixed
Ceramics relative position relation schematic diagram；
Fig. 6 is dynamic porcelain piece (dynamic porcelain piece dashed lines states) and definite ceramic chip when pipeline is turned off in the utility model embodiment one
Relative position relation schematic diagram；
Fig. 7 be when in the utility model embodiment one, water purification and running water lead to dynamic porcelain piece (dynamic porcelain piece dashed lines states) with fixed
Ceramics relative position relation schematic diagram；
Fig. 8 is the cross section structure diagram of the utility model embodiment two；
Fig. 9 is the main structure diagram of two dynamic porcelain piece of the utility model embodiment；
Figure 10 is that dynamic porcelain piece (dynamic porcelain piece dashed lines states) is relative with definite ceramic chip when in the utility model embodiment two, running water is logical
Position relationship schematic diagram；
Figure 11 is dynamic porcelain piece (dynamic porcelain piece dashed lines states) and definite ceramic chip phase when running water is logical in the utility model embodiment two
To position relationship schematic diagram；
Figure 12 is that dynamic porcelain piece (dynamic porcelain piece dashed lines states) is relative with definite ceramic chip when in the utility model embodiment two, water purification is logical
Position relationship schematic diagram.
【Specific embodiment】
Embodiment one
A kind of single handle valve element of multiple flow passages break-make control, is applied to control on the tap that other drinks are supplied, such as
Shown in Fig. 1 to Fig. 7, including valve shell 1, valve rod 2, driver plate 3, dynamic porcelain piece 4, definite ceramic chip 5 and base 6, valve rod 2 is interspersed to be fixed on
On driver plate 3, base 6 is installed on 1 bottom of valve shell, and what valve rod 2 was rotated is assemblied in 1 top of valve shell, under valve shell 1
Definite ceramic chip 5 is installed in the spool chamber that side is formed and closely contacts at the dynamic porcelain piece 4 of 5 upper surface of definite ceramic chip, dynamic porcelain piece 4 is snapped in
3 lower end of driver plate is simultaneously rotated with driver plate 3, and definite ceramic chip 5 closely contacts at 4 lower end of dynamic porcelain piece and is pressed abd fixed on outside valve body by base 6
In shell 1；Wherein, it is further opened with being easy to the dynamic of the control connection of driver plate 3 of valve rod 2 between the top side inwall of driver plate 3 and valve shell 1
The guide pin 7 and spring 8 of the positioning of ceramics 4.
As shown in Fig. 1, Fig. 3 to Fig. 7, running water water inlet 60, running water outlet mouth 61, running water is provided with base 6 and is entered
The mouth of a river 62, water purification water inlet 63 and it is easy to the public delivery port 64 that the one of running water or water purification flows out, running water outlet mouth 61 to set
The center of cup dolly 6 is placed in, running water water inlet 60 is arranged at the upside of the running water outlet mouth 61 of 6 periphery of cup dolly,
The circumferentially distributed running water in 6 periphery of cup dolly goes out successively for running water water inlet 62, public delivery port 63 and water purification water inlet 64
The downside at the mouth of a river 61；Corresponding, definite ceramic chip 5 axially through be provided with and the running water water inlet 60, running water outlet on base 6
The running water inlet opening 50, running water that mouth 61, running water water inlet 62, water purification water inlet 63 and public delivery port 64 are respectively communicated with goes out
Water hole 51, running water inlet opening 52, public apopore 53 and water purification inlet opening 54, running water outlet hole 51 is arranged at circular definite ceramic chip
5 center, running water inlet opening 50 are arranged at the upside in the running water outlet hole 51 of 5 periphery of circular definite ceramic chip, running water inlet opening
52nd, the public apopore 53 and water purification inlet opening 54 circumferentially distributed running water outlet hole 51 in 5 periphery of circular definite ceramic chip successively
Downside；
As shown in Fig. 3 to Fig. 7,4 lower surface lower left side of the dynamic porcelain piece is provided with and controls in predetermined rotational angular range
Running water inlet opening 52 on definite ceramic chip 5 is connected with public apopore 53 and controls the aperture overlapping area of public apopore 53 to control
First arc conduction trough 40 of flow processed, is additionally provided with predetermined rotational angular range internal control on the right side of 4 lower surface bottom of dynamic porcelain piece
Water purification inlet opening 54 on formulation ceramics 5 is connected and is controlled the aperture overlapping area of public apopore 53 and comes with public apopore 53
Second arc conduction trough 41 of control flow, the dynamic porcelain piece 4 are led by the first arc conduction trough 40 thereon and the second arc
The one of groove 41 connect with public apopore 53 one that controls running water inlet opening 52 and water purification inlet opening 54 with public go out
Water hole 53 turns on；And then reach running water inlet opening 52 and water purification inlet opening 54 and share a public apopore 53, and according to going out
Water needs selective control running water inlet opening 52 to connect with public apopore 53 or control water purification inlet opening 54 with public water outlet
Hole 53 connects, and realizes that a fluid passage selection flows out two distinct types of liquid；
And, as shown in Fig. 3 to Fig. 7, on the upside of 4 lower surface of dynamic porcelain piece, it is additionally provided with running water all the time with 5 center of definite ceramic chip
Apopore 51 is connected and is intake with the running water on definite ceramic chip 5 in predetermined rotational angular range under the rotation driving of valve rod 2
Hole 50 connects and controls the aperture overlapping area of running water inlet opening 50 to control the 3rd conduction trough 42 of flow.Wherein, the reality
Example in the 3rd conduction trough 42 be along 4 center of dynamic porcelain piece and to both sides circumferentially extending in arc line shaped and downside protrude conducting
Groove；And the one in running water inlet opening 52 and water purification inlet opening 54 is when turning on public apopore 53, the 3rd conduction trough 42
Running water outlet hole 51 on control definite ceramic chip 5 is also connected with running water inlet opening 50；Intake in running water inlet opening 52 and water purification
When hole 54 is not turned on public apopore 53, the 3rd conduction trough 42 on dynamic porcelain piece 5 is controlled, is realized on definite ceramic chip 5 originally
Water apopore 51 is not also connected with running water inlet opening 50, realizes the contract fully function of valve element.
In addition, the running water water inlet 50, running water outlet mouth 51, running water in 5 downside of definite ceramic chip and 6 contact surface of base
The first periphery gasket 9 is respectively equipped with water inlet 52, public delivery port 53 and water purification water inlet 54, on base 6 originally
At water water inlet 60, running water outlet mouth 61, running water water inlet 62, public delivery port 63 and water purification water inlet 64, periphery sets respectively
There is the second circumferential sealing ring 10.
Therefore, the present embodiment can pass through the drink in same valve element control piper in running water, pure water and running water passage
Product or beverage directly feed, and while bathing or washing, can supply drinking pure water, drink or beverage easily and fast,
Increase the control function of valve body, reach one-object-many-purposes.
Embodiment two
As shown in Fig. 8 to Figure 12, the present embodiment is with the difference of embodiment one, and valve rod and driver plate are integrally formed,
On dynamic porcelain piece 4, the structure of conduction trough is different from embodiment one, cause valve element not have contract fully function, i.e., due to the embodiment in
3rd conduction trough 42 ' is the conduction trough linear along a radial direction of dynamic porcelain piece, and intakes in running water inlet opening 52 and water purification
Running water outlet hole when the one in hole 54 is not turned on public apopore 53, on the control definite ceramic chip 5 of three conduction trough 42 '
51 are connected with running water inlet opening 50；I.e. in the embodiment, the first conduction trough 40, the second conduction trough 41 and the 3rd conduction trough 42 '
The break-make of a passage is individually controlled, does not have a case that two passages connect appearance simultaneously.
Embodiment described above is simply preferred embodiment of the present utility model, not limits reality of the present utility model with this
Apply scope, the equivalence changes made by all shapes according to the utility model, construction and principle all should be covered by guarantor of the present utility model
In the range of shield.
Claims (8)
1. single handle valve element that a kind of multiple flow passages break-make is controlled, including valve shell, valve rod, driver plate, dynamic porcelain piece, definite ceramic chip and bottom
Seat, in valve shell bottom, what valve rod was rotated is assemblied in valve shell top to floor installation, the valve formed on the downside of valve shell
Definite ceramic chip is installed in core cavity and closely contacts at the dynamic porcelain piece of definite ceramic chip upper surface, dynamic porcelain piece be snapped in driver plate lower end and with dial
Disk is rotated, and definite ceramic chip closely contacts at dynamic porcelain piece lower end and is pressed abd fixed in valve shell by base；It is characterized in that：
The base be provided with running water water inlet, running water outlet mouth, running water water inlet, water purification water inlet and be easy to running water or
The public delivery port that the one of water purification flows out, running water outlet mouth are arranged at the center of cup dolly, and running water water inlet is arranged
In the upside of the running water outlet mouth of cup dolly periphery, running water water inlet, public delivery port and water purification water inlet are circumferential successively
It is distributed in the downside of the running water outlet mouth of cup dolly periphery；
The definite ceramic chip axially through be provided with and the running water water inlet on base, running water outlet mouth, running water water inlet, public affairs
Running water inlet opening that altogether delivery port and water purification water inlet are respectively communicated with, running water outlet hole, running water inlet opening, public apopore
With water purification inlet opening, running water outlet hole is arranged at the center of circular definite ceramic chip, and running water inlet opening is arranged at circular definite ceramic chip
The upside in the running water outlet hole of periphery, running water inlet opening, public apopore and water purification inlet opening are circumferentially distributed in circle successively
The downside in the running water outlet hole of definite ceramic chip periphery；
Dynamic porcelain piece lower surface lower left side is provided with formulates the running water inlet opening on ceramics in predetermined rotational angular range internal control
Connect and control the aperture overlapping area of public apopore to control the first arc conduction trough of flow with public apopore, described
Be provided with the right side of the bottom of dynamic porcelain piece lower surface predetermined rotational angular range internal control formulate ceramics on water purification inlet opening with public go out
Water hole connects and controls the aperture overlapping area of public apopore to control the second arc conduction trough of flow, and the dynamic porcelain piece leads to
The one for crossing the first arc conduction trough thereon and the second arc conduction trough connects to control running water inlet opening with public apopore
Turn on public apopore with the one of water purification inlet opening；
It is provided with the upside of the dynamic porcelain piece lower surface
Connect with the running water inlet opening on definite ceramic chip in predetermined rotational angular range under driving and control the hole of running water inlet opening
Mouthful overlapping area is controlling the 3rd conduction trough of flow.
2. single handle valve element that a kind of multiple flow passages break-make according to claim 1 is controlled, it is characterised in that the 3rd conducting
Groove is the conduction trough linear along a radial direction of dynamic porcelain piece, and running water inlet opening and water purification inlet opening one with public affairs
When apopore is not turned on altogether, the running water outlet hole on the 3rd conduction trough control definite ceramic chip is connected with running water inlet opening.
3. single handle valve element that a kind of multiple flow passages break-make according to claim 1 is controlled, it is characterised in that the 3rd conducting
Groove be along dynamic porcelain piece center and to both sides circumferentially extending in arc line shaped and downside protrude conduction trough；And in running water inlet opening and
Running water outlet hole when the one of water purification inlet opening is turned on public apopore, on the 3rd conduction trough control definite ceramic chip
Connect with running water inlet opening；When the running water inlet opening and water purification inlet opening are not turned on public apopore, the described 3rd
Running water outlet hole on conduction trough control definite ceramic chip is not also connected with running water inlet opening.
4. single handle valve element of a kind of multiple flow passages break-make control according to claim 1, it is characterised in that the valve rod and dial
Disk is integrally formed.
5. single handle valve element that a kind of multiple flow passages break-make according to claim 1 or 4 is controlled, it is characterised in that the driver plate
The guide pin and spring for being easy to valve rod to control the dynamic porcelain piece positioning that driver plate is connected is further opened with and the top side inwall of valve shell between.
6. single handle valve element that a kind of multiple flow passages break-make according to claim 1 is controlled, it is characterised in that under the definite ceramic chip
The running water water inlet in side and base contacts face, running water outlet mouth, running water water inlet, public delivery port and water purification water inlet
Place is respectively equipped with the first periphery gasket.
7. single handle valve element that a kind of multiple flow passages break-make according to claim 1 is controlled, it is characterised in that on the base
Running water water inlet, running water outlet mouth, running water water inlet, public delivery port and water purification water inlet periphery are respectively equipped with second
Circumferential seal circle.
8. tap, it is characterised in that the tap is more using the one kind described in claim 1 to 7 any one claim
Single handle valve element of runner break-make control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621044554.2U CN206017884U (en) | 2016-09-08 | 2016-09-08 | A kind of single handle valve element of multiple flow passages break-make control and its tap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621044554.2U CN206017884U (en) | 2016-09-08 | 2016-09-08 | A kind of single handle valve element of multiple flow passages break-make control and its tap |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206017884U true CN206017884U (en) | 2017-03-15 |
Family
ID=58259205
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621044554.2U Expired - Fee Related CN206017884U (en) | 2016-09-08 | 2016-09-08 | A kind of single handle valve element of multiple flow passages break-make control and its tap |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206017884U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110274050A (en) * | 2019-07-25 | 2019-09-24 | 路达(厦门)工业有限公司 | The dual-purpose faucet of cross beam type |
-
2016
- 2016-09-08 CN CN201621044554.2U patent/CN206017884U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110274050A (en) * | 2019-07-25 | 2019-09-24 | 路达(厦门)工业有限公司 | The dual-purpose faucet of cross beam type |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170315 Termination date: 20210908 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |