CN205371704U - Novel water knockout drum of shower - Google Patents
Novel water knockout drum of shower Download PDFInfo
- Publication number
- CN205371704U CN205371704U CN201620179595.6U CN201620179595U CN205371704U CN 205371704 U CN205371704 U CN 205371704U CN 201620179595 U CN201620179595 U CN 201620179595U CN 205371704 U CN205371704 U CN 205371704U
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- water
- valve port
- intake antrum
- piston
- knockout drum
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Abstract
The utility model provides a novel water knockout drum of shower breaks through the structural form of traditional water knockout drum, and first water cavity is connected with tap through first delivery port, and second play water cavity passes through second delivery port and shower water piping connection, open the flowing water switch, rivers will be followed the intake antrum and directly got into first water cavity via first valve port to flow from tap, action bars portion drives the head and is close to to first valve port to utilize the piston to plug up first valve port is sealed, the second valve port is opened, and the flowing water switch is opened this moment to intake antrum and second play water cavity intercommunication, and rivers can be followed the intake antrum and directly got into the second via the second valve port and go out the water cavity, and flows from the shower, moreover under the pressure of rivers acts on, the piston keep with first valve port sealing contact, out -of -date when anhydrous circulation, the piston under automatic re -setting drive arrangement's effect automatic re -setting and keep with second valve port sealing contact, when opening the flowing water switch next time, rivers still flow from tap, avoid the unable water flow outlet of resolution.
Description
Technical field
This utility model relates to water heating fittings field, is specifically related to the Novel water separator of a kind of shower.
Background technology
The water knockout drum that tradition is loaded on Tap for bathtub is generally adopted Non-follow control, when needing to use gondola water faucet by the valve rod pull-up of water knockout drum, the water outlet of Tap for bathtub is led to by the sealing gasket of water knockout drum to be closed, and the water of Tap for bathtub enters gondola water faucet connecting tube from another outlet of water knockout drum；After making to be finished gondola water faucet; turn off the main switch of Tap for bathtub again and the valve rod of water knockout drum is pressed; but reality should in time often occur turning off Tap for bathtub main switch after forget to press the valve rod of water knockout drum; after opening Tap for bathtub main switch next time, water can spray from gondola water faucet, brings unnecessary worry to user.
In consideration of it, the problems referred to above are furtherd investigate by inventor, this case is then had to produce.
Utility model content
The purpose of this utility model is in that to provide a kind of trouble avoiding user cannot distinguish water export and to bring, the Novel water separator of easy to operate shower, and novel and reasonable structure is practical.
In order to achieve the above object, this utility model adopts such technical scheme:
The Novel water separator of a kind of shower, including water knockout drum housing and the valve rod being located in water knockout drum housing, described valve rod includes bar portion and is provided with the head of piston；The inside of described water knockout drum housing includes supplying water and flows the water cavity of crossing passed through, and the accommodating described bar portion of coupling carries out the sliding cavity of guiding slip；Described water cavity of crossing includes the intake antrum of accommodating described head, and is in intake antrum both sides the first water chamber connected respectively and the second water chamber with intake antrum；Described first water chamber is between described intake antrum and sliding cavity, and described valve rod is through described first water chamber, and described second water chamber is in the opposite side of described intake antrum；Described intake antrum has water inlet, and described first water chamber has the first outlet, and described second water chamber has the second outlet；It is formed with the first valve port between described first water chamber and described intake antrum, between described second water chamber and described intake antrum, is formed with the second valve port；Described piston has the primary sealing area corresponding with described first valve port and the secondary sealing area corresponding with described second valve port；When described piston moves to described first valve port, described first sealing valve port is blocked by described piston, and described second valve port is opened, and described intake antrum connects with described second water chamber；When described piston moves to described second valve port, described second sealing valve port is blocked by described piston, and described first valve port is opened, and described intake antrum connects with described first water chamber；Described valve rod is equipped with the driving device that automatically resets, and when non-water flow passes through, described piston automatically resets under the effect of the described driving device that automatically resets and keeps contacting with described first valve port or the second sealing valve port.
The edge of described first valve port is formed with bowl-shape first annular groove, and the inner surface of described first annular groove is smooth cambered surface, and described primary sealing area is that the inner surface with described first annular groove matches and seals the cambered surface of laminating；The edge of described second valve port is formed with the second bowl-shape annular groove, and the inner surface of described second annular groove is smooth cambered surface, and described secondary sealing area is that the inner surface with described second annular groove matches and seals the cambered surface of laminating.
The described driving device that automatically resets is spring；Described spring housing is located in described bar portion, and is located between the sidewall of described head and described first water chamber, and the elastic force of described spring is less than the hydraulic pressure in described intake antrum.
Described valve rod is equipped with anti-rotation device.
Described anti-rotation device is be formed at the end of described head and through the lamellar body of described second valve port, the width of described lamellar body more than the diameter of described second valve port, described second valve port be formed for described lamellar body coupling through spacing breach.
Described head include being parallel to each other and with the first bulge loop of described bar portion coaxial line and the second bulge loop, described piston ringwise, is formed with the storage tank of accommodating described piston between described first bulge loop and the second bulge loop.
Also include the water flowing housing being installed on outside described water knockout drum housing；Described water flowing housing has the intake tunnel connected with described water inlet, the first exhalant canal connected with described first outlet, and the second exhalant canal connected with described second outlet.
Described water knockout drum housing includes the link corresponding with described head and the operating side corresponding with described bar portion；Described water flowing housing is formed with the containing cavity of accommodating described water knockout drum housing, and described link is stretched into described containing cavity and linked together by screw thread and described water flowing housing.
Described water knockout drum housing is at the sealing ring that the inner wall sealing with described containing cavity contacts that is respectively provided on two sides with of described water inlet, and described water knockout drum housing is formed with the seal groove of the accommodating fixing described sealing ring of coupling.
Described operating side is equipped with operating handle.
After adopting technique scheme, this utility model breaks through the structural form of tradition water knockout drum, and in actual use, the first water chamber is connected with faucet by the first outlet, and the second water chamber is connected with shower water pipe by the second outlet；When normal use faucet, as long as opening flowing water switch, current will be directly entered the first water chamber from intake antrum via the first valve port, and flows out from faucet；When needs shower, head can be driven close to the first valve port in first action bars portion, and utilize piston to be blocked by the first sealing valve port, second valve port is opened, and intake antrum and the second water chamber connect, and now opens flowing water switch, current can be directly entered the second water chamber from intake antrum via the second valve port, and flow out from shower, and under the pressure effect of current, piston keeps contacting with the first sealing valve port；When non-water flow passes through, piston automatically resets under the effect of the driving device that automatically resets and keeps contacting with the second sealing valve port, and when opening flowing water switch next time, current still flow out from faucet, and after only having again action bars portion, current just flow out from shower.Compared with prior art, the Novel water separator of shower of the present utility model, it can avoid user cannot distinguish water export and the trouble brought, easy to operate, and novel and reasonable structure is practical.
Accompanying drawing explanation
Fig. 1 is sectional structure schematic diagram of the present utility model；
Fig. 2 is the partial structurtes schematic diagram of another angle of this utility model.
In figure:
1-water knockout drum housing 11-crosses water cavity 111-intake antrum 1111-water inlet 112-the first water chamber 1121-the first outlet 113-the second water chamber 1131-the second outlet 12-the first valve port 121-first annular groove 13-the second valve port 131-the second annular groove 14-sealing ring 15-operating handle
2-valve rod 21-bar portion 22-head 221-piston 2211-primary sealing area 2212-secondary sealing area 222-the first bulge loop 223-the second bulge loop 23-automatically resets driving device 24-anti-rotation device
3-water flowing housing 31-intake tunnel 32-the first exhalant canal 33-the second exhalant canal.
Detailed description of the invention
In order to the technical solution of the utility model is explained further, it is described in detail below by specific embodiment.
The Novel water separator of a kind of shower of the present utility model, as illustrated in fig. 1 and 2, including water knockout drum housing 1 and the valve rod 2 being located in water knockout drum housing 1.
Valve rod 2 includes bar portion 21 and is provided with the head 22 of piston 221；The inside of water knockout drum housing 1 includes supplying water, and stream passes through crosses water cavity 11, and the accommodating bar portion 21 of coupling carries out the sliding cavity that guiding is slided；Cross water cavity 11 and include the intake antrum 111 of accommodating head 22, and be in intake antrum 111 both sides the first water chamber 112 and the second water chamber 113 connected with intake antrum 111 respectively；First water chamber 112 is between intake antrum 111 and sliding cavity, and valve rod 2 is through the first water chamber 112, and the second water chamber 113 is in the opposite side of intake antrum 111；Intake antrum 111 has water inlet 1111, and the first water chamber 112 has the first outlet 1121, and the second water chamber 113 has the second outlet 1131；It is formed with the first valve port 12 between first water chamber 112 and intake antrum 111, between the second water chamber 113 and intake antrum 111, is formed with the second valve port 13；Piston 221 has the primary sealing area 2211 corresponding with the first valve port 12 and the secondary sealing area 2212 corresponding with the second valve port 13；When piston 221 moves to the first valve port 12, the first valve port 12 is sealed and blocks by piston 221, and the second valve port 13 is opened, and intake antrum 111 connects with the second water chamber 113；When piston 221 moves to the second valve port 13, the second valve port 13 is sealed and blocks by piston 221, and the first valve port 12 is opened, and intake antrum 111 connects with the first water chamber 112；Valve rod 2 is equipped with the driving device 23 that automatically resets, and when non-water flow passes through, piston 221 automatically resets under the effect of the driving device 23 that automatically resets and keeps sealing with the first valve port 12 or the second valve port 13 contacting.In actual use, the first water chamber 112 is connected with faucet (not shown) this utility model by the first outlet 1121, and the second water chamber 113 is connected with shower water pipe (not shown) by the second outlet 1131；When normal use faucet, as long as opening flowing water switch (not shown), current will be directly entered the first water chamber 112 from intake antrum 111 via the first valve port 12, and flows out from faucet；When needs shower, head 22 can be driven close to the first valve port 12 in first action bars portion 21, and utilize piston 221 first valve port 12 sealing to be blocked, second valve port 13 is opened, and intake antrum 111 connects with the second water chamber 113, now opens flowing water switch, current can be directly entered the second water chamber 113 from intake antrum 111 via the second valve port 13, and flow out from shower, and under the pressure effect of current, piston 221 keeps sealing with the first valve port 12 contacting；When non-water flow passes through, piston 221 automatically resets under the effect of the driving device 23 that automatically resets and keeps sealing with the second valve port 13 contacting, and when opening flowing water switch next time, current still flow out from faucet, and after only having again action bars portion 21, current just flow out from shower.
Preferably, the edge of the first valve port 12 is formed with bowl-shape first annular groove 121, and the inner surface of first annular groove 121 is smooth cambered surface, and primary sealing area 2211 be that the inner surface with first annular groove 121 matches and seals the cambered surface fitted；The edge of the second valve port 13 is formed with the second bowl-shape annular groove 131, and the inner surface of the second annular groove 131 is smooth cambered surface, and secondary sealing area 2212 be that the inner surface with the second annular groove 131 matches and seals the cambered surface fitted.This structure can make first annular groove 121 and primary sealing area 2211, and the second annular groove 131 is automatically directed at secondary sealing area 2212 and seals laminating.
Concrete structure for the driving device 23 that realizes automatically reseting, it is preferable that the driving device 23 that automatically resets is for spring；The driving device 23 that automatically resets of form of springs is sheathed in bar portion 21, and is located between head 22 and the sidewall of the first water chamber 112, and the elastic force of the driving device 23 that automatically resets of form of springs is less than the hydraulic pressure in intake antrum 111.When actually used, pull out in bar portion 21 process at user, the driving device 23 that automatically resets of form of springs can be gradually compressed, until piston 221 contacts with the second valve port 13, and under the pressure effect of current, overcome the elastic force of spring and make piston 221 and the sealing of the second valve port 13 be close together, after closing water flow switch, valve rod 2 automatically resets under the elastic force effect of the driving device 23 that automatically resets of form of springs, and together with sealing be adjacent to the first valve port 12.
Preferably, valve rod 2 is equipped with anti-rotation device 24.Anti-rotation device 24 can prevent valve rod 2 from use rotating, and damages the driving device 23 or make each current port be not correspond to of automatically reseting of form of springs, and then can ensure that the permanent steady operation of each parts.
In order to realize the concrete structure of anti-rotation device 24, preferably, anti-rotation device 24 is the lamellar body of end traverse the second valve port 13 being formed at head 22, the width of the anti-rotation device 24 of lamellar body form more than the diameter of the second valve port 13, the second valve port 13 be formed for the anti-rotation device 24 of lamellar body form mate through spacing breach.
In order to realize the concrete structure of head 22, preferably, head 22 include being parallel to each other and with the first bulge loop 222 and the second bulge loop 223 of bar portion 21 coaxial line, piston 221 ringwise, is formed with the storage tank of accommodating piston 221 between the first bulge loop 222 and the second bulge loop 223.Piston 221 can effectively be fixed by this structure, and can ensure that piston 221 uniform force in back and forth movement process, will not deform.
In order to make structure of the present utility model more complete, it is preferable that also include the water flowing housing 3 being installed on outside water knockout drum housing 1；Water flowing housing 3 has the intake tunnel 31 connected with water inlet 1111, the first exhalant canal 32 connected with the first outlet 1121, and the second exhalant canal 33 connected with the second outlet 1131.In actual use, the current in intake tunnel 31 are entered in intake antrum 111 by water inlet 1111；The current that first outlet 1121 flows out enter the first exhalant canal 32, and then enter faucet；The current that second outlet 1131 flows out enter the second exhalant canal 33, and then enter the water pipe of shower.
In order to realize the concrete attachment structure of water knockout drum housing 1 and water flowing housing 3, it is preferable that water knockout drum housing 1 includes the link corresponding with head 22 and the operating side corresponding with bar portion 21；Water flowing housing 3 is formed with the containing cavity of accommodating water knockout drum housing 1, and described link is stretched into described containing cavity and linked together by screw thread and water flowing housing 3.
Preferably, water knockout drum housing 1 is respectively provided on two sides with, at water inlet 1111, the sealing ring 14 that the inner wall sealing with described containing cavity contacts, and water knockout drum housing 1 is formed with the seal groove of the accommodating fixed seal ring 14 of coupling.This structure can ensure that the sealing that water heater casing 1 is connected with water flowing housing 3, and can be prevented effectively between intake antrum 111 and the first water chamber 112 and the second water chamber 113 and drainage occurs.
Preferably, described operating side is equipped with operating handle 15.User can be operated by handle 15 and valve rod 2 is operated.
The Novel water separator of shower of the present utility model, the concrete shape of water knockout drum housing and water flowing housing and size etc. all can be adjusted according to actual requirement and design；The concrete form of intake antrum, the first water chamber and the second water chamber can be adjusted according to actual requirement and design；Water inlet, the first outlet and the concrete shape of the second outlet, size, quantity and distribution form etc. all can be adjusted according to actual requirement and design；The concrete form of operating handle is adjusted also dependent on actual requirement and designs.
Product form of the present utility model is not limited to this case diagram and embodiment, and it is carried out the suitably change of similar thinking or modifies by anyone, all should be regarded as without departing from patent category of the present utility model.
Claims (10)
1. a Novel water separator for shower, including water knockout drum housing and the valve rod being located in water knockout drum housing, it is characterised in that: described valve rod includes bar portion and is provided with the head of piston；The inside of described water knockout drum housing includes supplying water and flows the water cavity of crossing passed through, and the accommodating described bar portion of coupling carries out the sliding cavity of guiding slip；Described water cavity of crossing includes the intake antrum of accommodating described head, and is in intake antrum both sides the first water chamber connected respectively and the second water chamber with intake antrum；Described first water chamber is between described intake antrum and sliding cavity, and described valve rod is through described first water chamber, and described second water chamber is in the opposite side of described intake antrum；Described intake antrum has water inlet, and described first water chamber has the first outlet, and described second water chamber has the second outlet；It is formed with the first valve port between described first water chamber and described intake antrum, between described second water chamber and described intake antrum, is formed with the second valve port；Described piston has the primary sealing area corresponding with described first valve port and the secondary sealing area corresponding with described second valve port；When described piston moves to described first valve port, described first sealing valve port is blocked by described piston, and described second valve port is opened, and described intake antrum connects with described second water chamber；When described piston moves to described second valve port, described second sealing valve port is blocked by described piston, and described first valve port is opened, and described intake antrum connects with described first water chamber；Described valve rod is equipped with the driving device that automatically resets, and when non-water flow passes through, described piston automatically resets under the effect of the described driving device that automatically resets and keeps contacting with described first valve port or the second sealing valve port.
2. the Novel water separator of a kind of shower according to claim 1, it is characterized in that: the edge of described first valve port is formed with bowl-shape first annular groove, and the inner surface of described first annular groove is smooth cambered surface, described primary sealing area is that the inner surface with described first annular groove matches and seals the cambered surface of laminating；The edge of described second valve port is formed with the second bowl-shape annular groove, and the inner surface of described second annular groove is smooth cambered surface, and described secondary sealing area is that the inner surface with described second annular groove matches and seals the cambered surface of laminating.
3. the Novel water separator of a kind of shower according to claim 2, it is characterised in that: described in the driving device that automatically resets be spring；Described spring housing is located in described bar portion, and is located between the sidewall of described head and described first water chamber, and the elastic force of described spring is less than the hydraulic pressure in described intake antrum.
4. the Novel water separator of a kind of shower according to claim 3, it is characterised in that: described valve rod is equipped with anti-rotation device.
5. the Novel water separator of a kind of shower according to claim 4, it is characterized in that: described anti-rotation device is the lamellar body of end described second valve port of traverse being formed at described head, the width of described lamellar body more than the diameter of described second valve port, described second valve port be formed for described lamellar body coupling through spacing breach.
6. the Novel water separator of a kind of shower according to any one of claim 1-5, it is characterized in that: described head include being parallel to each other and with the first bulge loop of described bar portion coaxial line and the second bulge loop, described piston ringwise, is formed with the storage tank of accommodating described piston between described first bulge loop and the second bulge loop.
7. the Novel water separator of a kind of shower according to claim 6, it is characterised in that: also include the water flowing housing being installed on outside described water knockout drum housing；Described water flowing housing has the intake tunnel connected with described water inlet, the first exhalant canal connected with described first outlet, and the second exhalant canal connected with described second outlet.
8. the Novel water separator of a kind of shower according to claim 7, it is characterised in that: described water knockout drum housing includes the link corresponding with described head and the operating side corresponding with described bar portion；Described water flowing housing is formed with the containing cavity of accommodating described water knockout drum housing, and described link is stretched into described containing cavity and linked together by screw thread and described water flowing housing.
9. the Novel water separator of a kind of shower according to claim 8, it is characterized in that: described water knockout drum housing is at the sealing ring that the inner wall sealing with described containing cavity contacts that is respectively provided on two sides with of described water inlet, and described water knockout drum housing is formed with the seal groove of the accommodating fixing described sealing ring of coupling.
10. the Novel water separator of a kind of shower according to claim 9, it is characterised in that: described operating side is equipped with operating handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620179595.6U CN205371704U (en) | 2016-03-09 | 2016-03-09 | Novel water knockout drum of shower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620179595.6U CN205371704U (en) | 2016-03-09 | 2016-03-09 | Novel water knockout drum of shower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205371704U true CN205371704U (en) | 2016-07-06 |
Family
ID=56266129
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620179595.6U Active CN205371704U (en) | 2016-03-09 | 2016-03-09 | Novel water knockout drum of shower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205371704U (en) |
-
2016
- 2016-03-09 CN CN201620179595.6U patent/CN205371704U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20171109 Address after: 362304 Quanzhou, Fujian City, Nanan Province, city, the town of Alliance Village No. Patentee after: The whole kitchen Co. Ltd. in Fujian Province Address before: 362000 Fujian city of Quanzhou Province Cang Zhen Lun Alliance Village of Nanan City Bridge No. 1 Patentee before: Hong Wenqiang |
|
| TR01 | Transfer of patent right |