RU69496U1 - BOTTLED BOTTLE BOTTLE - Google Patents

Abstract

The utility model relates to containers for various drinks, in particular to bottles for alcoholic beverages. The technical result of the claimed utility model is to increase strength, increase stability (by reducing the location of the center of gravity in height), decrease the internal volume (capacity) with constant external dimensions of the product (external volume of the product), or, conversely, increase the external overall dimensions (external volume products) with a constant internal volume (capacity) of the product. The technical result is achieved by the fact that the bottle has an internal cavity and an external surface, contains a neck, a body with round shoulders, a round plan, concave into the body, a bottom, and the bottom of the bottle is biconcave, the inner cavity of the bottle mating with the bottom is made to increase cross-sectional area from the middle section of the bottom, towards the shoulders and a corresponding decrease in the thickness of the side walls. 7 c.p. f-ly, 4 ill.

Description

The utility model relates to containers for various drinks, in particular to bottles for alcoholic beverages.

A bottle is known that contains a cylindrical body, rounded shoulders of a spherical shape, a stepped neck, a corolla and a bottom with an annular relief notch, the body being made expanding towards the neck, an annular recess is made under the corolla, and longitudinal clamps are made in the upper part of the neck under the annular recess. On the outer surface of the bottom of the body made a U-shaped recess with a reverse taper to the bottom (RU No. 45810, CL. 09-01, 1999 ..).

The disadvantage of this known bottle is the lack of strength of its body, insufficient stability, limited consumer and technological qualities, insufficient functional diversity and the ability to integrate into existing production lines, the inability to interact with existing equipment when changing consumer qualities of the product, the inability to reduce the internal volume (capacity) at constant external dimensions of the product (external volume of the product) or, conversely, not possibility of increasing the external dimensions (external volume of product) at a constant internal volume (capacity) of the product.

Also, a solution of a similar purpose is known, for example, WIPO patent No. 067603, MKPO 09-01, publication 03/21/2006.

The known solution is characterized by the following set of essential features: a neck, a body with shoulders and a bottom, a rounded shape of a shoulders, a round bottom shape, a bottom with a recess directed inward to the body, and a middle part of the surface of the bottom of the bottom is spherical.

The disadvantage of this known bottle is also the insufficient strength of its body, insufficient stability, limited consumer and technological qualities, insufficient functional diversity and the ability to be integrated into existing production lines, the inability to interact with existing equipment when changing the consumer qualities of the product, the inability to reduce the internal volume (capacity) when constant external dimensions of the product (external volume of the product) or, conversely , the impossibility of increasing the external dimensions (external volume of the product) with a constant internal volume (capacity) of the product.

The technical result of the claimed utility model is to increase strength, increase stability (by reducing the location of the center of gravity in height), decrease the internal volume (capacity) with constant external dimensions of the product (external volume of the product), or, conversely, increase the external overall dimensions (external volume products) with a constant internal volume (capacity) of the product.

These results can contribute, for example, to the safety of products during manufacture, transportation, transhipment, use, increase demand for products with large overall dimensions at an almost constant price for the same volume

contents, or, for example, to promote lower alcoholization of the population through the sale in smaller products of the same external dimensions of less content with the corresponding possibility of lowering the price, while for products with a lower capacity, but with the previous overall dimensions, the possibility of using containers for transportation and storage will remain ( packaging) with the previous standard sizes, as well as labeling, corking, packaging equipment, equipment of technological bottling lines, with almost no readjustment.

The set of essential features of the claimed technical solution, ensuring the achievement of a technical result.

A bottle having an inner cavity and an outer surface containing a neck, a body with round shoulders, round in plan, concave into the body, bottom, and

the bottom of the bottle is biconcave, the inner cavity of the bottle mating with the bottom is made with an increase in the cross-sectional area from the middle portion of the bottom, towards the shoulders and a corresponding decrease in the thickness of the side walls,

wherein

- the outer surface of the body is conical, expanding from the bottom to the shoulders;

- the transition above the shoulders to the neck is made in the form of a stepped rim;

- an annular protrusion is made in the upper part of the neck;

- the corolla of the neck is made in the form of a convex rim;

- the ratio of the maximum outer diameter of the body (Dmax) to the axial size of the recess (h) of the bottom from the outside (the ratio Dmax / h) is selected in the range of 2-6;

- the ratio of the axial size of the recess (h) of the bottom from the outside to the minimum thickness (t) of the bottom (ratio h / t) is selected in the range of 0.5-8;

- the ratio of the distance (L) from the bottom of the bottle to the section from which the increase in the wall thickness (Svar) of the body begins in the direction towards the bottom of the bottle to the total height (H) of the bottle (L / H ratio) is selected within 0.4 -0.7.

The proposal is illustrated graphically.

Figure 1 - General view, section;

Figure 2 - photo General view;

Figure 3 - photo General view from below;

Figure 4 is a General view, an example of a specific implementation.

The positions on the graphic materials of figure 1 are indicated:

1 - housing; 2 - bottom; 3 - neck; 4 - coat hanger; 5 - internal cavity; 6 - outer surface; 7 - step rim; 8 - annular protrusion; 9 - a convex rim; 10 - an annular girdle of the lower part; 11 - the middle section of the recess (from the outside); 12 - the middle section of the inner surface; 13 - side surface; 14 - inner surface.

Legend:

Dmax - maximum outer diameter of the case - 1;

Dmin - minimum outer diameter of the housing - 1;

Svar - increase in the thickness of the walls of the housing-1 (in the direction of the annular belt of the lower part - 10 bottles);

Fvn — cross-sectional area of the internal cavity — 5;

H is the height of the bottle;

h is the axial size of the deepening of the middle section is 11 bottoms (from the outside);

t is the minimum thickness of the bottom - 2;

The bottle has an internal cavity - 5 and an external surface - 6, a neck - 3, a body - 1 with shoulders - 4 of a rounded shape, round in plan, concave into the body - 1, bottom - 2, and,

bottom - 2 bottles made biconcave,

inner cavity - 5 bottles, conjugated to the bottom, made with an increase in cross-sectional area - Fvn from the middle section of the bottom - 2, towards the shoulders - 4 and a corresponding decrease in the thickness of the side walls - Svar, while

- the surface of the hull - 6 is made conical, expanding from the bottom - 2 to the shoulders - 4;

- in the upper part of the neck is made an annular protrusion - 8;

- the corolla of the neck is made in the form of a convex rim - 9;

- the transition above the shoulders - 4 on the neck 3 to its upper part - an annular protrusion - 8 is made in the form of a stepped rim - 7, a smaller diameter;

- the bottom - 2 is formed by a concave section of the outer surface between the annular belt - 10 conjugation of the lower part and the side surface - 13 bottles and the middle section - 11 recesses (from the outside) and the middle section - 12 of the inner surface of the bottle.

The ratio of the proportions of the sizes of the constituent elements is selected as follows:

- the maximum external diameter of the body (Dmax) to the axial size of the recess (h) of the bottom from the outside (the ratio Dmax / h) in the range of 2-6;

- the axial size of the recess (h) of the bottom from the outside to the minimum thickness (t) of the bottom (ratio h / t) in the range of 0.5-8;

- the ratio of the distance (L) from the bottom of the bottle to the section from which the increase in the wall thickness (Svar) of the body begins in the direction towards the bottom of the bottle to the total height (H) of the bottle, (L / H ratio) within 0.4- 0.7.

In this case, in the case of examples of specific performance, the values of (t) can vary from 5 mm up to 35 mm., and values (h) can vary from 25 mm. up to 50 mm.

The bottle can be made of glass or food grade plastic. The implementation of the mating zones of the rounded shoulders with the body and the lower part of the stepped neck along the forming arcs of circles also provides an increase in strength by reducing the stress concentration between these sections of the bottle.

The concave portion of the outer surface of the bottom - 2 between the annular girdle - 10 of the conjugation of the lower part and the side surface - 13 of the bottle and the middle portion - 11 of the recess on the outside can be spherical in the middle portion - 11 and smoothly mates with the ring girdle - 10 having a mountainous surface .

The middle section - 12 of the concave inner surface (cavity - 5) of the bottle, limits the body of the bottom - 2 from the inside and can also have a sphere-like shape with a smooth transition to an ellipsoid-like surface.

It is possible to make the upper part of the neck with an annular protrusion and an external thread on the rim for the cap, which will provide reliable capping of the bottle, as the lower end of the screw cap when it is twisted tightly without a gap abuts against the annular protrusion and provides the necessary tightness.

It is possible to perform longitudinal clamps on the upper part of the neck in the form of ribs or grooves and their location evenly around the perimeter or in separate groups, which expands the possibilities of interaction with various closures and ease of use.

May contain an annular notch (not shown) on the annular girdle of the lower part - 10 bottles.

The mating zones of the rounded shoulders 4, respectively, with the housing 1 and the lower part of the neck 3 are performed mainly along the forming arcs of circles.

When implementing the claimed solution in the amount of the essential features listed in claim 1 of the formula and with the possible development of the dependent claims of formula 2-8, it is possible to provide both the above technical result and indirect capabilities, which are also due to the above features of the design solution.

Thus, with optimal labor costs, energy costs and material consumption during manufacture, the maximum possible increase in the overall dimensions (external) of the product is provided, for example, for marketing purposes.

Or - with constant external dimensions of the product, lower liquid content capacity is provided.

Or, when transported in standard boxes, it is possible to use bottles of standard external sizes as well (for placement in standard boxes without increasing shock loads), but with less liquid content in one bottle.

So, for example, it is possible to additionally provide:

- reducing the amount of content while maintaining external dimensions, while maintaining the visible amount of contained content according to its level relative to the rim of the bottle (filling).

- an increase in external dimensions while maintaining the apparent amount of contained content according to its level relative to the rim of the bottle (filling).

- expansion of the arsenal of storage and transportation facilities - for the use of promising types of containers.

- creation of a secretive cavity for placement of additional technical devices (music, lighting, theft / movement control / remote filling sensors) and / or related products (for example, a glass, packaging with flavoring concentrate, packaging with anti-alcohol tablets, etc.).

- use as cavity cavities for sound emitters-counters of bottles on the conveyor.

- increase the reliability of the hand hold.

- increased stability on the conveyor, on the table, on other surfaces by increasing the specific pressure per unit of the supporting surface.

- ensuring convenience, reliability, accuracy and simplification of centering when installed in containers, on conveyors and dispensing trays.

Claims (8)

1. A bottle having an inner cavity and an outer surface containing a neck, a body with round shoulders, round in plan, bent into the body, bottom, characterized in that the bottom of the bottle is biconcave, the inner cavity of the bottle mating with the bottom is made with an increase in the cross-sectional area from the middle portion of the bottom, towards the shoulders and a corresponding decrease in the thickness of the side walls. 2. The bottle according to claim 1, characterized in that the outer surface of the body is conical, expanding from the bottom to the shoulders. 3. The bottle according to claim 1, characterized in that the transition above the shoulders to the neck is made in the form of a stepped rim. 4. The bottle according to claim 1, characterized in that an annular protrusion is made in the upper part of the neck. 5. The bottle according to claim 1, characterized in that the neck whisk is made in the form of a convex rim. 6. The bottle according to claim 1, characterized in that the ratio of the maximum outer diameter of the housing (Dmax) to the axial size of the recess (h) of the bottom from the outside (the ratio Dmax / h) is selected in the range of 2-6. 7. The bottle according to claim 1, characterized in that the ratio of the axial size of the recess (h) of the bottom from the outside to the minimum thickness (t) of the bottom (ratio h / t) is selected in the range of 0.5-8. 8. The bottle according to claim 1, characterized in that the ratio of the distance (L) from the bottom of the bottle to the section from which the increase in the wall thickness (Svar) of the body begins towards the bottom of the bottle to the total height (H) of the bottle, ( L / H ratio) is selected between 0.4-0.7.