ES1060564U - Compartment device for boxes (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Compartmentalizing device for boxes, those intended to be implanted in a box delimiting a series of housings, for a plurality of bottles or the like, characterized in that it is constituted from a laminar, rectangular body, of slightly greater width than the width of the box in which it is destined to be established, endowed with an average line of transversal folding that divides said body into two similar sectors that, once folded, constitute the middle and main vertical partition of the compartmentaliser, and that they incorporate in their area half a "U" shaped die-cut with a folding line at the ends of each of its free branches, which in an assembly arrangement is folded orthogonally to the sector to which they belong, forming separate vertical partitions, equipped with tabs for their fixing to opposite walls of said crate, each of said sectors incorporating a lengthwise folding line which in collaboration with transversal cuts on one of the edges of said sectors allow to establish through the fold thereof a second pair of vertical partitions, orthogonal to the main partition, arranged on each side of it, said fins being provided with fixing to the respective walls of the box to be compartmented, fins of identical dimensions to recesses arranged on the opposite edges of the laminar body from which said fins emerge. (Machine-translation by Google Translate, not legally binding)

Description

Box compartmentalizing device.

Object of the invention

The present invention relates to a device box compartment, specially designed for your implementation in boxes intended to accommodate any type of bottles

The object of the invention is to provide a single-piece device, obtained on the basis of die cutting, that set up a bounding space inside. of the aforementioned box, which allows to transport and store a certain number of bottles of wine or similar, with a production cost reduced

Background of the invention

There are currently a plurality in the market of boxes for wine bottles and the like, inside incorporate a series of separators that constitute the compartments in which the aforementioned bottles are housed.

This type of separators, in the case of being treated of boxes intended to house six bottles, are usually consisting of three pieces of vertical cardboard, one piece longitudinal and two transverse, which are tongue and groove coupled through a comb structure.

When said compartments are constituted by several pieces, these usually create assembly problems, also using a large amount of material for manufacturing, which has a negative impact on costs, associated to said manufacturing.

Description of the invention

The compartmentalizing device for boxes that the proposed invention resolves in a fully satisfactory manner the problematic previously exposed, constituting from a single piece that is fixed by adhesive to the walls of the box, using a smaller amount of material in its manufacture and getting high stability of the bottles housed in your breast.

To do this, and more specifically, the compartmentalizing device that is recommended is constituted to starting from a laminar body obtained through a process in continuous and by die cutting.

Said laminar body is basically rectangular, with a transverse folding line in its middle zone, through the one that folds into two halves or similar sectors, which once folded constitute the middle and main vertical partition of the box, incorporating each of them in its middle zone a die cut U-shaped, equipped with a folding line at the ends from each of its free branches, and emerging from the extremes opposite to these branches, fixing flanges provided also of folding lines.

Each sector also incorporates a fin on the middle area of one of its longitudinal edges, equipped with its corresponding folding line, on the opposite edge a recess of identical dimensions as those of said fin, in order to allow maximum use of material in the process  in continuous manufacturing of each piece, so that the edge of the aforementioned laminar body, resulting from the die cutting of device manufacturing, tongue and groove matches the leading edge of the next piece or laminar body, of identical characteristics, minimizing material consumption.

According to another of the characteristics of the invention, each sector incorporates a longitudinal folding line coinciding with that of the emerging tabs of the die cut in "U" shape, spaced one third of the width of said sectors with respect to the edge that contains the mentioned fin. Through said folding line, and thanks to respective cross sections made on the aforementioned sectors, by means of its fold set up vertical partitions perpendicular to the partition main and arranged on each side of it, which are joined by adhesive to the walls of the box through the aforementioned fins

The "U" shaped die cuts are arranged in assembled situation perpendicular to each of its corresponding sectors, determining a second vertical partition on each side of the main partition. The fact that said die cut with a "U" shape, facilitates the dubbing of the themselves in their assembly process, providing as it has mentioned above a vertical partition between bottles that prevents them from hitting each other.

These die cuttings are fixed by adhesive to their respective walls of the box through the aforementioned tabs.

Therefore, it is achieved through a body it forms a vertical main partition from which they emerge at both sides are pairs of orthogonal partitions to it and equidistant that configure six independent compartments for  accommodate any type of bottle or similar items, depending on of the dimensions in which it is manufactured, occupying a minimum space available for storage or transport.

Description of the drawings

To complement the description that is being performing and in order to help a better understanding of the characteristics of the invention, according to a preferred example of practical realization of it, is accompanied as part member of that description, a set of drawings where with illustrative and non-limiting nature, what has been represented next:

Figure 1. - Shows a plan view of a device compartmentalizer for boxes made in accordance with the object of the present invention, in which it appears disarmed and deployed in storage arrangement.

Figure 2. - Shows a perspective view of the device of the previous figure assembled inside a box.

Preferred Embodiment of the Invention

In view of the figures outlined, and in special figure 1, can be seen as the device box compartmentalizer that the invention proposes is constituted from a rectangular laminar body (1), of cardboard, whose smaller side has dimensions in accordance with the width of the box to which it is intended to be assembled, being said body (1) provided with a folding line (2), arranged transversely over its middle zone, and that divides it into two sectors (3-3 ').

The body (1) folds 180 ° over the line (2) in assembly arrangement, constituting the vertical partition main of the box to which it is intended to be coupled.

Sector (3) incorporates over its middle zone a die cut (4) in the form of "U", joined to said sector through of two fold lines (5) coinciding with the ends of Its free branches.

These branches have a length corresponding to one third of the lower side of the body (1), of so that in assembly arrangement, as you can observe in figure 2, the die cut (5) folds in shape orthogonal to the sector (3), giving rise to a longitudinal partition of separation, which is fixed by adhesive to the corresponding box wall (6) through flanges (7) that emerge from the junction points between the middle branch and the lateral branches of the punching (4) incorporating folding lines (8) to facilitate said assembly.

Also, the folding line (2) incorporates a cut (9) on one of its ends, of length equal to one third on the lower side of the body (1), the sector (3) presenting a line folding (10) that emerges perpendicularly to said cut from its inner end, which coincides with the fold line (8) of the tabs (7) and extending to the outer edge of sector (3).

By folding the smaller area of the sector (3) delimited by the folding line (10), and through from this, a second vertical separation partition is obtained, orthogonal to the main partition, which is fixed by adhesive to the corresponding box wall (6) through a flap rectangular (11) that emerges from the edge of the sector (3), and which has of its corresponding folding line (12), all as It can be seen in figure 2.

Similarly, the sector (3 ') incorporates a die cut (4 ') in the form of "U", with their corresponding tabs (7 ') and fold lines (5'-8') formally similar to those in sector (3), but in this case these elements are arranged antisymmetrically to the arranged on the sector (3), and that constitute a partition that emerges perpendicularly in assembly arrangement, positionally coinciding with one of the partitions that emerge orthogonally on the other side of the main partition.

Likewise, the sector (3 ') incorporates a line of folded (10 ') at a distance of one of its edges equivalent to a third of the width of the body (1), which unlike the line folding (10) does not extend from end to end of said sector (3 '), but is delimited by two transverse recesses (13-14) next to the folding line (2) and the outer edge respectively.

Cut-outs (13-14) than in collaboration of the aforementioned fold line (10 ') allow establish the second partition that emerges orthogonally from the sector (3 ') in assembly arrangement, and which is fixed to the corresponding box wall (6) through its corresponding fin (11 ').

Finally, it should be noted that the body (1) incorporates on each of the sectors (3-3 '), in the opposite edge from which the fins emerge (11-11 '),  respective recess (15-15 '), dimensionally identical to said fins (11-11 ') in order to allow maximum use of material during the process of continuous manufacturing of said compartmentalizing device, of  so that the back edge of a piece matches tongue and groove with the leading edge of the next piece, minimizing said material consumption.

Claims (4)

1. A compartmentalizing device for boxes, of those intended to be implanted within a box delimiting a series of housings, for a plurality of bottles or the like, characterized in that it is constituted from a laminar, rectangular body, slightly wider than the width of the box in which it is intended to be established, equipped with a middle line of transverse folding that divides said body into two similar sectors that once folded constitute the middle and main vertical partition of the compartmentalizer, and which incorporate in its area half a "U" shaped die provided with a folding line at the ends of each of its free branches, which in assembly arrangement folds orthogonally to the sector to which they belong, constituting two vertical partitions, equipped with tabs for their fixing to each betting wall of said box, each of these sectors incorporating a folding line length which, in collaboration with transverse cuts on one of the edges of said sectors, allows to establish through the fold of them a second pair of vertical partitions, orthogonal to the main partition, arranged on each side of the latter, said partition walls being provided with fixing to the respective walls of the box to be compartmentalized, fins of identical dimensions to recesses arranged on the opposite edges of the laminar body from which said fins emerge. 2. A compartmentalizing device for boxes, according to claim 1, characterized in that the "U" dies are located in the middle zone of the respective sectors and are oriented in contrast, as is the case with the extreme and collapsible areas of said sectors. 3. A compartmentalizing device for boxes, according to previous claims, characterized in that each "U" shaped die incorporates a pair of fixing tabs that emerge from the points of intersection of its middle branch with its free branches. 4. A compartmentalizing device for boxes, according to previous claims, characterized in that the "U" shaped punches, as well as the areas delimited by the different folding lines of said sectors have a width that is one third of the total width of said rectangular laminar body.