CN204176034U - A kind of constant temperature diverter valve spool and constant-temperature shower faucet - Google Patents
A kind of constant temperature diverter valve spool and constant-temperature shower faucet Download PDFInfo
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- CN204176034U CN204176034U CN201420663409.7U CN201420663409U CN204176034U CN 204176034 U CN204176034 U CN 204176034U CN 201420663409 U CN201420663409 U CN 201420663409U CN 204176034 U CN204176034 U CN 204176034U
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Abstract
The utility model discloses a kind of constant temperature diverter valve spool and constant-temperature shower faucet, constant temperature diverter valve spool comprises constant temperature valve core, valve body, the moving valve plate being provided with at least one first osculum, the fixed valve plate being provided with at least two second osculums and distribution valve stem, valve body side is provided with water inlet of hot water and cold and hot water intake, and one end is provided with at least two exhalant canals; Constant temperature valve core is secured to valve body; Moving valve plate and fixed valve plate are secured in valve body respectively, and seal laminating mutually, and the first osculum of moving valve plate is connected with the water route that mixes of constant temperature valve core, and each second osculum of fixed valve plate is connected with the exhalant canal one_to_one corresponding of valve body respectively; Moving valve plate and distribution valve stem coaxially fix, with distribution valve stem rotate its first osculum and each second osculum of fixed valve plate are connected or away from.Constant-temperature shower faucet is provided with above-mentioned constant temperature diverter valve spool.The utility model reduces the volume of constant-temperature shower faucet, simplifies its structure, reduces cost of production.
Description
Technical field
The utility model relates to a kind of spool and shower faucet, particularly relates to a kind of constant temperature diverter valve spool and constant-temperature shower faucet.
Background technique
At present, the constant-temperature shower faucet of prior art generally comprises shower faucet body, constant temperature valve core, diverter valve spool, and constant temperature valve core and diverter valve spool are secured to shower faucet body respectively, wherein, constant temperature valve core is for controlling water temperature, and diverter valve spool is used for point water and a switch water route.The constant-temperature shower faucet of prior art, because its constant temperature valve core and diverter valve spool are independently two parts, make the volume of shower faucet body larger on the one hand, not only take up space but also consume cost, make shower faucet body inside need additionally to arrange partition wall on the other hand, for linking up water route between the two, this just causes the structure of shower faucet body comparatively complicated, be unfavorable for processing, and cost is higher.
Model utility content
The utility model provides a kind of constant temperature diverter valve spool and constant-temperature shower faucet, which overcomes the deficiency existing for constant-temperature shower faucet of prior art.
The utility model solves the technological scheme that its technical problem adopts: a kind of constant temperature diverter valve spool, comprise constant temperature valve core, also comprise valve body, be provided with the moving valve plate of at least one first osculum, the fixed valve plate being provided with at least two second osculums and distribution valve stem, valve body side is provided with the water inlet of hot water corresponding with constant temperature valve core and cold and hot water intake, and one end is provided with at least two exhalant canals; Constant temperature valve core is secured in this valve body, and the control end of this constant temperature valve core stretches out outside one end of valve body; Moving valve plate and fixed valve plate are secured in valve body respectively, and seal laminating mutually, and the first osculum of moving valve plate is connected with the water route that mixes of constant temperature valve core, and each second osculum of fixed valve plate is connected with the exhalant canal one_to_one corresponding of valve body respectively; One end of distribution valve stem is inserted in valve body, and through moving valve plate and fixed valve plate; Moving valve plate and distribution valve stem coaxially fix, with distribution valve stem rotate its first osculum and each second osculum of fixed valve plate are connected or away from.
Further, described valve body is divided into side and is provided with the spool shell of described water inlet of hot water and cold water inlet and the separating stand of at least two exhalant canals described in being provided with, described constant temperature valve core is secured to spool shell, and its control end stretches out outside one end of spool shell, the other end of spool shell be the mixing water route connecting described constant temperature valve core blend water end (W.E.); Separating stand is secured to the other end of spool shell, described moving valve plate and fixed valve plate are secured in separating stand respectively, and the water end (W.E.) that blends of the first water passage hole of described moving valve plate and spool shell is connected, each second osculum of described fixed valve plate is connected with the exhalant canal one_to_one corresponding of separating stand respectively, and one end of described distribution valve stem is inserted in separating stand.
Further, also comprise positioning seat, positioning sliding block and spring, positioning seat this be provided with water passage hole and mounting hole, this positioning seat is secured in described separating stand, and Joint coaxial with described distribution valve stem, the first osculum of described moving valve plate is connected by the water passage hole of this separating stand and the water end (W.E.) that blends of described valve body; The other end of described spool shell is along the circumferential direction furnished with and is somely used to indicate the shrinkage pool that described distribution valve stem turns to predetermined angle, positioning sliding block is secured to the mounting hole of separating stand, and its one end by spring top to described spool shell, and to snap in corresponding shrinkage pool when described distribution valve stem turns to predetermined angle.
Further, the end of one end of described distribution valve stem is radially provided with at least two extension parts, and this at least two extension part is installed in described positioning seat respectively, makes described positioning seat Joint coaxial with described distribution valve stem; Described moving valve plate connects and fixes mutually with described positioning seat, makes described moving valve plate by described positioning seat and described distribution valve stem coaxial linkage.
Further, the axis of described mounting hole and the axis of described distribution valve stem are parallel to each other, and described shrinkage pool is located on the end face of the described spool shell the other end.
Further, the first osculum of described moving valve plate is one, and this first osculum is made up of the breach that described moving valve plate is arranged, the both ends of the surface of the through described moving valve plate of this breach and side.
Further, on the control end of described constant temperature valve core, fixed cover is equipped with a setting sleeve, and the exterior edge face of this setting sleeve is provided with a positioning boss, with the breach corresponding matching of stepping down that the rotation hand wheel of the control end for being arranged on constant temperature valve core is arranged.
A kind of constant-temperature shower faucet, comprise shower faucet body, this shower faucet body is provided with hot water feed-water end, cold water feed-water end and at least two blends the mouth of a river; Also comprise the constant temperature diverter valve spool as described in above-mentioned any one, this constant temperature diverter valve spool is secured in shower faucet body, and the water inlet of hot water of described valve body, cold water inlet respectively with the hot water feed-water end of shower faucet body, cold water feed-water end one_to_one corresponding being connected, each exhalant canal of described valve body respectively with respectively the blending mouth of a river one_to_one corresponding and be connected of shower faucet body; The control end of described constant temperature valve core stretches out outside shower faucet body, and attaching has the first rotation hand wheel, and described shower faucet body goes back attaching outward the second rotation hand wheel, links with described distribution valve stem same axis.
Further, also comprise a drive link, one end of this drive link is stretched out outside described shower faucet body, and attaching has described second rotation hand wheel, and the other end of this drive link to stretch in described shower faucet body and Joint coaxial with the other end of described distribution valve stem.
Further, in the hot water feed-water end of described shower faucet body and cold water feed-water end, attaching has one-way valve respectively; Described hot water feed-water end is directly connected with the water inlet of hot water of described valve body, is provided with one and crosses water cavity in described shower faucet body, and described cold water feed-water end is crossed water cavity be connected with the cold water inlet of described valve body by this.
The beneficial effects of the utility model are:
1, the constant temperature valve core of prior art and diverter valve spool are integrated in one by adopting said structure by the utility model, make it not only have and regulate the function of water temperature, also have the function in a point water, adjust flux and switch water route.After constant temperature valve core and diverter valve spool are integrated in one by the utility model, compare with diverter valve spool with independently constant temperature valve core, its volume obviously reduces a lot, and thus the volume of shower faucet body can correspondingly reduce; After constant temperature valve core and diverter valve spool are integrated in one by the utility model, both directly cross water, remove shower faucet body inside from and also need additionally to arrange numerous and diverse operation of water route partition wall, thus make that the structure of shower faucet body is more simple, volume is less, therefrom greatly can reduce cost of production.
2, constant-temperature shower faucet of the present utility model has cold touch function: the supercooled water of water cavity excessively of its shower faucet body, hot water and mixing water are surrounded flowing by cold water, and cold water can take away heat, avoids shower faucet body temperature to raise, prevents user to be burned.
Below in conjunction with drawings and Examples, the utility model is described in further detail; But a kind of constant temperature diverter valve spool of the present utility model and constant-temperature shower faucet are not limited to embodiment.
Accompanying drawing explanation
Fig. 1 is the exploded perspective view of constant temperature diverter valve spool of the present utility model;
Fig. 2 is the D structure schematic diagram of constant temperature diverter valve spool of the present utility model;
Fig. 3 is the generalized section one of constant temperature diverter valve spool of the present utility model;
Fig. 4 is the generalized section two of constant temperature diverter valve spool of the present utility model;
Fig. 5 be distribution valve stem of the present utility model with positioning seat, moving valve plate, fixed valve plate coordinate schematic diagram;
Fig. 6 is the state of a control schematic diagram of distribution valve stem of the present utility model;
Fig. 7 is the generalized section one of constant-temperature shower faucet of the present utility model;
Fig. 8 is the generalized section two of constant-temperature shower faucet of the present utility model.
Embodiment
Embodiment, refers to shown in Fig. 1-Fig. 6, and a kind of constant temperature diverter valve spool of the present utility model, comprises constant temperature valve core 3, also comprises valve body, moving valve plate 7, fixed valve plate 8 and distribution valve stem 5.Moving valve plate 7 and fixed valve plate 8 are respectively ceramic plate, and moving valve plate 7 is provided with one first osculum 71, and fixed valve plate 8 is provided with two second osculums 81, and two second osculums 81 are respectively in fan shape, and symmetrically.Valve body side is provided with the water inlet of hot water 41 corresponding with constant temperature valve core 3 and cold water inlet 42, and one end is provided with two exhalant canals 93; Constant temperature valve core 3 is secured in this valve body, and the control end of this constant temperature valve core 3 stretches out outside one end of valve body; Moving valve plate 7 and fixed valve plate 8 are secured in valve body respectively, and seal laminating mutually, and the first osculum 71 of moving valve plate 7 is connected with the water route that mixes of constant temperature valve core 3, each second osculum 81 of fixed valve plate 8 is connected with exhalant canal 93 one_to_one corresponding of valve body respectively; One end of distribution valve stem 5 is inserted in valve body, and through moving valve plate 7 and fixed valve plate 8; Moving valve plate 7 and distribution valve stem 5 coaxially fix, with rotate with distribution valve stem 5 its first osculum 71 and each second osculum 81 of fixed valve plate 8 are connected or away from.
Preferred as one, described valve body is divided into side and is provided with the spool shell 4 of described water inlet of hot water 41 and cold water inlet and is provided with the separating stand 9 of described two exhalant canals 93, described constant temperature valve core 3 adopts constant temperature valve core stop collar 1 to be secured to spool shell 4, and its control end stretches out outside one end of spool shell 4, the other end of spool shell 4 be the mixing water route connecting described constant temperature valve core 3 blend water end (W.E.) 43; The mode that separating stand 9 adopts buckle to connect is secured to the other end of spool shell 4, described moving valve plate 7 and fixed valve plate 8 are secured in separating stand 9 respectively, and the water end (W.E.) 43 that blends of the first water passage hole of described moving valve plate 7 and spool shell 4 is connected, each second osculum 81 of described fixed valve plate 8 is connected with exhalant canal 93 one_to_one corresponding of separating stand 9 respectively, and one end of described distribution valve stem 5 is inserted in separating stand 9.
Preferred as one, constant temperature diverter valve spool of the present utility model also comprises positioning seat 6, positioning sliding block 65 and spring 64, positioning seat 6 this be provided with water passage hole 61 and mounting hole 62, this positioning seat 6 is secured in described separating stand 9, and with the coaxial Joint of described distribution valve stem 5, described moving valve plate 7 sealing fits in positioning seat 6, and its first osculum 71 is connected with the water end (W.E.) 43 that blends of described valve body by the water passage hole 61 of this separating stand 9; The other end of described spool shell 4 is along the circumferential direction furnished with four and is used to indicate the shrinkage pool 45 that described distribution valve stem 5 turns to predetermined angle, positioning sliding block 65 is secured to the mounting hole 62 of separating stand 9, and its one end is pushed up to described spool shell 4 by spring 64, and snap in corresponding shrinkage pool 45 when described distribution valve stem 5 turns to predetermined angle.Here, concrete described mounting hole 62 is blind hole, and the axis of its axis and described distribution valve stem 5 is parallel to each other, and described shrinkage pool 45 is located on the end face of described spool shell 4 the other end.The rotation angle that described distribution valve stem 5 is preset has 90 °, 180 °, 270 ° and 360 °, as shown in Figure 6.
Preferred as one, the end of one end of described distribution valve stem 5 is radially provided with two extension parts 51, and this two extension part 51 is installed in described positioning seat 6 respectively, makes described positioning seat 6 and the coaxial Joint of described distribution valve stem 5; Described moving valve plate 7 connects and fixes mutually with described positioning seat 6, makes described moving valve plate 7 by described positioning seat 6 and described distribution valve stem 5 coaxial linkage.Specifically, the end face of described moving valve plate 7 is provided with three draw-in grooves 72, and described positioning seat 6 correspondence is provided with three card convexs 63, each card convex 63 and draw-in groove 72 phase snap-fit engagement one by one.Here, go back fixed cover in described positioning seat 6 and one friction ring 66 is housed, this friction ring 66 is positioned at outside one end of described distribution valve stem 5.
Preferred as one, the first osculum 71 of described moving valve plate 7 is made up of the breach that described moving valve plate 7 is arranged, the both ends of the surface of the through described moving valve plate 7 of this breach and side.Except this, the first osculum 71 of described moving valve plate 7 also can be a complete hole body structure.
Preferred as one, on the control end of described constant temperature valve core 3, fixed cover is equipped with a setting sleeve 2, the exterior edge face of this setting sleeve 2 is provided with a positioning boss 21, the step down breach corresponding matching that arrange upper with the rotation hand wheel (i.e. following first rotation hand wheel 31) of the control end for being arranged on constant temperature valve core 3.Here, Design Orientation cover 2 one aspects can so that this constant temperature diverter valve spool installs orientation, avoid causing disabler because its two ends are anti-loaded during assembling, the quick mounting of following first rotation hand wheel 31 after being convenient to disassembly, cleaning on the other hand: directly install after the positioning boss 21 of notch alignment setting sleeve 2 of only need being stepped down when the first rotation hand wheel 31 is installed.
A kind of constant temperature diverter valve spool of the present utility model, in order to make sealing effect better, is also sealed with ceramic seal gasket 91 between its fixed valve plate 8 and separating stand 9, each second osculum 81 of fixed valve plate 8 is sealed one by one mutually with each exhalant canal 93 of separating stand 9 and is communicated with.In addition, on its separating stand 9, also attaching has a seal spool sheet 92, makes the mouth of a river 103,104 phase that blends of each exhalant canal 93 of separating stand 9 and following shower faucet body seal and be communicated with; The other end local of spool shell 4 is inserted in separating stand 9, and is set with O type circle 44 outside the other end of spool shell 4, and this O type circle 44 seals laminating mutually with the inwall of separating stand 9.
A kind of constant temperature diverter valve spool of the present utility model, during work, cold water and hot water enter in its constant temperature valve core 3 respectively by the cold water inlet 42 of spool shell 4 and water inlet of hot water 41, and blend water end (W.E.) 43 by flow valves core housing 4 after constant temperature valve core 3 internal mix.Now, if when positioning sliding block 65 turns to 90 ° of distribution valve stem 5 or 270 ° of positions (as shown in Figure 6) with positioning seat 6, then the first osculum 71 of moving valve plate 7 and each second osculum 81 of fixed valve plate 8 away from, this constant temperature diverter valve spool is in and closes out water state.When needs water outlet, only need rotate distribution valve stem 5 clockwise or counterclockwise, it is made to drive moving valve plate 7 to rotate relative to fixed valve plate 8, and when the first osculum 71 of moving valve plate 7 is connected with two second osculums 81 of fixed valve plate 8 simultaneously, two exhalant canals 93 water outlet, as shown in Figure 4 (curve with arrow in Fig. 3, Fig. 4 represents water (flow) direction respectively) respectively of separating stand 9.Now, positioning sliding block 65 turns to 180 ° or 360 ° of positions of distribution valve stem 5 with positioning seat 6, and automatically send sound and to snap in corresponding shrinkage pool 45 (in Fig. 5, the uninterrupted of two second osculums 81 of two fixed valve plates 8 when two place's hatchings represent separating stand 9 water outlet respectively).Distribution valve stem 5 is in rotation process, and the flow of two second osculums 81 of fixed valve plate 8 changes from small to big gradually, and thus the utility model can also regulate the water flow of two exhalant canals 93 of separating stand 9.
A kind of constant temperature diverter valve spool of the present utility model, the number of its exhalant canal 93/ second osculum 81 is not limited to above-described embodiment, also can be two or more, and thus, constant temperature diverter valve spool of the present utility model can realize at least two-way and divide water.The number of the first osculum 71 of its moving valve plate 7 also can be identical with the number of the second osculum 81 of fixed valve plate 8, now, only need make two first osculums 71 of moving valve plate 7 simultaneously corresponding with two second osculums 81 of fixed valve plate 8 be connected or away from, the object of a point water, adjust flux, switch water can be realized.
Refer to shown in Fig. 7, Fig. 8, a kind of constant-temperature shower faucet of the present utility model, it comprises shower faucet body 10, and this shower faucet body 10 is provided with hot water feed-water end 101, cold water feed-water end 102 and two blends the mouth of a river 103,104.In addition, it also comprises the constant temperature diverter valve spool described in above-described embodiment, this constant temperature diverter valve spool is secured in shower faucet body 10, and the water inlet of hot water 41 of described valve body (i.e. spool shell 4), cold water inlet 42 respectively with the hot water feed-water end 101 of shower faucet body 10, cold water feed-water end 102 one_to_one corresponding being connected, each exhalant canal 93 of described valve body (i.e. separating stand 9) respectively with respectively the blending the mouth of a river 103,104 one_to_one corresponding and be connected of shower faucet body 10; The control end of described constant temperature valve core 3 stretches out outside shower faucet body 10, and attaching has the first rotation hand wheel 31, and the outer also attaching of described shower faucet body 10 has the second rotation hand wheel 53, links with described distribution valve stem 5 same axis.Specifically, the first rotation hand wheel 31 is positioned at the right side of shower faucet body 10, and the second rotation hand wheel 53 is positioned at the left side of shower faucet body 10, and two blend upper side and the downside that the mouth of a river 103,104 lays respectively at shower faucet body 10; In the hot water feed-water end 101 of shower faucet body 10 and cold water feed-water end 102, attaching has one-way valve 105 respectively.
Preferred as one, constant-temperature shower faucet of the present utility model also comprises a drive link 52, one end of this drive link 52 is stretched out outside described shower faucet body 10, and attaching has described second rotation hand wheel 53, the other end of this drive link 52 to stretch in described shower faucet body 10 and with the coaxial Joint of the other end of described distribution valve stem 5.
A kind of constant-temperature shower faucet of the present utility model, when needs regulate water temperature, only need rotate its first rotation hand wheel 31, only need rotate its second rotation hand wheel when needs switch water, adjust flux.
A kind of constant-temperature shower faucet of the present utility model, its shower faucet body 10 both can continue to use in prior art the structure of the common shower faucet body without anti-scald function, also the structure with anti-scald function can be designed to, such as, described hot water feed-water end 101 is directly connected with the water inlet of hot water 41 of described valve body, in described shower faucet body 10, be provided with one cross water cavity 106, make described cold water feed-water end 102 cross water cavity 106 be connected with the cold water inlet 42 of described valve body by this.So, the supercooled water of water cavity 106 excessively of shower faucet body, hot water and mixing water are surrounded flowing by cold water, and cold water can take away heat, avoids shower faucet body 10 temperature to raise, prevents user to be burned.
A kind of constant-temperature shower faucet of the present utility model, temperature adjustment and point water two kinds of structure assemblies are integrated by it, and not only greatly reduce the volume of shower faucet body 10, also make shower faucet body 10 inside avoid arranging water route partition wall, structure is simpler.Thus, the cost of production of constant-temperature shower faucet can greatly be reduced.
Above-described embodiment is only used for further illustrating a kind of constant temperature diverter valve spool of the present utility model and constant-temperature shower faucet; but the utility model is not limited to embodiment; every above embodiment is done according to technical spirit of the present utility model any simple modification, equivalent variations and modification, all fall in the protection domain of technical solutions of the utility model.
Claims (10)
1. a constant temperature diverter valve spool, comprise constant temperature valve core, it is characterized in that: also comprise valve body, be provided with the moving valve plate of at least one first osculum, the fixed valve plate being provided with at least two second osculums and distribution valve stem, valve body side is provided with the water inlet of hot water corresponding with constant temperature valve core and cold and hot water intake, and one end is provided with at least two exhalant canals; Constant temperature valve core is secured in this valve body, and the control end of this constant temperature valve core stretches out outside one end of valve body; Moving valve plate and fixed valve plate are secured in valve body respectively, and seal laminating mutually, and the first osculum of moving valve plate is connected with the water route that mixes of constant temperature valve core, and each second osculum of fixed valve plate is connected with the exhalant canal one_to_one corresponding of valve body respectively; One end of distribution valve stem is inserted in valve body, and through moving valve plate and fixed valve plate; Moving valve plate and distribution valve stem coaxially fix, with distribution valve stem rotate its first osculum and each second osculum of fixed valve plate are connected or away from.
2. constant temperature diverter valve spool according to claim 1, it is characterized in that: described valve body is divided into side and is provided with the spool shell of described water inlet of hot water and cold water inlet and the separating stand of at least two exhalant canals described in being provided with, described constant temperature valve core is secured to spool shell, and its control end stretches out outside one end of spool shell, the other end of spool shell be the mixing water route connecting described constant temperature valve core blend water end (W.E.); Separating stand is secured to the other end of spool shell, described moving valve plate and fixed valve plate are secured in separating stand respectively, and the water end (W.E.) that blends of the first water passage hole of described moving valve plate and spool shell is connected, each second osculum of described fixed valve plate is connected with the exhalant canal one_to_one corresponding of separating stand respectively, and one end of described distribution valve stem is inserted in separating stand.
3. constant temperature diverter valve spool according to claim 2, it is characterized in that: also comprise positioning seat, positioning sliding block and spring, positioning seat this be provided with water passage hole and mounting hole, this positioning seat is secured in described separating stand, and Joint coaxial with described distribution valve stem, the first osculum of described moving valve plate is connected by the water passage hole of this separating stand and the water end (W.E.) that blends of described valve body; The other end of described spool shell is along the circumferential direction furnished with and is somely used to indicate the shrinkage pool that described distribution valve stem turns to predetermined angle, positioning sliding block is secured to the mounting hole of separating stand, and its one end by spring top to described spool shell, and to snap in corresponding shrinkage pool when described distribution valve stem turns to predetermined angle.
4. constant temperature diverter valve spool according to claim 3, it is characterized in that: the end of one end of described distribution valve stem is radially provided with at least two extension parts, this at least two extension part is installed in described positioning seat respectively, makes described positioning seat Joint coaxial with described distribution valve stem; Described moving valve plate connects and fixes mutually with described positioning seat, makes described moving valve plate by described positioning seat and described distribution valve stem coaxial linkage.
5. constant temperature diverter valve spool according to claim 3, is characterized in that: the axis of described mounting hole and the axis of described distribution valve stem are parallel to each other, and described shrinkage pool is located on the end face of the described spool shell the other end.
6. constant temperature diverter valve spool according to claim 1, is characterized in that: the first osculum of described moving valve plate is one, and this first osculum is made up of the breach that described moving valve plate is arranged, the both ends of the surface of the through described moving valve plate of this breach and side.
7. constant temperature diverter valve spool according to claim 1, it is characterized in that: on the control end of described constant temperature valve core, fixed cover is equipped with a setting sleeve, the exterior edge face of this setting sleeve is provided with a positioning boss, with the breach corresponding matching of stepping down that the rotation hand wheel of the control end for being arranged on constant temperature valve core is arranged.
8. a constant-temperature shower faucet, comprises shower faucet body, and this shower faucet body is provided with hot water feed-water end, cold water feed-water end and at least two blends the mouth of a river; It is characterized in that: also comprise the constant temperature diverter valve spool according to any one of claim 1-7, this constant temperature diverter valve spool is secured in shower faucet body, and the water inlet of hot water of described valve body, cold water inlet respectively with the hot water feed-water end of shower faucet body, cold water feed-water end one_to_one corresponding being connected, each exhalant canal of described valve body respectively with respectively the blending mouth of a river one_to_one corresponding and be connected of shower faucet body; The control end of described constant temperature valve core stretches out outside shower faucet body, and attaching has the first rotation hand wheel, and described shower faucet body goes back attaching outward the second rotation hand wheel, links with described distribution valve stem same axis.
9. a kind of constant-temperature shower faucet according to claim 8, it is characterized in that: also comprise a drive link, one end of this drive link is stretched out outside described shower faucet body, and attaching has described second rotation hand wheel, the other end of this drive link to stretch in described shower faucet body and Joint coaxial with the other end of described distribution valve stem.
10. a kind of constant-temperature shower faucet according to claim 9, is characterized in that: in the hot water feed-water end of described shower faucet body and cold water feed-water end, attaching has one-way valve respectively; Described hot water feed-water end is directly connected with the water inlet of hot water of described valve body, is provided with one and crosses water cavity in described shower faucet body, and described cold water feed-water end is crossed water cavity be connected with the cold water inlet of described valve body by this.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420663409.7U CN204176034U (en) | 2014-11-06 | 2014-11-06 | A kind of constant temperature diverter valve spool and constant-temperature shower faucet |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420663409.7U CN204176034U (en) | 2014-11-06 | 2014-11-06 | A kind of constant temperature diverter valve spool and constant-temperature shower faucet |
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| CN204176034U true CN204176034U (en) | 2015-02-25 |
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| CN201420663409.7U Active CN204176034U (en) | 2014-11-06 | 2014-11-06 | A kind of constant temperature diverter valve spool and constant-temperature shower faucet |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106195328A (en) * | 2016-08-31 | 2016-12-07 | 开平市怀特阀芯有限公司 | A kind of dual-purpose shower water knockout drum |
| CN106499868A (en) * | 2016-12-26 | 2017-03-15 | 蔚来水控科技（宁波）有限公司 | Divide water termostat valve |
| CN106705438A (en) * | 2016-12-13 | 2017-05-24 | 广东格美淇电器有限公司 | Downward rotating type sewage discharging device |
| CN110594469A (en) * | 2019-09-26 | 2019-12-20 | 鹏威(厦门)工业有限公司 | Split type constant temperature tap main part and split type constant temperature tap |
| CN112228581A (en) * | 2020-10-23 | 2021-01-15 | 福建西河卫浴科技有限公司 | Tap and water distribution valve core thereof |
| WO2021203785A1 (en) * | 2020-04-07 | 2021-10-14 | 台州市国人温控卫浴科技有限公司 | Coaxial thermostatic shunt valve |
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2014
- 2014-11-06 CN CN201420663409.7U patent/CN204176034U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106195328A (en) * | 2016-08-31 | 2016-12-07 | 开平市怀特阀芯有限公司 | A kind of dual-purpose shower water knockout drum |
| CN106705438A (en) * | 2016-12-13 | 2017-05-24 | 广东格美淇电器有限公司 | Downward rotating type sewage discharging device |
| CN106499868A (en) * | 2016-12-26 | 2017-03-15 | 蔚来水控科技（宁波）有限公司 | Divide water termostat valve |
| CN110594469A (en) * | 2019-09-26 | 2019-12-20 | 鹏威(厦门)工业有限公司 | Split type constant temperature tap main part and split type constant temperature tap |
| WO2021203785A1 (en) * | 2020-04-07 | 2021-10-14 | 台州市国人温控卫浴科技有限公司 | Coaxial thermostatic shunt valve |
| CN112228581A (en) * | 2020-10-23 | 2021-01-15 | 福建西河卫浴科技有限公司 | Tap and water distribution valve core thereof |
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