RU213314U1 - PACKAGING FOR HOLDING CONTAINERS - Google Patents

Abstract

The claimed technical solution relates to the field of consumer packaging and is intended for storage, transportation and display of products in containers, mainly in glasses or cans. The package is made of a sheet blank having a rectangular bottom (1), with which side walls (2) are connected from two opposite sides along the first fold lines (5). A corresponding first or second valve (3, 4) is connected to each side wall (2) along the second fold line (6), with a width of at least half the width of the bottom (1). The first and second valves (3, 4) are made with the possibility of being located after the fold from the side walls (2) parallel to the surface of the bottom (1). The first through holes (8) are made in said valves (3, 4) for accommodating containers. One of the flaps (3, 4) has a broadening (10), which can be located after bending along the third fold line (11) perpendicular to the surface of the bottom (1) and fixed on the bottom (1) by its third flap (12), in addition the second through holes (9) are made in the side walls (2). Increasing the rigidity of the package to hold the containers is achieved by the fact that in the first valve (3) each extreme first through hole (8) is provided with a folding stiffener (13), the fourth fold line (14) of which is located perpendicular to the second fold line (6); in the second valve (4) the central first through hole (8) is provided with two folding stiffeners (13), the fourth fold lines (14) of which are located perpendicular to the second fold line (6); the second through holes (9) do not intersect with the first and second fold lines (5, 6). 2 ill.

Description

Technical field

The claimed technical solution relates to the field of consumer packaging and is intended for storage, transportation and display of products in containers, mainly in glasses or cans.

State of the art

Known, for example, packaging for cups (DE 29911204 U1, "Bechersteige aus faltbarem Material und Zuschnitt zur Bildung einer Bechersteige", STONE EUROPA CARTON AG, B65D 71/70, 28.10.1999, [1]), having a rectangular bottom, with which side walls are connected from two opposite sides along the inflection lines. With each side wall along the inflection line, a half of the cover is connected, with a width of at least half the width of the bottom and which, after the inflection from the side wall, is located parallel to the bottom surface. In said halves of the lid, through holes are made for laying cups on top until they rest against the bottom. The cover halves are held at a given level with respect to the bottom by means of the support ledges.

Also known is packaging for storage, transportation and demonstration of products in cups (RF patent No. 179389 for a utility model, JSC "Management Company of the GOTEK Group of Enterprises", IPC B65D 5/52, 11.05.2018 [2]). As in the claimed technical solution, the specified analog is made in the form of a hollow box with the shape of a parallelepiped, which is made of a flat single rectangular billet, consisting of parts forming: a lower base of a rectangular shape, side walls and valves.One of the valves is made with a widening, which is separated from this valve lines kink to position this flare after the kink perpendicular to the bottom surface and fix it on the bottom.The flare, which acts as an internal partition, is also glued to the bottom with its valve.

In analogue [2], on the line of inflection of the broadening relative to the adjacent valve, cuts are made to form protrusions at the broadening located perpendicular to the surface of the valve after the inflection of this broadening relative to the valve. In the central part of the bottom, there are cuts located on the same line in the central part of the bottom, which are located on the same line for inserting the indicated protrusions into them when one package with cups is placed on top of another similar package with cups in the stacking mode. In the above valves, through holes are made for stacking cups on top until they rest against the bottom. In the side walls, a bracket-like cut is made with a height equal to the width of the side wall, the cut petal of each of which, after it is bent into the package, is located between the holes in the valves and rests on the walls of these valves and the bottom. The end sections of the dissection lie on the lines of inflections. The shape of the cutting line between the end sections may be arcuately curved.

The specified analogue [2] is the set of essential features the closest analogue of the same purpose to the claimed technical solution. Therefore, it is adopted as a prototype.

A technical problem, the solution of which is provided by the implementation or use of the technical solution, is the need to ensure the rigidity of the package in the longitudinal and transverse directions.

Analogue [1] halves of the cover rest against the free ends and form a joint. Such connection of the halves of the lid results in the fact that the central part of the package in the longitudinal direction is not supported. In this case, the support projections do not provide sufficient rigidity of the packaging for the cups.

In analogue [2], the end sections of the cuts of the side walls lie on the lines of inflections, which weakens the structure. At the same time, the cut-out petals of the cuts of the side walls are displaced during the operation of the product, which also reduces the rigidity of the package.

Disclosure of the proposed technical solution.

The technical result provided by the claimed technical solution is to increase the rigidity of the package to hold the containers.

The essence of the claimed technical solution lies in the fact that the packaging to hold the containers is made of a sheet blank having a rectangular bottom. Side walls are connected to the bottom from two opposite sides along the first fold lines. At the same time, a corresponding first or second flap is connected to each side wall along the second fold line, with a width of at least half the width of the bottom. In this case, the first and second valves are made with the possibility of being located after the bend from the side walls parallel to the bottom surface. At the same time, the first through holes are made in these valves for accommodating containers. At the same time, one of the flaps has a broadening, which is separated from the flap by the third fold line and is made with the possibility of bending along the third fold line and fixing at the bottom with its third flap, in addition, second through holes are made in the side walls. It differs in that

in the first valve, each extreme first through hole is provided with a folding stiffener, the fourth fold line of which is located perpendicular to the second fold line;

in the second valve, the central first through hole is provided with two folding stiffeners, the fourth fold lines of which are located perpendicular to the second fold line;

second through holes are made in the side walls, which do not intersect with the fold lines.

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

The author of the claimed technical solution produced a prototype of this solution, the tests of which confirmed the achievement of the technical result.

Brief description of the drawings.

In FIG. 1 shows a drawing of a package development; in fig. 2 - three-dimensional image of the package.

Implementation of the technical solution

Packaging for holding containers (Fig. 1) is collapsible and is made of a flat, single rectangular billet. The packaging material is corrugated cardboard. The structural elements of the packaging body are:

bottom (1);

side walls (2);

first valve (3);

second valve (4).

The bottom (1) has a rectangular shape. Side walls (2) are connected to the bottom (1) from two opposite sides along the first fold lines (5).

A corresponding first or second valve (3, 4) is connected to each side wall (2) along the second fold line (6). Each valve (3, 4) has a width of at least half the width of the base (1). After bending away from the side wall (2), the valves (3, 4) are located parallel to the surface of the bottom (1).

Cutouts (7) are made on the first fold lines (5) of the side walls (2) relative to the bottom (1).

The first and second valves (3, 4) have first through holes (8) designed to hold the containers.

Second through holes (9) are made in the side walls (2) for ventilation and for holding the package with fingers. The second through holes (9) do not intersect with the fold lines (5, 6) and preferably have a round shape. Unlike the prototype [2], this arrangement of the second through holes (9) improves the rigidity of the package.

One of the flaps (3, 4) has a widening (10), which is made with the possibility of being located after bending along the third fold line (11) perpendicular to the surface of the bottom (1). The widening (10) performs the function of a vertical internal partition and is made with the possibility of being fixed on the bottom (1) by its third valve (12).

In the first valve (3), each extreme first through hole (8) is provided with a folding stiffener (13), the fourth fold line (14) of which is located perpendicular to the second fold line (6).

In the second valve (4), the central first through hole (8) is provided with two folding stiffeners (13), the fourth fold lines (14) of which are located perpendicular to the second fold line (6).

In this case, all the first through holes (8) of the first and second valves (3, 4) are provided with tongues for fixing the containers (15).

Examples of specific implementation.

Example 1. In the first and second valves (3, 4) the first three through holes (8) are made.

Example 2. Stiffening ribs (13) are provided with third round through holes (16).

Example 3. In the broadening (10) the fourth through holes (17) are made of round shape.

Example 4. For the purpose of precise positioning of packages in a stack or column on the second fold line (6) of the side wall (2) relative to the adjacent second valve (4), trapezoidal cuts (18) are made to form protrusions (19) near the side wall (2). ) (Fig. 2), located perpendicular to the surface of the valve after the fold of this broadening relative to the second valve (4).

The implementation of the proposed technical solution is not limited to the above examples.

The order of use.

The package is folded along the appropriate fold lines and sealed. The stiffening ribs (13) are bent inside the package in such a way that they rest on the walls of the first and second valves (3, 4) and the bottom (1). When folded, the sides of the package are the side walls (2). The top side of the package are the first and second valves (3, 4). Thus, a parallelepiped-shaped box with open walls on two opposite sides and with a partition inside is organized.

The containers are placed in the first through holes (8) from above. The tongues for fixing the containers (15) are deflected, passing the container inside the package. The bottom of the container rests against the bottom (1) of the package. The upper part of the container is located above the upper wall. The tongues for fixing the containers (15), trying to return to their original position, hold the container with their pressure on it.

Industrial applicability.

The claimed technical solution is implemented using industrially produced devices and materials and will be widely used in cafes, coffee shops, gastronomy, fast food restaurants, gas stations, as a reliable packaging for storage, transportation and display of products in various containers (cups, cans). ).

Claims (1)

Packaging for holding containers, made of a sheet blank having a rectangular bottom, with which side walls are connected on two opposite sides along the first fold lines, with each side wall along the second fold line connected to the corresponding first or second valve, with a width of at least half the width of the bottom, while the first and second valves are arranged after bending from the side walls parallel to the bottom surface, while in these valves there are first through holes for accommodating containers, while one of the valves has a broadening, which is separated from the valve by the third fold line and is made with the possibility of bending along the third fold line and fixing on the bottom with its third valve, in addition, second through holes are made in the side walls, characterized in that in the first valve, each extreme first through hole is equipped with a folding stiffener, the fourth fold line of which is located perpendicular to the second fold lines; in the second valve, the central first through hole is provided with two folding stiffeners, the fourth fold lines of which are located perpendicular to the second fold line; the second through holes do not intersect with the first and second fold lines.

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