ES1077220U - Folding carton compartment for boxes (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Folding cardboard cutter for boxes, which is intended for application in cardboard boxes intended for transporting objects or containers inside the compartments established by the own compartimentador, constituting this from the development of a cardboard sheet, it is characterized in that the cardboard sheet (1) from which the compartmentalizer is obtained has two transverse fold lines (2) partially provided with cutting sections (2 ') and delimiting three sectors, one central (3) and two ends (4, 5) of approximately double amplitude to said central sector (3), with the particularity that the end sectors (4, 5) present in an approximately central area, grooves (6) delimiting a trapezoidal flap ( 7) in which the slots (6) affect two of the sides and the larger base, with the particularity that the converging ends of those sides corresponding to the slot (6) of the flap (7) is continued transversally in fold lines (8) that join the ends of other pairs of grooves (9, 10), one of them perpendicular and the other oblique, determining in the sector (4) a trapezoidal extension (13) whose base minor corresponds to the longitudinal and extreme edge of the sector itself (4), while in the sector (5) the lateral grooves (9, 10) are joined by another third transversal groove (11) to form a trapezoidal sector (12); it being further provided that the sector (4) includes in proximity to its extreme edge and centered a die-cutting line (14) delimiting a flap (15), while in the sector (5) and in correspondence also with the extreme edge and on both sides of the center, two further die-cutting lines (14) are provided, delimiting respective flaps (15) equal to those of the sector (14); further characterized in that the central sector (3) of the sheet (1) of the compartmentaliser is fixed to one of the larger faces (17) of the box, by gluing, while to one of the smaller faces the flap (15) is attached of the sector (4) and to the other larger face, opposite to that previously mentioned, the flaps (15) of the sector (5) are fixed, allowing the folding and unfolding of that sheet of the compartmentaliser (1) together with the box (16). ) to occupy a minimum and totally flat volumetry of the assembly or a prismatic configuration with compartments (20) established by the formed sheet (1) determining the actual compartmentaliser. (Machine-translation by Google Translate, not legally binding)

Description

Folding cardboard compartment for boxes

Object of the invention

The present invention relates to a folding cardboard box divider, provided specifically for application in cardboard boxes for the purpose of establish within them a plurality of compartments in which containers or objects of any kind can be placed, these being separated from each other, that is to say without contact between they.

The compartmenter is obtained from development of a rectangular cardboard sheet, with cut lines, folding and grooves that will constitute a factory set item inside the box itself, with the special feature of that both the compartment and the box can be folded and occupied a minimum volumetry to be able to transport and store without no problem and in a single unit, being assembled in the time of use and in a single deployment operation.

Background of the invention

There are compartmentalized cardboard boxes internally to contain different products or packages, boxes that they are usually rectangular prismatic and that allow, based on compartmentalizer, an internal reticular arrangement forming longitudinal and transverse alignments inside the own box

These compartmenters are sometimes usually constituted in corrugated cardboard and act as partitions independence between the spaces corresponding to the objects or packaging intended to be contained inside the box, acting not only as independent partitions, but also as damping elements to avoid direct contact and deterioration between the different packages or objects located in the compartments

Usually the compartmenters are independent elements to the box, must be applied in the inside of it once armed it, which means having to market two products or independent elements, one the box and another the compartmenter, and be mounted inside the another at the time of use, which is a problem both from the point of view of storage and of handling.

Description of the invention

The compartmentalizer that has been recommended has been designed to solve the problem described above, in based on a simple and effective solution, since the compartmentalizer It is intended to be initially fixed to the box, in correspondence with the inside of it and before the assembly phase of it, to form a set that is foldable and foldable in the first case can be stored and transported with a minimum volumetric occupancy, while in the assembly is carried out simultaneously the deployment of the box and of the compartmenter itself, in a single phase, which avoids prior art problems.

Specifically the compartmentalizer is constituted from the development of a cardboard sheet, rectangular and endowed with two lines of transverse fold and cut that delimit three sectors, one intermediate width approximately half that the two extremes, the latter being affected by sectors stamped to determine flaps to be fixed to the face internal of the respective walls of the box, which logically is a rectangular prismatic box, also including these two extreme sectors a trapecial configuration delimited by a groove, affecting three of the sides, while the minor base or fourth side is free of grooves, having also been provided that the ends of the lateral sides of those conformations Slotted trapecials, continue transversely in bending lines that reach two other slots, one parallel to the corresponding edge of the general sector and another oblique, so such that the compartment thus constituted is fixed to one of the major faces, specifically to the center of the major face corresponding to the box, through the central or intermediate sector of the sheet from which the compartmentalizer is obtained, while the punched and planned flaps, two of them in a sector and the other in the other sector of the sheet of the compartmentalizer, are fixed, as in the previous case, by glued to one of the minor walls and the other major wall opposite to the aforementioned, thus mounting the compartmentalizer, which will fold through the fold lines determined between the ends of the slots corresponding to the two sectors, to jointly achieve a folding with the box and thus be able to stack and store with a volumetric occupation minimum, so that at the time of use or use carry out the deployed from the box that will involve simultaneous deployment and with himself of the compartmenter, being this one fixed by glued to the three commented walls of the box.

Description of the drawings

To complement the description that then it will be done and in order to help a better understanding of the features of the invention, according to a preferred example of practical realization thereof, is accompanied as an integral part of that description, a set of drawings in where illustrative and not limiting, it has been represented the next:

Figure 1.- Shows a plan view corresponding to the development of the rectangular cardboard sheet a from which the compartmentalizer object of the invention.

Figure 2.- Shows a perspective view of an open box and where the compartment is fixed to two of the inner walls of such a box.

Figure 3.- Shows a front view of the compartmenter, leaving one of the walls of this one open for let see the position of the compartmenter.

Figure 4.- Shows, finally, a view in floor of the box with the compartment set internally to the same, establishing six compartments in said box.

Preferred Embodiment of the Invention

As you can see in the referred figures, the compartmentalizer of the invention is constituted from the development of a rectangular cardboard sheet (1) with a pair of cross fold lines (2), part of which have cutting sections (2 '), so that those bending lines (2) determine three sectors that correspond to the references (3, 4, 5), so that the sector (3) is central and its width is approximately half that of the sectors (4, 5), considered as extreme sectors

Both sectors (4, 5) have grooves (6) that delimit respective flaps (7) of trapecial configuration, affecting the grooves (6) to the two lateral sides of the trapezoid and to the major base, while the minor base lacks the groove.

On the free ends of the sides convergent (6) or grooves that form the lateral sides of the trapezoids (7) converge respective fold lines (8) that are perpendicular to the lateral edges of the sectors (4, 5); from so that those bending sections (8) converge, at the other end, in lateral grooves (9, 10) of each sector (4, 5), being the slots (9, 10) of the sector (4) longer than the slots (9, 10) of the sector (5) and where the grooves (9) are parallel to the lateral edges of the sectors (4, 5), that is perpendicular to the bending sections (8), while the grooves (10) are oblique and divergent inwards.

In the sector (5) the lateral grooves (9, 10) they are related to each other by a transverse groove (11) which delimits with them a sector in the form of a straight trapeze.

For its part, between the slots (9, 10) of the sector (4) a sector (13) is established in the form of a straight trapezoid, but in this case with the minor side in correspondence with the edge longitudinal of the sector itself (4).

In sector (13) of said sector (4) there is a rectangular die cut (14), affecting three of the sides, and that goes to determine a flap (15) where the assembly of the own compartmentalizer, repeating said die cut (14) in two extreme areas of the sector (5), determining the respective flaps (15), that is to say that the flap (15) of the sector (4), which is central and in correspondence with the extreme edge, it is of the same amplitude and configuration than the flaps (15) of the sector (5), located in this case in the extreme parts of the sector.

According to this constitution, the application of the compartmenter in the corresponding box, which can be seen in an intermediate phase of assembly in figures 2 and 3, is fixed by glued, through the intermediate sector (3) to one of the walls major (17) of said box (16), while sectors (4, 5) they are located parallel to the two minor walls (18), fixing one of them through the corresponding flap (15) to the sector (4) of the compartmentalizer, while the flaps (15) of the sector (5) are fixed to the other major face (17 ').

The closing of the box is done by gluing the flap (19) belonging to one of the minor walls, fixed specifically to the greater face (17 ') of the box (16).

In figure 4 it is observed as the compartment (1) duly armed and fixed inside the box defines six compartments (20) that are configuration quadrangular or rectangular prismatic, depending on the shape both of the box (16) and the compartment (1), so that in each one from the compartments an object, container or any other can be placed body to be independent from the rest, to avoid friction, deterioration and allow transport of these objects or containers inside the box (16) without any type of trouble.

Claims (1)

1. Folding cardboard compartmentalizer for boxes, which being intended for application in cardboard boxes intended for transporting objects or containers inside the compartments established by the compartmentalizer itself, constituting it from the development of a cardboard sheet, It is characterized in that the cardboard sheet (1) from which the compartmentalizer is obtained has two transverse fold lines (2) partially provided with cutting sections (2 ') and delimiting three sectors, one central (3) and two ends (4, 5) of approximately double amplitude to said central sector (3), with the particularity that the extreme sectors (4, 5) have grooves (6) in an approximately central area that delimit a trapecial flap ( 7) in which the grooves (6) affect two of the sides and the major base, with the particularity that the converging ends of those sides corresponding to the groove (6) of the flap (7) are continued n transversely in fold lines (8) that join the ends of other pairs of slots (9, 10), one perpendicular and the other oblique, determining in the sector (4) a trapecial extension (13) whose base smaller corresponds to the longitudinal and extreme edge of the sector itself (4), while in the sector (5) the lateral grooves (9, 10) are joined by another third transverse groove (11) to form a trapecial sector (12); It is further provided that the sector (4) includes in proximity to its extreme edge and centered a punching line (14) that delimits a flap (15), while in the sector (5) and also in correspondence with the extreme edge already On both sides of the center, two other die-cutting lines (14) are provided, delimiting two flaps (15) equal to those of the sector (14); further characterized in that the central sector (3) of the sheet (1) of the compartment is fixed to one of the major faces (17) of the box, by gluing, while to one of the minor faces the flap (15) is fixed of the sector (4) and to the other major side, opposite to the aforementioned one, the flaps (15) of the sector (5) are fixed, allowing the folding and unfolding of that sheet of the compartment (1) together with the box (16) to occupy a minimum and completely flat volumetry of the assembly or a prismatic configuration with compartments (20) established by the sheet (1) formed by determining the compartment itself.