CN203228974U - Multi-cavity beverage bottle - Google Patents

Abstract

A multi-chamber beverage bottle, including a bottle body or a bottle cap arranged on the bottle body, is characterized in that: the bottle body is built with at least two mutually isolated chambers, and each chamber extends outwards with its own Each bottle neck is provided with a bottle cap, and the chambers are nested one by one from the inside to the outside. Compared with the prior art, the utility model has the advantages that: the beverage bottle is a multi-chamber nested type, which can be scientifically loaded into different chambers according to the sensitivity of the beverage itself to temperature, light and other environments. The beverage bottle can contain beverages with various tastes, varieties and colors.

Description

A multi-chamber beverage bottle

technical field

The utility model relates to a beverage bottle.

Background technique

Usually, most of the glass containers that people use for Shengte items are singular, simple in use, and single in variety. It is easy to mix or fuse items of different shapes, colors and types in one bottle. The packaging requirements of products are getting higher and higher, and a single bottle body is difficult to meet people's use requirements. In recent years, with the development of science and the improvement of technology, water is used as the basic raw material and produced by different formulas and manufacturing processes. , there are many kinds of liquid food for people to drink directly, especially beverages; beverages are more popular among consumers in hot summer. With the diverse needs of consumers for color and taste, the existing single chamber beverage bottles has been unable to meet the requirements.

For this reason, people have invented a series of multi-cavity beverage bottles, such as a Chinese utility model patent "a multi-chamber bottle for placing two kinds of liquids" whose patent number is ZL95212247.2. There is a second space formed by another bottle wall, and the pouring mouth of the second space is located in the pouring mouth of the first space, the sealing parts provided on the two pouring mouths are respectively provided with orifices, and one pouring mouth is located The ratio of the cross-sectional area of the orifice provided on the provided sealing piece to the cross-sectional area of the orifice provided on the sealing piece provided by the other pouring port is equal to the preset value, which solves the problem of placing the two liquids separately. Technical problem, but the pouring port of the second space is located in the pouring port of the first space, because the bottle mouths are embedded, so consumers cannot drink the corresponding multi-cavity bottle from different bottle mouths in the process of actual use. Different beverages, in order to solve this technical problem, such as a Chinese utility model patent "multifunctional beverage bottle" whose patent number is 200420066415.0 (authorized announcement number is CN2725176Y), it includes a bottle body and a bottle cap, and the bottle body is provided with a plurality of mutually isolated Each chamber is equipped with an independent beverage port, which achieves the effect of multiple mouths and multiple chambers, and can accommodate a variety of different beverages. It also avoids the unhygienic problem of different people drinking the same bottle mouth, and makes people Can enjoy the delicacy and nutrition of different beverages respectively in different bottlenecks in the same bottle, but it has the following defects: one, because its bottleneck and bottle body are vertically upward, often because beverage bottle is opened a few more Two, each chamber of this beverage bottle is distributed side by side, thus cannot satisfy the special requirements of some beverages to sensitive environments such as temperature and light.

Utility model content

A technical problem to be solved by the utility model is to provide a multi-chamber beverage bottle which can contain various beverages with different degrees of sensitivity to temperature and light.

The technical solution adopted by the utility model to solve the above-mentioned technical problems is: a multi-chamber beverage bottle, including a bottle body and a bottle cap arranged on the bottle body. Each of the isolated chambers has its own bottleneck extending outward, and a bottle cap is provided on the mouth of each bottleneck, and the chambers are nested one by one from the inside to the outside.

Preferably, the chambers are distributed from inside to outside based on the geometric center of the bottom of the bottle body.

The bottle body has a built-in first chamber located in the center, and a partition is arranged between the first chamber and the inner wall of the bottle body, and a second chamber is formed between the aforementioned first chamber and the partition layer, and the aforementioned A third chamber is formed between the interlayer and the inner wall of the bottle body. Drinks that are most sensitive to temperature, light and other environments or have high temperature requirements are put into the innermost first chamber. Relatively, drinks that are less sensitive or have low temperature requirements can be put into the second chamber. In the third chamber, beverages that are less sensitive to the environment such as temperature and light or have lower temperature requirements are loaded into the third chamber.

The middle cross sections of the first chamber, the interlayer and the inner wall of the bottle are arranged in concentric circles.

Considering the convenience of drinking, the bottle neck of the first chamber is arranged longitudinally, and the bottle necks of the second chamber and the third chamber are bent outward around the bottle neck of the first chamber and spread out.

Further, in order to avoid the crowding phenomenon between the bottlenecks of each chamber, and according to the needs of different merchants for the angle of the bottleneck, the central axis corresponding to the bottleneck of the second chamber is the same as the central axis corresponding to the bottleneck of the first chamber. The inclination angle is 30-60°.

Further, the shape of the bottle body is not limited. In order to achieve the effect of aesthetic appearance and simple manufacture, the shape of the bottle body is preferably triangular, rectangular, circular or elliptical.

Compared with the prior art, the utility model has the advantages that: the beverage bottle is a multi-chamber nested type, which can be scientifically loaded into different chambers according to the sensitivity of the beverage itself to temperature, light and other environments. The beverage bottle can contain a variety of tastes, varieties, and colors of beverages, effectively solving the various needs of consumers and businesses for scientific quantification, beauty, hygiene and health, and can also be used to adjust temperature, The packaging of chemical reagents sensitive to light and other environments has the characteristics of simple structure and convenient drinking.

Description of drawings

Fig. 1 is the structural representation of embodiment;

Fig. 2 is the overall sectional schematic diagram of embodiment;

Fig. 3 is a sectional view along A-A direction in Fig. 1 .

Detailed ways

The utility model is described in further detail below in conjunction with the accompanying drawings.

As shown in Figures 1 to 3, the beverage bottle in this embodiment includes a bottle body 10 and a bottle cap 5 arranged on the bottle body. The bottle body 10 is built with three mutually isolated chambers, which are respectively the first chamber 1. The second chamber 2 and the third chamber 3. The first chamber 1 is located at the center. A partition 6 is provided between the first chamber 1 and the inner wall of the bottle body. The first chamber 1 and the partition 6 The second chamber 2 is formed between them, and the third chamber 3 is formed between the interlayer 6 and the inner wall of the bottle body 1. The three chambers are nested one by one from the inside to the outside, and the three chambers are formed at the bottom of the bottle body 10. The geometric center of the bottle is distributed from the inside to the outside, and the middle cross-sections of the first chamber 1, the interlayer 6 and the inner wall of the bottle body 10 are arranged in concentric circles. Each chamber has its own bottle neck 4 extending outward, and a bottle cap 5 is arranged on the bottle mouth of each bottle neck 4 .

The bottleneck of the first chamber 1 is arranged vertically, and the bottlenecks of the second chamber 2 and the third chamber 3 are bent outwards around the bottleneck of the first chamber 1 to expand. The bottle neck of the second chamber 2 corresponds to the central axis and the bottle neck of the first chamber 1. The inclination angle of the central axis is 30°, and the bottle neck of the third chamber 3 corresponds to the bottle neck of the first chamber 1. The inclination angle of the earth's central axis is also 30°, and the shapes of the three bottlenecks 4 are onion-like.

When in use, beverages that are most sensitive to temperature, light and other environments or that require high temperature can be put into the innermost first chamber 1. Relatively, beverages that are less sensitive or that do not require high temperature can be filled. Beverages are put into the second chamber 2, and drinks that are not sensitive to temperature, light and other environments or have lower temperature requirements are put into the third chamber 3.

Because this embodiment can scientifically pack into different chambers according to the environmental sensitivity of the beverage itself to temperature and light, so that the beverage bottle can contain beverages with various tastes, varieties and colors, It effectively solves the various needs of consumers and businesses for scientific quantification, beauty, hygiene and health, and can also be used for the packaging of chemical reagents that are sensitive to temperature, light and other environments. It has the characteristics of simple structure and convenient drinking.

Claims (6)

1. multi-cavity chamber beverage bottle, include bottle and the bottle cap of being located on the bottle, it is characterized in that: described bottle is built-in with at least two chambers that completely cut off mutually, each chamber is outward extended with bottleneck separately, the bottleneck of each bottleneck is provided with bottle cap, and described chamber is nested forming one by one from inside to outside.

2. multi-cavity according to claim 1 chamber beverage bottle, it is characterized in that: described chamber is that benchmark distributes from inside to outside with the geometric centre of bottle body bottom.

3. multi-cavity according to claim 2 chamber beverage bottle, it is characterized in that: described bottle is built-in with first chamber that is positioned at the center, be provided with interlayer between the inwall of this first chamber and bottle, form second chamber between aforesaid first chamber and the interlayer, form the 3rd chamber between the inwall of aforesaid interlayer and bottle.

4. multi-cavity according to claim 3 chamber beverage bottle, it is characterized in that: the middle cross section of described first chamber, interlayer and bottle inwall is arranged in concentric circles.

5. multi-cavity according to claim 3 chamber beverage bottle is characterized in that: the bottleneck of described first chamber is for vertically arranging, and the bottleneck of the bottleneck of described second chamber and described the 3rd chamber is outwardly-bent and launch centered by the bottleneck of first chamber.

6. multi-cavity according to claim 5 chamber beverage bottle, it is characterized in that: the angle of inclination of the axis that the axis of the bottleneck correspondence of described second chamber is corresponding with the bottleneck of first chamber is 30～60 °.

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