CN206530734U - A kind of constant-temperature constant-current valve element of band linkage diverter function - Google Patents
A kind of constant-temperature constant-current valve element of band linkage diverter function Download PDFInfo
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- CN206530734U CN206530734U CN201720038356.3U CN201720038356U CN206530734U CN 206530734 U CN206530734 U CN 206530734U CN 201720038356 U CN201720038356 U CN 201720038356U CN 206530734 U CN206530734 U CN 206530734U
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Abstract
The utility model discloses a kind of constant-temperature constant-current valve element of band linkage diverter function.The constant-temperature constant-current valve element of the band linkage diverter function includes valve element shell, temperature-sensitive piston component, valve core base and shunt assembly, the valve element shell, the valve core base and the shunt assembly are sequentially connected, and internally it is collectively forming mixing aquaporin, the temperature-sensitive piston component is contained in the mixing aquaporin, and one end of the temperature-sensitive piston component abuts the shunt assembly；Cold water, which is formed with, between the valve element shell and the temperature-sensitive piston component enters water space；Hot water, which is formed with, between the valve core base and the temperature-sensitive piston component enters water space；Hot water point water space is formed between the shunt assembly and the valve core base；Hot water enters water space from the hot water and shunts to form first via hot water, and shunts to form the second road hot water from the hot water point water space.
Description
Technical field
The utility model is related to valve element field, a kind of constant-temperature constant-current valve element for the diverter function that linked more particularly to band.
Background technology
Due to existing constant temperature valve core be by change the water inlet ratio of cold water and hot water and adjusting water outlet problem, therefore,
While adjusting temperature, the change of hot water and cold water flow of inlet water is necessarily brought, so that the constant temperature valve core can not water outlet
Under conditions of constant temperature, the constant of flow of inlet water is kept.
In addition, existing constant temperature valve core is during use, there can be handwheel regulation and arrive most hot junction, leaving water temperature is adjusted not
High problem, and existing constant temperature valve core is also possible to the problem of leaving water temperature exceeds critical field when hot and cold water pressure differential is big.
Therefore, it is necessary to provide the constant-temperature constant-current valve element that a kind of band links diverter function.
Utility model content
The problem of the purpose of this utility model is to solve existing middle, and it is permanent to provide a kind of constant temperature of band linkage diverter function
Flow valve core.
To reach above-mentioned purpose, the utility model is adopted the following technical scheme that：A kind of constant temperature of band linkage diverter function is permanent
Flow valve core includes valve element shell, temperature-sensitive piston component, valve core base and shunt assembly, the valve element shell, the valve core base
It is sequentially connected with the shunt assembly, and is internally collectively forming mixing aquaporin, the temperature-sensitive piston component is contained in described
Mix in aquaporin, and one end of the temperature-sensitive piston component abuts the shunt assembly；The valve element shell and the temperature-sensitive
Cold water is formed between piston component and enters water space；Hot water is formed between the valve core base and the temperature-sensitive piston component to enter
Water space；Hot water point water space is formed between the shunt assembly and the valve core base；Hot water is between hot water water inlet
Gap shunts to form first via hot water, and shunts to form the second road hot water from the hot water point water space；Cold water enters from the cold water
Water space enters and mixing water is formed in aquaporin in described mix with the first via hot water；Operationally, the temperature-sensitive is lived
Plug assembly is moved because temperature change produces contraction or upholds, and promotes the shunt assembly to move, and then changes the cold water
Enter the interval width that water space, the hot water enter water space and the hot water point water space, so as to control cold water and described first
The water inlet ratio of road hot water obtains the mixing water with design temperature, and the hot water enters between water space and hot water point water space
Keep constant every width sum, so as to control the inflow sum of the first via hot water and second road hot water to keep not
Become.
Preferably, the valve element shell is provided with cooling water inlet, and the cooling water inlet enters water space with the cold water and is connected；
The valve element shell is provided with hot water inlet, and the hot water inlet enters water space with the hot water and is connected.
Preferably, the temperature-sensitive piston component includes sensing rod for temperature and piston piece, and the piston piece is arranged and is fixed on described
The outside of sensing rod for temperature, and the piston piece abuts setting by spring part with the valve core base；In the valve element shell and institute
The junction for stating valve core base is formed with piston accepting groove, and the piston piece is contained in the piston accepting groove, and with it is described
The cold water is formed between valve element shell and enters water space, and the hot water is formed between the valve core base and enters water space.
Preferably, in addition to the safety spring component that is contained in the valve element shell, one end of the sensing rod for temperature is abutted
The safety spring component, the other end abuts the shunt assembly.
Preferably, in addition to rotating regulation valve bar, the rotating regulation valve bar is stretched into the valve element shell, and with it is described
The clamping of valve element shell is set, and the rotating regulation valve bar abuts to adjust the temperature-sensitive piston group with the safety spring component
The movement of part.
Preferably, the opposite end of the piston piece is respectively equipped with the first flexible glue gasket seal, so as to enter in the cold water
Water space and the hot water enter in water space to be formed flexible glue sealing.
Preferably, the shunt assembly includes flow divider, shunting valve pocket and elastic component, and the shunting valve pocket is sheathed on described
On the outside of flow divider, and the elastic component is between the shunting valve pocket and the flow divider；The shunting valve pocket and the valve
Core base is fixedly connected, and one end of the flow divider abuts the shunting valve pocket by elastic component, and the other end abuts the temperature-sensitive
Piston component, and form between the valve core base hot water point water space.
Preferably, a meter type sealing ring is additionally provided between the shunting valve pocket and the flow divider, at the valve element bottom
Y-type seal ring is additionally provided between seat and the flow divider, the y-type seal ring and the rice type sealing ring are realized described respectively
Sealing between valve core base and the shunting valve pocket and the flow divider, and reduce the force of sliding friction of the flow divider.
Preferably, the flow divider is arranged with hot water point water out, and the outside of the flow divider is described provided with a point aquaporin
Hot water point water space, the aquaporin and the hot water a point water out is sequentially communicated.
Preferably, the flow divider is provided with the second flexible glue gasket seal towards one end of the valve core base, so that in institute
State and flexible glue sealing is formed in hot water point water space.
Compared to prior art, the utility model provides having the beneficial effect that for constant-temperature constant-current valve element：
1st, in the constant-temperature constant-current valve element, between the valve core base and the temperature-sensitive piston component hot water is formed with to enter
Water space, is formed with hot water point water space between the shunt assembly and the valve core base, the hot water enters water space and heat
The interval width sum of moisture water space keeps constant, does not change with the movement of the temperature-sensitive piston component, so as to control
The inflow sum for making the first via hot water and second road hot water keeps constant, and then realizes hot water total flow not with going out
Coolant-temperature gage changes and keeps constant effect；
2nd, in the temperature-sensitive piston component, the sensing rod for temperature is prepared from by temperature-sensitive material, it is possible to pass through sense
Answer mixing water temperature and produce expansion and uphold or condensation contraction, and then drive the piston piece to move forward and backward, and then realize described
The function of temperature control of constant-temperature constant-current valve element；
3rd, in the constant-temperature constant-current valve element, one end of the sensing rod for temperature abuts the safety spring component, and the work
Plug member abuts setting by spring part with the valve core base, so that the piston piece can be by spring force to adjust
The motion of piston piece is stated, the job stability and reliability of the piston piece is improved；
4th, in the constant-temperature constant-current valve element, abutted by the rotating regulation valve bar with the safety spring component to adjust
The movement of the temperature-sensitive piston component is saved, so as to adjust the constant-temperature constant-current valve element most by the rotating regulation valve bar
High leaving water temperature and minimum leaving water temperature；
5th, the flow divider is provided with the second flexible glue gasket seal towards one end of the valve core base, so that in the hot water
Divide in water space and form flexible glue sealing, and then the formation effectively sealing between the flow divider and the valve core base, it is to avoid
Ebonite coordinates and produces water leakage phenomenon；
6th, the opposite end of the piston piece towards the valve element shell and the valve core base is respectively equipped with the first flexible glue
Gasket seal, so as to enter water space in the cold water and the hot water enters in water space to be formed flexible glue sealing, so that in the work
Effective sealing is formed between plug member, the valve element shell and the valve core base, it is to avoid ebonite coordinates and produces water and leak existing
As；
7th, meter type sealing ring and a y-type seal ring, the rice type are provided between the shunting valve pocket and the flow divider
Sealing ring and the y-type seal ring can realize the sealing between the shunting valve pocket and the flow divider, and reduce described point
Flow the force of sliding friction of valve.
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 structural representation of the constant-temperature constant-current valve element for the band linkage diverter function that the utility model embodiment is provided.
Embodiment
In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with
Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It should be appreciated that specific reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
Referring to Fig. 1, being the structure of the constant-temperature constant-current valve element for the band linkage diverter function that the utility model embodiment is provided
Schematic diagram.The constant-temperature constant-current valve element 100 of the band linkage diverter function includes valve element shell 10, rotating regulation valve bar 20, safety
Spring assembly 30, temperature-sensitive piston component 40, valve core base 50 and shunt assembly 60.
Wherein, the rotating regulation valve bar 20 is stretched into the valve element shell 10, and is set with the clamping of valve element shell 10
Put, the safety spring component 30 is contained in the valve element shell 10, and the rotating regulation valve bar 20 abuts the safety
Spring assembly 30.
The valve element shell 10, the valve core base 50 and the shunt assembly 60 are sequentially connected, and common shape internally
Into mixing aquaporin (not indicating), the temperature-sensitive piston component 40 is contained in the mixing aquaporin, and the temperature-sensitive piston
One end of component 40 abuts the safety spring component 30, and the other end abuts the shunt assembly 60.
The valve element shell 10 generally hollow cylindrical structure, and the valve element shell 10 is provided with the He of cooling water inlet 11
Hot water inlet 12.Hot water forms first via hot water from the hot water inlet 12 shunting；Cold water enters institute from the cooling water inlet 11
The mixing aquaporin in valve element shell 10 is stated, the first via hot water enters in the valve element shell 10 from the hot water inlet 12
Mixing aquaporin so that the cold water and the first via hot water form mixing water in the mixing aquaporin.
One end of the valve element shell 10 is stretched into the part of rotating regulation valve bar 20, and with the safety spring component 30
It is fixedly connected.Preferably, the rotating regulation valve bar 20 is fixed by way of screw thread is engaged with the safety spring component 30
Connection.
In the present embodiment, the inside of the safety spring component 30 is provided with spring (not indicating), the safety spring group
Part 30 abuts the temperature-sensitive piston component 40 by spring.
In the present embodiment, the safety spring component 30 is driven to move by rotating the rotating regulation valve bar 20,
And and then adjust the movement of the temperature-sensitive piston component 40.
The temperature-sensitive piston component 40 includes sensing rod for temperature 41 and piston piece 42, and the piston piece 42 is arranged and is fixed on described
The outside of sensing rod for temperature 41.The sensing rod for temperature 41 is prepared from by temperature-sensitive material, it is possible to by sensing mixing water temperature and
Produce expansion to uphold or condensation contraction, and then drive the piston piece 42 to move forward and backward.
The valve core base 50 generally hollow cylinder structure, and the valve core base 50 passes through with the valve element shell 10
Be screwed connection.
Spring part 51, the spring part 51 are additionally provided between the temperature-sensitive piston component 40 and the valve core base 50
One end abuts the valve core base 50, and the other end abuts the piston piece 42, i.e., described piston piece 42 passes through the spring part 51
Setting is abutted with the valve core base 50.
Wherein, piston accepting groove 110 is formed with the junction of the valve element shell 10 and the valve core base 50, it is described
Piston piece 42 is contained in the piston accepting groove 110.In the piston accepting groove 110, the piston piece 42 and the valve
The cold water is formed between core housing 10 and enters water space 101, and is formed between the valve core base 50 between the hot water water inlet
Gap 102.
In the present embodiment, the cold water enters water space 101 and is connected with the cooling water inlet 11 of the valve element shell 10, institute
State hot water and enter water space 102 and be connected with the hot water inlet 12 of the valve element shell 10.That is, hot water enters from the hot water
The shunting of water space 102 forms first via hot water, and cold water from the cold water enter water space 101 enter and with the first via hot water
Mixing water is formed in the mixing aquaporin.
In order to form effective between the valve element shell 10 and the valve core base 50 respectively in the piston piece 42
Sealing, it is to avoid ebonite coordinates and produces water leakage phenomenon, the piston piece 42 is towards the valve element shell 10 and the valve element bottom
The opposite end of seat 50 is respectively equipped with the first flexible glue gasket seal 70, so as to enter water space 101 and the hot water in the cold water
Enter in water space 102 to be formed flexible glue sealing.
The shunt assembly 60 includes flow divider 61, shunting valve pocket 62 and elastic component 63, and the shunting valve pocket 62 is sheathed on
The outside of flow divider 61, and the elastic component 63 is between the flow divider 61 and the shunting valve pocket 62.Wherein, it is described
Shunting valve pocket 62 is fixedly connected with the valve core base 50, and one end of the flow divider 61 abuts the shunting by elastic component 63
Valve pocket 62, the other end abuts the temperature-sensitive piston component 40, and is formed between the valve core base 61 between the hot water point water
Gap 103.Preferably, the elastic component 63 is spring.In the present embodiment, hot water shunts shape from the hot water point water space 103
Into the second road hot water.
Specifically, the flow divider 61 abuts the sensing rod for temperature 41 of the temperature-sensitive piston component 40 by an adjusting nut 120,
The adjusting nut 120 is fixed on the flow divider 61.That is, when the sensing rod for temperature 41 of the temperature-sensitive piston component 40 senses
Mixing water temperature and produce expansion uphold or condensation shrink when, drive the flow divider 61 to exist also by the adjusting nut 120
Moved in the shunting valve pocket 62.
In order to form effective sealing between the flow divider 61 and the valve core base 50, it is to avoid ebonite coordinates and produced
Unboiled water leakage phenomenon, the flow divider 61 is provided with the second flexible glue gasket seal 80 towards one end of the valve core base 50, so that
Flexible glue sealing is formed in the hot water point water space 103.
Moreover, in order to realize the sealing between the valve core base 50 and the shunting valve pocket 62 and the flow divider 61,
And the force of sliding friction of the flow divider 61 is reduced, it is additionally provided with a meter type between the shunting valve pocket 62 and the flow divider 61
Sealing ring 130, y-type seal ring 140 is additionally provided between the valve core base 50 and the flow divider 61.
In the present embodiment, the shunting valve pocket 62 is provided with hot water point water out 621, and the outside of the flow divider 61 is provided with
Divide aquaporin 611, the hot water point water space 103, described point of aquaporin 611 and the hot water a point water out 621 is sequentially communicated,
So as to which second road hot water be guided away by the shunt assembly 60 out of described constant-temperature constant-current valve element 100.
It should be appreciated that in the constant-temperature constant-current valve element 100, water space 101, hot water water inlet are entered the cold water
For gap 102 and the hot water point water space 103, if its gap width is bigger, it can allow for the water-carrying capacity passed through just
Can be bigger；If its gap width is smaller, its water-carrying capacity that can allow for passing through will be smaller, therefore, it can by regulation
The gap width in three gaps adjusts the water-carrying capacity of cold water and hot water.
Enter it should be noted that the cold water enters water space 101, the hot water between water space 102 and the hot water point water
The gap width of gap 103, be refers to the gap two side walls between vertical length.
When the constant-temperature constant-current valve element 100 works, the sensing rod for temperature 41 of the temperature-sensitive piston component 40 is because of temperature change production
It is raw to shrink or uphold and move, not only drive the piston piece 42 to be moved in the piston accepting groove 110, also adjusted by described
Section nut 120 drives the flow divider 61 to be moved in the shunting valve pocket 62；
The sensing rod for temperature 41 drives the piston piece 42 and the flow divider 61 to move in same direction simultaneously, the work
Plug member 42 moves in the piston accepting groove 110 and changes that the cold water enters water space 101 and the hot water enters water space 102
Gap width, the flow divider 61 moves and changes the gap of the hot water point water space 103 in the shunting valve pocket 62
Width；
Wherein, if the gap width that the cold water enters water space 101 diminishes, the hot water enters between water space 102
Gap width becomes big；If the gap width that the cold water enters water space 101 becomes big, the hot water enters the gap of water space 102
Width diminishes, therefore, and the water inlet ratio of control cold water and the first via hot water obtains the mixing water with design temperature, realizes
The effect of constant-temperature effluent；
Moreover, when the piston piece 42 is moved away from the valve core base 50, the flow divider 61 is towards the valve element
Base 50 is moved；When the piston piece 42 is moved towards the valve core base 50, the flow divider 61 is away from the valve element bottom
Seat 50 is moved；
Therefore, the hot water enters water space 102 and the gap width of the hot water point water space 103 changes on the contrary, and institute
State hot water and enter the interval width sum of water space and hot water point water space and keep constant, so as to control the first via hot water and institute
The inflow sum for stating the second road hot water keeps constant, realizes that hot water total flow does not change with leaving water temperature and keeps constant effect
Really.
Compared to prior art, the utility model provides having the beneficial effect that for constant-temperature constant-current valve element：
1st, in the constant-temperature constant-current valve element, between the valve core base and the temperature-sensitive piston component hot water is formed with to enter
Water space, is formed with hot water point water space between the shunt assembly and the valve core base, the hot water enters water space and heat
The interval width sum of moisture water space keeps constant, does not change with the movement of the temperature-sensitive piston component, so as to control
The inflow sum for making the first via hot water and second road hot water keeps constant, and then realizes hot water total flow not with going out
Coolant-temperature gage changes and keeps constant effect；
2nd, in the temperature-sensitive piston component, the sensing rod for temperature is prepared from by temperature-sensitive material, it is possible to pass through sense
Answer mixing water temperature and produce expansion and uphold or condensation contraction, and then drive the piston piece to move forward and backward, and then realize described
The function of temperature control of constant-temperature constant-current valve element；
3rd, in the constant-temperature constant-current valve element, one end of the sensing rod for temperature abuts the safety spring component, and the work
Plug member abuts setting by spring part with the valve core base, so that the piston piece can be by spring force to adjust
The motion of piston piece is stated, the job stability and reliability of the piston piece is improved；
4th, in the constant-temperature constant-current valve element, abutted by the rotating regulation valve bar with the safety spring component to adjust
The movement of the temperature-sensitive piston component is saved, so as to adjust the constant-temperature constant-current valve element most by the rotating regulation valve bar
High leaving water temperature and minimum leaving water temperature；
5th, the flow divider is provided with the second flexible glue gasket seal towards one end of the valve core base, so that in the hot water
Divide in water space and form flexible glue sealing, and then the formation effectively sealing between the flow divider and the valve core base, it is to avoid
Ebonite coordinates and produces water leakage phenomenon；
6th, the opposite end of the piston piece towards the valve element shell and the valve core base is respectively equipped with the first flexible glue
Gasket seal, so as to enter water space in the cold water and the hot water enters in water space to be formed flexible glue sealing, so that in the work
Effective sealing is formed between plug member, the valve element shell and the valve core base, it is to avoid ebonite coordinates and produces water and leak existing
As；
7th, meter type sealing ring and a y-type seal ring, the rice type are provided between the shunting valve pocket and the flow divider
Sealing ring and the y-type seal ring can realize the sealing between the shunting valve pocket and the flow divider, and reduce described point
Flow the force of sliding friction of valve.
Preferred embodiment of the present utility model has shown and described in described above, as previously described, it should be understood that this practicality is new
Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and available for various other groups
Close, change and environment, and above-mentioned teaching or the technology of association area can be passed through in utility model contemplated scope described herein
Or knowledge is modified.And the change and change that those skilled in the art are carried out do not depart from spirit and scope of the present utility model, then
All should be in the protection domain of the utility model appended claims.
Claims (10)
- The constant-temperature constant-current valve element of diverter function 1. a kind of band links, it is characterised in that：Including valve element shell, temperature-sensitive piston component, Valve core base and shunt assembly, the valve element shell, the valve core base and the shunt assembly are sequentially connected, and internally altogether With mixing water passage is formed, the temperature-sensitive piston component is contained in the mixing aquaporin, and the temperature-sensitive piston component One end abuts the shunt assembly；Cold water, which is formed with, between the valve element shell and the temperature-sensitive piston component enters water space；Hot water, which is formed with, between the valve core base and the temperature-sensitive piston component enters water space；Hot water point water space is formed between the shunt assembly and the valve core base；Hot water enters water space from the hot water and shunts to form first via hot water, and shunts to form second from the hot water point water space Road hot water；Cold water enters water space entrance from the cold water and mixing water is formed in aquaporin in described mix with the first via hot water；Operationally, the temperature-sensitive piston component is moved because temperature change produces contraction or upholds, and promotes the shunt group Part is moved, and then the change cold water enters the interval width that water space, the hot water enter water space and the hot water point water space, So as to which the water inlet ratio for controlling cold water and the first via hot water obtains the mixing water with design temperature, and the hot water is intake The interval width sum of gap and hot water point water space keeps constant, so as to control the first via hot water and second tunnel heat The inflow sum of water keeps constant.
- The constant-temperature constant-current valve element of diverter function 2. a kind of band as claimed in claim 1 links, it is characterised in that：Outside the valve element Shell is provided with cooling water inlet, and the cooling water inlet enters water space with the cold water and is connected；The valve element shell is provided with hot water inlet, and the hot water inlet enters water space with the hot water and is connected.
- The constant-temperature constant-current valve element of diverter function 3. a kind of band as claimed in claim 1 or 2 links, it is characterised in that：The sense Warm piston component includes sensing rod for temperature and piston piece, and the piston piece is arranged and is fixed on the outside of the sensing rod for temperature, and the work Plug member abuts setting by spring part with the valve core base；Piston accepting groove is formed with the junction of the valve element shell and the valve core base, the piston piece is contained in described In piston accepting groove, and form the cold water between the valve element shell and enter water space, and the shape between the valve core base Enter water space into the hot water.
- The constant-temperature constant-current valve element of diverter function 4. a kind of band as claimed in claim 3 links, it is characterised in that：The piston piece Opposite end be respectively equipped with the first flexible glue gasket seal, so as to enter water space in the cold water and the hot water enters in water space Form flexible glue sealing.
- The constant-temperature constant-current valve element of diverter function 5. a kind of band as claimed in claim 3 links, it is characterised in that：Also include housing Safety spring component in the valve element shell, one end of the sensing rod for temperature abuts the safety spring component, and the other end is supported Connect the shunt assembly.
- The constant-temperature constant-current valve element of diverter function 6. a kind of band as claimed in claim 5 links, it is characterised in that：Also include rotation Regulating valve stem, the rotating regulation valve bar is stretched into the valve element shell, and is set with the valve element shell clamping, and the rotation Turn regulating valve stem to abut to adjust the movement of the temperature-sensitive piston component with the safety spring component.
- The constant-temperature constant-current valve element of diverter function 7. a kind of band as claimed in claim 1 links, it is characterised in that：The shunt group Part includes flow divider, shunting valve pocket and elastic component, and the shunting valve pocket is sheathed on the outside of the flow divider, and the elastic component is set Between the shunting valve pocket and the flow divider；The shunting valve pocket is fixedly connected with the valve core base, and one end of the flow divider is described by elastic component abutting Valve pocket is shunted, the other end abuts the temperature-sensitive piston component, and the hot water is formed between the valve core base and divide water space.
- The constant-temperature constant-current valve element of diverter function 8. a kind of band as claimed in claim 7 links, it is characterised in that：In the shunting A meter type sealing ring is additionally provided between valve pocket and the flow divider, is additionally provided between the valve core base and the flow divider Y-type seal ring, the y-type seal ring and the rice type sealing ring realize the valve core base and the shunting valve pocket and institute respectively The sealing between flow divider is stated, and reduces the force of sliding friction of the flow divider.
- The constant-temperature constant-current valve element of diverter function 9. a kind of band as claimed in claim 7 or 8 links, it is characterised in that：Described point Valve pocket is flowed provided with hot water point water out, and the outside of the flow divider is provided with a point aquaporin, and the hot water point water space, the water lead to Road and the hot water point water out are sequentially communicated.
- The constant-temperature constant-current valve element of diverter function 10. a kind of band as claimed in claim 7 or 8 links, it is characterised in that：Described point Flow valve and be provided with the second flexible glue gasket seal towards one end of the valve core base, so as to form soft in the hot water point water space Glue is sealed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720038356.3U CN206530734U (en) | 2017-01-13 | 2017-01-13 | A kind of constant-temperature constant-current valve element of band linkage diverter function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720038356.3U CN206530734U (en) | 2017-01-13 | 2017-01-13 | A kind of constant-temperature constant-current valve element of band linkage diverter function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206530734U true CN206530734U (en) | 2017-09-29 |
Family
ID=59920322
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720038356.3U Withdrawn - After Issue CN206530734U (en) | 2017-01-13 | 2017-01-13 | A kind of constant-temperature constant-current valve element of band linkage diverter function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206530734U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106545671A (en) * | 2017-01-13 | 2017-03-29 | 九牧厨卫股份有限公司 | A kind of constant-temperature constant-current valve element with linkage diverter function |
-
2017
- 2017-01-13 CN CN201720038356.3U patent/CN206530734U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106545671A (en) * | 2017-01-13 | 2017-03-29 | 九牧厨卫股份有限公司 | A kind of constant-temperature constant-current valve element with linkage diverter function |
| CN106545671B (en) * | 2017-01-13 | 2018-09-28 | 九牧厨卫股份有限公司 | A kind of constant-temperature constant-current spool of band linkage diverter function |
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