RU2247688C2 - Cardboard box having insert and blank for box forming - Google Patents

Abstract

FIELD: packing means.

SUBSTANCE: package for one or more items comprises cardboard box having a number of walls forming tubular structure. Each box end is closed with the first wall pivotally connected with another box wall. Intermediate wall surface may contact with inner surface of the first wall. Cardboard box also has insert for holding one or more items comprising the first wall. Formed in intermediate wall is orifice or depression so that the first, the second and intermediate walls may be glued together by applying adhesive on outer surfaces of the second and intermediate walls and by bringing above walls into contact during closing box end.

EFFECT: increased efficiency.

18 cl, 19 dwg

Description

The invention relates to a cardboard box and a blank for its formation, intended for packaging a variety of products, and to the insert associated with the cardboard box and designed to provide additional protection for products contained in the cardboard box.

The use of an insert or partition in a cardboard box is well known as a means serving as a cushioning pad between products and / or between products and external walls to protect them. In such well-known cardboard boxes, the insert can move freely in a vertical plane, which is undesirable, since if it moves to the upper position, for example, between the necks of the bottles, then it can no longer serve as a shock-absorbing pad.

Some inserts are formed from a single blank, which can lead to a decrease in the rigidity of the installed insert. Examples of inserts formed from a single preform are shown in US Pat. Nos. 4,293,398 and 5,529,240.

The aim of the present invention is to overcome or at least reduce the influence of the disadvantages of the known solutions. In particular, it is an object of the present invention to provide a package for placing one or more products therein, including a cardboard box containing a plurality of walls for forming a tubular structure, in which each end of the cardboard box is closed with a first wall pivotally connected to one of the walls, an intermediate wall, pivotally connected to another wall of the cardboard box and adapted to be brought into contact with the surface of the first wall. An insert is additionally placed in a cardboard box for separating from each other and maintaining one or more products, including a second wall. A hole is made in the intermediate wall in such a way that, by means of glue applied on the outer surface of the second wall and on the intermediate wall, the first, second and intermediate walls are fastened together when they are brought into contact by surfaces to close the end of the cardboard box.

One advantage of this design is that the insert is held in position at the bottom of the cardboard box. Keeping the insert in this position is an important factor for the insert to fulfill its functions and serve as a cushion pad between the bottles. Advantageously, it is possible to reduce the amount of cardboard spent on the manufacture of the insert, and to use standard equipment for fastening the end walls to attach the insert to the outer cardboard box.

Preferably, the intermediate wall can be represented by an end valve and that the hole is in the form of a recess cut in the free lateral edge of the end valve. Even more preferably, the second end valve can be provided with a recess so that it can be combined with the first recess, so that the first wall can be attached directly to the second wall by applying glue to this part of the second wall in a place opened by the first and second notches.

According to an essential feature of this aspect of the present invention, the insert may comprise a middle wall attached to one of the outer walls, and a transverse partition connected with the possibility of bending with the middle wall along a pair of bending lines spaced apart from each other, located between opposite edges of the transverse partition, in order so as to create a transverse septum protruding outward on both sides of said middle wall when forming the insert in the assembled box. Preferably, the second middle wall can be provided with a transverse partition pivotally connected to the middle wall so that the transverse partition can be fastened to the transverse partition of the first middle wall.

In one group of embodiments, one or more of the upper and end walls is determined by making connections in the form of tear lines to facilitate disconnection of part of the package with access to the display window and to the products contained in the box.

The cardboard box may, if necessary, be additionally equipped with a handle, cut out and pivotally connected to one or more end or upper walls.

A second object of the invention is to provide a cardboard box comprising a plurality of walls for forming an outer box, and an insert containing a middle wall attached to one of the outer walls, and a transverse partition connected with the possibility of folding with the middle wall by means of a pair of folding lines spaced apart from each other, located between the opposite edges of the transverse partition so that it would be possible to form a transverse partition that would protrude outward on both sides of the middle walls when forming the insert in the assembled box.

The advantage resulting from the use of the preferred distinguishing feature is that the insert has greater rigidity due to the fact that the opposing transverse partitions fasten together.

Preferably, the second middle wall can be attached to one of the outer walls of the box by means of an intermediate wall separating the first and second middle walls. More preferably, the second middle wall can be provided with a transverse partition pivotally connected to it so that it can be attached to the transverse partition of the first middle wall.

A third aspect of the invention is to provide a blank for forming a cardboard box for packaging a plurality of articles comprising: upper, lower, and opposite side walls pivotally connected to each other, an end wall pivotally connected to the base wall, an end valve pivotally connected to the base wall, and end valve pivotally connected to the side wall; and a separate blank from which an insert is formed, including a fixed wall, connected to the middle wall, including a transverse partition cut out of it. An opening is made in the end valve so that during the assembly of the cardboard box, adhesive can be applied to the outer surfaces of the fixed wall and the end valve to fasten the said end wall, end valve and fixed wall to each other when their surfaces are brought into contact during assembly of the box.

Preferably, the intermediate wall can be equipped with an end valve and that it is possible to make a hole cut in the form of a recess in the free lateral edge of the end valve. Even more preferably, the second end valve is provided with a recess, which can be combined with the first recess so that the first wall can be attached directly to the second wall by applying glue to this part of the second wall in a place opened by the first and second recesses.

In accordance with the essential features of the third aspect of the invention, the insert may include a middle wall that is attached to one of the outer walls of the cardboard box, and a transverse partition connected with the possibility of folding with the middle wall by a pair of spaced bending lines located between opposite edges of the transverse partition so that it is possible to form a wall that protrudes outward on both sides of the said middle wall when forming the insert in the assembled a box.

A fourth aspect of the invention is to provide a blank for forming an insert comprising a middle wall including a transverse partition attached thereto, in which the transverse partition is bendably connected to the middle wall by a pair of bending lines spaced apart from one another, located between opposite edges of the transverse partition, such so that it is possible to form a wall that protrudes on both sides of said middle wall when forming the insert in the assembled box. Preferably, the second middle wall can be attached to one of the outer walls of the cardboard box by means of an intermediate wall separating the first and second middle walls.

Embodiments of the invention are described below, given only as examples, with reference to the accompanying drawings, which depict:

figure 1 - blank for forming an outer cardboard box according to the first embodiment of the invention;

figure 2 - blank for forming an insert according to the first embodiment of the invention;

figure 3 - insert in assembled form formed from the workpiece shown in figure 2;

figure 4 - cardboard box and insert assembled with products placed in the box;

figure 5 - cardboard box in assembled and loaded form, presented in figure 4, with end walls attached to the end valves to complete its formation;

6 is a blank for forming an outer cardboard box according to a second embodiment of the invention;

7 is a blank for forming an insert according to a second embodiment of the invention;

on Fig, 9 and 10 - a cardboard box in assembled and loaded form, formed from the blanks shown in Fig.6;

figure 11 is a cardboard box of figure 10 in assembled and loaded form with end walls attached to the end valves to complete its formation;

on Fig and 13 - a cardboard box with the lid removed;

on Fig - blank for forming an outer cardboard box according to the third embodiment of the invention;

on Fig - blank for forming an insert according to a third embodiment of the invention;

in Fig.16 and 17 - a cardboard box in assembled and loaded form, formed from the blank of Fig.15;

in Fig.18 - the cardboard box in Fig.17 in assembled and loaded form with end walls attached to the end valves to complete its formation;

on Fig - cardboard box with an open lid.

Figures 1 and 2 show one embodiment of a preform for forming a cardboard box and a preform for forming an insert, which are made of cardboard or similar bendable sheet material. It has been found that it is possible to use, without departing from the scope of the present invention, a single blank for forming the box and insert. In the embodiments described below, a cardboard box of the “fully enclosed type” is considered, although the authors believe that the invention can be applied to boxes of the “enclosing type”, or the type of basket in which the insert is to be attached to one of the outer walls.

Figure 1 shows a blank 10 for a first embodiment of a cardboard box containing a plurality of walls for forming the upper, lower and opposite side walls, where: the upper wall 12, the first side wall 14, the lower wall 16 and the second side wall 18 are pivotally connected one with the other sequentially along the fold lines 13, 15 and 17, respectively.

The ends of the box are formed from one or more end walls. In this embodiment, opposite end walls 20 and 22 are pivotally connected to opposite edges of upper wall 12 along fold lines 36 and 38, respectively. The second pair of end walls 24, 26 is located along the opposite edges of the lower wall 16, which are pivotally connected to it along the fold lines 33 and 35, respectively.

Preferably, the pair of end flaps 28, 30 is pivotally connected to the first side wall 14 along its opposite edges and that the valves are connected to it along the fold lines 29, 31, respectively. Similarly, a second pair of end flaps 32, 34 are pivotally coupled to the side wall 18 along fold lines 37, 39, respectively. The end walls 20, 22 are usually attached to the end valves 32, 34 so that, when used, the end valves support the end walls to increase rigidity.

One or more recesses may be cut in the end valves. When used by recesses, the position of insert 1 is fixed (see FIG. 4), which must be attached to one or more end walls 20, 24, as described in more detail below. In the present embodiment, a pair of recesses 42, 46 are made in the end flaps 28, 32, which are located in corresponding places along the opposite side edges so that they can be mated when assembling the cardboard box. Preferably, in the opposite end flaps 30, 34, a second pair of recesses 44, 48 is made so that the insert can be inserted from any end and attached to the outer cardboard box, as described in more detail below.

It was found that the shape of the recess is not limited to that shown in FIG. 1 and can in fact be replaced by other means to enable the insert to be located near the end wall. For example, end valve 28 may terminate at the lower edge of recess 46, or, in an alternative embodiment, one or more holes may be cut out in end valves 28 and / or 32.

The insert is formed from a blank 50 shown in FIG. 2 containing one or more middle partitions and a fixed wall. The insert contains at least one transverse partition. Thus, for a cardboard box in which a group of four products arranged in a 2 × 2 arrangement is placed, one middle wall and one transverse partition and another end wall are required. Other configurations of product placement were also considered, for example, three middle partitions are required for three rows of products.

In the illustrated embodiment, the insert comprises a first middle partition 52, an end wall 54 and a second middle partition 56, which are pivotally interconnected along fold lines 58 and 60, and adapted to accommodate twelve products in a 3 × 4 pattern.

Figure 2 shows a workpiece in which the middle partition 52 is provided with three transverse partitions 62a, 62b and 62c. All transverse partitions are similar to each other and therefore only the partition 62a is described in more detail.

The transverse septum 62a is connected to the middle septum 52 along the upper 66a and lower 68a fold lines to form a wall that protrudes outward on both sides of the middle partition 52. Figure 2 shows that in this embodiment, the fold lines 66 and 68 coincide in a vertical plane . The upper and lower edges of the wall 62a are adapted to protrude from one side of the middle partition and are defined by cut lines 76 and 78, respectively, which separate the wall 62a from the middle partition 52. The cut line 76 extends from the lower end of the fold line 66a to the upper end an upper fold line 66b connecting the wall 62b to the middle partition 52. Similarly, the cut line 78 extends from the upper end of the fold line 68a to the lower end of the lower fold line 68b connecting the wall 62b to the middle partition 52.

The other cut lines 77 and 79 define the upper and lower edges of the portion of the transverse partition, which will protrude outward on the other side of the middle partition 52, respectively. The opposite side edges of the transverse partition 62a are defined by the cut lines 72 and 74, respectively, and the openings 70a, 70b.

Near one of the side edges 74 of the partition 62a there is a protruding part 98, used to overlap part 96 of the transverse partition 64a, cut from another middle partition 56, as described in more detail below.

The second middle baffle is also provided with three transverse baffles 64a, 64b and 64c. It can be seen that all the transverse partitions are similar and therefore only the partition 64c is described in more detail.

The transverse septum 64c is similar to the transverse septum 62a in that it is preferably adapted to protrude outward from both sides of the middle septum 56. Thus, the transverse septum 64a is connected to the middle septum 56 along fold lines 80c and 82c that are aligned vertically planes in this embodiment. The upper and lower edges of the partition 64a are adapted to protrude from one side of the middle partition and are defined by cut lines 86 and 87, respectively, which separate the partition 64a from the middle partition 56. The cut line 86 extends from the upper end of the fold line 82c to the lower end the upper bend line 82b connecting the baffle 64b to the middle baffle 56. A similarly cut line 87 extends from the lower end of the bend line 80c to the upper end of the lower bend line 80b connecting the baffle 64b to the middle lane neckline 56. The other cut line 84 is shaped so that it defines a part that will protrude outward on the other side of the middle partition 56. The cut line 84 also defines the protruding part 96 used to overlap part 98 of the transverse wall 62c cut from the other middle partition 52, as described in more detail above.

In the preform, a tongue 92 and cut lines 90 extending from the ends of the edge of the transverse partition 64a can be additionally made. In the preform, holes 70 can additionally or alternatively be made, cut out in the middle partition 52. When forming the insert, they are used to separate the partitions 62a, 64a from the middle partitions 52 and 56, respectively.

In each transverse partition 64a, 64b, 64c, a plurality of openings 88 can be cut out, and a corresponding hole 94 in the end wall 54 can also be cut out; they are used by using an appropriate mechanism to move the transverse partitions 64 during the mechanical formation of the insert.

6-13, a second embodiment of the present invention is shown, similar to the first embodiment, and therefore, for identifying similar parts, the same item numbers are used only with the addition of the number “1” before the previous item number. Here, only the differences between the first and second embodiments are described in more detail.

In this embodiment, recesses 142, 146 (not shown in FIGS. 6-13) are made in opposite and spaced apart positions of the end valve 120, as shown in FIG. 6. In addition, means for connecting the outer wall to the insert are provided at only one end of the box.

The blank is intended for packing one or more products, for example, bags, and for demonstrating them in a cardboard box by means of a demonstration window made in the form of recesses in the end walls 122 and 126. An access structure is provided for providing access to the interior of the box, which An embodiment is formed by a plurality of tear lines. Lines for tearing 101, 104, 102 and 108, 103 are made in the walls 134, 118, 120, 114 and 130 to determine the removable cover. The cover includes walls 147 and 145, as well as an end valve 122, an upper wall 112, and part of an end valve 120. To facilitate removal of the cover, a hole and a tongue 143 for a finger are provided in the end valve 120.

In some embodiments, the lid is provided with a fold line 106, which is used so that the lid can be partially bent back to release the contents of the box.

7 shows an insert 150 that is placed between the outer edges of the bags and the outer walls of the box to provide additional protection. In this embodiment, the preform includes opposed middle walls 152 and 156 and a fixed wall 154 pivotally connected together along fold lines 158 and 160.

On Fig-18 shows a third embodiment of the present invention, similar to the first embodiment, and therefore, to indicate similar parts used the same position numbers only with the addition of the number “2” before the previous position number. Here, only differences between the first and third embodiments are described in more detail.

On Fig shows that the design of the end walls 224, 226, 220, 222 and the end valves 232, 234, 228, 230 are very similar to the design of the same elements of the first embodiment. The fundamental difference is that in this embodiment, a handle is provided. The handle H is cut out in the upper wall 212, defining it with the opposite cut lines 227a, 227b; 261a, 261b; 229a, 229b and its swivel lines along the fold lines in the region of the central part of the upper wall 212.

Preferably, the handle H extends to the adjacent side or in the end walls. In this embodiment, the handle extends into the side walls 218 and 214 and is pivotally connected to them along fold lines 221 and 223, respectively. The handle is separated from the side walls 218 and 214 by extensions of the cut lines 227 and 229, respectively, which terminate at the ends of the fold lines 221 and 223. Support hand valves 265 may also be provided that are pivotally connected to opposite side edges of the handle N.

On Fig shows the workpiece 250 of the insert and, again, it is placed between the outer edges of the bags and the outer walls of the box to provide additional protection. In this embodiment, the insert blank includes opposed middle walls 252 and 256 and a fixation wall 254 pivotally connected together along fold lines 258 and 260.

The blank of insert 250 is also provided with additional valves 251 and 257. When used with valves, they cover small packets that must be held in position in the box.

Returning to the design of cardboard boxes from any blanks shown in FIGS. 1, 6 or 14, and inserts from blanks shown in FIGS. 2, 7 or 15, it should be said that a number of successive bending and gluing operations are required to form each blank, which are preferably performed on a straight line of machines so that it is not necessary to rotate or rearrange the box and the workpiece to complete the assembly. The bending process is not limited to those described below and can be changed according to specific technological requirements.

When forming the insert 1 in accordance with the first embodiment of the workpiece 50 shown in FIG. 2, the middle partitions 52 and 56 are bent, leading out of the plane of the workpiece and retracted from the wall 54 for fixing, along the fold lines 58, 60 so as to arrange them essentially perpendicular, with the middle partitions 52 and 56 are arranged essentially parallel and at a distance from one another. To form individual cells O (shown in FIG. 3), the transverse partitions 62 and 64 are moved out of the planes of the middle partitions 52 and 56, respectively. First, the baffle 62c is folded along the fold lines 66c and 68c so that the protruding part 98 protrudes from one side of the middle baffle 52. To do this, the transverse baffle 62c is rotated relative to the bend lines 66c and 68c so that the wall protrudes from both sides of the middle baffle 52. Preferably, so that the transverse baffle 62c is substantially perpendicular to the middle baffle 52. Similarly, the transverse baffles 62a and 62b are rotated in the same manner.

The transverse partitions 64a, 64b, 64c are rotated in the same manner, with the septum 64c being folded out of the plane of the middle septum 56 along the fold lines 80c and 82c, and arranged so that the transverse wall 64c protrudes from both sides of the middle septum 56 perpendicular to her. The protruding part 96 is brought inward and brought into contact with the corresponding protruding part 98. It is preferable that the corresponding protruding parts 96, 98 be bonded to each other by gluing or other suitable methods known in the art, by means of which a rigid insert 1 is created. Partitions 64b and 64a are formed in the same manner, and therefore this process is not described in more detail here. Thus, the insert is brought to the finished state, as shown in FIG. 3. It can be seen that the insert includes twelve O cells, formed so as to separate and support the products in adjacent cells.

Insert I is prepared for placement in it of products that are loaded by performing appropriate movements in the vertical direction between products A and insert I while the insert is moving forward. Products are introduced into their respective cells through the open lower sides of the insert. In an alternative embodiment, the articles may be introduced into their respective cells from the top of insert I.

The outer cardboard box C is formed by removing the upper wall 12, the first side wall 14, the lower wall 16 and the second side wall 18 from the blank plane and folding them along fold lines 13, 15 and 17 so as to fold them in the form of a tubular structure, shown figure 4. The upper wall 12 and the side wall 18 are fastened together by means of a fixing valve 40. In these embodiments with a fixing valve 40, it is attached to the side wall 18 by folding along the fold line so as to be attached to the side wall 18 by gluing or some other suitable by a method known in the art.

The box is in the intermediate stage of the packaging process when the products and the insert are already inserted into the box C from one of its ends. Figure 4 shows that the end walls 20 and 24 and the end flaps 28 and 32 are bent outward along the fold lines 36 to guide the products and insert into the box. Preferably, the opposite end wall is formed prior to loading the products, when the end valves 30 and 34 are bent inward along the bend lines 31 and 39, respectively. After that, the end walls 22 and 26 are bent inward along the fold lines 35 and 38 so as to attach the end valves 30 and 32 by gluing or by any other method known in the art. After that, the box takes the form shown in Figure 4.

To complete the packing of box C, insert I must be attached to one of the end walls 20 or 24. Now the end valves 28 and 32 are bent inward along the fold lines 36 so that parts of the end valves 28, 32 are in contact with the end wall 54 of insert I and that the recesses 42 and 46 were aligned as shown in FIG. 5.

The end walls 20 are folded down along the fold line 36 and optionally attached to the end flaps 28 and 32 by gluing or some other method known in the art. In an alternative embodiment, the end wall 20 is held in place by the end wall 24, which is attached to the end valves described below. Thereafter, the lower end wall 24 is folded inward along the crease line 33 and secured to the end flaps 28 and 32 by gluing, for example, adhesive strip G2 or by any other suitable method known in the art. To attach insert I to end wall 24, an adhesive strip G1, in this embodiment, is applied in a substantially straight line against the side edges of the end flaps so that the adhesive is applied through recesses 42, 46 to the insert.

In alternative embodiments, glue can be applied to various sections of the workpiece where holes are used instead of recesses. By bending the end wall 24 inward, it is fastened, bringing into contact with the surface, with the end valves 28 and 32 and part of the insert I open, thanks to the first and second recesses. Thus, insert I is attached directly to the outer wall of the box by applying glue in a standard manner, i.e. using a glue gun in straight lines. Thus, the box is in a fully packaged condition.

The formation of the cardboard box according to the second embodiment is similar to the process according to the first embodiment in that the outer box C is formed by removing the upper wall 112, the first side wall 114, the base 116 and the second side wall 118 from the plane of the blank and bend them along the fold lines 113 115 and 117 so as to be folded into the tubular structure shown in FIG. The base 116 and the side wall 118 are fastened together. In these embodiments with a fixing valve 140, it is attached to the side wall 118 by folding along the fold line 142 so as to be attached to the wall by gluing or other suitable methods known in the art.

The insert is inserted into a cardboard box, as shown in Fig. 8, which contributes to the tightening of the outer box and maintaining it in the assembled state. After that, the products and end valves 130 and 134 and end walls 122, 126 are bent inward and fastened together to define a demo window, as shown in FIG. 9, into the box.

Figure 10 shows the opposite end wall, formed in the same manner as in the first embodiment, where the end wall 120 is folded down along the fold line 136 and optionally attached to the end flaps 128 and 132 by gluing or other suitable methods known in this areas of production. Thereafter, the lower end wall 124 is folded inward along the bend line 133 and attached to the end flaps 128 and 132 by gluing, for example, portions G of glue or other suitable means known in the art. To attach the insert to the end wall 124, a strip of glue G, in this embodiment, is applied essentially in a straight line between the opposite side edges of the end flaps so that the glue passes through the recesses 42, 46 onto the insert.

By bending the end wall 124 inward, it is brought into contact and fastened to the end flaps 128 and 132 and the part of the insert released by the recesses 142, 146. Thus, the insert is attached directly to the outer wall of the box by applying glue according to a standard method, i.e. using a glue gun in straight lines. Thus, the box is in a fully packaged state, as shown in FIG. 11.

To remove the lid and provide access to the interior of the cardboard box, as shown in Figs. 12 and 13, the consumer must pull the pull tab and tear the lid from the box by tearing along the tear lines 102, 113, 115, 104, 108, 101 and 103 to separate it as shown in FIG. 13, and thus, to release products A.

On Fig presents an outer cardboard box made in accordance with the third embodiment, which is formed and loaded in the same ways as described above. In this embodiment, the insert is attached to the outer parts of the end walls from each end. This is achieved by introducing valves 251 and 257, which are visible through the recesses 242, 246, as shown in FIG. After that, the end wall 226 is attached directly to one or both walls 251, 257 by applying glue in a standard way.

The handle is activated by the consumer by pushing the handle valves inward to release the handle shown in FIG. 18. When lifting the handle, it is separated from the upper and side walls along the cut lines 227, 229 and 261. The handle is rotated relative to the upper wall 212 using elements 267 that rotate relative to their hinges between the handle H and the side walls 218 and 214 to dissipate some load, arising when lifting the handle.

To provide access to the interior of the cardboard box shown in Fig. 19, a lid is cut out in the upper wall 212 and pivotally connected to the end wall 222. The lid is connected to the upper and side walls by tear lines 227, 229 and 225, in case of a break along which the lid is separated from the corresponding walls, to release the products contained in the box.

The present invention and its preferred embodiments relate to solutions for fastening together the outer end walls and at least one insert wall, however, the invention can be applied to a number of packaging means and is not limited to the completely closed types mentioned above, but can be used in a number of cases where it is desirable to attach a separate blank to an outer cardboard box by contacting surfaces and where the adhesive is applied once.

It should be borne in mind that the terms used here and referring to the direction (position), for example, “top”, “base”, “butt”, “side”, “inside”, “outside”, “upper” and “lower” they do not limit the direction (position) of the corresponding walls with these definitions, but simply serve to distinguish these walls from others. Any swivel references should not be construed as necessary, referring to a single fold line; in fact, it has been found that a swivel can be made in the form of one or more of the following options: in the form of a groove, a line for tearing or a fold line, without departing from the scope of the present invention.

It should be borne in mind that various changes can be made within the framework of the present invention, for example, the size and shape of the walls and holes can be adjusted so that they correspond to products of various sizes and shapes, alternatively closing methods from above and below can be used. One hole for applying glue can be made in several ways. A box may contain more than one product in various product layouts. An additional wall (s) may be provided between the main and transverse walls to accommodate the products so as to form a curved surface between them.

Claims (18)

1. A package for placing one or more products therein, including a cardboard box containing a plurality of walls for forming a tubular structure, in which each end of the box is closed by a first wall pivotally connected to one of the walls, the intermediate wall being pivotally connected to the other wall of the box and adapted to such an arrangement that at least a portion of said intermediate wall is in contact with the inner surface of the first wall, with the whole additionally located inside the box the avka associated with one or more products, and the insert includes a second wall in which a hole or recess is made in the intermediate wall so that with adhesive applied to the outer surface of the second wall and the intermediate wall, the first, second and intermediate walls can be fastened together when the surface is brought into contact at least partially to close the end of the box. 2. The packaging according to claim 1, in which the intermediate wall is equipped with an end valve, and the hole is a recess cut in the free lateral edge of the end valve. 3. The package according to claim 2, in which the second end valve is provided with a recess located so that it can be combined with the first recess so as to ensure that the first wall is attached directly to the second wall by applying glue to part of the second wall through the first and second recesses . 4. Packaging according to any one of claims 1 to 3, in which the insert further comprises a middle wall pivotally connected to the second wall and located along the other wall. 5. The package according to claim 4, in which the insert further includes a second middle wall located along another another wall located opposite said other wall, said first and second middle walls being pivotally connected to opposite side edges of said second wall, respectively. 6. The package according to claim 5, in which the transverse partition is connected with the possibility of bending with the aforementioned first middle wall by a pair of spaced apart folding lines located between opposite edges of the transverse partition so that it is possible to form a wall that protrudes outward from both sides of said first wall when forming an insert in an assembled box. 7. The packaging according to claim 6, in which the second middle wall is provided with a transverse partition pivotally connected to it with the possibility of attaching to the transverse partition of the first middle wall. 8. The package according to any one of claims 1 to 3, in which one or more walls are defined by the connection in the form of lines for tearing to facilitate the separation of part of the package, and a demo window is formed with access to products in the box. 9. Packaging according to any one of the preceding paragraphs, which further comprises a cut-out handle pivotally connected to one or more walls. 10. A cardboard box containing an outer shell comprising a plurality of outer walls, and an insert including a fixed wall attached to one of the outer walls, a middle wall articulated to a fixed wall, and a transverse partition connected with the possibility of folding with the middle wall by means of a pair spaced bending lines located between opposite edges of the transverse septum with the possibility of forming a wall protruding outward on both sides of the said middle wall when mation collected in the insert box. 11. The cardboard box of claim 10, in which the second middle wall is pivotally connected to the fixed wall, and the fixed wall is located between the first and second middle walls. 12. The cardboard box according to claim 11, in which the second middle wall is provided with a transverse partition pivotally connected to it with the possibility of fastening this transverse partition with a transverse partition of the first middle wall. 13. A blank for forming a cardboard box for packaging a plurality of articles, including an upper, lower, and opposite side walls pivotally connected to each other in series, an end wall pivotally connected to a lower wall, and an end valve pivotally connected to one of said side walls, and a separate blank for forming the insert, including a fixed wall connected to the middle wall, where an opening is made in the end valve for applying glue to the outside during assembly of the cardboard box the surface of the fixed wall and on the end valve for fastening together the aforementioned end wall, end valve and the fixed wall when their surfaces are brought into contact in the assembled state. 14. The workpiece according to item 13, in which the hole is made in the form of a recess cut in the free lateral edge of the end valve. 15. The blank according to 14, in which the second end valve is pivotally connected to the other side wall and is provided with a recess located so that the end wall can be attached directly to the fixed wall by applying glue to part of the fixed wall through the first and second recesses. 16. The blank according to any one of paragraphs.13-15, in which the insert further includes a transverse partition cut from the middle wall and connected with the possibility of bending with the middle wall through a pair of spaced bending lines located between opposite edges of the transverse partition, with the formation a wall protruding outward on both sides of said middle wall when forming an insert in an assembled box. 17. A blank for forming an insert, comprising a middle wall including a transverse partition connected with the possibility of bending with it by means of a pair of spaced bending lines located between opposite edges of the transverse partition, with the possibility of forming a wall protruding outward from both sides of the said middle wall when forming the insert in the assembled box. 18. The workpiece according to claim 17, further comprising a second middle wall connected to the first middle wall by means of a fixed wall located between the first and second middle walls.

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