CN103373553A

CN103373553A - Water container

Info

Publication number: CN103373553A
Application number: CN2012101258914A
Authority: CN
Inventors: 许惟智
Original assignee: Shenzhen Futaihong Precision Industry Co Ltd; Chi Mei Communication Systems Inc
Current assignee: Shenzhen Futaihong Precision Industry Co Ltd; Chi Mei Communication Systems Inc
Priority date: 2012-04-26
Filing date: 2012-04-26
Publication date: 2013-10-30
Anticipated expiration: 2032-04-26
Also published as: CN103373553B

Abstract

A water container comprises a bottle body and a cup body. The bottle body comprises an accommodating cavity for containing water and a bottle neck, and the cup body is provided with an accommodating groove. The water container also comprises a bottle cap assembly, wherein the bottle cap assembly comprises a seat body sleeved on the bottle neck, an abutting body fixed onto the seat body, a ball arranged between the seat body and the abutting body, and an elastic member clamped between the abutting body and the ball; the seat body is provided with a through hole which is communicated with the accommodating cavity; the ball seals the through hole under the elastic force of the elastic member. The cup body detachably covers the bottle body to seal the bottle neck; when the cup body moves towards the bottle body under the action of external force, the cup body drives the ball to open the through hole and accordingly water inside the accommodating cavity flows into the accommodating groove through the through hole.

Description

Water storage unit

Technical field

The present invention relates to a kind of water storage unit.

Background technology

Often need when people drink water first water to be poured into the water tumbler from kettle, under the pulsation-free environment, need only suitable operation water in the pouring process and generally can not spill water tumbler.Yet, when the process of pouring occur under the environment that rocks as the car that jolts on the time, water is easy to spill from water tumbler during pouring.

Summary of the invention

In view of this, be necessary to provide a kind of water storage unit that water can not spill in the pouring process.

A kind of water storage unit, comprise bottle and cup, this bottle comprises filling containing cavity and the bottleneck of water, this cup is provided with storage tank, this water storage unit also comprises the bottle cap assembly, this bottle cap assembly comprises the pedestal that is sheathed on this bottleneck, be fixed in the body that supports on this pedestal, support the spheroid between the body and be held on this at this pedestal and this and support elastic body between body and this spheroid, offer the through hole that is communicated with this containing cavity on this pedestal, this spheroid seals through hole under the elastic force effect of this elastic component, this cup is covered on this bottle liftedly with this bottle sealing, when this cup moves towards this bottle under external force, this cup will drive this spheroid so that this through hole is opened so that the water in this containing cavity flows into this storage tank by this through hole.

Above-mentioned water storage unit is in the pouring process, and water is flowed in the cup, so that above-mentioned water storage unit water in the pouring process can not spill in body by the channel of bottle by a sealing.

Description of drawings

Fig. 1 is the block diagram of the water storage unit of preferred embodiments of the present invention;

Fig. 2 is the exploded drawings of water storage unit shown in Figure 1;

Fig. 3 is the cutaway view along the III-III line of water storage unit shown in Figure 1;

Fig. 4 is the use constitution diagram of water storage unit shown in Figure 3.

The main element nomenclature

Water storage unit	100
		Bottle	10
Cup	20
		The bottle cap assembly	30
Holding part	40
		The gap	50
Containing cavity	12
		Bottleneck	14
Hold down groove	16
		Storage tank	22
Flange	24
		Pedestal	32
Support body	34
		The slit	35
Spheroid	36
		Elastic body	38
The first perisporium	322
		Diapire	324
Containing cavities	326
		Guide rail	3222
Passage	3224
		Through hole	3242
The second perisporium	342
		Support wall	344
Draw-in groove	3422
		Through hole	3442
Snap ring	42
		Fixing arm	44
The section of holding	422
		Application of force section	424
The first positioning groove	442
		The second positioning groove	444

The following specific embodiment further specifies the present invention in connection with above-mentioned accompanying drawing.

The specific embodiment

See also Fig. 1 to Fig. 3, the water storage unit 100 of preferred embodiment of the present invention comprises a bottle 10, a cup 20, a bottle cap assembly 30 and a holding part 40.Bottle 10 comprises containing cavity 12 and a bottleneck 14 in order to fill water, also is concaved with the hold down groove 16 of an annular on the outer peripheral face of bottle 10 around its axis.Bottle cap assembly 30 is fixed in bottleneck 14 places, and cup 20 is covered on the bottleneck 14, and holding part 40 is fixed in the hold down groove 16 in order to engage that with cup 20 cup 20 is fixed on the bottle 10.

Cup 20 is provided with a storage tank 22 in order to be filled with water, and the opening part of contiguous its storage tank 22 of the outer peripheral face of cup 20 is provided with a flange 24.

Bottle cap assembly 30 comprises that a pedestal 32, supports body 34, a spheroid 36 and an elastic body 38.Pedestal 32 comprises that first perisporium 322 and of a cylinder type is located at the diapire 324 of the first perisporium 322 1 ends.The first perisporium 322 surrounds a containing cavities 326 jointly with diapire 324, supports body 34, spheroid 36 and elastic body 38 and all is placed in the containing cavities 326.The inboard of the first perisporium 322 vertically convexes with the guide rail 3222 of some spaces, and described guide rail 3222 is in order to guiding spheroid 36 in containing cavities 326 interior slips, and forms a passage 3224 that supplies water and flow through between the per two adjacent guide rails 3222.Offer a through hole 3242 on the diapire 324, and through hole 3242 is between described guide rail 3222.

What support that the second perisporium 342 and that body 34 comprises an annular is located at the second perisporium 342 1 ends supports wall 344.The other end of the second perisporium 342 is offered some draw-in grooves 3422, and draw-in groove 3422 snaps in will support body 34 for guide rail 3222 and is fixed on the pedestal 32.Support and offer some through holes 3442 on the wall 344.Elastic body 38 is compressed in and supports between wall 344 and the spheroid 36, and driving spheroid 36 supports with through hole 3242 sealings and with diapire 324.

Holding part 40 comprises a snap ring 42 and two fixing arms 44 that relatively arrange.Snap ring 42 is made by elastic material.Snap ring 42 roughly is an ellipse, comprises the two relative section of holding 422 and two relative application of force sections 424, and the described section of holding 422 all is fastened in the hold down groove 16 of bottle 10, all has a gap 50 between each application of force section 424 and the bottle 10.Each fixing arm 44 all is arranged at wherein on the section of holding 422, and each fixing arm 44 offers one first positioning groove 442 and one second positioning groove 444 towards another fixing arm 44, described the first positioning groove 442 is oppositely arranged away from snap ring 42, and described the second positioning groove 444 contiguous snap rings 42 are oppositely arranged.

Can carry out with reference to following steps during assembling water storage unit 100:

Assemble first bottle cap assembly 30, being about to spheroid 36 and elastic body 38 is installed in the containing cavities 326 of pedestal 32 successively, be fastened on the guide rail 3222 of pedestal 32 by its draw-in groove 3422 with supporting body 34, support the supporting between wall 344 and the spheroid 36 of body 34 so that elastic body 38 is compressed in, and compressed elastic body 38 provide an elastic force with the stifled through holes 3242 of being located at pedestal 32 of spheroid 36 with this through hole sealing.

The first perisporium 322 of above-mentioned bottle cap assembly 30 is sheathed on bottleneck 14 places of bottle 10 by screw thread fit or friction tight mode, so that bottle cap assembly 30 is fixed on the bottleneck 14.The snap ring 42 of holding part 40 is arranged in the hold down groove 16 of bottle 10, and fixing arm 44 contiguous bottlenecks 14 are arranged.

At last, cup 20 is covered on the end that bottle 10 is provided with bottleneck 14 by its storage tank 22, until cup 20 supports with bottle 10 and the flange 24 of cup 20 snaps in the first positioning groove 442 of described fixing arm 44, water storage unit 100 is just assembled complete.

See also Fig. 4, when using above-mentioned water storage unit 100 pouring, provide an external force to drive cup 20 and be pressed on the bottle 10 with flange 24 disengagings the first positioning groove 442 with cup 20.Cup 20 also will move until engage with the second positioning groove 444 along bottle 10 under above-mentioned External Force Acting.In mobile process, cup 20 ejection spheroids 36 slip in the containing cavities 326 and compresses elastomeric 38 along guide rail 3222, thereby between spheroid 36 and diapire 324, form slit 35, be the part of through hole 3242, this moment, bottle 10 interior water can pass through in through hole 3442, passage 3224 and the slit 35 inflow cups 20 successively.Behind an amount of water of cup 20 interior inflows, provide an external force along arrow direction among Fig. 1 two application of force sections 424 of holding part 40 to be pushed in opposite directions, the flange 24 that breaks away from cup 20 with driver card gripping arm 44, pull up cup 20 this moment from bottle 10, simultaneously compressed elastic body 38 restores and drives spheroid 36 with slit 35, i.e. through hole 3242 sealings.

Above-mentioned water storage unit 100 is in the pouring process, and water is flowed in the cup 20, so that above-mentioned water storage unit 100 water in the pouring process can not spill in cup 20 by the channel of bottle 10 by a sealing.

Certainly, also cup 20 can be taken off, again bottle cap assembly 30 be taken off, directly by bottleneck 14 water receivings/pouring.

In addition, those skilled in the art also can make various modifications, interpolation and the replacement on other forms and the details in claim of the present invention scope of disclosure and spirit.Certainly, these all should be included within the present invention's scope required for protection according to the variations such as various modifications, interpolation and replacement that spirit of the present invention is made.

Claims

1. water storage unit, comprise bottle and cup, this bottle comprises filling containing cavity and the bottleneck of water, this cup is provided with storage tank, it is characterized in that: this water storage unit also comprises the bottle cap assembly, this bottle cap assembly comprises the pedestal that is sheathed on this bottleneck, be fixed in the body that supports on this pedestal, support the spheroid between the body and be held on this at this pedestal and this and support elastic body between body and this spheroid, offer the through hole that is communicated with this containing cavity on this pedestal, this spheroid seals through hole under the elastic force effect of this elastic component, this cup is covered on this bottle liftedly with this bottle sealing, when this cup moves towards this bottle under external force, this cup will drive this spheroid so that this through hole is opened so that the water in this containing cavity flows into this storage tank by this through hole.

2. water storage unit as claimed in claim 1, it is characterized in that: this pedestal comprises the first perisporium and is located at the diapire of this first perisporium one end, this first perisporium and this diapire surround a containing cavities, this supports body, spheroid and elastic body and all is placed in this containing cavities, this first perisporium is sheathed on this bottleneck, and this through hole is opened on this diapire.

3. water storage unit as claimed in claim 2, it is characterized in that: the inboard of this first perisporium vertically convexes with the guide rail of some spaces, and this spheroid is located between the described guide rail slidably, and this through hole is between described guide rail.

4. water storage unit as claimed in claim 3 is characterized in that: the interval forms a passage that supplies water and pass between any two adjacent guide rails.

5. water storage unit as claimed in claim 3, it is characterized in that: this supports the wall that supports that body comprises the second perisporium and is located at this second perisporium one end, the other end of this second perisporium offers some draw-in grooves, and this supports body and is fastened on the described guide rail by described draw-in groove.

6. water storage unit as claimed in claim 5 is characterized in that: this supports and offers some through holes on the wall and support with this elastic body.

7. water storage unit as claimed in claim 1, it is characterized in that: this water storage unit also comprises the holding part that is fixed on this bottle, this holding part comprises two relative fixing arms, each fixing arm offers one first positioning groove and one second positioning groove towards another fixing arm, the outer peripheral face of this cup is provided with flange, and this flange selectively is arranged in described the first positioning groove and this second positioning groove this cup is positioned the diverse location on this bottle.

8. water storage unit as claimed in claim 7 is characterized in that: also be concaved with the hold down groove of an annular on the outer peripheral face of this bottle around its axis, and this holding part one snap ring, described fixing arm is located on this snap ring, and this snap ring is fastened in this hold down groove.

9. water storage unit as claimed in claim 8, it is characterized in that: this snap ring comprises the two relative section of holding and two relative application of force sections, and the described Duan Jun of holding is fastened in this hold down groove, described application of force section and this bottle interval arrange.

10. water storage unit as claimed in claim 7, it is characterized in that: this holding part is made by elastic material.