ES2291627T3 - BOTTLE PACKAGING OF THE BASKET TYPE AND CORRESPONDING TROQUEL. - Google Patents

Abstract

An article carrier ( 10 ) of the basket type is adapted to accommodate a plurality of articles, such as bottles (B). The carrier ( 10 ) comprises a base ( 22, 36 ), opposed side ( 14, 28 ) and end ( 12, 16; 26, 30 ) walls and a medial partition structure ( 52, 56, 62, 64 ) and handle means (H) by which the carrier ( 10 ) can be lifted and carried. The bottles (B) are received on both sides of the medial partition structure ( 52, 56, 62, 64 ) of the carrier ( 10 ). The medial partition structure ( 52, 56, 62, 64 ) is formed from a pair of internal medial partition panels ( 52, 56 ) hinged together along a first fold line ( 60 ) and having a pair of abutments ( 96 ) provided internally adjacent the fold line ( 60 ). A pair of external medial partition panels ( 62, 64 ) are attached to the internal medial partition panels ( 52, 56 ). The handle means (H) is formed of a first pair of handle panels ( 86, 88 ) hinged together along a second fold line ( 90 ) and having a pair of corresponding handle apertures ( 98 ) therein. The first pair of handle panels ( 86, 88 ) are slidably movable within the pair of external medial partition panels ( 62, 64 ) and have a pair of shoulders ( 94 ) arranged to correspond to the pair of abutments ( 96 ). The handle means (H) is therefore movable between a lower retracted position and an upper, extended position.

Description

Bottle and die type bottle holder packaging correspondent.

Background of the invention

This invention relates to a packaging of the type basket for transporting items made of cardboard or a material in similar folding sheet, this packaging is adapted to accommodate a plurality of items, such as bottles, and a die To form the packing.

Normally, a basket type packaging for Bottles includes a central partition structure (intermediate) which incorporates a handle structure by which the packaging can be lifted and transported, and the bottles are arranged in rows on each side of the central partition structure. In In general, the handle structure ends up being below the level of the upper sides of the bottles when the bottles are in packaging. This may be inconvenient or impractical for the hand of a user when using the structure of handle, particularly if the upper sides of the bottles are of the crown type that have fairly sharp edges.

In other cardboard boxes of the type known packing-basket, the handle comes out above the upper sides of the bottles, which makes it difficult to stack the packaging during transport because the handle arrangement can warp or even break. Therefore, these packages to transport known items are not appropriate to be stacked US-A-2 457 308, on which the preamble of claim 1 is based, provides a packaging for transporting bottles that has several characteristics in common with the present invention.

The present invention and its preferred modes of realization seek to overcome or at least mitigate the problems of the prior art.

Summary of the Invention

A first aspect of the present invention provides a package for transporting articles adapted to contain a plurality of articles, for example bottles, comprising a base, opposite side and end walls and a handle means by which the packaging can be lifted and transported, the means of handle comprises a pair of parallel opposite right guide panels and a right handle element located, at least in part, between the guide panels to scroll slider towards up and down, in which the handle element has a pair of barriers and a top interrupt is located at along the upper edges of the guide panels for connect with these barriers in order to limit the upward movement of the handle element.

Preferably, a lower part of interruption to connect with the handle element is located below the handle element to limit downward movement of the handle element, as a retention stop against a lower edge of the handle element.

Preferably, a pair of guide bands are located along the opposite side edges of the element handle to guide the movement up and down the handle element

Preferably, the handle structure comprises also a right primary element that is located between the guide panels, and the primary element forms both the element of handle as the top interrupt.

Preferably, the handle structure comprises also a right primary element that is located between the guide panels, and the primary element forms the handle element, the upper interruption part and the interruption part lower.

Preferably, the handle structure comprises also a right primary element that is located between the guide panels, and the primary element forms the handle element, the upper interruption part and the guide bands.

Preferably, the transport packaging articles further comprises an intermediate partition structure, said items may be received by both sides of said intermediate partition structure of the packaging, said structure of  intermediate partition is formed from a pair of panels interior partition intermediates articulated with each other along of a first fold line and that has a couple of elements of retention stop to create said interruption part, said  retaining stop elements are located inside, at side of the fold line.

Preferably, said guide panels are articulated with each other and fixed on the intermediate panels partition interiors, said handle element is formed by, at least a first pair of handle panels articulated with each other to along a second fold line and has a couple of corresponding handle openings, where the first pair of panels of handle can slide sliding on said panels of guide and that have said pair of barriers located to correspond with the pair of retaining stop elements.

       \ newpage
    

Preferably, the handle element may move between a retracted position in which the second line fold is substantially collinear with the first line of crease and an extended position in which the pair of barriers touches the pair of retaining stop elements and the handle openings are further away from the base of the packaging to transport the items that in the retracted position.

Preferably, the handle element comprises also a pair of exterior handle panels articulated with each other and which have in them a pair of corresponding handle openings, the outer handle panels being fixed on the first pair of  handle panels so that the handle openings are substantially in line with each other.

Preferably, the transport packaging articles further comprises temporary connections between said handle element and intermediate partition structure, these temporary connections break off when a pressure is applied on the handle element in relation to the partition structure intermediate.

Preferably, the transport packaging articles also includes at least one partition panel located between each of said side walls and the intermediate partition structure.

Preferably, the transport packaging articles also includes at least one fixing panel coupled in an articulated way to an end wall and fixed about the intermediate partition structure to secure the medium of handle inside the intermediate partition structure.

A second aspect of the present invention provides a die to form a packaging to transport items, the die comprises a series of main panels articulated together to form a base, side panels and opposite ends and an additional series of panels to form a handle structure, said additional series of panels include panels to form a pair of opposite right guide panels parallel and at least one handle panel to form an element right handle located, at least in part, between the panels of guide to scroll up and down below, characterized by the fact that one of the handle panels it comprises a pair of barriers and the guide panels comprise a upper interrupt located along the edges upper panel guide to connect with said barriers in order to limit the upward movement of the panel of handle when the cardboard box is in assembled state.

Preferably, the die comprises a first series of main panels, articulated to each other to form a first side panel, a first pair of end panels and a first packing base panel, a second series of panels main articulated with each other to form at least one second side panel, and a second pair of end panels of the packaging, the die includes, at the first end of it, a first internal intermediate partition panel articulated to the first series of main panels and a second inner panel of intermediate partition articulated to the first inner panel of intermediate partition and the second series of main panels, each of said intermediate intermediate partition panels they have an inner handle panel formed from them with a handle opening Interior handle panels are articulated with each other and comprise the pair of barriers, and the panels Interior intermediate partitions comprise a couple of elements corresponding retention stop spaced from the barriers corresponding, the die also comprises a pair of panels of external intermediate partitions articulated with each other and articulated to the interior intermediate partition panels and that are located, on the die, between the first series and the second series of main panels.

Preferably, each of the panels of outer intermediate partition has an outer handle panel that It is formed from these, each of the panels having Outside handle a handle opening.

Preferably, the die further comprises temporary separable connections between said handle panels interior and exterior and intermediate partition panels respective interior and exterior.

Preferably, the die further comprises, at least one partition partition panel (70, 78) formed from each of the intermediate partition panels interiors

Preferably, the die comprises, in a second end of it, far from the first end, a couple of fixing panels articulated to the first series and the second series of respective main panels to hold on to interior intermediate partition panels.

Preferably, the intermediate panels of interior partition of said packaging for transporting items they are fixed together along their coated side and the first pair of said handle panels are fixed together along On its untreated side, the partition panels are connected each other along their common upper edge and folded by said upper edge to have the treated sides fixed together, the said handle panels are connected to each other along their common upper edge and folded according to said upper edge for have untreated sides fixed together.

Preferably, the handle panels of the packaging to transport items are designed to move between the extended and assembled positions relative to the panels of partition (52, 56), and in which the upper edges (60, 90) are aligned with each other when the handle panels are in the assembled position

       \ newpage
    

Preferably, the handle means of the packaging for transporting articles further comprises a reinforcing element formed from the guide panels and fixed on the element of handle.

Brief description of the drawings

Exemplary embodiments of the invention they will now be described, by way of example, in reference to accompanying drawings in which:

Figure 1 is a plan view of a single deployed die from which a bottle packaging according to an embodiment of the invention it can be formed;

Figures 2-5 show the sequential steps to form the packaging from the die of Figure 1;

Figure 6 shows a completed package and (partially) loaded with the handle structure in one position descent;

Figure 7A shows the packaging of Figure 6 with the handle structure in an elevated position; Y

Figure 7B shows a sectional view enlarged from a part of the handle structure of Figure 7A.

Detailed description of the preferred modes of realization

In reference to the drawings and, in particular, to Figure 1 thereof, a package for transporting items It is formed from a single die 10 of cardboard or another appropriate folding sheet material, for example, a material plastic or similar In the illustrated embodiments, it is use a single die to make a single cardboard box, although it is planned that two or more dies can be used, by example to provide the handle structure. In this mode of embodiment, the assembled cardboard box is adapted to contain six "B" bottles (Figure 6) arranged in two rows of three bottles each. The packaging can be adapted, without departing from the scope of the invention, to contain a number different and / or a different configuration of items according to user needs

In this embodiment, the packaging It comprises a series of panels that are designed to form the base, side parts, ends and handle structure. In this embodiment, there is a first series of panels exteriors that are formed by a first side wall panel 28, a first base panel 36 articulated to the upper edge of the first side wall panel 28 along a fold line 38, and first end panels 26 and 30 articulated on each side of the first side wall panel 28 along the lines of respective fold 32 and 34. Similarly, a second series of main panels are formed by a second wall panel side 14, a second base panel 22 articulated to the edge bottom of the second side wall panel 14 along a fold line 24, and second end panels 12 and 16 articulated on each side of the second side wall panel 14 at along the respective fold lines 18 and 20.

The first series and the second series of panels exteriors are connected to each other at both ends of the die 10. At a first end of the die 10, the panels 50 to form an intermediate partition structure are articulated to the first and to the second end wall panels 30 and 16 along the respective fold lines 58 and 54, as will be described with More detail below. At the second end of die 10, a pair of fixing panels 44 and 40 are articulated to the first and second end wall panels 26 and 12 along the lines respective folding 46 and 42, fixing panels 44 and 40 are articulated with each other along the fold line 48.

As indicated above, the first series and the second series of exterior panels are connected each other on the first end of the die 10 by the panels 50 to form an intermediate partition and a handle structure. These 50 panels include a first interior partition panel intermediate 56 articulated to the first end wall panel 30 a along the fold line 58 and a second inner panel of intermediate partition 52 articulated to the second wall panel of end 16 along the fold line 54 and the first panel interior intermediate partition 56 along the line of fold 60. In these embodiments they have two rows of three items, each of the intermediate partition panels interiors 52 and 56 have a pair of partition panels transversal 70 and 78 formed from these. The first transverse partition panels 70 are articulated to the panel of respective interior partition along the fold line 74 and provided by fixing end portions 72 articulated to the rest of the transverse partition panels along the fold line 76. Similarly, the second panels of transverse partition 78 are articulated to the partition panel respective interior along the fold line 82 and provided with end fixing parts 80 articulated to the rest of the transverse partition panels along the line of fold 84.

The first inner intermediate partition panel 56 has a first inner handle panel 86 formed therefrom in a central area along the cross section 92 and the end cuts 93, but leaving separable connections 91 at various locations along the cut cross section 92 to maintain a connection between the first inner handle panel 86 and the first inner intermediate partition panel 56 during packaging manufacturing. Each of the end cuts 93 has a stepped configuration to create a barrier 94 on each side of the first inner handle panel 86. A pair of retaining stop elements 96 are clipped onto the first intermediate inner partition panel 56 to correspond with barriers 94, but spaced from them so that they are adjacent to the line of
fold 60.

Similarly, the second partition panel inner intermediate 52 has a second inner handle panel 88 formed from it in a central area along the cut transverse 92 and end cuts 93, but leaving connections separable 91 in several places along the cross section 92 to maintain a connection between the second inner handle panel 88 and the second inner intermediate partition panel 52 during Packaging manufacturing. Again, each of the cuts of end 93 has a staggered configuration to create a barrier 94 on each side of the second inner handle panel 88. A pair of retaining stop elements 96 are trimmed over the second inner intermediate partition panel 52 for correspond to barriers 94, but spaced from them, of so that they are adjacent to the fold line 60.

The first and second interior handle panels are articulated with each other along the fold line 90 which it is preferably collinear with the fold line 60. Each of the inner handle panels 86 and 88 has a handle opening 98 cropped from these in corresponding opposite places to the fold line 90.

In die 10, between the first series and the second series of main panels, the first and second outer intermediate partition panels 62 and 64. The first outer intermediate partition panel 62 is articulated to first inner intermediate partition panel 56 along the fold line 68 and has a first outer handle panel 100 formed from it in a central area along the cut 112, but leaving 110 separable connections in various places at length of cut 112 to maintain a connection between the first panel outside of handle 100 and the first intermediate partition panel exterior 62 during packaging manufacturing.

Similarly, the second partition panel outer intermediate 64 is articulated to the second panel of inner intermediate partition 52 along the fold line 68 and has a second outer handle panel 102 formed from this one in a central zone along section 112, but leaving separable connections 110 in various places along the cut 112 to maintain a connection between the second handle panel exterior 102 and the second outer intermediate partition panel 64 during the manufacture of the packaging. The first and second panels of outer intermediate partitions 62 and 64 are articulated at along the fold line 66 and the first and second handle panels  exteriors 100 and 102 are articulated with each other along the fold line 104 which is preferably collinear with the line fold 66. Each of the outer handle panels 100 and 102 it has a handle opening 106 trimmed therefrom in corresponding places opposite the fold line 104, with a support handle panel 108 articulated to the respective handle panel outside extending into each handle opening 106.

In order to form the completed packaging in flattened state from the die, a series of operations Sequential folding and gluing are necessary and will be described in more detail in reference to Figures 2 to 5 of the drawings. The folding and gluing operations can be carried out on one or several linear machines, so that the Packaging does not need to be rotated or inverted to complete your building. The folding procedure is not limited to what is described below and can be modified according to particular manufacturing needs.

First, the inner handle panel 88 folds to along the fold line 90 in the X direction in a face contact relationship with inner handle panel 86, such and as shown on Figure 2, and is fixed to it. We apply glue over the shaded areas G of the end portions of fixing 72 and 80 of the first and second partition panels transversal 70 and 78. Preferably, we also apply glue on the peripheral edges of the first and second partition panels exterior intermediates 62 and 64 and, optionally, on the first and second outer handle panels 100 and 102.

The intermediate partition structure 50, is say the first and second intermediate partition panels interiors 52 and 56, including the first and second handle panels interior 86 and 88 and transverse partition panels 70 and 78 then fold inside (to the left as it is sample) following the fold line 68 in a relation to face with the first series and the second series of main panels and with the first and second intermediate partition panels outer 62 and 64 and the first outer handle panel 100, and it fixed on it as shown on Figure 3.

As also shown on Figure 3, we apply glue then on a peripheral shaded edge G of first and second interior intermediate partition panels 52 and 56 away from the fold line 68, and the fixing panels 40 and 44 and the first and second end wall panels 26 and 12 are then fold inside (to the right) following the fold lines 32 and 18 to carry the fixing panels 40 and 44 to a face-to-face relationship with the first and second panels of interior intermediate partitions 52 and 56. The die partially assembly is now in the form shown on Figure 4.

Referring to Figure 4, the structure interior is completed by applying glue on the shaded areas G including on the lateral and transverse parts of the first inner intermediate partition panel 56 and the first panel of fixing 44, as well as on the transverse parts of the second inner handle panel 86 and the second outer handle panel 102. Then, the partially formed packaging is folded according to the fold line 104, which is now in the center, to carry the parts of each side of the center fold line 104 to a face-to-face relationship in which the first and second panels of interior intermediate partition 52 and 56 and the first and second fixing panels 40 and 44 adhere to each other, as they are also the first inner handle panel 86 and the second handle panel outer 102. The packaging is then in a flattened state, such and as best shown on Figure 5, from which you can Be straightened to be loaded.

In order to straighten the packaging, the side walls 14 and 28 move outwardly relative to the intermediate partition structure so that the end walls 12, 26, 16 and 30 pivot according to their respective fold line 18, 20, 32 and 34, while transverse partition panels 70 and 78 pivot according to their respective fold line 74 and 82. The loading is completed by a relative vertical movement between the bottles and the packaging during a common forward feed movement well known in the bouquet through which the bottles enter their respective compartment through the open bottom of the packaging. Then, the lower panels 22 and 36 fold up to close the lower ends of the bottle compartments and can either be glued together or otherwise connected to each other by various means, as is known in the
bouquet.

As shown on Figure 6, during the loading operation and before the packing is lifted by the handle structure H, the handle structure H is still in the lowered position removed, with the first and second handle panels interior 86 and 88 and the first and second exterior handle panels 100 and 102 still connected to the first and second panels internal intermediate partition 52 and 56 and the first and the second outer intermediate partition panels 62 and 64 respectively by separable connections 91 and 110.

When, however, the packaging is lifted by the handle structure H, as shown on Figure 7A, the handle structure H moves to a higher position extended. As best shown on Figure 7B, which is an enlarged sectional view of a part of the handle structure H, when a pressure is applied on the handle structure H with relation to the rest of the packaging, the first and second panels handle interiors 86 and 88 and the first and second exterior panels handle 100 and 102, being joined together, separate the connections fragile 91 and 110 so that the handle panels 86, 88, 100 and 102 they move up in relation to partition panels intermediate 52, 56, 62 and 64 until barriers 94 on the first and second inner handle panels 86 and 88 butt retention against the retaining stop elements of the first and of the second interior intermediate partition panels 52 and 56. Thus, the retaining stop elements 96 function as parts of interruption to limit upward movement.

This retention stop ratio provides resistance so that the handle structure carries the rest of the Packing while forming partition panels intermediate 52, 56, 62 and 64 with fixing panels 40 and 44 serves to retain the sliding handle structure within the intermediate partition structure.

An advantage is that a new one is provided handle structure which, during use, is located above the level of the upper side of the bottles inside the packaging but, if not, the handle structure is retained in the lowered position until for the first time a basket with bottles inside is raised, after which the handle structure emerges from the retention connections and moves up to your elevated position

Another advantage of the invention is that, in these carton-type cartons that have central panels of partition connected in an articulated way to one of the walls end, the treated side parts of the cardboard are exposed to the handle panels 86, 88 and continue to also allow the bottom of partition panels 52, 56 remain intact or be available for other structures such as partitions lateral. Interior handle panels 86, 88 with parts exposed treated sides as shown on the Figure 7A not only enhance the appearance of the packaging but also provide also an additional graphic area to advertise Sales of the bottled product packed in the packaging.

It will be noted that, as used in this description, directional references such as "top", "base", "end", "side", "inside", "outside", "raised" and "lowered" not limit the respective panels to such orientation but only they serve to distinguish these panels from each other. All reference to articulated connections should not be interpreted as necessarily in reference to a single fold line only: indeed, it is provided that the articulated connection can be formed from one or more of one of the following: a dotted line, a brittle line or a fold line, without departing from the framework of the invention.

It should be considered that several changes can be made within the framework of the present invention, for example, the dimensions and shape of panels and openings can be adjusted to contain items of dimensions and shapes different, and alternative structures of upper and base closure They can be used. The cardboard box can contain more than one article in several rows.

Although a single particular mode of realization of the invention has been described above, it will be noted that a person skilled in the art can make modifications and improvements without departing from the framework of the present invention. By For example, glued areas can clearly be varied and replaced by other areas, while the appropriate panels are connected to each other as desired. It is possible too carry out some of the gluing and folding operations in A different order. For example, the first and second handle panels interiors 86 and 88 can be glued together after the first and second interior intermediate partition panels 52 and 56 be folded over to glue the partition panels transverse 70 and 78 to the side walls 14 and 28. In addition, the configuration of the main panels can also be varied, for example, only having a base panel, instead of two as described above.

       \ vskip1.000000 \ baselineskip
    

References cited in the description

This list of references cited by the Applicant is for the convenience of the reader only. No way part of the European Patent document. Although there has been a lot Be careful to collect references. You cannot exclude errors or omissions and the EPO rejects all responsibility in this regard.

Patent documents cited in the description

US 2457308 A [0003]

Claims (22)

1. Packaging for transporting articles adapted to contain a plurality of articles, for example bottles, comprising a base (22, 36), opposite sides (14, 28) and end walls (12, 16, 26, 30) and a means of handle (H) by which the packaging can be lifted and transported, the handle means comprises a pair of parallel opposite right guide panels (62, 64) and a right handle element (86, 88) located, so less in part, between the guide panels (62, 64) for sliding sliding up and down, characterized by the fact that the handle element has a pair of barriers (94) and an interrupting upper part ( 96) is located along the upper edges of the guide panels to engage with said barriers in order to limit the upward movement of the handle element. 2. Packing to transport items such as it is claimed in claim 1 in which a lower part of interruption (92) to engage with the handle element (86, 88) is located at the bottom of the handle element for limit the downward movement of the handle element, as a stop of retention against a lower edge of the handle element. 3. Packaging to transport items such and as claimed in claim 1 or claim 2 in which a pair of guide bands is located along the opposite side edges of the handle elements to guide the up and down movement of the handle element. 4. Packing to transport items such and as claimed in any one of claims 1 to 3 in which the handle structure further comprises an element right primary (52, 56) that is located between the guide panels (62, 64), and the primary element forms both the handle element (86, 88) as the upper interruption part (96). 5. Packaging to transport items such and as claimed in claim 2 in which the structure of handle also comprises a right primary element (52, 56) that It is located between the guide panels (62, 64), and the element primary forms the handle element (86, 88), the upper part of interruption (96) and the lower part of interruption (92). 6. Packing to transport items such and as claimed in claim 3 in which the structure of handle also comprises a right primary element (52, 56) that It is located between the guide panels (62, 64), and the element primary forms the handle element (86, 88), the upper part of interruption (96) and guide bands. 7. Packaging to transport items such and as claimed in any one of claims 1 to 6, which further comprises an intermediate partition structure (52, 56), said items can be received by both sides of said intermediate partition structure of the packaging, said intermediate partition structure is formed from a pair of internal intermediate partition panels (52, 56) articulated each other along a first fold line (60) and that has a pair of retention stops (96) to create said part of interruption, said retention stops are located in the inside, next to the fold line. 8. Packing to transport items according to claim 7, wherein said guide panels (62, 64) they are articulated with each other and fixed on the partition panels interior intermediates, said handle element is formed by, by at least one first pair of articulated handle panels (86, 88) each other along a second fold line (90) and that it has a pair of corresponding handle openings (98), where the first pair of handle panels (86, 88) can move sliding on said guide panels (62, 64) and having said pair of barriers (94) located to correspond with the pair of retention stops (96). 9. Packaging to transport items such and as claimed in claim 7 in which the element of handle can move between a retracted position in which the second fold line (90) is substantially collinear with the first fold line (60) and an extended position in which the pair of barriers (94) touches the pair of retention stops (96) and the handle openings (98) are further away from the base of the packaging to transport the items in the retracted position. 10. Packaging according to claim 8 in the which the handle element further comprises a pair of panels handle exteriors (100, 102) articulated with each other and having in the same a pair of corresponding handle openings (106), the outer handle panels are fixed on the first pair of handle panels (88, 86) so that the handle openings are substantially in line with each other. 11. Packaging according to any one of the claims 7 to 10, further comprising temporary connections (91) between said handle element (86, 88, 101, 102) and the structure intermediate partition (52, 56), these temporary connections are peel off when pressure is applied to the handle element in relation to the intermediate partition structure. 12. Packaging according to any one of the claims 7 to 11, further comprising at least one panel partition (70, 78) located between each of said walls lateral and intermediate partition structure. 13. Packaging according to any one of the claims 7 to 12, further comprising at least one panel articulated fixing (40, 44) coupled to an end wall and fixed on the intermediate partition structure to ensure the handle means inside the intermediate partition structure. 14. Die for forming a package for transporting articles, die comprising a series of main panels articulated with each other to form a base, opposite sides and end panels and an additional series of panels for forming a handle structure, said additional series of panels include panels to form a pair of parallel opposite right guide panels and at least one handle panel to form a right handle element located, at least in part, between the guide panels to slide upwardly and downwards, characterized in that a handle panel comprises a pair of barriers and the guide panels comprise an upper interruption part (96) located along the upper edges of the guide panel to engage with said barriers in order to limit the upward movement of the handle panel when the cardboard box is in the assembled state. 15. Die as claimed in the claim 14 in which the die (10) comprises a first series of main panels, articulated together to form a first side panel (14), a first pair of end panels (12, 16) and a first base panel (22) of the packaging, a second series of main panels articulated together to form at minus a second side panel (28), and a second pair of panels end (26, 30) of the packaging, the die includes, in a first end of it, a first inner intermediate partition panel (52) articulated to the first series of main panels and a second inner intermediate partition panel (56) articulated to first inner intermediate partition panel (52) and the second series of main panels, each of said panels Intermediate partition interiors has an inner handle panel (86, 88) formed from these having a handle opening (98), the interior handle panels are articulated with each other and comprise the pair of barriers (94), and partition panels interior intermediates comprise a pair of retention stops corresponding (96) spaced from the corresponding barriers, the die further comprises a pair of partition panels exterior intermediates (62, 64) articulated and articulated to the interior intermediate partition panels (52, 56) and that they are located, in the die, between the first and the second series of main panels. 16. Die according to claim 14 or the claim 15 in which each of the partition panels External intermediates has an exterior handle panel (100, 102) which is formed from these, having each of the panels of outer handle a handle opening. 17. Die according to any one of the claims 14 to 16, further comprising connections Temporary separable (110, 91) between said handle panels interior and exterior and intermediate partition panels respective interior and exterior. 18. Die according to any one of the claims 14 to 17, further comprising at least one transverse partition panel (70, 78) formed from each of the intermediate interior partition panels. 19. Die according to any one of the claims 14 to 18 in which the die comprises, in a second end of it, far from the first end, a pair of panels  fixing (40, 44) articulated to the first and second series of respective main panels to grip the panels of interior intermediate partition. 20. Packaging to transport items such and as claimed in claim 10 wherein said interior intermediate partition panels (52, 56) are fixed each other along their treated sides and the first pair of sayings handle panels (86, 88) are fixed to each other along their untreated sides, partition panels (52, 56) are interconnected along its common upper edge (60) and folded over said upper edge to have the sides treated fixed together, said handle panels (86, 88) are interconnected along its common upper edge (60) and folded over said upper edge to have the sides not treaties fixed to each other. 21. Packaging for transporting items such and as claimed in claim 20 in which the panels handle (86, 88) are located to move between the extended and assembled positions relative to the panels of partition (52, 56), and in which the upper edges (60, 90) are aligned with each other when the handle panels are in the assembled position 22. Packaging for transporting items such and as claimed in any one of claims 1 to 6 in which the handle means further comprises a reinforcing element formed from the guide panels and is fixed on the handle element