CN206860943U - A kind of temperature adjustment component of induction type temperature controllable control valve - Google Patents
A kind of temperature adjustment component of induction type temperature controllable control valve Download PDFInfo
- Publication number
- CN206860943U CN206860943U CN201720517117.6U CN201720517117U CN206860943U CN 206860943 U CN206860943 U CN 206860943U CN 201720517117 U CN201720517117 U CN 201720517117U CN 206860943 U CN206860943 U CN 206860943U
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- temperature adjustment
- valve seat
- valve
- induction type
- fixed
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- Withdrawn - After Issue
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Abstract
The utility model discloses a kind of temperature adjustment component of induction type temperature controllable control valve, register including valve seat and in the valve seat, the bottom of the valve seat offers the cold water hole being arranged side by side and hot water hole, apopore is further opened with the valve seat, the die cavity for setting the register is offered in the valve seat, the die cavity is connected with the cold water hole, the hot water hole and the apopore respectively, and the register includes fixation valve pocket, temp regulating valve core, temperature adjustment drive link and the temperature adjustment handle being coaxially successively set in the die cavity.A kind of temperature adjustment component of induction type temperature controllable control valve of the utility model, its register is novel in design unique, and temperature adjustment is flexible, disclosure satisfy that the water outlet needs of different temperatures, versatile, is adapted for mount to all kinds of induction type temperature-adjustable water faucets.
Description
Technical field
The utility model is related to water heating bathroom technical field, and in particular to be a kind of tune of induction type temperature controllable control valve
Warm component.
Background technology
Inductive water tap has been widely used in the water supply systems such as toilet, kitchen, be usually mounted with inside it by
The control valve of the compositions such as induction controller, electric supply installation and magnetic valve, in use, human hand or article enter the sense of setting
Answer and induced signal sent in region, induction controller triggers to magnetic valve, control the opening of valve core of the electromagnetic valve with
Closure, so as to control the Push And Release of current.Current inductive water tap also has temperature adjustment function, but due to its internal control
Valve design owes reasonable, the defects of complicated, volume is larger and temperature adjustment is blunt be present, processing, installation to inductive water tap
Made troubles with use.
Utility model content
The purpose of this utility model is to provide a kind of temperature adjustment component of induction type temperature controllable control valve, and temperature adjustment is flexible, energy
Enough meet the water outlet needs of different temperatures.
In order to reach above-mentioned purpose, solution of the present utility model is：
A kind of temperature adjustment component of induction type temperature controllable control valve, including valve seat and the temperature adjustment dress in the valve seat
Put, the bottom of the valve seat offers the cold water hole being arranged side by side and hot water hole, and apopore is further opened with the valve seat, described
Offer the die cavity for setting the register in valve seat, the die cavity respectively with the cold water hole, the hot water hole and
The apopore is connected；The register include coaxially being successively set on fixation valve pocket in the die cavity, temp regulating valve core,
Temperature adjustment drive link and temperature adjustment handle, the standing valve be set on the valve seat close to one end of the cold water hole and with the valve
This end of seat is tightly connected, the temperature adjustment drive link be arranged on the valve seat close to one end of the hot water hole and with the valve seat
This end be tightly connected, the standing valve put around its week along offers cooling water flow into water flow grooves, the temp regulating valve core
One end be socketed in the fixed valve pocket and the length direction movement of the fixed valve pocket can in the fixed valve pocket interior edge,
The temp regulating valve core has the outflow of cooling water between stretching into the madial wall of the part in the fixed valve pocket and the fixed valve pocket
The gap of the fixed valve pocket, the retaining section of the limitation temp regulating valve core stroke, the heat control valve are provided with the die cavity
The dash sealing gasket coordinated with retaining section sealing is provided with core, the apopore is located at the fixed valve pocket and the gear
Between water portion, and the gap that supplying hot water flows into the apopore is formed between the retaining section and the dash sealing gasket, it is described
The other end of temperature adjustment drive link and the temp regulating valve core, which is worn, to link together, and the temperature adjustment handle is consolidated with the temperature adjustment drive link
Surely link together and outside the valve seat.
Using the direction where the cold water hole before, using the direction where the hot water hole after, the fixed valve pocket by
Include the sealing with the joint end of one end phase clamping of the valve seat, with the madial wall sealed connection of the valve seat after forward direction successively
Portion, the external thread section being threadedly coupled with the madial wall of the valve seat and the positioning end positioned at the apopore side, it is described fixed
The madial wall of position end and the valve seat in gap cooperation, the water flow grooves be arranged on the external thread section and the positioning end it
Between, the bottom land of the water flow grooves offers the throughbore connected with inside the fixed valve pocket, and the fixed valve pocket is close to institute
State and internal thread segment is provided with the madial wall of joint end.
The temp regulating valve core from the front to the back successively include stretched into by the positioning end in the fixed valve pocket the end of thread, can
The changeover portion that is moved forward and backward in the fixed valve pocket, with the stage portion of the positioning end phase cutting ferrule of the fixed valve pocket and being located at
The necking end of the hot water hole side, the dash sealing gasket are fastened between the stage portion and the necking end.
The temperature adjustment drive link includes the first connection being set in the necking end of the temp regulating valve core successively from the front to the back
End, with the Access Division of the other end phase clamping of the valve seat, with the sealing of the madial wall of valve seat sealed connection and stretching
The second connection end gone out outside the die cavity, being additionally provided with the temperature adjustment drive link prevents second connection end from stretching into the valve seat
Back-up ring.
A blind hole is offered on the necking end of the temp regulating valve core, the inner surface setting of the blind hole has sawtooth pattern,
The outer surface of first connection end is provided with the first teeth groove being mutually engaged with the sawtooth pattern of the blind hole.
The die cavity includes the hot water section that internal diameter identical cold water section, mixed water section and internal diameter reduce, institute successively from the front to the back
State cold water section and correspond to the water flow grooves of the fixed valve pocket and set, the mixed water section corresponds to the positioning end of the fixed valve pocket and described
Set between retaining section, the hot water section corresponds to be set between the retaining section and the Access Division of the temperature adjustment drive link.
The temperature adjustment handle includes the socket being set in outside the second connection end of the temperature adjustment drive link successively from the front to the back
Portion and the handle portion being connected with the socket part, the temperature adjustment handle are tight by a trip bolt and the second connection end
It is solidly connected.
A set of connection hole is offered on the socket part of the temperature adjustment handle, the inner surface setting of the socket through hole has sawtooth
Shape decorative pattern, the outer surface of the second connection end are also equipped with the second tooth being mutually engaged with the sawtooth pattern of the socket through hole
Groove.
One is arranged with outside the socket part of the temperature adjustment handle and is used for what the valve seat tightened together with swivel body
Fixed cover, the valve seat correspond to the mounting groove offered on the position of the second connection end for installing the fixed cover.
After said structure, a kind of temperature adjustment component of induction type temperature controllable control valve of the utility model, temperature adjustment hand is rotated
Handle, the rotation of temperature adjustment drive link is driven, and then drive temp regulating valve core to be moved forward and backward in fixed valve pocket, when rotation temperature adjustment handle,
So that one end of temp regulating valve core, which is stretched into fixed valve pocket and supplying hot water is formed between retaining section and dash sealing gasket, flows into apopore
Gap it is maximum, thus hot water in hot water hole can flow into apopore in gap, the water that the cold water of cold water hole can be put by standing valve
Chute is flowed into apopore, the water temperature highest of now water outlet；When reverse rotation temperature adjustment handle so that temp regulating valve core stretches into standing valve
Gradually moved to retaining section one end in set so that the gap between retaining section and dash sealing gasket is less and less, now flows into
Hot water in apopore is less and less, and the gap between temp regulating valve core and fixed valve pocket is increasing, flows into apopore
Chilled water flow becomes larger, and the mixed proportion of hot water and cold water changes, so as to reach the purpose of regulation water temperature；When reverse rotation
Modulation temperature handle so that dash sealing gasket coordinates with retaining section sealing, and the hot water of now hot water hole's outflow can not flow into apopore,
The water temperature of the water flowed into apopore is minimum.
A kind of temperature adjustment component of induction type temperature controllable control valve of the utility model, its register is novel in design unique, adjusts
It is warm flexibly to disclosure satisfy that the water outlet needs of different temperatures, it is versatile, it is adapted for mount to all kinds of induction type temperature-adjustable water faucets.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the temperature adjustment component of induction type temperature controllable control valve of the utility model；
Fig. 2 is a kind of cross-sectional view of the temperature adjustment component of induction type temperature controllable control valve of the utility model；
Fig. 3 is the decomposition texture schematic diagram of register in the utility model.
In figure：
The cold water hole 11 of valve seat 1
The apopore 13 of hot water hole 12
The retaining section 141 of die cavity 14
The mounting groove 16 of annular flange 15
Register 2 fixes valve pocket 21
The sealing ring 212 of joint end 211
The water flow grooves 214 of external thread section 213
The temp regulating valve core 22 of positioning end 215
The changeover portion 222 of the end of thread 221
The necking end 224 of stage portion 223
The gap 226 of dash sealing gasket 225
The connection end 231 of temperature adjustment drive link 23 first
The sealing ring 233 of Access Division 232
The back-up ring 235 of second connection end 234
The socket part 241 of temperature adjustment handle 24
Handle portion 242 is socketed through hole 243
The external thread section 251 of fixed cover 25
Embodiment
In order to which the technical solution of the utility model is explained further, the utility model is entered below by specific embodiment
Row elaborates.
A kind of temperature adjustment component of induction type temperature controllable control valve, as shown in Figure 1-Figure 3, including valve seat 1 and installed in valve
Register 2 in seat 1, the bottom of valve seat 1 offers the cold water hole 11 being arranged side by side and hot water hole 12, offered in valve seat 1
Apopore 13, valve seat 1 is interior to be offered for setting register 2 along in the rectilinear direction at cold water hole 11 and the place of hot water hole 12
Die cavity 14, die cavity 14 is connected with cold water hole 11, hot water hole 12 and apopore 13 respectively.The water inlet end of apopore 13 is arranged on
On the madial wall of die cavity 14, the water side of apopore 13 is arranged on the upper surface of valve seat 1, using the direction where cold water hole 11 as
Before, using the direction where hot water hole 12 after, the front-end and back-end of valve seat 1 offer the mounting hole connected with die cavity 14 respectively,
The center of each mounting hole and the axis of die cavity 14 are point-blank.
As shown in Fig. 2-Fig. 3, register 2 includes fixation valve pocket 21, the heat control valve being coaxially successively set in die cavity 14
Core 22, temperature adjustment drive link 23 and temperature adjustment handle 24, fixed valve pocket 21 are arranged on the front end of valve seat 1 and sealed with this end of valve seat 1
Connection, fixed valve pocket 21 include and the joint end 211 of the mounting hole phase clamping of the front end of valve seat 1 and valve seat 1 successively from the front to the back
The madial wall sealing ring 212 being tightly connected, the external thread section 213 that be threadedly coupled with the madial wall of valve seat 1, circular its week edge open
If cooling water flow into water flow grooves 214 and the positioning end 215 positioned at the water inlet end side of apopore 13, water flow grooves 214
Bottom land offers the throughbore (not shown) connected with the fixed inside of valve pocket 21, and fixed valve pocket 21 is close to joint end 211
Madial wall on be provided with internal thread segment (not shown), between the positioning end 215 of fixed valve pocket 21 and the madial wall of valve seat 1 are in
Gap coordinates, and internal thread is provided with the mounting hole of the front end of valve seat 1, when fixed valve pocket 1 is installed with valve seat 1, its joint end clamping
Outside the mounting hole of the front end of valve seat 1, sealing ring is used for the sealing of mounting hole, passes through external thread section 213 and mounting hole internal thread
It is connected, fixed valve pocket 21 is sealingly mounted on valve seat 1.
As shown in Fig. 2-Fig. 3, the front end of temp regulating valve core 22 is socketed in standing valve set 21 and can done in fixed valve pocket 21
Movable, temp regulating valve core 22 includes being stretched into fixed valve pocket 21 and with fixing valve pocket 21 by positioning end 215 from the front to the back successively
Internal thread segment be screwed the end of thread 221, can be moved forward and backward in fixed valve pocket 21 changeover portion 222, with fixed valve pocket 21
The phase cutting ferrule of positioning end 215 stage portion 223 and the necking end 224 positioned at the side of hot water hole 12, stage portion 223 and necking end
A dash sealing gasket 225 is arranged between 224, the part (i.e. changeover portion 222) that temp regulating valve core 22 is stretched into fixed valve pocket 21 with
There is the gap 226 of the fixed valve pocket of cooling water outflow between the madial wall of fixed valve pocket 21.
As shown in Fig. 2-Fig. 3, temperature adjustment drive link 23 includes the necking end 224 for being set on temp regulating valve core 22 successively from the front to the back
Interior the first connection end 231, be tightly connected with the Access Division 232 of the rear end phase clamping of valve seat 1, with the madial wall of valve seat 1 it is close
Seal 233 and the second connection end 234 stretched out outside die cavity 14, it is preferred that two are additionally provided with temperature adjustment drive link 23 and is used for
The baffle ring of fixed seal ring 233 and the back-up ring 235 for preventing second connection end 234 from stretching into die cavity 14, baffle ring is respectively positioned at close
The both sides of seal 233, back-up ring 235 are located at the rear side of baffle ring, and the rear end of valve seat 1 is provided with one and card in the position of hot water hole 12
The annular flange 15 that the trailing flank of socket part 232 is mutually supported, pass through the cooperation of Access Division 232 and annular flange 15 so that temperature adjustment passes
Lever 23 will not skid off die cavity 14 from the rear end of valve seat 1, the sealing ring 233 on temperature adjustment drive link 23 and the madial wall of annular flange 15
It is in sealing contact, realize the sealing of the rear end of valve seat 1.
As shown in Fig. 2-Fig. 3, die cavity 14 includes internal diameter identical cold water section, mixed water section and internal diameter successively from the front to the back to be reduced
Hot water section, mixed one formed between water section and hot water section there is the retaining section 141 of throat structure, the obstructing surface of retaining section 141
For inclined-plane, the water flow grooves 214 that cold water section correspondingly fixes valve pocket 21 are set, and mix the He of positioning end 215 that water section correspondingly fixes valve pocket 21
Set between retaining section 141, hot water section corresponds to be set between retaining section 141 and the Access Division 232 of temperature adjustment drive link 23.Dash is close
The shape of packing 225 is adapted with this throat structure, and retaining section 141 is used to limit the stroke of temp regulating valve core 22, makes it can only be
Move, coordinated by the sealing of dash sealing gasket 225 and retaining section 141, for controlling in cold water section and mixed water section in die cavity 14
The switch of water heating.Apopore 13 is located between the positioning end 215 of fixed valve pocket 21 and retaining section 141 (i.e. positioned at die cavity 14
At mixed water section), and the gap that supplying hot water flows into apopore 13 is formed between retaining section 141 and dash sealing gasket 225.
As shown in Fig. 2-Fig. 3, temperature adjustment handle 24 includes the second connection for being set in temperature adjustment drive link 23 successively from the front to the back
Socket part 241 and the handle portion 242 that is connected with socket part 241 outside end 234, in this temperature adjustment handle 24 along its length
A set of connection hole 243 is offered, the smooth section and internal diameter that socket through hole 243 have the socket section positioned at front end, internal diameter reduce
The positioning hole of increase, the second connection end 234 of temperature adjustment drive link 23 are provided with internal thread hole, and a trip bolt passes through socket through hole
243 and it is threadedly coupled with the internal thread hole of second connection end 234, so as to realize the fastening of temperature adjustment handle 24 and temperature adjustment drive link 23
Connection.
As shown in figures 1 and 3, one is arranged with outside the socket part 241 of temperature adjustment handle 24 to be used for valve seat 1 and swivel body
The fixed cover 25 to tighten together, offer on the position for the mounting hole that the rear end of valve seat 1 corresponds to its rear end for installing fixed cover
The 25 screwed mounting groove 16 of inwall, mounting hole site are correspondingly arranged in the bottom land of mounting groove 16, the front end of fixed cover 25
The external thread section 251 being engaged with the screw thread of mounting groove 16, when needing swivel body and valve seat 1 being installed together, first
Swivel body is located at outside valve seat 1, the external thread section 251 of fixed cover 25 is then passed through into swivel body and and mounting groove
Screw thread on 16 is cooperated together, and the relevant position of swivel body is clipped between valve seat 1 and fixed cover 25, so that will
Swivel body tightens together with valve seat 1, carries out the connection between temperature adjustment handle 24 and temperature adjustment drive link 23, temperature adjustment again afterwards
The handle portion 242 of handle 24 is located at outside tap shell.
After said structure, a kind of temperature adjustment component of induction type temperature controllable control valve of the utility model, pass through handle portion
Temperature adjustment handle 24 is rotated, drives temperature adjustment drive link 23 to rotate, because fixed valve pocket 21 is fixed on the front end of valve seat 1, temp regulating valve core
22 with fixed valve pocket 21 using be threadedly coupled, meeting of temperature adjustment drive link 23 and then drive temp regulating valve core 22 before the interior work of fixed valve pocket 21
After move, when rotation temperature adjustment handle 24 so that the end of thread 221 and changeover portion 222 of temp regulating valve core 22 are stretched into fixed valve pocket 21
And the gap that supplying hot water inflow apopore is formed between retaining section 141 and dash sealing gasket 225 is maximum, the hot water in hot water hole 12
Thus apopore 13 can be flowed into gap, and the cold water of cold water hole 11 can flow into apopore by the water flow grooves 214 on fixed valve pocket 21
In 13, the water temperature highest of now water outlet；When reverse rotation temperature adjustment handle 24 so that temp regulating valve core 22 is stretched into fixed valve pocket 21
The end of thread 221 is gradually moved rearwards so that the gap between retaining section 141 and dash sealing gasket 225 is less and less, now flows into
Hot water in apopore 13 is less and less, between the positioning end 215 of the stage portion 223 of temp regulating valve core 22 and fixed valve pocket 21
Distance it is increasing, positioning end 215 loses the water shutoff effect of stage portion 223, and now the cold water in cold water hole 11 can also be by
Water flow grooves 214 flow into gap 226 by throughbore, then are flowed into from gap 226 by positioning end 215 in apopore 13, cold water
Current become larger, and the mixed proportion of hot water and cold water changes, so as to reach the purpose of regulation water temperature；Adjusted when reversely rotating
Warm handle 24 so that dash sealing gasket 225 coordinates with the sealing of retaining section 141, and the hot water that now hot water hole 12 is flowed out can not flow into
Apopore 13, hot water is closed completely, and the water temperature of the water flowed into apopore 13 is minimum.
A kind of temperature adjustment component of induction type temperature controllable control valve of the utility model, its register is novel in design unique, adjusts
It is warm flexibly to disclosure satisfy that the water outlet needs of different temperatures, it is versatile, it is adapted for mount to all kinds of induction type temperature-adjustable water faucets.
Further, as shown in figure 3, offering a blind hole on the necking end 224 of temp regulating valve core 22, the inner surface setting of blind hole
There is sawtooth pattern, the outer surface of the first connection end 231 is provided with the first teeth groove (figure being mutually engaged with the sawtooth pattern of blind hole
Not shown in), the inner surface setting of the socket section of the socket through hole 243 of temperature adjustment handle 24 has sawtooth pattern, second connection end
234 outer surface is also equipped with the second teeth groove (not shown) being mutually engaged with being socketed the sawtooth pattern of section.In this way,
It can prevent the first connection end 231 of temperature adjustment drive link 23 and the necking end 224 of temp regulating valve core 22 from occurring to slide relatively respectively, second
Connection end 234 and the socket part 241 of temperature adjustment handle 24 occur to slide relatively, facilitate the rotation of temperature adjustment handle 24.
Above-described embodiment and schema and non-limiting product form of the present utility model and style, any art
The appropriate change or modification that those of ordinary skill is done to it, all should be regarded as not departing from patent category of the present utility model.
Claims (9)
1. a kind of temperature adjustment component of induction type temperature controllable control valve, including valve seat and the temperature adjustment dress in the valve seat
Put, the bottom of the valve seat offers the cold water hole being arranged side by side and hot water hole, and apopore is further opened with the valve seat, described
Offer the die cavity for setting the register in valve seat, the die cavity respectively with the cold water hole, the hot water hole and
The apopore is connected；It is characterized in that：
The register include coaxially being successively set on fixation valve pocket in the die cavity, temp regulating valve core, temperature adjustment drive link and
Temperature adjustment handle, the standing valve are set on the valve seat close to one end of the cold water hole and sealed with this end of the valve seat
Connection, the temperature adjustment drive link are arranged on the valve seat close to one end of the hot water hole and seal company with this end of the valve seat
Connect, the standing valve is put around its week along the water flow grooves for offering the inflow of cooling water, and one end of the temp regulating valve core is socketed in
The fixed valve pocket is interior and the length direction movement of the fixed valve pocket, the temp regulating valve core can in the fixed valve pocket interior edge
Stretch between the madial wall of the part in the fixed valve pocket and the fixed valve pocket and flow out the fixed valve pocket with cooling water
Gap, the retaining section of the limitation temp regulating valve core stroke is provided with the die cavity, be provided with the temp regulating valve core with
The dash sealing gasket that retaining section sealing coordinates, the apopore between the fixed valve pocket and the retaining section, and
Form the gap that supplying hot water flows into the apopore between the retaining section and the dash sealing gasket, the temperature adjustment drive link with
The other end of the temp regulating valve core, which is worn, to be linked together, and the temperature adjustment handle is fixed together with the temperature adjustment drive link
And outside the valve seat.
A kind of 2. temperature adjustment component of induction type temperature controllable control valve according to claim 1, it is characterised in that：With described cold
Before direction where water hole is, using the direction where the hot water hole after, the fixed valve pocket from the front to the back successively include with
The joint end of one end phase clamping of the valve seat, the sealing being tightly connected with the madial wall of the valve seat, with the valve seat
The external thread section and the positioning end positioned at the apopore side of madial wall threaded connection, the positioning end and the valve seat
Madial wall coordinates in gap, and the water flow grooves are arranged between the external thread section and the positioning end, the groove of the water flow grooves
Bottom offers the throughbore connected with inside the fixed valve pocket, and the fixed valve pocket is on the madial wall of the joint end
It is provided with internal thread segment.
A kind of 3. temperature adjustment component of induction type temperature controllable control valve according to claim 2, it is characterised in that：The temperature adjustment
Valve element includes by the positioning end stretching into the end of thread in the fixed valve pocket from the front to the back successively, can be in the fixed valve pocket
Movable changeover portion, with the stage portion of the positioning end phase cutting ferrule of the fixed valve pocket and positioned at the hot water hole side
Necking end, the dash sealing gasket are fastened between the stage portion and the necking end.
A kind of 4. temperature adjustment component of induction type temperature controllable control valve according to claim 3, it is characterised in that：The temperature adjustment
Drive link includes being set on from the front to the back the first connection end in the necking end of the temp regulating valve core, another with the valve seat successively
Second outside sealing and the stretching die cavity that the madial wall of the Access Division of one end phase clamping and the valve seat is tightly connected
Connection end, the back-up ring for preventing that second connection end from stretching into the valve seat is additionally provided with the temperature adjustment drive link.
A kind of 5. temperature adjustment component of induction type temperature controllable control valve according to claim 4, it is characterised in that：The temperature adjustment
A blind hole is offered on the necking end of valve element, the inner surface setting of the blind hole has sawtooth pattern, first connection end
Outer surface is provided with the first teeth groove being mutually engaged with the sawtooth pattern of the blind hole.
A kind of 6. temperature adjustment component of induction type temperature controllable control valve according to claim 4, it is characterised in that：The die cavity
Include internal diameter identical cold water section successively from the front to the back, mix the hot water section of water section and internal diameter diminution, described in the cold water section correspondence
The water flow grooves of fixed valve pocket are set, and the mixed water section corresponds to be set between the positioning end of the fixed valve pocket and the retaining section,
The hot water section corresponds to be set between the retaining section and the Access Division of the temperature adjustment drive link.
A kind of 7. temperature adjustment component of induction type temperature controllable control valve according to claim 4, it is characterised in that：The temperature adjustment
Handle include being set in from the front to the back successively socket part outside the second connection end of the temperature adjustment drive link and with the socket
The handle portion that portion is connected, the temperature adjustment handle are fastenedly connected by a trip bolt and the second connection end.
A kind of 8. temperature adjustment component of induction type temperature controllable control valve according to claim 7, it is characterised in that：The temperature adjustment
Offering a set of connection hole on the socket part of handle, the inner surface setting of the socket through hole has a sawtooth pattern, and described second
The outer surface of connection end is also equipped with the second teeth groove being mutually engaged with the sawtooth pattern of the socket through hole.
A kind of 9. temperature adjustment component of induction type temperature controllable control valve according to claim 7, it is characterised in that：The temperature adjustment
A fixed cover for being used to tighten together the valve seat with swivel body, the valve seat pair are arranged with outside the socket part of handle
Answer the mounting groove offered on the position of the second connection end for installing the fixed cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517117.6U CN206860943U (en) | 2017-05-10 | 2017-05-10 | A kind of temperature adjustment component of induction type temperature controllable control valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517117.6U CN206860943U (en) | 2017-05-10 | 2017-05-10 | A kind of temperature adjustment component of induction type temperature controllable control valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206860943U true CN206860943U (en) | 2018-01-09 |
Family
ID=60823714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720517117.6U Withdrawn - After Issue CN206860943U (en) | 2017-05-10 | 2017-05-10 | A kind of temperature adjustment component of induction type temperature controllable control valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206860943U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106979354A (en) * | 2017-05-10 | 2017-07-25 | 泉州市纵能电磁阀有限公司 | A kind of temperature adjustment component of induction type temperature controllable control valve |
-
2017
- 2017-05-10 CN CN201720517117.6U patent/CN206860943U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106979354A (en) * | 2017-05-10 | 2017-07-25 | 泉州市纵能电磁阀有限公司 | A kind of temperature adjustment component of induction type temperature controllable control valve |
| CN106979354B (en) * | 2017-05-10 | 2022-12-27 | 泉州市纵能电磁阀有限公司 | Temperature adjusting assembly of induction type temperature-adjustable control valve |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180109 Effective date of abandoning: 20221227 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180109 Effective date of abandoning: 20221227 |