CN102019237B

CN102019237B - A spray-gear-adjustable modularized multifunctional water spray head and an adjusting method

Info

Publication number: CN102019237B
Application number: CN 200910173295
Authority: CN
Inventors: 邱家森; 郑孟峰; 陈元胜; 张昌文; 陆尧
Original assignee: Globe Union Industrial Corp
Current assignee: Shenzhen Globe Union Enterprise Co ltd
Priority date: 2009-09-22
Filing date: 2009-09-22
Publication date: 2013-01-09
Anticipated expiration: 2029-09-22
Also published as: CN102019237A

Abstract

The invention relates to a spray-gear-adjustable modularized multifunctional water spray head and an adjusting method. The water spray comprises a modularized core unit which consists of a water-inlet-fixing base, a oppositely rotatory water-diversion assembly, two water-stoppage pistons, a rotatory positioning structure and an adjustable gear assembly both of which are in between the water-inlet-fixing base and the water-diversion assembly. The modularized core unit can, by choosing gear bolt installation location of the rotatory positioning structure, or by adjusting at least one of those stator lugs of the adjustable gear assembly, or by fittingly removing one of those rotor lugs of the adjustable gear assembly, assembly into different water spray heads with various water-gears to satisfy the demand of customization and modularization.

Description

Modularity Multi-function water spray head and the method for adjustment thereof of capable of regulating spray gear number

[technical field]

The present invention relates to a kind of Water outlet spray head, in more detail, particularly relate to a kind of modularity Multi-function water spray head and method of adjustment thereof of capable of regulating spray gear number.

[background technology]

Existing Multi-function water spray head, the Multi-function water spray head of using such as shower especially, unifunctional water outlet can be provided, such as: the water exit modes such as foam water outlet, waterline water outlet, massage water outlet and powerful water outlet, also can provide mixed function, be generally bifunctional water outlet, add such as: massage water outlet that foam water outlet, foam water outlet add powerful water outlet, powerful water outlet adds the waterline water outlet and the waterline water outlet adds the water exit modes such as massage water outlet.In addition, it is the fountain heads such as three functions, five-function or seven functions that Multi-function water spray head also can be distinguished according to available spray gear number, certainly, general more sprays gear number, more multi-functional fountain head namely, because functional strong, add internal structure complexity and the spare part higher costs that cause more, the price of its product is common also higher.

Because the consumer is for the Multi-function water spray head of different spray gear numbers, certain demand is all arranged, add the Multi-function water spray head of existing different spray gear numbers, its inner component structure is all fully different, cause to share each other, therefore, the dealer must be for the spare part of different spray gear numbers mold developing one by one, relend by these moulds and manufacture other parts, special in suitably guide minute water assembly of shunting in order to the current that will enter, can make in relative rotation entry holder after the water assembly installation is located for this minute, and in order to this minute water assembly be positioned rotary positioning structure on the default turned position, at last, see through again these other spare parts, assemble respectively and form the Multi-function water spray head that meets client's different demands on spray gear number, therefore, not only the development cost of mould is high, in the exploitation of mould in the process that can drop into volume production, the often many modifications of essential experience, the time to volume of product is longer; In addition, for can within a short period of time play it by ear client's demand, usually must prepare for the fountain head spare part of each spray gear number the stock of some, the quantity that these stocks are added up and cost are usually also considerable, also all bring to the dealer and manage upper great pressure and puzzlement, so how effectively to address the above problem, truly have its necessity.

[summary of the invention]

Main purpose of the present invention is to provide a kind of modularity Multi-function water spray head and method of adjustment thereof of capable of regulating spray gear number, make the assembler can be easily according to the different demands of each client on spray gear number, adjust neatly the Multi-function water spray head that assembling forms the needed spray gear of client number, and reach customized and the modular effect of part, can manufacture cost so as to reducing significantly, and shorten product volume production and time of delivery.

For reaching above-mentioned purpose, the invention provides a kind of modularity Multi-function water spray head of capable of regulating spray gear number, comprise the modularity core cell that the current that enter can be formed multiple different water exit modes; This modularity core cell more comprises:

One entry holder, the water stream channel that having to supply water flows to out, and be provided with two symmetrically and be communicated in respectively the filler block tank of this water stream channel at water outlet side, the current by this water stream channel can be flowed out thus;

One minute water assembly, can be operated relatively rotate with the water outlet side of this entry holder, its water inlet side is provided with the array water inlet, each group water inlet comprises two symmetrical water inlets, and these water inlets are distributed on the concentrically ringed circumference; This minute, the water outlet side of water assembly was provided with several delivery ports, and be provided with minute water chamber that several are communicated with respectively these water inlets and delivery port in inside, make to come from the current of respectively organizing water inlet by after each corresponding minute water chamber, can be respectively from the spray of each corresponding different water exit mode of delivery port ejection formation;

Two filler blocks, can be installed in respectively in each filler block tank of above-mentioned entry holder, and can with this minute water assembly water inlet side keep elasticity to stick to, and inside respectively has a limbers, can be when this minute, water assembly rotates, respectively suitably with one group of relative connection of water inlet of above-mentioned minute water assembly, and the Waterflow-guiding that will come from this entry holder flows in each relative water inlet;

One rotary positioning structure, can be arranged between this entry holder and this minute water assembly, it comprise a shift finger, can for this shift finger install the location a shift finger tank, several are positioned at the shift finger locating hole of one first pivot region, and several are positioned at the shift finger locating hole of one second pivot region; Wherein wantonly two adjacent shift finger locating holes respectively are separated with one first angle mutually in this first pivot region and the second pivot region, this first pivot region respectively is separated with the second angle that an angle is this first angle 1/2 mutually with two adjacent shift finger locating holes of this second pivot region intersection, and this shift finger can along with this minute water assembly rotation suitably with this first pivot region in any shift finger locating hole mutually locate, so as to producing the water exit mode of single function water outlet, or suitably with this second pivot region in any shift finger locating hole mutually locate, so as to producing the water exit mode of difunctional water outlet;

One capable of regulating gear assembly can be arranged between the relative position of this entry holder and this minute water assembly, and it comprises several stator projections, and a rotor bump; Wherein, this rotor bump can be limited in above-mentioned two chosen salient stator interblocks and rotate, this shift finger can be contained in this first pivot region in the angular range of two shift finger locating holes at least make rotation-limited, and be removed before installation by at least one that limits said stator projection that this rotor bump rotates, can increase the rotating angular range of this rotor bump, make this shift finger can be within containing this first pivot region make rotation-limited in the angular range of more shift finger locating holes, or contain again in the angular range of at least one shift finger locating hole in this second pivot region and make rotation-limited, and can or all before installation, be removed by the most of of the said stator projection that limits this rotor bump rotation, or by this rotor bump is removed before installation, make this shift finger can be within containing this first pivot region with this second pivot region in rotate in the angular range of all shift finger locating holes; Accordingly, make these filler blocks be adjusted being controlled at least three kinds of different angles scopes and the relative connection of these water inlets dos, make this modularity core cell that three kinds of different spray gear numbers can be provided at least, assemble the Multi-function water spray head that formation meets customer demand and can select one.

The present invention more provides a kind of method of adjustment of modularity Multi-function water spray head of capable of regulating spray gear number, comprising:

A. before finishing this modularity core cell assembling, provide first the option of above-mentioned at least three kinds of different spray gear numbers selected for the client;

B. according to the selected spray gear number of client, determine following one of them step that next will take; These steps comprise:

Need not remove step: need not remove said stator projection and rotor bump, and directly this rotor bump be rotated to be limited in above-mentioned two chosen salient stator interblocks, assemble this modularity core cell; Wherein, need not remove the modularity core cell that step is finished by this, can form minimum spray gear number, and each spray gear number average is single function water exit mode;

First removes step: remove above-mentioned chosen at least one stator projection, and this rotor bump is rotated with the two salient stator interblocks that are limited in the different rotation directions of above-mentioned removed stator projection, assemble this modularity core cell; Wherein, the modularity core cell by this first removal step is finished can form more spray gear number;

Second removes step: remove all stator projections or this rotor bump or all the stator projections except the stator projection of original position, can make this shift finger can be positioned in this first pivot region and the second pivot region all shift finger locating holes one of them, assemble this modularity core cell; Wherein, the modularity core cell by this second removal step is finished can form maximum spray gear numbers;

C. utilize and assemble the modularity core cell of finishing by step b and assemble fountain head, can obtain the customized Multi-function water spray head with the modularity effect of tool.

The present invention provides a kind of modularity Multi-function water spray head of capable of regulating spray gear number again, comprises the modularity core cell that the current that enter can be formed multiple different water exit modes; This modularity core cell more comprises:

One minute water assembly, can be operated relatively rotate with the water outlet side of above-mentioned entry holder, its water inlet side is provided with the array water inlet, each group water inlet comprises two symmetrical water inlets, and these water inlets are distributed on the concentrically ringed circumference, this minute, the water outlet side of water assembly was provided with several delivery ports, and be provided with minute water chamber that several are communicated with respectively these water inlets and delivery port in inside, make to come from the current of respectively organizing water inlet by after each corresponding minute water chamber, can be respectively from the spray of each corresponding different water exit mode of delivery port ejection formation;

One rotary positioning structure, can be arranged between this entry holder and this minute water assembly, it comprises a shift finger, one first shift finger tank, one second shift finger tank, several are positioned at the shift finger locating hole of one first pivot region, and several are positioned at the shift finger locating hole of one second pivot region; Wherein, this is first years old, two shift finger tanks are adopted and are symmetrical arranged, wantonly two adjacent shift finger locating holes respectively are separated with one first angle mutually in this first pivot region, wantonly two adjacent shift finger locating holes respectively are separated with the second angle that an angle is this first angle 1/2 mutually in this second pivot region, and the arbitrary shift finger locating hole in this first pivot region, all can in this second pivot region, find a shift finger locating hole symmetrical with it, this shift finger optionally be installed in this first, one of them of two shift finger tanks, when it is installed in this first shift finger tank, can along with this minute water assembly rotation suitably with this first pivot region in each shift finger locating hole mutually locate, so as to producing the water exit mode of several single function water outlets; When it is installed in this second shift finger tank, then can along with this minute water assembly rotation suitably with this first pivot region in each shift finger locating hole mutually locate, so as to producing the staggered water exit mode of several single functions and difunctional water outlet;

One capable of regulating gear assembly can be arranged between the relative position of this entry holder and this minute water assembly, and it comprises several stator projections, and a rotor bump; Wherein, this rotor bump can be limited in above-mentioned two chosen salient stator interblocks and rotate, this shift finger can be contained in this first pivot region in the angular range of two shift finger locating holes at least make rotation-limited, or in this second pivot region, contain at least in the angular range of three shift finger locating holes and make rotation-limited, and be removed before installation by at least one that limits said stator projection that this rotor bump rotates, can increase the rotating angular range of this rotor bump, make this shift finger in this first pivot region, or the shift finger locating hole quantity that rotatably contains in this second pivot region at least increases thereupon, until can contain this first pivot region or all shift finger locating holes of the second pivot region fully; Accordingly, make these filler blocks be adjusted being controlled at least three kinds of different angles scopes and the relative connection of these water inlets dos, make this modularity core cell that three kinds of different spray gear numbers can be provided at least, assemble the Multi-function water spray head that formation meets customer demand and can select one.

The present invention provides again a kind of method of adjustment of modularity Multi-function water spray head of capable of regulating spray gear number, comprising:

B. according to the selected spray gear number of client, decision is installed on this first and second shift finger tank on one of them with this shift finger, determines simultaneously following one of them step that next will take; These steps comprise:

Need not remove step: need not remove said stator projection and rotor bump, and directly this rotor bump be rotated to be limited in above-mentioned two chosen salient stator interblocks, assemble this modularity core cell; Wherein, when selected above-mentioned shift finger is installed on this first shift finger tank, and by the modularity core cell that this removal step is finished, can forms minimum spray gear number, and each spray gear number average is single function water exit mode; When selected above-mentioned shift finger is installed on this second shift finger tank, and by the modularity core cell that this removal step is finished, can provides single function and difunctional interconnected water exit mode;

Remove step: remove above-mentioned chosen at least one stator projection, and this rotor bump is rotated with the two salient stator interblocks that are limited in the different rotation directions of above-mentioned removed stator projection, assemble this modularity core cell; Wherein, when selected above-mentioned shift finger is installed on this second shift finger tank, and by this removal step, with all according to setting the modularity core cell of finishing when can removed stator projection all removing, can form maximum spray gear numbers, and be single function and difunctional interconnected water exit mode;

Modularity Multi-function water spray head and the method for adjustment thereof of capable of regulating spray gear number of the present invention have been adopted, because assembler can be by the modularity core cell that shares, see through the selection of shift finger installation site, or with some stator projection, rotor bump is suitably removed, assemble the fountain head that forms multiple different spray gear numbers, therefore, not only can freely assemble according to the selection of client on spray gear number, provide simpler, the fast customized service of instantaneity, also can reduce significantly quantity and the cost of stock, certainly, the exploitation of mould and subsequent modification, the cost of safeguarding, also can reduce significantly, and meet the financial cost benefit.

[description of drawings]

Fig. 1 is the fountain head outward appearance constitutional diagram of first embodiment of the invention.

Fig. 2 is the fountain head three-dimensional exploded view of first embodiment of the invention.

Fig. 3 is another three-dimensional exploded view of fountain head of first embodiment of the invention.

Fig. 4 is the fountain head side cutaway view of first embodiment of the invention.

Fig. 5 is the fountain head opposite side pseudosection of first embodiment of the invention.

Fig. 6 is the modularity core cell outward appearance constitutional diagram of first embodiment of the invention.

Fig. 7 is the entry holder of first embodiment of the invention and the released state stereogram of top water diversion disk body, and shows rotary positioning structure, the capable of regulating gear assembly of filler block and part.

Fig. 8 is the middle water diversion disk body top perspective outside drawing of first embodiment of the invention.

Fig. 9 is the middle water diversion disk body elevated bottom perspective outside drawing of first embodiment of the invention.

Figure 10 is that the part of first embodiment of the invention is divided the water assembly three-dimensional exploded view.

Figure 11 is the top water diversion disk body plan view from above of first embodiment of the invention, and shows a rotor bump, eight shift finger locating holes, middle water diversion disk body and two filler blocks.

Figure 12 is the entry holder plan view from above of first embodiment of the invention, and water diversion disk body above showing, and a rotor bump and four stator projections of capable of regulating gear assembly, and the rotor bump of capable of regulating gear assembly is limited in this first stator projection and the second salient stator interblock.

Figure 13 is the state diagram after the second stator projection of the above-mentioned Figure 12 of the present invention is removed.

Figure 14 is the again removed state diagram of the 3rd stator projection of the above-mentioned Figure 13 of the present invention.

Figure 15 is the modularity core cell of second embodiment of the invention, the plan view from above of its entry holder, and water diversion disk body above showing, and the capable of regulating gear assembly with seven stator projections, and the rotor bump of capable of regulating gear assembly is limited in this first stator projection and the second salient stator interblock.

Figure 16 is the modularity core cell of third embodiment of the invention, the stereo appearance figure at its entry holder top, and show three stator projections of capable of regulating gear assembly.

Figure 17 is the modularity core cell of third embodiment of the invention, the stereo appearance figure of its entry holder bottom, and show the shift finger tank of two symmetries.

Figure 18 is the modularity core cell of third embodiment of the invention, the plan view from above of its top water diversion disk body, and show ten shift finger locating holes and two filler blocks.

Figure 19 is the modularity core cell of third embodiment of the invention, the top perspective outside drawing of its entry holder, and show top water diversion disk body, and capable of regulating gear assembly.

10 entry holders

11 water stream channels, 111 blastholes

112 annular chamber, 113 through holes

12 through hole filler block tanks, 13 pipe joints

131 blastholes, 14 axis holes

15 cappings of 141 locating ring edge

20 minutes water assemblies

21 top water diversion disk body 211 water inlets

211a strip hole 211b rib

212 pivots, 213 seal washers

Water diversion disk body in the middle of the 214 C shape latch closures 22

221 wall wall 222a divide water chamber in the first top

Water chamber is divided in minute 222c of water chamber the 3rd top, 222b the second top

222d divides the 4th top the 223a of water chamber the first tapping hole

223b the second tapping hole 223c the 3rd tapping hole

223d the 4th tapping hole 224a the first location ring wall

224b the second location ring wall 224c the 3rd location ring wall

224d the 4th location ring wall 23 below water diversion disk bodies

231a the first isolation ring wall 231b the second isolation ring wall

231c the 3rd isolation ring wall 231d the 4th isolation ring wall

232 center through hole 233a the second delivery port

233b the 3rd delivery port 233c the 4th water outlet mouth of a river

Water chamber is divided in minute 234b of water chamber second below, 234a the second below

234c divides the 4th below water chamber 24 to decorate cover

241 holes, 242 first delivery ports

243 first belows divide water chamber 25 nozzle assemblies

Enclose nozzle ring plate 251a nozzle in 251

251b hole for water spraying 252 intermediate noxzzle ring plates

252a nozzle 252b hole for water spraying

253 peripheral injector nozzles ring plate 253a nozzles

253b hole for water spraying 26 entry rings

261 holes, 27 water guide rings

271 holes, 28 seal washers

281 holes, 29 rotatable lamellas

291 blades

30 filler blocks

31 limbers, 32 Compress Springs

40 rotary positioning structures

41 shift finger, 411 Compress Springs

42 shift finger tanks, 43 first pivot region

431 first shift finger locating holes, 432 second gear finger setting holes

Finger setting hole, 434 fourth speed position, 433 third gear finger setting holes

44 second pivot region, 441 first shift finger locating holes

443 third gear finger setting holes, 442 second gear finger setting holes

Finger setting hole, 444 fourth speed position 45 first shift finger tanks

46 second shift finger tanks, 47 first pivot region

471 first shift finger locating holes, 472 second gear finger setting holes

473 third gear finger setting holes, 48 second pivot region

481 first shift finger locating holes, 482 second gear finger setting holes

Finger setting hole, 484 fourth speed position, 483 third gear finger setting holes

485 the 5th shift finger locating holes 486 the 6th shift finger locating hole

487 the 7th shift finger locating holes

50 capable of regulating gear assemblies

511 first stator projections, 512 second stator projections

513 the 3rd stator projections 514 the 4th stator projection

52 rotor bump, 531 first stator projections

532 second stator projections 533 the 3rd stator projection

534 the 4th stator projections 535 the 5th stator projection

536 the 6th stator projections 537 the 7th stator projection

541 first stator projections, 542 second stator projections

543 the 3rd stator projections

60 flow pipe spares

70 hand-held cases

72 cover body positions, 71 holding areas

721 positioning convex column, 722 buckling grooves

80 swivel beckets

[specific embodiment]

The modularity Multi-function water spray head of a kind of capable of regulating spray of the present invention gear number can be the fountain head of the purposes such as shower, kitchen or gardening, and can see through the manual rotation adjustment, produces multiple difference in functionality, that is the spray of multiple different water exit modes.

The present invention is specially adapted to the Multi-function water spray head of shower purposes, several embodiment described as follows, and the modularity Multi-function water spray head of namely using with handheld shower is as an illustration.

Such as Fig. 1, the modularity Multi-function water spray head 1 that the handheld shower of first embodiment of the invention is used, its inside is equipped with a modularity core cell 2, and this modularity core cell 2 comprises an entry holder 10, one minute water assembly 20, two filler blocks 30, a rotary positioning structure 40 and a capable of regulating gear assembly 50; This modularity Multi-function water spray head 1 more comprises and send part pipe fitting 60, hand-held case 70 and a swivel becket 80, shown in Fig. 2 to 5; Below be for the explanation of above-mentioned composition member division.

This entry holder 10, shown in Fig. 6,7, the water stream channel 11 that having to supply water flows to out, and be provided with two symmetrically and be communicated in respectively the filler block tank 12 of this water stream channel 11 at water outlet side, the current by this water stream channel 11 can be flowed out thus.

The water stream channel 11 of present embodiment comprises an entry duct 111, an annular chamber 112 and two through holes 113 that are connected; These entry duct 111 parts are formed at this entry holder 10 a laterally extending pipe joint 13 inside of water inlet side on every side, this annular chamber 112 is formed at this entry holder 10 inside, this through hole 113 is down vertically to be run through by these annular chamber 112 diapires two antimeres to form, and can be respectively be interconnected with two filler block tanks 12 of these entry holder 10 bottom water outlet sides.These entry holder central authorities more provide the axis hole 14 of longitudinal extension about in the of, and these axis hole 14 middle sections are formed with a locating ring edge 141.

For forming above-mentioned annular chamber 112, can be at this molded annular recess in entry holder 10 tops, a ring-type capping 15 is welded with ultrasonic in the recycling top, defines this annular chamber 112.

This minute water assembly 20, can be operated relatively rotate with the water outlet side of this entry holder 10, and after the suitable guiding of the current that come from these entry holder 10 water outlet sides can being entered inner flow passage and chamber, the spray of the water exit mode that outward ejection is set in advance; Minute water assembly 20 of present embodiment comprise can an affixed top water diversion disk body 21 sealed to each other, in the middle of water diversion disk body 22, a below water diversion disk body 23, decorate cover 24, a water guide ring 25, an entry ring 26, a seal washer 27 and a rotatable lamella 28; Wherein:

This top water diversion disk body 21, as shown in Figure 7, vertically be penetrated with eight on it and be circular hole and along the uniform water inlet 211 of a concentric circles isogonism, therefore, wantonly two adjacent water inlets 211 miter angle of being separated by, wherein wantonly two symmetrical water inlets 211 are set to same group of water inlet 211, after current are entered by two water inlets 211 of same group respectively, will be directed to the common spray that forms a predetermined water exit mode in the same chamber; Present embodiment is provided with four groups of water inlets 211 altogether, can be in order to produce the spray of four kinds of different water exit modes of single function.

The projection of above-mentioned top water diversion disk body 21 end faces central authorities has a pivot 212, can mutually wear with the axis hole 14 of these entry holder 10 water outlet sides to articulate and form a rotating fulcrum, and these pivot 212 upper sleeve throughs are positioned with a seal washer 213, can support each other sealing with the relative wall of this axis hole 14, more be nested with a C shape latch closure 214 on it, can with this entry holder 10 on location ring wall 141 mutual buckles, in order to these pivot 212 axial limitings in this axis hole 14.

Such as Fig. 8, this centre water diversion disk body 22, its end face projection has several to be connected with each other or disjunct wall wall 221, can be so as to defining several closed pockets, these wall wall 221 apical margins are welded and fixed together with ultrasonic with these water diversion disk body 21 bottom surfaces, top respectively, can so as to these centre water diversion disk body 22 each wall walls 221 and above this 21 of water diversion disk bodies define one be positioned at central authorities first above minute 222a of water chamber, two the second top minute 222b of water chamber that lay respectively at this first top minute 222a of water chamber two sides, two the 3rd top minute 222c of water chamber that lay respectively at this second top minute 222b of water chamber two sides, and the 4th top minute 222d of water chamber that is positioned at the periphery, as shown in Figure 4; Wherein, above-mentioned first, second, third and fourth top minute 222a of water chamber, 222b, each correspondence of 222c, 222d are communicated with one group of above-mentioned water inlet 211.

In the middle of above-mentioned water diversion disk body 22 relatively this above first the central part of minute 222a of water chamber provided one first tapping hole 223a, in that relatively each has provided one second tapping hole 223b in the position of minute 222b of water chamber above second, in that relatively each has provided four the 3rd tapping hole 223c in the position of minute 222c of water chamber above the 3rd, the position of minute 222d of water chamber provides eight the 4th tapping hole 223d that isogonism is uniform above the relative the 4th.

Such as Fig. 9, the 22 bottom surface projections of above-mentioned middle water diversion disk body have four to locate ring wall 224a, one second location ring wall 224b, one the 3rd location ring wall 224c and one the 4th location ring wall 224d with one first of concentric circles arranged distribution from inside to outside; Wherein, above-mentioned the first tapping hole 223a is positioned at this first location ring wall 224a, these second tapping holes 223b is positioned between this first location ring wall 224a and this second location ring wall 224b, this grade in an imperial examination three tapping hole 223c are positioned between the 3rd location ring wall 224c and the 4th location ring wall 224d, and the 4th tapping hole 223d is positioned at the peripheral place of the 4th location ring wall 224d.

Such as Figure 10, this below water diversion disk body 23, its end face is formed with four and isolates ring wall 231a with one first of concentric circles arranged distribution from inside to outside, one second isolation ring wall 231b, one the 3rd isolation ring wall 231c and one the 4th isolation ring wall 231d, can locate ring wall 224a periphery wall edge with first of this centre water diversion disk body 22 respectively, the internal perisporium edge of the 3rd location ring wall 224c, the internal perisporium edge of the 4th location ring wall 224d, and the relative position, bottom surface at the peripheral place of ring wall 224d, the 4th location is socketed mutually or butt after, be welded and fixed together with ultrasonic, make this centre water diversion disk body 22 and below water diversion disk body 23 each other can this first isolation ring wall 231a and second isolate define one second between ring wall 231b below minute 234a of water chamber, and minute 234b of water chamber below between this second isolation ring wall 231b and the 3rd isolation ring wall 231c, defining the 3rd, simultaneously the 3rd isolate ring wall 231c and the 4th isolate define one the 4th between ring wall 231d below minute 234c of water chamber.

Above-mentioned below water diversion disk body 23 more defines a center through hole that runs through 232 in this first isolation ring wall 231a inside, and the diapire between this first isolation ring wall 231a and the second isolation ring wall 231b provides eight the second delivery port 233a that isogonism is uniform, diapire between this second isolation ring wall 231b and the 3rd isolation ring wall 231c provides five the 3rd delivery port 233b that isogonism is uniform, and the diapire between the 3rd isolation ring wall 231c and the 4th isolation ring wall 231d provides the 4th delivery port 233c that several are evenly distributed.

This decorates cover 24, can be fixedly welded on the bottom surface of this below water diversion disk body 23 by ultrasonic, provide on it several roughly with the second delivery port 233a of this below water diversion disk body 23, the hole 241 that the 3rd delivery port 233b and the 4th water outlet mouth of a river 233c roughly coincide and relatively are communicated with, more provide several the first quite small delivery ports 242 at central part, in order to being connected with above-mentioned center through hole 232, and can be so as in these water diversion disk body 22 bottom surfaces, centre, the first

isolation ring wall

231a and 24 of this decoration covers of this below water diversion disk body 23 define one first below minute water chamber 243.

This nozzle assembly 25, comprise and enclose nozzle ring plate 251 in one, one intermediate noxzzle ring plate 252 and a peripheral injector nozzles ring plate 253, can sequentially be received and be positioned above-mentioned the second below minute 234a of water chamber, the 3rd below minute 234b of water chamber and the 4th below are divided among the 234c of water chamber, and there is several nozzles 251a bottom surface respectively projection, 252a, 253a, can be respectively on this below water diversion disk body 23 relative each second delivery port 233a, the 3rd delivery port 233b and the 4th water outlet mouth of a river 233c pass outward, and by these nozzles 251a, 253a inside respectively provides the hole for water spraying 251b of a suitable size, 253b, and these nozzles 252a inside respectively provides three suitably hole for water spraying 252b of size, can make and enter this second below minute 234a of water chamber, the current of the 234c of water chamber are divided in the 3rd below minute 234b of water chamber and the 4th below, can be suitably from each nozzle 251a, 252a, the hole for water spraying 251b of 253a inside, 252b, 253b sprays the spray that forms predetermined water exit mode outward.In the present embodiment, see through this nozzle assembly 25 and entry ring 26 described later, water guide ring 27, seal washer 28 and rotatable lamella 29, available so that divide the current of the 234c of water chamber by this first below minute water chamber 243, the second below minute 234a of water chamber, the 3rd below minute 234b of water chamber and the 4th below, formed respectively the spray of foam water exit mode, powerful water exit mode, massage water exit mode and four kinds of single function water exit modes of waterline water exit mode.

This entry ring 26 and water guide ring 27, can be mounted respectively the upper and lower side that is positioned above-mentioned the second below minute 234a of water chamber, several holes 261,271 have been provided on it, can be for the current that enter this second below minute 234a of water chamber sequentially by these holes 261,271, and after enclosing nozzle ring plate 251 each hole for water spraying 251b in being somebody's turn to do, formed the spray of powerful water exit mode, owing to this entry ring 26, water guide ring 27 belong to existing member, so give unnecessary details in this few institute.

Sealing packing ring 28 and rotatable lamella 29 can sequentially from top to bottom be mounted and be positioned among minute 234b of water chamber of above-mentioned the 3rd below; Wherein, provide several holes 281 of suitable size on the sealing packing ring 28, this rotatable lamella 29 is approximately 1/4 length of general impeller, be formed with several blades 291 on it, after current enter the 3rd below minute 234b of water chamber, can produce impulsive force to the blade 291 on this rotatable lamella 29, force this rotatable lamella 29 freely to rotate along sealing packing ring 28, so as to intermittently stopping the hole 281 that covers on the sealing packing ring 28, make from the current of each

hole

281 and 252 each the hole for water spraying 252a ejection of this intermediate noxzzle ring plate and form intermittent water outlet, and the generation massage effect, so can be so as to forming the spray of massage water exit mode; Above-mentioned seal washer 28 and rotatable lamella 29 belong to existing member equally, so only summary description.

These filler blocks 30, can be installed in respectively in above-mentioned entry holder 10 each filler block tank 12, its inside respectively has a limbers 31, is combined with more respectively a Compress Spring 32, makes it keep elasticity to stick to this minute water assembly 20 top water diversion disk body 21 end faces; When this top water diversion disk body 21 relatively rotates with this entry holder 10, the limbers 31 that can make these filler blocks 30 suitably with this top water diversion disk body 21 on wherein one group of water inlet 211 relative connection, and can will come from the current of these entry holder 10 water flow inside passages 11, guiding enters in this relative water inlet 211, and so as to forming the spray of these group water inlet 211 default water exit modes, can form altogether the spray of above-mentioned mentioned four kinds of single function water exit modes at this, that is the foam water exit mode, powerful water exit mode, massage water exit mode and waterline water exit mode; What need special instruction is, these filler blocks 30 also can be simultaneously and the 211 relative connections of two groups of water inlets, in fact, to make each 30 while of filler block from different groups but two water inlets, 211 each local or half relative connection adjacent one another are, so, can the current of these entry holder 10 water flow inside passages 11 will be come from, simultaneously guiding enters in two groups of relative water inlets 211, so as to forming the spray of difunctional water exit mode, with present embodiment, can form the massage water outlet and add the foam water exit mode, the foam water outlet adds powerful water exit mode, powerful water outlet adds the waterline water exit mode and the waterline water outlet adds the spray of massaging four difunctional water exit modes of water exit mode.

Such as Fig. 2,3, this rotary positioning structure 40 comprises a shift finger 41, a Compress Spring 411, a shift finger tank 42, and several shift finger locating holes.This shift finger tank 42 is to be arranged at these entry holder 10 water outlet side bottom surfaces near peripheral place, can the location sequentially be installed for this Compress Spring 411 and shift finger 41, and this shift finger 41 can by the elastic force of this Compress Spring 411 down elasticity support; These shift finger locating holes system is positioned at around each water inlets 211 of top water diversion disk body 21 end faces of this minute water assembly 20 water outlet sides on the concentrically ringed circumference, can for this shift finger 41 suitably embedding support the location; Wherein, these top water diversion disk body 21 end faces are provided with eight shift finger locating holes altogether, and it can be divided into two regional extents, that is are divided in one first pivot region 43 and one second pivot region 44 with the imaginary line sign shown in Figure 7; This first pivot region 43 is provided with four shift finger locating holes altogether, is respectively one first shift finger locating hole 431, one second gear finger setting hole 432, a third gear finger setting hole 433 and finger setting hole, a fourth speed position 434; This second pivot region 44 also is provided with four shift finger locating holes, is respectively one first shift finger locating hole 441, one first shift finger locating hole 442, one first shift finger locating hole 443 and one first shift finger locating hole 444; Wantonly two adjacent shift finger locating holes respectively are separated with one first angle mutually in this first pivot region 43 and the second pivot region 44, this first angle is miter angle at this, and between two adjacent shift finger locating holes of intersection, that is this finger setting hole, fourth speed position 434 is separated with one second angle mutually with 441 of the first shift finger locating holes, this be 22.5 the degree angles, its angle just is 1/2 of this first angle.

Angle in above-mentioned the first pivot region 43 between wantonly two adjacent shift finger locating holes, system is identical with the above-mentioned angle of respectively organizing 211 of water inlets, be miter angle, its purpose is to make this shift finger 41 from these the first pivot region 43 interior arbitrary shift finger locating hole rotation displacements during to another adjacent shift finger locating hole, two above-mentioned filler block 30 limbers 31 on these entry holder 10 water outlet sides, also just can be from a group of this top water diversion disk body 21 above-mentioned water inlet 211 rotation displacements to one group of adjacent water inlet 211; Furtherly, when this shift finger 41 is sequentially supported the first shift finger locating hole 431 of being positioned in this first pivot region 43, the second gear finger setting hole 432, third gear finger setting hole 433 and finger setting hole 434, fourth speed position, just can make the limbers 31 of these filler blocks 30 sequentially relatively be communicated in four groups of above-mentioned water inlets 211 on this top water diversion disk body 21, so can be respectively so as to forming the spray of foam water exit mode, powerful water exit mode, massage water exit mode and four kinds of single function water exit modes of waterline water exit mode.

Finger setting hole, fourth speed position 434 in above-mentioned the first pivot region 43 and 441 of the first shift finger locating holes in this second pivot region 44 adopt the angle design of 22.5 degree, when its purpose is to make this shift finger 41 from finger setting hole, fourth speed position 434 rotation displacements to this first shift finger locating hole 441, two above-mentioned filler block 30 limbers 31 on these entry holder 10 water outlet sides, also just can be from a group of this top water diversion disk body 21 above-mentioned water inlet 211 rotation displacements to above-mentioned two groups of mentioned water inlets 211, add the angle between wantonly two adjacent shift finger locating holes in this second pivot region 44, be miter angle too, therefore, can learn easily, when this shift finger 41 is sequentially supported the first shift finger locating hole 441 that is positioned in this second pivot region 44, the second gear finger setting hole 442, when third gear finger setting hole 443 and finger setting hole 444, fourth speed position, the limbers 31 of these filler blocks 30 all can be communicated with two groups of above-mentioned water inlets 211 simultaneously relatively, so can add the foam water exit mode so as to forming the massage water outlet respectively, the foam water outlet adds powerful water exit mode, powerful water outlet adds the waterline water exit mode and the waterline water outlet adds the spray of massaging four difunctional water exit modes of water exit mode.As from the foregoing, above-mentioned the first pivot region 43 and the second pivot region 44 mainly are to divide with the quantity of water exit mode, during arbitrary shift finger locating hole in shift finger 41 is positioned this first pivot region 43, can only produce a kind of water exit mode, namely the spray of simple function water exit mode; Otherwise, during arbitrary shift finger locating hole in it is positioned this second pivot region 44, then can be in order to produce two kinds of water exit modes, the namely spray of difunctional water exit mode.

This capable of regulating gear assembly 50 comprises four from these entry holder 10 perisporium edge one locating convex block of projection radially, and a rotor bump 52 of locating the up vertical projection of one around this minute water assembly 20 top water diversion disk body 21 end faces; These stator projections are respectively one first stator projection 511, one second stator projection 512, one the 3rd stator projection 513 and one the 4th stator projection 514, and this first stator projection 511 and the second stator projection 512 an angle of 90 degrees of being separated by, this the second stator projection 512 and the 3rd stator projection 513 67.5 degree angles that are separated by, the 3rd stator projection 513 and the 4th stator projection 514 an angle of 90 degrees of being separated by.

Such as Figure 12, before water assembly 20 was assembled mutually with this entry holder 10 in above-mentioned minute, can be first with this rotor bump 52 in alignment with 512 of this first stator projection 511 and the second stator projections, again each other assembling, so, can make this rotation projection 52 be limited in this first stator projection 511 and 512 rotations of the second stator projection, and see through the in advance design of relative position, in the time of can making this rotor bump 52 abut against this first stator projection 511, the shift finger 41 of this rotary positioning structure 40 is just supported the first shift finger locating hole 431 that is positioned in this first pivot region 43, therefore, when this rotor bump 52 abuts against this second stator projection 512 from present embodiment as these the first stator projection 511 rotation an angle of 90 degrees arrival of rotating starting point, this shift finger 41 also just can be rotated by this second gear finger setting hole 432 from this first shift finger locating hole 431 and be arrived on this third gear finger setting hole 433, as shown in figure 11, and can be respectively so as to producing three kinds of single function water exit modes, that is foregoing foam water exit mode, the spray of powerful water exit mode and three kinds of water exit modes of massage water exit mode.

Such as Figure 13, above-mentioned the second stator projection 512 is before this minute, water assembly 20 was assembled mutually with entry holder 10, also can be removed in advance, its removal method can be general common as manually to fracture, or the whole bag of tricks such as cut off by instrument, certainly, personnel operate for ease of assembly, default may removed stator projection utilize molded groove or the necking down structure that goes out suitable shape at some, all be can be by the solution of thinking in advance easily to reach, precisely because structural strength still must be considered into.After above-mentioned the second stator projection 512 is removed, originally can only rotate the above-mentioned rotor bump 52 of an angle of 90 degrees, can rotate again one 67.5 degree angle, add up to 157.5 degree angles, therefore, this rotor bump 41 just can be rotated 157.5 degree from the first shift finger locating hole 431 of the first pivot region 43, make it sequentially by the second gear finger setting hole 432, the first shift finger locating hole 441 of third gear finger setting hole 433 and finger setting hole, fourth speed position 434 these the second pivot region 44 of rear arrival, as shown in figure 11, and can be respectively so as to producing the spray of four kinds of single function water exit modes and five kinds of water exit modes of a kind of difunctional water exit mode total, that is foregoing foam water exit mode, powerful water exit mode, the massage water exit mode, the waterline water exit mode, and the massage water outlet adds the spray of foam water exit mode.

Such as Figure 14, above-mentioned the second stator projection 512 and the 3rd stator projection 513, also can be before this minute water assembly 20 be assembled mutually with entry holder 10, be removed simultaneously together, make the above-mentioned rotor bump 52 that originally can only rotate an angle of 90 degrees, can rotate again one 67.5 degree angle and an an angle of 90 degrees, add up to 247.5 degree angles, therefore, this rotor bump 41 just can be rotated 157.5 degree from the first shift finger locating hole 431 of the first pivot region 43, make it sequentially by the second gear finger setting hole 432, third gear finger setting hole 433 and finger setting hole, fourth speed position 434, the first shift finger locating hole 441 of the second pivot region 44,412 rear arrival third gear finger setting holes 413, the second gear finger setting hole, as shown in figure 11, and can be respectively so as to producing the spray of four kinds of single function water exit modes and seven kinds of water exit modes of three kinds of difunctional water exit mode totals, that is foregoing foam water exit mode, powerful water exit mode, the massage water exit mode, the waterline water exit mode, the massage water outlet adds the foam water exit mode, the foam water outlet adds powerful water exit mode, and powerful water outlet adds the spray of waterline water exit mode.

In like manner, above-mentioned the second stator projection 512, the 3rd stator projection 513 and the 4th stator projection 514, even the first stator projection 511, also can be before this minute water assembly 20 be assembled mutually with entry holder 10, be removed simultaneously together, so, these rotor bump 52 rotary angles can surpass 292.5 degree at least, or even the hard-core rotation of 360 degree, make this shift finger 41 at least can each the shift finger locating hole in this first pivot region 43 and the second pivot region 44 in random location, and can be respectively so as to producing the spray of four kinds of single function water exit modes and eight kinds of water exit modes of four kinds of difunctional water exit mode totals, that is foregoing foam water exit mode, powerful water exit mode, the massage water exit mode, the waterline water exit mode, the massage water outlet adds the foam water exit mode, the foam water outlet adds powerful water exit mode, powerful water outlet adds the waterline water exit mode, and the waterline water outlet adds the spray of massaging water exit mode.Certainly, directly this rotor bump 52 is removed, also can need not removed under any one stator projection, reach the function of above-mentioned eight kinds of water exit modes.

This flow pipe spare 60 can connect conducting, relatively with the water inlet side of this entry holder 10 in the water stream channel 11 that current is imported this entry holder 10.

Should hand case 70, have the holding area 71 and of a tubulose from these 71 terminal cover body positions 72 of extending, holding area, and can supply this entry holder 10, minute water assembly 20 and flow pipe spare 60 to hold the location.Cover body position 72 inner surfaces of present embodiment are equipped with a location projection 721 relatively, can be disassembled formula ground and penetrate the location from axis hole 14 tops of this entry holder 10; These cover body 72 inner surfaces also are provided with several buckling grooves 722 in addition, for several hook 16 hooks location of projection around above-mentioned entry holder 10 tops.

This swivel becket 80, movable pivot are placed on this hand-held case 70, are incorporated into simultaneously around this minute water assembly 20, make it can be turned operation and relatively rotate with this entry holder 10 to drive this minute water assembly 20.

The modularity Multi-function water spray head of above-mentioned the first embodiment of the present invention, can provide four options at spray gear number, that is above-mentioned three mentioned spray gear numbers, five spray gear numbers, seven spray gear numbers and eight spray gear numbers, the client can freely be selected according to needed spray gear number, and assembler, also only need to be according to said method, before assembling, suitably see through some methods of adjustment and the step of above-mentioned modularity core cell, can assemble easily the modularity Multi-function water spray head that forms needed spray gear number, hereby put out method and step that above-mentioned assembler can be taked in order, comprising:

A. before finishing these modularity core cell 2 assemblings, provide first the option of above-mentioned four kinds of different spray gear numbers selected for the client;

Need not remove step: need not remove said stator projection and rotor bump 52, and directly with this rotor bump 52 to be limited in above-mentioned the

first stator projection

511 and 512 rotations of the second stator projection, assemble this modularity core cell 2, do not relend by removing step by this and assemble this modularity core cell 2, can be so as to forming three spray gear numbers, also be minimum spray gear number, and each spray gear number average is single function water exit mode;

First removes step: remove above-mentioned at least one stator projection, particularly, can only remove the second stator projection 512, or remove simultaneously the second stator projection 512 and the 3rd stator projection 513, and this rotor bump 52 rotated with two salient stator interblocks that are limited in the different rotation directions of above-mentioned removed stator projection, assemble this modularity core cell 2, can be so as to forming five or seven spray gear numbers;

Second removes step: remove all stator projections or this rotor bump or except the stator projection of original position, all stator projections beyond the first stator projection 511 namely, and can mutually locate with any one finger setting hole in this first pivot region 43 and the second pivot region 44 with this shift finger 41, assemble this modularity core cell 2, and can so as to forming eight spray gear numbers, also be maximum spray gear numbers;

C. utilize and assemble the modularity core cell 2 of finishing by step b and assemble fountain head, can obtain the customized modularity Multi-function water spray head 1 with the modularity effect of tool.

Such as Figure 15, the modularity Multi-function water spray head of second embodiment of the invention, roughly identical with above-mentioned the first embodiment, its difference is: the stator projection of the first embodiment capable of regulating gear assembly 50 is increased to seven by four, it is respectively one first stator projection 531, one second stator projection 532, one the 3rd stator projection 533, one the 4th stator projection 534, one the 5th stator projection 535, one the 6th stator projection 536 and one the 7th stator projection 537, and till being starting point to the seven stator projections 537 from this first stator projection 531, the angle that each adjacent two salient stator interblock is separated by is sequentially 45 degree, 90 degree, 135 degree, 157.5 degree, 202.5 degree and 247.5 degree.For avoiding explanation too complicated tediously long, see through the explanation of above-mentioned the first embodiment, can be derived easily and be understood that, when this rotor bump is limited in 532 of this first locating convex block 531 and the second stator projections, can be so as to the spray of two kinds of water exit modes be provided; When the second stator projection 532 is removed, can be so as to the spray of three kinds of water exit modes be provided, the rest may be inferred, when the second stator projection 532 to the 7th stator projections 537 all are removed, or all stator projections all are removed, or when only having this rotor bump 52 to be removed, can be so as to the spray of eight kinds of water exit modes be provided; Present embodiment is compared to the first embodiment, be to utilize more stator projection, mark off more multiplex interval of rotating to limit this rotor bump 52, also therefore can be provided in more option on the spray gear number, it comprises two spray gear numbers, three spray gear numbers, four spray gear numbers, five spray gear numbers, six spray gear numbers, seven spray gear numbers, eight spray gear numbers, add up to seven options, make the client that more selection can be arranged.

The modularity Multi-function water spray head of second embodiment of the invention, can provide seven options at spray gear number, the client can freely be selected according to needed spray gear number, similarly, assembler also only needs to assemble this modularity core cell 2 according to roughly identical with above-mentioned the first embodiment method step, can obtain the modularity Multi-function water spray head 1 of required spray gear number.

Such as Figure 16 to Figure 19, the modularity Multi-function water spray head of third embodiment of the invention, compared to above-mentioned first and second embodiment, comprise equally a rotary positioning structure 401, an and capable of regulating gear assembly 501, and this rotary positioning structure 401 has a shift finger 41 and several shift finger locating holes equally, and this capable of regulating gear assembly has a rotor bump 52 and several stator projections equally, and its difference is:

This rotary positioning structure 401 compared to the rotary positioning structure more than 40 of first and second embodiment a shift finger tank, and eight shift finger locating holes are increased to ten shift finger locating holes, also changed the angle of being separated by between these shift finger locating holes simultaneously.Furtherly, this rotary positioning structure 401 comprises two shift finger tanks, be respectively one first shift finger tank 45 and one second shift finger tank 46, and these shift finger tanks are arranged at respectively these entry holder 10 water outlet side bottom surfaces near two peripheral antimeres, can supply above-mentioned Compress Spring 411 and shift finger 41 optionally sequentially to install and be positioned in one of them shift finger tank; More comprise ten shift finger locating holes, and with the method for similar above-mentioned first and second embodiment, it is divided in two pivot region that represent with imaginary line, that is in one first pivot region 47 and one second pivot region 48; Wherein, be provided with three shift finger locating holes in this first pivot region 47, be respectively one first shift finger locating hole 471, one second gear finger setting hole 472, a third gear finger setting hole 473, its wantonly two adjacent shift finger locating hole is separated with the first angle that an angle is 45 degree mutually.Then be provided with seven shift finger locating holes in this second pivot region 48, be respectively one first shift finger locating hole 471, one second gear finger setting hole 472, a third gear finger setting hole 473, finger setting hole, a fourth speed position 474, one the 5th shift finger locating hole 475, one the 6th shift finger locating hole 476, one the 7th shift finger locating hole 477, its wantonly two adjacent shift finger locating hole angle of being separated by is the second angle of above-mentioned the first angle 1/2, that is 22.5 degree angles; Simultaneously, two shift finger locating holes of this first pivot region 47 and the second pivot region 48 intersections, namely above-mentioned the first shift finger locating hole 471 and the 7th shift finger locating hole 487 are the miter angle of being separated by.

This capable of regulating gear assembly 501 is compared to the capable of regulating gear assembly 50 of first and second embodiment, quantity with the stator projection is reduced to three, be respectively one first stator projection 541, one second stator projection 542 and one the 3rd stator projection 543, and this first stator projection 541 and the second stator projection 542 an angle of 90 degrees of being separated by, this second stator projection 542 and the 3rd stator projection 543 22.5 degree angles that are separated by.

As described in first and second embodiment, this minute water assembly 20 with this entry holder 10 both before assembling, must first this shift finger 41 optionally be installed in above-mentioned the first shift finger tank 45 or the second shift finger tank 46 one of them inside, again with this rotor bump 52 being restricted to the mode of this

first stator projection

541 and 542 rotations of the second stator projection, with this minute water assembly 20 assemble each other with this entry holder 10.Should be noted, when above-mentioned shift finger 41 selected this first shift finger tanks 45 that are installed on, and when this rotor bump 52 arrives the second stator projection 542 from these the first stator projection 541 rotation an angle of 90 degrees, this shift finger 41 just can be rotated 90 degree from these first pivot region, 47 the first interior shift finger locating holes 471, and can arrive this third gear finger setting hole 483 by this second gear finger setting hole 482, and respectively so as to producing the spray of three kinds of single function water exit modes, present embodiment is respectively the spray of foam water exit mode, waterline water exit mode and massage water exit mode.

In like manner, when above-mentioned shift finger 41 selected this second shift finger tanks 46 that are installed on, and when this rotor bump 52 arrives the second stator projection 542 from these the first stator projection 541 rotation an angle of 90 degrees, this shift finger 41 just can be rotated 90 degree from these second pivot region, 48 the first interior shift finger locating holes 481, and can sequentially pass through this second gear finger setting hole 482, third gear finger setting hole 483, finger setting hole, fourth speed position 484 arrives the 5th shift finger locating hole 485, and respectively so as to producing the interlaced spray of five kinds of single function water exit modes and difunctional water exit mode, present embodiment is respectively the foam water exit mode, the foam water outlet adds the waterline water exit mode, the waterline water exit mode, the waterline water outlet adds the massage water exit mode, the spray of massage water outlet.

In like manner, when above-mentioned shift finger 41 selected this second shift finger tanks 46 that are installed on, but utilize after 542 removals of above-mentioned the second stator projection, assemble again this minute water assembly 20 with the mode of entry holder 10, can make this rotor bump 52 when this first stator projection 541 turns to the 3rd stator projection 543, can rotate again a miter angle more, add up to 135 degree angles, so, this shift finger 41 just can be rotated 135 degree from these second pivot region, 48 the first interior shift finger locating holes 481, and can sequentially pass through this second gear finger setting hole 482, third gear finger setting hole 483, finger setting hole, fourth speed position 484, the 5th shift finger locating hole 485, the 6th shift finger locating hole 486 arrives the 7th shift finger locating hole 487, and respectively so as to producing the interlaced spray of seven kinds of single function water exit modes and difunctional water exit mode, present embodiment is respectively the foam water exit mode, the foam water outlet adds the waterline water exit mode, the waterline water exit mode, the waterline water outlet adds the massage water exit mode, the massage water exit mode, the massage water outlet adds powerful water exit mode, the spray of powerful water exit mode.

The modularity Multi-function water spray head of the third embodiment of present embodiment, can provide three options at spray gear number, that is above-mentioned three mentioned spray gear numbers, five spray gear numbers and seven spray gear numbers, the client can freely be selected according to needed spray gear number, and assembler also can see through following method step, assemble the modularity Multi-function water spray head 1 that forms the required spray gear of client number, its method and step comprise:

A. before finishing these modularity core cell 2 assemblings, provide first the option of above-mentioned three kinds of different spray gear numbers selected for the client;

B. according to the selected spray gear number of client, decision is installed on this shift finger 41 on one of them of this first shift finger tank 45 and the second shift finger tank 46, determines simultaneously following one of them step that next will take; These steps comprise:

Need not remove step: need not remove said stator projection and rotor bump 52, and directly with this rotor bump 52 to be limited in above-mentioned the first stator projection 541 and 54 rotations of the second stator projection, assemble this modularity core cell 2; Wherein, be installed on this first shift finger tank 45 when above-mentioned shift finger 41 is selected, and need not remove step by this time, the modularity core cell 2 that it is finished, can form three spray gear numbers, minimum spray gear number namely, and each spray gear number average is single function water exit mode; Be installed on this second shift finger tank 46 when above-mentioned shift finger 41 is selected, and need not remove step by this time, the modularity core cell 2 that it is finished can form five spray gear numbers, and is single function and difunctional interconnected water exit mode;

Remove step: remove above-mentioned the second chosen stator projection 542, and this rotor bump 52 decided 543 rotations of hand projection with the first stator projection 541 and second that is limited in above-mentioned removed the second stator projection 542 different rotation directions, assemble this modularity core cell; Wherein, when above-mentioned shift finger 41 selected this second shift finger tanks 46 that are installed on, and when removing step by this, the modularity core cell 2 that it is finished, can form seven spray gear numbers, maximum spray gear number namely, and be single function and difunctional interconnected water exit mode;

The modularity Multi-function water spray head 1 of above-mentioned the 3rd embodiment, on spray gear number, can provide three kinds of options, comprise three, five and seven spray gear numbers, also be three kinds of options that meet on the market customer demand at present most, but not as limit, for example, can increase again a shift finger locating hole, and it is interior as finger setting hole, fourth speed position 474 to be divided in this first pivot region 47, so, this first pivot region 47 just is separated with 135 degree angles mutually from the first shift finger locating hole 471 to finger setting hole, fourth speed position 474, so when these shift finger 41 selected being installed on this first shift finger tank 45, and this second stator projection 542 is removed, make this rotor bump 52 when this first stator projection 541 rotates 135 degree arrival the 3rd stator projection 543, this shift finger 41 also can be rotated 135 degree from these first pivot region, 47 the first interior shift finger locating holes, and sequentially by this second gear finger setting hole, third gear finger setting hole arrives finger setting hole, fourth speed position, and can respectively so as to producing the spray of four kinds of single function water exit modes, be respectively the foam water exit mode, the waterline water exit mode, the spray of massage water exit mode and powerful water exit mode; Whereby, the modularity Multi-function water spray head 1 of the 3rd embodiment can be made, on spray gear number, four kinds of options can be provided.

The modularity core cell 2 of above-mentioned the 3rd embodiment of the present invention, the angle design in adjacent two gear finger setting holes in each pivot region, and the angle design of two pivot region intersections, two adjacent shift finger locating holes, can make all the shift finger locating holes in this first pivot region 47, all can in this second pivot region 48, find a shift finger locating hole symmetrical with it, therefore, can be identical so as to making the two symmetrical corresponding water exit modes of shift finger locating hole, corresponding same group of water inlet 211 respectively namely is so can successfully mutually arrange in pairs or groups with the foundation structure of original four groups of water inlets 211.

What need to specify is, 211 angles of being separated by of mentioned each water inlet in the various embodiments described above are that angle take each water inlet 211 institute's sandwiched between the central point of circumferencial direction or center is as benchmark; Similarly, the angle of being separated by between above-mentioned each shift finger locating hole also is that angle take each shift finger locating hole institute's sandwiched between the central point of circumferencial direction or center is as benchmark.

In addition, the angle that mentioned wantonly two adjacent salient stator interblocks are separated by in the various embodiments described above, also be as benchmark take each stator projection center, certainly, for avoiding the said stator projection excessive along the width dimensions of circumferencial direction, and affect each corresponding rotor bump 52 rotary angular range, and the position that affects these filler block 30

inner limbers

31 and 211 relative connections of each water inlet, it is necessary suitably controlling its width, in principle, the width of each stator projection, may cause the limbers 31 of this filler block 30 can't aim at each water inlet 211 identical, but as long as the error angle of its off normal makes it be unlikely the usefulness that affects water outlet, namely meet requirement basic on the size design in admissible scope.In addition, suitably increase these filler block 30 inner limbers 31 in the size of circumferencial direction, make its length be slightly larger than this water inlet 211 in the size of circumferencial direction, also can reach the effect of revisal, make it under the off normal angle that allows, can guarantee that still this limbers 31 can contain relative water inlet 211 fully, and can be so as to addressing the above problem dexterously.

The rotary positioning structure of the various embodiments described above of the present invention, its shift finger and shift finger locating hole system is arranged at respectively on this entry holder water outlet side and this minute water assembly water inlet side, but not as limit, also can the conversion setting, can reach identical positioning function equally.In like manner, stator projection and the rotor bump of its capable of regulating gear assembly also can the conversion settings, can reach equally the function that identical gear is adjusted.

The present invention uses two filler block 30 designs, can increase current and enter the flow of respectively organizing water inlet 211, and then the usefulness of raising water outlet, particularly when difunctional water exit mode, because the limbers 31 of arbitrary filler block 30, all the essential while is communicated with two water inlets 211 relatively, namely cross over simultaneously two water inlets 211, make these water inlets 211 have respectively half or opening partly to be contained by this limbers 31, therefore, the opening portion of being contained when these water inlets 211 is larger, also more can improve the usefulness of water outlet, as shown in figure 18, it can see through this limbers 31 is shaped to rectangular arcuation hole, and these water inlet 211 moulding are roughly relative rectangular arcuation hole reach.

Modularity core cell 2 of the present invention, belong to the modularity member that can share, can assemble the Multi-function water spray head that forms multiple different spray gear numbers, satisfy the various different demands of client on spray gear number, so only need develop a sleeve forming mould, and need as known need for the moulds of the many covers of different spray gear numbers exploitations, so can reduce significantly the cost of mould and subsequent modification, maintenance.Certainly, the modularity member that this shares also can significantly hang down the quantity in stock and the cost that reduce spare part.

The present invention only need see through the selection on the shift finger installation site, or see through some stator projection, maybe this rotor bump is removed, just can be as carrying out and finish the assembling of Multi-function water spray head as known, so assembly operation is quite simple, quick, can immediately supply at short notice, to satisfy client's urgent demand in time.

Modularity core cell of the present invention 2 adopts two filler blocks 30 designs, can improve this entry holder 10 and the assembling of 20 of minute water assemblies and stationarity in relative rotation, and can prevent the generation of beat phenomenon, guarantees simultaneously the stability of water outlet.

Modularity core cell of the present invention, can learn with regard to above-mentioned feasible embodiment, the spray gear number that it can provide has sizable Flexible change space, low-function fountain head from minimum two spray gear numbers, all can reach to the high function fountain head that is up to eight spray gear numbers, also can be for only having a plurality of single function water outlets, or the fountain head that only has a plurality of difunctional water outlets is assembled, more can assemble for the single function that comprises right quantity and the fountain head of difunctional water outlet, so can satisfy fully the different demands of client on various functions.

In sum, the present invention is real in like product its splendid progress practicality, time looks into simultaneously both at home and abroad about the technical data of this class formation, also finds no identical structure in the document or manufacture method is present in elder generation.

The above only is the better possible embodiments of number of the present invention, so such as use specification of the present invention and for it equivalent structure variation of claim institute, ought to be included in the present invention's the claim.

Claims

1. the modularity Multi-function water spray head of a capable of regulating spray gear number comprises the modularity core cell that the current that enter can be formed multiple different water exit modes; This modularity core cell more comprises:

One entry holder, the water stream channel that having supplies water flows to out, and be provided with two symmetrically and be communicated in respectively the filler block tank of this water stream channel at water outlet side, the current by this water stream channel are flowed out thus;

One minute water assembly, can be operated relatively rotate with the water outlet side of this entry holder, its water inlet side is provided with the array water inlet, each group water inlet comprises two symmetrical water inlets, and these water inlets are distributed on the concentrically ringed circumference; This minute, the water outlet side of water assembly was provided with several delivery ports, and be provided with minute water chamber that several are communicated with respectively these water inlets and delivery port in inside, make to come from the current of respectively organizing water inlet by after each corresponding minute water chamber, respectively from the spray of each corresponding different water exit mode of delivery port ejection formation;

Two filler blocks, be installed in respectively in each filler block tank of above-mentioned entry holder, and with this minute water assembly water inlet side keep elasticity to stick to, its inside respectively has a limbers, can be when this minute, water assembly rotates, respectively suitably with one group of relative connection of water inlet of above-mentioned minute water assembly, and the Waterflow-guiding that will come from this entry holder flows in each relative water inlet;

One rotary positioning structure, be arranged between this entry holder and this minute water assembly, it comprises that a shift finger, this shift finger of confession are installed a shift finger tank of location, several are positioned at the shift finger locating hole of one first pivot region, and several are positioned at the shift finger locating hole of one second pivot region; Wherein wantonly two adjacent shift finger locating holes respectively are separated with one first angle mutually in this first pivot region and the second pivot region, this first pivot region respectively is separated with the second angle that an angle is this first angle 1/2 mutually with two adjacent shift finger locating holes of this second pivot region intersection, and this shift finger can along with this minute water assembly rotation suitably with this first pivot region in any shift finger locating hole mutually locate, so as to producing the water exit mode of single function water outlet, or suitably with this second pivot region in any shift finger locating hole mutually locate, so as to producing the water exit mode of difunctional water outlet;

One capable of regulating gear assembly is arranged between the relative position of this entry holder and this minute water assembly, and it comprises several stator projections, and a rotor bump; Wherein, rotate between the two said stator projections that this rotor bump can be limited in being selected, this shift finger can be contained in this first pivot region in the angular range of two shift finger locating holes at least make rotation-limited, and be removed before installation by at least one that limits said stator projection that this rotor bump rotates, can increase the rotating angular range of this rotor bump, make this shift finger can be within containing this first pivot region make rotation-limited in the angular range of more shift finger locating holes, or contain again in the angular range of at least one shift finger locating hole in this second pivot region and make rotation-limited, and can or all before installation, be removed by the most of of the said stator projection that limits this rotor bump rotation, or by this rotor bump is removed before installation, make this shift finger can be within containing this first pivot region with this second pivot region in rotate in the angular range of all shift finger locating holes; Accordingly, make these filler blocks be adjusted being controlled at least three kinds of different angles scopes and the relative connection of these water inlets dos, make this modularity core cell that three kinds of different spray gear numbers can be provided at least, assemble the Multi-function water spray head that formation meets demand and can select one.

2. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1, it is characterized in that: the shift finger tank of this rotary positioning structure is arranged at the water outlet side of this entry holder, and these shift finger locating holes then are positioned at the water inlet side of this minute water assembly; The stator projection of this capable of regulating gear assembly is arranged at the position on every side of this entry holder, and this rotor bump is arranged at the position on every side of this minute water assembly.

3. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1, it is characterized in that: this minute water assembly be provided with eight above-mentioned water inlets that isogonism is uniform, can be so as to forming four groups of water inlets, and make the wantonly two adjacent above-mentioned water inlets miter angle of being separated by; This first pivot region and the second pivot region are provided with four shift finger locating holes respectively, and this first angle is miter angle, and this second angle is 22.5 degree angles; This capable of regulating gear assembly is provided with four stator projections, is respectively one first stator projection, one second stator projection, one the 3rd stator projection and one the 4th stator projection; This first stator projection and the second stator projection an angle of 90 degrees of being separated by, this the second stator projection and the 3rd stator projection be separated by 67.5 the degree angles, the 3rd stator projection and the 4th stator projection an angle of 90 degrees of being separated by, and this rotor bump can be limited in this first stator projection and the second salient stator interblock and rotate, and makes this shift finger can suitably be positioned three shift finger locating holes of this first pivot region in any; This rotor bump also can be removed by this second stator projection, rotate and be limited in this first stator projection and the 3rd salient stator interblock, make this shift finger can suitably be positioned a shift finger locating hole of four shift finger locating holes of this first pivot region and the second pivot region in any; This rotor bump can be removed simultaneously by this second and third stator projection, makes this shift finger can suitably be positioned four shift finger locating holes of this first pivot region and three shift finger locating holes in the second pivot region in any; Also can by at least this second and third, four stator projections are removed simultaneously, or this rotor bump is removed, and makes this shift finger can suitably be positioned all shift finger locating holes in any.

4. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1, it is characterized in that: this minute water assembly be provided with eight above-mentioned water inlets that isogonism is uniform, can be so as to forming four groups of water inlets, and make the wantonly two adjacent above-mentioned water inlets miter angle of being separated by; This first pivot region and the second pivot region arrange four shift finger locating holes respectively, and this first angle is miter angle, and this second angle is 22.5 degree angles; This capable of regulating gear assembly is provided with seven stator projections, and it is respectively one first stator projection, one second stator projection, one the 3rd stator projection, one the 4th stator projection, one the 5th stator projection, one the 6th stator projection and one the 7th stator projection; These the first stator projection to the four stator projections miter angle of being separated by respectively, the 4th stator projection and the 5th stator projection be separated by 22.5 the degree angles, the 5th stator projection to the 7th stator projection miter angle of being separated by respectively, and this rotor bump can be limited in this first stator projection and the second salient stator interblock and rotate, and makes this shift finger can suitably be positioned two shift finger locating holes of this first pivot region in any; This rotor bump also can be removed by this second stator projection, rotates and be limited in this first stator projection and the 3rd salient stator interblock, makes this shift finger can suitably be positioned three shift finger locating holes of this first pivot region in any; This rotor bump also can be removed simultaneously by this second and third stator projection, rotates and be limited in this first stator projection and the 4th salient stator interblock, makes this shift finger can suitably be positioned four shift finger locating holes of this first pivot region in any; This rotor bump also can be removed simultaneously by this second to four stator projection, makes this shift finger can suitably be positioned four shift finger locating holes of this first pivot region and a shift finger locating hole in the second pivot region in any; This rotor bump also can be removed simultaneously by this second to five stator projection, makes this shift finger can suitably be positioned four shift finger locating holes of this first pivot region and two shift finger locating holes in the second pivot region in any; This rotor bump also can be removed simultaneously by this second to six stator projection, makes this shift finger can suitably be positioned four shift finger locating holes of this first pivot region and three shift finger locating holes in the second pivot region in any; Also can be removed simultaneously by this second to seven stator projection at least, or this rotor bump is removed, makes this shift finger can suitably be positioned all shift finger locating holes in any.

5. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1 is characterized in that: this minute water assembly comprise can an affixed top water diversion disk body sealed to each other, in the middle of water diversion disk body, a below water diversion disk body and decorate cover; This top water diversion disk body end face has provided the above-mentioned water inlet of respectively organizing, and defines several top minute water chamber between itself and this centre water diversion disk body, in order to suitably to be communicated with these water inlets; This centre water diversion disk body, below water diversion disk body with decorate the cover boundary and several arranged surely from inside to outside with the below minute water chamber of concentric circles arranged distribution, and several tapping holes have been provided on this centre water diversion disk body, in order to suitably to be communicated with these top minute water chamber and below minute water chamber; This below water diversion disk body and decoration cover have provided respectively at least one delivery port at the position with respect to below each minute water chamber, make come from above-mentioned respectively organize water inlet and the current by corresponding top minute water chamber via each corresponding tapping hole after, be guided and be allocated in each lower minute corresponding water chamber, and spray the spray of different water exit modes by corresponding delivery port.

6. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 5, it is characterized in that: this minute the top water diversion disk body of water assembly provided four groups of water inlets, define one between this top water diversion disk body and middle water diversion disk body and be positioned at central the first top minute water chamber, two lay respectively at the second top minute water chamber of these the first top minute water chamber two sides, two lay respectively at the 3rd top minute water chamber of these the second top minute water chamber two sides, and one be positioned at peripheral the 4th top minute water chamber, these top minute water chamber respectively with above-mentioned one group of relative connection of water inlet; This centre water diversion disk body, below water diversion disk body and decorate the cover boundary and surely have four from inside to outside with one first below minute water chamber, one second below minute water chamber, one the 3rd below minute water chamber and one the 4th below minute water chamber of concentric circles arranged distribution, by above-mentioned tapping hole, respectively with this first top minute water chamber, the second top minute water chamber, the 3rd top minute water chamber and relative connection of the 4th top minute water chamber.

7. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 6, it is characterized in that: this minute water assembly can make the current by this one first below minute water chamber, one second below minute water chamber, one the 3rd below minute water chamber and one the 4th below minute water chamber, produce respectively the spray of foam water exit mode, powerful water exit mode, massage water exit mode and waterline water exit mode.

8. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 5, it is characterized in that: these entry holder central authorities have provided an axis hole; This minute, a pivot was equipped with relatively in the top water diversion disk body central authorities of water assembly, can be disassembled certainly the axis hole below of this entry holder penetrate pivot joint, so as to forming each other relatively turnable fulcrum.

9. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1 is characterized in that: more comprise a flow pipe spare, hand-held case and a swivel becket; This send, and the water inlet side of part pipe fitting and this entry holder is relative to connect conducting, in order to current are imported in the water stream channel of this entry holder; The holding area and one that should hand-held case has a tubulose is terminal cover body position of extending from this holding area, holds the location for this entry holder, minute water assembly and flow pipe spare; The movable pivot of this swivel becket is placed on this hand-held case, is incorporated into simultaneously around this minute water assembly, make its can be turned the operation with drive this minute water assembly and this entry holder relatively rotate.

10. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 9, it is characterized in that: these entry holder central authorities have provided an axis hole; The cover body position inner surface that should hand case is equipped with a location projection relatively, can be disassembled formula ground and penetrate the location from the axis hole top of this entry holder.

11. a method of adjustment of adjusting the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 1, its method step comprises:

A. before finishing this modularity core cell assembling, provide first the option of above-mentioned at least three kinds of different spray gear numbers for selected;

B. according to selected spray gear number, determine following one of them step that next will take; These steps comprise:

Need not remove step: need not remove said stator projection and rotor bump, and directly this rotor bump be rotated between two chosen said stator projections being limited in, assemble this modularity core cell; Wherein, need not remove the modularity core cell that step is finished by this, can form minimum spray gear number, and each spray gear number average is single function water exit mode;

First removes step: remove chosen at least one said stator projection, and this rotor bump is limited in the two salient stator interblocks rotation that can turn over removed said stator bump position, assemble this modularity core cell; Wherein, the modularity core cell by this first removal step is finished can form more spray gear number;

Second removes step: remove most of or all stator projections, or remove this rotor bump, and make this shift finger can be positioned any in all shift finger locating holes in this first pivot region and the second pivot region, assemble this modularity core cell; Wherein, the modularity core cell by this second removal step is finished can form maximum spray gear numbers;

C. utilize and assemble the modularity core cell of finishing by step b and assemble fountain head, can obtain the Multi-function water spray head of tool modularity effect.

12. the modularity Multi-function water spray head of a capable of regulating spray gear number comprises the modularity core cell that the current that enter can be formed multiple different water exit modes; This modularity core cell more comprises:

One minute water assembly, can be operated relatively rotate with the water outlet side of above-mentioned entry holder, its water inlet side is provided with the array water inlet, each group water inlet comprises two symmetrical water inlets, and these water inlets are distributed on the concentrically ringed circumference, this minute, the water outlet side of water assembly was provided with several delivery ports, and be provided with minute water chamber that several are communicated with respectively these water inlets and delivery port in inside, make to come from the current of respectively organizing water inlet by after each corresponding minute water chamber, respectively from the spray of each corresponding different water exit mode of delivery port ejection formation;

One rotary positioning structure, be arranged between this entry holder and this minute water assembly, it comprises a shift finger, one first shift finger tank, one second shift finger tank, several are positioned at the shift finger locating hole of one first pivot region, and several are positioned at the shift finger locating hole of one second pivot region; Wherein, this is first years old, two shift finger tanks are taked to be symmetrical arranged, wantonly two adjacent shift finger locating holes respectively are separated with one first angle mutually in this first pivot region, wantonly two adjacent shift finger locating holes respectively are separated with the second angle that an angle is this first angle 1/2 mutually in this second pivot region, and the arbitrary shift finger locating hole in this first pivot region, all can in this second pivot region, find a shift finger locating hole symmetrical with it, this shift finger optionally be installed in this first, one of them of two shift finger tanks, when it is installed in this first shift finger tank, can along with this minute water assembly rotation suitably with this first pivot region in each shift finger locating hole mutually locate, so as to producing the water exit mode of several single function water outlets; When it is installed in this second shift finger tank, then can along with this minute water assembly rotation suitably with this second pivot region in each shift finger locating hole mutually locate, so as to producing the staggered water exit mode of several single functions and difunctional water outlet;

One capable of regulating gear assembly is arranged between the relative position of this entry holder and this minute water assembly, and it comprises several stator projections, and a rotor bump; Wherein, rotate between the two said stator projections that this rotor bump can be limited in being selected, this shift finger can be contained in this first pivot region in the angular range of two shift finger locating holes at least make rotation-limited, or in this second pivot region, contain at least in the angular range of three shift finger locating holes and make rotation-limited, and be removed before installation by at least one that limits said stator projection that this rotor bump rotates, can increase the rotating angular range of this rotor bump, make this shift finger in this first pivot region, or the shift finger locating hole quantity that rotatably contains in this second pivot region at least increases thereupon, until can contain this first pivot region or all shift finger locating holes of the second pivot region fully; Accordingly, make these filler blocks be adjusted being controlled at least three kinds of different angles scopes and the relative connection of these water inlets dos, make this modularity core cell that three kinds of different spray gear numbers can be provided at least, assemble the Multi-function water spray head that formation meets demand and can select one.

13. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 12, it is characterized in that: the first shift finger tank of this rotary positioning structure and the second shift finger tank are positioned at the water outlet side of this entry holder, and these shift finger locating holes then are positioned at the water inlet side of this minute water assembly; The stator projection of this capable of regulating gear assembly is arranged at the position on every side of this entry holder, and this rotor bump is arranged at the position on every side of this minute water assembly.

14. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 12, it is characterized in that: this minute water assembly be provided with eight above-mentioned water inlets that isogonism is uniform, can be so as to forming four groups of water inlets, and make the wantonly two adjacent above-mentioned water inlets miter angle of being separated by; This first pivot region and the second pivot region are respectively arranged with three shift finger locating holes and seven shift finger locating holes, and this first angle is miter angle, and this second angle is 22.5 degree angles; This capable of regulating gear assembly is provided with three stator projections, is respectively one first stator projection, one second stator projection and one the 3rd stator projection; This first stator projection and the second stator projection an angle of 90 degrees of being separated by, this the second stator projection and the 3rd stator projection be separated by 22.5 the degree angles, and this rotor bump can be limited in this first stator projection and the second salient stator interblock rotates, make three shift finger locating holes that this shift finger can suitably be positioned this first pivot region in any, or five shift finger locating holes that suitably are positioned this second pivot region are in any; This rotor bump also can be removed by this second stator projection, rotates and be limited in this first stator projection and the 3rd salient stator interblock, makes this shift finger can suitably be positioned seven shift finger locating holes of this second pivot region in any.

15. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 12 is characterized in that: this minute water assembly comprise can an affixed top water diversion disk body sealed to each other, water diversion disk body, a below water diversion disk body and are decorated cover in the middle of one; This top water diversion disk body end face has provided the above-mentioned water inlet of respectively organizing, and defines several top minute water chamber between itself and this centre water diversion disk body, in order to suitably to be communicated with these water inlets; This centre water diversion disk body, below water diversion disk body with decorate the cover boundary and several arranged surely from inside to outside with the below minute water chamber of concentric circles arranged distribution, and several tapping holes have been provided on this centre water diversion disk body, in order to suitably to be communicated with these top minute water chamber and below minute water chamber; This below water diversion disk body and decoration cover have provided respectively at least one delivery port at the position with respect to below each minute water chamber, make come from above-mentioned respectively organize water inlet and the current by corresponding top minute water chamber via each corresponding tapping hole after, be guided and be allocated in each lower minute corresponding water chamber, and spray the spray of different water exit modes by corresponding delivery port.

16. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 15, it is characterized in that: this minute the top water diversion disk body of water assembly provided four groups of water inlets, define one between this top water diversion disk body and middle water diversion disk body and be positioned at central the first top minute water chamber, two lay respectively at the second top minute water chamber of these the first top minute water chamber two sides, two lay respectively at the 3rd top minute water chamber of these the second top minute water chamber two sides, and one be positioned at peripheral the 4th top minute water chamber, these top minute water chamber respectively with above-mentioned one group of relative connection of water inlet; This centre water diversion disk body, below water diversion disk body and decorate the cover boundary and surely have four from inside to outside with one first below minute water chamber, one second below minute water chamber, one the 3rd below minute water chamber and one the 4th below minute water chamber of concentric circles arranged distribution, by above-mentioned tapping hole, respectively with this first top minute water chamber, the second top minute water chamber, the 3rd top minute water chamber and relative connection of the 4th top minute water chamber.

17. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 16, it is characterized in that: this minute water assembly can make the current by this one first below minute water chamber, one second below minute water chamber, one the 3rd below minute water chamber and one the 4th below minute water chamber, produce respectively the spray of foam water exit mode, powerful water exit mode, massage water exit mode and waterline water exit mode.

18. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 15 is characterized in that: these entry holder central authorities have provided an axis hole; This minute, a pivot was equipped with relatively in the top water diversion disk body central authorities of water assembly, can be disassembled certainly the axis hole below of this entry holder penetrate pivot joint, so as to forming each other relatively turnable fulcrum.

19. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 12 is characterized in that: more comprise a flow pipe spare, hand-held case and a swivel becket; This send, and the water inlet side of part pipe fitting and this entry holder is relative to connect conducting, in order to current are imported in the water stream channel of this entry holder; The holding area and one that should hand-held case has a tubulose is terminal cover body position of extending from this holding area, holds the location for this entry holder, minute water assembly and flow pipe spare; The movable pivot of this swivel becket is placed on this hand-held case, is incorporated into simultaneously around this minute water assembly, make its can be turned the operation with drive this minute water assembly and this entry holder relatively rotate.

20. the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 19 is characterized in that: these entry holder central authorities have provided an axis hole; The cover body position inner surface that should hand case is equipped with a location projection relatively, can be disassembled formula ground and penetrate the location from the axis hole top of this entry holder.

21. a method of adjustment of adjusting the modularity Multi-function water spray head of capable of regulating spray gear number as claimed in claim 12, its method step comprises:

B. according to selected spray gear number, decision is installed on this first and second shift finger tank on one of them with this shift finger, determines simultaneously following one of them step that next will take; These steps comprise:

Need not remove step: need not remove said stator projection and rotor bump, and directly this rotor bump be rotated between two chosen said stator projections being limited in, assemble this modularity core cell; Wherein, when selected above-mentioned shift finger is installed on this first shift finger tank, and need remove the modularity core cell that step is finished by this, can form minimum spray gear number, and each spray gear number average is single function water exit mode; When selected above-mentioned shift finger is installed on this second shift finger tank, and need remove the modularity core cell that step is finished by this, single function and difunctional interconnected water exit mode can be provided;

Remove step: remove chosen at least one said stator projection, and this rotor bump is limited in the two salient stator interblocks rotation that can turn over removed said stator bump position, assemble this modularity core cell; Wherein, when selected above-mentioned shift finger is installed on this second shift finger tank, and by this removal step, with all according to setting the modularity core cell of finishing when can removed stator projection all removing, can form maximum spray gear numbers, and be single function and difunctional interconnected water exit mode;