CN202295832U

CN202295832U - Child-opening-resistant fluid dispersion device

Info

Publication number: CN202295832U
Application number: CN2011202288903U
Authority: CN
Inventors: 沃尔特·詹金斯
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-09
Filing date: 2010-09-09
Publication date: 2012-07-04
Anticipated expiration: 2020-09-09

Abstract

The utility model relates to a fluid dispersion device. The fluid dispersion device comprises a storage, an internal cover, an external cover and an actuator, wherein the internal cover is fixed on the storage, the external cover is fixed on the internal cover and can rotate to a second position from a first position around the internal cover and the storage, and the actuator is connected with the storage so as to distribute contained substances of the storage; when the external cover is located at the first position, the actuator cannot distribute the contained substances; and when the external cover is located at the second position, the actuator can distribute the contained substances. According to the fluid dispersion device, the fluid dispersion device can be used by using the minimal strength and dexterity and is complicated enough, so that the dispersion of the contained substances in a container achieved by the access of children or other manners is prevented.

Description

The fluid diverting device of Childproof

The utility model application is that the application people is the special Charles Jenkins in Wal, and the applying date is on September 9th, 2010, and application number is 201020528709.6, and invention and created name is divided an application for the utility model application of " the fluid diverting device of Childproof ".

Technical field

The utility model relates to a kind of fluid diverting device that stops accidental to be disperseed.

Background technology

Current; Can obtain (tamper resistant) container Childproof that is used for the moisture-sensitive material or anti-misuse with various multi-form appearance; And said container is mainly used in and prevents that children are unintentionally near potential hazardous material, for example medicine, chemical or poison.But, provide the container of Childproof to increase cost, and can cause old user to be difficult to open container through regular meeting.For example; The container of many Childproofs typically comprises the lid of a rigidity; Said lid only just can be rotated and remove when applying a big pressure and a rotational force simultaneously for lid, and this has just proposed challenge to muscle weakness and the aging the elderly in joint.

The container of other Childproofs comprises the lid of a rigidity, said lid have one must with the arrow of complementary arrow alignment on this container.In case with two arrow alignment, must apply a big power to lid and fracture covering from said container, this has just proposed challenge to strength or the limited old user of automaticity.

When an old user who attempts to open the container of Childproof is weak or causes one or two hands to have the manual automaticity of reduction owing to for example arthritis, increased the difficulty of opening said container.In addition, the elderly more trends towards relying on medicine than the ordinary people, and since arthritis or age also trend towards having impaired manually operated strength and automaticity.Therefore, compare with the ordinary people, the elderly is difficult more when opening the container of Childproof.In addition, many children have the obstacle that is used to remove current Childproof---it requires the operator to have MIN intelligence usually---necessary automaticity and strength.

Consider the shortcoming of the container of current Childproof; The device that needs a kind of such Childproof; It uses minimum strength and automaticity to use, and enough complicated to stop the approaching or contents of distribution (dispense) this container otherwise of children.

The utility model content

In view of the problems referred to above that exist in the prior art, the purpose of the utility model is to propose the fluid diverting device that a kind of improved prevention accidental is disperseed.

The utility model has advantageously provided a kind of fluid diverting device, comprising: holder; Lid, it can rotate to the second place from primary importance around holder; And actuator, it is attached to this holder, and to distribute the contents of this holder, wherein when covering in primary importance, said actuator can be used to distribute said contents, and when covering in the second place, said actuator can not be used to distribute said contents.Said lid can comprise a pair of locator element of forcing down, and lid can require the locator element displacement forced down said around the rotation of holder.At least one said locator element can have a visible and/or palpable identification element that differentiates with said lid, and the locator element that can force down can be positioned as each other at a distance of about 180 °.Said actuator can move with respect to holder at longitudinal direction, is used to distribute contents, so that when covering in primary importance, said lid hinders vertically moving of said actuator.In addition, said actuator can limit a nozzle, and this nozzle is communicated with said holder fluid, and said lid, holder and/or actuator can relative to each other be coaxial.

A kind of fluid diverting device also is provided, comprises: holder, it is used for store fluid; Lid, it rotatably engages with said holder, and said lid comprises a pair of locator element of forcing down, so that the locator element displacement that said lid can force down around the rotation requirement of holder; And, nozzle, it is communicated with the holder fluid, and said nozzle extends outwardly beyond the periphery of lid, so that when covering in primary importance, said lid hinders moving of nozzle, and when covering in the second place, said lid allows moving of nozzle.Said lid can be limited to first protecting component that covers when primary importance against nozzle, and when covering in the second place, said first protecting component can be from said nozzle displacement.Said lid can limit at least one protrusion, and said at least one protrusion engages with at least one stop motion mechanism that is limited holder releasedly, and the displacement of the locator element that can force down can make protrusion break away from from stop motion mechanism.

A kind of fluid diverting device also is provided, comprises: shell, it is defined for the holder of storing therein contents, and said shell limits a plurality of stop motion mechanisms; Lid, it is coaxial and rotatably be attached to said shell with said shell, and said lid limits a plurality of protrusions that engage with said stop motion mechanism releasedly, and a pair ofly can be used to make the locator element forced down of protrusion from the stop motion mechanism disengaging; And actuator; It is coaxial and vertically removable with respect to said shell with said shell, and to distribute said contents, said actuator comprises a nozzle that extends outwardly beyond the periphery of said lid; So that when covering in primary importance; Said lid hinders moving of nozzle, and when covering in the second place, said lid allows moving of nozzle.

Moreover the utility model also provides a kind of fluid diverting device, comprising: holder; Inner cover, it is fixed on the said holder; Outer cover, it is fixed on this inner cover, and can rotate to the second place from primary importance around said inner cover and said holder; And actuator, it is attached to this holder, to distribute the contents of this holder; Wherein when said outer cover during in primary importance; Said actuator can not distribute said contents, and when said outer cover during in the second place, said actuator can distribute said contents.

The utility model provides a kind of fluid diverting device again, comprising: holder, and it is used for store fluid; Inner cover, it is fixed on the said holder; Outer cover; It is fixed on this inner cover; Rotatably engage with said holder; And can rotate to the second place from primary importance around said inner cover and said holder, said outer cover comprises a pair of locator element of forcing down, so that the locator element displacement that said outer cover can force down around the rotation requirement of holder; And nozzle, it is communicated with the holder fluid, and said nozzle extends outwardly beyond the periphery of outer cover; When outer cover during in primary importance; Said outer cover hinders moving of said nozzle, and when outer cover during in the second place, said outer cover allows the mobile of said nozzle.

The useful technique effect of the utility model is: can realize using minimum strength and automaticity to use, and enough complicated with the prevention children approaching or contents in the dispense container otherwise.

Description of drawings

When taking into consideration,, to the more complete understanding of the utility model, and the utility model attendant advantages and characteristic, will be more prone to understand with reference to following detailed with accompanying drawing, in the accompanying drawings:

Fig. 1 is the cross-section front view of the embodiment that has assembled of the fluid diverting device of constructing according to the principle of the utility model;

Fig. 2 is a side isometric view of the holder shown in Fig. 1;

Fig. 3 is the opposite side parallax stereogram of the holder shown in Fig. 2;

Fig. 4 is the obducent top perspective view in the bottom shown in Fig. 1;

Fig. 5 is the viewgraph of cross-section of overlooking of the piston shown in Fig. 1;

Fig. 6 is the top perspective view of the piston shown in Fig. 5;

Fig. 7 is the face upwarding stereogram of the piston shown in Fig. 5;

Fig. 8 is the side-looking viewgraph of cross-section of the shell shown in Fig. 1;

Fig. 9 is the side-looking viewgraph of cross-section of the sub-valve rod (sub-stem) shown in Fig. 1;

Figure 10 is the top perspective view of the inner cover shown in Fig. 1;

Figure 11 is the top perspective view of the outer cover shown in Fig. 1;

Figure 12 is another top perspective view of the outer cover shown in Figure 10;

Figure 13 is the side isometric view of the fluid diverting device that has assembled shown in Fig. 1; With

Figure 14 is the side isometric view according to another fluid diverting device that is used for dispersing fluid of the utility model principle.

The specific embodiment

With reference now to accompanying drawing,, wherein identical reference number refers to components identical, and an exemplary according to fluid diverting device the utility model principle, that totally be masked as " 10 " has been shown among Fig. 1.Formation that device 10 can comprise holder 12 (as being shown specifically more among Fig. 2 and Fig. 3), and this holder is by the substantially rigid material---for example plastics---, and can be used for depositing fluid, for example gel, liquid, gas and analogue.Holder 12 can comprise a base portion 14 that limits the hollow of near-end and far-end, and can be the primary circle cylinder in shape.Certainly, the shape of the holder that illustrates only is exemplary, because geometric configuration and size can be modified or be chosen and be used in concrete application or be provided with.Comprise also that from the neck 16 of the proximal extension of base portion 14 neck 16 limits near-end and far-end, and also can be the primary circle cylinder in shape.For example, as shown in Figure 2, the diameter of base portion 14 can be greater than the diameter of neck 16.In an exemplary, ointment is stored in the holder 12, and through introducing or comprising hypertensor (pressurization agent) or other superchargings mechanism known in the art and further be pressurized.

With reference now to Fig. 2,, neck 16 can comprise the one or more annular sections 18 along its outer surface circumferential arrangement.For example, as shown in Figure 2, two annular sections 18 are spaced apart vertically along the circumference of neck 16.As shown in Figure 1, annular section 18 can further limit the cross-sectional plane of trapezoidal basically or rectangle, and said cross-sectional plane can be used to be convenient to the engaging of miscellaneous part of annular section 18 and the device 10 of following discussion.Neck 16 can further comprise the one or more convexities (protrusion) 20 that are positioned at the joint between base portion 14 and the neck 16.For example, as shown in Figure 2, protruding 20 are positioned on the top surface of base portion 14 at the near-end of this base portion and along the periphery of neck 16.Protruding 20 may be substantially of rectangle in shape, and center on neck 16 by radial arrangement.In an exemplary, four convexities 20 are arranged around neck 16.

Holder 12 can further be limited to first opening 22 of the near-end of neck 16.Around first opening 22 can be a lip portion 24 that is arranged in the internal circumference of neck 16.Lip portion 24 can be used for providing the liquid-tight sealing with the miscellaneous part of the utility model.Adjacent lip part 24 can be one or more recesses 26.For example, as shown in Figure 2, two recesses are along the top surface of neck 16 180 ° of layouts at interval.Recess 26 can engage with the parts of inner cover 74 (vide infra), so that inner cover 74 is fixed to holder 12.

With reference now to Fig. 3,, holder 12 can further be limited to second opening 28 of the far-end of base portion 14.Base portion 14 can further limit the recess (recess) 30 along a part of inner surface circumferential arrangement of far-end.For example, as shown in Figure 3, recess 30 is defined near said far-end.

With reference now to Fig. 4,, shows a bottom cover 32.Bottom cover 32 removably engages with the recess 30 of base portion 14.Bottom cover 32 may be substantially of circle in shape, and can comprise the flange 34 of the surface extension of the cover 32 from the bottom.Flange 34 can further comprise the projection 36 that radially extends from flange 34.Projection 36 can engage and lock with recess 30, so that bottom cover 32 is fitted close to base portion 14.For example, when applying force to bottom cover 32, projection 36 engages and fastens (snap-fit) with recess 30.

With reference now to Fig. 5-Fig. 7,, piston 38 comprised with equipment 10 together, and are removable location (as shown in Figure 1) about the base portion 14 of holder 12.Piston 38 may be substantially of discoid, and optionally limits a concave surface 40 along its lateral parts.Through the contact friction between the inner surface that minimizes piston 38 and holder 12, concave surface 40 can be convenient to piston vertically moving in holder.Piston 38 can further comprise a plurality of blades 42, said blade from the inner surface of piston 38 across breach (chasm) 44 to the center that is limited to piston 38.When the contents of holder 12 emptied fully, breach 44 limited the part (Fig. 8) that a volume is enough to receive shell 46, following illustrated in detail.Breach 44 can further comprise a tapering part 48 at its far-end, and optionally comprises a pin hole 50 that can slow down holder 12 pressure inside.Be positioned at blade 42 tops and around breach 44 be cover 52.Cover 52 may be substantially of annular in shape, perhaps Any shape, and can be placed within the circumference of piston 38.

With reference now to Fig. 8,, shell 46 can be a tubulose in shape, and comprises that first 54, second portion 56 and marginal portion 62, marginal portion 62 have the diameter bigger than first 54, and first 54 has the diameter bigger than second portion 56.Shell 46 can be arranged in inside and the inside of piston 38 of the neck 16 of holder 12.For example, as shown in Figure 1, second portion 56 can be received in the breach 44, and first 54 passes first opening 22 and is positioned in the holder 12.Second portion 56 can be bevelled and comprise that a size is suitable for being installed in second portion 56 in-to-in balls 58.Be that ball-shaped ball 58 changes in response to the pressure that produces installing 10 actuating in shape, but end wise move in second portion 56, discusses in more detail hereinafter.Also at second portion 56 internal placement spring elements 60 (Fig. 1).60 pairs of balls 58 of spring element move at second portion 56 in-to-ins resistance are provided.

With reference now to Fig. 9,, but in shell 46 locator valve rod 64 (being arranged in the shell 46 in referring to Fig. 1) also.When device 10 is actuated to new dosage when holder 12 sucks the position of shells 46, sub-valve rod 64 emptying shells 46.Sub-valve rod 64 can limit the end section 66 of an enlarging, and this end section can be used to when said device activated, apply power a to spring element 60.Sub-valve rod 64 can further be placed in the valve rod 68 (Fig. 1), and said valve rod is communicated with the contents and the surrounding environment fluid of holder 12 when device 10 activated.Valve rod 68 still be one hold property management, the contents of holder 12 this pipe of flowing through.Selectively, valve piston 69 can be arranged on shell 46 inside, contiguous valve rod 68, so that valve rod 68 moves in the inside of shell 46 with sub-valve rod 64.Moving of valve piston 69 can be by short spring 70 restrictions, and said short spring can be supported between the marginal portion 62 and valve piston 69 of shell 46.Similar with the operation of spring element 60, short spring 70 stops valve piston 69 to move in the inside of shell 46.

Adjacent housings 46 be stud 72 (Fig. 1).Stud 70 is used for the gap of bridge joint between the inner cover shown in shell 46, holder 12 and Figure 10 74.Stud 72 can be L shaped basically, and can directly be molded in addition on the neck 16 of shell 46 or holder 12.In order between holder 12 and stud 72, liquid-tight sealing to be provided, one or more can being sandwiched between the neck 16 of stud 72 and holder 12 by the packing ring 76 that rubber or analog material constitute.Packing ring 76 can be flexible, and can move and bending at shell 46 in-to-ins in response to valve rod 68.For example, packing ring 76 can be so positioned, and the shell 46 so that contents of holder 12 can be flowed through is to discharge from installing 10.

With reference now to Figure 10,, shows inner cover 74.Inner cover 74 can and be a hollow for substantially cylindrical in shape.Be arranged in inner cover 74 in-to-ins and be radially extension 78 (as shown in Figure 1), this radially the annular section 18 on the neck 16 of extension and holder 12 engage so that inner cover 74 is fixed to holder 12.Inner cover 74 also with the neck of holder 12 on convexity 20 can engage.Inner cover 74 also comprises the opposite opened bool (split curve) 80 around actuator supporting member 82, and between actuator supporting member 82 and opposite opened bool 80, limits groove (channel) 83.Actuator supporting member 82 can limit a circular basically cross-sectional plane, and can engage with stud 72.A pair of stop motion mechanism 84 can be included on the surface of inner cover 74, and stop motion mechanism 84 such sizings are to receive and to engage the protrusion 86 (Figure 11) on the inside that is arranged in outer cover 88.

With reference now to Figure 11-Figure 12,, shows outer cover 88.Outer cover 88 can be columniform basically, hollow, and coaxial with holder 12.Outer cover 88 can comprise a pair of protrusion 86 on the portion surface within it.This engages stop motion mechanism 84 on protrusion 86 and the inner cover 74 that, so that outer cover 88 is fixed to inner cover 74.With this to protrusion 86 spaced apart about 90 ° be two locator element 90 on the outer surface that is arranged in outer cover 88.In other embodiments, locator element 90 can be any distance that is spaced apart from each other.Locator element 90 can be virtually any size or shape, and further has the one or more identification elements 92 that can in vision or sense of touch, the locator element 90 and the residue outer surface of outer cover 88 be distinguished mutually.For example, locator element 90 can comprise vision appreciiable identification element 92, word " SQUEEZE " (extruding) for example, perhaps palpable identification element 92, for example a protrusion or streaky surface.In addition, apply inner radial power,, cause outer cover 88 outside flexing on the position about 90 ° away from locator element 90 for example through pushing, push or compressing this two locator element 90.This outside flexing allows this that protrusion 86 is broken away from that to stop motion mechanism 84, and this just allows when pushing these two locator element 90, and outer cover 88 is around inner cover 74 rotations.Do not applying internal forces simultaneously to the situation of these two locator element 90, outer cover 88 can not be around inner cover 74 and/or holder 12 rotations, because protrusion 86 still is locked in the stop motion mechanism 84.

Continue with reference to figure 11-Figure 12, outer cover 88 can limit along first protecting component 94 of the periphery of its top surface and second protecting component 96.First protecting component 94 can be used for stoping outer cover 88 to move around the rotation of inner cover 74 and holder 12.Device 10 further comprises nozzle 98 and the actuator 100 in the groove 83 that can be arranged in the outer cover 88 and limited inner cover 74 (referring to Figure 10).Actuator 100 for example can be, plunger that can force down or pump, and nozzle 98 stretches out from actuator and from the periphery of outer cover 88.Nozzle 98 can be cylindrical basically in shape, and is communicated with the contents fluid of holder 12.Nozzle 98 can further limit a narrow passage (passageway), and said passage dwindles towards its far-end gradually, with the discharge along with contents, quickens the contents of holder 12.The expectation jet mode that depends on contents, the diameter of the tapered distal end part of nozzle 98 can further change.For example, minor diameter can be defined for and produce trickle spray, and can be defined for generation stream shape thing than major diameter.

Shown in figure 13; In an exemplary; Nozzle 98 is in primary importance is disposed in first protecting component 94; First protecting component 94 is shaped to stop outer cover 88 to move around inner cover 74 and holder 12 cws, and no matter whether locator element 90 is pressed, and stop actuator 100 to be forced down.In case apply inner radial power to locator element 90 (this discharges protrusion 86 from stop motion mechanism 84); Outer cover 88 can be around inner cover 74 and holder 12 by left-hand revolution to the second place; In the second place, nozzle 98 is disposed in second protecting component, 96 inside.In the second place, no matter whether locator element 90 be pressed, outer cover 88 left-hand revolution that is under an embargo, but second protecting component 96 is shaped to allow actuator 100 to be forced down, thus the contents of release stored device 12.Second protecting component, 96 further limiting actuators 100 can depressed ultimate range, so that the each complete pump of actuator 100 is taken out (pump) all discharges same amount from holder 12 contents.These characteristics can be used for holdout device 10 to be used by child accident, and device 10 is used by the elderly easily, because operative installations 10 needs minimum strength and automaticity.

Further consider that in other embodiments, the position of first and second protecting

components

94,96 can be changed, so that outer cover 88 can be around inner cover 74 with opposite direction rotation.Alternatively, replace exerting pressure, also promptly push locator element 90,, can discharge protrusion 86 from stop motion mechanism 84 through applying downward power to these two locator element 90 to discharge protrusion 86 from stop motion mechanism 84.Alternatively, shown in figure 14, nozzle 96 can be arranged in outer cover 88 inside, so that through compression set device element 90, outer cover 88 has been hidden nozzle 96 and stoped actuator 100 to be forced down around the rotation or the reduction of inner cover 74.Along with outer cover 88 is rotated with opposite direction, perhaps along with outer cover 88 is raised, nozzle 96 is exposed, thereby allows the contents of holder 12 to be discharged from.In other words, nozzle 96 perhaps is exposed through extruding and lifting through extruding and rotation.

Return now with reference to Figure 11 and Figure 12, outer cover 88 can further limit the sloping portion 102 that appears a part of actuator 100.For example, when observing through sloping portion 102, several millimeters actuator 100 can be exposed.The height of the periphery through reducing outer cover 88, sloping portion 102 can be convenient to forcing down of actuator 100, and this makes user's ratio be easier to force down actuator 100.Outer cover 88 can further comprise tutorial element 104; For example; A direction literal that is arranged in

on its surface perhaps is locked to a direction that the position that can not activated is required with indication actuating device 10.

In an illustrative methods of device 10 operation, outer cover 88 is positioned in above-described primary importance.Because nozzle 98 stretches out and exceeds the periphery of outer cover 88, the rotation so outer cover 88 is under an embargo engages with stop motion mechanism 84 owing to protrusion 86, and nozzle 98 stops the rotation of outer cover 88.The user is through touching locator element 90 (if for example ambient light is very poor) then; Perhaps see them; The position of identification positioning device element 90, and push these two locator element 90 and as top descriptions outer cover 88 is rotated to the second place from primary importance.When outer cover 88 during in the second place, protrusion 86 engages with another part of stop motion mechanism 84, and this is fixed to the second place with outer cover 88.If the user is a handling device 10 first time, then the user possibly prepare to start (prime) device 10 through following mode: force down actuator 100 for several times, and for example 10 times, in device 10, to set up the contents that enough pressure is discharged holder 12.Alternatively, any preparation all is unnecessary.Be ready in case install 10, then the user forces down actuator 100, to discharge the contents of a dosage from holder 12.

For example, each complete pump is taken out actuator 100 can discharge about 0.05ml dosage from holder 12 contents.Along with actuator 100 is absorbed in outer cover 88, it also forces valve rod 68 to get into shells 46, and causes in the contents of holder 12 a part quilt that measured or that measured from installing discharge 10.The characteristic and/or the size of the member of device 10 can be chosen or be defined, so that force down medicament or other fluids of causing a scheduled volume or volume of single, a complete actuator are discharged from from holder.Because the compelled shells 46 that get into of valve rod 68, spring element 60 provides a counter-force, and the said counter-force valve rod 68 that slowed down moves into shell 46, when user's release actuator 100, forces valve rod 68 to shift out shell 46 then.Because actuator 100 begins to rise, from the contents of a dosage of holder 12 because the back pressure (before operative installations 10, this contents pressurized) that these contents apply and be inhaled into shell 46 contents.Along with the contents of holder 12 are guided towards shell 46, ball 58 will overcome gravity and rise a bit of distance, get into shell 46 to allow a part of contents.After the sub-fraction contents get into shell 46, the gravity on the ball 58 will surpass the pressure that forces contents to get into shell 46, and force ball 58 down to position contents that stop more contents entering shell 46.In addition, after taking out from each pump of the contents that install 10 release stored devices 12, piston 38 will rise a segment distance, with the loss of pressure of reflection holder 12.For example, as shown in Figure 1, after all contents of holder 12 were released, piston 38 was raised up to a position, so that shell 46 is positioned in the breach 44, thereby stoped actuator component 100 to be pressed.

Those of ordinary skills should be understood that the utility model is not limited to the content that has as above illustrated especially and described at this specification sheets.In addition, only if preceding text have opposite description, it should be noted that institute's drawings attached is all not in scale to illustrate.According to top instruction, under the situation of the scope of the utility model and purport, many remodeling and modification all are possible, and scope of said the utility model and purport only are subject to appended claim.

Claims

1. a fluid diverting device is characterized in that, said fluid diverting device comprises:

Holder;

Inner cover, it is fixed on the said holder;

Outer cover, it is fixed on the said inner cover, and can rotate to the second place from primary importance around said inner cover and said holder; And

Actuator, it is attached to said holder, to distribute the contents of said holder; Wherein when said outer cover during in primary importance; Said actuator can not distribute said contents, and when said outer cover during in the second place, said actuator can distribute said contents.

2. fluid diverting device as claimed in claim 1 is characterized in that, said outer cover comprises a pair of locator element of forcing down, and the rotation requirement that said outer cover centers on said holder is with the said locator element displacement of forcing down.

3. fluid diverting device as claimed in claim 2 is characterized in that, at least one said locator element has a visible and/or palpable identification element that differentiates with said outer cover.

4. fluid diverting device as claimed in claim 2 is characterized in that, the said locator element of forcing down is positioned as each other at a distance of about 180 °.

5. fluid diverting device as claimed in claim 1; It is characterized in that; When said outer cover during in primary importance, said outer cover hinders vertically moving of said actuator, when said outer cover during in the second place; Said actuator can longitudinally move with respect to said holder, to distribute said contents.

6. fluid diverting device as claimed in claim 1 is characterized in that, said actuator limits a nozzle, and said nozzle is communicated with said holder fluid.

7. fluid diverting device as claimed in claim 1 is characterized in that, said holder, said outer cover and/or said actuator relative to each other are coaxial.

8. fluid diverting device as claimed in claim 1 is characterized in that, in the groove that said actuator arrangement limits in said outer cover and said inner cover.

9. a fluid diverting device is characterized in that, said fluid diverting device comprises:

Holder, it is used for store fluid;

Inner cover, it is fixed on the said holder;

Outer cover; It is fixed on the said inner cover; Rotatably engage with said holder; And can rotate to the second place from primary importance around said inner cover and said holder, said outer cover comprises a pair of locator element of forcing down, so that the locator element displacement that said outer cover can force down around the rotation requirement of said holder; And

Nozzle, it is communicated with said holder fluid, and said nozzle extends outwardly beyond the periphery of said outer cover; When said outer cover during in primary importance; Said outer cover hinders moving of said nozzle, and when said outer cover during in the second place, said outer cover allows the mobile of said nozzle.

10. fluid diverting device as claimed in claim 9 is characterized in that, said outer cover is limited to said outer cover first protecting component against nozzle when primary importance.

11. fluid diverting device as claimed in claim 10 is characterized in that, said outer cover is limited to said outer cover allows said nozzle when the second place second protecting component that moves.

12. fluid diverting device as claimed in claim 9; It is characterized in that; Said outer cover limits at least one protrusion; Said at least one protrusion engages with at least one stop motion mechanism that is limited said holder releasedly, and the displacement of the locator element that can force down allows said protrusion to break away from from said stop motion mechanism.

13. fluid diverting device as claimed in claim 9 is characterized in that, at least one said locator element has a visible and/or palpable identification element that differentiates with said outer cover.

14. fluid diverting device as claimed in claim 9 is characterized in that, the said locator element of forcing down is positioned as on the surface of said outer cover each other at a distance of about 180 °.

15. fluid diverting device as claimed in claim 9 is characterized in that, said nozzle is configured to and can be along the longitudinal movement with respect to said holder, with dispersing fluid.

16. fluid diverting device as claimed in claim 9 is characterized in that, in the groove that said nozzle placement limits in said outer cover and said inner cover.