CN110117972A - Double spray head shower suits - Google Patents

Abstract

The invention belongs to technical field of bathroom equipment more particularly to a kind of double spray head shower suits.The present invention, including interconnected tap and water route system, the water circuit system is communicated with hose director and nozzle mechanism far from one end of tap, the water circuit system is connected to by water delivery mechanism with nozzle mechanism, the elevating mechanism of the height of nozzle adjustable mechanism in the vertical direction is arranged between water circuit system and water delivery mechanism, further includes the bifurcation structure that tap can be made to be connected with hose director or be connected with water delivery mechanism.New structure of the present invention is simple and compact, it is easy for operation, it is suitable for that large-scale promotion uses, also, the present invention realizes nozzle mechanism using universal rotation mechanism and can rotate relative to water delivery mechanism, solves the problems, such as that nozzle mechanism only has single water discharging direction, simultaneously, structure is simple, and cost is relatively low for processing and manufacturing, is also convenient for later period maintenance.

Description

Double spray head shower suits

Technical field

The invention belongs to technical field of bathroom equipment more particularly to a kind of double spray head shower suits.

Background technique

Shower set is a kind of common utensil for bathing of people, plays the role of cleaning itself, relieves fatigue, and In order to meet the needs of user's body different parts cleaning, existing shower set is designed with greatly two spray heads, and one is located at The shower nozzle that the shower nozzle of eminence and one are connected by hose, but this also have led to shower bath entirety components compared with More, structure is complicated, and it is not convenient enough to use.

For example, Chinese utility model patent discloses a kind of Shower bath with double shower nozzles, [application number: 00252885.1], this is practical New patent is made of water tank, pipeline, switch, spray head, foot pedal switch, spray head, by pipeline by spray head, spray head, switch, spray Head, foot-operated switching plate, spray head are constituted, since spray head, spray head, switch, foot pedal switch are connected in series by pipeline, under switch There are a spray head in side, the top for riding switching plate.

The utility model structure is simple, but its spray head is fixedly connected on pipeline, cannot change the height of spray head, uses It is still very inconvenient to get up.

Summary of the invention

Regarding the issue above, the present invention provides a kind of double spray head shower suits.

In order to achieve the above objectives, present invention employs following technical proposals:

A kind of double spray head shower suits, including interconnected tap and water route system, the water circuit system is far from water One end of faucet is communicated with hose director and nozzle mechanism, and the water circuit system is connected to by water delivery mechanism with nozzle mechanism, can The elevating mechanism for adjusting the height of nozzle mechanism in the vertical direction is arranged between water circuit system and water delivery mechanism, and further including can The bifurcation structure for making tap be connected with hose director or be connected with water delivery mechanism.

In above-mentioned double spray heads shower suit, the water route system includes water outlet and is connected respectively with water outlet First water pipe and the second water pipe, water outlet are connected with tap, and the first water pipe is connected with hose director, and the second water pipe passes through Elevating mechanism is connected with water delivery mechanism, and also packet is located in the system of water route, and connects with water outlet, the first water pipe and the second water pipe The logical position Fen Shui, the bifurcation structure is arranged on the position Fen Shui, and one end of bifurcation structure extends to outside the system of water route.

In above-mentioned double spray heads shower suit, the bifurcation structure includes the water-division pipeline and one in the system of water route End is movably connected in water-division pipeline, and the other end extends to point water management bar outside the system of water route, and a sliding point water management bar can make Water outlet is connected with the first water pipe or is connected with the second water pipe.

In above-mentioned double spray heads shower suit, the water-division pipeline include the water inlet chamber being connected with water outlet, with First water pipe the first water outlet chamber being connected and the second water outlet chamber being connected with the second water pipe, the water inlet chamber and the First, which is equipped with, between one water outlet chamber crosses water valve, so being equipped with second between water inlet chamber and the second water outlet chamber crosses water valve, it is sliding A dynamic point water management bar can make point water management bar connect or be bonded with the second water valve inner seal excessively with the first water valve inner seal excessively.

In above-mentioned double spray heads shower suit, described elevating mechanism one end is equipped with the water inlet being connected with water circuit system Mouthful, the other end is equipped with the discharge outlet that is connected with water delivery mechanism, elevating mechanism include can relatively movable two parts, two parts it Between there is free gap, one end is connected to water inlet, and the mistake water-bound that the other end is connected to discharge outlet is located in elevating mechanism, and Water-bound and the free gap excessively are mutually isolated.

In above-mentioned double spray heads shower suit, the elevating mechanism includes water inlet tube and the row of being equipped with equipped with water inlet The draining tube at the mouth of a river, the water inlet tube and draining tube passed through water-bound rotation connection, and free gap is located at water inlet and turns Between pipe and draining tube.

In above-mentioned double spray heads shower suit, it is described cross water-bound include it is internal there is water cavity cross water pipe, mistake Water cavity both ends are connected to water inlet and discharge outlet respectively, and the water pipe outer surface of crossing is cased with the first sealing ring and the second sealing Circle, first sealing ring are pressed on water tube inner surface, and second sealing ring is pressed on draining tube inner surface, Between the first sealing ring and the second sealing ring, the water-bound both ends of crossing also have limitation water inlet tube and row for free gap Axial limit structure of the water tube along the distance for crossing water-bound direction of axis line.

In above-mentioned double spray heads shower suit, the axial limit structure includes that one end is fixedly connected with water-bound is crossed, The other end extends on the outside of draining tube, and is pressed on the axial limiting screw of draining tube outer surface, the axial limiting spiral shell Nail is tightly connected by third sealing ring and draining tube；Or the axial limit structure includes being fixedly connected with water-bound excessively Hollow change, hollow change outer surface fit with water inlet tube inner surface, and the hollow change is close to the one end for crossing water-bound Surface has the limiting groove being recessed inwardly.

It further include the universal rotational being arranged between nozzle mechanism and water delivery mechanism in above-mentioned double spray heads shower suit Mechanism, universal rotation mechanism one end are fixedly connected on nozzle mechanism and are connected to nozzle mechanism, and the other end is fixedly connected on defeated On water dispenser structure and with water delivery mechanism connection, the both ends of the universal rotation mechanism pass through arc surface and are rotatablely connected.

In above-mentioned double spray heads shower suit, the universal rotation mechanism includes the fixation being rotatablely connected by arc surface Portion and rotation section, the arc surface are fixedly connected on rotation section, and are fitted with fixed part inner surface, and the fixed part is separate One end of rotation section is fixedly connected on nozzle mechanism and rotation section and is fixedly connected in water delivery mechanism far from one end of fixed part, Or the fixed part is fixedly connected in water delivery mechanism far from one end of rotation section and rotation section is fixed far from one end of fixed part It is connected on nozzle mechanism.

Compared with prior art, the present invention has the advantages that

1, the configuration of the present invention is simple is compact, easy for operation, is suitable for that large-scale promotion uses.

2, there is bifurcation structure of the invention the part for dividing water function to be arranged in water circuit system, and control section extends to water Outside the system of road, compared with the prior art in by bifurcation structure it is independent setting faucet and pipeline between, reduce manufacturing cost, Also there is better aesthetic measure simultaneously.

3, bifurcation structure provided by the invention, simple and compact for structure, operation control is also more convenient.

4, the present invention is internal is equipped with one and crosses water-bound with what free gap was isolated, in use process, water flow stream process Water-bound, without entering in free gap, such lifting structure can will not generate the card that gets rusty between relatively movable two parts Dead risk, to have longer service life.

5, the invention also includes have can limit water inlet tube and drain tube relatively rotate angle circumferential spacing shim, So that water inlet tube and the angle control for draining tube relative rotation prevent from rotating in use in OK range The excessive accident for leading to damage of components of angle.

6, the present invention realizes nozzle mechanism using universal rotation mechanism and can rotate relative to water delivery mechanism, solves spray head machine Structure only has the problem of single water discharging direction, meanwhile, structure is simple, and cost is relatively low for processing and manufacturing, is also convenient for later period maintenance.

7, the present invention is additionally provided with lubrication portion between arc surface and fixed part, and nozzle mechanism and water conveying machine can be improved in this way Flexibility when structure relatively rotates reduces the abrasion of arc surface in rotation process.

Detailed description of the invention

Fig. 1 is structural schematic diagram of the invention；

Fig. 2 is the cross-sectional view of tap；

Fig. 3 is the cross-sectional view of water route system；

Fig. 4 is the enlarged drawing in Fig. 3 at A；

Fig. 5 is a point structural schematic diagram for water management bar；

Fig. 6 is the first schematic diagram of internal structure for crossing water valve；

Fig. 7 is the explosive view of elevating mechanism；

Fig. 8 is the structural schematic diagram of elevating mechanism；

Fig. 9 is the cross-sectional view of elevating mechanism；

Figure 10 is the structural schematic diagram into water tube；

Figure 11 is the structural schematic diagram for draining tube；

Figure 12 is the cross-sectional view of part-structure of the present invention；

Figure 13 is the enlarged drawing in Figure 12 at B；

Figure 14 is the explosive view of elevating mechanism another kind structure；

In figure: tap 1, hose director 2, water route system 3, the position Fen Shui 4, bifurcation structure 5, water inlet 6, discharge outlet 7, Elevating mechanism 8, universal rotation mechanism 9, nozzle mechanism 10, water delivery mechanism 11, tap main body 12, cold water enter pipe 13, hot water enters Pipe 14, connection through-hole 15, connection pedestal 16, connecting sleeve 17, hot water passageway 18, cold water pathway 19, water outlet 31, the first water pipe 32, the second water pipe 33, wedge block 34, water-division pipeline 51, divide water management bar 52, water inlet chamber 53, first be discharged chamber 54, second Water outlet chamber 55, first crosses water valve 56, second and crosses water valve 57, arc locating piece 58, guide groove 59, free gap 81, Guo Shuijie Structure 82, water inlet tube 83, draining tube 84, axial limit structure 85, circumferential spacing shim 86, limited block 87, drive block 88, Swing handle 89, arc surface 91, fixed part 92, rotation section 93, opening 94, aperture 95, lubrication portion 96, water spray panel 101, installation Plate 102 divides water cavity 103, water spray plush copper 104, connection valve 111, water delivery straight tube 112, switching bend pipe 113, adjustment cap 521, adjusts Pole 522, sealing 523, limit plate 524, sealing block 525, guide pad 526, water cavity 821, water pipe 822, first excessively excessively are close Seal 823, the second sealing ring 824, axial limiting screw 851, third sealing ring 852, hollow change 853, limiting groove 854, Shim body 861, transmission limited post 862, the first gasket 863, the second gasket 864.

Specific embodiment

The present invention will be further described in detail with reference to the accompanying drawings and detailed description.

As shown in Figure 1, a kind of double spray head shower suits, including interconnected tap 1 and water route system 3, the water Road system 3 is communicated with hose director 2 and nozzle mechanism 10 far from one end of tap 1, and the water circuit system 3 passes through water delivery mechanism 11 are connected to nozzle mechanism 10, and the elevating mechanism 8 of the height of nozzle adjustable mechanism 10 in the vertical direction is arranged in water route system It further include that tap 1 can be made to be connected with hose director 2 or be connected with water delivery mechanism 11 between system 3 and water delivery mechanism 11 Bifurcation structure 5.

The present invention flows out in use, water is flow in tap 1, flows through water route system 3, makes water flow by bifurcation structure 5 It is sprayed in the slave hose director 2 or nozzle mechanism 10 of selectivity, elevating mechanism 8 nozzle adjustable mechanism 10 is in the vertical direction Highly, therefore the configuration of the present invention is simple is compact, easy for operation, is suitable for that large-scale promotion uses.

Referring to figs. 1 and 2, the tap 1 includes tap main body 12, cold water enters pipe 13 and hot water enter pipe 14 with Tap main body 12 is connected to, and water outlet 31 is fixedly connected on tap main body 12, and 12 side wall of tap main body, which has, to be connected Hole 15 is connected, further includes integrally formed connection pedestal 16 and connecting sleeve 17, the connection pedestal 16 is pressed on tap master On the inner sidewall of body 12, connecting sleeve 17 extends tap main body 12 by connecting through-hole 15, and the cold water enters pipe 13 or heat One end that water enters pipe 14 is located in connecting sleeve 17, and is interference fitted with connecting sleeve 17.

In use, connection pedestal 16 is pressed on 12 inner sidewall of tap main body so that connecting sleeve 17 to be fixed, cold water Enter pipe 13 and hot water enters pipe 14 and accesses in connecting sleeve 17 in an interference fit, therefore the present invention is equipped with connection pedestal 16 and connects Connection structure as female connector pipe 17, so that the connection type that direct grafting can be used with water inlet position is avoided using welding or mould Has molding connection type, so that processing is simpler, cost is lower, it is preferable that the connected structure of connection is asked to be added for plastic part Copper mold insert can play stabilization in this way.

Preferably, 17 side wall of connecting sleeve has several grades to prominent positioning step inside connecting sleeve 17, separate The protrusion length of the positioning step of tap main body 12 is less than the protrusion length of the positioning step close to tap main body 12, in this way The insertion depth that cold water enters pipe 13 and hot water enters pipe 14 can fast and accurately be positioned.

Preferably, the connecting sleeve 17 and cold water enter pipe 13 or hot water enters to be additionally provided with sealing ring between pipe 14, in this way may be used To improve leakproofness, prevent water from overflowing.

It preferably, further include that setting enters between pipe 13 and cold water pathway 19 in cold water, and setting enters pipe 14 and heat in hot water Filter screen between water passage 18, filter screen can prevent foreign matter from flowed into tap main body 12 together with water flow.

As shown in Fig. 2, being equipped with hot water passageway 18 and cold water pathway 19, the hot water passageway 18 in the tap main body 12 One end enters pipe 14 with hot water and is connected to, and the other end is connected to water outlet 31, and the cold water pathway 19 is coated on outside hot water passageway 18, Since the hot water that cold water pathway 19 is coated on outside hot water passageway 18, therefore flows through in hot water passageway 18 will not be with tap main body 12 Tube wall occur directly to contact, to thoroughly prevent may to cause the problem of scalding by tap tube wall.

As shown in Fig. 2, also having temperature control core assembly and flow control valve core assembly, temperature control valve in the hot water passageway 18 Core assembly and flow control valve core assembly are located at the both ends of tap main body 12, and the both ends of tap main body 12 are also respectively provided with One revoling tube that can be rotated relative to tap main body 12, revoling tube and temperature control core assembly or flow control valve core assembly It is fixedly connected, rotation revoling tube is openable or is closed hot water passageway 18.

After hot water enters the entrance hot water passageway 18 of pipe 14 by hot water, temperature control core assembly is first flowed through, using flow tune Core assembly is saved, is finally flowed out by water outlet 31, temperature control core assembly controls hot water inflow velocity, adjusts temperature to play Effect, flow control valve core assembly is by adjusting aperture, to control the water speed out of water outlet 31.

As shown in Fig. 2, the temperature control core assembly includes the casing being threadedly coupled with tap main body 12, hot water passageway 18 It is connected with inside pipe casing, has between described sleeve pipe and tap main body 12 and be connected to gap, inside pipe casing passes through connection gap Enter pipe 14 with hot water to be connected to, and moving to open or close relative to tap main body 12 can occur along direction of axis line for casing It is connected to gap, it further includes that one end is located at casing that described sleeve pipe surface, which protrudes the first transmission double wedge being meshed with revoling tube, Interior, the other end extends the limit assembly of casing, and the limit assembly includes limit rotary shaft, and the limit rotary shaft surface protrudes The second transmission double wedge being meshed with revoling tube, further includes turning with the integrally formed postive stop baffle of revoling tube, rotary spacing Axis can be such that the end of limit rotary shaft is pressed on postive stop baffle.

In use, rotation revoling tube, under the drive of the first transmission double wedge and the second transmission double wedge, casing and limit group Part does the synchronous movement along direction of axis line, when revoling tube rotates forward, cannula slide with closed communicating gap, thus every Disconnected hot water passageway 18, when revoling tube backwards rotation, cannula slide is to open connection gap, and aperture is gradually increased, and continues Revoling tube is rotated, the end of limit rotary shaft is pressed on postive stop baffle, so that the aperture in connection gap is limited, to realize Control the maximum opening of hot water passageway 18.

Preferably, the limit assembly is fixedly connected with revoling tube and moves synchronously with casing, the limit group The axial line of part and casing coincides, and can guarantee stability when revoling tube rotation is adjusted in this way.

As shown in Fig. 2, the flow control valve core assembly includes that surface protrudes the third biography being meshed with revoling tube The control shaft of dynamic double wedge, the one end for controlling shaft penetrate through tube body, and the tubular body is connected to hot water passageway 18, flow tune Section knob is connected to the end of control shaft, is provided with water outlet groove on flow adjustment knob, is provided with the flow control block patch of through-hole It closes on flow adjustment knob surface, rotation control shaft can make water outlet groove be aligned or be staggered with through-hole, the control shaft End protrudes the clamping boss that cross section is in rectangle, has the clamping groove being internally recessed on flow adjustment knob, described Clamping boss is adapted with the size of clamping groove and shape.

In use, rotation revoling tube, under the drive of third transmission double wedge, control shaft rotates, and is located at control The clamping boss of roller end rotates, and since clamping boss is connected in clamping groove, therefore flow adjustment knob occurs to turn It is dynamic, so that water outlet groove is aligned or is staggered with through-hole, to control the rate of output water of water outlet 31.

In conjunction with shown in Fig. 1 and Fig. 3, the water route system 3 include water outlet 31 and be connected respectively with water outlet 31 the One water pipe 32 and the second water pipe 33, water outlet 31 are connected with tap 1, and the first water pipe 32 is connected with hose director 2, and second Water pipe 33 is connected by elevating mechanism 8 with water delivery mechanism 11, also packet in water route system 3, and with water outlet 31, the first water The position Fen Shui 4 that pipe 32 is connected to the second water pipe 33, the bifurcation structure 5 is arranged on the position Fen Shui 4, and bifurcation structure 5 One end extend to outside water route system 3, the bifurcation structure 5 in water route system 3 is the cut water point of bifurcation structure 5, is extended Bifurcation structure 5 outside to water route system 3 is the control section of bifurcation structure 5, adjusts cut water point by control section and realizes out The mouth of a river 31 switches between being connected to the first water pipe 32 or being connected to the second water pipe 33.

In use, water flow is flowed by water outlet 31, selective the first water pipe 32 or the of entrance after bifurcation structure 5 In two water pipes 33, when needing to switch, sliding bifurcation structure 5 make water outlet 31 be connected to the first water pipe 32 or with the second water pipe Switch between 33 connections, there is bifurcation structure 5 of the invention the part for dividing water function to be arranged in water circuit system 3, and control section is prolonged Extend to outside water circuit system 3, compared with the prior art in by bifurcation structure 5 it is independent setting faucet and pipeline between, reduce Manufacturing cost, while also there is better aesthetic measure.

Specifically, the bifurcation structure 5 includes that the water-division pipeline 51 being located in water route system 3 and one end are movably connected in In water-division pipeline 51, the other end extends to point water management bar 52 outside water route system 3, and a sliding point water management bar 52 can make water outlet 31 are connected with the first water pipe 32 or are connected with the second water pipe 33.

In conjunction with shown in Fig. 4 and Fig. 5, the water-division pipeline 51 includes the water inlet chamber 53 being connected with water outlet 31, with the One water pipe 32 the first water outlet chamber 54 being connected and the second water outlet chamber 55 being connected with the second water pipe 33, the intake antrum First is equipped between room 53 and the first water outlet chamber 54 and crosses water valve 56, so setting between water inlet chamber 53 and the second water outlet chamber 55 Have second cross water valve 57, sliding a point water management bar 52 can make point water management bar 52 with first excessively 56 inner seal of water valve connect or with Second crosses the fitting of 57 inner seal of water valve, and described point of water management bar 52 includes the adjustment cap 521 outside water route system 3, adjusts 522 one end of bar is fixedly connected with adjustment cap 521, and the other end extends in water route system 3, and is sequentially passed through second and crossed water valve 57 Water valve 56 is crossed with first, sealing 523 protrudes from 522 side of adjusting rod, and the sealing 523 is located at first and crosses water valve 56 and the Two cross between water valve 57.

When needing water outlet 31 to be connected with the first water pipe 32, using 521 slidable adjustment bar 522 of adjustment cap, so that close Envelope portion 523 crosses 57 inner surface of water valve with second and fits so that water inlet chamber 53 with first be discharged chamber 54 be connected and with the Two water outlet chambers 55 are isolated；When needing water outlet 31 to be connected with the second water pipe 33,521 slidable adjustment bar of adjustment cap is utilized 522, it fits so that sealing 523 crosses 56 inner surface of water valve with first, so that water inlet chamber 53 and the second water outlet 55 phase of chamber It is connected to and is isolated with the first water outlet chamber 54.

Preferably, the described first axial line of water valve 57 and point water management bar 52 excessively of water valve 56, second excessively overlaps, this Sample can guarantee the stability of adjustment process.

In conjunction with shown in Fig. 4-6, the described one end of adjusting rod 522 far from adjustment cap 521 is integrally formed with limit plate 524, and One, which crosses 56 inner surface of water valve, is protruding with arc locating piece 58, when the limit plate 524 is pressed on arc locating piece 58, sealing 523, which are located at second, crosses in water valve 57, and crosses 57 inner seal of water valve with second and be bonded, and the arc locating piece 58 is opposed to be equipped with two Block, has guide groove 59 between two pieces of arc locating pieces 58, and rotary spacing plate 524 can make limit plate 524 be slidably connected at guiding In slot 59.

Sealing 523 is located at second when crossing in water valve 57, and limit plate 524 is pressed on arc locating piece 58, in this way can be with Play the role of locking adjusting rod 522 along direction of axis line, what guarantee water outlet 31 was connected with the first water pipe 32 divides watery The stability of state when switching out water pipe, rotates adjusting rod 522, so that limit plate 524 is aligned with guide groove 59, slip limiting plate 524 by guide groove 59, and when sealing 523, which is located at second, to be crossed in water valve 56, limit plate 524 skids off guide groove 59, and rotation is adjusted Pole 522 presses limit plate 524 again to set to arc locating piece 58, adjusting rod 522 is locked along direction of axis line, Guarantee the stability for dividing water state that water outlet 31 is connected with the second water pipe 33.

Preferably, the width of the guide groove 59 is equal with 524 thickness of limit plate, and such limit plate 524 is in guide groove 59 In interior sliding process, limit plate 524 fits with 59 inner wall of guide groove always, to prevent adjusting rod 522 from occurring radially Displacement.

As shown in figure 5, the sealing 523 includes sealing block 525 and guide pad 526 cylindrical, the guide pad 526 cross-sectional area gradually becomes smaller from one end far from sealing block 525 to one end close to sealing block 525, can facilitate so close Envelope block 525 is aligned and is bonded with the first water valve 56 and the second mistake 57 inner surface of water valve excessively.

As shown in Figure 1, first water pipe 32 is fixedly connected with wedge block 34 close to one end outer surface of the second water pipe 33, Wedge block 34 is plugged on the second water pipe 33, can prevent that opposite turn occurs between the first water pipe 32 and the second water pipe 33 in this way It is dynamic, guarantee the stability of connection.

Wedge block 34 is spirally connected between the first water pipe 32 and the second water pipe 33 in the first water pipe 32 and the second water pipe 33 When, wedge block 34 is held out against on the second water pipe 33 by the first water pipe 32.Wedge block 34 can be used plastics and be made, can also be using gold Category is made.

In conjunction with shown in Fig. 7-9, described 8 one end of elevating mechanism is equipped with the water inlet 6 being connected with water circuit system 3, the other end Equipped with the discharge outlet 7 being connected with water delivery mechanism 11, elevating mechanism 8 include can relatively movable two parts, have between two parts There is free gap 81, one end is connected to water inlet 6, and the water-bound 82 excessively that the other end is connected to discharge outlet 7 is located at elevating mechanism 8 It is interior, and water-bound 82 and the free gap 81 excessively are mutually isolated.

In use, elevating mechanism 8 is assembled in shower set, water inlet 6 and discharge outlet 7 respectively with the second water pipe 33 and Water delivery mechanism 11 is connected, can relatively movable two parts be also respectively fixedly connected on the second water pipe 33 and water delivery mechanism 11, When needing to adjust the height of nozzle mechanism 10, activity can relatively movable two parts, can be opposite sliding be also possible to it is opposite The adjusting of the height in the vertical direction of nozzle mechanism 10 is realized in rotation, therefore the present invention is internal is equipped with one and 81 phase of free gap Water-bound 82 is crossed in isolation, and in use process, water flow stream passes through water-bound 82, without entering in free gap 81, liter in this way Drop structure 8 can will not generate stuck risk of getting rusty between relatively movable two parts, to have longer service life.

Specifically, can relatively movable two parts be water inlet tube 83 and draining tube 84, i.e., elevating mechanism 8 include set The water inlet tube 83 and the draining tube 84 equipped with discharge outlet 7 for having water inlet 6, the water inlet tube 83 and draining tube 84 pass through The rotation connection of water-bound 82 is crossed, free gap 81 is located between water inlet tube 83 and draining tube 84, water inlet tube 83 and water inlet Component is connected, when being in stationary state in use, therefore needing to adjust 10 height of nozzle mechanism, rotation draining tube 84 It can be realized.

In conjunction with shown in Fig. 7 and Fig. 9, the water-bound 82 excessively includes the water pipe 822 excessively that inside had water cavity 821, mistake 821 both ends of water cavity are connected to water inlet 6 and discharge outlet 7 respectively, and water flow is flowed through from water cavity 821 excessively, described to cross water pipe 822 Outer surface is cased with the first sealing ring 823 and the second sealing ring 824, and first sealing ring 823 is pressed on into table in water tube 83 On face, second sealing ring 824 is pressed on draining 84 inner surface of tube, and free gap 81 is located at 823 He of the first sealing ring Between second sealing ring 824.

It crosses water pipe 822 to be tightly connected by the first sealing ring 823 and water inlet tube 83, crosses water pipe 822 and pass through the second sealing Circle 824 is tightly connected with draining tube 84, and a sealing is formed in this way between the first sealing ring 823 and the second sealing ring 824 Cavity, free gap 81 is between the first sealing ring 823 and the second sealing ring 824, i.e., free gap 81 is only empty with the sealing Chamber connection, without with water inlet tube 83 or draining tube 84 inside be connected, thus realize free gap 81 with mistake 822 phase of water pipe The purpose being mutually isolated.

As shown in fig. 7, it is described cross 82 both ends of water-bound also have limitation water inlet tube 83 and draining tube 84 along cross water knot The axial limit structure 85 of the distance of 82 direction of axis line of structure, axial limit structure 85 can be prevented into water tube 83 and draining The problem of axial separation, occurs during rotation for tube 84.

The present invention is not construed as limiting the specific structure of axial limit structure 85, as long as limitation water inlet tube 83 and row can be played Water tube 84 can be used with flowering structure, the axial limiting along the effect for the distance for crossing 82 direction of axis line of water-bound Structure 85 includes that one end is fixedly connected with water-bound 82 is crossed, and the other end extends to 84 outside of draining tube, and is pressed on draining and turns The axial limiting screw 851 of 84 outer surface of pipe, the axial limiting screw 851 pass through third sealing ring 852 and draining tube 84 It is tightly connected.

It can also use with flowering structure, the axial limit structure 85 includes the middle idle running being fixedly connected with water-bound 82 excessively Ring 853, hollow 853 outer surface of change fit with water inlet 83 inner surface of tube, and the hollow change 853 is close to cross water-bound 82 End surface there is the limiting groove 854 that is recessed inwardly.

It crosses 82 both ends of water-bound and is respectively provided with an axial limit structure 85, the two axial limit structures 85 can use phase Same structure, can also use different structures.

It further include being located in elevating mechanism 8, and water inlet tube 83 and draining can be limited in conjunction with shown in Fig. 7, Figure 10 and Figure 11 The circumferential spacing shim 86 that tube 84 relatively rotates, rotation draining tube 84 can make circumferential spacing shim 86 be pressed on draining tube It on 84 or is pressed on water tube 83, the angle control relatively rotated into water tube 83 and draining tube 84 may make to exist in this way In OK range, the excessive accident for leading to damage of components of angle that rotates in use is prevented.

Specifically, the circumferential spacing shim 86 includes shim body 861, the upper surface of the shim body 861 and Lower surface protrudes several transmission limited posts 862, and 83 inner surface of water inlet tube is fixedly connected with limited block 87, institute It states draining 84 inner surface of tube and is fixedly connected with drive block 88, rotation draining tube 84 can make transmission limited post 862 be pressed on drive On motion block 88 or it is pressed on limited block 87.

In use, rotation draining tube 84, drive block 88 is rotated synchronously at this time, and the pressure of drive block 88, which is set to transmission, to be limited On column 862, so that spacing shim 86 rotates, the transmission limited post 862 of the other side is driven to rotate, until pressure is set to limited block 87 On, rotational action is stopped by limitation at this time.

Preferably, the shim body 861 include intermeshing first gasket 863 and the second gasket 864, described first Gasket 863 is located in water inlet tube 83, and second gasket 864 is located in draining tube 84, is convenient for assembly in this way and uses.

As shown in figure 14, it is preferable that be also fixedly connected with swing handle 89, the rotation on the circumferential direction spacing shim 86 Handle 89 is extended to far from one end of circumferential spacing shim 86 into outside water tube 83 and draining tube 84, can pass through rotation in this way Swing handle 89 realizes the adjusting to 10 height of nozzle mechanism, simple to operate.

As shown in figure 12, including nozzle mechanism 10 and water delivery mechanism 11, water delivery mechanism 11 are fixedly mounted in use, It further include the universal rotation mechanism 9 being arranged between nozzle mechanism 10 and water delivery mechanism 11,9 one end of universal rotation mechanism is fixed to be connected Connect on nozzle mechanism 10 and be connected to nozzle mechanism 10, the other end be fixedly connected in water delivery mechanism 11 and with water delivery mechanism 11 The both ends of connection, the universal rotation mechanism 9 are rotatablely connected by arc surface 91.

In use, since nozzle mechanism 10 is fixedly connected with one end of universal rotation mechanism 9, water delivery mechanism 11 and universal turn The other end of motivation structure 9 is fixedly connected, and the both ends of universal rotation mechanism 9 are rotatablely connected by arc surface 91, therefore is relatively rotated When the both ends of universal rotation mechanism 9, nozzle mechanism 10 can be made to rotate with respect to water delivery mechanism 11, therefore the present invention utilizes universal turn Motivation structure 9 realizes nozzle mechanism 10 and can rotate relative to water delivery mechanism 11, solves nozzle mechanism 10 and there was only single water side To the problem of, meanwhile, structure is simple, and cost is relatively low for processing and manufacturing, is also convenient for later period maintenance.

Specifically, the universal rotation mechanism 9 includes the fixed part 92 being rotatablely connected by arc surface 91 and rotation section 93, the arc surface 91 is fixedly connected on rotation section 93, and is fitted with 92 inner surface of fixed part, and the fixed part 92 is separate One end of rotation section 93 is fixedly connected on nozzle mechanism 10 and rotation section 93 be fixedly connected on far from one end of fixed part 92 it is defeated On water dispenser structure 11 or the fixed part 92 is fixedly connected in water delivery mechanism 11 far from one end of rotation section 93 and rotation section 93 is remote One end from fixed part 92 is fixedly connected on nozzle mechanism 10, i.e., universal rotation mechanism 9 can be there are two types of installation direction.

As shown in figure 13, the fixed part 92 is in hollow cylindrical configuration, and has opening close to one end of rotation section 93 94, the arc surface 91 is hollow sphere, and one end is fixedly connected on rotation section 93, and the other end extends in fixed part 92, and It fits with 92 inner surface of fixed part, 91 both ends of arc surface all have aperture 95, and rotation section 93 passes through aperture 95 and fixed part 92 It is connected, the diameter of the arc surface 91 is greater than the distance between 94 edge any two points of opening.

Universal rotation mechanism 9 includes two parts, i.e. fixed part 92 and rotation section 93, and fixed part 92 and rotation section 93 are by being in The arc surface 91 of hollow sphere is connected, and arc surface 91 is predominantly located in fixed part 92, and between 92 inner surface of fixed part With a pretightning force, the distance that the diameter of arc surface 91 is greater than between 94 edge any two points of opening can prevent arc surface 91 from deviating from To outside fixed part 92, to guarantee the stability of connection.

Preferably, lubrication portion 96 is additionally provided between the arc surface 91 and fixed part 92, lubrication portion 96 is by lubricious material system , such as can be the unbranched ultra-high molecular weight polyethylene of 1,500,000 or more molecular weight, there is lesser mantle friction system Number, the surface radian in the lubrication portion 96 is adapted with the radian of 91 outer surface of arc surface, in this way, the present invention in arc surface 91 and It is additionally provided with lubrication portion 96 between fixed part 92, can be improved in this way flexible when nozzle mechanism 10 and water delivery mechanism 11 relatively rotate Property, reduce the abrasion of arc surface 91 in rotation process.

As shown in figure 12, the nozzle mechanism 10 includes the water spray panel 101 and mounting plate 102 that are fixedly connected, and universal turn Motivation structure 9 is fixedly connected on mounting plate 102, is had between the water spray panel 101 and mounting plate 102 and universal rotation mechanism 9 be connected divide water cavity 103, be fixed with several water spray plush coppers 104 on panel 101 of spraying water, the water spray plush copper 104 and Water cavity 103 is divided to be connected.

In use, the water flow in water delivery mechanism 11 flows through 91 inner cavity of arc surface by aperture 95, then flowed by aperture 95 Divide in water cavity 103, is finally sprayed by water spray plush copper 104.

Preferably, the water spray plush copper 104 has been formed radially several layers along water spray panel 101, and each layer includes at least Three water spray plush coppers 104, and each layer of water spray plush copper 104 is circumferentially uniformly distributed along the center of water spray panel 101, can be protected in this way Demonstrate,prove the uniformity of water outlet.

As shown in figure 12, the water delivery mechanism 11 includes the water delivery straight tube 112 being connected by connection valve 111 and transfers curved Pipe 113, universal rotation mechanism 9 are fixedly connected on switching bend pipe 113,111 one end of connection valve and the fixed company of water delivery straight tube 112 It connects, the other end extends in switching bend pipe 113, is threadedly coupled with switching 113 inner surface of bend pipe, wherein the connection valve 111 is leaned on The inner surface of nearly 112 one end of water delivery straight tube is rounded, and the inner surface close to switching 113 one end of bend pipe is in regular hexagon, due to leaning on 111 surface of connection valve of nearly switching 113 one end of bend pipe is threaded, therefore wall thickness is relatively thin, so that inner surface is designed as Regular hexagon is to improve bearing capacity.

The working principle of the invention is: flowing into use, being mixed in tap 1 to the water of preference temperature through water outlet 31 In water route system 3, when needing water outlet 31 to be connected with the first water pipe 32, using 521 slidable adjustment bar 522 of adjustment cap, make Sealing 523 with second cross 57 inner surface of water valve fit so that water inlet chamber 53 with first be discharged chamber 54 be connected and It is isolated with the second water outlet chamber 55, when sealing 523 is in second excessively water valve 57, limit plate 524 is pressed on arc positioning On block 58, it can play the role of locking adjusting rod 522 along direction of axis line in this way, guarantee water outlet 31 and the first water pipe 32 What is be connected divides the stability of water state；When needing water outlet 31 to be connected with the second water pipe 33, adjusting rod 522 is rotated, is made It obtains limit plate 524 to be aligned with guide groove 59, slip limiting plate 524 crosses water valve by guide groove 59, when sealing 523 is located at second When in 56, limit plate 524 skids off guide groove 59, and sealing 523 crosses 56 inner surface of water valve with first and fits, so that water inlet chamber 53 are connected with the second water outlet chamber 55 and are isolated with the first water outlet chamber 54, and rotation adjusting rod 522 makes 524 weight of limit plate New pressure is set to arc locating piece 58, is locked to adjusting rod 522 along direction of axis line, guarantees water outlet 31 and the second water pipe 33 stability for dividing water state being connected, water in the second water pipe 33 flowed into water pipe 822 by water inlet 6, then from draining Mouthfuls 7 flow out, cross water pipe 822 realized by the first sealing ring 823 and the second sealing ring 824 it is mutually isolated with free gap 81, need to When adjusting the height of nozzle mechanism 10, rotation draining tube 84, drive block 88 is rotated synchronously at this time, and the pressure of drive block 88 is set To transmission limited post 862 on so that spacing shim 86 rotate, drive the transmission limited post 862 of the other side rotate, until press set to On limited block 87, rotational action is stopped by limitation at this time, and the water that discharge outlet 7 flows out flows into water delivery mechanism 11, using The inflow of universal rotation mechanism 9 divides in water cavity 103, is finally sprayed by water spray plush copper 104.

Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.

Although be used more herein tap 1, hose director 2, water route system 3, the position Fen Shui 4, bifurcation structure 5, It is water inlet 6, discharge outlet 7, elevating mechanism 8, universal rotation mechanism 9, nozzle mechanism 10, water delivery mechanism 11, tap main body 12, cold Water enters pipe 13, hot water enters pipe 14, connection through-hole 15, connection pedestal 16, connecting sleeve 17, hot water passageway 18, cold water pathway 19, goes out Water management bar 52, water inlet chamber 53, first, the second water pipe 33, wedge block 34, water-division pipeline 51, are divided at first water pipe 32 in the mouth of a river 31 The water outlet water outlet chamber 55, first of chamber 54, second crosses water valve 56, second and crosses water valve 57, arc locating piece 58, guide groove 59, lives Water-bound 82, water inlet tube 83, draining tube 84, axial limit structure 85, circumferential spacing shim 86, limit are crossed in dynamic gap 81 Block 87, drive block 88, swing handle 89, arc surface 91, fixed part 92, rotation section 93, opening 94, aperture 95, lubrication portion 96, Water spray panel 101, mounting plate 102 divide water cavity 103, water spray plush copper 104, connection valve 111, water delivery straight tube 112, switching bend pipe 113, adjustment cap 521, adjusting rod 522, sealing 523, limit plate 524, sealing block 525, guide pad 526, cross water cavity 821, Cross water pipe 822, the first sealing ring 823, the second sealing ring 824, axial limiting screw 851, third sealing ring 852, hollow change 853, the terms such as limiting groove 854, shim body 861, transmission limited post 862, the first gasket 863, second gasket 864, but simultaneously A possibility that being not excluded for using other terms.The use of these items is only for be more convenient to describe and explain sheet of the invention Matter；Being construed as any additional limitation is disagreed with spirit of that invention.

Claims (10)

1. a kind of double spray head shower suits, including interconnected tap (1) and water route system (3), the water circuit system (3) One end far from tap (1) is communicated with hose director (2) and nozzle mechanism (10), it is characterised in that: the water circuit system (3) It is connected to by water delivery mechanism (11) with nozzle mechanism (10), the lifting of the height of nozzle adjustable mechanism (10) in the vertical direction Mechanism (8) is arranged between water circuit system (3) and water delivery mechanism (11), further includes that can make tap (1) and hose director (2) phase Connection or the bifurcation structure (5) being connected with water delivery mechanism (11).

2. double spray head shower suits as described in claim 1, it is characterised in that: the water route system (3) includes water outlet (31) and respectively the first water pipe (32) and the second water pipe (33) being connected with water outlet (31), water outlet (31) and tap (1) it is connected, the first water pipe (32) is connected with hose director (2), and the second water pipe (33) passes through elevating mechanism (8) and water conveying machine Structure (11) is connected, also packet be located at water route system (3) in, and with water outlet (31), the first water pipe (32) and the second water pipe (33) The position Fen Shui (4) being connected to, the bifurcation structure (5) is arranged on the position Fen Shui (4), and one end of bifurcation structure (5) is prolonged Extend to water route system (3) outside.

3. double spray head shower suits as claimed in claim 2, it is characterised in that: the bifurcation structure (5) includes being located at water route Water-division pipeline (51) and one end in system (3) are movably connected in water-division pipeline (51), and the other end extends to water route system (3) Outer divides water management bar (52), and a sliding point water management bar (52) can make water outlet (31) be connected with the first water pipe (32) or with the Two water pipes (33) are connected.

4. spray heads shower suit as claimed in claim 3 double, it is characterised in that: the water-division pipeline (51) includes and water outlet (31) the water inlet chamber (53) that is connected, first to be connected with the first water pipe (32) water outlet chamber (54) and with the second water pipe (33) the second water outlet chamber (55) being connected, is equipped with the first mistake between the water inlet chamber (53) and the first water outlet chamber (54) Water valve (56), so being equipped with second between water inlet chamber (53) and the second water outlet chamber (55) crosses water valve (57), sliding divides water control Bar (52) processed can make point water management bar (52) connect or cross on the inside of water valve (57) with second with first water valve (56) inner seal excessively Palette.

5. double spray head shower suits as described in claim 1, it is characterised in that: described elevating mechanism (8) one end is equipped with and water The water inlet (6) that road system (3) is connected, the other end are equipped with the discharge outlet (7) being connected with water delivery mechanism (11), elevating mechanism (8) include can relatively movable two parts, there are free gap (81) between two parts, one end is connected to water inlet (6), another Water-bound (82) excessively for being connected to discharge outlet (7) are held to be located in elevating mechanism (8), and water-bound (82) and the free gap excessively (81) mutually isolated.

6. double spray head shower suits as claimed in claim 5, it is characterised in that: the elevating mechanism (8) includes being equipped with water inlet The water inlet tube (83) of mouth (6) and the draining tube (84) for being equipped with discharge outlet (7), the water inlet tube (83) and draining tube (84) passed through water-bound (82) rotation connection, free gap (81) are located between water inlet tube (83) and draining tube (84).

7. double spray head shower suits as claimed in claim 6, it is characterised in that: cross water-bound (82) have including inside That crosses water cavity (821) crosses water pipe (822), crosses water cavity (821) both ends and is connected to respectively with water inlet (6) and discharge outlet (7), institute It stated water pipe (822) outer surface and is cased with the first sealing ring (823) and the second sealing ring (824), the first sealing ring (823) pressure It is located at on water tube (83) inner surface, second sealing ring (824) is pressed on draining tube (84) inner surface, between activity For gap (81) between the first sealing ring (823) and the second sealing ring (824), described water-bound (82) both ends of crossing also have limitation Tube (84) are intake tube (83) and drained along the axial limit structure (85) for the distance for crossing water-bound (82) direction of axis line.

8. double spray head shower suits as claimed in claim 7, it is characterised in that: the axial limit structure (85) includes one end It is fixedly connected with water-bound (82) are crossed, the other end extends on the outside of draining tube (84), and is pressed on draining tube (84) appearance The axial limiting screw (851) in face, the axial limiting screw (851) pass through third sealing ring (852) and draining tube (84) It is tightly connected；

Or the axial limit structure (85) includes the hollow change (853) being fixedly connected with water-bound (82) excessively, hollow change (853) outer surface fits with water inlet tube (83) inner surface, and the hollow change (853) is close to the one end for crossing water-bound (82) Surface has the limiting groove (854) being recessed inwardly.

9. spray heads shower suit as described in claim 1 double, it is characterised in that: further include setting in nozzle mechanism (10) and defeated Universal rotation mechanism (9) between water dispenser structure (11), universal rotation mechanism (9) one end be fixedly connected on nozzle mechanism (10) and It is connected to nozzle mechanism (10), the other end is fixedly connected on water delivery mechanism (11) and is connected to water delivery mechanism (11), described ten thousand It is rotatablely connected to the both ends of rotating mechanism (9) by arc surface (91).

10. double spray head shower suits as claimed in claim 9, it is characterised in that: the universal rotation mechanism (9) includes passing through The fixed part (92) of arc surface (91) rotation connection and rotation section (93), the arc surface (91) are fixedly connected on rotation section (93) On, and fit with fixed part (92) inner surface, the fixed part (92) is fixedly connected on spray far from the one end of rotation section (93) In head mechanism (10) and the one end of rotation section (93) separate fixed part (92) is fixedly connected on water delivery mechanism (11) or described solid The one end for determining portion (92) separate rotation section (93) is fixedly connected on water delivery mechanism (11) and rotation section (93) are far from fixed part (92) one end is fixedly connected on nozzle mechanism (10).