CN204802288U - Liquid distribution lid - Google Patents
Liquid distribution lid Download PDFInfo
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- CN204802288U CN204802288U CN201520456872.9U CN201520456872U CN204802288U CN 204802288 U CN204802288 U CN 204802288U CN 201520456872 U CN201520456872 U CN 201520456872U CN 204802288 U CN204802288 U CN 204802288U
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- lid
- liquid distribution
- microscler
- sucker
- distribution part
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Abstract
The utility model provides a liquid distribution lid has one and can cooperate the liquid distribution jar lid that uses. This lid has the hole of inhaling, and a microscler liquid divides the accessory, and elasticity deflection piece. This microscler liquid divides an upper surface of this lid of accessory movable ground cooperation to use to optionally seals should inhale the hole. And this elasticity is deflected and can be deflected this microscler liquid of ground coincidence and divide accessory and this lid to and impel this microscler liquid to divide the accessory can seal this orientation of inhaling the hole to one with deflecting and move.
Description
Technical field
The utility model relates to a kind of Liquid distribution lid for drinking container, particularly one for the Liquid distribution lid of drinking container, really can regulate the amount of trickle from an inner cell of a drinking container on the one hand, can dismantle easily simultaneously, so that clean.
Background technology
Recent decades, those are known prior art person and can find, have multi-form fluid dispenser container on the market.For many years, the design of these fluid dispenser containers meets the needs of user when carrying out various activity.Such as, especially in order to various activity, by bike, hike, drive, participate in the class etc. of various sports, designed fluid dispenser container.Wherein particularly there is a liquid dispense tank can allow user, when activity, positively drink or liquid in dispense container, and when beverage can is overturned because of carelessness, can prevent liquid from flowing out from container.
The drinking container that uses when designing motion, it is especially noted that this drinking container preferably can one-handed performance, during beverage simultaneously in drinking container, the air pressure of the inner cell of beverage can balance with the external world.
Therefore occurred many product designs that can meet these demands, but these products after a long time use, there will be some problems.
Such as many this kind of beverage cans, in distribution various types of beverages, as coffee, soft drink, water, during the class of alcoholic beverage, usually can spend a lot of time.This kind of beverage often has and remains in any exposed parts of liquid subpackage tank on a small quantity.If residual liquid is not cleaned out, the remnants having thickness produce, and cause microbial reproduction to grow, even have influence on Sealing Device, or other are optionally from beverage sub-packing pot, allow liquid or beverage flow out the operation of equipment
These devices can reach effectiveness to a certain degree, but user can find, if do not have these devices of cleaned at regular intervals, these devices usually can lose efficacy very soon.In addition, these devices or other can utilize equipment, its unit design can be too complicated sometimes, and therefore manufacturing expense is usually too high.Therefore the utility model target is at the Liquid distribution lid providing can avoid existing product disadvantages associated.
Utility model content
Therefore the purpose of this utility model is to provide the Liquid distribution lid that can avoid existing product disadvantages associated.
For achieving the above object, the technical solution adopted in the utility model comprises:
A kind of Liquid distribution lid, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with an inner cell to use removably; Wherein this lid comprises a sucker further;
One microscler Liquid distribution part packaged type coordinates this upper surface of this lid to use, optionally to close this sucker; And
One elastic deflection part, can deflect this microscler Liquid distribution part of ground coupling and this lid, and deflection ground impels this microscler Liquid distribution part to move to a specific direction further simultaneously, and can close this sucker at this microscler Liquid distribution part of this specific direction.
Described Liquid distribution lid, comprises further:
One pore being formed at this lid, this pore and this sucker are distributed in distance; Wherein this sucker and pore extend through this lid, and are connected with this inner cell of this liquid dispense tank; Also have
The one elastic deflection hole being formed at this lid, this elastic deflection hole further extends through this upper surface and this lower surface of this lid.
Described Liquid distribution lid, comprises further:
One cell being formed at this upper surface of this lid, this lid is normally circular, and this cell radially extends internally from the periphery of this lid; This cell has part at least by a pair spaced sidewall, and a bottom surface formed; Wherein this pore, this sucker, and this elastic deflection hole is formed at this bottom surface of this cell; Wherein this cell of dimensional fits of this microscler Liquid distribution part, to be placed in this little indoor, is positioned at this between spaced sidewall simultaneously.
Described Liquid distribution lid, comprises further:
One inclined cam surface, this oppose side wall of itself and at least one this cell of formation one side by side, be formed at this upper surface of this lid simultaneously; With
One discontinuous, upwards extend lid wall, this edge integral shape of itself and this lid; Wherein this is discontinuous, upwards extend lid wall has a passage, this passage and be formed at this cell coaxial communication of this upper surface of this lid.
Described Liquid distribution lid, this cell formed by this upper surface of this lid, comprises a first area, a second area, and one the 3rd region; Wherein this first area, this second area, and the 3rd region has a set degree of depth respectively; Wherein the degree of depth of this first area is greater than this second area respectively, and the degree of depth in the 3rd region; Wherein this sucker is positioned at this first area, and this pore is positioned at the 3rd region; And elastic deflection hole is positioned at this second area of this cell; Wherein the position of this first area is adjacent to this and upwards extends lid wall, and this second area is contiguous and be communicated with this passage, and this passage is upwards extended lid wall formed by this simultaneously; Wherein the 3rd region is positioned at this first area, and between this second area.
Described Liquid distribution lid, comprises further:
The one sucker sealing member supported by this microscler Liquid distribution part, when this microscler Liquid distribution part packaged type with this lid cooperation time, this sucker sealing member can for operation optionally to close this sucker; With
The one port sealing part supported by this microscler Liquid distribution part, itself and this sucker sealing member are spaced, when this microscler Liquid distribution part packaged type with this lid cooperation time, this port sealing part can for operation optionally to close this pore; Wherein this elastic deflection part and this port sealing part are spaced, and this elastic deflection part also has a main body, and this main body has a first end and a second reverse end; This first end and this microscler Liquid distribution part cooperation, and this second end is through this elastic deflection hole; Wherein the some of this elastic deflection part can coordinate this lower surface effect of this lid.
Described Liquid distribution lid, comprises further:
One elastic engagement pieces coordinating this microscler Liquid distribution part to use; Wherein this sucker sealing member, this port sealing part, and this elastic deflection part and this elastic engagement pieces one-body molded, and from this elastic engagement pieces to downward-extension, wherein this first end of this elastic deflection part via this elastic engagement pieces forced engagement in this microscler Liquid distribution part.
Described Liquid distribution lid, this main body of this microscler Liquid distribution part has a first end, one second end, one end face and a bottom surface, also have a groove area, it is formed at this end face, wherein this groove area is positioned at this second end place close to this main body, and has a both shaped; Wherein the size of this elastic engagement pieces just can be placed in this groove area, wherein there is one first aperture in this groove area respectively, one second orifice and one the 3rd aperture, this first aperture, second orifice and the 3rd aperture extend through this microscler Liquid distribution part, and the size of this first aperture, second orifice and the 3rd aperture can allow this sucker sealing member respectively, this port sealing part, and this elastic deflection part passes through; Wherein when in this groove area that this elastic engagement pieces is placed in this microscler Liquid distribution part, this sucker sealing member, this port sealing part, and this elastic deflection part is from this bottom surface of this microscler Liquid distribution part to downward-extension.
Described Liquid distribution lid, this microscler Liquid distribution part comprises further:
One to the cam follower of downward-extension, and itself and this microscler Liquid distribution part are one-body molded, comprise a periphery further, this periphery packaged type ground and this inclined cam surface cooperation simultaneously; Wherein the movable type cooperation of this microscler Liquid distribution part and this lid, can impel this cam follower to downward-extension to move back and forth along this inclined cam surface effectively; Affect this microscler Liquid distribution part to accordingly, along a mobile route, from a primary importance to the movement of a second place simultaneously; Wherein when this primary importance, this sucker sealing member and this port sealing part lay respectively at the position of this sucker closed and this pore.Wherein when this second place, this sucker sealing member and this port sealing part lay respectively at the position can not closing this sucker and this pore; Wherein when this microscler Liquid distribution part shifts to this second place from this primary importance, this elastic deflection part can extend; This elastic deflection part wherein extended can force this microscler Liquid distribution part, returns this primary importance from this second place.
Described Liquid distribution lid, a beverage can of arranging in pairs or groups uses, and this first end of this microscler Liquid distribution part extends radially outwardly and pass this passage, and this passage formed by this discontinuous lid wall of upwards extending, while have a both set a distance with this periphery of this lid; The power that wherein a user puts on this microscler this first end of Liquid distribution part effectively can move this microscler Liquid distribution part and move on to this second place along this set mobile route from this primary importance; Wherein when this power putting on this microscler this first end of Liquid distribution part is removed, under the deflection force impact that this elastic deflection part applies, this microscler Liquid distribution part of this beverage can tolerable moves on to this primary importance from this second place; Wherein when this microscler Liquid distribution part is positioned at this primary importance, this end face of this microscler Liquid distribution part and this upper surface of this lid are positioned at position, isoplanar; And when this second place, namely this end face of this microscler Liquid distribution part is positioned at and this upper surface of this lid is positioned at position, non-isoplanar.
Described Liquid distribution lid, has this sucker sealing member, and this elastic engagement pieces of this port sealing part and this elastic deflection part can remove easily from this microscler Liquid distribution part, so that this Liquid distribution lid clean and this elastic engagement pieces.
For achieving the above object, the technical solution adopted in the utility model also comprises:
A kind of Liquid distribution lid, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with inner cell to use removably; Wherein this lid comprises a sucker and a pore further, is connected respectively with this inner cell of this liquid dispense tank;
One microscler Liquid distribution part along a set mobile route, this upper surface of this lid can move back and forth, optionally to close this sucker and this pore;
One is subject to the sucker sealing member that this microscler Liquid distribution part supports, and optionally coordinates with this sucker;
One is subject to the port sealing part that this microscler Liquid distribution part supports, and optionally coordinates with this pore; And
One is subject to the elastic deflection part that this microscler Liquid distribution part supports, can coupling in this lid; Wherein this elastic deflection part can impel this microscler Liquid distribution part with deflecting, and along this mobile route, moves to a set direction, to close this sucker and this pore respectively.
Described Liquid distribution lid, a cell is formed at this upper surface of this lid; Wherein this lid is circular, and this cell radially extends internally from the periphery of this lid; Wherein this cell has part at least by a pair spaced sidewall, also has a bottom surface to be formed; Wherein this pore, this sucker, and an elastic deflection hole is formed at this bottom surface of this cell.
Described Liquid distribution lid, comprises further:
Pair of angled camming surface, arranged side by side with each sidewall forming this cell respectively, be formed at this upper surface of this lid simultaneously;
The one discontinuous lid wall upwards extended, with this edge integral shape of this lid, wherein this discontinuous lid wall upwards extended also comprises the passage of one and this cell coaxial communication, this cell is formed at this upper surface of this lid, when wherein measuring from this upper surface of unfairness of this lid, this discontinuous lid wall upwards extended has certain height.
Described Liquid distribution lid, this cell being formed at this upper surface of this lid has a first area, a second area, and one the 3rd region; Wherein each this first area, this second area, and the 3rd region has the set degree of depth and a width respectively; Wherein the degree of depth of this first area and width are greater than the depth width in this second area and the 3rd region respectively; Wherein this sucker is positioned at this first area, and this pore is positioned at the 3rd region, and this elastic deflection part is then positioned at this second area of this cell; Wherein this position, first area is adjacent to this and upwards extends lid wall, and this second area is contiguous and be connected with this passage, and this passage is upwards extended lid wall formed by this simultaneously, and the 3rd region is then between this first area and this second area; Wherein this pore is positioned at above this bottom surface of this cell, is positioned at the 3rd region simultaneously; Wherein a unlifted wall is separated by this first area of this cell, this second area and the 3rd region.
Described Liquid distribution lid, this deflection piece is spaced with this sucker sealing member and this port sealing part, and also have a main body, this main body comprises a first end and a second reverse end.This first end coordinates this microscler Liquid distribution part, and this second end is then by this elastic deflection hole; Wherein the some of this elastic deflection part coordinates this lower surface effect of this lid; A wherein elastic engagement pieces and this microscler Liquid distribution part cooperation, and this sucker sealing member, this port sealing part and this elastic deflection part and this elastic engagement pieces one-body molded, and from this elastic engagement pieces respectively to downward-extension; Wherein this first end of this elastic deflection part can rely on this elasticity section fastener, this microscler Liquid distribution part of forced engagement.
Described Liquid distribution lid, this microscler Liquid distribution part comprises a main body, and it has a first end, one second end, an end face and a bottom surface, also has a groove area being formed at this end face; Wherein this groove area is positioned at this second end of this main body contiguous, and has a both shaped; Wherein the size of this elastic engagement pieces just can be accommodated in this groove area, is positioned and this upper surface isoplanar place of this lid simultaneously; Wherein one first aperture, a second orifice and one the 3rd aperture are formed at this groove area respectively, and extend through this microscler Liquid distribution part; This first aperture, this sucker sealing member of tolerable, this port sealing part and this elastic deflection part pass the size of this second orifice and the 3rd aperture respectively; Wherein this microscler Liquid distribution part also comprises a pair cam follower to downward-extension, be shaped in this bottom surface of this microscler Liquid distribution part respectively, and each cam follower all has a periphery, and packaged type ground coordinates each inclined cam surface; Wherein this microscler Liquid distribution part is relative to the reciprocating type mobile of lid, each effectively can be impelled back and forth to move along this inclined cam surface to downward-extension cam follower, and affect this corresponding microscler Liquid distribution part along this mobile route moving back and forth between a primary importance and a second place; This primary importance is a detent position, and this sucker and this pore are all closed, and this second place is a non-close position, and this sucker and this pore are not closed.
For achieving the above object, the technical solution adopted in the utility model also comprises:
A kind of Liquid distribution lid, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with inner cell to use removably; Wherein this lid comprises a sucker further, a pore and an elastic deflection hole, is connected respectively with this inner cell of this liquid dispense tank; Wherein a cell is formed at this upper surface of this lid; Wherein this lid is circular, and this this cell being formed at this upper surface of this lid extends in yearning for from this periphery footpath of this lid; Wherein this cell also comprises a bottom surface; Wherein this sucker, this pore and this elastic deflection hole are formed at this bottom surface of this cell; A wherein discontinuous lid wall upwards extended, and this edge integral shape of this lid, also comprise a passage be connected with this cell, this cell is formed at this upper surface of this lid simultaneously;
One microscler Liquid distribution part, along a set mobile route, this upper surface of this lid can move back and forth, optionally to close this sucker and this pore; Wherein the size of this microscler Liquid distribution part just can coordinate and be placed in these the little indoor of this upper surface being formed at this lid; Wherein this microscler Liquid distribution part comprises a main body, and it has a first end, one second end, an end face and a bottom surface, also has a groove area being formed at this end face; Wherein this groove area is positioned at this second end of this main body contiguous, and has a both shaped; Wherein the size of an elastic engagement pieces just can be accommodated in this groove area, is positioned and the end face of this main body simultaneously, and this upper surface isoplanar place of this lid; Wherein one first aperture, a second orifice and one the 3rd aperture are formed at this groove area respectively, and extend through this microscler Liquid distribution part; Wherein this microscler Liquid distribution part also comprises one to the cam follower of downward-extension, is shaped in this bottom surface of this microscler Liquid distribution part, but also has a periphery, and packaged type ground coordinates this upper surface of this lid, is positioned at this little indoor simultaneously; Wherein this on this lid of this microscler Liquid distribution part moves back and forth, can effectively impel this to downward-extension cam follower, a part along this upper surface of this lid moves back and forth, affect corresponding simultaneously, this microscler Liquid distribution part is along this mobile route, in a primary importance, and moving back and forth between a second place; This primary importance is a detent position, and this sucker and this pore are closed, and this second place is a non-close position, and when this position, this sucker and this pore are not closed;
One sucker sealing member, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, optionally coordinates with this sucker;
One port sealing part, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, optionally coordinates with this pore; Wherein the size of this sucker sealing member and this port sealing part respectively can through this first aperture be positioned on this microscler Liquid distribution part and this second orifice; And
One elastic deflection part, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, wherein the further coupling of this elastic deflection part is in this lid; Wherein this elastic deflection part can impel this microscler Liquid distribution part to move along this mobile route to a set direction with deflecting, to close this sucker and this pore respectively; Wherein this deflection piece is spaced with this sucker sealing member and this port sealing part, and this deflection piece also has a main body simultaneously, and this main body can by the 3rd aperture on this microscler Liquid distribution part; Wherein this elastic deflection part has a first end and a second reverse end, and this first end and this microscler Liquid distribution part coordinate, and this second end can pass through this elastic deflection hole; Wherein this second end of this elastic deflection part can coordinate this lower surface effect of this lid, wherein this first end of this elastic deflection part via this elastic engagement pieces forced engagement in this microscler Liquid distribution part; Wherein this microscler Liquid distribution part coordinates with the movable type of this lid, this this upper surface to downward-extension cam follower along this lid can be effectively impelled to move back and forth, affect accordingly simultaneously, this microscler Liquid distribution part along this mobile route from this primary importance to this second place movement; Wherein when this primary importance, this sucker sealing member and this port sealing part lay respectively at the detent position that can close this sucker and this pore, and when this second place, this sucker sealing member and this port sealing part lay respectively at a non-close position, this sucker and this pore are not closed; Wherein when this microscler Liquid distribution part, when moving on to this second place from this primary importance, this elastic deflection part can extend with deflecting, and wherein this extension ground elastic deflection part can force this microscler Liquid distribution part, along this mobile route, retract this primary importance from this second place.
Described Liquid distribution lid, a beverage can of arranging in pairs or groups uses, and this microscler Liquid distribution part extends radially outwardly through this passage, and this passage formed by this discontinuous lid wall of upwards extending, and has a both set a distance with this periphery of this lid simultaneously; Wherein a user puts on a power of this microscler this first end of Liquid distribution part, effectively can move this microscler Liquid distribution part and move on to this second place along this set mobile route from primary importance; Wherein when this power putting on this microscler this first end of Liquid distribution part is removed, under the deflection force impact that this elastic deflection part applies, this microscler Liquid distribution part of this beverage can tolerable moves on to this primary importance from this second place.
Described Liquid distribution lid, has this sucker sealing member, and this elastic engagement pieces of this port sealing part and this elastic deflection part can remove from this microscler Liquid distribution part easily, so that this Liquid distribution lid clean.
Therefore the utility model novel apparatus of providing one to be convenient to point dixie cup.Liquid distribution lid of the present utility model, has higher comfort feature, is because be easy to dismounting, can supplies clean, to maintain its sanitary condition.The utility model reliably by liquid, can be retained in beverage can, until user takes whenever necessary again, and available singlehanded easy manipulation simultaneously.
About every details of the present utility model, will discuss in following paragraphs.
Accompanying drawing explanation
Fig. 1 is Liquid distribution lid of the present utility model, appears at the block diagram in general environment;
Fig. 2 is an amplification stereogram of the microscler Liquid distribution part of of the utility model feature;
Fig. 3 is an amplification stereogram of Fig. 2 microscler Liquid distribution part bottom surface;
Fig. 4 is an amplification view of the microscler Liquid distribution part of of the utility model feature, not containing an elastic engagement pieces;
Fig. 5 is an amplification stereogram of the microscler Liquid distribution part of of the utility model feature, not containing an elastic engagement pieces;
Fig. 6 is the enlarged side view of elastic engagement pieces of the present utility model, and this elastic engagement pieces comprises a sucker sealing member, a port sealing part, and an elastic deflection part; Said elements is all feature of the present utility model;
Fig. 7 is that one of the utility model elastic engagement pieces amplifies perspective bottom view, and this elastic engagement pieces comprises sucker sealing member, port sealing part, and elastic deflection part; Said elements is all feature of the present utility model;
Fig. 8 is an amplification stereogram of the hydraulic seal packing ring of of the utility model feature;
Fig. 9 is an amplification stereogram of the utility model Liquid distribution lid;
Figure 10 is that one of the utility model Liquid distribution lid amplifies bottom plan view;
Figure 11 is that one of the utility model Liquid distribution lid amplifies longitudinal diagram, and display one microscler Liquid distribution part, is positioned at a primary importance, closes a sucker and a pore simultaneously;
Figure 12 is the part enlarged side view of the microscler Liquid distribution part of of the utility model feature, and showing this microscler Liquid distribution part, is be positioned at a primary importance, closes a sucker and a pore simultaneously;
Figure 12 A is another enlarged side view of the microscler Liquid distribution part in Figure 12, shows aforementioned sucker and pore system is positioned at a non-close position.
Detailed description of the invention
Announcement of the present utility model, as patent law of china legislation object, is advance science technological advance and socio-economic development (patent law Article 1).As shown in Fig. 1 to Figure 12, Liquid distribution lid of the present utility model is the element of label 10.Liquid distribution lid 10 of the present utility model can for operation, and the beverage can 11 of a tool traditional design of arranging in pairs or groups uses.Bottom beverage can 11 has one/or base portion 12 and one and this bottom/or the integrated upstanding sidewall 13 of base portion 12, and to extend vertically upward from this.This sidewall 13 has an inside face 14, and this inside face 14 forms an inner cell 15, can be used for accommodating liquid to be allocated 16.This beverage can 11 also has a neck 17 upwards, liquid 16 can be allowed from this outflow and packing.This neck 17 is traditional design, comprises an outside thread, not shown in the figures.This structure can screw togather with this Liquid distribution lid 10, and details is as described below.Beverage can 11 for operation, can coordinate a hydraulic seal packing ring 18 (see Fig. 1 and Fig. 8) to use, makes Liquid distribution lid 10 that the neck 17 of this beverage can 11 can be coordinated with seal fluid, or the neck 17 of this beverage can 11 of tight joint.
Liquid distribution lid 10 of the present utility model generally has a lid 20 (see Fig. 1 and Fig. 9).This lid 20 by one or outside face 21 and a lower surface 22 formed, and to be defined by a periphery 23 (see Fig. 1).This lid 20 is normally circular.As shown in Figure 9, a cell 24 is formed at the upper surface 21 of this lid 20.This cell 24 formed by a pair spaced sidewall 25.This is generally parallel to each other to spaced sidewall 25, but other arrangements also can.This cell 24 comprises a bottom surface 26 further.
See Fig. 9, this lid 20 comprises one discontinuous further, the lid wall 30 upwards extended.This lid wall 30 is relative to this upper surface 21, upwards, and outwards radial extension.This upwards extends lid wall 30 and has a upper peripheral edge 31.As shown in the figure, this upper peripheral edge 31 is be positioned at an intended height position.From the height of this upper peripheral edge 31 of upper surface 21 amount side, variable, unfixed.This is discontinuous, upwards extends lid wall 30, and have a passage 32 communicated with this cell 24, the cell 24 formed by the upper surface 21 of this lid 20, comprises first area 33, second area 34, and one the 3rd region 35.As shown in the figure, each region 33,34,35 has a set degree of depth respectively.It should be noted that the degree of depth of first area 33 is greater than second area 34 respectively, and the degree of depth in the 3rd region 35.As shown in the figure, position, first area 33 is adjacent to this and upwards extends lid wall 30.When measuring from the vicinity of first area 33, this upwards extends lid wall 30 and has maximum height.Second area 34 is contiguous and be connected with this passage 32, and this passage 32 is upwards extended lid wall 30 formed by this simultaneously.3rd 35, region is positioned at this first area 33, and between this second area 34.
This cell 24 is formed at the upper surface 21 of this lid 20.This upper surface 21 has at least part to be formed by one first unlifted wall 40 and one second unlifted wall 41, and two unlifted walls are upwards extended by bottom surface 26, as shown in Figure 9.First area 33 and the 3rd region 35 are separated by the first unlifted wall 40.Second unlifted wall 41 is be parallel to the first unlifted wall 40, and is spaced with the first unlifted wall 40, second area 34 and the 3rd region 35 is separated simultaneously.As shown in Figure 9, the upper surface 21 of lid 20 has pair of angled camming surface, and by one first inclined cam surface 42, and one second inclined cam surface 43 forms.Spaced sidewall 25 side by side, forms this cell 24, is formed at the upper surface 21 of this lid 20 simultaneously this two inclined cam surface 42,43 with each respectively.As shown in the figure, this is to inclined cam surface 42, and 43 lay respectively at this first unlifted wall 40 adjacent place.A pair locating part 44 is one-body molded with this cell 24 bottom surface 26, is positioned at this lid 20 periphery 23 simultaneously, closes this passage 32 forming section.This passage 32 formed by the discontinuous lid wall 30 that upwards extends.Will in discussing after a while to the operational details of locating part 44 about this.
Consult Fig. 9, the upper surface 21 of lid 20 comprises a sucker 50 further, and it is positioned at the first area 33 of cell 24.Sucker 50 is connected with the inside cell 15 of beverage can 11..Lid 20 further comprises a pore 60, and it is positioned at the 3rd region 35 of cell 24, is also connected with the inside cell 15 of beverage can 11. simultaneously.As shown in the figure, this pore 60 formed by a rising sidewall 61, and this rising sidewall 61 upwards extends from bottom surface 26, the cell 24 of this bottom surface 26 forming section.Pore 60 also have one obliquely surface 62, pore 60 be formed at this obliquely surface 62.Lid 20 comprises a long elastic deflection hole 70 in addition, and it is formed at second area 34, this second unlifted wall 41 contiguous.Elastic deflection hole 70 can for operation, and to coordinate an elastic deflection part 160, details is as described below.
Consult Fig. 2, Fig. 5, and Fig. 9, this lid 20 for operation, can use to coordinate a microscler Liquid distribution part 90.Microscler Liquid distribution part 90 along a mobile route, can move back and forth at the upper surface 21 of lid 20, with optionally, closes sucker 50 and pore 60 respectively.Longitudinally height and the transverse width dimension of microscler Liquid distribution part 90 are coordinate this cell 24, to be placed in this cell 24., and this cell 24 is formed at the upper surface 21 of this lid 20.Microscler Liquid distribution part 90 has a main body 91, and this main body 91 comprises a first end 92, one second end 93, end face 94 and a bottom surface 95.
As shown in Figure 4, microscler Liquid distribution part 90 has a groove area 100, and it is formed at end face 94, is positioned at contiguous second end 93 place simultaneously.At this groove area 100, there are one first aperture 101, second orifice 102 and one the 3rd aperture 103 to be formed respectively, extend through main body 91, simultaneously between this end face 94 and this bottom surface 95.Consult Fig. 3, Fig. 4, and Fig. 5, one first cam follower 104 and the second cam follower 105 one-body molded with this bottom surface 95 respectively, simultaneously to downward-extension, between the first end 92 and the second end 93 of main body 91.First cam follower 104 and the second cam follower 105 respectively have one oblique, or angle periphery 106, respectively this angle periphery 106 packaged type ground coordinates or slides with this first and second inclined cam surface 42 that closely cooperates, 43, when this microscler Liquid distribution part 90 suitably, be installed in cell 24 that lid 20 formed packaged type.Each angle periphery 106 coordinates with the movable type of this first and second inclined cam surface 42,43, and can form the shift motion of segment length's shape Liquid distribution part 90, details is as described below.As shown in the figure, microscler Liquid distribution part 90 has part at least, is extend radially outwardly through this passage 32, and this passage 32 formed by the discontinuous lid wall 30 that upwards extends, and simultaneously and between the periphery 23 of lid 20, has certain intervals.This microscler Liquid distribution part 90 more comprises a stressed member 110, and it is the first end 92 being installed in microscler Liquid distribution part 90, simultaneously can through operation to receive one to be put on a first end 92 power 110A by a user.One fastener 111 and bottom surface 95 one-body molded, coordinate this to use locating part 44 simultaneously.This power 110A putting on first end 92 can make this microscler Liquid distribution part 90, along a shuttle path 112, moves between a primary importance 113 and a second place 114.When primary importance 113, this microscler Liquid distribution part 90 is be positioned at the position that closes this sucker 50 and pore 60, and to stop arbitrary liquid 16 of in beverage can 11, from beverage can, 11 flow out; When the second place 114, this microscler Liquid distribution part 90 is be positioned at the position that can not close this sucker 50 and pore 60.Now, locating part 44 can be arranged side by side with fastener 111.
The periphery 106 that first cam follower 104 and the second cam follower 105 have, respectively with the first inclined cam surface 42, and second inclined cam surface 43 engage, effectively this microscler Liquid distribution part 90 can be positioned a non-close position, this sucker 50 and pore 60 can not be closed.Refer to Figure 12 and Figure 12 A.
Liquid distribution lid 10 of the present utility model has an elastic engagement pieces 130, its size system just can be placed in groove area 100, and when microscler Liquid distribution part 90 is positioned at primary importance 113, elastic engagement pieces 130 is be positioned the isoplanar position of end face 94 with microscler Liquid distribution part 90, also have and.The upper surface 21 of lid 20, is also positioned at position, isoplanar.Visible see Fig. 1.Elastic engagement pieces 130 has an elastomeric main body 131, is made up of, see Fig. 6 an end face 132 and a contrary bottom surface 133.Also have sucker sealing member 140, port sealing part 150, and an elastic deflection part 160, one-body molded with this bottom surface 133 respectively, and from this to downward-extension.
As shown in Figure 6, this sucker sealing member 140 comprises a pars intermedia 141, and a far-end 142, and the bench section of pars intermedia 141 or external diameter system are less than bench section or the external diameter of far-end 142.This far-end 142 can for operation to close the sucker 50 be positioned on lid 20.This port sealing part 150 and sucker sealing member 140 are spaced, and have a pars intermedia 151 simultaneously, and a far-end 152, and the bench section of pars intermedia 151 or external diameter system are less than bench section or the external diameter of far-end 152.Far-end 152 has an oblique or angle face of joint 153, and it can supply operation, with the oblique end face 62 of this pore 60 of sealed engagement, as shown in Figure 9.This elastic deflection part 160 comprises a near-end 161, it is one-body molded with the bottom surface 133 of elastic engagement pieces 130, also has a reverse far-end 162, one pars intermedia 163, also has a junction surface of expanding 164, it is one-body molded with pars intermedia 163, and simultaneously when junction surface 164 is suitably installed in elastic deflection hole 70, this can for operation with the lower surface 22 of this lid 20 of forced engagement.It should be noted that sucker sealing member 140, port sealing part 150, and elastic deflection part 160, deformable is to pass sucker 50, pore 60, and elastic deflection hole 70 respectively, so sucker sealing member 140, port sealing part 150, and elastic deflection part 160 is from microscler Liquid distribution part 90 to downward-extension.Also have far-end 162 and its size elastically deformable of pars intermedia 163 of elastic deflection part 160, to pass through this elastic deflection hole 70.When pars intermedia 163 is by elastic deflection hole 70, junction surface 164 can through operation, the lower surface 22 of this lid 20 of forced engagement.When being positioned at this position, microscler Liquid distribution part 90 reciprocating along this shuttle path 112, this pars intermedia 163 can be made to extend, to provide a deflection force, when this power 110A putting on this stressed member 110 (as illustrated in fig. 12) removes, this deflection force can impel this microscler Liquid distribution part 90, moves from this second place 114 to the direction of primary importance 113.In addition, be loaded with sucker sealing member 140, port sealing part 150, and the elastic engagement pieces 130 of elastic deflection part 160, can shift out from microscler Liquid distribution part 90 easily, then clean, and then re-assembly in microscler Liquid distribution part 90.Therefore Liquid distribution part 10 of the present utility model can be used for liquid to be allocated 16 of all kinds.
< operates >
The operation of above-described embodiment, is summarized as follows.
The utility model comprises a kind of Liquid distribution lid 10, and it has the lid 20 of upper surface 21 and lower surface 22 by one, and a periphery 23 formed.The size of this lid 20, is combined in the beverage can 11 that has inner cell 15 removably.。Lid 20 has a sucker 50 further.Liquid distribution lid 10 has and has a microscler Liquid distribution part 90, and its packaged type ground coordinates this upper surface 21 of this lid 20, optionally to close this sucker 50.Liquid distribution lid 10 also comprises an elastic deflection part 160, can deflect the microscler Liquid distribution part 90 engaging lid 20, impel microscler Liquid distribution part 90 to shift to the direction of a primary importance 113 further.In this position, microscler Liquid distribution part 90 can close this sucker 50.
Liquid distribution lid 10 of the present utility model has the lid 20 of upper surface 21 and lower surface 22 by one, and a periphery 23 forms.The size of this lid 20, is combined in the beverage can 11 that has inner cell 15 removably.Lid 20 has sucker 50 and a pore 60 further, is connected respectively with the inside cell 15 of beverage can 11.The utility model also comprises a microscler Liquid distribution part 90, reciprocally along a mobile route 112, the upper surface 21 of lid 20 moves, optionally to close this sucker 50 and pore 60 respectively.Liquid distribution lid 10 of the present utility model comprises again a sucker sealing member 140 supported by microscler Liquid distribution part 90, and it is this sucker 50 of sealed engagement optionally; The utility model comprises the port sealing part 150 that is installed in microscler Liquid distribution part 90 again, and it is this pore 60 of sealed engagement optionally; Liquid distribution lid 10 of the present utility model has the elastic deflection part 160 that is installed in microscler Liquid distribution part 90 in addition, and it can this lid 20 of coupling.Elastic deflection part 160 can impel this microscler Liquid distribution part 90 with deflecting, and along this mobile route 112, moves toward a set direction, optionally to close this sucker 50 and pore 60 respectively.
Liquid distribution lid 10 of the present utility model has the lid 20 of upper surface 21 and lower surface 22 by one, and a periphery 23 forms.The size of this lid 20, is combined in the beverage can 11 that has inner cell 15 removably.Lid 20 has sucker 50, pore 60 further, and an elastic deflection hole 70, is connected respectively with the inside cell 15 of beverage can 11.One cell 24 being formed at the upper surface 21 of this lid 20, extends in yearning for from periphery 23 footpath of this lid 20; This lid 20 is generally circular; This cell 24 also comprises a bottom surface 26.Sucker 50, pore 60, and elastic deflection hole 70 is formed at the bottom surface 26 of cell 24.The one discontinuous lid wall 30 upwards extended, and the periphery 23 of lid 20 is one-body molded, also comprise a passage 32 be connected with this cell 24, this passage 32 is formed at the upper surface 21 of this lid 20 simultaneously.
The utility model also comprises a microscler Liquid distribution part 90, reciprocally along a mobile route 112, the upper surface 21 of lid 20 moves, optionally to close this sucker 50 and pore 60 respectively.The size of microscler Liquid distribution part 90, be coordinate this cell 24, to be placed in this cell 24, this cell 24 is formed at the upper surface 21 of this lid 20.Microscler Liquid distribution part 90 has a main body 91, and this main body 91 comprises a first end 92, one second end 93, one end face 94 and a bottom surface 95, microscler Liquid distribution part 90 also has a groove area 100, and it is formed at end face 94, be positioned at the second end 93 place of contiguous main body 91 simultaneously, and there is a both shaped.One elastic engagement pieces 130, its size system just can be accommodated in this groove area 100, is positioned the upper surface 21 isoplanar place with lid 20 simultaneously.At this groove area 100, form one first aperture 101, second orifice 102 and one the 3rd aperture 103 respectively, all extend through this microscler Liquid distribution part 90.This microscler Liquid distribution part 90 also comprises a pair cam follower 104,105 to downward-extension, is shaped in the bottom surface 95 of microscler Liquid distribution part 90 respectively.Each cam follower 104,105 has one jiao of periphery 106, and its packaged type ground coordinates the upper surface 21 (this first and second inclined cam surface 42,43) of this lid 20, is positioned at cell 24 simultaneously.Microscler Liquid distribution part 90 moving back and forth relative to lid 20, effectively can impel this subtend downward-extension cam follower 104,105, a part back and forth along this lid 20 upper surface 21 moves, and affect corresponding microscler Liquid distribution part 90 along this mobile route 112, in a primary importance 113, and moving back and forth between a second place 114; This primary importance 113 is detent positions, and this sucker 50 and pore 60 are all closed.And this second place 114 is non-close positions, this sucker 50 and pore 60 are not closed.
Liquid distribution lid 10 of the present utility model comprises again one and the integrated sucker sealing member 140 of this elastic engagement pieces 130, and it is from microscler Liquid distribution part 90 to downward-extension, simultaneously optionally this sucker 50 of sealed engagement; The utility model comprises one and the integrated port sealing part 150 of this elastic engagement pieces 130 again, and it is from microscler Liquid distribution part 90 to downward-extension, and optionally this pore 60 of sealed engagement; This sucker sealing member 140 and all elastically deformables of the size both port sealing part 150, with respectively by the first aperture 101 be formed on this microscler Liquid distribution part 90 and second orifice 102.
Liquid distribution lid 10 of the present utility model has one and the integrated elastic deflection part 160 of this elastic engagement pieces 130 in addition, and it is from microscler Liquid distribution part 90 to downward-extension, and this lid 20 that can be coupled.Elastic deflection part 160 be deflection impel this microscler Liquid distribution part 90, along this mobile route 112, move (towards this primary importance 113) toward a set direction, to close this sucker 50 and pore 60 respectively.Deflection piece 160 and this sucker sealing member 140 and port sealing part 150 are be spaced, and it also has one by main body 163, first end 161 of the 3rd aperture 103 on microscler Liquid distribution part 90 and a second reverse end 162 simultaneously.This first end 161 and this microscler Liquid distribution part 90 are cooperated, and the second end 162 is then elastically deformable, to pass through elastic deflection hole 70.Elastic deflection part 160 also has the junction surface 164 of expanding, between its first end 161 and the second end 162, and simultaneously can the lower surface 22 of forced engagement lid 20.The first end 161 of elastic deflection part 160 be forced engagement in this microscler Liquid distribution part 90, by means of the effect of elastic engagement pieces 130.The movable joint of microscler Liquid distribution part 90 and lid, effectively can impel the cam follower 104 of this subtend downward-extension, 105, reciprocally along upper surface 21 (first inclined cam surface 42 of lid 20, and second inclined cam surface 43) upper mobile, effectively affect this microscler Liquid distribution part 90, along this mobile route 112 simultaneously, from this primary importance 113, move on to a second place 114 (see Figure 12 and Figure 12 A).Wherein when this primary importance 113, sucker sealing member 140, and port sealing part 150 lays respectively at the position of this sucker 50 closed and pore 60.Wherein when this second place 114, sucker sealing member 140, and port sealing part 150 lays respectively at the position can not closing this sucker 50 and pore 60.See Figure 12 A, when this microscler Liquid distribution part 90 moves on to this second place 114 from this primary importance 113, elastic deflection part 160 can extend with deflecting.When this force 110A removes from the first end 92 of this microscler Liquid distribution part 90, elastic deflection part 160 can force this microscler Liquid distribution part 90, along mobile route 112, gets back to this primary importance 113 from this second place 114.
Therefore the utility model novel apparatus of providing one to be convenient to point dixie cup.Liquid distribution lid 10 of the present utility model, has higher comfort feature, is because be easy to dismounting, can supplies clean, to maintain its sanitary condition.The utility model reliably by liquid, can be retained in beverage can, until user takes whenever necessary again, and available singlehanded easy manipulation simultaneously.
More than illustrate the utility model just illustrative; and nonrestrictive, those of ordinary skill in the art understand, when not departing from the spirit and scope that claim limits; many amendments, change or equivalence can be made, but all will fall within protection domain of the present utility model.
Claims (20)
1. a Liquid distribution lid, is characterized in that, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with an inner cell to use removably; Wherein this lid comprises a sucker further;
One microscler Liquid distribution part packaged type coordinates this upper surface of this lid to use, optionally to close this sucker; And
One elastic deflection part, can deflect this microscler Liquid distribution part of ground coupling and this lid, and deflection ground impels this microscler Liquid distribution part to move to a specific direction further simultaneously, and can close this sucker at this microscler Liquid distribution part of this specific direction.
2. Liquid distribution lid as claimed in claim 1, is characterized in that, comprise further:
One pore being formed at this lid, this pore and this sucker are distributed in distance; Wherein this sucker and pore extend through this lid, and are connected with this inner cell of this liquid dispense tank; Also have
The one elastic deflection hole being formed at this lid, this elastic deflection hole further extends through this upper surface and this lower surface of this lid.
3. Liquid distribution lid as claimed in claim 2, is characterized in that, comprise further:
One cell being formed at this upper surface of this lid, this lid is normally circular, and this cell radially extends internally from the periphery of this lid; This cell has part at least by a pair spaced sidewall, and a bottom surface formed; Wherein this pore, this sucker, and this elastic deflection hole is formed at this bottom surface of this cell; Wherein this cell of dimensional fits of this microscler Liquid distribution part, to be placed in this little indoor, is positioned at this between spaced sidewall simultaneously.
4. Liquid distribution lid as claimed in claim 3, is characterized in that, comprise further:
One inclined cam surface, this oppose side wall of itself and at least one this cell of formation one side by side, be formed at this upper surface of this lid simultaneously; With
One discontinuous, upwards extend lid wall, this edge integral shape of itself and this lid; Wherein this is discontinuous, upwards extend lid wall has a passage, this passage and be formed at this cell coaxial communication of this upper surface of this lid.
5. Liquid distribution lid as claimed in claim 4, it is characterized in that, this cell formed by this upper surface of this lid, comprises a first area, a second area, and one the 3rd region; Wherein this first area, this second area, and the 3rd region has a set degree of depth respectively; Wherein the degree of depth of this first area is greater than this second area respectively, and the degree of depth in the 3rd region; Wherein this sucker is positioned at this first area, and this pore is positioned at the 3rd region; And elastic deflection hole is positioned at this second area of this cell; Wherein the position of this first area is adjacent to this and upwards extends lid wall, and this second area is contiguous and be communicated with this passage, and this passage is upwards extended lid wall formed by this simultaneously; Wherein the 3rd region is positioned at this first area, and between this second area.
6. Liquid distribution lid as claimed in claim 5, is characterized in that, comprise further:
The one sucker sealing member supported by this microscler Liquid distribution part, when this microscler Liquid distribution part packaged type with this lid cooperation time, this sucker sealing member can for operation optionally to close this sucker; With
The one port sealing part supported by this microscler Liquid distribution part, itself and this sucker sealing member are spaced, when this microscler Liquid distribution part packaged type with this lid cooperation time, this port sealing part can for operation optionally to close this pore; Wherein this elastic deflection part and this port sealing part are spaced, and this elastic deflection part also has a main body, and this main body has a first end and a second reverse end; This first end and this microscler Liquid distribution part cooperation, and this second end is through this elastic deflection hole; Wherein the some of this elastic deflection part can coordinate this lower surface effect of this lid.
7. Liquid distribution lid as claimed in claim 6, is characterized in that, comprise further:
One elastic engagement pieces coordinating this microscler Liquid distribution part to use; Wherein this sucker sealing member, this port sealing part, and this elastic deflection part and this elastic engagement pieces one-body molded, and from this elastic engagement pieces to downward-extension, wherein this first end of this elastic deflection part via this elastic engagement pieces forced engagement in this microscler Liquid distribution part.
8. Liquid distribution lid as claimed in claim 7, it is characterized in that, this main body of this microscler Liquid distribution part has a first end, one second end, one end face and a bottom surface, also have a groove area, it is formed at this end face, wherein this groove area is positioned at this second end place close to this main body, and has a both shaped; Wherein the size of this elastic engagement pieces just can be placed in this groove area, wherein there is one first aperture in this groove area respectively, one second orifice and one the 3rd aperture, this first aperture, second orifice and the 3rd aperture extend through this microscler Liquid distribution part, and the size of this first aperture, second orifice and the 3rd aperture can allow this sucker sealing member respectively, this port sealing part, and this elastic deflection part passes through; Wherein when in this groove area that this elastic engagement pieces is placed in this microscler Liquid distribution part, this sucker sealing member, this port sealing part, and this elastic deflection part is from this bottom surface of this microscler Liquid distribution part to downward-extension.
9. Liquid distribution lid as claimed in claim 8, it is characterized in that, this microscler Liquid distribution part comprises further:
One to the cam follower of downward-extension, and itself and this microscler Liquid distribution part are one-body molded, comprise a periphery further, this periphery packaged type ground and this inclined cam surface cooperation simultaneously; Wherein the movable type cooperation of this microscler Liquid distribution part and this lid, can impel this cam follower to downward-extension to move back and forth along this inclined cam surface effectively; Affect this microscler Liquid distribution part to accordingly, along a mobile route, from a primary importance to the movement of a second place simultaneously; Wherein when this primary importance, this sucker sealing member and this port sealing part lay respectively at the position of this sucker closed and this pore; Wherein when this second place, this sucker sealing member and this port sealing part lay respectively at the position can not closing this sucker and this pore; Wherein when this microscler Liquid distribution part shifts to this second place from this primary importance, this elastic deflection part can extend; This elastic deflection part wherein extended can force this microscler Liquid distribution part, returns this primary importance from this second place.
10. Liquid distribution lid as claimed in claim 9, it is characterized in that, described Liquid distribution lid arrange in pairs or groups one beverage can use, this first end of this microscler Liquid distribution part extends radially outwardly and passes this passage, this passage formed by this discontinuous lid wall of upwards extending, and has a both set a distance with this periphery of this lid simultaneously; The power that wherein a user puts on this microscler this first end of Liquid distribution part effectively can move this microscler Liquid distribution part and move on to this second place along this set mobile route from this primary importance; Wherein when this power putting on this microscler this first end of Liquid distribution part is removed, under the deflection force impact that this elastic deflection part applies, this microscler Liquid distribution part of this beverage can tolerable moves on to this primary importance from this second place; Wherein when this microscler Liquid distribution part is positioned at this primary importance, this end face of this microscler Liquid distribution part and this upper surface of this lid are positioned at position, isoplanar; And when this second place, namely this end face of this microscler Liquid distribution part is positioned at and this upper surface of this lid is positioned at position, non-isoplanar.
11. Liquid distribution lids as claimed in claim 10, it is characterized in that, have this sucker sealing member, this elastic engagement pieces of this port sealing part and this elastic deflection part can remove easily from this microscler Liquid distribution part, so that this Liquid distribution lid clean and this elastic engagement pieces.
12. 1 kinds of Liquid distribution lids, is characterized in that, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with inner cell to use removably; Wherein this lid comprises a sucker and a pore further, is connected respectively with this inner cell of this liquid dispense tank;
One microscler Liquid distribution part along a set mobile route, this upper surface of this lid can move back and forth, optionally to close this sucker and this pore;
One is subject to the sucker sealing member that this microscler Liquid distribution part supports, and optionally coordinates with this sucker;
One is subject to the port sealing part that this microscler Liquid distribution part supports, and optionally coordinates with this pore; And
One is subject to the elastic deflection part that this microscler Liquid distribution part supports, can coupling in this lid; Wherein this elastic deflection part can impel this microscler Liquid distribution part with deflecting, and along this mobile route, moves to a set direction, to close this sucker and this pore respectively.
13. Liquid distribution lids as claimed in claim 12, it is characterized in that, a cell is formed at this upper surface of this lid; Wherein this lid is circular, and this cell radially extends internally from the periphery of this lid; Wherein this cell has part at least by a pair spaced sidewall, also has a bottom surface to be formed; Wherein this pore, this sucker, and an elastic deflection hole is formed at this bottom surface of this cell.
14. Liquid distribution lids as claimed in claim 13, is characterized in that, comprise further:
Pair of angled camming surface, arranged side by side with each sidewall forming this cell respectively, be formed at this upper surface of this lid simultaneously;
The one discontinuous lid wall upwards extended, with this edge integral shape of this lid, wherein this discontinuous lid wall upwards extended also comprises the passage of one and this cell coaxial communication, this cell is formed at this upper surface of this lid, when wherein measuring from this upper surface of unfairness of this lid, this discontinuous lid wall upwards extended has certain height.
15. Liquid distribution lids as claimed in claim 14, it is characterized in that, this cell being formed at this upper surface of this lid has a first area, a second area, and one the 3rd region; Wherein each this first area, this second area, and the 3rd region has the set degree of depth and a width respectively; Wherein the degree of depth of this first area and width are greater than the depth width in this second area and the 3rd region respectively; Wherein this sucker is positioned at this first area, and this pore is positioned at the 3rd region, and this elastic deflection part is then positioned at this second area of this cell; Wherein this position, first area is adjacent to this and upwards extends lid wall, and this second area is contiguous and be connected with this passage, and this passage is upwards extended lid wall formed by this simultaneously, and the 3rd region is then between this first area and this second area; Wherein this pore is positioned at above this bottom surface of this cell, is positioned at the 3rd region simultaneously; Wherein a unlifted wall is separated by this first area of this cell, this second area and the 3rd region.
16. Liquid distribution lids as claimed in claim 15, is characterized in that, this deflection piece is spaced with this sucker sealing member and this port sealing part, and also have a main body, this main body comprises a first end and a second reverse end; This first end coordinates this microscler Liquid distribution part, and this second end is then by this elastic deflection hole; Wherein the some of this elastic deflection part coordinates this lower surface effect of this lid; A wherein elastic engagement pieces and this microscler Liquid distribution part cooperation, and this sucker sealing member, this port sealing part and this elastic deflection part and this elastic engagement pieces one-body molded, and from this elastic engagement pieces respectively to downward-extension; Wherein this first end of this elastic deflection part can rely on this elasticity section fastener, this microscler Liquid distribution part of forced engagement.
17. Liquid distribution lids as claimed in claim 16, is characterized in that, this microscler Liquid distribution part comprises a main body, and it has a first end, one second end, an end face and a bottom surface, also have a groove area being formed at this end face; Wherein this groove area is positioned at this second end of this main body contiguous, and has a both shaped; Wherein the size of this elastic engagement pieces just can be accommodated in this groove area, is positioned and this upper surface isoplanar place of this lid simultaneously; Wherein one first aperture, a second orifice and one the 3rd aperture are formed at this groove area respectively, and extend through this microscler Liquid distribution part; This first aperture, this sucker sealing member of tolerable, this port sealing part and this elastic deflection part pass the size of this second orifice and the 3rd aperture respectively; Wherein this microscler Liquid distribution part also comprises a pair cam follower to downward-extension, be shaped in this bottom surface of this microscler Liquid distribution part respectively, and each cam follower all has a periphery, and packaged type ground coordinates each inclined cam surface; Wherein this microscler Liquid distribution part is relative to the reciprocating type mobile of lid, each effectively can be impelled back and forth to move along this inclined cam surface to downward-extension cam follower, and affect this corresponding microscler Liquid distribution part along this mobile route moving back and forth between a primary importance and a second place; This primary importance is a detent position, and this sucker and this pore are all closed, and this second place is a non-close position, and this sucker and this pore are not closed.
18. 1 kinds of Liquid distribution lids, is characterized in that, comprising:
One lid, this lid has a upper surface, a lower surface, and a periphery, and wherein the size of this lid coordinates a liquid dispense tank with inner cell to use removably; Wherein this lid comprises a sucker further, a pore and an elastic deflection hole, is connected respectively with this inner cell of this liquid dispense tank; Wherein a cell is formed at this upper surface of this lid; Wherein this lid is circular, and this this cell being formed at this upper surface of this lid extends in yearning for from this periphery footpath of this lid; Wherein this cell also comprises a bottom surface; Wherein this sucker, this pore and this elastic deflection hole are formed at this bottom surface of this cell; A wherein discontinuous lid wall upwards extended, and this edge integral shape of this lid, also comprise a passage be connected with this cell, this cell is formed at this upper surface of this lid simultaneously;
One microscler Liquid distribution part, along a set mobile route, this upper surface of this lid can move back and forth, optionally to close this sucker and this pore; Wherein the size of this microscler Liquid distribution part just can coordinate and be placed in these the little indoor of this upper surface being formed at this lid; Wherein this microscler Liquid distribution part comprises a main body, and it has a first end, one second end, an end face and a bottom surface, also has a groove area being formed at this end face; Wherein this groove area is positioned at this second end of this main body contiguous, and has a both shaped; Wherein the size of an elastic engagement pieces just can be accommodated in this groove area, is positioned and the end face of this main body simultaneously, and this upper surface isoplanar place of this lid; Wherein one first aperture, a second orifice and one the 3rd aperture are formed at this groove area respectively, and extend through this microscler Liquid distribution part; Wherein this microscler Liquid distribution part also comprises one to the cam follower of downward-extension, is shaped in this bottom surface of this microscler Liquid distribution part, but also has a periphery, and packaged type ground coordinates this upper surface of this lid, is positioned at this little indoor simultaneously; Wherein this on this lid of this microscler Liquid distribution part moves back and forth, can effectively impel this to downward-extension cam follower, a part along this upper surface of this lid moves back and forth, affect corresponding simultaneously, this microscler Liquid distribution part is along this mobile route, in a primary importance, and moving back and forth between a second place; This primary importance is a detent position, and this sucker and this pore are closed, and this second place is a non-close position, and when this position, this sucker and this pore are not closed;
One sucker sealing member, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, optionally coordinates with this sucker;
One port sealing part, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, optionally coordinates with this pore; Wherein the size of this sucker sealing member and this port sealing part respectively can through this first aperture be positioned on this microscler Liquid distribution part and this second orifice; And
One elastic deflection part, and this elastic engagement pieces is one-body molded, simultaneously from this microscler Liquid distribution part to downward-extension, wherein the further coupling of this elastic deflection part is in this lid; Wherein this elastic deflection part can impel this microscler Liquid distribution part to move along this mobile route to a set direction with deflecting, to close this sucker and this pore respectively; Wherein this deflection piece is spaced with this sucker sealing member and this port sealing part, and this deflection piece also has a main body simultaneously, and this main body can by the 3rd aperture on this microscler Liquid distribution part; Wherein this elastic deflection part has a first end and a second reverse end, and this first end and this microscler Liquid distribution part coordinate, and this second end can pass through this elastic deflection hole; Wherein this second end of this elastic deflection part can coordinate this lower surface effect of this lid, wherein this first end of this elastic deflection part via this elastic engagement pieces forced engagement in this microscler Liquid distribution part; Wherein this microscler Liquid distribution part coordinates with the movable type of this lid, this this upper surface to downward-extension cam follower along this lid can be effectively impelled to move back and forth, affect accordingly simultaneously, this microscler Liquid distribution part along this mobile route from this primary importance to this second place movement; Wherein when this primary importance, this sucker sealing member and this port sealing part lay respectively at the detent position that can close this sucker and this pore, and when this second place, this sucker sealing member and this port sealing part lay respectively at a non-close position, this sucker and this pore are not closed; Wherein when this microscler Liquid distribution part, when moving on to this second place from this primary importance, this elastic deflection part can extend with deflecting, and wherein this extension ground elastic deflection part can force this microscler Liquid distribution part, along this mobile route, retract this primary importance from this second place.
19. Liquid distribution lids as claimed in claim 18, it is characterized in that, described Liquid distribution lid arrange in pairs or groups one beverage can use, this microscler Liquid distribution part extends radially outwardly through this passage, this passage formed by this discontinuous lid wall of upwards extending, and has a both set a distance with this periphery of this lid simultaneously; Wherein a user puts on a power of this microscler this first end of Liquid distribution part, effectively can move this microscler Liquid distribution part and move on to this second place along this set mobile route from primary importance; Wherein when this power putting on this microscler this first end of Liquid distribution part is removed, under the deflection force impact that this elastic deflection part applies, this microscler Liquid distribution part of this beverage can tolerable moves on to this primary importance from this second place.
20. Liquid distribution lids as claimed in claim 19, is characterized in that having this sucker sealing member, and this elastic engagement pieces of this port sealing part and this elastic deflection part can remove from this microscler Liquid distribution part easily, so that this Liquid distribution lid clean.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520456872.9U CN204802288U (en) | 2015-06-29 | 2015-06-29 | Liquid distribution lid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520456872.9U CN204802288U (en) | 2015-06-29 | 2015-06-29 | Liquid distribution lid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204802288U true CN204802288U (en) | 2015-11-25 |
Family
ID=54587148
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520456872.9U Expired - Fee Related CN204802288U (en) | 2015-06-29 | 2015-06-29 | Liquid distribution lid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204802288U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114056746A (en) * | 2020-08-04 | 2022-02-18 | 萨利创新公司 | Cap for a container |
-
2015
- 2015-06-29 CN CN201520456872.9U patent/CN204802288U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114056746A (en) * | 2020-08-04 | 2022-02-18 | 萨利创新公司 | Cap for a container |
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