ES1078314U - Module for exhibitor (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Module for display formed from a sheet preferably cardboard that carries a series of lines of folding, grooves and cuts, characterized in that it is formed by two walls (1) faced and equal, each carrying a flap (3) ) on each side and having in its lower part a fin (4), whose lower side (15) is inclined at an acute angle with respect to the extension of the folding line (13), and with a folding line ( 12) forming an almost straight acute angle with respect to the folding line (13), the flaps (3) and the walls (1) being inclined towards the inside once the module is assembled, said module also carrying two lateral flaps (5). ), facing each other and the same, with an outer flap (7) attached to each of the side flaps (5) by means of the double fold line (6), with a flange (8) centered on the outer edge of each outer flap ( 7), also carrying a slot (10) placed next to each so lateral lapa (5), parallel to this and in the bottom (2), having a size slightly larger than that of the flange (8) and positioned for its fitting, the module having peaks (9) preferably triangular and located on the part top of the joints forming the flaps (3) with the walls (1), and preferably triangular cuts (11) located one in each corner of the bottom (2). (Machine-translation by Google Translate, not legally binding)

Description

Exhibitor Module

Object of the invention.

The present invention relates to a module of cardboard or similar material, which allows the joining of several of them to form an exhibitor with different heights.

Background of the invention.

Currently, the market offers different types of cardboard or similar material displays, used to contain and display products. This type of exhibitors must have special characteristics that make them suitable for containing and displaying any kind of product.

The invention presented here achieves a high capacity modular display and with all the necessary elements for its assembly.

Description of the invention

The invention presented below is based on the U201230900 utility memory of the same manufacturer and consists of a module of cardboard or similar material, which allows the union with other similar modules to form an exhibitor with different heights, guaranteeing great resistance, efficiency in support and storage, and ease of assembly and disassembly.

The module, formed by a sheet preferably of cardboard, is divided by folding lines on several surfaces, also carrying a series of grooves and cuts that help assembly. Both the folding lines and the grooves and cuts carried by the sheet are made by die. A series of lateral surfaces that are folded according to a certain sequence, form the walls and flaps of the module that fold over the base surface. At the top of the module walls there are a series of peaks and, at the base, a series of holes or cuts.

The forming of the module begins by folding the surfaces by means of a specific assembly sequence so that the parts of each piece fit perfectly. The side walls are inclined to improve the structural rigidity and facilitate the assembly of the different modules.

Once several modules have been assembled independently, the exhibitor is formed, joining the upper part of one module with the base of another by its lower part, introducing the peaks located at the top of the module in the cuts located at the bottom from another module, proceeding to gather as many modules as necessary.

The characteristics and advantages of the invention can be seen more clearly from the following detailed description of a preferred embodiment, given only by way of illustrative and non-limiting example, with reference to the accompanying figures.

Brief description of the drawings.

For a better understanding of this specification, drawings are attached by way of non-limiting example describing a preferred embodiment of the invention.

Figure 1 shows the laminar body of the module.

Figure 2 shows a part of the display assembly.

Description of a preferred embodiment.

The detailed description of a preferred embodiment of the invention will be carried out in the following with the help of the attached drawings, through which the same numerical references are used to designate the same or similar parts, and have in account of the exposed explanation of the invention

Figure 1 shows the sheet with which the module conforms. It consists of a laminar body preferably of cardboard in which a series of surfaces separated from each other are defined by folding lines and which has a specific assembly sequence. The walls (1), which are two, are facing each other and are equal, each one of them has a flap

(3) on each side. Each flap (3) has in its lower part, a flap (4), whose lower side (15) is inclined, forming an acute angle with respect to the extension of the folding line (13). It can also be seen that the folding line (12) forms an almost right acute angle with respect to the folding line (13). The side flaps (5), which are two, are facing each other and are equal, with an external flap (7) attached to each of the side flaps (5) by the double folding line (6), with a flange (8 ) centered on the outer edge of each outer flap (7).

The flaps (3) are folded over the rear walls (1) to which they are attached, by the folding line (12). TO

Then, the walls (1) are folded at an almost right acute angle with respect to the bottom (2) by the folding lines (13). The side flaps (5) are folded at an almost right acute angle with respect to the bottom (2) by the folding line (14), resting on the fins (4) of the flaps (3). The outer flap (7), which is attached to each side flap (5), is folded over the fins (4) by the double fold line (6), such that they cover the fins (4), introducing the 5 tabs (8) in the grooves (10) found in the bottom (2). Each slot (10) is placed next to each side flap

(5) and parallel to it, positioned so that the flange (8) fits into the fold, having a size slightly larger than that of the flange (8). Once assembled, the module is similar to a truncated pyramid.

The shaped module has preferably triangular peaks (9) and located on top of the joints that form the flaps (3) with the walls (1), and which will then be introduced into the module that is placed

10 above. The bottom (2) has cuts (11), preferably triangular and one in each corner, where the peaks (9) of the module placed below will be introduced from below. The walls (1) are inclined inwards, as in a truncated pyramid, to improve the structural rigidity and facilitate the insertion of the peaks (9) in the cuts (11), making it easier to assemble the different modules.

Figure 2 shows a part of the display assembly. The peaks (9) of the lower module are introduced into the cuts (11) of the upper module. You can add as many modules as needed.

It should be understood that the invention has been described according to a preferred embodiment thereof, so it may be subject to modifications as long as this does not imply any alteration of the basis of said invention, such modifications may affect the shape, size or materials of manufacturing.

Claims (1)

1.-Module for exhibitor formed from a sheet preferably of cardboard that carries a series of folding lines, grooves and cuts, characterized in that it is formed by two facing and equal walls (1), each carrying a flap ( 3) on each side and having a flap (4) in its lower part, whose lower side (15) is inclined 5 forming an acute angle with respect to the extension of the folding line (13), and with a line of folding (12) forming an acute angle almost straight with respect to the folding line (13), the flaps (3) and the walls (1) being inclined inwards once the module is mounted, said module also carrying two side flaps (5), facing and equal, with an outer flap (7) attached to each of the side flaps (5) by the double fold line (6), with a flange (8) centered on the outer edge of each flap external (7), also carrying a slot (10) 10 placed next to each side flap (5), parallel to it and at the bottom (2), having a size slightly larger than that of the flange (8) and positioned for its fit, the module presenting preferably triangular peaks (9) and located on top of the joints that form the flaps (3) with the walls (1), and preferably triangular cuts (11) located one at each corner of the bottom (2).  FIGURE 1   8  9 FIGURE 2 eleven 9