CN201761748U

CN201761748U - Gas releasing device capable of being combined with aerated water bottle

Info

Publication number: CN201761748U
Application number: CN2010202847382U
Authority: CN
Inventors: 彭仁奎
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-08-09
Filing date: 2010-08-09
Publication date: 2011-03-16
Anticipated expiration: 2020-08-09

Abstract

The utility model discloses a gas releasing device capable of being combined with an aerated water bottle. The gas releasing device comprises a union piece, a spile piece and a gas accommodating piece; the union piece is provided with a sealed end, an opened end and an end sealing thin layer used for sealing the sealed end; the spile piece is movably arranged in the union piece, and is provided with a connecting end, a piercing end opposite to the connecting end and a breathing hole extending from the connecting end to the piercing end; the gas accommodating piece is arranged at the connecting end, and is communicated with the breathing hole; and the spile piece moves between a non-pierced position and a pierced position relatively to the union piece. When the spile piece is in the non-pierced position, the piercing end does not pass through the end sealing thin layer. When the spile piece is in the pierced position, the piercing end passes through the end sealing thin layer. The gas accommodating piece is mutually communicated with the interior part of the aerated water bottle through the breathing hole, therefore gas in the aerated water bottle aerates the gas accommodating piece, the gas accommodating piece gets expanded, and a surprise is brought to a user.

Description

Can be incorporated into the air releasing device of gaseous beverages bottle

Technical field

The utility model relates to a kind of bottle cap, particularly relates to a kind of air releasing device that is incorporated into the gaseous beverages bottle.

Background technology

Existing a kind of tool bottle cap device (No. the 445992nd, the novel patent announcement of TaiWan, China) luminous and music effect is the battery that luminescence component, voice IC wafer and supply electric power are set in the lid portion inside of bottle cap, with when the user opens bottle cap, produce sound and light program, though this kind bottle cap device can have entertainment effect by more general bottle cap, yet, this kind bottle cap device is complex structure not only, more need as power with battery, could drive luminescence component and voice IC wafer, it also can't utilize, and existing carbon dioxide produces entertainment effect in the gaseous beverages bottle.

Summary of the invention

The purpose of this utility model is to provide a kind of air releasing device of utilizing the interior gas of gaseous beverages bottle as the be incorporated into gaseous beverages bottle of power.

The utility model can be incorporated into the air releasing device of gaseous beverages bottle, comprises a conjunction, an intubate part, and one is received gas spare.This conjunction has a sealing end, an open end, and one deck seals the thin layer that seals of this sealing end.This intubate part is arranged at this conjunction movably, this intubate part has a coupling end, the cutting tip in contrast to this coupling end, and air extractor vent that extends to this cutting tip from this coupling end, this intubate part does not move between puncture position and the puncture position at one with respect to this conjunction, when this intubate part at this not during puncture position, this cutting tip does not pass this and seals thin layer, and when this intubate part during at this puncture position, this cutting tip passes this and seals thin layer.This is received gas spare and is arranged at the coupling end of this intubate part, and is communicated with this air extractor vent.

The beneficial effects of the utility model are: utilize this intubate part to move to this puncture position with respect to this conjunction, seal thin layer and pass this, making this receive gas spare interconnects through this air extractor vent and a gaseous beverages bottle inside, allow the carbon dioxide in this gaseous beverages bottle that this is received the inflation of gas spare, make this receive gas spare expansion change greatly, for the user brings pleasantly surprised.

Description of drawings

Fig. 1 is air releasing device one first preferred embodiment of gaseous beverages bottle and the decomposition cross-sectional schematic of a gaseous beverages bottle of being incorporated into of the present utility model;

Fig. 2 is the combination cross-sectional schematic of this first preferred embodiment and this gaseous beverages bottle;

Fig. 3 one is similar to the view of Fig. 2, illustrates that an intubate part of this first preferred embodiment moves to a puncture position, makes of this first preferred embodiment receive gas spare and is inflated expansion;

Fig. 4 is air releasing device one second preferred embodiment of gaseous beverages bottle and the combination cross-sectional schematic of a gaseous beverages bottle of being incorporated into of the present utility model;

Fig. 5 one is similar to the view of Fig. 4, illustrates that an intubate part of this second preferred embodiment moves to a puncture position, makes of this second preferred embodiment receive gas spare and is inflated expansion;

Fig. 6 one is similar to the view of Fig. 5, illustrates that this second preferred embodiment is moved down from this gaseous beverages bottle;

Fig. 7 is air releasing device 1 the 3rd preferred embodiment of gaseous beverages bottle and the combination cross-sectional schematic of a gaseous beverages bottle of being incorporated into of the present utility model;

Fig. 8 one is similar to the view of Fig. 7, illustrates that an intubate part of the 3rd preferred embodiment moves to a puncture position, makes of the 3rd preferred embodiment receive gas spare and is inflated expansion;

Fig. 9 is air releasing device 1 the 4th preferred embodiment of gaseous beverages bottle and the combination cross-sectional schematic of a gaseous beverages bottle of being incorporated into of the present utility model, and the intubate part that the 4th preferred embodiment is described is at a disassembly status;

Figure 10 one is similar to the view of Fig. 9, illustrates that this intubate part is at a bonding state;

Figure 11 one is similar to the view of Figure 10, illustrates that this intubate part moves to a puncture position, makes of the 4th preferred embodiment receive gas spare and is inflated expansion.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is elaborated.

About technology contents of the present utility model, characteristics and effect, in the following detailed description that cooperates with reference to four graphic preferred embodiments, can clearly understand.

Before proposing detailed description, be noted that in the following description similarly assembly is to represent with identical numbering.

Consult Fig. 1,2,3, can be incorporated into first preferred embodiment of the air releasing device of gaseous beverages bottle for the utility model, this air releasing device that can be incorporated into the gaseous beverages bottle can be used with gaseous beverages bottle 200 collocation with a bottle 210, this air releasing device that can be incorporated into the gaseous beverages bottle comprises: conjunction 10, intubate part 20, a sealing member 30, and one received gas spare 40.

This conjunction 10 has the extended apical ring wall from these periphery wall 11 tops of a periphery wall 11 around an

accommodation space

16,12, one inwardly and extends down and seal thin layer 14 and a capping 15 that is arranged at these periphery wall 11 tops around what internal perisporium 13, one deck of a perforation 17 was arranged at this internal perisporium 13 from these apical ring wall 12 inner edges.

This periphery wall 11 has an open end 111 that is formed at the bottom, and the negative thread 112 that can be bolted in this bottle 210.

This internal perisporium 13 has one and is formed at the bottom and in contrast to the sealing end 131 of this open end 111, and one towards the first projecting inward convex ring portion 132.

This seals thin layer 14 and is arranged at this sealing end 131 and seals this sealing end 131.In the present embodiment, this to seal thin layer 14 are a kind of films.

This perforation 17 has a large aperture portion 171, one from extended small-bore portion of this large aperture portion 171 172 down, and the ring shoulder 173 between this large aperture portion 171 and small-bore portion 172.This first convex ring portion 132 is positioned at this small-bore portion 172.

This capping 15 can be swung between a detent position (see figure 2) and an open position (see figure 3) with respect to this periphery wall 11.When this capping 15 during at this detent position, this capping 15 is covered this intubate part 20 and is received gas spare 40 with this.When this capping 15 during at this open position, this capping 15 is not covered this intubate part 20 and is received gas spare 40 with this.

This intubate part 20 is arranged at the perforation 17 of this internal perisporium 13 movably, this intubate part 20 has one around an air extractor vent 23 and first tube wall 21 that is connected with this small-bore portion 172, and first flange walls 22 that extends outwardly out from these first tube wall, 21 tops.

This first tube wall 21 has a coupling end that is formed at the top 211, one and is formed at the bottom and in contrast to the cutting tip 212 of this coupling end 211, first an outer projecting ring section 213 that protrudes, reaches an interior concave ring groove 214 outwardly.This air extractor vent 23 extends to this cutting tip 212 from this coupling end 211.In the present embodiment, this cutting tip 212 is the angle shape.

This intubate part 20 can not move between puncture position (see figure 2) and the puncture position (see figure 3) at one with respect to this conjunction 10.When this intubate part 20 at this not during puncture position, this first flange walls 22 is away from this ring shoulder 173, this first outer projecting ring section 213 is positioned on this first convex ring portion 132, and this cutting tip 212 does not pass this and seals thin layer 14.When this intubate part 20 moves to this puncture position down, this first flange walls 22 contiguous this ring shoulders 173, this first outer projecting ring section 213 is positioned under this first convex ring portion 132, and this cutting tip 212 passes this and seals thin layer 14.

Sealing part 30 is arranged between first tube wall 21 of the internal perisporium 13 of this conjunction 10 and this intubate part 20.In the present embodiment, sealing part 30 is embedded at the interior concave ring groove 214 of this first tube wall 21.

This is received gas spare 40 and is arranged at the coupling end 211 of first tube wall 21 of this intubate part 20, and is communicated with this air extractor vent 23.In the present embodiment, this receives gas spare 40 is a kind of expandable balloons, and this open end 41 receiving gas spare 40 is placed on first flange walls 22 of this intubate part 20, and is positioned this coupling end 211.

Whereby, as shown in Figure 3, the capping 15 of opening this conjunction 10 as the user, and when this intubate part 20 pressed to this puncture position, the cutting tip 212 of this intubate part 20 promptly can be worn out this and seal thin layer 14, making this receive gas spare 40 interconnects through this air extractor vent 23 and these gaseous beverages bottle 200 inside, at this moment, the carbon dioxide in this gaseous beverages bottle 200 can be received 40 inflations of gas spare to this, makes this receive gas spare 40 and expands and become big, and protrude from this conjunction 10 tops, for the user brings pleasantly surprised.

Via above explanation, can again advantage of the present utility model be summarized as follows:

One, the utility model simple structure, and this receives the power of gas spare 40 as expanding can to utilize carbon dioxide existing in the gaseous beverages bottle makes this receive 40 moments of gas spare and swells, and is that the user brings pleasantly surprised entertainment effect.

Two, this is received the gas spare 40 visual market demands and is designed to various three-dimensional contourings, for example children's doll, 12 Chinese zodiac or 12 constellations ... or the like various moulding, and can receive gas spare 40 surfaces at this and print additional advertisement vocabulary, and be beneficial to the sales promotion of beverage, in addition, also can receive gas spare 40 surfaces and print blessing language, the language of pursuing a goal with determination, love words and phrases in advance at this ... or the like language, appear suddenly to receive gas spare 40 moment that swells at this, and allow the user produce to move, happy or pleasantly surprised sensation.

What deserves to be mentioned is that this is received gas spare 40 and also can be a kind of small-sized siren, so, when the carbon dioxide in this gaseous beverages bottle 200 was received gas spare 40 by this, this was received gas spare 40 and can produce and allow the unexpected sound of user.

Consult Fig. 4,5,6, be one second preferred embodiment of the present utility model, this second preferred embodiment is to be similar to this first preferred embodiment, and the difference of this second preferred embodiment and this first preferred embodiment is:

This conjunction 10 is bolted in another bottleneck 1220 of this gaseous beverages bottle 200.

This intubate part 20 also has a check thin-walled 24 that is arranged at the coupling end 211 of this first tube wall 21 swingably, and this check thin-walled 24 optionally seals this air extractor vent 23.

As shown in Figure 4, when this intubate part 20 at this not during puncture position, this check thin-walled 24 is resisted against this coupling end 211, and with these air extractor vent 23 sealings.

As shown in Figure 5, the capping 15 of opening this conjunction 10 as the user, and when this intubate part 20 pressed to this puncture position, carbon dioxide in this gaseous beverages bottle 200 can be washed this check thin-walled 24 open, and make this air extractor vent 23 recover to be communicated with, so, can receive 40 inflations of gas spare to this.

As shown in Figure 6, when the user moves following time with the utility model from these gaseous beverages bottle 200 (see figure 5)s, these carbon dioxides of receiving in the gas spare 40 can force this check thin-walled 24 to be resisted against this coupling end 211 once again, and with these air extractor vent 23 sealings, in case stopping leak gas, so, the user can move the utility model separately and make atypical decorative fitting, ornaments, toy or collectibles.

So, this second preferred embodiment also can reach purpose and the effect identical with above-mentioned first preferred embodiment.

Consult Fig. 7,8, be one the 3rd preferred embodiment of the present utility model, the 3rd preferred embodiment is similar to this first preferred embodiment, and the difference of the 3rd preferred embodiment and this first preferred embodiment is:

The 3rd preferred embodiment also comprises a distance piece 50.

The setting of this conjunction 10 these capping 15 (see figure 1)s of cancellation, the internal perisporium 13 of this conjunction 10 also have one towards projecting inward and be positioned at the second convex ring portion 133 of this large aperture portion 171.

This intubate part 20 also has one from extended second tube wall 25 of these first flange walls, 22 peripheries, second flange walls 26 that extends outwardly out from these second tube wall, 25 tops up, and a paster 27 that is removable installed in these second flange walls, 26 tops.This first flange walls 22 defines an accommodation space 28 that is communicated with this air extractor vent 23 with these second tube wall, 25 cooperations.

Described coupling end 211 can be formed at one of them person on these first tube wall, 21 tops and these first flange walls, 22 tops.In the present embodiment, this coupling end 211 is formed at these first tube wall, 21 tops and this first flange walls, 22 tops.

This second tube wall 25 is connected with this large aperture portion 171, and has second an outer projecting ring section 251 that protrudes outwardly.

These paster 27 end faces can be printed the comment of " please tear before bouncing ", remind the user to note.

When this intubate part 20 at this not during the puncture position (see figure 7), this first flange walls 22 is away from this ring shoulder 173, this second flange walls 26 is away from this apical ring wall 12, and this second outer projecting ring section 251 is positioned under this second convex ring portion 133, and is adjacent to this second convex ring portion 133.Be noted that this second outer projecting ring section 251 is positioned at the design under this second convex ring portion 133, can prevent that these intubate part 20 accidents from deviating from or detached this conjunction 10 by malice, and can avoid dust fall to fall in this perforation 17.

When this intubate part 20 during in this puncture position (see figure 8), this first flange walls 22 is connected to this ring shoulder 173, this second flange walls 26 is connected to this apical ring wall 12, and this second outer projecting ring section 251 is positioned under this second convex ring portion 133, and is adjacent to this first flange walls 22.

This open end 41 of receiving gas spare 40 is fixedly arranged on this coupling end 211, and this is received gas spare 40 and is placed in this accommodation space 28.

This distance piece 50 is removable installed between this conjunction 10 and this intubate part 20.In the present embodiment, this distance piece 50 is a kind of C shape pads, when this intubate part 20 at this not during puncture position, this distance piece 50 is removable installed between this apical ring wall 12 and this second flange walls 26, and this distance piece 50 can prevent that this intubate part 20 from bouncing by accidental shock or by malice in handling process.

When the user tears this paster 27, and after this distance piece 50 removed, can equally this intubate part 20 be pressed to this puncture position, expand and become big and make this receive gas spare 40.

So, the 3rd preferred embodiment also can reach purpose and the effect identical with above-mentioned first preferred embodiment.

Consult Fig. 9,10,11, be one the 4th preferred embodiment of the present utility model, the 4th preferred embodiment is to be similar to the 3rd preferred embodiment, and the difference of the 4th preferred embodiment and the 3rd preferred embodiment is:

This conjunction 10 also has one deck and is arranged at this apical ring wall 12 and seals the dustproof film 18 of this perforation 17.Can print the comment of " not hindering insertion " or " can insert easily " on this dustproof film 18, remind the user to note.

This intubate part 20 is removable installed in this conjunction 10, and this intubate part 20 is with respect to the conversion between a disassembly status (see figure 9) and bonding state (see figure 10) of this conjunction 10.

When this intubate part 20 during at this disassembly status, this intubate part 20 separates with this conjunction 10, and do not pass this dustproof film 18, so, this intubate part 20 is packed investing on this gaseous beverages bottle 200 in addition, or place sales counter to choose for the user in addition, allow the user can be voluntarily this intubate part 20 be combined with this conjunction 10 between in due course.

When this intubate part 20 during at this bonding state, this intubate part 20 passes this dustproof film 18, and be arranged at this perforation 17 movably, this intubate part 20 can not moved between puncture position (see figure 10) and this puncture position (seeing Figure 11) at this with respect to this conjunction 10.

Shown in Figure 10,11, when the user passes this dustproof film 18 with this intubate part 20, and after this paster 27 torn, can equally this intubate part 20 be pressed to this puncture position, expand and become big and make this receive gas spare 40.

So, the 4th preferred embodiment also can reach purpose and the effect identical with above-mentioned the 3rd preferred embodiment.

In sum, the air releasing device that is incorporated into the gaseous beverages bottle of the present utility model, simple structure not only, and can utilize the gas in the gaseous beverages bottle to receive the power of gas spare as expansion, allow the pleasantly surprised entertainment effect of user and produce, so can reach the purpose of this utility model really.

Claims

1. air releasing device that can be incorporated into the gaseous beverages bottle is characterized in that:

This air releasing device that can be incorporated into the gaseous beverages bottle comprises:

A conjunction has a sealing end, an open end, and one deck seals the thin layer that seals of this sealing end;

An intubate part, be arranged at this conjunction movably, this intubate part has a coupling end, the cutting tip in contrast to this coupling end, and air extractor vent that extends to this cutting tip from this coupling end, this intubate part does not move between puncture position and the puncture position at one with respect to this conjunction, when this intubate part at this not during puncture position, this cutting tip does not pass this and seals thin layer, when this intubate part during at this puncture position, this cutting tip passes this and seals thin layer; And

Receive gas spare for one, be arranged at the coupling end of this intubate part, and be communicated with this air extractor vent.

2. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 1, it is characterized in that: this conjunction also has a periphery wall around an accommodation space, one from the extended apical ring wall in this periphery wall top inwardly, and one extended and around the internal perisporium of a perforation down from this apical ring wall inner edge, this sealing end is formed at this internal perisporium bottom, this seals thin layer and is arranged at this sealing end, this open end is formed at this periphery wall bottom, and this intubate part is arranged at the perforation of this internal perisporium movably.

3. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 2, it is characterized in that: this intubate part also has first tube wall around this air extractor vent, first flange walls that extends outwardly out from this first tube wall top, reach one from extended second tube wall of this first flange walls periphery up, this first flange walls defines an accommodation space that is communicated with this air extractor vent with this second tube wall cooperation, this coupling end is formed at one of them person on this first tube wall top and this first flange walls top, this cutting tip is formed at this first tube wall bottom, and this is received gas spare and is placed in this first flange walls and cooperates this accommodation space that defines with this second tube wall.

4. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 3, it is characterized in that: the perforation of this conjunction has a large aperture portion, one from extended down small-bore portion of this large aperture portion, and one big between this, ring shoulder between the portion of small-bore, first tube wall of this intubate part is connected with this small-bore portion, second tube wall of this intubate part is connected with this large aperture portion, when this intubate part at this not during puncture position, this first flange walls is encircled shoulder away from this, when this intubate part during at this puncture position, this first flange walls is connected to this ring shoulder.

5. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 4, it is characterized in that: this intubate part also has second flange walls that extends outwardly out from this second tube wall top, when this intubate part at this not during puncture position, this second flange walls is away from the apical ring wall of this conjunction, when this intubate part during at this puncture position, this second flange walls is connected to this apical ring wall.

6. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 5 is characterized in that: this intubate part also has a paster that is removable installed in this second flange walls top.

7. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 5 is characterized in that: this air releasing device that can be incorporated into the gaseous beverages bottle also comprises a distance piece that is removable installed between this conjunction and this intubate part.

8. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 7 is characterized in that: when this intubate part at this not during puncture position, this distance piece is removable installed between second flange walls of the apical ring wall of this conjunction and this intubate part.

9. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 4, it is characterized in that: the internal perisporium of this conjunction has one towards projecting inward and be positioned at the first convex ring portion of this small-bore portion, first tube wall of this intubate part has first an outer projecting ring section that protrudes outwardly, when this intubate part at this not during puncture position, this first outer projecting ring section is positioned on this first convex ring portion, when this intubate part during at this puncture position, this first outer projecting ring section is positioned under this first convex ring portion.

10. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 9, it is characterized in that: the internal perisporium of this conjunction also has one towards projecting inward and be positioned at the second convex ring portion of this large aperture portion, second tube wall of this intubate part has second an outer projecting ring section that protrudes outwardly, when this intubate part at this not during puncture position, this second outer projecting ring section is positioned under this second convex ring portion, and be adjacent to this second convex ring portion, when this intubate part during at this puncture position, this second outer projecting ring section is positioned under this second convex ring portion, and is adjacent to this first flange walls.

11. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 3, it is characterized in that: this receives gas spare is a kind of balloon, this coupling end is formed at this first tube wall top and this first flange walls top, and this open end receiving gas spare is fixedly arranged on this coupling end.

12. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 3 is characterized in that: this air releasing device that can be incorporated into the gaseous beverages bottle also comprises the sealing member between first tube wall of an internal perisporium that is arranged at this conjunction and this intubate part.

13. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 12 is characterized in that: first tube wall of this intubate part has an interior concave ring groove, and the sealing part is embedded at concave ring groove in this.

14. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 2 is characterized in that: the periphery wall of this conjunction has a negative thread.

15. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 1 is characterized in that: this receives gas spare is a kind of balloon, and this open end receiving gas spare is arranged at the coupling end of this intubate part.

16. the air releasing device that can be incorporated into the gaseous beverages bottle is characterized in that:

An intubate part, be removable installed in this conjunction, this intubate part has a coupling end, cutting tip in contrast to this coupling end, and air extractor vent that extends to this cutting tip from this coupling end, this intubate part is with respect to the conversion between a disassembly status and bonding state of this conjunction, when this intubate part during at this bonding state, this intubate part is arranged at this conjunction movably, this intubate part does not move between puncture position and the puncture position at one with respect to this conjunction, when this intubate part at this not during puncture position, this cutting tip does not pass this and seals thin layer, when this intubate part during at this puncture position, this cutting tip passes this and seals thin layer; And

17. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 16, it is characterized in that: this conjunction also has a periphery wall around an accommodation space, one from the extended inwardly apical ring wall in this periphery wall top, and one extended and around the internal perisporium of a perforation down from this apical ring wall inner edge, this sealing end is formed at this internal perisporium bottom, this seals thin layer and is arranged at this sealing end, this open end is formed at this periphery wall bottom, when this intubate part during at this bonding state, this intubate part is arranged at the perforation of this internal perisporium movably.

18. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 17, it is characterized in that: this conjunction also has one deck and is arranged at this apical ring wall and seals the dustproof film of this perforation, when this intubate part during at this disassembly status, this intubate part does not pass this dustproof film, when this intubate part during at this bonding state, this intubate part passes this dustproof film, and is arranged at the perforation of this internal perisporium movably.

19. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 17, it is characterized in that: the perforation of this internal perisporium has a large aperture portion, one from extended down small-bore portion of this large aperture portion, and one big between this, ring shoulder between the portion of small-bore, this intubate part has one around this air extractor vent and first tube wall that is connected with this small-bore portion, and first flange walls that extends outwardly out from this first tube wall top, this coupling end is formed at this first tube wall top, this cutting tip is formed at this first tube wall bottom, when this intubate part at this not during puncture position, this first flange walls is encircled shoulder away from this, when this intubate part during at this puncture position, contiguous this ring shoulder of this first flange walls.

20. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 19, it is characterized in that: the internal perisporium of this conjunction has one towards projecting inward and be positioned at the first convex ring portion of this small-bore portion, first tube wall of this intubate part has first an outer projecting ring section that protrudes outwardly, when this intubate part at this not during puncture position, this first outer projecting ring section is positioned on this first convex ring portion, when this intubate part during at this puncture position, this first outer projecting ring section is positioned under this first convex ring portion.

21. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 19 is characterized in that: this intubate part also has a check thin-walled that is arranged at this first tube wall top swingably, and this check thin-walled optionally seals this air extractor vent.

22. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 19 is characterized in that: this receives gas spare is a kind of balloon, and this open end receiving gas spare is placed on first flange walls of this intubate part.

23. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 19 is characterized in that: this air releasing device that can be incorporated into the gaseous beverages bottle also comprises the sealing member between first tube wall of an internal perisporium that is arranged at this conjunction and this intubate part.

24. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 23 is characterized in that: first tube wall of this intubate part has an interior concave ring groove, and the sealing part is embedded at concave ring groove in this.

25. the air releasing device that is incorporated into the gaseous beverages bottle according to claim 17, it is characterized in that: this conjunction also has a capping that is arranged at this periphery wall top, this capping is swung between a detent position and an open position with respect to this periphery wall, when this is sealed on this detent position, this capping is covered this intubate part and this and is received gas spare, when this was sealed on this open position, this capping was not covered this intubate part and this and is received gas spare.