CN208800272U - A kind of water outlet automatic cycle is shower head switched - Google Patents
A kind of water outlet automatic cycle is shower head switched Download PDFInfo
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- CN208800272U CN208800272U CN201821140997.0U CN201821140997U CN208800272U CN 208800272 U CN208800272 U CN 208800272U CN 201821140997 U CN201821140997 U CN 201821140997U CN 208800272 U CN208800272 U CN 208800272U
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Abstract
The utility model discloses a kind of water outlet automatic cycle is shower head switched comprising shower ontology, water-outlet body, cyclic water outlet control mechanism and full outlet water control mechanism；The water-outlet body, which is matched on shower ontology water outlet and forms one between shower ontology, crosses water cavity, and water-outlet body is equipped at least two function water cavities；The cyclic water outlet control mechanism includes baffle, impeller, speed reducer and water diversion disk, and water diversion disk is equipped with bleeder, water diversion disk rotation is driven by speed reducer while wheel rotation, to drive the bleeder of water diversion disk to recycle each function water cavity water inlet of alignment；The full outlet water control mechanism is set in water-outlet body and controls water diversion disk and moves up and down whether cooperated with controlling the bleeder of water diversion disk and water-outlet body.The utility model can realize that automatic cycle sprays multiple functions spray, also multiple functions spray capable of simultaneous injection.
Description
Technical field
The utility model relates to bathroom fields, and it is shower head switched to particularly relate to a kind of water outlet automatic cycle.
Background technique
With the continuous promotion of people's quality of the life, the requirement to shower is also constantly being promoted, shower water outlet form also from
Earliest single shower water out gradually develops to the multiple water-pouring functions with different water samples out, such as shower water, air-bubble, massage
Water, atomized water etc., the discharging device that the function water of number not of the same race is combined are the so-called three functions leaching of existing market
Bath, five-function shower etc., then be discharged to current 2D, 3D, above water exit mode development is provided to meet consumption
The demand of person.
And shower currently on the market, effluent functions switching mode have through rotation switching, pressing switching, stir switching
Etc., but enable discharging device be only capable of being maintained at a certain function effluent state after the switching of these switching constructions, it cannot achieve difference
Automatic cycle switches between function water, also cannot achieve various function waters while being discharged, even massaging water is also just with leaf
It takes turns and the variation for reaching spray power is stopped to the interval of water flow, and be unable to reach a variety of spray alternations and spray the comfortable leaching taken to
Bath is felt.
Utility model content
The purpose of this utility model is to provide a kind of water outlet automatic cycle is shower head switched, it can realize that automatic cycle sprays
Multiple functions spray, also multiple functions spray capable of simultaneous injection.
In order to achieve the above objectives, the solution of the utility model is:
A kind of water outlet automatic cycle is shower head switched comprising shower ontology, water-outlet body, cyclic water outlet control mechanism and complete
Outlet water control mechanism；The shower bodies top and bottom are respectively water inlet end and water outlet；The water-outlet body is matched with shower
One is formed on ontology water outlet and between shower ontology and crosses water cavity, and the water-outlet body is equipped at least two function water cavities, out
The function water cavity water inlet for being respectively communicated with each function water cavity is equipped at the top of water body；The cyclic water outlet control mechanism includes from upper
Baffle, impeller, speed reducer and the water diversion disk being successively matched in water cavity under and, the water diversion disk are equipped with bleeder,
The water diversion disk rotation is driven by the speed reducer while wheel rotation, to drive the bleeder circulation pair of water diversion disk
Neat each function water cavity water inlet；The full outlet water control mechanism is set in the water-outlet body, the full outlet water control mechanism
Whether control water diversion disk is moved up and down to control the bleeder of water diversion disk and water-outlet body cooperation.
The speed reducer includes shell, input shaft, output shaft and is installed on the intracorporal deceleration mechanism of shell；The shell
Top and bottom are respectively equipped with input shaft mounting hole and output shaft mounting hole；The upper end of the input shaft is connected with impeller, described
The lower end of input shaft penetrates in shell from input shaft mounting hole and is sequentially connected with deceleration mechanism；The upper end of the output shaft is from output
Shaft mounting hole is penetrated in shell and is sequentially connected with deceleration mechanism, and the lower end and water diversion disk center of the output shaft are mating.
The deceleration mechanism is gear reduction or turbine and worm decelerator or planetary gear reducing mechanism or cycloid
Pin gear speed reducer structure.
Spring is equipped between the water diversion disk and speed reducer, the water-outlet body is equipped with about one perforative matching hole
Road.
The full outlet water control mechanism includes the mandril and push rod moving up and down being placed through in cooperation duct, mandril
Top is equipped with several double wedges, and the quantity of the double wedge is even number, by axially opening up along mandril between every two adjacent double wedges
Grooving be spaced apart from each other；The water diversion disk is held on top at the top of the push rod, and the outer wall of the push rod is convexly equipped with several movable with double wedge
The ratchet of cooperation, the quantity of the ratchet are even number, the guide groove phase between every two adjacent ratchet by axially opening up along push rod
The inner wall at mutually interval, the cooperation duct is axially arranged with inwardly protruded strip along it, and the strip is movably fastened the ratchet,
The strip engages with grooving, and the strip is movably fastened with each guide groove, and the cooperation duct inner wall bottom is equipped with convex
Annular convex edge, the annular convex edge contradict the lower end of double wedge；The mandril bottom is connected with button set, the button set and water outlet
Body is equipped with push rod spring in-between.
The full outlet water control mechanism includes the screw rod and nut being successively placed through in cooperation duct from top to bottom；The spiral shell
Against the water diversion disk, the screw rod is equipped with the card edge of evagination at the top of bar, and the card is clamped along with cooperation duct inner wall；It is described
The screw hole being spirally connected with screw rod is equipped in the middle part of nut, the outer wall top of the nut is equipped with the annular gear edge of evagination, the matching hole
Road inner wall bottom is equipped with the annular convex edge of convex, and the lower end on annular gear edge is against the upper end of the annular convex edge；The spiral shell
Female bottom is connected with knob.
The quantity of the function water cavity water inlet is even number, and each function water cavity water inlet circumferentially equidistantly divides
For cloth in water-outlet body, the bleeder on the water diversion disk includes two arched weirs being symmetrical set on water diversion disk.
Each function water cavity is cirque structure, and each function water cavity is arranged concentrically.
Each function water cavity is sector structure, and each function water cavity is arranged concentrically.
The water-outlet body is equipped with the multiple weak inlet openings communicated with each function water cavity, and the aperture of the weak inlet opening is small
In the function water cavity inlet opening diameter, the weak inlet opening is communicated with the water inlet end of shower ontology.
The water-outlet body is equipped with the weak inlet opening communicated with one of each function water cavity, the weak inlet opening
Aperture is less than the function water cavity inlet opening diameter, and the weak inlet opening is communicated with the water inlet end of shower ontology.
After adopting the above structure, the utility model can control the bleeder of water diversion disk by full outlet water control mechanism and go out
Whether water body cooperates；When the bleeder of water diversion disk and water-outlet body cooperate, lead to while impeller persistently rotates under flow action
Crossing speed reducer drives water diversion disk persistently to rotate, then the bleeder circulation of water diversion disk connects each function water cavity water inlet, to control
Whether the water inlet of each function water cavity water inlet of loop control processed, realize that shower automatic cycle sprays multiple functions spray；And work as
When the bleeder of water diversion disk is detached from water-outlet body cooperation, then each function water cavity water inlet is in water flowing state, so that each
Function water cavity is discharged simultaneously, realizes that shower sprays multiple functions spray simultaneously.
Detailed description of the invention
Fig. 1 is the exploded view of the utility model embodiment one；
Fig. 2 is the partial exploded view of the speed reducer of the utility model embodiment one；
Fig. 3 is the partial sectional view of the effluent seat of the utility model embodiment one；
Fig. 4 is the exploded view of the full outlet water control mechanism of the utility model embodiment one；
Fig. 5 is one cross-sectional view of assembled state of the utility model embodiment one；
Fig. 6 is two cross-sectional view of assembled state of the utility model embodiment one；
Fig. 7 is the exploded view of the utility model embodiment two；
Fig. 8 is the exploded view of the water-outlet body of the utility model embodiment two；
Fig. 9 is the exploded view of the full outlet water control mechanism of the utility model embodiment three；
Figure 10 is the assembled state three-dimensional cutaway view of the utility model embodiment three.
Specific embodiment
As shown in Figures 1 to 10, it is shower head switched to disclose a kind of water outlet automatic cycle for the utility model comprising shower sheet
Body 1, water-outlet body 2, cyclic water outlet control mechanism 3 and full outlet water control mechanism 4；Wherein 1 top and bottom of shower ontology
Respectively water inlet end 1211 and water outlet 1212；The water-outlet body 2 be matched on 1 water outlet 1212 of shower ontology and with shower sheet
One is formed between body and crosses water cavity 120, and the water-outlet body 2 is equipped at least two function water cavities 23, is equipped with difference at the top of water-outlet body 2
It is connected to the function water cavity water inlet 211 of each function water cavity 23；The cyclic water outlet control mechanism includes successively matching from top to bottom
Together in baffle 31, impeller 32, speed reducer 33 and the water diversion disk 34 crossed in water cavity 120, the water diversion disk 34, which is equipped with, divides water
Mouth 341 drives the water diversion disk 34 to rotate, to drive water diversion disk 34 while the impeller 32 rotates by the speed reducer 33
The circulation of bleeder 341 be aligned each function water cavity water inlet 211；The full outlet water control mechanism 4 is set to the water-outlet body 2
On, the full outlet water control mechanism control water diversion disk 34 is moved up and down to control the bleeder 341 of water diversion disk 34 with water-outlet body 2 and match
Whether conjunction.
The utility model can control the bleeder 341 of water diversion disk 34 by full outlet water control mechanism 4 and water-outlet body 2 cooperates
Whether；Cooperate shown in Fig. 5, when the bleeder of water diversion disk 34 341 and the cooperation of water-outlet body 2, impeller 32 continues under flow action
Water diversion disk 34 is driven persistently to rotate by speed reducer 33 while rotation, then the circulation of bleeder 341 of water diversion disk 34 is connected each
Function water cavity water inlet 211, to realize that shower follows automatically whether the water inlet of each function water cavity water inlet 211 of loop control
Ring spray penetrates multiple functions spray；Cooperate shown in Fig. 6 and Figure 10, and cooperates when the bleeder 341 of water diversion disk 34 is detached from water-outlet body 2
When, then each function water cavity water inlet 211 is in water flowing state, so that each function water cavity 23 is discharged simultaneously, realizes shower
Multiple functions spray is sprayed simultaneously.
In order to which the technical solution of the utility model is explained further, come below by following three embodiments practical new to this
Type is described in detail.
Embodiment one:
Cooperate shown in Fig. 1, in the present embodiment, the shower ontology 1 includes a shell 11 and a water-logged base 12, institute
It states water-logged base 12 to be fixed on by way of being spirally connected or being clamped in shell 11, water-logged base 12 is equipped with water passage up and down
121, the upper end of the water passage 121 is the water inlet end 1211, and the lower end of the water passage 121 is the water outlet
End 1212.
Cooperate shown in Fig. 1 and Fig. 3, in the present embodiment, the water-outlet body 2 is including effluent seat 21 and is fixed on effluent seat
The water outlet panel 22 of 21 bottoms, the mode and water outlet that the water outlet panel 22 can be connected by a snap, welds or be threadedly coupled
Seat 21 is connected, and the effluent seat 21 can be connected by screw with water-logged base 12, and effluent seat 21 can also be connected by a snap
Or the mode being threadedly coupled is connected with water-logged base 12；The center of the effluent seat 21 is equipped with a through-hole 212, the water outlet panel
22 centers are equipped with the perforation 222 of a face through-hole 212, by the through-hole 212 and 222 cooperation of perforation so that the water-outlet body
2 about one perforative cooperation ducts 24 of formation are for installing the full outlet water control mechanism 4；The water outlet panel 22 with go out
Be formed at least two function water cavities 23 between water seat 21, the corresponding each function water cavity 23 of the water outlet panel 22 be respectively equipped with
The different function water outlet 221 that each function water cavity 23 communicates is so that each function water cavity 23 water outlet spray is different；It is described go out
Water seat 21 is equipped with the function water cavity water inlet 211 communicated respectively with each function water cavity 23, the function water cavity water inlet 211
Quantity can be even number, each function water cavity water inlet 211 is circumferentially equally distributed on effluent seat 21, and described divides water
Bleeder 341 on disk 34 includes being symmetrical set two arched weirs on water diversion disk 34, in this way in point of water diversion disk 34
In the case where the cooperation of the mouth of a river 341 and water-outlet body 2, water diversion disk 34 can control two opposite function water cavity water inlets every time
211 intake simultaneously.
In the present embodiment, each function water cavity 23 can be cirque structure, and each function water cavity 23
It is arranged concentrically；Specifically, a circular ring shape water cavity opening up and around perforation 222 is formed on 22 bottom of water outlet panel,
The circular ring shape water cavity set there are two along circular ring shape water cavity circumferential direction raised line 223 circular ring shape water cavity is separated into three circular ring shape knots
The annular groove 224 of structure；Three annular grooves 224 contradict effluent seats 21 and cooperatively form the functions of three cirque structures with effluent seat 21
Water cavity 23, the function water cavity 23 of corresponding three cirque structures is respectively equipped with different function water outlet on the water outlet panel 22
221 so that the function water cavity 23 of three cirque structures is discharged spray difference；Function water there are six being set on the effluent seat 21
Chamber water inlet 211, six function water cavity water inlets 211 circumferentially equidistantly distributed are opposite in six function water cavity water inlets 211
Two function water cavity water inlets 211 constitute one group, every group of function water cavity water inlet 211 function with a cirque structure respectively
Energy water cavity 23 communicates, wherein the function water cavity 23 for being located at two cirque structures in outside can be each by setting in the water surface out
Two diversion trenches 225 on plate 22 are respectively communicated with the two function water cavity water inlets 211 communicated therewith.When point of water diversion disk 34
When the mouth of a river 341 and water-outlet body 2 cooperate, since the bleeder 341 on water diversion disk 34 includes being symmetrical set on water diversion disk 34
Two arched weirs, then water diversion disk 34 persistently rotates so that 34 loop control of water diversion disk, six function water cavity water inlets 211
During whether water inlet, the controllable two opposite function water cavity water inlets 211 of water diversion disk 34 intake simultaneously and make a circle
The function water cavity 23 of ring structure is discharged, to form a water outlet pattern, such the utility model can form three kinds of water outlets
The circulation change of pattern.
Cooperate shown in Fig. 3, in the present embodiment, is also provided in the water-outlet body 2 and distinguishes with each function water cavity 23
The multiple weak inlet openings 215 communicated, the aperture of the weak inlet opening 215 are less than 211 aperture of function water cavity water inlet, it is described it is weak into
Water hole 215 is communicated with the holding of the water inlet end 1211 of shower ontology 1, so that each function water cavity 23 is just always maintained at water outlet, in this way
When the bleeder of water diversion disk 34 341 and water-outlet body 2 cooperate, each function water cavity water inlet 211 of 34 loop control of water diversion disk
Water inlet is strong and weak with the water outlet for being otherwise recycled each function water cavity 23 of change, realizes a variety of high-intensitive function of shower automatic cycle injection
It can spray；And when the bleeder of water diversion disk 34 341 is detached from and cooperates with water-outlet body 2, shower then sprays a variety of high-intensitive function simultaneously
It can spray.
Cooperate shown in Fig. 1, in the present embodiment, the baffle 31 is the cylinder that cover sets impeller 32, and top is in circle
Week is distributed with oblique water inlet 311, pass through in this way baffle 31 water flow will receive oblique water inlet 311 guiding role and
Impact impeller 32 is to drive impeller 32 to rotate；The baffle 31 is also possible to cylindrical drum with a closed top, if side wall is equipped with
Dry oblique inlet opening, in this way it is also possible that water impact impeller 32 is to drive impeller 32 to rotate.The baffle 31 is not
It is confined to above structure, as long as baffle 31 can guide water flow and make water impact impeller 32 to drive impeller 32
Rotation.
Cooperate shown in Fig. 1 and Fig. 2, in the present embodiment, the speed reducer 33 includes shell 331, input shaft 332, output
Axis 333 and the deceleration mechanism 334 being installed in shell 331；The top and bottom of the shell 331 are respectively equipped with input shaft peace
Fill hole 3313 and output shaft mounting hole 3314；The upper end of the input shaft 332 is connected with impeller 32, under the input shaft 332
End penetrates in shell 331 from input shaft mounting hole 3313 and is sequentially connected with deceleration mechanism 334；The upper end of the output shaft 333 from
Output shaft mounting hole 3314 penetrates in shell 331 to be sequentially connected with deceleration mechanism 334, the lower end of the output shaft 333 and Fen Shui
34 center of disk is mating, and the speed reducer 33 can form a package by shell 331, input shaft 332 and output shaft 333
The seal cavity of deceleration mechanism 334 is avoided that the impurity in water flow blocks deceleration to avoid water impact deceleration mechanism 334
Mechanism 334 and cause deceleration mechanism 334 that can not work；Cooperate shown in Fig. 2, wherein the shell 331 includes upper cover 3311 under
Lid 3312 is equipped with the input shaft mounting hole 3313 at the top of the upper cover 3311, and 3312 bottom of lower cover is equipped with the output
By buckle structure releasable connection, which may include setting for shaft mounting hole 3314, the upper cover 3311 and lower cover 3312
It sets in the claw 3315 in upper cover 3311 and the card hole 3316 being arranged on lower cover 3312, the claw 3315 and card hole 3316
Clamping；The upper cover 3311 and lower cover 3312 are not limited to through buckle structure releasable connection, the upper cover 3311 and lower cover
3312 can also pass through screw releasable connection；The input shaft 332 is integrally formed or is welded to connect, described point with the impeller 32
34 center of water pond is equipped with the jack 342 planted for output shaft 333；Cooperate shown in Fig. 2, the deceleration mechanism 334 can be for by more
Planetary gear reducing mechanism made of a planetary gear combination；The deceleration mechanism 334 is not limited to using planetary gear reduction
Fast mechanism, the deceleration mechanism 334 are also possible to slow down for gear reduction or turbine and worm decelerator or cycloidal-pin wheel
Mechanism.
Cooperate shown in Fig. 1, Fig. 5 and Fig. 6, in the present embodiment, spring is equipped between the water diversion disk 34 and speed reducer 33
5, make water diversion disk 34 that there is the trend moved down by the spring 5.
Cooperate shown in Fig. 3 to Fig. 6, in the present embodiment, the full outlet water control mechanism 4 includes moving up and down places
Mandril 41 and push rod 42 in cooperation duct 24；Wherein the top of the mandril 41 is equipped with the double wedge that several end faces are inclined-plane
411, the quantity of the double wedge 411 is even number, the grooving between every two adjacent double wedges 411 by axially opening up along mandril 41
412 are spaced apart from each other；41 bottom of mandril is connected with button set 43, and the button set 43 is equipped with top with water-outlet body 2 in-between
Bar spring 44；The water diversion disk 34 is held on top at the top of the push rod 42, and the outer wall of the push rod 42 is convexly equipped with several living with double wedge 411
The ratchet 421 of dynamic cooperation, the quantity of the ratchet 421 are even number, by axial along push rod 42 between every two adjacent ratchet 421
The guide groove 422 opened up is spaced apart from each other, and the inner wall in the cooperation duct 24 is axially arranged with inwardly protruded strip 241 along it, described
Strip 241 is movably fastened the ratchet 421, and the strip 241 engages with grooving 412, the strip 241 and each guide groove 422
It is movably fastened, the cooperation 24 inner wall bottom of duct is equipped with the annular convex edge 243 of convex, and the annular convex edge 243 contradicts double wedge
411 lower end is to prevent mandril 41 to be detached from cooperation duct 24.
Cooperate shown in Fig. 5 and Fig. 6, in the present embodiment, the working principle of the full outlet water control mechanism 4 are as follows:
Cooperate shown in Fig. 5, when original state, the strip 241 in cooperation duct 24 is sticked in a guide groove 422, in spring 5
Under effect, the bleeder 341 of water diversion disk 34 forms matching relationship with water-outlet body against 2 top of water-outlet body；
When upward button set 43, mandril 41 can be pressed up simultaneously to overcome the elastic force of push rod spring 44 and make mandril
41 move up, and mandril 41, which moves up, will push push rod 42 and move up, and push rod 42 moves up and will push water diversion disk 34 and move up and make water diversion disk
34 bleeder 341 is detached from the matching relationship with water-outlet body 2, and spring 5 is compressed；Make to cooperate duct when moving on push rod 42
When 24 strip 241 is detached from guide groove 422, mandril 41 double wedge 411 it is end-acted under, push rod 42 can rotate forward certain angle
Degree；When unclamping the pressing to button set 43, spring 5 pushes down on water diversion disk 34, and water diversion disk 34 pushes down on push rod 42, push rod
Under the action of strip 241, push rod 42 will continue to rotate forward certain angle 42 ratchet 421, and strip 241 is made to block one
Ratchet 421, to make push rod 42 stop operating and in the case where the top of strip 241 is held without moving down, so that the bleeder 341 of water diversion disk 34
The state cooperated with water-outlet body 2 is remained disengaged from, such water flow can flow into each function water cavity water inlet 211, so that each
Function water cavity 23 is discharged simultaneously；Cooperate shown in Fig. 4, in the present embodiment, the quantity of the double wedge 411 and ratchet 421 is six
It is a, the angle of 42 maximum rotation of push rod can be made to be 60 degree in mandril 41 of pressing in this way.
When pressing up button set 43 again up, mandril 41 will push push rod 42 and continue to move up, when push rod 42
Be moved to make strip 241 be detached from the engaging of ratchet 421 when, mandril 41 double wedge 411 it is end-acted under, push rod 42 understand just
To turning an angle, the pressing to button set 43 is unclamped at this time, and water diversion disk 34 moves down under the effect of spring 5 and pushes push rod
42 move down, and under the action of strip 241, push rod 42 will continue to rotate forward certain angle the ratchet 421 of push rod 42, and make card
Item 241 is aligned guide groove 422, and push rod 42 continues to move down so that strip 241 engages guide groove 422, so that water diversion disk 34 at this time
Bleeder 341 restore with the matching relationship of water-outlet body 2, at this moment under flow action, the circulation of bleeder 341 of water diversion disk 34 is connect
Lead to each function water cavity water inlet 211, to realize whether control loop controls the water inlet of each function water cavity water inlet 211
Shower automatic cycle sprays multiple functions spray.
Embodiment two:
As shown in Figure 7 and Figure 8, the difference between this embodiment and the first embodiment lies in difference in water-outlet body structure.
In the present embodiment, as shown in Figure 7 and Figure 8, in the present embodiment, the water-outlet body 2 include effluent seat 21 and
It is fixed on the water outlet panel 22 of 21 bottom of effluent seat, the water outlet panel 22 can be connected by a snap or be threadedly coupled or weld
Mode be connected with effluent seat 21, and the effluent seat 21 can be connected by screw with water-logged base 12, and effluent seat 21 can also be with
The mode for being connected by a snap or being threadedly coupled is connected with water-logged base 12；The center of the effluent seat 21 is equipped with a through-hole 212,
22 center of water outlet panel be equipped with a face through-hole 212 perforation 222, by the through-hole 212 and perforation 222 cooperate so that
It obtains the water-outlet body 2 and forms about one perforative cooperation duct 24 for installing the full outlet water control mechanism 4；It is described go out
At least two function water cavities 23, the corresponding each function water cavity of the water outlet panel 22 are formed between water panel 22 and effluent seat 23
23 are respectively equipped with the different function water outlet 221 communicated with each function water cavity 23 so that each function water cavity 23 is discharged spray
It is different；The effluent seat 21 is equipped with the function water cavity water inlet 211 communicated respectively with each function water cavity 23, the function water
The quantity of chamber water inlet 211 can be even number, and each function water cavity water inlet 211 is circumferentially equally distributed on effluent seat 21
On, and the bleeder 341 on the water diversion disk 34 includes being symmetrical set two arched weirs on water diversion disk 34, is existed in this way
In the case where the bleeder 341 of water diversion disk 34 and the cooperation of water-outlet body 2, water diversion disk 34 can control two opposite functions every time
Water cavity water inlet 211 intakes simultaneously and makes the function water cavity 23 of two opposite sector structures while being discharged and forming one and go out
Water sample formula, such the utility model can form the circulation change of three kinds of water outlet patterns.
In the present embodiment, each function water cavity 23 is sector structure, and each function water cavity 23 is set with one heart
It sets.Specifically, a circular ring shape chamber opening down and around perforation 222, the circular ring shape are formed on 21 bottom of effluent seat
Chamber sets that there are six the convex ribs 213 along circular ring shape chamber radial direction with six equal part of circular ring shape chamber, thus six fan grooves of formation
214；Six fan grooves 214 contradict water outlet panels 22 and cooperatively form the function water cavity of six sector structures with water outlet panel 22
23, the effluent seat 21 is equipped with the six function water cavity water inlets communicated respectively with the function water cavity 23 of six sector structures
211, circumferentially equidistantly distributed, the water outlet panel 22 correspond to the function of six sector structures to six function water cavity water inlets 211
Energy water cavity 23 is respectively equipped with different function water outlet 221 so that the function water cavity 23 of six sector structures is discharged spray difference.
When the bleeder of water diversion disk 34 341 and water-outlet body 2 cooperate, since the bleeder 341 on water diversion disk 34 includes being symmetrical set
Two arched weirs on water diversion disk 34, then water diversion disk 34 persistently rotates so that water diversion disk 34 loop control, six function waters
During whether the water inlet of chamber water inlet 211, water diversion disk 34 can control two function water cavity water inlets 211 to intake simultaneously, this
Sample utility model can form the circulation change of three kinds of water outlet patterns.
Cooperate shown in Fig. 7 and Fig. 8, in the present embodiment, is also provided in the water-outlet body 2 and each function water cavity 23
One of them weak inlet opening 215 communicated, the aperture of the weak inlet opening 215 is less than 211 aperture of function water cavity water inlet, described weak
Inlet opening 215 is communicated with the holding of the water inlet end 1211 of shower ontology 1, and the function water cavity 23 communicated in this way with weak inlet opening 215 is just
It is always maintained at water outlet, and whether 34 loop control of water diversion disk is connected to the water inlet of function water cavity water inlet 211 of the function water cavity 23
Then the recyclable water outlet for changing the function water cavity 23 is strong and weak, and 34 loop control other function water cavity water inlet 211 of water diversion disk
Whether otherwise water inlet is with the water outlet for changing other function water cavity 23 is recycled.
Embodiment three:
As shown in Fig. 9 to Figure 10, the difference between this embodiment and the first embodiment lies in being in complete 4 structure of outlet water control mechanism
Difference.
Specifically, the full outlet water control mechanism 4 includes successively being placed through cooperation duct 24 from top to bottom in the present embodiment
Interior screw rod 45 and nut 46；The top of the screw rod 45 is equipped with the card edge of evagination against the water diversion disk 34, the screw rod 45
451, the card is equipped with bayonet 4511 along 451, and cooperation 24 inner wall of duct is equipped with the positive stop strip 242 being placed in bayonet 4511
So that card is rotated along 451 and cooperation 24 inner wall of duct clamping to limit screw rod 45；It is equipped in the middle part of the nut 46 and screw rod
45 screw holes 461 being spirally connected, the outer wall top of the nut 46 are equipped with the annular gear of evagination along 462,24 inner wall of cooperation duct
Bottom be equipped with convex annular convex edge 243, it is described annular gear along 462 lower end against the upper end of the annular convex edge 243, it is described
46 bottom of nut is connected with knob 47.
Cooperate shown in Figure 10, in the present embodiment, the working principle of the full outlet water control mechanism 4 are as follows:
It will drive nut 46 when rotating forward knob 47 to rotate forward and 45 opposing nut 46 of screw rod is driven to move up, to push away
Dynamic water diversion disk 34 moves up and the bleeder 341 of water diversion disk 34 is made to be detached from the cooperation with water-outlet body 2, and such water flow can flow into respectively
A function water cavity water inlet 211, so that each function water cavity 23 is discharged simultaneously；Wherein the extreme position that moves up of the screw rod 45 can
To cooperate tooth is long to control by screw rod 45 and nut 46, can also be controlled by the rotation angle of limitation knob 47 or nut 46
System.
It will drive nut 46 when rotating backward knob 47 to rotate backward and 45 opposing nut 46 of screw rod is driven to move down, water diversion disk
34 move down under the effect of spring 5, so that the cooperation with water-outlet body 2 is restored in the bleeder 341 of water diversion disk 34, at this moment in water
Under stream effect, the circulation of bleeder 341 of water diversion disk 34 connects each function water cavity water inlet 211, so that control loop control is each
Whether the water inlet of a function water cavity water inlet 211, realize that shower automatic cycle sprays multiple functions spray.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (11)
1. a kind of water outlet automatic cycle is shower head switched, it is characterised in that: control machine including shower ontology, water-outlet body, cyclic water outlet
Structure and full outlet water control mechanism；
The shower bodies top and bottom are respectively water inlet end and water outlet；
The water-outlet body is matched on shower ontology water outlet and the water cavity excessively of formation one between shower ontology, in the water-outlet body
Equipped at least two function water cavities, the function water cavity water inlet for being respectively communicated with each function water cavity is equipped at the top of water-outlet body；
The cyclic water outlet control mechanism include the baffle, impeller, speed reducer that were successively matched in water cavity from top to bottom with
And water diversion disk, the water diversion disk are equipped with bleeder, by dividing water described in the speed reducer driving while wheel rotation
Disk rotation is aligned each function water cavity water inlet to drive the bleeder of water diversion disk to recycle；
The full outlet water control mechanism is set in the water-outlet body, and the full outlet water control mechanism control water diversion disk moves up and down
Whether cooperation with the bleeder for controlling water diversion disk and water-outlet body.
2. a kind of water outlet automatic cycle as described in claim 1 is shower head switched, it is characterised in that: the speed reducer includes shell
Body, input shaft, output shaft and it is installed on the intracorporal deceleration mechanism of shell；Input shaft is respectively equipped at the top and bottom of the shell
Mounting hole and output shaft mounting hole；The upper end of the input shaft is connected with impeller, and the lower end of the input shaft is installed from input shaft
Hole penetrates in shell and is sequentially connected with deceleration mechanism；The upper end of the output shaft from output shaft mounting hole penetrate in shell with deceleration
Mechanism driving connection, the lower end and water diversion disk center of the output shaft are mating.
3. a kind of water outlet automatic cycle as claimed in claim 2 is shower head switched, it is characterised in that: the deceleration mechanism is gear
Deceleration mechanism or turbine and worm decelerator or planetary gear reducing mechanism or cycloidal planetary gear speed reducer structure.
4. a kind of water outlet automatic cycle as described in claim 1 is shower head switched, it is characterised in that: the water diversion disk and speed reducer
Between be equipped with spring, the water-outlet body be equipped with about one perforative cooperation duct.
5. a kind of water outlet automatic cycle as claimed in claim 4 is shower head switched, it is characterised in that: the full outlet water control mechanism
Including the mandril and push rod moving up and down being placed through in cooperation duct, the top of mandril is equipped with several double wedges, the double wedge
Quantity be even number, by being spaced apart from each other along the grooving that mandril axially opens up between every two adjacent double wedges；The push rod top
The water diversion disk is held on top in portion, and the outer wall of the push rod is convexly equipped with several ratchets with double wedge activity cooperation, the quantity of the ratchet
For even number, by being spaced apart from each other along the guide groove that push rod axially opens up between every two adjacent ratchet, the inner wall in the cooperation duct
Inwardly protruded strip is axially arranged with along it, and the strip is movably fastened the ratchet, and the strip engages with grooving, the card
Item is movably fastened with each guide groove, and the cooperation duct inner wall bottom is equipped with the annular convex edge of convex, and the annular convex edge contradicts
The lower end of double wedge；The mandril bottom is connected with button set, and the button set is equipped with push rod spring with water-outlet body in-between.
6. a kind of water outlet automatic cycle as claimed in claim 4 is shower head switched, it is characterised in that: the full outlet water control mechanism
Including the screw rod and nut being successively placed through in cooperation duct from top to bottom；The top of the screw rod is against the water diversion disk, institute
The card edge that screw rod is equipped with evagination is stated, the card is clamped along with cooperation duct inner wall；It is equipped in the middle part of the nut and to be spirally connected with screw rod
Screw hole, the outer wall top of the nut are equipped with the annular gear edge of evagination, and the cooperation duct inner wall bottom is equipped with the annular of convex
Convex edge, the lower end on annular gear edge is against the upper end of the annular convex edge；The nut bottom is connected with knob.
7. a kind of water outlet automatic cycle as described in claim 1 is shower head switched, it is characterised in that: the function water cavity water inlet
Quantity be even number, circumferentially equidistantly distributed is in water-outlet body for each function water cavity water inlet, on the water diversion disk
Bleeder include two arched weirs being symmetrical set on water diversion disk.
8. a kind of water outlet automatic cycle as claimed in claim 7 is shower head switched, it is characterised in that: each function water cavity is
Cirque structure, and each function water cavity is arranged concentrically.
9. a kind of water outlet automatic cycle as claimed in claim 7 is shower head switched, it is characterised in that: each function water cavity is
Sector structure, and each function water cavity is arranged concentrically.
10. a kind of water outlet automatic cycle as claimed in claim 1 or 7 is shower head switched, it is characterised in that: set in the water-outlet body
There are the multiple weak inlet openings communicated with each function water cavity, the aperture of the weak inlet opening is less than the function water cavity inlet opening
Diameter, the weak inlet opening are communicated with the water inlet end of shower ontology.
11. a kind of water outlet automatic cycle as claimed in claim 1 or 7 is shower head switched, it is characterised in that: set in the water-outlet body
There is the weak inlet opening communicated with one of each function water cavity, the aperture of the weak inlet opening is less than function water cavity water inlet
Aperture, the weak inlet opening are communicated with the water inlet end of shower ontology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140997.0U CN208800272U (en) | 2018-07-18 | 2018-07-18 | A kind of water outlet automatic cycle is shower head switched |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140997.0U CN208800272U (en) | 2018-07-18 | 2018-07-18 | A kind of water outlet automatic cycle is shower head switched |
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| Publication Number | Publication Date |
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| CN208800272U true CN208800272U (en) | 2019-04-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821140997.0U Active CN208800272U (en) | 2018-07-18 | 2018-07-18 | A kind of water outlet automatic cycle is shower head switched |
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| CN (1) | CN208800272U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112012284A (en) * | 2020-09-24 | 2020-12-01 | 惠达卫浴股份有限公司 | Platformization goes out water and switches structure |
| CN112138887A (en) * | 2020-10-10 | 2020-12-29 | 谷力(厦门)科技有限公司 | Button switching mechanism |
| CN112275461A (en) * | 2020-10-28 | 2021-01-29 | 谷力(厦门)科技有限公司 | A kind of shower head with self-rotating surface cover |
| CN112705370A (en) * | 2019-10-25 | 2021-04-27 | 厦门松霖科技股份有限公司 | Water outlet device capable of discharging different water flowers from same nozzle |
| CN114632635A (en) * | 2022-01-25 | 2022-06-17 | 厦门水蜻蜓卫浴科技有限公司 | a water outlet |
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2018
- 2018-07-18 CN CN201821140997.0U patent/CN208800272U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112705370A (en) * | 2019-10-25 | 2021-04-27 | 厦门松霖科技股份有限公司 | Water outlet device capable of discharging different water flowers from same nozzle |
| CN112012284A (en) * | 2020-09-24 | 2020-12-01 | 惠达卫浴股份有限公司 | Platformization goes out water and switches structure |
| CN112138887A (en) * | 2020-10-10 | 2020-12-29 | 谷力(厦门)科技有限公司 | Button switching mechanism |
| CN112275461A (en) * | 2020-10-28 | 2021-01-29 | 谷力(厦门)科技有限公司 | A kind of shower head with self-rotating surface cover |
| CN114632635A (en) * | 2022-01-25 | 2022-06-17 | 厦门水蜻蜓卫浴科技有限公司 | a water outlet |
| CN114632635B (en) * | 2022-01-25 | 2023-07-07 | 厦门水蜻蜓卫浴科技有限公司 | Water outlet device |
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