CN205715823U - A kind of changeover module in band interlocking water route - Google Patents
A kind of changeover module in band interlocking water route Download PDFInfo
- Publication number
- CN205715823U CN205715823U CN201620381923.0U CN201620381923U CN205715823U CN 205715823 U CN205715823 U CN 205715823U CN 201620381923 U CN201620381923 U CN 201620381923U CN 205715823 U CN205715823 U CN 205715823U
- Authority
- CN
- China
- Prior art keywords
- water
- flow passage
- water route
- water flow
- axis body
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Magnetically Actuated Valves (AREA)
Abstract
This utility model discloses the changeover module in a kind of band interlocking water route, and it includes that the merging that matches of base and upper cover, described base and upper cover defines at least one water inlet water route and at least two water outlet water routes；Also including an interlocking water sealing mechanism, it takes shape between base and upper cover；This interlocking water sealing mechanism included water flow passage, seal membrane, pressure-bearing spring and drainage channel；Seal membrane opening and closing of fault is passed through in described water outlet water route, and forms the pressure stabilizing cavity being correspondingly arranged with two water outlet water routes；Described water flow passage of crossing connects water inlet water route and two pressure stabilizing cavities；Described pressure-bearing spring is arranged in pressure stabilizing cavity and acts on seal membrane；Described drainage channel is separately positioned in pressure stabilizing cavity, and this drainage channel is connected with the water outlet water route corresponding to another pressure stabilizing cavity；The bore of this drainage channel was less than the bore of water flow passage；The changeover module that this utility model provides, forming at least one by interlocking water sealing mechanism is the water route opened, it is to avoid water route blocks completely, overcomes prior art difficult point.
Description
Technical field
This utility model relates to sanitary ware industry, relevant with the changeover module in a kind of band interlocking water route especially.
Background technology
It is known that, various product in sanitary ware industry all possesses multi-functional set, as gondola water faucet, shower, tap etc. all have several functions, the main water route that is still embodied in switches, the switching control of existing water route is to use traditional mechanical switching mostly, but above-mentioned switching mode all needs bigger driving force, the suitability is not enough, can not meet the demand of user；Therefore, designer uses electric-controlled type operation to realize reducing operating physical force, but there is powerup issue in this mode, currently mainly supplying automatically controlled driver element action by battery or hydroelectric generation mode, but battery is powered, to there is storage time short, it is often necessary to the problem such as is replaced, but main or battery is not environmentally, easily cause pollution of waterhead, it is impossible to reach ecological requirements so that hydroelectric generation becomes the current optimal mode of power supply aspect；
At present, the delivery of existing hydroelectric generation assembly cannot supply changeover module completely because of the limitation on water inlet road, such as: existing employing impulse electromagnetic valve realizes in the product of switching, owing to existing impulse electromagnetic valve is that one-in-and-one-out formula drives, need to arrange two or more on water route when switching, logical twice electricity is needed to operate during switching, existing hydroelectric generation assembly is difficult to supply this electricity, especially low at hydraulic pressure or when frequently switching, wherein an impulse electromagnetic valve closes water route, and another impulse electromagnetic valve cannot open another water route because electricity is low, final result will cause the action simultaneously of two impulse electromagnetic valves to close water route, produce water route stuck phenomenon, and hydroelectric generation assembly because of water route cannot cross water without electricity produce, whole automatically controlled switched system is caused to be paralysed, have a strong impact on user to use；To sum up, existing electric-controlled type changeover module is difficult to meet the demand that switching uses.
Utility model content
The purpose of this utility model be to solve existing in problem, the changeover module in a kind of band interlocking water route is provided, its simple in construction, water route is reasonable in design and easily realizes, forming at least one by interlocking water sealing mechanism is the water route opened, water route is avoided to block completely, cause hydroelectric generation assembly to power, overcome prior art difficult point；Additionally, be also contemplated that the impulse electromagnetic valve of one-in-and-two-out completes handoff functionality to realize once electrification technical ability, easily meet actually used demand.
For reaching above-mentioned purpose, this utility model adopts the following technical scheme that
The changeover module in a kind of band interlocking water route, it includes that the merging that matches of base and upper cover, described base and upper cover defines at least one water inlet water route and at least two water outlet water routes；Also including an interlocking water sealing mechanism, it takes shape between base and upper cover；This interlocking water sealing mechanism included water flow passage, seal membrane and drainage channel；Seal membrane opening and closing of fault is passed through in described water outlet water route, and forms the pressure stabilizing cavity being correspondingly arranged with two water outlet water routes；Described water flow passage of crossing connects water inlet water route and two pressure stabilizing cavities；Described drainage channel is separately positioned in pressure stabilizing cavity, and this drainage channel is connected with the water outlet water route corresponding to another pressure stabilizing cavity；The bore of this drainage channel was less than the bore of water flow passage；Wherein, described water flow passage excessively is additionally provided with a pulse electromagnetic valve module, and sets up formation at least two water flow passage excessively separately with pulse electromagnetic valve module；The energising switching closure of described pulse electromagnetic valve module is arbitrary crosses water flow passage, another current crossed in the pressure stabilizing cavity that water flow passage is connected compress seal membrane, linkage is crossed water flow passage with being blocked and through drainage channel row pressure and is opened corresponding seal membrane, so that described water inlet water route connects corresponding water outlet water route.
Further, described pulse electromagnetic valve module includes a valve seat, movable axis body, permanent magnet, support and around the coil being located at support；Described valve seat is respectively communicated with two and crosses water flow passage and water inlet water route, and is formed and cross water cavity for what movable axis body was inserted；In movable axis body was installed in water cavity and movable closure is arbitrary crosses water flow passage；Described support is installed in and is arranged in valve seat, and be arranged in parallel with movable axis body；Wherein, described permanent magnet is installed in valve seat, and magnetization activity axis body；Coil electricity on described support produces magnetic field, and to order about, the movable axis body closure being magnetized is arbitrary crosses water flow passage.
Further, described pulse electromagnetic valve module also includes a driving spring, and it is installed between movable axis body and the oral area crossing water flow passage；Described permanent magnet correspondence was installed in the sidepiece of water flow passage；Wherein, described coil power on/off, order about movable axis body and be attracted or repelled with permanent magnet, and the link compression of described driving spring or reset.
Further, also including a magnetic bridgeware, it is installed on valve seat inner support, and the described support other end and permanent magnet are adaptive, and by permanent magnet, magnetic imports magnetic bridgeware；Wherein, described coil power on/off, order about movable axis body and permanent magnet or magnetic bridgeware adhesive, to block corresponding water flow passage excessively.
Further, described movable axis body two ends Fen Shui is provided with soft rubber cushion, and the external diameter of this soft rubber cushion was more than the bore of water flow passage.
Further, being provided with counterbalance spring in described movable axis body, these counterbalance spring two ends are respectively acting on the soft rubber cushion at movable axis body two ends.
Further, also including wire waterproof jacket, it is installed at upper cover, and runs through the extraneous power supply of connection for the coil on support.
Further, guide's pressure relief is also included；This guide's pressure relief includes pressure releasing hole, and this pressure releasing hole is used for connecting water cavity and crossing water flow passage.
Further, being additionally provided with a pressure-bearing spring in described pressure stabilizing cavity, its two ends act on pressure stabilizing cavity inner top surface and seal membrane.
Technical scheme described in the utility model provides the benefit that relative to prior art, acquirement:
(1) this utility model provides the changeover module in a kind of band interlocking water route, its simple in construction, water route is reasonable in design and easily realizes, forming at least one by interlocking water sealing mechanism is the water route opened, water route is avoided to block completely, the phenomenon such as cause that hydroelectric generation assembly cannot be powered, overcomes prior art to be difficult to the difficult point captured；Additionally, this interlocking water sealing mechanism coordinates with pulse electromagnetic valve module, it is achieved switching power is little, and power consumption is low, easily meets actually used demand；
(2) this utility model is additionally provided with the impulse electromagnetic valve of one-in-and-two-out to realize handoff functionality, breaks through two impulse electromagnetic valves of existing need and could realize the switching in water route, only need to lead to once electricity and just can realize switching, and power consumption is little, fast response time and low cost；
(3) permanent magnet of the present utility model was arranged on water flow passage sidepiece, it is simple to the adhesive of movable axis body, and can effectively keep after switching, was not easily disconnected from inefficacy；In addition, pulse electromagnetic valve module is provided with driving spring, the mechanical elastic utilizing spring crosses the switching closure of water flow passage to realize the other end, effectively reduce the subfam. Spiraeoideae of impulse electromagnetic valve, response speed is faster, can reach 10～20ms/ time, significantly reduce the volume of hydroelectric generation assembly, application range of products is wider；
(4) magnetic bridgeware is arranged on the other end and crosses at water flow passage by this utility model so that produces the suction-combining force in closure process with movable axis body so that block more stable, can effectively keep after switching, is difficult to inefficacy；
(5) lift-off seal performance, plugging strength and good stability are come by soft rubber cushion in this utility model two ends；Additionally by counterbalance spring, movable axis body is done closure to compensate, to promote overall sealing characteristics；
(6) this utility model is additionally provided with wire waterproof jacket, plays waterproof action, effectively prevents because outside environmental elements causes flow to run off simultaneously；
(7) this utility model is additionally provided with guide's pressure relief, reduces back pressure during switching, it is simple to switches and uses.
Accompanying drawing explanation
Accompanying drawing described herein is used for providing being further appreciated by of the present utility model, constitutes a part of the present utility model, and schematic description and description of the present utility model is used for explaining this utility model, is not intended that improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the stereo decomposing structural representation of changeover module described in the utility model；
Fig. 2 is the sectional view of changeover module described in the utility model；
Fig. 3 be changeover module described in the utility model go out water state one sectional view one；
Fig. 4 be changeover module described in the utility model go out water state one sectional view two；
Fig. 5 be changeover module described in the utility model go out water state one sectional view three；
Fig. 6 be changeover module described in the utility model go out water state two view one；
Fig. 7 be changeover module described in the utility model go out water state two sectional view two；
Fig. 8 be changeover module described in the utility model go out water state two sectional view three.
Detailed description of the invention
In order to make technical problem to be solved in the utility model, technical scheme and beneficial effect clearer, clear, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
As it is shown in figure 1, this utility model provides the changeover module in a kind of band interlocking water route, it includes base 1 and upper cover 2, and the merging that matches of described base 1 and upper cover 2 defines at least one water inlet water route 10 and at least two water outlet water routes 11,12；
Also including an interlocking water sealing mechanism 3, it takes shape between base 1 and upper cover 2；This interlocking water sealing mechanism 3 included water flow passage 31, seal membrane 32, pressure-bearing spring 33 and drainage channel 34；Described water outlet water route 11,12 is by seal membrane 32 opening and closing of fault, and forms the pressure stabilizing cavity 35 being correspondingly arranged with two water outlet water routes 11,12；Described water flow passage 31 of crossing connects water inlet water route 10 and two pressure stabilizing cavities 35；In described pressure-bearing spring 33 is arranged on pressure stabilizing cavity 35 and act on seal membrane 32；Described drainage channel 34 is separately positioned in pressure stabilizing cavity 35, and this drainage channel 34 is connected with the water outlet water route 11,12 corresponding to another pressure stabilizing cavity 35；The bore of this drainage channel 34 was less than the bore of water flow passage 31；
Also include guide's pressure relief 4；This guide's pressure relief 4 includes pressure releasing hole 40, and this pressure releasing hole 40 is used for connecting water cavity 55 and crossing water flow passage 31；
Wherein, described water flow passage 31 excessively is additionally provided with a pulse electromagnetic valve module 5, and sets up formation at least two water flow passage 31 excessively separately with pulse electromagnetic valve module 5；The energising switching closure of described pulse electromagnetic valve module 5 is arbitrary crosses water flow passage 31, another current crossed in the pressure stabilizing cavity 35 that water flow passage 31 is connected compress seal membrane 32, linkage is crossed water flow passage 31 with being blocked and through drainage channel 34 row pressure and is opened corresponding seal membrane 32, so that described water inlet water route 10 connects corresponding water outlet water route 11,12.
More specifically, described pulse electromagnetic valve module 5 includes a valve seat 50, movable axis body 51, permanent magnet 52, support 53 and around the coil 54 being located at support 53；Described valve seat 50 is respectively communicated with two and crosses water flow passage 31 and water inlet water route 10, and is formed and cross water cavity 55 for what movable axis body 51 was inserted；In movable axis body 51 was installed in water cavity 55 and the arbitrary water flow passage 31 of crossing of the most movable closure, described movable axis body 51 two ends Fen Shui is provided with soft rubber cushion 56, and the external diameter of this soft rubber cushion 56 was more than the bore of water flow passage 31；Being provided with counterbalance spring 57 in movable axis body 51, these counterbalance spring 57 two ends are respectively acting on the soft rubber cushion 56 at movable axis body 51 two ends；
Described support 53 is installed in and is arranged in valve seat 50, and be arranged in parallel with movable axis body 51；Wherein, described permanent magnet 52 is installed in valve seat 50, and magnetization activity axis body 51；On described support 53 coil 54 energising produce magnetic field, with order about the movable axis body 51 being magnetized block arbitrary cross water flow passage 31.
More specifically, described pulse electromagnetic valve module 5 also includes a driving spring 58, it is installed between movable axis body 51 and the oral area crossing water flow passage 31；Described permanent magnet 52 correspondence is installed in the sidepiece of the mistake water flow passage 31 near water inlet side, water route 10；Wherein, described coil 54 power on/off, order about movable axis body 51 and be attracted or repelled with permanent magnet 52, and the described driving spring 58 that links compresses or resets.
More specifically, also include a magnetic bridgeware 59, it is installed on valve seat 50 inner support 53, and described support 53 other end and permanent magnet 52 are adaptive, and by permanent magnet 52, magnetic imports magnetic bridgeware 59；Wherein, described coil 54 power on/off, order about movable axis body 51 and permanent magnet 52 or magnetic bridgeware 59 adhesive, to block corresponding water flow passage 31 excessively.
More specifically, also include wire waterproof jacket 6, it is installed at upper cover 2, and runs through the extraneous power supply of connection for the coil 54 on support 53.
Detailed description of the invention, as shown in Figure 1, the changeover module in a kind of band described in the utility model interlocking water route, mainly includes with lower component: base 1, upper cover 2, seal membrane 32, pressure-bearing spring 33, valve seat 50, movable axis body 51, permanent magnet 52, driving spring 58, support 53, coil 54, magnetic bridgeware 59, counterbalance spring 57, soft rubber cushion 56 and wire waterproof jacket 6；
During assembling, first, assemble pulse electromagnetic valve module 5, in movable axis body 51, load onto counterbalance spring 57, subsequently two soft rubber cushions 56 are respectively installed in movable axis body 51 two ends, and with the phase separation of described counterbalance spring 57；Secondly, the coil 54 that winding is motionless on support 53, and coil 54 one end is run through wire waterproof jacket 6 and hydroelectric generation attached components；Then support 53 is installed on described valve seat 50；Again, permanent magnet 52 is installed in valve seat 50 and away from water inlet side, water route 10, driving spring 58 is inserted between valve seat 50 and movable axis body 51, on the support 53 of the other end that magnetic bridgeware 59 is then installed in movable axis body 51, and be connected with another water flow passage 31 excessively, this magnetic bridgeware 59 permanent magnet 52 magnetic conduction by support 53 other end so that magnetic bridgeware 59 produces magnetic；Finally, the position, water outlet water route 11,12 on base 1 is installed upper seal membrane 32 and pressure-bearing spring 33 and the valve seat 50 of good for installing each parts is loaded between base 1 and upper cover 2, to complete whole assembling process；
The operation principle of pulse electromagnetic valve module 5:
Permanent magnet 52 magnetization activity axis body 51 makes it produce magnetic；After electricity is streamed to coil 54 by hydroelectric generation assembly, produce undersuing, coil 54 produces a magnetic field, its polarity and the opposite polarity of permanent magnet 52, according to the Magnet principle that there is a natural attraction between the sexes, movable axis body 51 displacement to the right, and overcome the spring force of driving spring 58, attracted with permanent magnet 52, and then mistake water flow passage 31A on the right side of closure；In like manner, positive pulse signal is connected to coil 54, now movable axis body 51 is identical with the polarity of permanent magnet 52, and then with the power repelled each other of generation, by the spring force of driving spring 58 to activity axis body 51 is pushed another subsequently and cross the motion of water flow passage 31B direction, and block mistake water flow passage 31B of magnetic bridgeware 59 side, and the polarity of magnetic bridgeware 59 coordinates conduction by permanent magnet 52 with support 53, make itself and movable axis body 51 opposite polarity, and then produce absorption, so that movable axis body 51 keeps crossing on the left of closure water flow passage 31B；
nullAs shown in Figures 3 to 5，Current enter from water inlet water route 10，Then water outlet water route 11, left side outer wall enters into and is positioned at pulse electromagnetic valve module 5 position，Now，The electric current exported by hydroelectric generation assembly of pulse electromagnetic valve module 5，Produce undersuing，And then order about the water flow passage 31A direction displacement excessively to the right of movable axis body 51，Opposite polarity due to movable axis body 51 with permanent magnet 52，And then it is attracting and overcome the spring force of driving spring 58，With mistake water flow passage 31A on the right side of closure，Now mistake water flow passage 31B in left side is unlocked，Current are full of corresponding pressure stabilizing cavity 35B，Seal membrane 32B is pressed against the water outlet water route 11 in left side together with pressure-bearing spring 33B in it by the pressure in this pressure stabilizing cavity 35B，Water outlet water route 11, left side cannot be opened be connected with the water route 10 that intakes；Meanwhile, owing to right side pressure stabilizing cavity 35A is blocked, current discharge from the drainage channel 34A that connects with water outlet water route, left side 11 that (bore of this drainage channel 34 was less than the bore of water flow passage 31, otherwise cannot realize voltage stabilizing function；And, (as shown in Figure 4,5) this drainage channel 34A offers from right side pressure stabilizing cavity 35A sidewall, subsequently around to the pressure stabilizing cavity 35B back side, left side, again from the pressure stabilizing cavity 35B back side, left side downwards until water outlet water route 11 on the left of Lian Tong) owing to drainage channel 34A is by the current discharge in the pressure stabilizing cavity 35A of right side, imbalance of pressure in pressure stabilizing cavity 35A, on the current direction in water inlet water route 10, jack-up overcomes the pressure of pressure-bearing spring 33A, open corresponding seal membrane 32A, so that the water outlet water route 12 on right side is connected with water inlet water route 10；
nullAs shown in Figure 6 to 8，Current equally enter after to pulse electromagnetic valve module 5 position，Now，The electric current exported by hydroelectric generation assembly of pulse electromagnetic valve module 5，Produce positive pulse signal，And then order about the water flow passage 31B direction displacement excessively to the left of movable axis body 51，Owing to movable axis body 51 is identical with the polarity of permanent magnet 52，And then produce the power repelled each other，Simultaneously drive activity axis body 51 pushing and withstanding to the left under the spring-force driven dual of spring 58，Coordinate the suction of magnetic bridgeware 59，Mistake water flow passage 31B on the left of movable axis body 51 closure is (owing to passing on left the elastic force of driving spring 58 as driving force，The back pressure preventing current from producing is excessive，Pressure releasing hole 40 is set at this，This pressure releasing hole 40 is used for connecting water cavity 55 and crossing water flow passage 31B，During closure，By pressure releasing hole 40, pressure is discharged from this pressure releasing hole 40)，Now mistake water flow passage 31A on right side is unlocked，Current are full of corresponding pressure stabilizing cavity 35A，Seal membrane 32A is pressed against the water outlet water route 12 on right side together with pressure-bearing spring 33A in it by the pressure in this pressure stabilizing cavity 35A，Water outlet water route 12, right side cannot be opened be connected with the water route 10 that intakes；Meanwhile, owing to left side pressure stabilizing cavity 35B is blocked, current are discharged (such as Fig. 7 from the drainage channel 34B connected with water outlet water route, right side 12, shown in 8, this drainage channel 34B offers from left side pressure stabilizing cavity 35B sidewall, subsequently around to the pressure stabilizing cavity 35A back side, right side, again from the pressure stabilizing cavity 35A back side, right side downwards until water outlet water route 12 on the right side of Lian Tong) owing to drainage channel 34B is by the current discharge in the pressure stabilizing cavity 35B of left side, imbalance of pressure in pressure stabilizing cavity 35B, on the current direction in water inlet water route 10, jack-up overcomes the pressure of pressure-bearing spring 33B, open corresponding seal membrane 32B, so that the water outlet water route 11 in left side is connected with water inlet water route 10.
Described above illustrate and describes preferred embodiment of the present utility model, as previously mentioned, it is to be understood that this utility model is not limited to form disclosed herein, it is not to be taken as the eliminating to other embodiments, and can be used for other combinations various, amendment and environment, and can be modified by above-mentioned teaching or the technology of association area or knowledge in utility model contemplated scope described herein.And the change that those skilled in the art are carried out and change are without departing from spirit and scope of the present utility model, the most all should be in the protection domain of this utility model claims.
Claims (9)
1. the changeover module in band interlocking water route, it includes that the merging that matches of base and upper cover, described base and upper cover defines at least one water inlet water route and at least two water outlet water routes；It is characterized in that: also including an interlocking water sealing mechanism, it takes shape between base and upper cover；This interlocking water sealing mechanism included water flow passage, seal membrane and drainage channel；Seal membrane opening and closing of fault is passed through in described water outlet water route, and forms the pressure stabilizing cavity being correspondingly arranged with two water outlet water routes；Described water flow passage of crossing connects water inlet water route and two pressure stabilizing cavities；Described drainage channel is separately positioned in pressure stabilizing cavity, and this drainage channel is connected with the water outlet water route corresponding to another pressure stabilizing cavity；The bore of this drainage channel was less than the bore of water flow passage；Wherein, described water flow passage excessively is additionally provided with a pulse electromagnetic valve module, and sets up formation at least two water flow passage excessively separately with pulse electromagnetic valve module；The energising switching closure of described pulse electromagnetic valve module is arbitrary crosses water flow passage, another current crossed in the pressure stabilizing cavity that water flow passage is connected compress seal membrane, linkage is crossed water flow passage with being blocked and through drainage channel row pressure and is opened corresponding seal membrane, so that described water inlet water route connects corresponding water outlet water route.
The changeover module in a kind of band the most as claimed in claim 1 interlocking water route, it is characterised in that: described pulse electromagnetic valve module includes a valve seat, movable axis body, permanent magnet, support and around the coil being located at support；Described valve seat is respectively communicated with two and crosses water flow passage and water inlet water route, and is formed and cross water cavity for what movable axis body was inserted；In movable axis body was installed in water cavity and movable closure is arbitrary crosses water flow passage；Described support is installed in and is arranged in valve seat, and be arranged in parallel with movable axis body；Wherein, described permanent magnet is installed in valve seat, and magnetization activity axis body；Coil electricity on described support produces magnetic field, and to order about, the movable axis body closure being magnetized is arbitrary crosses water flow passage.
The changeover module in a kind of band the most as claimed in claim 2 interlocking water route, it is characterised in that: described pulse electromagnetic valve module also includes a driving spring, and it is installed between movable axis body and the oral area crossing water flow passage；Described permanent magnet correspondence was installed in the sidepiece of water flow passage；Wherein, described coil power on/off, order about movable axis body and be attracted or repelled with permanent magnet, and the link compression of described driving spring or reset.
The changeover module in a kind of band the most as claimed in claim 3 interlocking water route, it is characterized in that: also include a magnetic bridgeware, it is installed on valve seat inner support, and the described support other end and permanent magnet are adaptive, and by permanent magnet, magnetic imports magnetic bridgeware；Wherein, described coil power on/off, order about movable axis body and permanent magnet or magnetic bridgeware adhesive, to block corresponding water flow passage excessively.
The changeover module in a kind of band the most as claimed in claim 4 interlocking water route, it is characterised in that: described movable axis body two ends Fen Shui is provided with soft rubber cushion, and the external diameter of this soft rubber cushion was more than the bore of water flow passage.
The changeover module in a kind of band the most as claimed in claim 5 interlocking water route, it is characterised in that: being provided with counterbalance spring in described movable axis body, these counterbalance spring two ends are respectively acting on the soft rubber cushion at movable axis body two ends.
The changeover module in a kind of band the most as claimed in claim 6 interlocking water route, it is characterised in that: also including wire waterproof jacket, it is installed at upper cover, and runs through the extraneous power supply of connection for the coil on support.
8. the changeover module in a kind of band interlocking water route as described in any one of claim 2 to 7, it is characterised in that: also include guide's pressure relief；This guide's pressure relief includes pressure releasing hole, and this pressure releasing hole is used for connecting water cavity and crossing water flow passage.
The changeover module in a kind of band the most as claimed in claim 1 interlocking water route, it is characterised in that: being additionally provided with a pressure-bearing spring in described pressure stabilizing cavity, its two ends act on pressure stabilizing cavity inner top surface and seal membrane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620381923.0U CN205715823U (en) | 2016-04-29 | 2016-04-29 | A kind of changeover module in band interlocking water route |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620381923.0U CN205715823U (en) | 2016-04-29 | 2016-04-29 | A kind of changeover module in band interlocking water route |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205715823U true CN205715823U (en) | 2016-11-23 |
Family
ID=57331866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620381923.0U Withdrawn - After Issue CN205715823U (en) | 2016-04-29 | 2016-04-29 | A kind of changeover module in band interlocking water route |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205715823U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105736757A (en) * | 2016-04-29 | 2016-07-06 | 福建西河卫浴科技有限公司 | Switching assembly with interlocking water circuit |
-
2016
- 2016-04-29 CN CN201620381923.0U patent/CN205715823U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105736757A (en) * | 2016-04-29 | 2016-07-06 | 福建西河卫浴科技有限公司 | Switching assembly with interlocking water circuit |
| CN105736757B (en) * | 2016-04-29 | 2018-02-13 | 福建西河卫浴科技有限公司 | A kind of changeover module in band interlocking water route |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105757293B (en) | A kind of tape pulse magnetic valve water route switching mechanism and gondola water faucet | |
| CN200949680Y (en) | Pulse electromagnetic valve | |
| CN205715823U (en) | A kind of changeover module in band interlocking water route | |
| CN201588103U (en) | Lower water-pressure automatic washing machine | |
| CN202691143U (en) | Tee joint water valve | |
| CN105736757A (en) | Switching assembly with interlocking water circuit | |
| CN201117554Y (en) | multifunctional water flow switch | |
| CN104110499A (en) | Intake-exhaust water valve and electric water heater with same | |
| CN106907494A (en) | Valve and proportioning machine | |
| CN205715928U (en) | A kind of impulse electromagnetic valve with handoff functionality | |
| CN206130204U (en) | Take pulse solenoid valve water route switching mechanism and gondola water faucet | |
| CN203823083U (en) | Gas and water inlet and outlet valve and electric water heater equipped with same | |
| CN2881239Y (en) | Electromagnetic valve | |
| CN209041653U (en) | A kind of shower water channel switching valve and shower | |
| CN202834175U (en) | Water valve and house appliance with water valve | |
| CN208381456U (en) | A kind of compact inlet valve | |
| CN202228774U (en) | Plate type floating ball water valve | |
| CN203009975U (en) | Magnetic valve | |
| CN206708450U (en) | A kind of two five logical isolation solenoid valves | |
| CN203176501U (en) | Magnetic control valve | |
| CN205446814U (en) | Diuresis way switching mechanism | |
| CN2784688Y (en) | Bistable solenoid valve for water control | |
| CN216643088U (en) | Small-size piston high frequency high pressure solenoid valve | |
| CN201428802Y (en) | Water-saving convenient tap attachment | |
| CN205190869U (en) | Push type case |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161123 Effective date of abandoning: 20180213 |
|
| AV01 | Patent right actively abandoned |