CN106672421A

CN106672421A - Inner cap, bottle cap and beverage bottle

Info

Publication number: CN106672421A
Application number: CN201611189830.9A
Authority: CN
Inventors: 刘伟
Original assignee: Hangzhou Music Technology Co Ltd
Current assignee: Nanjing Huifeng Plastic Industry Co., Ltd.
Priority date: 2016-12-21
Filing date: 2016-12-21
Publication date: 2017-05-17
Anticipated expiration: 2036-12-21
Also published as: CN106672421B

Abstract

The invention provides an inner cap. The inner cap is cylindrical. Inner holes are formed in the wall, between an inner cavity columnar surface and an outer columnar surface, of the inner cap. One opening of each inner hole is located in the top of the wall or in the inner cavity columnar surface, and the other opening of each inner hole is located in the bottom of the wall. A bottle cap is provided with the inner cap. A beverage bottle is provided with the bottle cap. By adoption of the manufactured bottle cap, outflow of liquid in the bottle can be controlled easily, a fluid channel can be closed automatically when the bottle excessively inclines, and the amount of liquid flowing out of the bottle can be estimated easily.

Description

Inner cap, bottle cap, carafe

Technical field

The present invention relates to consumer goods industries, and in particular to inner cap, bottle cap, carafe.

Technical background

Existing liquid castor typically covering out mouth, when user want by liquid is poured in pot in bottle when, due to bottle It is interior with bottle outside be straight-through, can cause to be difficult to control to liquid when toppling over to pour out speed, cause the baste scale of construction to be difficult to, hold Easily there is excessive or very few situation；

There is the liquid speed degree defect related to the angle of inclination of bottle in the opening of existing liquid castor, but for numerous people For class, it is difficult to the angle of inclination of handss precise control bottle, if during the close 180 degree in angle of inclination（I.e. bottleneck is down）When liquid Speed of gushing out is very fast, it is very difficult to control.

Go out liquid speed degree if what a kind of bottle cap can regulate and control liquid castor, then can very well help the people for cooking, adjust Liquid speed degree is controlled out, prevents seasoned liquid from gushing out the appearance of too fast situation.

The beverage of the such as big bottle of the bottle word of the dixie cup carafe that especially many people share also is deposited the same liquid hardly possible that goes out and is regulated and controled Problem, operator to many people distribute when usually occur not controlling out liquid speed degree, situation about getting outside cup.

The content of the invention

The present invention relates to inner cap, bottle cap, carafe, liquid can be controlled and gushed out speed, there is provided new design philosophy.

Inner cap, it is characterised in that：Inner cap is have endoporus in tubular, the wall between the inner chamber cylinder of inner cap and outer cylinder； One opening of endoporus is on the top of wall or inner chamber cylinder；One opening of endoporus is positioned at the bottom of wall.

Further, the diameter parallel of endoporus is in the axis of inner cap.

Further, the quantity of endoporus is at least 2；

Further, all of endoporus is with the axis of inner cap as array axis circumferentially array distribution.

Further, made using non-toxic plastic.

Further, the outer cylinder of described inner cap is frosted shape face, beneficial to sealing, beneficial to fastening.

Further, described bottom is integral structure.

Further, described bottom is that Split type structure is made up of multiple element.

Bottle cap, with described inner cap.

Carafe, with described inner cap or bottle cap.

Technology contents are illustrated, and its advantage.

The present invention can allow the outflow of liquid in bottle to be easily controlled, and fluid can be automatically switched off during bottle word overbank and be led to Road, the liquid outlet quantity of the present invention is easily estimated.

Description of the drawings

Fig. 1 is the assembling decomposing schematic representation of the unit of the bottle cap of embodiments of the invention, and a draws for convenience of description The applied environment of the bottle cap of embodiments of the invention is bottleneck S4, in a in order to the coaxial relation for illustrating each accessory is specially used Vertical dotted line has drawn an axis, and b is the cut-away illustration of cutting plane A--A in a, and c is that the cutting of cutting plane B--B in a is shown It is intended to, the cut-away illustration of cutting plane C--C in d.

Fig. 2 is the continuity of Fig. 1, presents the appearance that the bottle cap of embodiments of the invention is assembled, and wherein a is liquid position The appearance being closed, b is the appearance that liquid outlet is opened.Label declaration：S1 is enclosing cover；S2 is inner cap；S3 is bottom；S11 is outer The exit orifice of lid S1；S12 is the dust cap of enclosing cover S1；S21 is the endoporus of inner cap S2；S31 is the liquid outlet of bottom S3；S32 is bottom The liquid outlet of the liquid outlet S31 of lid S3;S33 is the spacing ring of bottom S3.

Specific embodiment

Embodiment 1, bottom, bottom S3 is cylindrical shape；The outer cylinder of bottom S3 is formed with bottleneck S4 and is tightly connected anti-leak-stopping Liquid.Bottom S3 is that cylindric upper end has spacing ring S33, prevents bottom S3 from falling into bottom of bottle.With liquid outlet on bottom S3 The cardinal extremity of S31, liquid outlet S31 is connected with the bottom surface of the inner chamber of bottom S3, the liquid outlet S31 of bottom S3 by bottom S3 inner chamber Bottom surface extends referred to as end to outside bottleneck S4, has liquid outlet S32, liquid outlet S32 one end on the liquid outlet S31 of bottom S3 It is opened on the outer bottom of bottom S3, liquid outlet S32 one end opens are in the end of liquid outlet S31.

Embodiment 2, inner cap, inner cap S2 is have endoporus in tubular, the wall between the inner chamber cylinder of inner cap S2 and outer cylinder In the axis of inner cap S2, the quantity of endoporus S21 is three to the diameter parallel of S21, endoporus S21, and all of endoporus S21 is with inner cap S2 Axis be array axis circumferentially array distribution.

Embodiment 3, bottle cap, including described inner cap S2, described bottom S3；The inner chamber cylinder of inner cap S2 with diameter greater than The diameter of the liquid outlet S31 of bottom S3.The intracavity diameter of bottom S3 is equal to the diameter of the outer cylinder of inner cap S2.Bottom S3 and inner cap Insert the coaxial splits of S2, the inner chamber cylinder of bottom S3 and the outer cylinder gluing, sealing of inner cap S2, the end of the liquid outlet S31 of bottom S3 Enter in the inner chamber of inner cap S2.

Further, liquid outlet S31 of the sectional area of the inner chamber of described inner cap S2 more than bottom S3.

Further, also described inner cap S2, the spatial relationship of described bottom S3 are maintained including enclosing cover, prevents the two Depart from.

Further, also including enclosing cover, the used time can be with not dust-proof.

Further, described inner cap S2, described bottom S3 is fixedly connected therebetween is one.

Embodiment 4, such as Fig. 1-2, bottle cap, including inner cap S2, bottom S3；Bottom S3 is cylindrical shape；The outer cylinder of bottom S3 Formed to be tightly connected with bottleneck S4 and prevent leakage.Bottom S3 is that cylindric upper end has spacing ring S33, prevents bottom S3 from falling into Bottom of bottle.With liquid outlet S31 on bottom S3, the cardinal extremity of liquid outlet S31 is connected with the bottom surface of the inner chamber of bottom S3, bottom S3's Liquid outlet S31 extends referred to as end to outside bottleneck S4 from the bottom surface of the inner chamber of bottom S3, has on the liquid outlet S31 of bottom S3 Liquid outlet S32, on the outer bottom of bottom S3, liquid outlet S32 one end opens are in liquid outlet S31's for liquid outlet S32 one end opens End.Inner cap S2 is have endoporus S21, the axis of endoporus S21 in tubular, the wall between the inner chamber cylinder of inner cap S2 and outer cylinder Parallel to the axis of inner cap S2, the quantity of endoporus S21 is three, and all of endoporus S21 is with the axis of inner cap S2 as array axis Circumferentially array distribution.When body level of incline position, a minimum endoporus S21 is used to liquid, there will necessarily be one be used for into The endoporus S21 of gas, this is used for the minimum point of the horizontal minimum point of the endoporus S21 into gas higher than liquid outlet S32, this be used for into The endoporus S21 of gas will not be full of by liquid, and the inner chamber cylinder that ensure that inner cap S2 is communicated with air, it is ensured that be used to the interior of liquid Hole can with it is smooth go out liquid；This designs smooth during hydrops outflow in the inner chamber for causing inner cap S2, is not in go out when liquid Stop go out to stop circulation, saved the time of pouring liquid（The time is wasted during pause）, enhance user operation experience（No User can be allowed to feel irritated）, and the beneficial effect that liquid outlet quantity is estimated beneficial to user is served, the design of endoporus S21 circumference array is One single innovative point, the separately protected intellectual property for being conducive to protecting applicant is carried out to it.The inner chamber cylinder of inner cap S2 The liquid outlet S31 with diameter greater than bottom S3 diameter.The intracavity diameter of bottom S3 is equal to the diameter of the outer cylinder of inner cap S2.Bottom Lid S3 splits coaxial with inner cap S2, the inner chamber cylinder of bottom S3 and the outer cylinder gluing, sealing of inner cap S2, the liquid outlet of bottom S3 The end of S31 is inserted in the inner chamber of inner cap S2.Before liquid will flow out, air needs to enter bottle from liquid outlet S31, balances Air pressure can just go out liquid with the difference of atmospheric pressure in bottle, when bottle overbank（Such as bottleneck is down）, the inner chamber of inner cap S2 In liquid can seal the liquid outlet S32 of liquid outlet S31, air cannot be introduced into, and liquid is sealed by atmospheric pressure in bottle, it is impossible to Run out.Be prevented from bottle and go out liquid in over-tilting, reduce user's dump angle not to it is caused go out the excessive situation of liquid； Can help numerous housewifves or it is main man or cook reduce cooking when pour into excessive baste the occurrence of.

Embodiment 5, on the basis of embodiment 1 is implemented, the such as bottle cap of Fig. 1-2, the diameter of the endoporus S21 of inner cap S2 is less than The diameter of the liquid outlet S32 on the liquid outlet S31 of bottom S3, this bore difference is held for the liquid in the inner chamber for ensureing inner cap S2 Renew and stay；Go out liquid pulsation observed by user because the bore difference of the two allows the invention to reduce, that is to say, that when big Gas is gone out the cyclic process of liquid via liquid outlet S32 in bottle by air inlet, and this cyclic process is a big fluctuation, plays fluctuation The fluctuation of liquid outlet S32 can be caused, this fluctuation of bore difference weakening of the two is right, and final liquid leaves and flow after bottle cap in pot it In front process to the impact for going out liquid, weaken out fluid wave move, serve the beneficial effect for filtering liquid fluctuation, be implement Another innovative point on the basis of example 1, the separately protected intellectual property for being conducive to protecting applicant is carried out to it.

Embodiment 6, on the basis of embodiment 1 is implemented, the such as bottle cap of Fig. 1-2, also with enclosing cover S1, enclosing cover S1 is used to lead Fixation is played, persistently to maintain the spatial relationship of bottom S3 and inner cap S2, prevents the two from departing from or loosening.

Embodiment 7, on the basis of embodiment 1 is implemented, the such as bottle cap of Fig. 1-2, also with dust cap S12, user is adjusting Can cover after complete material, play dust protection effect.

Claims

1. inner cap, it is characterised in that：Inner cap is have endoporus in tubular, the wall between the inner chamber cylinder of inner cap and outer cylinder；It is interior One, hole opening is on the top of wall or inner chamber cylinder；One opening of endoporus is positioned at the bottom of wall.

2. inner cap as claimed in claim 1, it is characterised in that：The diameter parallel of endoporus is in the axis of inner cap.

3. inner cap as claimed in claim 1, it is characterised in that：The quantity of endoporus is at least 2；

Inner cap as claimed in claim 1, it is characterised in that：All of endoporus is with the axis of inner cap as array axis circumferentially battle array Column distribution.

4. inner cap as claimed in claim 1, it is characterised in that：Made using non-toxic plastic.

5. inner cap as claimed in claim 1, it is characterised in that：The outer cylinder of described inner cap S2 is frosted shape face, beneficial to close Envelope, beneficial to fastening.

6. inner cap as claimed in claim 1, it is characterised in that：Described bottom S3 is integral structure.

7. inner cap as claimed in claim 1, it is characterised in that：Described bottom S3 is that Split type structure is made up of multiple element.

8. bottle cap, it is characterised in that：With the inner cap described in claim 1.

9. carafe, it is characterised in that：With the bottle cap described in claim 9.