ES2552345T3 - Cutout profile for container - Google Patents

Abstract

Cut-out profile for packaging made of cardboard to be placed as a sleeve around bottles, cans, other containers or other objects, with a cover wall (2), a bottom wall (7), side walls (5, 6) which are connected in each case, on an upper side edge, with a side edge of the cover wall (2) and, on a lower side edge, with a side edge of the bottom wall (7), presenting the minus one of the cover walls, bottom and side sections (7.1, 7.2) separated from each other between their side edges that can be joined with one another in an overlapping arrangement, the main load of the cutout profile for container perpendicular to the edges sides (3, 4) of the bottom, cover and side walls, characterized in that the orientation (F) of the cardboard fibers is parallel to the side edges (3, 4) of the bottom, cover and side walls and not there are fold lines of the bottom between the side edges in bottom of the side walls (5, 6) and the side edges of the back wall.

Description

DESCRIPTION

Cutout profile for container

The invention relates to a cut-out profile for a package made of cardboard that is to be placed as a sleeve around bottles, cans, other containers or other objects.

The cut-out profiles for cardboard packages have a cover wall, a bottom wall and side walls that are joined - in each case through creasing lines - on an upper side edge, with a side edge of the wall of cover and, on a lower lateral edge, with a lateral edge of the bottom wall. The bottom wall or other of the cited walls has sections separated from each other between the creasing lines. The cutout profile for packaging is folded around a group of bottles, cans, other containers or other objects, and the sections separated from each other from the bottom wall are brought to an arrangement in which they overlap one on top of the other and join with each other by hooking or adhesion. By means of this, the containers are grouped to form a container.

According to the nomenclature of the European Association of Cardboard Makers ECMA (European Carton Makers Association), the cutout profiles for containers are called “cartons with integrated product” since the containers surrounded by the cutout profile for packaging contribute to the container stability In English-speaking territory 20, the trim profiles for packaging are called "wrap" and the folding boxes formed from them are called "wrap-around-carrieC."

In order to prevent the bottles from accidentally falling through the front openings, the cut-out profiles for containers are provided with openings in the lower part and, eventually, in the upper part of the side walls 25, in which the lower edge areas and, where appropriate, the upper areas of the containers. As a safety measure against falls, there may also be covers that go into the front openings. Examples of this type of trim profiles for packages are described in DE 26 55 538 A1, WO 97/28059 A1 and EP 05 13 566 A1.

30 Cut-out profiles for known packages for six-bottle containers of 0.33 liters have a weight per square meter of 370-400 g / m2. They can break with the weight.

US 2,395,297 describes a cutout profile for packaging that can be placed as a sleeve around bottles and has a strip-shaped gripping element that at one end is fixedly connected with a cover wall and on the other end can be inserted with an Insert flap into an insertion groove in the back wall. If the gripping element must bear high loads, the fibers of the cardboard material are oriented perpendicular to the longitudinal direction of the gripping element. In addition, the gripping element is provided with bending lines oriented perpendicular to its longitudinal direction to enable the gripping element to bend without folds of unpleasant appearance. If the gripping element is only subjected to 40 reduced loads, the fibers of the cardboard material can be oriented perpendicular to the longitudinal direction of the gripping element. The gripping element can be configured without folding lines and, however, be homogeneously curved.

Based on this, the invention is based on the objective of providing a cutout profile for a package made of cardboard 45 that better supports the loads.

The objective is achieved by a cutout profile for packaging with the features of claim 1. Advantageous configurations of the cutout profile for packaging are indicated in the dependent claims.

The cut-out profile for carton made according to the invention to be placed as a sleeve around bottles, cans, other containers or other objects has a cover wall, a bottom wall and side walls that are joined in each case, on an upper side edge, with a side edge of the cover wall and, on a lower side edge, with a side edge of the back wall, at least one of the cover walls, bottom and side sections having separate sections one from the other between its side edges that can be joined with one another in an overlapping arrangement, the main load of the cutout profile for the container being perpendicular to the side edges of the bottom, cover and side walls, characterized in that the orientation of the Fibers in the cardboard are parallel to the lateral edges of the bottom, cover and side walls, and it does not present fold lines at the bottom between the lower lateral edges s of the side walls and the side edges of the back wall.

Unlike conventional cutout profiles for packaging, in the cutout profile for packaging according to the invention the cardboard fibers are oriented parallel to the lateral edges of the bottom, cover and side walls. In conventional packaging trim profiles, the fibers run perpendicular to the lateral edges 5 since the cardboard has its maximum tear resistance in the direction of the fibers and the main load of the packaging trim profile is exerted perpendicular to the side edges. Conventional clipping profiles for containers, due to the orientation of the fibers perpendicular to the side edges, can only be folded into automatic packaging devices around bottom crease lines that run along the side edges of the wall. background. However, unexpectedly, in the context of the invention it has been discovered that the bottom creasing lines of the conventional cut-out profiles for packaging damage the fibers and, due to this, the load capacity of the cardboard is reduced. Usually this has been mitigated by using Kraft cardboard with a correspondingly high weight. According to the invention, thanks to the orientation of the cardboard fibers in parallel to the side edges of the bottom, cover and side walls, it was surprisingly achieved that the cutout profile for packaging can be placed, along the side edges of the bottom wall, around the lower edge areas of the containers and better support the loads exerted by the containers. The weight of the cardboard can be reduced compared to the usual 370-400 g / m2.

Another difference with respect to the trim profiles for conventional packages is that there are no bottom crease lines or other bottom fold lines between the lower side edges of the side walls and the side edges of the bottom wall. As a result, no fiber is damaged in the joint area between the side walls and the bottom wall and the strength of the cutout profile for packaging is further improved or the use of cardboard of less weight is favored.

By placing the trim profile for the container in a group of containers, the joining areas of the bottom wall and the 25 side walls are placed around the bottom edges of the containers. In this case, the joining areas of the bottom wall and the side walls are folded or folded around the bottom edges of the containers. Preferably, they bend around. In particular, if there is no folding line at the bottom, the bottom edges of the containers can serve as a tool for folding or folding the joining areas. The bending or folding of the lower edge areas of the side walls or the outer edge areas of the bottom wall is carried out in parallel to the fibers, so that they are not damaged. Since the bending or folding is carried out around the orientation of the fibers, homogeneous and smooth bending edges or bending radii are achieved. The toothing of the cardboard material present between the fibers is maintained by carefully folding or folding the material. As a consequence, the joining areas of the back wall and the side walls are stable and can withstand greater loads. This encourages the use of cardboard of less weight, which in turn favors a rectilinear path of folding or folding. Thus, a sufficiently stable container trim profile can be manufactured for a group of 0.33 liter beverage bottles made from a Kraft cardboard with a weight of only 250 to 360 g / m2. This also applies to a cutout profile for packaging that, to ensure that the bottles do not fall through the front openings, is provided with Lower openings in the lower edge area of the side walls that weaken this area. Surprisingly, the tear strength of the cardboard is also sufficient in case of an orientation of the fibers in parallel to the lateral edges, even with a reduced weight.

Basically, the containers can be prevented from falling through the front openings of the packaging cut-out profile because the cut-out profile for packaging is arranged sufficiently tightly around the 45 containers. According to an advantageous configuration of the invention, the side walls are provided, at the lower side edge, with Lower openings to accommodate lower edge areas of the containers. The cut-out profile for the container is placed around the bottles so that the areas of the lower edge of the bottles enter the lower openings and, thanks to this shape-dragged connection, prevent them from falling through the front openings. Additionally or instead of this, front wall covers 50 may be present in the front openings that close - at least partially - the front openings, for example, as described in DE 26 55 538 A1 or EP 0513 566 A1 .

According to one configuration, the lower openings widen down on the side walls. As a consequence, with a relatively small cross section they can accommodate a lower edge area 55 of the relatively large bottles.

According to another configuration, the lower openings extend from the lower side edges of the side walls to the bottom wall. This is convenient for the transmission of forces from the back wall to the side walls. In particular, thanks to this, corners of the openings in the openings can be avoided.

Bottom edges of the side walls, which can easily tear. Likewise, it is advantageous for the transmission of forces from the back wall to the side walls that, according to another configuration, the width of the lower openings in the back wall decreases as the separation of the side edges of the back wall increases.

5

Preferably, according to another configuration, the lower openings have, on the side walls, a trapezoid shape or gantry arch and / or, on the bottom wall, a trapezoid shape or gantry arch, preferably the long side of the opening being arranged in trapezoid shape or gantry arch at the lower side edges of the side walls or the side edges of the back wall.

10

According to another configuration, the side walls have grooves that start from the upper edges of the lower openings. These grooves allow an adaptation to the containers that are introduced and reduce the loads that act in the area of the openings. According to an advantageous configuration, two slits separated from each other split from the upper edge of the lower openings. According to another configuration, the separation of the 15 grooves starting from the same lower opening is increased by increasing the separation of the upper edge of the lower opening.

According to one configuration, the bottom wall has spindle-shaped sparks. The cut-out profile for packaging configured in this way can be used for the manufacture of packages that can be used in boxes with separating stems in which several containers can be transported. The boxes with separation rods are used to transport reusable bottles. These fit into the intermediate spaces between the bottles with spindles that protrude from the bottom plate. In this case, the separation stems pass through the stem-shaped separations of the bottom wall of the container trim profile. After removing the trim profiles for the container, the bottles can be placed individually in the boxes with separation rods, being able to be held laterally by means of separation rods and, if necessary, additional separation walls that also protrude from the bottom panel of the box with separation stems.

According to another configuration, the side walls have upper openings 30 in the upper lateral edges for the partial accommodation of upper areas of the containers. The upper areas of the containers are introduced into the upper openings of the cutout profile for the container placed around them. Thanks to this, the containers are also prevented from falling through the front openings. In addition, thanks to the fact that the upper zones are introduced into the upper openings, the upper zones can be prevented from exerting an unfavorable force on the joining area of the side walls and the cover wall. According to an advantageous configuration, the upper openings have a width that exceeds the diameter of the plates of the bottles. Through this, it is possible to prevent the plates of the bottles from damaging the area of connection of the side walls with the cover wall.

According to another configuration, the side edges of the cover wall are connected to the side walls 40 by folding lines. These are preferably configured as creasing lines. The folding lines facilitate the placement of the trim profile for containers in the upper areas of the containers. This is especially true for configurations in which the cutout profile for containers is first placed with the cover wall over the upper area of the containers, then placed around the containers and closed by joining overlapping sections of the bottom wall or a side wall. In this case, the invention takes advantage of the knowledge that the cut-out profile for containers bears greater loads in the area where the side walls and the bottom wall meet, so that the fold lines between the cover wall and the Side walls are not critical weaknesses of the trim profile for packaging.

According to another configuration, the upper openings extend the same distance away from the side edges 50 of the cover wall. According to another configuration, the central upper openings extend, away from the side edges of the roof wall, by a distance greater than the upper outer openings. This configuration favors the lifting of the central area of the roof wall when it is provided with gripping openings or other gripping elements. In the upper outer openings, the outer bottles can be held tightly in the container. This favors the stability of the container.

55

According to one configuration, at least the upper central openings extend for a distance of at least 25 mm - preferably a maximum of 60 mm and, especially preferably, a maximum of 40 mm - with respect to the lateral edge of the wall of cover. Preferably, the upper central openings extend over a distance in the range of approximately 30 to 35 mm from the lateral edges of the

cover wall. Thanks to this, the cut-out profile for containers can withstand especially high loads or be manufactured with less weight.

According to another configuration, the cover wall has at least one grip opening for transporting a container. According to another configuration, the grip opening has on the side edge an articulated bonded grip lid that, in the out-of-use state, closes the cutout profile for container and, during the grip through the grip opening, pad the edge of it. According to another configuration, at the opposite edge of its articulated joint, the grip cover is connected to the cover wall by at least one connecting element.

10 According to another configuration, two grip openings are present in the cover wall that are separated from each other. This allows a container to be transported by inserting the thumb and ring fingers into the grip openings. According to another configuration, the grip openings are separated from each other in parallel to the side edges of the cover wall. According to another configuration, cutting lines extend from the gripping openings to the two lateral edges of the roof wall and, from the lateral edges of the roof wall, to 15 entering the side walls. Preferably, the cutting lines extend approximately the same distance from the upper side edges as the central upper openings. The cutting lines allow, together with the grip openings, to raise a central area of the container cover wall, whereby the grip in the grip openings is facilitated.

20 According to one configuration, the back wall has sections separated from each other.

According to a preferred configuration, the cardboard has a weight per square meter (grammage) of a maximum of 360 g / m2 Preferably, it has a weight per square meter of a maximum of 300 g / m2 Preferably, the weight per square meter is at minus 250 g / m2. Preferably, the cardboard has a weight per square meter 25 which is in the range of about 270-290 g / m2. Especially preferred, the cardboard is a Kraft cardboard.

Also, the invention relates to a package comprising a group of containers and a cutout profile for a container according to one of the claims explained above, which is arranged with the cover wall in contact 30 with the upper sides of the containers, with the side walls in contact with the contour of the containers and, with the bottom wall in contact with the bottom of the containers, the lower side edges of the side walls being placed around the lower edge areas of the containers, overlapping some with other sections of the wall that has at least one separate section and joining together. In this package, the lower side edges of the side walls of the cut-out profile for the container are placed around the 35 lower edge areas of the containers, preferably folded or folded around them. The lower edge areas of the containers can be used as a tool for folding or folding the joining areas of the side walls and the bottom wall.

According to another configuration, the lower edge areas of the containers are introduced into the lower openings 40 of the container cutout profile.

According to another configuration, upper areas of the containers are introduced into upper openings of the cutout profile for the container. The lower or upper openings prevent the bottles from falling through the front openings of the container cutout profile.

Four. Five

According to another configuration, the sections that overlap each other of the at least one wall are glued and / or engaged with each other. According to another configuration, the containers are bottles. According to another configuration, the containers are cans. Instead of the containers, the package may also contain other objects.

Next, the invention is explained with the help of the accompanying examples of embodiments. These drawings represent the following:

fig. 1 shows, in a plan view from above, a cutout profile for an unfolded cardboard container so that it is flat;

55

fig. 2 illustrates, 1 in an enlarged perspective view observed inclined from above and from one side, a container formed by a group of bottles and the cutout profile for packaging of Figure 1;

fig. 3 represents the same package in a partial perspective view tilted from below;

fig. 4 shows, in a plan view from above, another cutout profile for unfolded cardboard packaging so that it is arranged flat;

5 fig. 5 illustrates, in a perspective view inclined from above and from one side, the container formed by a group of bottles and the cutout profile for container of Figure 4;

fig. 6 shows, in an inclined perspective view from below and from the side, the same container with the partially raised grip element;

10

fig. 7 illustrates, in a plan view from above, another cutout profile for cardboard container 1 deployed so that it is arranged flat;

fig. 8 represents, in an inclined perspective view from above and from one side, the package formed by a group of bottles and the cutout profile for packaging of Figure 7;

fig. 9, shows the same package in a partial perspective view tilted from below;

fig. 10, illustrates, in a plan view from above, another cutout profile for an unfolded cardboard container in a way that appears flat;

fig. 11 represents, in a plan view from above, a diagram for the material-saving die-cutting of several trim profiles for packaging according to figure 10 from a cardboard plate.

25 The terms "above" and "below" refer to the arrangement of the cutout profile for packaging in a package in which the containers are disposed with their opening area up and with their bottom down.

The cut-out profile for container 1.1 according to Figure 1 has a cover wall 2 whose side edges are articulated side walls 5, 6 by creasing lines 3, 4. The side walls 5, 6 30 are joined with the sections 7.1, 7.2 of a back wall 7.

In the lower edge area of the side walls 5, 6 and the side edge areas of the sections 7.1, 7.2 of the bottom wall 7, lower openings 8, 9 are present. These have in each case trapezoidal sections 8.1, 9.1 which they are arranged in the side walls 5, 6 and trapezoidal sections 8.2, 9.2 which are arranged in the 35 sections 7.1, 7.2 of the back wall. The long sides of the trapezoidal sections 8.1, 8.2 or 9.1, 9.2 of the lower openings 8, 9 converge in 8.3, 9.3. There, the side wall 5 borders section 7.1 of the back wall and side wall 6 borders section 7.2 of the back wall.

From the upper corners of the lower openings 8, 9, small slits 10.1, 10.2, 11.1, 40 11.2 extend into the side walls 5, 6. The separation of the slits 9, 10 from one another increases with increasing distance from of openings 8, 9.

Sections of separation stems 12.1, 12.2 are present in sections 7.1, 7.2. Section 7.1 has two stamping splines 12.1 with the total cross-section of a spreader rod and, on the front edges, in each case a stamping spindle stamping with half the cross section of a spreader stem . Section 7.2 has only side-open stamped 12.2 prints on the side edge with a small partial cross-section of a spreader.

50 Two clamping openings 13.1, 13.2 separated from each other are present in the cover wall 2, which, on the sides directed to each other, have a rectilinear limitation and, on the sides away from each other, have a rounded limitation. On the sides directed to each other of the gripping openings 13.1, 13.2, gripping caps 14.1, 14.2 are articulated together.

55 Also, the side walls 5, 6 bordering the creasing lines 3, 4 have upper openings 15, 16 extending laterally away from the creasing lines 3, 4. Directly limiting with the creasing lines 3, 4, they have parallel limitations and, at a greater distance from these, convergent limitations.

In addition, the cover wall 2 has projections 17, 18 that go into upper openings 15, 16 and have

approximately the shape of a semicircle.

The orientation of the fibers in the direction of the arrow F is parallel to the creasing lines 3, 4 and to the joints of the side walls 5, 6 with sections 7.1, 7.2 of the bottom wall 7, which run along the points 8.3, 5 9.3.

According to Figure 2, the cutout profile 1.1 is placed around a group of six bottles 19 that are arranged next to each other in two rows of three bottles 19 in each case. The trim profile for container 1.1 is arranged with the cover wall 2 above the plates 20 of the bottles 19, covering the projections 17, 18 10 laterally the plates 20. The side walls 5, 6 are arranged in contact with the contour of the bottles 19, the upper areas 21 of the bottles 19 being introduced into the upper openings 15, 16. Also, the lower edge areas 22 of the bottles 19 are introduced into sections 8.1, 9.1 of the lower openings 8, 9 Sections 7.1, 7.2 are folded below the bottoms of bottles 19 and are glued to each other in the overlapping areas. In the bottom wall 7, complete separation rod prints 12 are formed by the separation rod prints 12.1, 12.2 which are arranged one above the other by the edge.

The overlapping areas can be seen in Figure 3. In addition, it is apparent from Figure 3 that the joining areas of the side walls 5, 6 with sections 7.1, 7.2 are bent smoothly, so that the profile fibers Clipping 1.1 does not break. As a result of the reduced load to which the 20-section profile is subjected, it can be made of a material with a weight of only 270-290 g / m2

Since the plates are fully inserted into the upper openings 16, the introduction of harmful forces in the junction zone of the side walls 5, 6 and the cover wall 2 is prevented.

25 The slits 10.1, 10.2, 11.1, 11.2 that start from the openings 8, 9 allow an adaptation of the side walls 5, 6 to the lower edge area of the bottles in the Bottom and also contribute to avoiding voltage spikes.

The clipping profile for container 1.2 of Figure 4 differs from that described above because the upper outer openings 30.2, 15.3, 16.2, 16.3 in the direction perpendicular to the creasing lines 3, 4 are configured shorter than the upper central openings 15.1, 16.1. The upper central openings 15.1, 16.1 correspond to the upper central openings of the trimming profile 1.1 described above. The upper lateral openings narrow directly from their starting point in the creasing lines 3, 4.

35 The cutout profile for container 1.2 has cut lines 23, 24 leaving the maximum diameter of the grip openings 13.1, 13.2, said cut lines extend in the cover wall 2 to the crease lines 3, 4 and , starting from the creasing lines 3, 4, they reach until they enter the side walls 5, 6. First, the cutting lines 23, 24 run in parallel, approximately to the distance of the creasing lines in which also the limitations of the central upper openings 15.1, 16.1 run in parallel. From this point 40, the cutting lines 23, 24 diverge with a greater separation of the creasing lines 3, 4. They end approximately at the same distance from the creasing lines as the upper openings 15.1, 16.1.

According to Figure 5, this cutout profile for container 1.2 is placed in a group of bottles 19 in the same way as the cutout profile for container 1.1 described above. The view of this container from below corresponds to that of the

45 figure 3.

According to Figure 6, lifting the container by grasping it by the grip openings 13.1, 13.2 is facilitated because the area of the cover wall 2 delimited by the grip openings 13.1, 13.2 and the cut lines 23, 24 moves somewhat upward and the areas delimited by the cut lines on the side walls 5, 6 move somewhat towards 50 inside. As a consequence, contact of the fingers used for gripping with the upper areas 21 of the bottles 19 or the plates 20 can be avoided.

The cutout profile for container 1.3 of Figure 7 differs from the cutout profile for container 1.2 of Figures 4 to 6, especially because the upper central openings 15.11, 16.11 are configured shorter in the direction 55 perpendicular to the lines 3, 4 (approximately 30 to 35 mm) than the central upper openings 15.1, 15.2, however, are longer than the upper lateral openings 15.21, 16.21, 15.31, 16.31 (approximately 20 to 25 mm).

In addition, the cut lines 23.1, 24.1 diverge less than the cut lines 23, 24. Thanks to these measures,

further improves the resistance of the upper area of the trim profile for packaging.

Likewise, sections 8.11, 9.11 that are arranged on the side walls 5, 6 of the lower openings are in the form of a portico arch and not, trapezoidal, like sections 8.1, 9.1. Thanks to this, the resistance 5 of the lower area of the cutout profile for container 1.3 is improved.

Finally, the gripping caps 14.11, 14.21 are joined, at the opposite edges to their articulated joints, with the cover wall 2, in each case by joining elements 25, 26. The joining elements 25, 26 prevent the user unintentionally open the grip caps 14.11, 14.21 by placing the cutout profile for the container in the 10 bottles and before transporting the container. By pressing the grip caps 14.11, 14.21 inwards with the fingers, they break. Then, the user can grab the container by the grip openings 13.1, 13.2 for transport.

The cut-out profile for container 1.4 of Figure 10 differs from that described above, in particular, by the 15 special contours of the outer edges 27, 28 of the cover, side and bottom walls 2, 5, 6, 7. In the cut-out profiles for packages 1.1, 1.2, 1.3 described above, the outer edges of the roof, bottom and side walls 2, 5, 6, 7 are essentially rectilinear. On the contrary, in the cut-out profile for container 1.4 of Figure 10, the outer edges 27.1, 28.1 of the cover wall 2 in each case have a recess 29, 30 with a rounded tip that extends between the two fold lines 3, 4.

twenty

Starting from the folding line 3, the side wall 5 has outer edges 27.2, 28.2 that narrow towards section 7.1 of the bottom wall 7 approximately trapezoid.

Section 7.1 in turn has outer edges 27.3, 28.3 that protrude outward and are partly rectilinear and 25 partly curved.

Starting from the folding line 4, the side wall 6 has outer edges 27.4, 28.4 that are approximately trapezoidal narrowed in a small area and, from the point where the side wall 6 has its smallest width, widen again trapezoidly towards section 7.2 of the bottom wall.

Section 7.2 of the bottom wall has recesses in the outer edges 27.5, 28.5 whose contour is complementary to the contour of the widenings of section 7.

35 According to Figure 11, cutout profiles 1.4 according to Figure 10 can be punched by saving material from a rectangular cardboard plate 31. Contiguous 1.4 trim profiles are oriented in opposite directions. Due to the special shape of the contours of the outer edges of the cutouts 10, the adjacent cutout profiles 1.4 fit into each other without, during die cutting, waste occurs. Likewise, the cutout profiles 1.4 of the different rows are barely laterally offset with respect to each other. Only during the die cutting of the outer edges 27, 28 of the outermost rows of the trim profiles 1.4 and at the end of each row of cuttings 1.4 a small amount of waste is produced.

Claims (11)

1. Cut-out profile for packaging made of cardboard to be placed as a sleeve around bottles, cans, other containers or other objects, with a cover wall (2), a bottom wall (7), walls 5 sides (5, 6) that are connected in each case, on an upper side edge, with a side edge of the roof wall (2) and, on a lower side edge, with a side edge of the bottom wall ( 7), presenting at least one of the roof walls, bottom and side sections (7.1, 7.2) separated from each other between their side edges that can be joined with one another in an overlapping arrangement, the main load of the trimming profile being for container perpendicular to the side edges (3, 4) of the bottom, cover and side walls, characterized in that the orientation (F) of the cardboard fibers is parallel to the side edges (3, 4) of the bottom walls , cover and sides and there are no bottom fold lines between the bottom side edges of the side walls (5, 6) and the side edges of the bottom wall. 2. Cut-out profile for container according to claim 1, wherein the lower side edge of the 15 side walls (5, 6) has lower openings (8, 9) to accommodate Lower edge areas (22) of the containers (19). 3. Cut-out profile for container according to claim 2, wherein the lower openings (8, 9) extend from the lower side edges of the side walls (5, 6) until they enter the bottom wall 20 (7). 4. Cut-out profile for container according to claim 2 or 3, wherein slits (10, 11) are present in the side walls (10, 11) that start from the upper edges of the Lower openings (8, 9). 25 5. Cut-out profile for packaging according to one of claims 1 to 4, which has stamping of separation rods (12) in the bottom wall (7). 6. Cut-out profile for container according to one of claims 1 to 5 which, at the upper side edges of the side walls (5, 6), has upper openings (15, 16) to partially accommodate areas 30 upper (21) of the containers (19), and in which the upper openings (15, 16) have a width that exceeds the diameter of the plates (20). 7. Cut-out profile for container according to claim 6, wherein the upper openings (15, 16) extend for the same distance from the side edges (3, 4) of the cover wall (2), or in the one who 35 central upper openings (15.1, 16.1) extend for a greater distance from the side edges (3, 4) of the roof wall (2) than the upper outer openings (15.2, 16.2, 16.3). 8. Cut-out profile for container according to one of claims 1 to 7, wherein the cover wall (2) is joined at the side edges with the side walls by folding lines (3, 4). 40 9. Cut-out profile for container according to one of claims 1 to 8, which has two gripping openings (13.1, 13.2) for transport that are separated from each other in a direction parallel to the edges sides of the cover wall (2), cutting lines (23, 24) extending from the grip openings (13.1, 13.2) to the two side edges (3, 4) of the cover wall (2) and, from there until 45 enter the side walls (5, 6). 10. Cut-out profile for container according to one of claims 1 to 9 which is made of a cardboard with a weight per square meter of a maximum of 360 g / m2 50 11. Container comprising a group of containers (19) and a cutout profile for container (1) according to a of claims 1 to 10, which, with the cover wall (2), is in contact with the upper sides (20) of the containers (19), with the side walls (5, 6), in contact with the contour of the containers (19) and, with the bottom wall (7), in contact with the bottom of the containers (19), is placed with the lower side edges of the side walls (5, 6) around the areas lower edge (22) of the containers (19), and in which the 55 sections (7.1, 7.2) of the at least one wall (7) overlap and join each other. 12. Container according to claim 11, wherein lower edge areas (22) of the containers (19) are they are introduced into lower openings (8, 9), and / or in which the upper areas (21) of the containers (19) are introduced into upper openings (15, 16) of the packaging cut-out profile (1). 13. Container according to claim 11 or 12, wherein the sections (7.1, 7.2) that overlap an envelope another one of the at least one wall (7) sticks and / or hooks with one another. 14. A container according to one of claims 11 to 13, wherein the containers (19) are bottles.