WO2011070383A1

WO2011070383A1 - Product exhibition structure and assembly and disassembly method thereof

Info

Publication number: WO2011070383A1
Application number: PCT/IB2009/007702
Authority: WO
Inventors: Bernardo Herman Baran; Roman de Jésus CHAVEZ HERRERA
Original assignee: Bernardo Herman Baran
Priority date: 2009-12-09
Filing date: 2009-12-09
Publication date: 2011-06-16
Also published as: BR112012014039A2; US20120248949A1; MX2012006554A; EP2514343A1; EP2514343A4

Abstract

A collapsible and folding showcase for exhibiting products is disclosed The showcase comprises a base with at least three sides, each side having two extremes, each extreme being jointed to another extreme of another side thereby forming corners between the extremes The showcase also comprises a top with at least three sides, each side having two extremes, each extreme being jointed to another extreme of another side thereby forming comers between the extremes The showcase further comprises at least three posts, each post having a lower end and an upper extreme, wherein each post is coupled to a corner of the base through the lower extreme of the post and to a corner of the top through the upper extreme of the post, wherein the posts couple with one another, forming a shelf base The showcase further discloses a shelf which rests between the posts and upon the shelf base

Description

STRUCTURE TO DISPLAY PRODUCTS AND ASSEMBLY METHOD

AND DISASSEMBLY OF THE SAME

Field of the Invention

The present invention relates to product display structures, and more specifically to easily assembled and disassembly displays to display a product at a point of sale, and even more specifically to product displays with at least one tray for holding and displaying products in a point of sale and a method of assembling and disassembling said exhibitors.

Background of the Invention

The constant growth of the population demands a production of large volumes of products to be purchased. At the points of sale, structures are required to support a large volume of products in small spaces, without losing the detail of exhibiting the product. The distributors of a consumable product have a problem regarding how to assemble the product quickly and completely in the shortest possible time in a display, and that said exhibitor is capable enough to support such consumable products being displayed.

Producers try to solve these problems by sending the products packaged in a structure that is capable of transporting and displaying these products. While this is useful for certain products, there are other products that have to be assembled on site by type of product or by producer preference.

Such exhibitors are known in the art. For example, US publication No. 2009/050589 refers to a quick assembly product display system that provides efficient product deployment. In one embodiment of the display system includes a shelf, display trays, clips used to mount the display trays on the shelf and graphic components. The product is packaged and transported inside the display trays, which allows the display trays and the product to be put on display without removing the product from the trays. The clips are removably mounted to the shelf, allowing multiple display system configurations. The shelf portion of the display system can be Quickly mounted and collapsible when not in use. Additionally, the shelf is easily movable allowing the shelf to be placed in different locations. The graphic components provide advertising space and are available in a variety of figures and sizes to improve the appearance of the display system.

In US publication No. 2008/0190872 a modular platform assembly is disclosed that includes a plurality of stackable shelves, each shelf has a plurality of supports and at least one divider that extends adjacent to the vertical supports, the vertical supports adjacent being spaced to receive the desired product. The vertical supports include a plurality of grooves and dividers that include a blocking hook at each opposite end, such that each blocking hook engages a corresponding slot in the adjacent vertical supports, thus defining the particular platform configuration.

In the Mexican patent application No. PA / a / 2005/011459, a packing structure for the containment, transportation, display and sale of products at points of sale, of the type is disclosed conformed by a three-dimensional cubic framework formed by four angular posts in a rectangular or quadrangular arrangement, which are joined at their lower and upper ends with angular crossbars, generating empty windows on all their faces; said posts and angular crossbars are made of rigid compressed cardboard and comprise two equal arms that define a "L" shape, arranged with their vertexes towards the inside of the structure; said structure is on the base or platform, characterized in that the union between the posts and angular crossbars is carried out through structural angles that comprise a flat surface section in the form of an orthogonal square with a rounded vertex on each side of the square. upwardly perpendicularly a fixing flange of substantially trapezoidal section; said tabs and said square section in the form of a square comprises holes through which fixing means for fixing to the arms of the crossbars are housed; a rectangular serve is practiced exactly in the outer corner of said orthogonal square.

The North American publication No. 2007/0000857 discloses an adjustable display platform and a method for manufacturing such platforms. In certain embodiments, the platforms have a platform base, corner columns and expansion members that are adapted to support individual products or product trays. Corner columns are attached to the base of the platform in the desired locations. The expansion members are inserted through the insertion products in the corner columns. The insertion portions are formed to receive and secure the ends of the expansion members. End caps, rear panels and optional printed panels can be provided on the platform display to improve the visual aspects of the display, as well as provide additional marketing space.

Mexican utility model No. 1434 discloses a self-sustaining packaging-display and dispenser that allows transporting the contained product from the manufacturer to the points of sale; said self-sustainable packaging has the peculiarity of containing and displaying the product, and from where the final consumer can take it at the time of acquisition; characterized by conforming to angular posts that generate a preferably quadrangular configuration or rectangular, with a plurality of angular crossings that join at their ends with said posts with different fixing means, generating a plurality of perimeter supports with the same level at multiple heights and with a certain separation, where containment and display panels are arranged of various products, which overlap or fix with various means on said angular crossbars that generate the perimeter supports. '

U.S. Patent No. 6,752,281 discloses a display device for displaying merchandise items, such as books and posters. The display device has four rectangular support structures. Each support structure includes a base, a first side wall, a second side wall, a first hinged door on the first side wall, a second hinged door on the second side wall, a rear wall, and a hinged cover a the back wall Each side wall has hinges to the side wall attached to one of the support structures. At least one tire is connected at the base of each support structure. The display device is movable between an open position where the walls The backs of the support structure define an enclosed space and a closed position where the back walls of each support face the rear wall of the attached support structure.

US Patent No. 5,896,995 discloses a platform-based transport container and an exhibition shelf which is capable of supporting itself and having a generally square shape. The container comprises a platform base, a lower chai-wave, a middle division within the tray, and a plurality of boxes stacked on each side of the division within the tray. The division has one or more packaging containers to hold a package that can be used by consumers. In the shipping configuration, the container is stacked and enclosed with a lid. In the display configuration, the lid is removed and discarded and an exhibition board is erected in the divider. The shipping method and display of small products using the platform-based shipping container and display rack is also disclosed.

US Patent No. 5,251,753 discloses shipping / display units that include a number of vertically stacked product container trays supporting upward dividers that maintain separation between product containers. When in boarding condition, the lower tray is nested inside the skirt of the platform that rests on a conventional wooden boarding platform. Each tray is provided with an individual corner support member that extends between the adjacent pair of vertically separated trays. A corner post that extends the total height of the unit is positioned at each corner of the unit to provide additional structural support during shipment. In addition to improving the aesthetic appearance of the exhibition platform, the platform's skirt can be reversibly folded to be against the vertical sides of the platform and which is positioned by cooperating hook tongues and grooves formed on the side walls of the skirt of the platform. A display insert that has a pair of opposite feet and a central tongue can be positioned on the edge of the tray / upper divider to improve the aesthetic appearance of the unit when the unit is in a deployable condition. US Patent No. 4,705,162 discloses a shipping package and multiple merchandise display and assembly method. The package consists of a plurality of deployments at the base of the tray in which a sheet of two tongues is added. A section of T-shaped cardboard is placed up between the displays and hooks them together by means of a wing-like cover for damage-free handling. When the package arrives at the final location, the T section is removed and the individual displays are transported to the point of sale.

US Patent No. 2,941,772 discloses a tray support for platform frames.

The Mexican industrial design No. 18192 unveils a cubic-shaped display with intermediate trays.

Similarly, application No. PCT / IB2009 / 007103 of the same applicant, discloses display structures that can take any geometric configuration, and its method of assembly and packaging. A certain configuration for the posts, the bases and the cover and their possible modalities thereof is disclosed. Essentially, the construction of the posts, the bases and the cover are similar in the present invention, taking into account their modalities, so it will be briefly described how such parts can be constructed in the present invention without having much detail in the parts, since it should be understood that the construction of the parts may be essentially the same in the present invention, whereby everything mentioned in said application is transcribed, as if the letter read in the present application.

None of the previous publications discloses an exhibitor, which can be of an indeterminate size and that is capable of supporting the weight of the products being exhibited and that at the same time can be assembled and packaged quickly, i.e. in a matter of seconds .

Brief Description of the Invention

The present invention discloses a display for products at a point of sale, which can take almost any type of geometric shape, as long as the display has substantially flat faces and more specifically a base attachable to the ground. These types of geometric shapes are in general polyhedra of any type, such as for example a tetrahedron, pentahedron, hexahedron, octahedron, dodecahedron, icosahedra, icosidodecahedron, triacontahedron rhombuses, elongated pentagonal domes, octagonal prisms, deltahedra, stellar polyhedra and zonohedra among others. The figure of the exhibitor and the exhibitor as such, is formed by a base, a cover, a height, at least one tray, and at least four faces.

The base is made up of a number of sides. The sides of the base are formed by at least one face, where the first face is in a substantially horizontal plane; a second optional face is substantially perpendicular to the first face, whereby the second face is in a substantially vertical plane; optionally the sides of the base can be substantially tubular, where one or several grooves or cuts are made in the front part of the base as well as in the upper part of the base, where said grooves or cuts have a certain dimension that allow to maintain the qualities of the base like a product of load and tension. Optionally, the sides of the base can be elongated hexahedral and cuts can be made at length of the base with a certain dimension so that said base does not lose the load and tension capacity. If both sides of the base are present, they may have their vertex formed towards the inside of the display. It is not ruled out that if both sides of the present base are found, they may have their vertex formed towards the outside of the display. The number of sides of the base will depend directly on the number of faces contained in the display. For example, if the display has four faces, the base will have three sides; if the display has five faces, the base will have at least three sides; if the display has six or more faces, the base will have at least four sides. The union of each side of the base forms a corner. The sides of the base may be permanently attached, however, in certain embodiments not all sides of the base are attached. Specifically, it is required that at least two sides of the base be attached. In the joints of the at least two sides of the base that are joined, it is required to have a removable joining means, which is flexible enough to allow the mobility of one side of the base with respect to the other side of the base, such how is a rivet or roblón, for that the sides can be rotated according to themselves in positions from 0 to 360 °.

The lid is made up of a number of sides of the lid. The sides of the lid are formed by at least one face, where the first face is in a substantially horizontal plane; a second optional face is substantially perpendicular to the first face, whereby the second face is in a substantially vertical plane; optionally the sides of the lid can be substantially tubular, where one or more grooves or cuts are made in the lower part of the lid, where the grooves or cuts must be of a certain dimension so that the lid does not lose its qualities of stressing Optionally, the sides of the lid can take an elongated hexahedral shape and cuts or grooves can be made at the bottom of the lid, with a certain dimension so that said lid does not lose the tensile capacity. If both sides of the lid are present, they can have their vertex formed towards the inside of the display. It is not ruled out that if both sides of the lid are present, they may have their vertex formed towards the outside of the display. The number of sides of The lid will depend directly on the number of faces contained in the display. For example, if the display has four faces, the lid will have three sides; if the display has five faces, the cover will have at least three sides; If the display has six or more faces, the lid will have at least four sides. The union of each side of the lid forms a corner. The sides of the covers may be permanently attached, however, in certain embodiments, not all sides of the lid are attached. Specifically, it is required that at least two sides of the lid be attached. In the joints of the at least two sides of the lid that are attached, it is required to have a removable joining means, which is flexible enough to allow mobility of one side of the lid with respect to the other side of the lid, such such as a rivet or roblon, so that the sides can be rotated according to each other in positions from 0 to 360 °. Optionally, the cover can be replaced by at least two tensioners forming a cross, or at least two tensioners parallel to each other.

The height is made up of at least three posts. The number of posts is directly calculable from the number of corners of the base. This is, if the base has three corners, three posts are required; If the base has four or more corners, the number of posts is at least four posts. The posts are formed by two faces in a Z and W plane, taking into account that the face of the sides of the base is in an X plane, where a first face of the post is substantially perpendicular to a second face of the post; optionally, the post can be substantially elongated tubular or hexahedral in which said substantially elongated tubular or hexahedral form is required to have at least one cut or groove along said post, wherein said at least one cut or groove must be looking towards the inside of the display, where said at least one cut or groove has a certain dimension so that said post does not lose the load capacity. In the face mode, the two faces of the posts must have their vertex formed towards the inside of the display. The angle created between the faces of the posts must be substantially similar to the angle created by the corners of the sides of the base. The post is formed by two ends, a first end of the post is able to be held or attached in some way described in the art with the base. A second end of Pole is capable of being fastened or attached in any way described in the art with the cover or with the tensioners.

Between the first end of the post and a second end of the post, there is at least one tray base. The number of tray bases may or may not depend on the height of the posts. The number of tray bases may or may not depend on the number of trays to be placed on display. The tray bases are attached to the posts by any means of detachable connection.

The base of the tray contains a certain number of sides, where this number of sides of the base of the tray may or may not depend directly on the number of faces contained in the display. For example, if the display has four faces, the base will have at least three sides; if the display has five faces, the base of the tray will have at least three sides; if the display has six or more faces, the base of the tray will have at least four sides. However, it is possible that if the display has six faces, the number of sides of the tray base is larger. For example, if the display has six faces, the base of the tray can have at least twelve faces, thus forming a dodecahedron. The sides of the base of the tray are formed by at least one face, where the face is in a substantially horizontal plane; a second optional face is substantially perpendicular to the first face, whereby the second face is in a substantially vertical plane; optionally the sides of the base of the tray can be substantially tubular in shape, where a groove or cut is made on the inside of the base of the tray, where said grooves or cuts have a certain dimension that allows maintaining the qualities from the base of the tray as a cargo product. Optionally, the base of the tray can be of elongated hexahedral shape on all its sides and cuts can be made along the base of the tray with a certain dimension so that said base does not lose the load capacity. The union of each of the sides of the base of the tray forms a corner. The sides of the bases of the trays may be permanently attached, however, in certain embodiments not all sides of the bases of the trays are attached. Specifically, it is required that at least two sides of the tray bases be attached. The unions of the at least two sides of the bases of the trays that are attached, it is required to have a removable joining means, which is flexible enough to allow mobility of one side of the base of the tray with respect to the other side of the base of the tray, such as a rivet or roblon, so that the sides can be rotated according to each other in positions from 0 to 360 °.

The shelves have a shape substantially similar to that of the base of the trays when the bases of the trays are in the assembled position. The number of sides of the shelf will depend directly on the sides of the base of the tray. The shelf is preferably formed by a single piece of material itself that is preferably uniform and smooth. The size of the shelf (area) is given by the size of the base and the cover indirectly, and directly by the size of the base of the tray. It is required that the size of the shelf be such that it can rest, on or nestled in, the base of the tray and that the size of the shelf be demarcated, possibly in contact with the base of the tray.

Depending on the shape of the display, the display can have at least three faces. These faces can be substantially hollow or substantially solid. Yes the faces are substantially solid, it is possible to take advantage of this substantially solid face to contain advertising on the display, that is, for the exhibitor to have clothing advertising some product. If the faces are substantially solid, this solidity may be given by a vertically positioned element, which may be attached to the outside post. The element can be rigid, semi-rigid or flexible. The element can be coupled to the posts by any existing means of attachment. Preferably, a permanent connection means is not required, but a removable connection means, since subsequent decoupling between the element and the posts is required.

Thus, with this configuration, the tray can have a substantial size, as well as have a substantial load at the same time, being stable and self-sustaining enough to load the products regardless of the size (area) covered by the tray and thus have the sufficient flexibility to be assembled and packaged quickly.

Thus, an object of the present invention can be to provide a display that can have a substantially large size compared to others. displays and withstand the load of the product despite the surface of the tray and at the same time be a display that can be easily assembled and packaged as it would be a smaller display.

Another object of the present invention is to provide a display that can contain a substantially strong load of products and withstand the load of the product despite the surface of the tray and at the same time can be easily assembled and packaged.

Likewise, another object of the invention is to provide a structurally strong display that can be easily assembled and packaged at the same time.

Another object of the present invention is to provide a substantially flexible display in terms of its assembly and utility.

Still another object of the present invention is an assembly method for the above-mentioned display.

Still another object of the present invention is a packaging method for the merchandiser.

Brief Description of the Figures

The particular features and advantages of the invention, as well as other objects of the invention, they will be apparent from the following description, taken in connection with the accompanying figures, which:

Figure 1 is a conventional exploded perspective view of a first embodiment.

Figure 2 is a conventional perspective view of the assembly, in a first step, of the first embodiment.

Figure 3 is a conventional perspective view of the assembly, in a second step, of a first embodiment.

Figure 4 is a conventional perspective view of the first embodiment of the invention.

Figure 5 is a conventional perspective view of three exhibitors of the first mode being joined.

Figure 6 is a conventional perspective view of three exhibitors of the first mode together.

Figure 7 is a conventional perspective view of the cover and base of a second embodiment of the invention.

Figure 8 is a conventional exploded perspective view of the second embodiment of the invention. Figure 9 is a conventional perspective view of a first assembly step of the second embodiment of the invention.

Figure 10 is a conventional perspective view of the second embodiment of the invention.

Figure 11 is a top view of the first assembly step of the second embodiment of the invention.

Figure 12 is a top view of the second assembly step of the second embodiment of the invention.

Figure 13 is a conventional perspective view of a third embodiment of the invention.

Figure 14 is a conventional perspective view of the packaging of the third embodiment of the invention.

Figure 15 is a detailed view of the figure

14.

Figure 16 is a conventional perspective view of the third embodiment of the invention in the packaging position.

Figure 17 is a conventional perspective view of a fourth embodiment of the invention.

Figure 17a is a top view of the fourth embodiment of the invention. Figure 18 is a conventional perspective view of a first packaging step of the fourth embodiment of the invention.

Figure 18a is a detailed view of Figure 18.

Figure 18b is a top view of the first packaging step of the fourth embodiment of the invention.

Figure 19 is a conventional perspective view of a second packaging step of the fourth embodiment of the invention.

Figure 19a is a top view of the second packaging step of the fourth embodiment of the invention.

Figure 20 is a conventional perspective view of the fourth embodiment of the invention in the packaging position.

Figure 20a is a top view of the fourth embodiment of the invention in the packaging position.

Figure 21 is a conventional perspective view of a sub-modality of the fourth embodiment of the invention in a first unpacking step. Figure 22 is a conventional perspective view of a sub-modality of the fourth embodiment of the invention in a second unpacking step.

Figure 23 is a conventional perspective of a sub-modality of the fourth embodiment of the invention in a third unpacking step.

Figure 24 is a conventional perspective of a sub-modality of the fourth embodiment of the invention in a fourth unpacking step.

Figure 25 is a conventional perspective of a sub-modality of the fourth armed modality.

Figure 26 is a conventional perspective of the base of the third and fourth modality sub-modality.

Figure 27 is a conventional perspective view of the display of a sub-modality of the third mode in a first assembly step.

Figure 28 is a conventional perspective view of the display of a sub-modality of the fourth mode in a first assembly step.

Figure 29 is a conventional perspective view of the display of a sub-modality of the third or fourth modality in a second assembly step.

Figure 30 is a conventional perspective view of the display of a sub-modality of the third or fourth armed modality.

Figure 31 is a conventional perspective view of the fourth embodiment of the invention being packaged.

Figure 32 is a conventional perspective view of the third embodiment of the invention being packaged.

Figure 33 is a detail view of the fasteners of the third embodiment of the invention. Detailed Description of the Invention

The present invention discloses a display 1 for products in a retail outlet, which can take almost any ^'type of geometric shape, as long as the display count with substantially smooth and more specifically requires expensive than the base can be coupled down. These types of geometric shapes are generally polyhedra of any type, such as a tetrahedron, pentahedron, hexahedron, octahedron, dodecahedron, icosahedra, icosidodecahedron, triacontahedron rhombuses, elongated pentagonal domes, octagonal prisms, deltahedra, stellar polyhedra and zonohedra among others, where tetrahedra, pentahedrons, hexahedrons and octahedra may be preferred.

The display 1 is generally formed by a base 10, a cover 20, a height, at least one tray 30 and at least four faces, including the face of the base 10 and the cover 20.

The materials from which the display 1 can be made may vary, however, strong materials are preferred, which do not bend easily but with some flexibility. Such examples are plastics such as polystyrenes, PVC, high density polyethylenes, polypropylenes, PET, etc., wood, metals that tend to have some flexibility, cardboard, corrugated cardboard, etc.

First Modality

In this first embodiment, reference will be made to Figures 1 to 6 of the present invention.

The base 10 is formed by a number of sides 11. The sides 11 of the base 10 are formed by at least one face 12, wherein the face 12 is in a substantially horizontal plane; a second face 13 optional is substantially perpendicular to face 12, whereby the second face 13 is in a substantially vertical plane; optionally the sides 11 of the base 10 can be substantially tubular in shape, where one or several grooves or cuts are made in the front part of the base 10 as well as in the upper part of the base 10, wherein said grooves or cuts They have a certain dimension that allows to maintain the qualities of the base 10 as a product of load and tension. Optionally, the sides 11 of the base 10 can be of elongated hexahedral shape and cuts can be made along the base with a certain dimension so that said base 10 does not lose the load and tension capacity. If both sides 12, 13 of the base 10 are present, they may have their vertex formed towards the inside of the display 1. The possibility that if both sides 12, 13 of the base 10 present are not discarded, these may have their vertex formed towards the outside of the display 1. The number of sides 11 of the base 10 will depend directly on the number of faces 40 contained in the display 1. For example, if the display 1 has four faces 40, the base 10 it will have three sides 11; if exhibitor 1 has five faces 40, the base 10 will have at least three sides 11; if the display 1 has six or more faces 40, the base 10 will have at least four sides 11. The union of each of the sides 11 of the base forms a corner 14. The corners 14 of the base 10 are permanently joined. In the joints of the corners 14 of the base 10, it is required to have a removable joining means, which is flexible enough to allow the mobility of one side 11 of the base 10 with respect to the other side 11 'of the base 10, so that the sides 11, 11 'can be rotated according to each other in positions from 0 to 360 °. Specifically, fasteners, such as rivets or rugs, are placed in corners 14 on face 12. The fasteners must be positioned in such a way as to allow rotation of one side 11 with respect to another side 11 '. It is required that a first pair of fasteners 65 that are crossed, that is, a first pair of fasteners 65 that are not adjacent to each other, be at the same point on the corners 14, 1 '', while a second pair of fasteners 65 'crossed, meet at a second point on corners 14', 14 '''. That is, the first pair of fasteners 65 must not be linear with the second pair of fasteners 65 '. The first pair of fasteners 65 are offset according to the center of the face 12, consequently according to the center of the side 11 and according to the center of the base 10. The location of the first pair of fasteners 65 is offset in the inner part of the corners 1, 14 '', while the location of the second pair of fasteners 65 is located on the outside of the corners 1 ', 14''' equally offset. This lack of collinearity between the first pair and the second pair of fasteners 65 allows the rotation of the base 10, specifically of the side 11 according to the side 11 '' and the side 11 'according to the side 11'''.

The cover 20 is formed by a number of sides 21. The sides 21 of the cover 20 are formed by at least one face 22, wherein the face 22 is in a substantially horizontal plane; a second optional face 23 is substantially perpendicular to face 22, whereby the second face 23 is in a substantially vertical plane; optionally the sides 21 of the lid 20 can be substantially tubular in shape, where one or more grooves or cuts are made in the lower part of the lid 20, where the grooves or cuts must be of certain dimension so that the lid 20 does not lose its tensile qualities. Optionally, the sides 21 of the cover 20 can take an elongated hexahedral shape and cuts or grooves can be made in the lower part of the cover 20, with a certain dimension so that said cover 20 does not lose the tensile capacity. If the two faces 22, 23 of the cover 20 are present, they may have their vertex formed towards the inside of the display 1. The number of sides 21 of the cover 20 will depend directly on the number of faces 40 contained in the display 1. For example, if the display 1 has four faces 40, the cover 20 will have three sides 21; if the display 1 has five faces 40, the cover 20 will have at least three sides 21; if the display 1 has six or more faces 40, the cover 20 will have at least four sides 21. The union of each of the sides 21 of the cover 20 forms a corner 24. The corners 24 of the cover 20 are permanently joined. At the junctions of the corners 24 of the lid 20, it is required to have a removable joining means, which is flexible enough to allow mobility of one side 21 of the lid 20 with respect to the other side 21 'of the lid 20, so that the sides 21, 21 'can be rotated according to each other in positions from 0 to 360 °. Specifically, fasteners, such as rivets or rugs, are placed in the corners 24 on the face 22. The fasteners must be positioned in such a way as to allow rotation of one side 21 with respect to another side 21 '. It is required that a first pair of fasteners 65 that are crossed, that is, a first pair of fasteners 65 that are not adjacent to each other, be at the same point on the corners 24, 24 '', while a second pair of fasteners 65 'crossed, meet at a second point on the corners 24', 24 '''. That is, the first pair of fasteners 65 must not be linear with the second pair of fasteners 65 '.

The first pair of fasteners 65 are offset in accordance with the center of the face 22, consequently in accordance with the center of the side 21 and in accordance with the center of the cover 20. The location of the first pair of fasteners 65 is offset in the inner part. of the corners 24, 24 '', while the location of the second pair of fasteners 65 is located on the outside of the corners 24 ', 24''' equally offset. This lack of collinearity between the first pair and the second pair of fasteners 65 allows the rotation of the cover 20, specifically from side 21 according to side 21 '''and side 21' according to side 21 ''.

Optionally, the cover 20 can be replaced by at least two tensoi-es forming a cross, or at least two tensioners parallel to each other.

Optionally neither the base 10 nor the cover 20 or at least one of the two, are capable of rotating. That is, the joints between the sides are permanent, but the fasteners 65 are such that they do not allow rotation between the parts.

The height is made up of at least three posts 50. The number of posts 50 is directly calculable from the number of corners 14 of the base 10. That is, if the base 10 has three corners 14, three posts 50 are required; if the base 10 has four or more corners 14, at least four posts 50 are required. The posts 50 are formed by two faces 51, 52 in a plane Z and W, taking into account that the face 12 of the sides of the base 10 is in a plane X, where a first face 51 of the post 50 is substantially perpendicular to a second face 52 of the post 50; optionally, the post 50 may be substantially tubular or elongated hexahedral where it is required that said substantially tubular or hexahedral elongated having at least one cut or groove along said post 50, ^'wherein said at least one cut or slit must be facing the interior of the merchandiser 1 and wherein said at least one cut or groove has a certain dimension so that said post does not lose the load capacity. In the embodiment of the faces 51, 52, the two faces of the posts must have their vertex formed towards the inside of the display 1. The angle created between the faces 51, 52 of the posts 50, must be substantially similar to the angle created by the corners of the sides 11 of the base 10. The post 50 is formed by two ends 53, 54, a first end 53 of the post 50 is capable of being held or connected in some way described in the art with the base 10. A second end 54 of the post 50 is capable of being fastened or attached in some manner described in the art with the cover 20 or with the tensioners.

Between the first end 53 of the post 50 and a second end 54 of the post 50, there is at least one tray base 31. The number of tray bases 31 may or may not depend on the height of the posts 50. The number of tray bases 31 may or may not depend on the number of trays 30 to be placed on display 1. Base 31 of the tray contains a determined number of sides 32, where this number of sides 32 of the base 31 directly depends on the number of posts 50 contained in the display 1. For example, if the display 1 has three or four posts 50, the base 31 of the tray it will have at least two sides 32; if the display 1 has five or six posts 50, the base 31 of the tray will have at least three sides 32; if the display 1 has seven or eight posts 50, the base 31 of the tray will have at least four sides 32. The ends of the sides 32 of the tray bases 31 are coupled to the posts 50 by any means of detachable attachment. Specifically, the joining of at least one side 32 of the tray base 31 with two posts 50 close to each other is required. The sides 32 of the base 31 of the tray are formed by at least one face 33 in a substantially horizontal plane; a second optional face 34 is substantially perpendicular to the first face 33, whereby the second face 34 is in a substantially vertical plane; optionally the sides 32 of the base 31 of the tray can have substantially elongated tubular or hexahedral shape, where a groove or cut is made on the inside of the sides 32 the base 31 of the tray, wherein said grooves or cuts have a a certain dimension that allows maintaining the qualities of the base 31 of the tray as a load product. The union of each of the ends of the sides 32 of the base 31 of the tray with the adjacent posts 50 forms a shelf 60. The sides 32 of the bases 31 of the trays are permanently joined with the posts 50. Specifically, it is required that the ends of at least one first side 32 of the base 31 of the tray are attached to a first pair of posts 50 adjacent to each other, while the ends of at least a second side 32 'of the base of the tray are joined to a second pair of posts 50 adjacent to each other, wherein the first pair and the second pair of posts 50 may have shared a post 50. The joint of side 32 with the two posts 50, must be a removable joining means without mobility .

The number of sides of a tray 30 will depend directly on the sides of the base 31 of the tray. The tray 30 is preferably formed by a single piece of the same material that is preferably uniform and smooth. The size of the tray (area) 30 is given by the size of the base 10 and the lid 20 indirectly, and directly by the distance between the sides of the base 31 of the tray. The size of the tray 30 is such that it can rest on or nested in the base 31 of the tray and that the size of the tray 30 be demarcated, possibly in contact with the base 31 of the tray. The tray 30 can have fins 35, such that the fins 35 perform the same function as the second face 34 of the sides 32 of the base 31 of the chai-ola, in the spaces where the second face does not exist 34 of the sides 32 of the base 31 of the tray.

To arm the display, if there is a three-sided base 11, a corner 14 of the base 10 is rotated according to another corner 14, such that a triangle is formed. If the base has four sides 11, a first pair of corners 14, 14 '' of the base 10 is rotated according to a second pair of corners 14 ', 1' '', such that approximately a rectangle or square. If the base has five or more sides 11, a first pair of corners 14 of the base 10 is rotated according to a second pair of corners 14, such that approximately a pentagon, hexagon or the like is formed.

The same operation is carried out with the cover 20, if said cover 20 is not replaced by cross tensioners or parallel tensioners. Once the base is assembled, the first ends 53 of a first pair of adjacent posts 50 joined by the base 31 of the tray 30 are inserted, that is, the first ends 53 of a first shelf 60 in a first and second corner of the side 12 of two sides 11 of the base 10. This connection can be given by a means described in the art. For example, in PCT / IB2009 / 007103, squads that could be used here are disclosed. Similarly, grooves or cuts are disclosed in a manner similar to that of the end of the post 50 so that the end 53 of the post 50 can be coupled with the face 12. If it is a three-sided base 10 11, it is inserted the first end 53 of another post 50 in a third corner of the face 12 of the free side 11 of the base 10 or it is possible to think of a three-post rack 60. If it is a four-sided base 10 11, the first ends 53 of a second shelf 60 are inserted in a third and fourth corner of the face 12 of the sides 11 of the base 10. If it is a base 10 of more than four sides 11, depending on whether the number of sides 11 is an even or non-number, shelves 60 or posts 50 are inserted respectively, until all corners 14 of base 10 are with a post. It is supported by some means, the shelves 60 and posts 50 placed according to the base 10 in an upright position.

The tray 30 is placed, so that the shelf rests or nests on the face 33 of the sides 32 of the base 31 of the tray 30. Since the tray 30 has a triangular, rectangular, square, pentagonal, hexagonal shape , etc., and since the tray is made of a single rigid piece, by placing the tray 30 so that it rests or nests on the face 33, the tray 30 will force the base 10 to be formed according to the shape of the tray 30.

Finally, the cover 20 or the tensioners are placed, in order to tension the display. The second ends 54 of a first shelf 60 are joined with the face

22 of the cover 20. This connection can be given by a means described in the art, as is the case of PCT / IB2009 / 007103.

As can be seen in Figures 5 and 6, the displays 1 can be placed close to each other in such a way that the illusion that a display of the desired size is formed.

Second Modality In this second embodiment, reference will be made to Figures 7 to 12 of the present invention.

The construction of the parts in this second modality is essentially similar to the construction of the parts of the first modality. Specifically, the construction of the base 10, the cover 20, the bases 31 of the trays and the posts 50 is essentially the same. The construction of the joint between a base 31 of the tray and two adjacent posts 50, that is, the construction of the shelves 60, is similar.

Specifically, on the shelves 60, a second side 32 'of tray is attached, such that the joint between this second side 32' according to the first side 32 of the tray and according to the post 50 is by a removable joining means, however, it is flexible enough to allow the mobility of the second side 32 'with respect to the first side 32 and with respect to the post 50, so that the sides 32, 32' can be rotated according to each other in positions from about 0 ^or 90 ° in the case that posts 50 have two faces 51, 52; however, if the posts 50 are tubular or elongated hexahedral, the grooves or cuts provided in said posts 50 may allow the rotation of the second side 32 ' according to the first side 32 in positions from about 0 ^or more than 90 °. In this way, the same shelf 60 can have two sides 32 of the base 31 of the tray. This connection between the first side 32 and the second side 32 'can be given by a fastener, such as a rivet or a rivet.

The tray 30 can have fins 35, such that the fins 35 perform the same function as the second face 34 of the sides 32 of the base 31 of the tray, in the spaces where there is no second face 34 of the sides 32 of the base 31 of the tray. However, if the base 31 of the tray has two faces 33, 34, the fins are not needed.

The arming method is essentially the same as the first method. Specifically, the way to assemble the base and the cover, which can be replaced by tensioners, is the same.

Once the base is assembled, the first ends 53 of a first pair of adjacent posts 50 joined by the base 31 of the tray 30 are inserted, that is, the first ends 53 of a first shelf 60 in a first and second corner of the side 12 of two sides 11 of the base 10. This connection can be given by a means described in the art. For example in the PCT / IB2009 / 007103, some squads that could be used in the present are disclosed. Similarly, grooves or cuts are disclosed in a manner similar to that of the end of the post 50 so that the end 53 of the post 50 can be coupled with the face 12. If it is a three-sided base 10 11, it is inserted the first end 53 of another post 50 in a third corner of the face 12 of the free side 11 of the base 10 or it is possible to think of a three-post rack 50. If it is a four-sided base 10, 11 Insert the first ends 53 of a second shelf 60 into a third and fourth corner of the face 12 of the sides 11 of the base 10. If it is a base 10 of more than four sides 11, depending on whether the number of sides 11 is an even or non-number, shelves 60 or posts 50 are inserted respectively, until all corners 14 of base 10 are with a post 50.

It is rotated to the second side 32 'according to the first side 32 and according to the post 50, until the second tray base 31 abuts the adjacent post 50 of the opposite shelf 60. Optionally, a certain number of degrees can be rotated to the second side 32 'depending on the number of posts 50 to be placed, ergo the number of corners 14 on the base 10. On either side In cases, the second side 32 'is rotated to the point where the second side 32' can run into the adjacent post 50 of the opposite shelf 60 when the shelves are armed. The same operation is performed with the opposite shelf 60.

It is supported by some means, the shelves 60 and posts 50 placed according to the base 10 in an upright position.

Finally, the cover 20 or the tensioners are placed, in order to tension the display. The second ends 54 of a first shelf 60 are joined with the face 22 of the lid 20. This connection can be given by a means described in the art, as is the case of PCT / IB2009 / 007103. The point of rotation between the second side 32 'according to the first side 32 and according to the post 50 may be substantially centered or offset. These rotation points can be collinear with the base rotation point, if any.

In this embodiment, it is preferred that the tray base 31 that rotates is the base 31 having a shorter length. That is, in case the display was a hexahedron, and more specifically for example, a shape similar to a cuboid, it is preferred that the bases 31 of the trays that are joined with the two posts 50 forming a shelf 60, be the bases 31 of the trays that have a greater length, while the bases 31 of the trays that can rotate according to the bases 31 between the two posts 50, are those that have a shorter length. In the case of truncated cubes or pyramids for example, since the length of the bases 31 is substantially equal, there is no importance of which base 31 can rotate and which base 31 is between the two posts 50 to form the shelf 60.

Third Modality Another embodiment is given with Figures 13 to 16, 32 and 33 of the present invention.

Like the first modalities, the construction of the display 1 is substantially similar. The base 10, the cover 20 and the posts 50 are substantially the same in construction and number as in the first and second modalities.

However, unlike the first and second modality, all sides 32 of the bases 31 of the trays are directly coupled with the posts 50. The number of sides 32 of the tray bases 31 is similar to that of the second modality, except that, as all sides 32 are coupled with a pole, the sides 32 do not have a mobility according to the adjacent sides 32 ', 32' 'and according to the first pair of posts 55, but have a mobility according to the side 32 '' 'opposite, according to the second pair of posts 56, as well as the base 31 that is at the top and bottom.

That is, the coupling between the bases 31 of the trays and the posts 50, is by means of a fastener 65 that allows the rotation of the base 31 according to the posts 50. As can be seen in Figure 15, it is required that a first pair 66 of bras 65 adjacent are collinear with each other, while a second pair 67 of adjacent fasteners 65, which are also collinear with each other, are not collinear with the first pair 66 of fasteners 65.

Specifically, the first pair 66 of fasteners 65 are centered according to the base 31 and according to the post 50. The location of the first pair 66 of fasteners 65 is located at the bottom of the base 31 of trays and the innermost part of the post 50, specifically in the innermost part of the second face 52 of the post 50 or of the elongated tube or hexahedron. The location of the second pair 67 of fasteners 65 is located in the upper part of the tray base 31 and in the innermost part of the post 50, specifically in the innermost part of the second face 52 of the post 50 or of the tube or of the elongated hexahedron This lack of collinearity between the first pair 66 and the second pair 67 of fasteners 65 allows rotation to lower the base 31 of the tray according to the other bases 31, i.e. the bases 31 that are at the top or bottom, and according to post 50.

In this embodiment, the soleras 37 provided are also foldable. Specifically, a hearth 37 It is attached to the sides 32, 32 '''and a second hearth 37' is attached to the sides 32, 32 '' of the base 31 of the tray. In the center of the hearth, a fastener 65 is located that allows the rotation of the two parts of the hearth 37, 37 '. Therefore, when the display 1 is rotated to a folded position, it is rotated to the hearth 37, 37 'to a folded position. Likewise, when the display is rotated to an unfolded position, it is rotated to the hearth 37, 37 'to an unfolded position.

The arming method is essentially similar to the first and second modality. Specifically, the way to assemble the base and the cover, which can be replaced by tensioners, is the same.

Once the base is assembled, the first ends 53 of a first pair 55 of posts 50 are inserted into a ρχ-imera and second corner of the face 12 of two sides 11 of the base 10. This connection can be given by a described means in art For example, in PCT / IB2009 / 007103, squads that could be used here are disclosed. Similarly, disclosed slots or slits similar to the pole end 50 so that the end ^'53 of the post 50 may be coupled to the face 12. If it is a three-sided base 10 11 is rotated to defeat the opposite post 50, as well as the base 31 of the tray according to the first pair 55 of posts 50 and the first end 53 of the post 50 is inserted into a third corner of the side 12 of the free side 11 of the base 10. If it is a four-sided base 10 11, it is rotated to lower the second pair of posts 56, as well as the base 31 of the tray according to the first pair 55 of post 50 and the first ends 53 of a second pair 56 of posts 50 are inserted into a third and fourth corner of the face 12 of the sides 11 of the base 10. If it is a base 10 of more than four sides 11, Depending on whether the number of sides is an even or non-number, they are rotated to lower and posts 50 are inserted, until all the corners of the base 10 are with a post.

The tray 30 is placed, so that the shelf rests or nests on the face 33 of the sides 32 of the base 31 of the tray 30. Since the tray 30 has a triangular, e-ectangular, square, pentagonal shape , hexagonal, etc., and since the tray is made of a single rigid piece, when placing the tray 30 so that it rests or nests on the face 33, the tray 30 will force the base 10 to be formed according to the tray shape 30. Finally, the cover 20 or the tensioners are placed, in order to tension the display. The second ends 54 of a first shelf 60 are joined with the face 22 of the lid 20. This connection can be given by a means described in the art, as is the case of PCT / IB2009 / 007103.

This mode allows the display 1 to be packaged in vertical positions according to its armed state. That is, the packaging position reduces the volume of the merchandiser 1, however it increases the height of the merchandiser 1 since a shelf 60 is at a greater height according to another second shelf 60.

This modality has an easy packaging for an agile and fast transportation where the exhibitors occupy little space and can be stacked one on top of the other.

Fourth Modality

Another embodiment is given with figures 17 to 20, and 31 of the present invention.

Like the first two modalities, the construction of the display 1 is substantially similar. The base 10, the cover 20 and the posts 50 are substantially equal in construction number than in the first and second modality.

The construction of the bases 31 of the trays according to the posts 50 is substantially equal to that of the third embodiment of the invention. However, instead of having a mobility according to the upper and lower bases 31, there is a mobility according to the sides 32 of the bases 31. The side 32 has a mobility according to the sides 32 ', 32' ', 32 '' 'adjacent and opposite, as well as according to the first pair 55 of posts 50.

That is, the fasteners 65 are offset in such a way that they allow the rotation of the sides 32 ', 32' ', 32' '' and of a first pair 55 of posts 50, conforming to another side 32 and conforming to the second pair 56 of posts 50.

As seen in Figure 17a, it is required that a first pair 66 of crossed fasteners 65, that is, fasteners 65 that are not adjacent, be on the same first point on face 33, while a second pair 67 of adjacent fasteners 65, which are also crossed, are at a second point on face 33, a second point that is not similar to the first point. Specifically, the first pair 66 of fasteners 65 are offset offset according to base 31 and according to face 33. The location of the first pair 66 of fasteners 65 is close to the center of the intersection or corner 36 created between the sides 32, 32 ', as well as in the center of the intersection or corner 36' created between the sides 32 '', 32 '''. The location of the second pair 67 of fasteners 65 is close to the outer corner of the intersection or corner 36 '' created between the sides 32 ', 32'', as well as close to the outer corner of the intersection or corner 36'''created between sides 32, 32'''. This decentralization of the second pair 67 of fasteners 65, allows the free rotation of the sides 32 '-32''' according to the side 32. Additionally, it can be contemplated that at least two corners 36, 36 ', for example the corners that they contain the first pair 66 of fasteners 65 are truncated, that is, that the side 32 is not formed by exact angles of 90 °, but that at least one of these angles is divided into two parts so that two angles are made and the sum of these two angles of 90 °. It can be contemplated that all corners 36-36 '''are truncated, so that the Display 1 can be collapsed horizontally to either side.

Once the base is assembled, rotate a first pair 55 of posts 50 according to the second pair 56 of posts 50 until the desired figure is obtained, such as the hexahedron. The first ends 53 of a first pair 55 of posts 50 are inserted into a first and second corner of the face 12 of two sides 11 of the base 10. This connection can be given by a means described in the art. For example, in PCT / IB2009 / 007103, squads that could be used here are disclosed. Similarly, grooves or cuts are disclosed in a manner similar to that of the end of the post 50 so that the end 53 of the post 50 can be coupled with the face 12. If it is a three-sided base 10 11, it is inserted the first end 53 of the third post 50 in a third corner of the face 12 of the free side 11 of the base 10. If it is a four-sided base 10 11, the first ends 53 of a second pair 56 of posts are inserted 50 in a third and fourth corner of face 12 of sides 11 of base 10. If it is a base 10 of more than four sides 11, depending on whether the number of sides is an even or non-number, posts 50 are inserted, until all the corners of the base 10 are with a pole.

Finally, the cover 20 or the tensioners are placed, in order to tension the display. The second ends 54 of a first shelf 60 are joined with the face 22 of the lid 20. This connection can be given by a means described in the art, as is the case of PCT / IB2009 / 007103.

This mode allows to display the merchandiser 1 in horizontal positions according to its armed state. That is, the packaging position reduces the volume of the display 1, however the width of the display 1 increases.

A sub-modality of the fourth modality is given with figures 21 to 25.

Like the first two modalities, the construction of the display 1 is substantially similar. The base 10, the cover 20 and the posts 50 are substantially the same in construction and number as in the first and second modalities.

The construction of the bases 31 of the trays according to the posts 50 is substantially equal to that of the third embodiment of the invention. However, instead of having a mobility according to the upper and lower bases 31, there is a mobility according to the sides 32 of the bases 31. The side 32 has a mobility according to the adjacent sides 32 ', 32' ', as well as according to the first pair 55 of posts 50 and the second pair 56 of posts 50.

That is, at least one fastener 65 is centered in such a way that it allows the rotation of at least one side 32 and of a first pair 55 of posts 50, conforming to other sides 32 ', 32''and conforming to the second pair 56 of posts 50. Specifically, the fasteners 65 are centered according to the base 31 and conforming to the face 33. The location of at least one fastener 65 is close to the center of the side 32. Similarly, fasteners 65 are provided at the ends of the sides 32, specifically at some point of intersection between a first side 32 and a second side 32 ', as well as the first side 32 and a third side 32'', and between a second side 32' and a third side 32 ''.

In this way, at least one side 32, 11 is able to rotate according to itself, while providing rotation both sides 32 ', 32' 'according to the rotated side 32.

As an advantage of the manner of rotation of the present sub-modality is that at least one side 32 can be housed within the two sides 32 ', 32' 'when the display is folded.

Other Modalities One modality that can be given with the third and fourth modality is shown in Figures 26 to 30. Specifically, the base 10 and the cover 20 are replaced with an additional tray base 31. To provide rigidity to the structure, a skirt 2 is provided, preferably a folding skirt having the same figure as the display 1.

The skirt 2 has a width slightly greater than the width of the display-1, such that the skirt 2 can slide around the display 1, forming a kind of ring of the display 1. Specifically it is preferred that the skirt 2 surrounds the bottom of the display 1. When mounting the tray 30, the display 1 is provided with a stiffness with the skirt 2 and with the tray 30.

It is preferred that skirt 2 occupies a space equivalent to approximately one third of the total height of the display to provide this necessary stiffness.

Alterations of the structure described herein may be provided by those with art in the field. However, it should be understood that the present description relates to the preferred embodiments of the invention, which is for purposes. illustrative only, and should not be constructed as a limitation of the invention. All modifications that do not depart from the spirit of the invention are included within the body of the attached clauses.

Claims

1. A collapsible exhxbxdor to fall and display products with at least four faces, comprising:

a base with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends;

a cover with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends;

at least three posts, each post with a lower end- and an upper end, each post mountable in a corner of the base by means of the lower end of the post, each post attachable by means of the top exti-emo of the post to a corner of the cover, each pai "of pi-maximal posts with each other having at least one tray base coupled to each other, thus forming, between the pair of nearby posts and the at least one base of the tray a shelf, the at least one base of tray being between the lower end and the upper end of the post; at least one tray for each tray base, the tray being able to rest on the base of the tray.

2. The display of claim 1, wherein the union of the corners of the base are flexible, allowing the mobility of one side of the base according to another side of the base such that the sides of the base can be rotated each other and where the joint of the corners of the lid are flexible, allowing the movidlity of one side of the lid according to another side of the lid such that the sides of the lid can be rotated together.

3. The display of claim 2, wherein each corner has a fastener that allows rotation and wherein the display has a number of even faces and has at least six faces, wherein wherein a first pair of fastener fasteners the base that are not found in adjacent corners are not co-linear with a second pair of fasteners in the base that are not found in adjacent corners, where where a first pair of fastener fasteners in the cover are not found in Adjacent corners are not linear with a second pair of fasteners in the lid that are not found in adjacent corners, where the first pair of fasteners of the base and of the cover are offset offset according to the center of the side of the base and of the cover respectively and into the non-adjacent corners and where the second pair of fasteners of the base and of The cover is offset off center to the center of the base and the cover side respectively and to the outside of the non-adjacent corners.

4. The display of claim 1, wherein the tray has fins towards the top of the display.

5. The display according to any of the preceding claims, wherein each shelf has at least a second tray base, each second tray base being coupled to the shelf by a fastener means, wherein the fastener means allows the rotation of the tray second tray base conforming to the shelf, such that the second base of the tray can be substantially parallel or substantially perpendicular to the shelf.

6. A folding display for loading and displaying products with at least four faces, comprising: a base with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends;

at least three posts, each post with a lower end and an upper end, each post mountable in a corner of the base by means of the lower end of the post, each post attachable by means of the top end of the post to a corner of the cover,

at least one tray base coupled to the posts, the at least one tray base being between the lower end and the upper end of the post, a tray for each tray base, the tray being able to rest on the base of the tray ;

wherein the at least one tray base is coupled to the posts by means of a first pair and a second pair of fasteners that allow the rotation of the tray base according to the posts,

wherein the first pair of fasteners are adjacent and co-linear with each other, where the first pair of fasteners is in a lower part of the at least one tray base and in an inner part of the post; Y

wherein the second pair of fasteners are adjacent and linear to each other, wherein the second pair of fasteners is located at the top of the at least one tray base and in an inner part of the post.

7. The display of claim 6, wherein the cover is coupled to the upper end of the posts and where the base is coupled to the lower end of the posts by means of a first pair and a second pair of fasteners that allow rotation of the base and of the cover respectively according to the posts, where the first pair of fasteners are adjacent and linear to each other, where the first pair of fasteners is located in a lower part of the base and of the cover and in an inner part of the post; and wherein the second pair of fasteners are adjacent and co-linear with each other, wherein the second pair of fasteners is located at the top of the base and of the cover and in an inner part of the post.

8. The display according to claim 7, wherein the display additionally comprises a skirt having a width slightly greater than the width of the display, so that the skirt can slide around the display and surround the bottom of the display.

9. A folding display for loading and displaying products with at least four faces, comprising: at least three posts, each post with a lower end and an upper end, each post mountable in a corner of the base by means of the lower end of the pole, each pole attachable by means of the top end of the pole to a corner of the lid,

at least one tray base with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends of the sides of the base of the tray, each corner of the base of the tray coupled to the posts, each corner has an inner part and an outer part, where the inner part is close to the center of the display and where the outer part is distant from the center of the display, the at least one base of tray being between the lower end and the upper end of the pole, a tray for each tray base, the tray being able to rest on the base of the tray; where the union between each of the corners of the at least one tray base is by means of a first pair and a second pair of fasteners that allow the rotation of one side of the tray base according to the other sides of the base of the tray, where the first pair of fasteners that are not adjacent to each other, are close to the center of the corners created between the adjacent sides; Y

wherein the second pair of fasteners that are not adjacent to each other, are close to the outside of the corner between adjacent sides.

10. The display of claim 9, wherein the display additionally comprises a base with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends and a cover with at least three sides, each side with two ends, each end of one side joins with another end of another side thus forming corners between the ends.

11. The display of claim 9, wherein the display comprises a skirt capable of sliding around the display to form a ring at the bottom of the display.

12. The display of claim 11, wherein the skirt occupies one third of the height of the display.

13. A folding display to load and display products with five faces, comprising:

a base with three sides, each side with a first and second end, each end of one side joins with another end of another side thus forming corners between the ends;

a cover with three sides, each side with a first and second end, each end of one side joins with another end of another side thus forming corners between them. extremes;

three posts, each post with a lower end and an upper end, each post mountable in a corner of the base by means of the lower end of the post, each post attachable by means of the top end of the post to a corner of the lid,

at least one tray base with three sides, each side with a first and second end, each end of one side joins with another end of another side thus forming corners between the ends of the sides of the base of the tray, each corner of the tray base coupled to the posts, the at least one tray base being between the lower end and the upper end from the pole, a tray for each tray base, the tray being able to rest on the base of the tray;

where the union between each of the corners of the at least one tray base is by means of a fastener that allows the rotation of one side of the base of the tray according to the other sides of the base of the tray, and

wherein a first side of the lid, a first side of the base of the collinear tray with the first side of the lid and a first side of the collinear base with the first side of the lid, have a fastener between the first and second end of the lid, base of the tray and base respectively, which allows the rotation of the first side of the lid, the first side of the base of the tray and the first side of the base towards the inside of the display.