CN218967499U

CN218967499U - Middle-set type instant-dispensing instant-use beverage bottle

Info

Publication number: CN218967499U
Application number: CN202320059664.XU
Authority: CN
Inventors: 黄洋
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-01-09
Filing date: 2023-01-09
Publication date: 2023-05-05
Anticipated expiration: 2033-01-09

Abstract

A central-positioned instant beverage bottle has an inner cavity fixed to the inner wall of bottle body and an axial line perpendicular to the axial line of bottle body. The inner cavity opening is provided with an inner cavity cover which is fixedly connected with the tilting rod and opened and closed by the tilting rod; pressing the bottle body to deflect the tilting rod by an angle to separate the inner cavity cover from the blocking of the inner cavity, so that beverage components contained in the inner cavity and drinking water in the bottle body are mixed to form instant beverage; or, a stress type tip cone is arranged on the inner cavity cover of the inner cavity and presses the bottle body, and the tip cone breaks the cutting line of the inner cavity cover or punctures the diaphragm on the inner cavity cover, so that beverage components in the inner cavity and drinking water in the bottle body are mixed to form the instant beverage. The beverage bottle has reliable sealing, convenient opening, large inner cavity for containing beverage components, and can store the beverage components and the drinking water separately, the beverage has longer shelf life, can be prepared and used when being drunk, and has better taste.

Description

Middle-set type instant-dispensing instant-use beverage bottle

Technical Field

The utility model relates to a beverage bottle, in particular to a ready-to-use beverage bottle for separating and packaging beverage components from drinking water.

Background

The existing beverage is prepared by mixing beverage components such as fruit juice, honey, tea, flowers and the like in pure water/mineral water, and the like in a beverage bottle, and in order to improve the quality guarantee period of the beverage, a preservative, a stabilizer and the like are generally required to be added. Thus, the problem of harm to human health is brought for solving the problem of shelf life. Therefore, a ready-to-use beverage bottle has been developed. The Chinese patent literature is disclosed as follows;

document one "a functional water beverage bottle with a device for adding particulate ingredients" (CN 2015208175485):

the bottle lid is connected with the bottleneck of bottle can be dismantled for shutoff bottleneck, and the holding cavity is arranged in bottle lid roof lower surface to be located the bottleneck, holding cavity roof is provided with puncture portion, drives puncture portion and can puncture holding cavity bottom plate, makes the granule component in the holding cavity contact and mix with beverage liquid, guarantees beverage active ingredient and drinking the effect.

The second document is a ready-to-drink beverage bottle cap and a beverage bottle (CN 214691127), wherein a closed accommodating cavity is arranged in the upper cover, the lower cover is clamped with the upper cover, an annular puncturing part is arranged below the accommodating cavity in the lower cover, the annular puncturing part consists of a plurality of teeth distributed on the section of a circular ring, the safety ring is arranged on the circumference of the upper cover, the continuously distributed teeth can stamp the edge of an aluminum film, and substances in the accommodating cavity can smoothly fall down and are mixed with liquid in the bottle body to form the ready-to-drink beverage. When the bottle is used, the safety ring is taken down, the upper cover is pressed downwards, the accommodating cavity moves downwards, the aluminum film is pierced by two thirds of teeth pierced by the ring, and the aluminum film is turned over by one third of teeth tops, so that solid beverage powder in the accommodating cavity falls into bottle water and is mixed to form beverage.

The beverage ingredient containing cavities of the first and second documents are arranged in the bottle cap, and the containing space at the bottle cap or the bottle neck is limited, so that the liquid beverage ingredient is contained in limited quantity. Secondly, both adopt the tip to puncture the diaphragm mode, because the puncture mouth is limited to be smaller and the puncture needle also needs to retract after puncturing, the beverage component in the containing cavity can not be smoothly separated and mixed with the liquid in the bottle body.

Disclosure of Invention

The utility model aims to provide a centrally-mounted instant beverage bottle with large beverage component containing volume, reliable sealing and convenient opening.

The utility model aims at realizing the following steps: a middle-set type instant beverage bottle, an inner cavity for containing liquid and/or solid beverage components is fixed in the middle of the inner wall of a transparent plastic bottle body, the inner cavity is integrally formed by arranging a cylinder on the circular arc bottom, and the axial lead of the inner cavity is perpendicular to the axial lead of the bottle body; the beverage bottle also comprises an inner cavity opening mechanism which is used for opening the inner cavity to enable beverage components in the inner cavity to be mixed with drinking water in the bottle body outside the inner cavity to form ready-to-prepare beverage: the inner cavity cover is buckled on the inner cavity opening through the sealing ring, the tilting rod is composed of a right inclined upper section which is sequentially connected with a vertical section from bottom to top, the lower part of the vertical section of the tilting rod is fixed on the outer surface of the inner cavity cover, the lower part of the right inclined upper section of the tilting rod is fixed on the rotating shaft, the rotating shaft is erected on two supports, and the two supports are fixed on the inner cavity.

The axial lead of the rotating shafts erected on the two supports is coplanar with the sealing surface of the inner cavity cover; a compression spring is fixed between the inner cavity and the upper part of the right inclined upper section of the tilting rod; the inner cavity cover and the tilting rod are integrally arranged; the inner cavity opening mechanism is arranged at any position of the height of the bottle body.

The bottle comprises an upper bottle body and a lower bottle body, a wing plate which is similar to the inner wall of the bottle body and protrudes out of the inner wall of the bottle body is arranged on the outer surface of the inner cavity, the inner cavity is welded between the overhanging parts of the upper bottle body and the lower bottle body through the wing plate to form a rib, and the rib extends on the same circumference of the bottle body to form a closed rib.

The lower part of the right inclined upper section of the tilting rod is provided with two battens which clamp and fix the rotating shaft.

The bottle body is made of PET, HDPE, PE, PP or PVC; the prestress type puncturing mechanism is arranged at any position of the height of the bottle body.

The beverage component in the inner cavity is selected from one or more of honey lemon mixed juice, honey passion fruit juice, honey medlar juice, glucose lemon solid powder and lemon slice and various flowers.

Another object of the present utility model is to provide a center-set type ready-to-use beverage bottle with a large capacity for containing a stress type beverage ingredient and a sealed piercing or top opening.

Another object of the present utility model is achieved by: the middle part of the inner wall of the transparent beverage bottle body is fixed with an inner cavity for containing liquid and/or solid beverage components, the inner cavity is integrally formed by arranging a cylinder on the circular arc bottom, and the axial lead of the inner cavity is perpendicular to the axial lead of the bottle body; the device also comprises a prestress type piercing mechanism used for opening the inner cavity to mix beverage components in the inner cavity with drinking water in the bottle body outside the inner cavity to form ready-to-drink beverage: the inner surface of the inner cavity cover is provided with a closed cutting line, the cutting line consists of a circular cutting line positioned at the same center and a cutting line positioned on the diameter of the circular cutting line, or an aluminum diaphragm is encapsulated on a circular opening positioned at the same center in the inner cavity cover, the inner cavity cover is buckled on the inner cavity opening through a sealing ring, the outer surface of the inner cavity cover is provided with four supporting seats, the stress type tip cone is integrally formed by arranging a hollow bottomless cone on a cylinder, three holes are uniformly distributed on the cone, four supporting bars uniformly distributed on the side surface of the cylinder of the stress type tip cone are respectively fixed on the four supporting seats in a way of being bent into an upward convex arc shape, and the tip part of the stress type tip cone props against the center position of the inner cavity cover.

The bottle body is formed by welding a bottle head on a bottle body; the circular arc bottom of the inner cavity is provided with a wing plate which is similar to the inner wall of the bottle body and protrudes out of the inner wall of the bottle body, and the inner cavity is fixed on the bottle body through the wing plate in a clamping way to form a non-closed convex edge.

Compared with the prior art, the utility model has the following characteristics and advantages:

1. the cavities of examples 1 and 2 for containing beverage ingredients can be installed at any position in the bottle body (i.e., the rest except 10% of the upper and lower parts of the bottle body can be installed), so that the liquid and/or solid beverage ingredients can be conveniently contained in a large volume.

2. Reliable sealing and convenient opening of inner cavity

In the embodiment 1, by means of the inner cavity cover sealing ring and the compression spring (when the inner cavity cover is plugged on the inner cavity opening, the compression spring is in a compressed state, when the bottle body is pressed by hand, the tilting rod deflects anticlockwise along the rotating shaft, after the compression spring is compressed again, the vertical section of the tilting rod is lifted from the inner cavity opening, the cavity opening is opened, and drinking water in the bottle body and beverage components in the inner cavity are mixed to form the instant beverage.

In example 2, the inner cavity cover is pressed against the inner cavity opening by means of the sealing ring and the stress type tip cone (stress is generated by four deformation supporting bars), when the bottle body is pressed, the stress type tip cone is driven to move rightwards, and the pressing force is applied to the inner cavity cover, so that the inner cavity cover is broken along the cutting line to form a circular opening, or the diaphragm on the inner cavity cover is punctured to mix purified water/mineral water in the bottle body with beverage components in the inner cavity. After the pressing force of the bottle body is relieved, the stress type tip cone automatically retracts under the stress of the four support bars, so that the problem that the piercing part cannot retract after the existing diaphragm is pierced to cause the piercing part to be plugged is solved.

3. The inner cavity has large holding volume, and is particularly suitable for holding a large amount of various liquid beverage components such as honey lemon mixed juice, honey passion fruit juice and honey medlar juice.

4. The beverage components and drinking water (purified water/mineral water) are stored separately, so that the beverage is not easy to deteriorate, has a smell change and a long shelf life, can reduce or eliminate preservative and preservative harmful additives, and is more beneficial to human health.

5. The inner cavity opening mechanism/prestress puncturing mechanism in the transparent bottle body can be manually pressed to drive the corresponding mechanism in the bottle to act, so that the beverage can be prepared immediately, and the beverage bottle has certain ornamental value and interest.

Drawings

FIG. 1 is a cross-sectional view of example 1.

Fig. 2 is a schematic perspective view of fig. 1.

Fig. 3 is an enlarged partial view of the rib portion shown in fig. 1.

Fig. 4 and 5 are perspective views of the upper and lower bottles shown in fig. 1, respectively.

Fig. 6 is a perspective view of the lumen shown in fig. 1.

Fig. 7 is a perspective view of the inner chamber cover and tilt lever of fig. 1.

Fig. 8 is a cross-sectional view of example 2.

Fig. 9 is an enlarged view of the portion of the lumen shown in fig. 8.

Fig. 10 and 11 are perspective views of the body and the head shown in fig. 8, respectively.

Fig. 12 is a perspective view of the lumen shown in fig. 8.

Fig. 13 is a perspective view of the inner chamber cover of fig. 8.

Fig. 14 is a perspective view of the back of the inner chamber cover of fig. 13.

Fig. 15 is a perspective view of the stress tip cone and four support seats shown in fig. 8.

Detailed Description

Fig. 1 to 7 show a central instant beverage bottle, wherein an inner cavity 13 for containing liquid and/or solid beverage components is fixed in the middle of the inner wall of a transparent plastic bottle body, the inner cavity is integrally formed by arranging a cylinder on a circular arc bottom, and the axial lead of the inner cavity is perpendicular to the axial lead of the bottle body; the beverage bottle also comprises an inner cavity opening mechanism which is used for opening the inner cavity to enable beverage components in the inner cavity to be mixed with drinking water in the bottle body outside the inner cavity to form ready-to-prepare beverage: the inner cavity cover 16 is buckled on the inner cavity opening through a sealing ring, the tilting rod 15 is composed of a right inclined upper section which is sequentially connected with a vertical section from bottom to top, the lower part of the vertical section of the tilting rod is fixed on the outer surface of the inner cavity cover 16, the lower part of the right inclined upper section of the tilting rod is fixed on a rotating shaft 141, the rotating shaft is erected on two supports 14, and the two supports 14 are fixed on the inner cavity. When the right part of the bottle body is pressed leftwards as shown in fig. 1, the tilting rod rotates around the rotating shaft to anticlockwise deflect an angle (20-30 degrees) to drive the inner cavity cover to anticlockwise deflect, so that the inner cavity cover is separated from the blocking of the inner cavity, and beverage components contained in the inner cavity are released and mixed with drinking water (purified water or mineral water) in the bottle body to form the instant drink.

The axial line of the rotating shafts 141 erected on the two supports 14 is coplanar with the sealing surface of the inner cavity cover 16; a compression spring (spring compression is not shown in the figure) is fixed between the inner cavity 13 and the upper part of the right inclined upper section of the tilting rod 15; the inner cavity cover and the tilting rod are integrally arranged; the inner cavity opening mechanism is arranged at any position of the height of the bottle body.

The bottle body is composed of an upper bottle body 11 and a lower bottle body 12, a wing plate 131 which is similar to the inner wall of the bottle body and protrudes out of the inner wall of the bottle body is arranged on the outer surface of the inner cavity 13, the inner cavity 13 is welded between the overhanging parts of the upper bottle body 11 and the lower bottle body 12 through the wing plate 131 and forms a convex rib 111, and the convex rib extends on the same circumference of the bottle body to form a closed convex rib.

The lower part of the right inclined upper section of the tilting lever 15 has two slats 151 which hold the rotation shaft 141 in place.

Fig. 8 to 14 show a central instant beverage bottle, wherein an inner cavity 23 for containing liquid and/or solid beverage components is fixed in the middle of the inner wall of the transparent beverage bottle body, the inner cavity is integrally formed by arranging a cylinder on the circular arc bottom, and the axial line of the inner cavity is perpendicular to the axial line of the bottle body; the device also comprises a prestress type piercing mechanism used for opening the inner cavity to mix beverage components in the inner cavity with drinking water in the bottle body outside the inner cavity to form ready-to-drink beverage: the inner surface of the inner cavity cover 24 is provided with a closed cutting line, the cutting line consists of a circular cutting line positioned at the same center and a cutting line positioned on the diameter of the circular cutting line, or an aluminum diaphragm is encapsulated on a circular opening positioned at the same center in the inner cavity cover, the inner cavity cover 24 is buckled on the inner cavity opening through a sealing ring, the outer surface of the inner cavity cover is provided with four supporting seats 26, the stress type tip cone 25 is integrally formed by arranging a hollow bottomless cone on a cylinder, three holes are uniformly distributed on the cone, four supporting bars 251 uniformly distributed on the side surface of the cylinder of the stress type tip cone are respectively fixed on the four supporting seats 26 in a mode of being bent into an upward convex arc shape, and the pointed top of the stress type tip cone 25 props against the center of the inner cavity cover. In fig. 8, under the condition that no external force is applied, the stress type top cone is tightly pressed against the inner cavity cover by means of the stress (namely bending reaction force) of four supporting strips on the stress type top cone, so that the inner cavity cover is broken along the cutting line or an aluminum diaphragm on the circular opening of the inner cavity cover is pierced by the external force to overcome the stress of the supporting strips when the left part of the bottle body is pressed from fig. 8, and the beverage component contained in the inner cavity is mixed with drinking water (purified water or mineral water) in the bottle body to form the instant beverage.

The bottle body is made of PET, HDPE, PE, PP or PVC (both are sanitary plastics); the prestress type puncturing mechanism is arranged at any position of the height of the bottle body.

The bottle body is formed by welding a bottle head 21 on a bottle body 22; the circular arc bottom of the inner cavity 23 is provided with a wing plate 231 which is similar to the inner wall of the bottle body and protrudes out of the inner wall of the bottle body, and the inner cavity is clamped and fixed on the bottle body 22 through the wing plate 231 to form a non-closed convex edge.

The manner of fixing the inner cavity in the bottle body in embodiments 1 and 2 is not limited to the above-described manner, and for example, the same bonding manner or other manners may be adopted for both.

Claims

1. The middle-arranged type instant beverage bottle is characterized in that an inner cavity (13) for containing liquid and/or solid beverage components is fixed in the middle of the inner wall of a transparent plastic bottle body, the inner cavity is formed by integrally arranging a cylinder on the circular arc bottom, and the axial lead of the inner cavity is perpendicular to the axial lead of the bottle body; the beverage bottle also comprises an inner cavity opening mechanism which is used for opening the inner cavity to enable beverage components in the inner cavity to be mixed with drinking water in the bottle body outside the inner cavity to form ready-to-prepare beverage: the inner cavity cover (16) is buckled on the inner cavity opening through the sealing ring, the tilting rod (15) is formed by sequentially connecting right inclined upper sections from the lower vertical section to the upper vertical section, the lower part of the vertical section of the tilting rod is fixed on the outer surface of the inner cavity cover (16), the lower part of the right inclined upper section of the tilting rod is fixed on the rotating shaft (141), the rotating shaft erects two supports (14), and the two supports (14) are fixed on the inner cavity.

2. A mid-set, ready-to-use beverage bottle according to claim 1, characterized in that the axis of rotation (141) mounted on the two supports (14) is coplanar with the sealing surface of the inner cavity cover (16); a compression spring is fixed between the inner cavity (13) and the upper part of the right inclined upper section of the tilting rod (15); the inner cavity cover and the tilting rod are integrally arranged; the inner cavity opening mechanism is arranged at any position of the height of the bottle body.

3. The disposable beverage bottle according to claim 1, wherein the bottle body comprises an upper bottle body (11) and a lower bottle body (12), a wing plate (131) similar to the inner wall of the bottle body and protruding from the inner wall of the bottle body is arranged on the outer surface of the inner cavity (13), the inner cavity (13) is welded between the overhanging parts of the upper bottle body (11) and the lower bottle body (12) through the wing plate (131) and forms a convex rib (111), and the convex rib extends on the same circumference of the bottle body to form a closed convex rib.

4. A mid-set beverage bottle as claimed in claim 3, wherein the lower part of the right inclined upper section of the tilting lever (15) is provided with two strips (151) which clamp and fix the rotary shaft (141).

5. The beverage bottle of claim 4, wherein said bottle body is PET, HDPE, PE, PP or PVC.

6. The middle-arranged type instant beverage bottle is characterized in that an inner cavity (23) for containing liquid and/or solid beverage components is fixed in the middle of the inner wall of the transparent beverage bottle body, the inner cavity is integrally formed by arranging a cylinder on the circular arc bottom, and the axial lead of the inner cavity is perpendicular to the axial lead of the bottle body; the device also comprises a prestress type piercing mechanism used for opening the inner cavity to mix beverage components in the inner cavity with drinking water in the bottle body outside the inner cavity to form the ready-to-drink beverage: the inner surface of the inner cavity cover (24) is provided with a closed cutting line, the cutting line consists of a circular cutting line positioned at the same center and a cutting line positioned on the diameter of the circular cutting line, or an aluminum diaphragm is encapsulated on the circular opening positioned at the same center in the inner cavity cover, the inner cavity cover (24) is buckled on the inner cavity opening through a sealing ring, the outer surface of the inner cavity cover is provided with four supporting seats (26), the stress type tip cone (25) is integrally formed by arranging a hollow bottomless cone on a cylinder, three holes are uniformly distributed on the cone, four supporting bars (251) uniformly distributed on the side surface of the cylinder of the stress type tip cone are respectively fixed on the four supporting seats (26) in a way of bending into an upward convex arc shape, and the tip part of the stress type tip cone (25) is propped against the center position of the inner cavity cover.

7. The mid-set type beverage bottle as set forth in claim 6, wherein said bottle is made of PET, HDPE, PE, PP or PVC; the prestress type puncturing mechanism is arranged at any position of the height of the bottle body.

8. A mid-set, ready-to-use beverage bottle according to claim 7, characterized in that said bottle consists of a bottle head (21) welded to a bottle body (22); the circular arc bottom of the inner cavity (23) is provided with a wing plate (231), the wing plate is similar to the inner wall of the bottle body and protrudes out of the inner wall of the bottle body, and the inner cavity is fixedly clamped on the bottle body (22) through the wing plate (231) to form a non-closed convex edge.