ES2260257T3 - PACK OF CARTON, INSERTED ITEM AND TROQUELS THAT SERVE TO FORM THEM. - Google Patents

Abstract

Packaging intended to carry one or more articles (A) comprising a cardboard (C) having a plurality of wall panels (12, 14, 16, 18; 112, 114, 116, 118; 212, 214, 216, 218) allowing forming a tubular structure, in which each end of the cardboard container is closed by a first panel (20, 22, 24, 26; 120, 122, 124, 126; 220, 222, 224, 226) articulated to one of the wall panels, an intermediate panel (28, 30, 32, 34; 128, 130, 132, 134; 228, 230, 232, 234) articulated to another wall panel (14, 114, 214) of the cardboard container and adapted to be placed in such a way that at least a part of said intermediate panel is placed with its surface in contact with the inner surface of the first panel, said packaging further comprises an element inserted (I) in said cardboard container, characterized in that the intermediate panel is placed with its surface in contact with at least a part of the inserted element, an opening (42, 44, 46, 48; 242, 244, 24 6, 248) or a hole is provided (a) in the intermediate panel such that by applying glue to the element inserted in an area corresponding to the opening or fixed hole together said inserted element, first panel and intermediate panel.

Description

Cardboard container, inserted element and dies They serve to form them.

The present invention consists of a container of cardboard and a die intended to form a cardboard container for carry a plurality of articles and an element structure inserted associated to the carton in order to provide additional protection to the items contained in the packaging of paperboard.

The use of an inserted element or a separation in a cardboard container is well known in the form of a medium that serves as a cushion between the articles and / or between articles and exterior walls in order to protect them. In This type of cardboard packaging, the inserted element can move on a vertical plane, which is not desirable, since in case the inserted element passes into a position vertical, it would no longer serve as a cushion between, for example, collars bottle.

Some inserted elements are formed from of a unit die, which can reduce the rigidity of the inserted item deployed. In US 4 294 398 and US 5 529 240 we give examples of inserted elements formed from single die

The present invention aims to remedy the prior art problems or at least decrease them

An advantage of this provision is the fact that that the inserted element structure is held in a position next at the bottom of the cardboard container. It is important to keep the element inserted in said position to allow the structure of inserted element serve as a cushion between the bottles. Favorably, the amount of cardboard used to make the inserted element structure can be reduced and we can use standard end panel fixing equipment to fix the structure of the element inserted on the outside of the cardboard container.

A first aspect of the invention presents a packaging intended to carry one or more items comprising a cardboard container that has a plurality of wall panels which allows to form a tubular structure, in which each end of the cardboard container is closed by a first panel articulated to one of the wall panels, and an intermediate panel articulated to another cardboard panel wall panel and adapted to be placed such that at least a part of said intermediate panel it is arranged with its surface in contact with one face with the internal surface of the first panel. The packaging also includes an inserted element placed in the cardboard container. The panel intermediate is arranged with its surface in contact with a face with at least a part of the inserted element, and an opening or a gap is provided (or) in the intermediate panel so that the glue application on the outer face of the element element inserted in an area corresponding to the opening or fixed hole together said inserted elements, the first panel and the panel intermediate.

Preferably, the intermediate panel includes a end flap and opening is provided by a hollow taken out from the free side edge of the end flap.

Preferably, a second end flap it is provided by a hole corresponding to the first hole of so that the first panel is fixed directly on the element inserted by the queue application to this part of the inserted element visible through the first and second gaps

According to an optional feature of this aspect of the invention, the inserted element structure it comprises a half panel articulated to the panel that is fixed on the cardboard container and placed along the other wall panel.

Preferably, the element structure inserted also comprises a second middle panel arranged at along another wall panel placed in opposition to the other panel of wall, where the first and second middle panels are linked so articulated to the opposite side edges of the fixing panel, respectively.

Preferably, a cross-sectional panel of separation is articulated to the first middle panel by a pair of spaced fold lines that are in the middle of the opposite ends of the separation cross panel, in order to create a panel that extends outwards from both sides of said first middle panel when the structure of Inserted element is mounted to form a packaging.

Preferably, one or more of the panels of wall are defined by a brittle connection that allows facilitate the release of a part of the packaging to define a fixing window with access to the articles contained in the inside.

According to an optional feature of this aspect of the invention, the packaging further comprises a handle removed from and fixedly articulated to one or more of the wall panels

A second aspect of the present invention provides a die intended to form a cardboard container that allows carrying a plurality of articles, comprising a panel top, a base panel and opposite side wall panels articulated together in series, an end panel bonded so articulated to the base panel and a connected end flap of articulated manner to one of said side wall panels and a separate die intended to form an element structure inserted comprising a fixing panel linked to a panel means, medium. An opening is provided in the end flap, of so that, during the realization of the cardboard container, it is applied glue on an external surface of the fixing panel through the opening in the end flap in order to fix together said end panels, end flap and fixing panel, when said end panels, end flap and panel of fixing are placed together with their surfaces in contact in A condition displayed.

Preferably, the opening is provided by a hole taken from the free side edge of the flap extreme

Preferably, a second end flap it is connected in an articulated way on the other wall panel lateral and provided by a recess corresponding to the first recess of such that the end panel is fixed directly on the fixing panel by application of glue on a part of the panel fixation visible through the first and second gaps.

According to an optional mode of this aspect of the invention, the inserted element structure further comprises a cross-sectional panel removed from the middle panel and connected in an articulated manner on the middle panel by a couple of spaced fold lines located in the middle of the ends Opposite cross-sectional panel, in order to create thus a panel that extends outwards from both sides of the first middle panel when the element structure inserted is mounted to form a packaging.

Examples of particular modes of embodiment of the invention will now be described, as example only, referring to the attached drawings, in the which:

Fig. 1 illustrates the die intended to form the outer part of the carton according to a first mode of embodiment of the present invention;

Fig. 2 illustrates the die intended to form the element structure inserted according to a first mode of embodiment of the present invention;

Fig. 3 illustrates the element structure inserted in a mounting condition formed from the die of Fig. 2:

Fig. 4 shows the cardboard container and the element structure inserted in a deployed condition and loaded with items;

Fig. 5 illustrates the unfolded cardboard container and loaded from Fig. 4, whose end panels that are fixed to the end flaps in order to complete the building;

Fig. 6 illustrates the die intended to form the outer part of the carton according to a second mode of embodiment of the present invention:

Fig. 7 illustrates the die intended to form the element structure inserted according to a second preferred mode of embodiment of the present invention;

Figs. 8, 9 and 10 illustrate the construction and the loading of the carton from the die of Fig. 6;

Fig. 11 illustrates the cardboard container unfolded and loaded from Fig. 10, whose end panels are fixed on the end flaps in order to complete the construction of the cardboard container;

Figs. 12 and 13 illustrate the carton whose cover has been removed;

Fig. 14 illustrates the die intended to form the outer part of the carton according to a third mode of embodiment of the present invention;

Fig. 15 illustrates the die intended to form the element structure inserted according to a third mode of embodiment of the present invention;

Figs. 16 and 17 illustrate the construction and the loading the carton from the die of Fig. 15;

Fig. 18 illustrates the cardboard container unfolded and loaded from Fig. 17, whose end panels are fixed on the end flaps in order to complete the construction of the cardboard container;

Fig. 19 illustrates the carton whose lid has been withdrawn;

Detailed description of the preferred modes of realization

If we refer to the drawings and, in particular to Figs. 1 and 2, we find represented an embodiment of a die to form a cardboard container and a die intended to form an inserted element structure made to from corrugated paper or sheet materials that can be similar folding. It is planned that a die can be used unit for the carton and for the element structure inserted without leaving the scope of the invention. In the modes of embodiment described below, the carton is of the type "completely closed". So, we should give each other realize that the present invention could be applied on cartons of the "panoramic" or "basket" types, in the inserted element must be fixed to one of the panels outside

In reference to the first particular mode of embodiment, shown in Fig. 1, the die 10 comprises a plurality of panels to form the upper, base wall and the opposite side walls, on this drawing a panel of upper wall 12, a first side wall panel 14, a panel of base wall 16 and a second side wall panel 18, linked articulated one with the next in series along the  fold lines 13, 15 and 17 respectively.

The ends of the cardboard container are constructed from one or several end panels. In this mode of realization. opposite end panels 20 and 22 are linked from articulated way to opposite ends of the wall panel upper 12 along the fold lines 36 and 38 respectively. A second pair of end panels 24 and 26 is provided along opposite edges of base panel 16 and linked to said base panel in an articulated manner, along the fold lines 36 and 38 respectively.

Preferably, a pair of end flaps 28, 30 are linked in an articulated manner to the first wall panel side 14 along opposite end edges and are linked to said edges by the fold lines 36, 38 respectively. Likewise a second pair of end flaps 32, 34 are linked in an articulated manner to the wall panel lateral 18 along the fold lines 36, 38 respectively. The end panels 20, 22; 32, 34 are fixed normally to end flaps, so that when use the carton, the end flaps support the end walls to improve stiffness.

The cardboard package further comprises one or several holes taken from the end flaps. When use the carton, the hole allows the structure of inserted element I (Fig. 4) be fixed on one or more of the end panels 20, 24 described below. In this mode of embodiment 42. 46, a pair of gaps is provided in the flaps end 28, 32 that are located in their positions corresponding along opposite side edges, with in order to correspond at the time of unfolding the container of paperboard. Preferably, a second pair of holes 44, 48 is applied on opposite end flaps 30, 34, so that the inserted element structure can be inserted from one of the two ends to be fixed on the outside of the container of cardboard, described in more detail below.

It is foreseen that the gap is not limited to the shape illustrated in Fig. 1 and, in fact, said gap could be replaced by another means that would allow the structure of Inserted element be juxtaposed to the end panel. For example, end flap 28 could end at the bottom edge of the gap 46 or, alternatively, one or more openings could be removed from end flaps 28 and / or 32.

In reference to the construction of the structure of inserted element, a die 50 is made, as shown in Fig. 2, comprising one or more means of separation panels and a fixing panel, said die further comprises, therefore less, a cross sectional panel. So, for a container of cardboard containing a group of four items in one 2 x 2 arrangement, a single middle panel and a single panel are required transverse together with the end panel. We contemplate others provisions, so that in order to receive three rows of articles, two middle separation panels are made.

In the particular embodiment that is illustrates, a first middle separation panel 52, a panel of end 54 and a second middle separation panel 56 are linked together in an articulated manner along lines 58 and 60 and it adapt to receive twelve items in a 3 x 4 layout.

Fig. 2 ours a middle separation panel 52 which is made from three separation panels transversal 62a, 62b and 62c. Each cross separation panel it is similar, only panel 62a is described with more detail.

The transverse separation panel 62a fits to the middle separation panel 52 along the upper lines and lower fold 66a and 68a, in order to create a panel that extends outward from both sides of the middle panel of separation 52. We can see in Fig. 2 that, in this mode of particular embodiment, the fold lines 66 and 68 are aligned in a vertical plane The upper and lower edges of panel 62a are adapt to extend one side of the middle panel and are defined by cutting lines 76 and 78 respectively, which separates the panel 62a of the middle panel 52. The cutting line 76 extends from the lower end of the fold line 66 to the upper end of the upper fold line 66b linking panel 62b with panel medium 52. Similarly, the cutting line 78 extends from the upper end of the fold line 68 to the lower end of the bottom fold line that links panel 62b with panel medium 52.

In addition, fold lines 77 and 79 define respectively the upper and lower edges of the part of the transverse separation panel that will extend to the outside from the other side of the middle panel 52. The edges opposite sides of the separation cross panel 62a are supply along the cut lines 72 and 74 respectively and, so optional, through openings 70a, 70b.

Near one of the side edges 74 of the separation panel 62a there is a projecting part 98 used for covering the part 96 of the transverse panel 64a taken from the another middle separation panel 56 and described in more detail more down.

The second middle separation panel is also made from three transverse separation panels 64a, 64b and 64c. Each separation panel is similar, only the panel 64c is described in more detail.

The transverse separation panel 64c is similar to the transverse separation panel 62a, the first one adapts, preferably, in order to extend outwards on both sides of the middle panel 56. Thus, panel 64a is connected to the middle separation panel 56 along the lines of fold 80c and 82c that line up in a vertical plane, in this embodiment. The upper and lower edges of panel 64a that extend on one side of the middle panel are defined by the cut lines 86 and 87 respectively, said cut lines they separate the panel 64a from the middle panel 56. The cutting line 86 is extends from the upper end of the fold line 82c to the lower end of the upper fold line 82b linking the panel 64b with the middle panel 56. Similarly, the cutting line 87 extends from the lower end of the fold line 80c to the upper end of the lower fold line 80b linking panel 64b with middle panel 56. A cut line is made additional 84 to define the part to be extended towards the outside from the other side of the middle panel 56. The cutting line 84 also defines a projecting part 96 used to cover the part 98 which is taken from the transverse panel 62c of the other middle separation panel 52 and which has been described in more detail higher.

In addition, a tongue 92 and cut lines 90 extended from the end edge of the panel transverse 64a. Additionally or alternatively, openings 70 taken from the middle separation panel 52 could be also made. When the carton is used, said openings cause separation of panels 62a and 64a from middle separation panels 52 and 56 respectively.

A plurality of openings 88, 94 taken from each of the panels of transversal separation 64a, 64b, 64c and an opening corresponding 94 can be removed from the end panel 54: these are used by appropriate machinery in order to open the transverse panels during the mechanical construction of The element structure inserted.

Referring now to the second mode of embodiment of the present invention as illustrated in the Figs. 6 to 13. The second mode being similar to the first mode of realization, the common elements are designated by them reference numbers but affected by the prefix "1", and Only the differences are described in more detail.

In this particular way. the gaps 142 and 146 they are made in opposite positions and spaced on the flap of end 120, as shown in Fig. 6. In addition, it is provided the means to link the outer panel to the element structure inserted into a single end of the cardboard container.

The die is adapted to receive one or more items, for example, bags, and to be fixed within the cardboard container by means of a fixing window formed by the gaps in end panels 122 and 126. In order to access inside the carton, an access structure, is provided, in this particular way, by a plurality of lines brittle Brittle lines 101, 104, 102 and 108 are formed in panels 134, 118, 120, 114 and 130 in order to define a cover That can be withdrawn. Said cover is provided by the panels 147 and 145 as well as by the end flap 122, the wall panel upper 112 and a portion of the end flap 120. In order to collaborate when removing the lid, an opening and a Finger tab 143 are made on end flap 120.

In certain particular ways the lid is made with a fold line 106, said fold line is used to fold the lid partially back, in order to reveal The contents of the cardboard container.

The inserted element structure 150 is illustrated in Fig. 7 and is placed between the outer edges of the bags and outer walls in order to provide a  extra protection In this particular way, the middle panels opposites 152 and 156 and the fixing panel 154 are linked together of articulated way along the fold lines 158 and 160, as shown in Fig. 7.

Referring now to the third mode of embodiment of the present invention as illustrated in the Figs. 14 to 18. The third mode being similar to the first mode of realization, the common elements are designated by them reference numbers but affected by the prefix "2", and Only the differences are described in more detail.

We will realize from Fig. 14 of fact that the construction of end panels 224, 226: 220, 222 and end flaps 232, 234; 228, 230 is very similar to that of the first embodiment. The main difference it is the fact that in the particular present node a handle structure The handle is pulled from the top panel 212 by the opposite cutting lines 227a, 227b; 261a, 261b; 229a, 229b in order to define a handle band H. said linked handle of articulated manner to said upper wall panel along the fold lines that are close to the central part of the panel superior 212.

Preferably, the handle band H extends inside the side walls or near ends. In In this particular way, the handle band extends within the side wall panels 218 and 214 and is linked so articulated to said panels along the fold lines 221 and 223 respectively. The handle band separates from the panels side wall 218 and 214 by extensions of the cutting lines 227 and 229 respectively, which end at the ends of the lines of fold 221 and 223. In addition, support flaps can be made of hand 265, linked in an articulated way to the side edges opposite of the handle band H.

The die that serves to form the element 250 inserted is illustrated in Fig. 15 and, again, is placed between the outer edges of the bags and the outer walls in order to provide extra protection. In this mode particular, the opposite middle panels 2.52 and 256 and the panel of 254 binding are linked together along the fold lines 258 and 260, as shown in Fig. 15.

The die that serves to form the element 250 inserted is also provided with additional flaps 251 and 257. In fact, these flaps wrap the bags while they say Small bags are loaded in the cardboard container.

In reference to the construction of the packaging of cardboard from any one of dies illustrated in the Figs. 1, 6 or 14, and of the element structure inserted from of the dies that serve to form the inserted element illustrated in Figs. 2, 7 or 15, each die requires a series sequential fold and queue application operations, these operations are best performed with a process machine linear, so that it is not necessary to reverse or rotate the die or cardboard container to complete the construction of the same. The folding procedure is not limited to what is described below and could be altered according to the needs of manufacturing.

If we deal with the construction of the inserted element structure I of the first particular mode of embodiment from die 50, shown in Fig. 2, the middle separation panels 52 and 56 are folded out of adjustment in relation to the fixing panel 54 along the lines of fold 58, 60 in order to be placed in an arrangement substantially perpendicular, according to said arrangement the panels separation means 52 and 56 are substantially parallel and are in A spaced arrangement. In order to build the cells Individuals O (shown in Fig. 3), the separation panels transverse 62 and 64 are passed to an unadjusted position in relation to the middle separation panels 52 and 56 respectively. Referring first to the cross-sectional panel of 62c separation. said panel folds along the lines of fold 66c and 68c so that the projecting part 98 is folded inside on one of the sides of the middle panel 52. We will give each other account of the fact that said separation cross panel 62c pivots next to the fold lines 66c and 68c so that said panel extends from both sides of the middle panel 52. Preferably, the separation cross panel 62c is substantially perpendicular to the middle panel 52. Similarly, panels 62a and 62b are formed in the same way.

Transverse separation panels 64a, 64b and 64c are formed in the same manner in which panel 64c folds being mismatched in relation to panel 56 along the lines 80c and 82c, and is pivoted so that said panel 64c extending from both sides of the middle panel 56 in a noticeably perpendicular relationship in relation to the latter. The protruding part 96 extends inside and is put on top of retention with the corresponding projecting part 98. Preferably, the corresponding portions on projection 96, 98 are fix together by glue or other appropriate means known in the bouquet, which creates a rigid element I inserted structure. Panels 64b and 64a are formed in the same manner as said panel 64c, and we will not describe them in more detail. Thus, the structure of inserted element is in a mounting condition, such as It is shown in Fig. 3. We will realize that there are twelve cells Or formed to separate and support items in cells adjacent.

The inserted element structure I is ready To receive items, those items are loaded with a relative vertical movement between items A and the structure of inserted element I during the feeding movement towards in front of. Items enter their respective cells through of the open bottom of the inserted element structure. So alternatively, the said items could return to their cells respective across the top of the structure of inserted element I.

The outer part of the cardboard container C is build by folding the top panel 12, the first wall panel side 14, the base panel 16 and the second side wall panel 18 in a mismatched way relative to each other along the fold lines 13, 15 and 17 before being folded to form a tubular structure, shown in Fig. 4. The wall panel upper 12 and side wall panel 18 are fixed together by the fixing flap 40, said flap is fixed on the panel lateral 18 by folding it along the fold line 41 with the in order to be fixed on the side panel 18 by application of glue or other appropriate means known in the field.

The cardboard container is in a stage construction intermediate according to which the items and the inserted element structure are inserted into the packaging of  C cardboard from one end. We will realize if we observe Fig. 4 of the fact that the end panels 20 and 24 and end flaps 28 and 32 are folded outwards along the fold line 36 in order to guide the items and the element structure inserted inside the cardboard container. Preferably, the opposite end wall is formed before receiving the items. So, the flaps of end are now folded inward along of the fold lines 31 and 39 respectively. Next. the end wall panels 22 and 26 are folded inwards along the fold lines 35 and 38 in order to be fixed on end flaps 30 and 32 by the application of glue or other appropriate means known in the field. The container cardboard is now in the stage illustrated in Fig. 4.

In order to complete the construction of the carton C, the insert element structure I should be fixed on one of the end wall panels 20 or 24. To this end, the end flaps 28 and 32 are folded towards the inside along the fold line 36 such that a part of the end flaps 28, 32 be put on top of retention with the end wall 54 of the element structure inserted I, and holes 42 and 46 are adjusted, as shown in Fig. 5.

The end wall panel 20 is folded down along the fold line 36 and fixed, of optionally, on end flaps 28 and 32 by the application of glue or other appropriate means known in the bouquet. Alternatively, the end wall 20 is held in place with the help of end wall panel 24, which is fixed on the end flaps described below. After the  bottom end wall panel 24 folds inward to along the fold line 33 and fixed to the flaps of end 28 and 32 by the glue application, such as the glued band G2, or other appropriate means known in the field. With the purpose of fix the inserted element structure I to the wall panel of end 24, in this embodiment, a glued band G1 is applied in a substantially rectilinear line that is in middle of the opposite side edges of the end flaps, of such that glue is applied on the element structure inserted through the holes 42, 46.

In alternative embodiments, we can apply glue on different areas of the die, such as those in which openings are used instead of gaps Folding the end wall panel 24 inwards, said panel is fixed in contact with one face to the flaps of end 28 and 32 and to the part of the element structure inserted I, which is revealed by the holes 42, 46. Thus, the structure of inserted element I is fixed directly on a wall outer carton by applying glue with help of a standard method, that is to say using an injector of tail. This is how the carton is in a condition deployed

The construction of the second carton embodiment is similar to that of the first embodiment in which the outer part of the carton C is constructed folding the upper wall panel 112, the first wall panel side 114, the base wall panel 116 and the second panel of side wall 118 in a mismatched ones with respect to the others along the fold lines 113, 115 and 117 for form a tubular structure, shown in Fig. 8. The panel of base 116 and side panel 118 are fixed together. In these modes particulars containing this fixing flap 140, said flap is fixed on side panel 118 bending along of the fold line 142 in order to be fixed on the panel side 118 by application of glue or other means appropriate known in the field.

The inserted element structure is inserted into the carton, as shown in Fig. 8, what which helps reinforce the outer part of the carton and Keep it in a deployed condition. Next, the items are loaded in the carton and end flaps 130 and 134 as well as end panels 122, 126 are folded inside and they are fixed together to form a fixing window, as shown in Fig. 9.

Fig. 10 shows the opposite end wall and formed similarly to that of the first embodiment, according to which the end wall panel
120 is folded down along the fold line 136 and optionally fixed on the end flaps 128 and 132 by application of glue or other appropriate means known in the branch. Then, the lower end wall panel 124 is folded inwardly along the fold line 133 and fixed on the end flaps 128 and 132 by glue application, such as glued parts G, or other appropriate known means in the bouquet. In order to fix the element structure inserted to the end wall panel 124, in this embodiment, a glued band G is applied in a substantially rectilinear line that lies between the opposite side edges of the end flaps, of in this way, glue is applied to the element structure inserted through the holes 42, 46.

Folding end wall panel 124 toward inside, said panel is fixed in contact with a face with the end flaps 128 and 132 and the structure part of inserted element I revealed by gaps 142, 146. Thus, the inserted element structure I is fixed directly on an outer wall of the carton by the application of glue with the help of a standard method, that is to say using an injector of tail. This is how the carton is in a condition assembly as shown in Fig. 11.

\hbox{artículos
A.}

In order to remove the lid to be able to access the contents of the cardboard container, copy is shown in Figs. 12 and 13, the consumer pulls the tongue to be pulled up and tears the lid of the cardboard container at the same time as the connections
brittle 102, 113, 115, 104, 108, 101 and 103 also tear, in order to separate said lid, as shown in Fig. 13, and reveal the

 \ hbox {articles
TO.} 

In reference to the third embodiment illustrated in Fig. 16-19, the outside of the Cardboard container is formed and loaded identically to the described above. In this embodiment the structure of inserted element is connected to the outer panels of the end walls at each end. Flaps 251 and 257, appearing through gaps 242 and 246 as shown in the Fig. 17, facilitate the operation. Then the end wall 226 is directly fixed on one or both panels 251 and 257 by applying glue with the help of a standard method.

The handle is built when the consumer sinks the hand flaps inward to reveal the handle band shown in Fig. 18. The separation of the handle band from the upper wall occurs when it rises because of the lines of cut 227, 229 and 261. The handle band is connected so articulated on the upper wall panel 212 by panels of step 267, which pivot close to their articulated connections between the handle band H and the side walls 218 and 214 in order to distribute a part of the load at the time of lifting the handle.

In order to access the package of cardboard shown in Fig. 19, a cover panel is provided pulled from upper wall panel 212 and connected to articulated way on the end wall panel 222. The panel cover is connected brittlely to the upper walls and lateral by brittle lines 227, 229 and 225 that separate said cover panel of the respective panels in order to reveal the items contained in the carton.

The present invention and its particular modes Preferred embodiments refer to an arrangement for fixing together the outer panels and at least one panel of one inserted element structure. However, we anticipate that the Present invention can be applied over a wide variety of cartons and is not limited to those of the "completely closed "described in the text. In addition, it can be used in numerous applications in which it is desired to fix a die separated in contact from one side to the outside of a container of cardboard and in which the application of glue is done only once.

We should realize the fact that the use of the directional references in the text, such as "top", "inside", "base", "side" and "extreme", therefore limit the real orientation of the respective panels, but that is simply a way of distinguish from each other. In addition, references to connections articulated or foldable should not be interpreted as only by referring to a single fold line: in fact, it is provided that the articulated connection can be formed from one or more of the following lines: a dial line, a brittle line or a fold line, without leaving the reach of the invention.

We should finally understand that they can be made several changes without leaving the scope of the invention, for example, the measurement and shape of the panels and openings can be adapted in order to accommodate items that differ in measure and form. In addition, structures of top and bottom closure. It can be done only one glued opening in some of the embodiments. The container cardboard can also accommodate several items in provisions different. Finally, additional panels can be made between the main panel and the transversal ones receiving articles in order to form a bent interface between the panels.

Claims (13)

1. Packaging intended to carry one or more articles (A) comprising a cardboard (C) having a plurality of wall panels (12, 14, 16, 18; 112, 114, 116, 118; 212, 214, 216, 218 ) allowing to form a tubular structure, in which each end of the cardboard container is closed by a first panel (20, 22, 24, 26; 120, 122, 124, 126; 220, 222, 224, 226) articulated to one of the wall panels, an intermediate panel (28, 30, 32, 34; 128, 130, 132, 134; 228, 230, 232, 234) articulated to another wall panel (14, 114, 214) of the packaging of cardboard and adapted to be placed in such a way that at least a part of said intermediate panel is placed with its surface in contact with the inner surface of the first panel, said packaging further comprises an element inserted (I) in said cardboard container, characterized because the intermediate panel is placed with its surface in contact with at least a part of the inserted element, an opening (42, 44, 46, 48; 242, 244, 246, 248) or a recess is provided (a) in the intermediate panel so that by applying glue to the element inserted in an area corresponding to the opening or fixed recess together said inserted element, first panel and intermediate panel. 2. Packaging according to claim 1, in the which intermediate panel is provided with an end flap (30, 34; 130, 134; 230, 234) and the opening is provided by a gap (44, 48; 244, 248) taken from the side edge free of the end flap. 3. Packaging according to claim 2, in the which a second end flap (28, 32; 128, 132; 228, 232) it is provided by a hole (42, 46; 242, 246) corresponding to the first hole so that the first panel is fixed directly to the element inserted by the queue application (G 1) to this part of the inserted element visible through the first and second gaps 4. Packaging according to any one of the claims 1 to 3, wherein the structure of the element inserted comprises a middle panel (52; 152: 252) articulated to the panel (54; 154; 254) that is attached to the cardboard container and placed along said other wall panel (14: 114; 214). 5. Packaging according to claim 4, in the which the structure of the inserted element further comprises a second middle panel (56; 156; 256) placed along still another wall panel (18; 118; 218) placed opposite said other wall panel (14; 114; 214). said first and second panels means are articulated connected to the side edges opposite of said fixing panel (54; 154; 254), respectively. 6. Packaging according to claim 5, in the which a cross-sectional panel (64a, 64b, 64c) is articulated to said first middle panel (52; 152; 252) by means of a pair of spaced fold lines ([66a, 68a], [66b, 68b], [66c, 68c]) between the opposite ends of the separation panel transverse, in order to create a panel that extends towards the exterior from both sides of said first middle panel when the structure of the inserted element is formed in a Mounting bracket. 7. Packaging according to claim 6, in the which the second middle panel is provided by a panel of transverse separation (62a, 62b, 62c) articulated on it so which is fixed to the transverse separation panel of the first panel means, medium. 8. Packaging according to any one of the claims 1 to 3, wherein one or more of the panels of Wall are defined by a brittle link (101, 102, 103, 104, 108) allowing to facilitate the separation of a part of the packaging to define a window with an access to the contained articles inside. 9. Packaging according to any one of the preceding claims, wherein the packaging comprises other a handle (H) taken from and fixedly articulated to one or more of the wall panels. 10. Die (10; 110; 210) intended to form a cardboard container (C) allowing carrying a plurality of articles (A) comprising an upper part (12; 112; 212), a bottom (16; 116; 216) and opposite side wall panels (14, 18; 114, 118; 214, 218) articulated together in series, an end panel (14; 124; 224) articulatedly linked to the base panel and an end flap (28 ; 128; 228) articulated to one of said side wall panels and a separate die (50; 150; 250) intended to form an inserted element structure (I) comprising a fixing panel (54: 154; 254) linked to a middle panel (52; 152; 252) characterized in that an opening (46: 246) is provided in the end flap so that during the construction of the cardboard container, glue (G 1) is applied to an external surface of the panel for fixing through the opening in the end flap in order to fix said end panel, end flap and fi panel together boast when said end panel. end flap, and fixing panel are placed together with their surfaces in contact in a condition
mounted. 11. Die (10; 110; 210) according to claim 10, wherein the opening is provided by a gap (46; 246) taken from the free side edge of the flap extreme 12. Die (10; 110: 210) according to the claim 11, wherein a second end flap (32; 132; 232) is articulated to the other side wall panel and is provided by a recess (42; 242) corresponding to the first recess of so that the end panel is fixed directly to the panel glue attachment to a part of the fixing panel visible through the first and second gaps. 13. Die (50) according to any one of the claims 10 to 12, wherein the structure of the element inserted also includes a cross-sectional panel (62a, 62b, 62c) taken from the middle panel and on the even half panel  a pair of spaced fold lines ([66a, 68a], [66b, 68b], [66c, 68c]) between opposite ends of the separation panel transverse, in order to create a panel that extends towards the exterior from both sides of said first middle panel when the structure of the inserted element is formed in a Mounting bracket.