CN204093604U - Water route Long-distance Control switching mechanism - Google Patents
Water route Long-distance Control switching mechanism Download PDFInfo
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- CN204093604U CN204093604U CN201420438403.XU CN201420438403U CN204093604U CN 204093604 U CN204093604 U CN 204093604U CN 201420438403 U CN201420438403 U CN 201420438403U CN 204093604 U CN204093604 U CN 204093604U
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Abstract
The utility model discloses a kind of water route Long-distance Control switching mechanism, it comprises the pressure altering device be assemblied on supply channel, be arranged on stress reaction actuating unit on top-spraying gondola and function change-over device, arranges at least two function water cavities in top-spraying gondola; This pressure altering device controls the break-make of current or changes the size of current, and stress reaction actuating unit comprises piston and a spring that one is subject to hydraulic pressure action; Stress reaction actuating unit drives function change-over device to control the water inlet of the difference in functionality water cavity water inlet of gondola water faucet.The Push And Release in top-spraying gondola water route or diminishing and recovery of current is realized by the pressure altering device arranging low level on feed pipe, the pressure in shower water channel is caused to diminish and recovery, again by arranging stress reaction actuating unit and function change-over device on top-spraying gondola, the water route utilizing hydraulic pressure to realize top-spraying gondola difference in functionality water switches, and then realize Long-distance Control top-spraying gondola go out water state, therefore, the utility model has the special efficacys such as easy to use, operation is convenient.
Description
Technical field
The utility model belongs to bathroom field, refers to a kind of water route Long-distance Control switching mechanism controlling top spray water outlet especially.
Background technology
No matter be the function water confession user selection that hand shower or fixed top-spraying gondola mostly have more than one at present, ratio is if any gondola water faucet water, a post water, massaging water, mixing water etc., in gondola water faucet, the water route of each function water is made up of each self-corresponding water cavity and water channel, and the selection of function water and switching are realized by switching device shifter, the component of tradition switching device shifter is many, complicated structure, and needs manual operation button just can carry out the switching in water route; But for the top-spraying gondola that installation site is higher, its water outlet switching only has can realize adjustment compared with the talent of hypomegasoma, and therefore its handover operation is limited, cannot realize free operant, make troubles to use.
Utility model content
The purpose of this utility model be to provide a kind of can realize wireless, can realize without electricity water route Long-distance Control switching mechanism that top-spraying gondola effluent functions is switched, it has the special efficacys such as easy to use, operation is convenient.
For achieving the above object, solution of the present utility model is:
A kind of water route Long-distance Control switching mechanism, it comprises the pressure altering device be assemblied on supply channel, be arranged on stress reaction actuating unit on top-spraying gondola and function change-over device, arranges at least two function water cavities in top-spraying gondola; This pressure altering device controls the break-make of current, and stress reaction actuating unit comprises piston and a spring that one is subject to hydraulic pressure action; Stress reaction actuating unit drives function change-over device to control the water inlet of the difference in functionality water cavity water inlet of gondola water faucet.
Described pressure altering device comprises button, spool, back-moving spring, body and capping; This body laterally forms a valve pocket, the sidewall of valve pocket is formed with water inlet and the delivery port of dislocation, forms sealing surface between water inlet and delivery port; This spool is matched with in valve pocket, and its nearly middle part forms bibcock activity closure sealing surface.
Described function change-over device is that the water inlet being provided with several rotating disks crossing aquaporin and difference in functionality water cavity is rotatably assorted, and practical function switches.
Described stress reaction actuating unit and function change-over device are located in top-spraying gondola, and wherein stress reaction actuating unit comprises a piston, a spring and a holder; This piston centre forms mating holes, top forms pressure-bearing surface, bottom forms necking down to pass into holder, and holder is that a case cover is put function and switched the rotating disk put of shape and function and switch the water-outlet body that shape puts and be combined together, and its center is provided with the perforation that confession piston wears; And function switches shape and puts and comprise a rotating disk, a water-outlet body and a shell; This rotating disk is a disk body, which is provided with at least one water hole, and above the middle part of rotating disk, form upper rail, below forms lower guideway, this water-outlet body is provided with at least two water holes to function water cavity corresponding respective respectively, this shell is the housing that a cover puts piston, spring, holder and rotating disk, its upper end is formed with water hole, and coordinate with top-spraying gondola shell, be formed centrally in outer casing underpart and coordinate bolt coordinate with bolt with this and the discharging device of top-spraying gondola and top spray shell linked together, outer casing underpart forms the guide rail coordinated with rotating disk upper rail simultaneously.
Described rotating disk upper rail is serrated rails, and lower guideway is several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; Be provided with the guide rail of corresponding rotating disk lower guideway at the center of water-outlet body, this guide rail is also several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; The outer rim on the nearly top of bolt is coordinated to be provided with the teeth guide rail coordinated with rotating disk upper rail.
Described function change-over device is that the piston being provided with aquaporin moves with the water inlet of difference in functionality water cavity and coordinates, and practical function switches.
Described stress reaction actuating unit and function change-over device are located at outside top-spraying gondola, this stress reaction actuating unit comprises a piston and a spring, and this piston is a cylinder, and its rear end forms pressure-bearing surface, form delivery port in the shaft side of piston, on the shaft outer wall of piston, be provided with guide rail simultaneously; Function switching shape is put and is comprised a guide bracket, a movable joint coordinating the locating piece and of slide block to have water inlet, and guide bracket is the water inlet rear that a block set is located at top-spraying gondola; Locating piece coordinates the front of guide bracket and is nested with on piston, on its inwall formed a horizontal elongated slot for slide block at this groove to transverse shifting in elongated slot, joint one end is engaged on feed pipe, the other end is engaged on guide bracket so that by piston and spring retainer in guide bracket, and piston nose stretches to be placed in locating piece, wherein the socket cap of slide block is engaged in the guide rail of piston.
Described guide rail is a rail closure with the formation of multiple limit, its opposing pistons is front, rear, left and right distributions, the guide rail wherein arranged about opposing pistons is respectively one section of guide groove and longitudinally arranges with piston parallel longitudinal along piston, and the guide rail arranged before and after opposing pistons is in addition respectively multistage guide groove.
Form acute angle outside the guide rail that described multistage guide groove opposing pistons front is arranged, inner edge also forms acute angle, and inside and outside acute angle is wrong position setting; Form two acute angle grooves outside the guide rail that opposing pistons rear is arranged, and inner edge is formation acute angle groove, the angle between two outer acute angle grooves of outside is the acute angle groove position being positioned at inner edge formation.
After adopting such scheme, the utility model realizes the Push And Release in top-spraying gondola water route or diminishing and recovery of current by the pressure altering device arranging low level on feed pipe, the pressure in shower water channel is caused to diminish and recovery, again by arranging stress reaction actuating unit and function change-over device on top-spraying gondola, the water route utilizing hydraulic pressure to realize top-spraying gondola difference in functionality water switches, and then realize Long-distance Control top-spraying gondola go out water state, therefore, the utility model effectively achieves wireless, without electricity can realize to top-spraying gondola effluent functions switch function, and have easy to use, the special efficacys such as operation is convenient.
Remote control function of the present utility model switches, press pressure altering device switching push button, pressure altering device rear end can lose pressure, the piston of stress reaction actuating unit can move to first direction under spring force, and movement can drive switching device shifter action, after decontroling switching push button, pressure altering device rear end meeting Recovery and rebuild, piston, can Compress Spring thus to the opposite direction power of first direction under the effect of hydraulic pressure, mobilely also can drive switching device shifter action.This returns action toward one and drives switching device shifter function to switch.
Accompanying drawing explanation
Fig. 1 is that the utility model Long-distance Control implements structural representation;
Fig. 2 is that the utility model remote control function switches pressure altering device decomposing schematic representation;
Fig. 3 is that the utility model remote control function switches pressure altering device assembled sectional view;
Fig. 4 is that the utility model remote control function switches embodiment 1 stress reaction actuating unit and function change-over device decomposing schematic representation;
Fig. 5 is that the utility model remote control function switches embodiment 1 stress reaction actuating unit and function change-over device assembled sectional view;
Fig. 6 is the upward view that the utility model remote control function switches embodiment 1 shell;
Fig. 7 is the rotating disk sectional view that the utility model remote control function switches embodiment 1;
Fig. 8-1 is the utility model remote control function switching embodiment 1 function switching action Fig. 1;
Fig. 8-2 is the utility model remote control function switching embodiment 1 function switching action Fig. 2;
Fig. 8-3 is the utility model remote control function switching embodiment 1 function switching action Fig. 3;
Fig. 8-4 is the utility model remote control function switching embodiment 1 function switching action Fig. 4;
Fig. 9 is that the utility model remote control function switches embodiment 2 stress reaction actuating unit and function change-over device decomposition view;
Figure 10 is the sectional view that the utility model remote control function switches embodiment 2 water-out manners one;
Figure 11 is the sectional view that the utility model remote control function switches embodiment 2 water-out manners two;
Figure 12 is the upward view that the utility model remote control function switches embodiment 2 guide rail;
Figure 13-1 cuts action diagram 1 for the utility model remote control function switches embodiment 2 function;
Figure 13-2 cuts action diagram 2 for the utility model remote control function switches embodiment 2 function;
Figure 13-3 cuts action diagram 3 for the utility model remote control function switches embodiment 2 function;
Figure 13-4 cuts action diagram 4 for the utility model remote control function switches embodiment 2 function.
Detailed description of the invention
Embodiment of the present utility model is explained below in conjunction with accompanying drawing:
As shown in Fig. 1 to Figure 13-4, the utility model discloses a kind of water route Long-distance Control switching mechanism, and it comprises the pressure altering device 1 be assemblied on supply channel, be arranged on stress reaction actuating unit 2 on top-spraying gondola A and function change-over device 3; At least two function water cavities are set in this top-spraying gondola A with apopore corresponding respective respectively; Stress reaction actuating unit 2 drives function change-over device 3 to control the water inlet of the difference in functionality water cavity water inlet of gondola water faucet.。
As shown in Figure 2,3, described pressure altering device 1 comprises button 11, spool 12, back-moving spring 13, body 14 and capping 15; This body 14 laterally forms a valve pocket 140, the sidewall of valve pocket 140 is formed with water inlet 141 and the delivery port 142 of dislocation, forms sealing surface 143 between water inlet 141 and delivery port 142; This spool 12 is matched with in valve pocket 140, its nearly middle part formed bibcock 121 can activity closure sealing surface 143 make water inlet 141 and delivery port 142 formed non-communicating state or between cross hydrospace and diminish, water route, pressure altering device rear end pressure is diminished.
When this pressure altering device 1 combines, spool 12 fit seal also holds back-moving spring 13 and is placed in valve pocket 140, and be limited in valve pocket 140 by capping 15, and to control button 11 be engaged in outside body 14, its newel 111 is through capping 15 and coordinates with spool 12.
Pressure altering device 1 is when normality, and spool 12 is under the holding of back-moving spring 13, and spool 12 is outside movements, and its bibcock 121 departs from and the coordinating of valve pocket 140 sealing surface 143, and water inlet 141 now and water outlet 142 are in the water route open mode communicated; Otherwise pressing button 11 exert a force promotion spool 12 in body 14, and bibcock 121 just can closure sealing surface 143, stop water route, and back-moving spring 13 is in compress energy storage state, pine oil is to the force of button 11, under the effect of back-moving spring 13, spool 12 can return to normality again.
And stress reaction actuating unit 2 mainly comprises piston and a spring that one is subject to hydraulic pressure action; Function change-over device 3 mainly comprises one and is subject to the division box of piston actuated to control the water inlet of the different water inlets of top-spraying gondola.
This function change-over device 3 is rotatably assorted for the water inlet of the rotating disk that is provided with several and crosses aquaporin and difference in functionality water cavity, and practical function switches.
The utility model stress reaction actuating unit 2 as shown in Fig. 4 to Fig. 8-4 and the embodiment 1 of function change-over device 3, this embodiment is be top water inlet for top-spraying gondola A, and this stress reaction actuating unit 2 is provided in top-spraying gondola A with function change-over device 3.
This stress reaction actuating unit 2 comprises piston 21, spring 22 and a holder 23; Be formed centrally mating holes 211 in this piston 21, top forms pressure-bearing surface 212, and bottom forms necking down 213 to pass into holder 23, and holder 23 is that following rotating disk 31 put by a case cover and following water-outlet body 32 is combined together, and its center is provided with perforation 231.And function switches shape and puts 3 and comprise rotating disk 31, water-outlet body 32 and a shell 33; This rotating disk 31 is a disk body, which is provided with at least one water hole 313, this embodiment symmetrical arranges two water holes 313,314, and above the middle part of rotating disk 31, form upper rail 311, below forms lower guideway 312, wherein upper rail 311 is serrated rails, and lower guideway 312 is several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; This water-outlet body 32 is provided with at least two water holes 322,323 to function water cavity corresponding respective respectively, namely water hole arranges in response to the quantity of function water cavity, the guide rail 321 of corresponding rotating disk 31 lower guideway 312 is provided with at the center of water-outlet body 32, this guide rail 321 is also several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; This shell 33 is the housing that a cover puts piston 21, spring 22, holder 23 and rotating disk 31, its upper end is formed with water hole 331 and passage 333, form matching thread in water hole 331 outside to coordinate with top-spraying gondola shell, shell 33 lower central is formed and coordinates bolt 334 coordinate with bolt with this and the discharging device of top-spraying gondola and top spray shell linked together, and coordinates the outer rim on the nearly top of bolt 334 to be provided with the teeth guide rail 332 coordinated with rotating disk 3 upper rail 311; Water hole 331 in this embodiment is distributed in the periphery coordinating bolt 334, and passage 333 is the outer rim places being distributed in shell 33 upper surface.
During combination, rotating disk 31 top supporting spring 22 is placed in holder 23, holder 23 is that cover is placed in the water hole 322,323 of water-outlet body 32 and is combined together with water-outlet body 32, and the perforation 231 being placed in holder 23 is stretched in the necking down 213 of piston 21, the shell of top-spraying gondola A and discharging device are linked together by bolt after covering and putting piston 21 and holder 23 by shell 33, form top-spraying gondola A with this.
Because pressure altering device 1 arranges on feed pipe, just can be engaged in effluent switch close position, even combine with effluent switch, be in low level to install.
Coordinate shown in Fig. 3, Fig. 8-1 to Fig. 8-4, nature downforce modifier 1 is under the effect of back-moving spring 13, and spool 12 can be outwards mobile, and the bibcock 121 of spool 12 can leave the sealing surface 143 of body 14, make pressure altering device 1 for channel status, as shown in Figure 3.Open shower switch, current flow into from the water inlet 141 of pressure altering device 1, flow out from delivery port 142, then top-spraying gondola A is flow to by the road, current are through the water inlet 331 of shell 33, act on the pressure-bearing surface 212 of piston 21, the pressure that piston 21 is subject to water is greater than the spring force of spring 22, piston 21 can move down, thus promotion rotating disk 31 moves down, the lower guideway 312 of rotating disk 31 can coordinate with the guide rail 321 in water-outlet body 32, inclined-plane coordinates makes rotating disk 31 produce rotation, see that rotating disk 31 rotates clockwise predetermined angle from top to bottom, as 67.5 degree, rotating disk 31 and water-outlet body 32 are had a certain degree relation, water hole 313 on rotating disk 31 can aim at the water inlet 323 of water-outlet body 32, top-spraying gondola is made to go out function water one.
When the function water implementing Long-distance Control top-spraying gondola switches, press the button 11 of pressure altering device 1, spool 12 can move by compression reseting spring 13 inwards.The sealing surface 143 of the body 14 until bibcock 121 of spool 12 can be fitted, current are made to be cut off in pressure altering device 1 or to reduce, delivery port 142 rear end of pressure altering device 1 loses hydraulic pressure or hydraulic pressure diminishes, then in top-spraying gondola A stress reaction actuating unit 2 and function change-over device 3 under the effect of spring 22, rotating disk 31 wherein, piston 21 meeting moves, the upper rail 311 of rotating disk 31 can coordinate with the guide rail 332 of shell 33, produce and rotate, see that rotating disk 31 rotates clockwise predetermined angle from top to bottom, as 22.5 degree, rotating disk 31 and shell 33 are had a certain degree relation.Decontrol the force to pressure altering device 1 button 11, current can be switched on again, piston 21 pressurized moves down, rotating disk 31 continuation can rotate, see that rotating disk 31 rotates clockwise predetermined angle from top to bottom, as 67.5 degree, rotating disk 31 moves and moves down corotation again and cross 90 degree, the water hole 313 on rotating disk 31 can aim at the water inlet 322 of water-outlet body 32.Gondola water faucet is made to go out function water two.Thus the button realized by press pressure modifier 1, top-spraying gondola effluent functions changes.
This function change-over device 3 also can be the piston being provided with aquaporin and moves with the water inlet of difference in functionality water cavity and coordinate, and practical function switches.
The utility model stress reaction actuating unit 2 as shown in Fig. 9 to Figure 13-4 and the embodiment 2 of function change-over device 3, this embodiment is be lateral intake for top-spraying gondola A, and this stress reaction actuating unit 2 is provided at outside top-spraying gondola A with function change-over device 3.
This stress reaction actuating unit 2 ＇ comprises piston 21 ＇ and spring 22 ＇, this piston 21 ＇ is a cylinder, its rear end forms pressure-bearing surface 210 ＇, delivery port 212 ＇ is formed in the shaft side of piston 21 ＇, on the shaft outer wall of piston 21 ＇, be provided with guide rail 211 ＇ simultaneously, this guide rail 211 ＇ is a rail closure with the formation of multiple limit, its opposing pistons 21 ＇ is front, after, left, part cloth on the right side, the guide rail that wherein opposing pistons 21 about ＇ is arranged is respectively one section of guide groove and longitudinally arranges with piston 21 ＇ parallel longitudinal along piston 21 ＇, the guide rail arranged before and after opposing pistons 21 ＇ is in addition respectively multistage guide groove, in this embodiment, acute angle is formed outside the guide rail that opposing pistons 21 ＇ front is arranged, inner edge also forms acute angle, and inside and outside acute angle is wrong position setting, form two acute angle grooves outside the guide rail that opposing pistons 21 ＇ rear is arranged, and inner edge is formation acute angle groove, the angle between two outer acute angle grooves of outside is the acute angle groove position being positioned at inner edge formation.
Function switching shape is put 3 and is comprised guide bracket 32 ＇, movable joint 5 ＇ coordinating locating piece 35 ＇ and of slide block 34 ＇ to have water inlet 51 ＇, and guide bracket 32 ＇ is water inlet 322 ＇, the 323 ＇ rears that a block set is located at top-spraying gondola A; Locating piece 35 ＇ coordinates the front of guide bracket 32 ＇ and is nested with on piston 21 ＇, on its inwall formed horizontal elongated slot 351 ＇ for slide block 34 ＇ at this groove to transverse shifting in elongated slot 351 ＇, joint 5 ＇ one end is engaged on feed pipe, the other end is engaged on guide bracket 32 ＇ to be limited in guide bracket 32 ＇ by piston 21 ＇ and spring 22 ＇, and piston 21 ＇ front end stretches to be placed in locating piece 35 ＇, socket cap 341 ＇ of slide block 34 ＇ is wherein engaged in guide rail 211 ＇ of piston 21 ＇.
Nature downforce modifier 1 is under the effect of back-moving spring 13, and spool 12 can be outwards mobile, and the bibcock 121 of spool 12 can leave the sealing surface 143 of body 14, makes pressure altering device 1 be channel status, as shown in Figure 3.Open shower switch, current flow into from the water inlet 141 of pressure altering device 1, flow out from delivery port 142, then water inlet 51 ＇ of joint 5 ＇ is flow to by the road, act on piston 21 ＇, the pressure that piston 21 ＇ is subject to water is greater than the spring force of spring 22 ＇, piston 21 ＇ can move forward, socket cap 341 ＇ of slide block 34 ＇ slides on guide rail 211 ＇ of piston 21 ＇, slide block 34 ＇ slides in elongated slot 351 ＇ of locating piece 35 ＇ simultaneously, slide block 34 ＇ moves to first direction, as Figure 13-1 slides to Figure 13-2, socket cap 341 ＇ of slide block 34 ＇ can withstand piston 21 ＇, piston 21 ＇ is stoped to continue to move forward, delivery port 212 ＇ of piston 21 ＇ can aim at water inlet 322 ＇ of water-outlet body 32 ＇, thus top-spraying gondola A goes out function water one.
When the function water implementing Long-distance Control top-spraying gondola switches, press the button 11 of pressure altering device 1, spool 12 can move by compression reseting spring 13 inwards.The sealing surface 143 of the body 14 until bibcock 121 of spool 12 can be fitted, current are made to be cut off in pressure altering device 1 or to reduce, delivery port 142 rear end of pressure altering device 1 loses hydraulic pressure or hydraulic pressure diminishes, then in top-spraying gondola A stress reaction actuating unit 2 and function change-over device 3 under the effect of spring 22 ＇, piston 21 ＇ can move backward, socket cap 341 ＇ of slide block 34 ＇ slides on guide rail 211 ＇ of piston 21 ＇, slide block 34 ＇ slides in elongated slot 351 ＇ of locating piece 35 ＇ simultaneously, slide block 34 ＇ continues to move to first direction, as Figure 13-2 slides to Figure 13-3, decontrol the force to pressure altering device 1 button 11, current can be switched on again, piston 21 ＇ can move forward, socket cap 341 ＇ of slide block 34 ＇ slides on guide rail 211 ＇ of piston 21 ＇, slide block 34 ＇ slides in elongated slot 351 ＇ of locating piece 35 ＇ simultaneously, slide block 34 ＇ first moves to first direction, and then move to the opposite direction of first direction, as Figure 13-3 slides to Figure 13-4, delivery port 212 ＇ of piston 21 ＇ can aim at water inlet 323 ＇ of water-outlet body 32 ＇, gondola water faucet is made to go out function water two.Thus the button realized by press pressure modifier 1, top-spraying gondola effluent functions changes.
In sum, the utility model realizes the Push And Release in top-spraying gondola A water route by the pressure altering device 1 arranging low level on feed pipe or hydraulic pressure diminishes and recovery, again by arranging stress reaction actuating unit 2 and function change-over device 3 on top-spraying gondola A, the water route utilizing hydraulic pressure to realize top-spraying gondola A difference in functionality water switches, and then realize Long-distance Control top-spraying gondola A go out water state, therefore, the utility model effectively achieve wireless, without electricity can realize to top-spraying gondola effluent functions switch function, and there is the special efficacys such as easy to use, operation is convenient.
Claims (9)
1. a water route Long-distance Control switching mechanism, is characterized in that: comprise the pressure altering device be assemblied on pipeline, be arranged on stress reaction actuating unit on gondola water faucet and function change-over device, arrange at least two function water cavities in gondola water faucet; Stress reaction actuating unit comprises piston and the spring that is subject to hydraulic pressure action; Stress reaction actuating unit drives function change-over device to control the water inlet of the difference in functionality water cavity water inlet of gondola water faucet.
2. water route as claimed in claim 1 Long-distance Control switching mechanism, is characterized in that: described pressure altering device comprises button, spool, back-moving spring, body and capping; This body laterally forms a valve pocket, the sidewall of valve pocket is formed with water inlet and the delivery port of dislocation, forms sealing surface between water inlet and delivery port; This spool is matched with in valve pocket, and its nearly middle part forms bibcock activity closure sealing surface.
3. water route as claimed in claim 1 or 2 Long-distance Control switching mechanism, is characterized in that: described function change-over device is that the water inlet being provided with several rotating disks crossing aquaporin and difference in functionality water cavity is rotatably assorted, and practical function switches.
4. water route as claimed in claim 3 Long-distance Control switching mechanism, is characterized in that: it is be located in top-spraying gondola that described stress reaction actuating unit and function switch that shape puts, and wherein stress reaction actuating unit comprises a piston, a spring and a holder; This piston centre forms mating holes, top forms pressure-bearing surface, bottom forms necking down to pass into holder, and holder is that a case cover is put function and switched the rotating disk put of shape and function and switch the water-outlet body that shape puts and be combined together, and its center is provided with the perforation that confession piston wears; And function switches shape and puts and comprise a rotating disk, a water-outlet body and a shell; This rotating disk is a disk body, which is provided with at least one water hole, and above the middle part of rotating disk, form upper rail, below forms lower guideway, this water-outlet body is provided with at least two water holes to function water cavity corresponding respective respectively, this shell is the housing that a cover puts piston, spring, holder and rotating disk, its upper end is formed with water hole, and coordinate with top-spraying gondola shell, be formed centrally in outer casing underpart and coordinate bolt coordinate with bolt with this and the discharging device of top-spraying gondola and top spray shell linked together, outer casing underpart forms the guide rail coordinated with rotating disk upper rail simultaneously.
5. water route as claimed in claim 4 Long-distance Control switching mechanism, is characterized in that: described rotating disk upper rail is serrated rails, and lower guideway is several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; Be provided with the guide rail of corresponding rotating disk lower guideway at the center of water-outlet body, this guide rail is also several end face shapes teeth in the slope, and the width between adjacent teeth is just suitable with the width of teeth; The outer rim on the nearly top of bolt is coordinated to be provided with the teeth guide rail coordinated with rotating disk upper rail.
6. water route as claimed in claim 1 or 2 Long-distance Control switching mechanism, is characterized in that: described function change-over device is that the piston being provided with aquaporin moves with the water inlet of difference in functionality water cavity and coordinates, practical function switching.
7. water route as claimed in claim 6 Long-distance Control switching mechanism, it is characterized in that: described stress reaction actuating unit and function change-over device are located at outside top-spraying gondola, this stress reaction actuating unit comprises a piston and a spring, this piston is a cylinder, its rear end forms pressure-bearing surface, form delivery port in the shaft side of piston, on the shaft outer wall of piston, be provided with guide rail simultaneously; Function switching shape is put and is comprised a guide bracket, a movable joint coordinating the locating piece and of slide block to have water inlet, and guide bracket is the water inlet rear that a block set is located at top-spraying gondola; Locating piece coordinates the front of guide bracket and is nested with on piston, on its inwall formed a horizontal elongated slot for slide block at this groove to transverse shifting in elongated slot, joint one end is engaged on feed pipe, the other end is engaged on guide bracket so that by piston and spring retainer in guide bracket, and piston nose stretches to be placed in locating piece, wherein the socket cap of slide block is engaged in the guide rail of piston.
8. water route as claimed in claim 7 Long-distance Control switching mechanism, it is characterized in that: described guide rail is a rail closure with the formation of multiple limit, its opposing pistons is front, rear, left and right distributions, the guide rail wherein arranged about opposing pistons is respectively one section of guide groove and longitudinally arranges with piston parallel longitudinal along piston, and the guide rail arranged before and after opposing pistons is in addition respectively multistage guide groove.
9. water route as claimed in claim 8 Long-distance Control switching mechanism, is characterized in that: form acute angle outside the guide rail that described multistage guide groove opposing pistons front is arranged, inner edge also forms acute angle, and inside and outside acute angle is wrong position setting; Form two acute angle grooves outside the guide rail that opposing pistons rear is arranged, and inner edge is formation acute angle groove, the angle between two outer acute angle grooves of outside is the acute angle groove position being positioned at inner edge formation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420438403.XU CN204093604U (en) | 2014-08-06 | 2014-08-06 | Water route Long-distance Control switching mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420438403.XU CN204093604U (en) | 2014-08-06 | 2014-08-06 | Water route Long-distance Control switching mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204093604U true CN204093604U (en) | 2015-01-14 |
Family
ID=52262074
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420438403.XU Withdrawn - After Issue CN204093604U (en) | 2014-08-06 | 2014-08-06 | Water route Long-distance Control switching mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204093604U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104148200A (en) * | 2014-08-06 | 2014-11-19 | 路达(厦门)工业有限公司 | Water channel remote control switching mechanism |
| CN106914352A (en) * | 2017-04-11 | 2017-07-04 | 厦门英仕卫浴有限公司 | A kind of shower of hommization feature operation |
-
2014
- 2014-08-06 CN CN201420438403.XU patent/CN204093604U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104148200A (en) * | 2014-08-06 | 2014-11-19 | 路达(厦门)工业有限公司 | Water channel remote control switching mechanism |
| CN106914352A (en) * | 2017-04-11 | 2017-07-04 | 厦门英仕卫浴有限公司 | A kind of shower of hommization feature operation |
| CN106914352B (en) * | 2017-04-11 | 2022-06-24 | 厦门英仕卫浴有限公司 | Shower operated by humanized function |
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Granted publication date: 20150114 Effective date of abandoning: 20170811 |
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