CN206513933U - A kind of rotation governor motion suitable for thermostatic valve - Google Patents
A kind of rotation governor motion suitable for thermostatic valve Download PDFInfo
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- CN206513933U CN206513933U CN201720201546.2U CN201720201546U CN206513933U CN 206513933 U CN206513933 U CN 206513933U CN 201720201546 U CN201720201546 U CN 201720201546U CN 206513933 U CN206513933 U CN 206513933U
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- handwheel
- gear
- thermostatic valve
- limit ribs
- temperature
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- Mechanically-Actuated Valves (AREA)
Abstract
The utility model is related to a kind of rotation governor motion suitable for thermostatic valve, hand wheel component, temperature adjustment component and thermostatic valve interlock with the rotation successively, thermophilic gear, high temperature gear are set, and the maximum temperature of the regulation stroke of thermophilic gear corresponds to restraining position of the limit ribs to projection；Change the handwheel of hand wheel component in the position of depth direction, drive projection to depart from the spacing of limit ribs, and be rotated further handwheel, into the regulation stroke of high temperature gear.The utility model, in the spacing of depth direction and disengaging, realizes the spacing and release between hand wheel component and temperature adjustment component, correspondence is implemented in thermophilic gear and high temperature gear by limit ribs and projection.When projection and limit ribs are in same depth, temperature adjustment can be carried out under default suitable temperature；When projection and limit ribs are in different depth, you can enter high temperature gear, obtain higher water temperature.
Description
Technical field
The utility model is related to bathroom field, more specifically to a kind of rotation governor motion suitable for thermostatic valve.
Background technology
The water temperature regulation device of the thermostatic valve of prior art, by the laterally disposed button in handwheel, when needing water temperature
Adjust to during more than default suitable temperature temperature, it is necessary to press button, while rotate handwheel, could complete regulation obtain compared with
High temperature.And during handwheel is rotated, it is necessary to the down state of hold button, it is inconvenient for use.And prior art
Water temperature regulation device it is complicated, more multiple operation, influence production efficiency and yields, to producers are needed during production and assembly
Technical merit require it is higher.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and there is provided one kind is simple in construction, easy to assembly, operation
Easily it is applied to the rotation governor motion of thermostatic valve.
The technical solution of the utility model is as follows：
A kind of rotation governor motion suitable for thermostatic valve, hand wheel component, temperature adjustment component and thermostatic valve interlock with the rotation successively,
Thermophilic gear, high temperature gear are set, and the maximum temperature of the regulation stroke of thermophilic gear corresponds to limit ribs to the spacing of projection
Position；Change the handwheel of hand wheel component in the position of depth direction, drive projection to depart from the spacing of limit ribs, and be rotated further
Handwheel, into the regulation stroke of high temperature gear.
Preferably, temperature adjustment component includes positioning sleeve, the inwall of positioning sleeve, which is provided with limit ribs, hand wheel component, to be set
There is outstanding projection, limit ribs offset with projection in the rotation direction of handwheel, formed spacing.
Preferably, rotation direction extension certain length of the described limit ribs along handwheel, projection departs from limit ribs
In the spacing of thermophilic gear, into high temperature gear；And on the position overlapping with limit ribs, along the length direction of limit ribs
Rotate.
Preferably, hand wheel component also includes back-moving spring, after handwheel changes the position of depth direction, handwheel is kept
Elastic force, makes handwheel keep the movement tendency resetted.
Preferably, hand wheel component also includes sliding sleeve, temperature adjustment component also includes temperature-regualting base, and handwheel is consolidated with sliding sleeve
Fixed connection and synchronous axial system, temperature-regualting base are fixedly connected and synchronous axial system with the thermoregulation knob of thermostatic valve；Sliding sleeve is set in tune
Outside warm seat, and interlocked with the rotation with temperature-regualting base.
Preferably, being coupled between sliding sleeve and temperature-regualting base by spline, sliding sleeve offers some hole clippings, temperature adjustment
Seat is provided with buckle corresponding with hole clipping, and temperature-regualting base slips into sliding sleeve by spline, and buckle is buckled into hole clipping；The height of hole clipping
The motion surplus of the buckle of formation makes projection depart from limit ribs enough.
Preferably, positioning sleeve is arranged at outside sliding sleeve, projection is arranged at the outer wall of sliding sleeve, and limit ribs are set
In the inwall of positioning sleeve；Under thermophilic gear, projection is in same depth with limit ribs；Under high temperature gear, projection and limit rib
Bar is in different depth.
Preferably, positioning sleeve is connected by bushing with thermostatic valve geo-stationary, positioning sleeve is connected and installed in lining by tooth
One end of set, the other end of bushing is fixedly connected with thermostatic valve.
Preferably, the outer wall of positioning sleeve is outward extended with step, back-moving spring is installed between step and handwheel；Pressing
Handwheel, projection with limit ribs stagger at dead of night by direction, the thrust that back-moving spring is remained out to handwheel.
Preferably, rotating governor motion also includes shell, handwheel is installed on one end of shell, set between handwheel and shell
It is equipped with drag ring, drag ring and is provided with alignment pin, alignment pin keeps being squeezed in shell under the elastic force effect of retaining spring
Inwall, the inwall of shell is provided with some necks of connection along hand wheel rotating direction, when alignment pin turns to neck, embedded neck
It is interior.
The beneficial effects of the utility model are as follows：
Rotation governor motion described in the utility model suitable for thermostatic valve, by limit ribs and projection in depth side
To it is spacing realize the spacing and release between hand wheel component and temperature adjustment component with departing from, correspondence be implemented in thermophilic gear with it is high
Warm gear.When projection and limit ribs are in same depth, temperature adjustment can be carried out under default suitable temperature；When projection with
Limit ribs are in different depth, you can enter high temperature gear, obtain higher water temperature.
Coupled between sliding sleeve and temperature-regualting base using spline, spline track of the sliding sleeve along temperature-regualting base is slipped into, protected
Having demonstrate,proved sliding sleeve can drive temperature-regualting base to rotate, and can be slided again on temperature-regualting base.Temperature-regualting base is connected by buckle and sliding sleeve
It is connected together, it is ensured that the connection of whole handwheel and thermoregulative mechanism.
Hand wheel component is provided with back-moving spring and handwheel is resetted, after handwheel recalls to thermophilic gear from high temperature gear,
Handwheel is enabled to recover to initial position, i.e., into thermophilic gear using the spring force of back-moving spring.
The alignment pin of hand wheel component is arranged on drag ring by retaining spring, is revolved along the continuous neck of outer casing inner wall
Turn, when alignment pin turns to neck, under the spring force of retaining spring, alignment pin is quickly embedded in neck, forms suction effect
Really；Handwheel is rotated further, alignment pin departs from from neck, overcomes the spring force of retaining spring, it is necessary to apply bigger power；Rotated
Journey middle gear sense is more preferable.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is Structure explosion diagram of the present utility model (shell and thermostatic valve are not shown)；
Fig. 3 is Fig. 1 A-A sectional views (being in thermophilic gear)；
Fig. 4 is Fig. 3 B-B sectional views (being in thermophilic gear)；
In figure：10 be shell, and 11 be cold water inlet, and 12 be that water inlet of hot water 12,13 is thermostatted water delivery port, and 14 be permanent
Warm valve, 21 be handwheel, and 22 be drag ring, and 23 be retaining spring, and 24 be alignment pin, and 25 be back-moving spring, and 26 be sliding sleeve, 27
It is projection, 28 be hole clipping, and 31 be positioning sleeve, and 32 be step, and 33 be limit ribs, and 34 be temperature-regualting base, and 35 be buckle, and 36 be lining
Set.
Embodiment
The utility model is described in further detail below in conjunction with drawings and Examples.
The utility model in order to solve prior art thermostatic valve water temperature controlling mechanism exist it is complicated, operate not
Just deficiency is improved there is provided a kind of rotation governor motion suitable for thermostatic valve by structure, eliminate that handwheel leans to one side by
Button, simplifies the operating procedure of high temperature gear, improves Consumer's Experience, and simplifies structure, improves production efficiency and yields.
In rotation governor motion described in the utility model, hand wheel component, temperature adjustment component and thermostatic valve 14 link successively to be turned
It is dynamic, thermophilic gear, high temperature gear are set, and the maximum temperature of the regulation stroke of thermophilic gear corresponds to limit ribs 33 to projection 27
Restraining position；When needing regulation to obtain beyond the leaving water temperature that thermophilic gear allows, the handwheel 21 for changing hand wheel component exists
The position of depth direction, drives projection 27 to depart from the spacing of limit ribs 33, and is rotated further handwheel 21, into high temperature gear
Adjust stroke.
Embodiment
As shown in Figure 1 and Figure 2, in the present embodiment, rotating governor motion includes shell 10, hand wheel component, temperature adjustment component, outside
Shell 10 is provided with cold water inlet 11, water inlet of hot water 12, thermostatted water delivery port 13, and thermostatic valve 14 is fixedly mounted on shell 10
It is interior, for realizing that thermostatted water is exported.Handwheel 21 is installed on one end of shell 10, hand wheel component, temperature adjustment component and thermostatic valve 14 according to
Secondary linkage, then operate hand wheel component, you can completes the temperature control of thermostatted water.Wherein, hand wheel component includes handwheel 21, slip cap
Cylinder 26, temperature adjustment component includes positioning sleeve 31, temperature-regualting base 34, bushing 36.Handwheel 21 be fixedly connected with sliding sleeve 26 and synchronously turn
Dynamic, temperature-regualting base 34 is fixedly connected and synchronous axial system with the thermoregulation knob of thermostatic valve 14；Sliding sleeve 26 is set in outside temperature-regualting base 34,
And interlocked with the rotation with temperature-regualting base 34.In the present embodiment, handwheel 21 is fixedly connected with sliding sleeve 26 by screw, is realized same
Step is rotated；The thermoregulation knob of temperature-regualting base 34 and thermostatic valve 14 is fixedly connected by screw, realizes synchronous axial system.
As shown in Figure 3, Figure 4, the inwall of positioning sleeve 31 be provided with limit ribs 33, hand wheel component be provided with it is outstanding
Projection 27, limit ribs 33 offset with projection 27 in the rotation direction of handwheel 21, are formed spacing.I.e. in thermophilic gear,
Allow to be adjusted by rotating temperature of the handwheel 21 to thermostatted water in the stroke of thermophilic gear.When projection 27 and limit ribs
33, which offset, stops operating, that is, reaches the highest water temperature that thermophilic gear allows.In the present embodiment, positioning sleeve 31 is arranged at sliding sleeve
Outside 26, projection 27 is arranged at the outer wall of sliding sleeve 26, and limit ribs 33 are arranged at the inwall of positioning sleeve 31；Under thermophilic gear,
Projection 27 is in same depth with limit ribs 33；Under high temperature gear, projection 27 is in different depth with limit ribs 33.Positioning
Set 31 is connected by bushing 36 with the geo-stationary of thermostatic valve 14, and positioning sleeve 31 is connected and installed in one end of bushing 36 by tooth, lining
The other end of set 36 is fixedly connected with thermostatic valve 14.
When change handwheel 21 enters high temperature gear in the position of depth direction, in order to ensure the process for rotating handwheel 21
In, high temperature gear is remained at, thermophilic gear will not be back to because of maloperation, then described limit ribs 33 are along handwheel
21 rotation direction extension certain length, projection 27 departs from limit ribs 33 in the spacing of thermophilic gear, into high temperature gear；And
On the position overlapping with limit ribs 33, rotated along the length direction of limit ribs 33.The limit ribs 33 of certain length with
The formation contact of projection 27, and then prevent handwheel 21 to be reset to the corresponding depth location of thermophilic gear.In the present embodiment, by by interior
Pressing handwheel 21 realizes the disengaging of projection 27 and limit ribs 33, then when into high temperature gear, and projection 27 is located at limit ribs 33
Lower section.
Operate for convenience, and ensure that compact conformation of the present utility model is not loose, hand wheel component also includes back-moving spring
25, after handwheel 21 changes the position of depth direction, elastic force is kept to handwheel 21, handwheel 21 is kept the movement tendency resetted.
Under high temperature gear, because handwheel 21 is acted on by the power of back-moving spring 25 of back-moving spring 25, projection 27, which keeps up, extrudes limit
Position rib 33.When turnstile 21, projection 27 exceedes after the scope of limit ribs 33, is driven in the active force of back-moving spring 25
Under, handwheel 21 is popped up, and returns to thermophilic gear.
Coupled between sliding sleeve 26 and temperature-regualting base 34 by spline, sliding sleeve 26 offers some hole clippings 28, temperature adjustment
Seat 34 is provided with buckle 35 corresponding with hole clipping 28, and temperature-regualting base 34 slips into sliding sleeve 26 by spline, and buckle 35 buckles into hole clipping
In 28；The motion surplus of the buckle 35 of the height formation of hole clipping 28 makes projection 27 depart from limit ribs 33 enough.Back-moving spring 25
The movement tendency of handwheel 21 outwards is given, under the spacing connection of buckle 35 and hole clipping 28, hand wheel component protection connects with temperature adjustment component
Connect, will not eject and depart from from shell 10, and just piece is in same depth to projection 27 with limit ribs 33, i.e., in suitable
Warm gear.Coupled between sliding sleeve 26 and temperature-regualting base 34 by spline, by the spacing connection of buckle 35 and hole clipping 28, can
The sliding up and down, driving temperature-regualting base 34 to rotate on temperature-regualting base 34 of sliding sleeve 26 is realized, hand wheel component and temperature adjustment are can guarantee that again
The connection of component.
The mounting structure of back-moving spring 25 is：The outer wall of positioning sleeve 31 is outward extended with step 32, and back-moving spring 25 is installed
Between step 32 and handwheel 21；Handwheel 21 is pressed, projection 27 with limit ribs 33 stagger at dead of night by direction, 25 pairs of back-moving spring
The thrust that handwheel 21 is remained out.
In order to strengthen the shift feeling of the rotation of handwheel 21, drag ring 22, drag ring 22 are provided between handwheel 21 and shell 10
On be provided with alignment pin 24, alignment pin 24 keeps being squeezed in the inwall of shell 10, shell under the elastic force effect of retaining spring 23
10 inwall is provided with some necks of connection along the rotation direction of handwheel 21, when alignment pin 24 turns to neck, in embedded neck.
The alignment pin 24 of hand wheel component is arranged on drag ring 22 by retaining spring 23, along the continuous of the inwall of shell 10
Neck rotates, when alignment pin 24 turns to neck, under the spring force of retaining spring 23, the quick embedded neck of alignment pin 24
It is interior, form suction effect；Be rotated further handwheel 21, alignment pin 24 departs from from neck, overcome the spring force of retaining spring 23, it is necessary to
Apply bigger power；Rotation process middle gear sense is more preferable.
The utility model first passes through temperature-regualting base 34 and the leaving water temperature regulation of thermostatic valve 14 is arrived into default temperature in assembling
Degree, then positioning sleeve 31 is connected with bushing 36, then now it is in thermophilic gear；Then the utility model will be assembled one by one again
Complete.
Above-described embodiment is intended merely to illustrate the utility model, and is not used as limiting of the present utility model.As long as
According to technical spirit of the present utility model, above-described embodiment is changed, modification etc. will all fall in right of the present utility model
It is required that in the range of.
Claims (10)
1. a kind of rotation governor motion suitable for thermostatic valve, it is characterised in that hand wheel component, temperature adjustment component and thermostatic valve are successively
Interlock with the rotation, thermophilic gear, high temperature gear are set, the maximum temperature of the regulation stroke of thermophilic gear corresponds to limit ribs to convex
The restraining position of block；Change the handwheel of hand wheel component in the position of depth direction, drive projection to depart from the spacing of limit ribs, and
Handwheel is rotated further, into the regulation stroke of high temperature gear.
2. the rotation governor motion according to claim 1 suitable for thermostatic valve, it is characterised in that temperature adjustment component includes fixed
Position set, the inwall of positioning sleeve, which is provided with limit ribs, hand wheel component, is provided with outstanding projection, limit ribs and projection
Offset, formed spacing in the rotation direction of handwheel.
3. the rotation governor motion according to claim 2 suitable for thermostatic valve, it is characterised in that described limit ribs
Extend certain length along the rotation direction of handwheel, projection departs from limit ribs in the spacing of thermophilic gear, into high temperature gear；And
On the position overlapping with limit ribs, rotated along the length direction of limit ribs.
4. the rotation governor motion according to claim 3 suitable for thermostatic valve, it is characterised in that hand wheel component also includes
Back-moving spring, after handwheel changes the position of depth direction, elastic force is kept to handwheel, handwheel is kept the movement tendency resetted.
5. the rotation governor motion according to claim 4 suitable for thermostatic valve, it is characterised in that hand wheel component also includes
Sliding sleeve, temperature adjustment component also includes temperature-regualting base, and handwheel is fixedly connected and synchronous axial system, temperature-regualting base and thermostatic valve with sliding sleeve
Thermoregulation knob be fixedly connected and synchronous axial system；Sliding sleeve is set in outside temperature-regualting base, and is interlocked with the rotation with temperature-regualting base.
6. the rotation governor motion according to claim 5 suitable for thermostatic valve, it is characterised in that sliding sleeve and temperature adjustment
Coupled between seat by spline, sliding sleeve offers some hole clippings, and temperature-regualting base is provided with buckle corresponding with hole clipping, temperature-regualting base
Sliding sleeve is slipped into by spline, buckle is buckled into hole clipping；The motion surplus of the buckle of the height formation of hole clipping makes projection enough
Depart from limit ribs.
7. the rotation governor motion according to claim 5 suitable for thermostatic valve, it is characterised in that positioning sleeve is arranged at cunning
Outside moving sleeve, projection is arranged at the outer wall of sliding sleeve, and limit ribs are arranged at the inwall of positioning sleeve；Under thermophilic gear, projection
Same depth is in limit ribs；Under high temperature gear, projection is in different depth with limit ribs.
8. the rotation governor motion according to claim 7 suitable for thermostatic valve, it is characterised in that positioning sleeve passes through bushing
It is connected with thermostatic valve geo-stationary, positioning sleeve is connected and installed in one end of bushing by tooth, the other end and the thermostatic valve of bushing are consolidated
Fixed connection.
9. the rotation governor motion according to claim 7 suitable for thermostatic valve, it is characterised in that the outer wall of positioning sleeve to
Step is extended with outside, back-moving spring is installed between step and handwheel；Handwheel is pressed, direction is wrong at dead of night with limit ribs for projection
Open, the thrust that back-moving spring is remained out to handwheel.
10. the rotation governor motion according to claim 5 suitable for thermostatic valve, it is characterised in that rotate governor motion
Also include shell, handwheel is installed on one end of shell, is provided between handwheel and shell on drag ring, drag ring and is provided with positioning
Pin, alignment pin keeps being squeezed in the inwall of shell under the elastic force effect of retaining spring, and the inwall of shell is along hand wheel rotating direction
Some necks of connection are provided with, when alignment pin turns to neck, in embedded neck.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720201546.2U CN206513933U (en) | 2017-03-02 | 2017-03-02 | A kind of rotation governor motion suitable for thermostatic valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720201546.2U CN206513933U (en) | 2017-03-02 | 2017-03-02 | A kind of rotation governor motion suitable for thermostatic valve |
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| Publication Number | Publication Date |
|---|---|
| CN206513933U true CN206513933U (en) | 2017-09-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720201546.2U Active CN206513933U (en) | 2017-03-02 | 2017-03-02 | A kind of rotation governor motion suitable for thermostatic valve |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106907521A (en) * | 2017-03-02 | 2017-06-30 | 九牧厨卫股份有限公司 | A kind of rotation governor motion suitable for thermostatic valve |
| CN109518395A (en) * | 2018-10-08 | 2019-03-26 | 湖州翔顺工贸有限公司 | A kind of cloth ironing equipment of garment production |
| CN109537259A (en) * | 2018-10-08 | 2019-03-29 | 湖州翔顺工贸有限公司 | A kind of cloth ironing equipment for the garment production being provided with hydraulic stem |
-
2017
- 2017-03-02 CN CN201720201546.2U patent/CN206513933U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106907521A (en) * | 2017-03-02 | 2017-06-30 | 九牧厨卫股份有限公司 | A kind of rotation governor motion suitable for thermostatic valve |
| CN109518395A (en) * | 2018-10-08 | 2019-03-26 | 湖州翔顺工贸有限公司 | A kind of cloth ironing equipment of garment production |
| CN109537259A (en) * | 2018-10-08 | 2019-03-29 | 湖州翔顺工贸有限公司 | A kind of cloth ironing equipment for the garment production being provided with hydraulic stem |
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