ES1165285U - Pallet plastic display (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Pallet plastic display, which is designed for the storage of objects to be transported and presented, and which includes - a cover with a lower face (7), an upper face (1) spaced therefrom and an edge, which connects the upper face (1) and the lower face (7), composed of four edge faces (2.1, 2.2), 2.3, 2.4), opposite and parallel to each other two to two, touching the adjacent edge faces (2.1, 2.2, 2.3, 2.4) at the corners (3), - vertical elements that are configured protruding from the lower face (7) of the cover, and - at least one exhibitor reception (5.1-5.5) for the fixation of an exhibitor, characterized in that - the display pallet comprises at least one connecting element essentially in the form of a plate with two parallel outer faces for the connection with another exposing pallet, the same constructively, and - at least one corner (3) of at least one edge face (2.1, 2.2, 2.3, 2.4) is formed a reception (6), which is configured as a guide for the partial introduction of the at least one connection element to along an introduction direction (e), which is located parallel to a longitudinal direction of the edge face (2.1, 2.2, 2.3, 2.4) on which the reception (6) is formed. (Machine-translation by Google Translate, not legally binding)

Description

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D E S C R I P C I O N

OBJECT OF THE INVENTION

The invention relates to a pale plastic display for the storage of objects to be transported and presented.

The pale of the invention comprises a cover with a lower face and a spaced upper face thereof. The upper and lower faces are connected through an edge in which four faces are defined; of the four faces two oppose and run parallel to each other. In this respect, the adjacent edge faces touch each other at the corners. The pale display also includes vertical elements, for example, feet or skates, which are configured protruding from the underside of the roof, as well as at least one receiving element for fixing an display.

BACKGROUND OF THE INVENTION

Exhibitor pales are used, on the one hand, for the transport of objects, that is, merchandise. A wide field of application, as well as the possible integration into a deposit system, require a configuration as uniform as possible of such pales, in terms of the dimensions of the roof in which the goods are stored. In the state of the art, for example, European pales with a base surface of the cover of 800 x 1200 mm are known, up to display pales with a base surface of 400 x 600 mm. For placement in sales rooms it is advantageous to use pales with a base area as small as possible, in addition, plastic display pads can be manufactured in many different color tones, which can be adapted to the exhibitors and generally give a corresponding impression of, for example, European wooden pales.

The so-called exhibitor pales are pales that are also placed in sales rooms to present directly to the customer the merchandise arranged in them, without having to have first been stored on shelves by the staff or to put these merchandise especially in the foreground . The exhibiting pales therefore serve both

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transport as well as the presentation of merchandise. In this regard, the pales are wrapped together with exhibitors that must have a more pleasant effect on customers than the pure presentation on a pale. These exhibitors are in general additional printed pieces of cardboard, which are fixed at the corresponding receptions for fixing the display, which can be placed or configured on the cover or on the edge faces. In addition, the exhibitors can also be used during transport to ensure the merchandise stored in the pale.

A pale of similar plastic exposure is described, for example, in DE 10 2011 003 999 A1, the pale all! released has the size of a% of European pale, that is, a base surface of 400 x 600 mm.

In order to obtain the highest possible flexibility mainly in the presentation, but preferably also during the transport of goods, it is sometimes required to position several small loaves next to each other, for example, to present larger goods. In this case, care must be taken that two pales located next to each other can be connected to each other, in order to prevent a displacement of the two pales with respect to each other. In US 5,310,063 a system of pales is disclosed for this purpose, in which openings or depressions in the form of grooves in the edges are configured on the upper face of the cover where the goods are stored, and a groove is made connection while a U-shaped connection element is inserted with its arms in respective openings of each pale. The paddles are then secured against lateral displacements in the deck plane. The connection must be made here before the goods are stored in the pale or the interconnection of the pales.

Document DE 10 2012 004 539 A1 also describes different possibilities for connecting several pales. One of the systems there! disclosed uses clamping brackets that are used in corresponding lace recesses on the upper face of the pales. To establish the connection here you must also access from above on the surface of the roof. Other connection mechanisms use magnetic elements and are placed on the underside of the pales. Such mechanisms are more susceptible to failures than purely mechanical connections due to their complexity and can also be damaged by improper treatment, for example, with a forklift.

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It is common to the possibilities known in the state of the art for the connection of two pales that such a connection can only be established when the pales are not loaded, since it must be accessed from above on the surface of the roof, or the structure It is complex due to electromagnetic elements and circuits, which opposes frequent use, for example, in a deposit system.

DESCRIPTION OF THE INVENTION

The objective of the invention is to develop a pale display of the type described at the beginning, so as to provide as simple means as possible for the connection of two or more pales, which also allow establishing a connection of pales when they are already loaded to increase flexibility. of the use of such exhibitor pales.

This objective is achieved in the case of a pale exhibitor of the type described because the pale comprises at least one connection element constructed essentially in the form of a plate with two large parallel outer faces for connection with another constructively equal exposer pale. In this regard, a recess is formed in at least one corner of at least one edge face, which is configured as a guide for the partial introduction of the at least one connection element along an introduction direction. In this regard, the direction of introduction is placed parallel to a longitudinal direction of the edge face on which the reception is formed. The connection element is preferably made of plastic, but it can also be made of other materials that have the required hardness and flexural strength and that largely prevent a displacement of two connected pales from one another, without the connection element breaking. For example, wooden or steel connection elements can also be used. However, plastic offers the advantage of economic manufacturing in high numbers of parts.

The reception is configured so that the essentially plate-shaped connection element is inserted laterally from the outside into the reception. The direction of introduction is placed parallel to the longitudinal direction of the edge face, that is, the

Introduction is done in parallel to the plane of the edge face. In this regard, the address

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Longitudinal of the edge face is parallel to the edge between the edge face and upper or lower side of the cover, the transverse direction is that which connects the upper face and lower face and is arranged perpendicular to the longitudinal direction.

In this regard, the large faces of the connecting element are preferably placed parallel to the edge face in the introduced state, this realization can be handled in a particularly simple manner and allows a particularly stable connection with a view to a perpendicular displacement to the direction of introduction.

The connection between the introduced connection element and the cover is in the directions perpendicular to the direction of introduction, that is, in the direction of the normal of the cover plane and of the normal of the plane of the edge face in question, preferably in form drag, to facilitate a reversible removal and insertion of the connection element. Along the direction of introduction of two adjacent pales, which are connected by a connecting element in the manner described, can be separated without further pulling in said (vertical) direction. To prevent it and achieve a more stable connection, which prevents an involuntary separation or displacement of two blades with respect to each other, the connection between the introduced connection element and the cover is therefore carried out along the direction of drag-in. of strength This can be implemented, for example, while the plate-shaped element has a thickness, between the two large outer faces, which corresponds to an oversized compared to an opening of the reception in which the element must be inserted. plate-shaped In this way a tightening effect is produced, the high static friction prevents the connecting element from escaping by carelessness or two pales are separated from each other by carelessness.

The connection element is essentially constructed in the form of a plate, the plate form referring to the size relationships of the surfaces that delimit the element. The plate generally has two large surfaces or larger faces and, in the case of the preferred square shape, four narrow faces. If the plate-shaped connection element is shaped oval or round, then only a narrow face is defined.

The reception can be configured in different ways. In a preferred embodiment, less

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prone to wear, the reception comprises an inner wall delayed inwardly relative to the surface of the edge face. In a configuration, for example, in the form of a reception pocket, the guide - whose purpose is to prevent the connecting element from sliding or falling out of the pale - is configured as the exterior wall of the reception.

In a pocket-shaped reception it is disadvantageous that it can only be released with difficulty due to the dirt that easily penetrates into such a pocket, in particular due to the proximity to the ground and can be fixed there. This can lead to the element of connection can no longer be introduced into the reception or not as far as necessary, so that two assembled pales do not rest against each other correctly. In an advantageous configuration, the outer wall is therefore not configured continuously from top to bottom along the transverse direction of the edge face, but the guide has a crest-shaped elevation or flange, which goes towards up from a bottom edge of the edge face and one that goes down from the top edge of the edge face, most often identically to the edge between the edge face and top side of the cover. In this respect, it is sufficient that the elevation in the form of a crest only rises a little, for example, in a range of a few millimeters to approximately 2 cm, depending on the size of the pale, from the upper or lower edge. In general, for example, a height of approximately 1 cm should offer sufficient strength, on the one hand, with a view to the stability of the guide and, on the other hand, also against shear forces, which may originate in the case of an involuntary displacement of the two pales perpendicular to the direction of introduction.

In this respect, the connection element in the form of a plate must not be configured as a solid plastic plate, but may also have an internal structure in the form of a grid to save, for example, material. The cover is also configured most of the time with a grid structure.

The connection element can be configured in different ways, depending on how two pales must be connected to each other, and how the receptions are arranged on the edge faces. Thus two rectangular pales can be coupled to each other with their shorter faces or with their longer faces. From a pale with measures 400 x 300 mm you can

manufacture in the case of a coupling on the shorter faces, for example, a pale 800

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x 300, in the case of a coupling along the longest faces a pale with the measures 400 x 600 mm, which corresponds to a quarter of the size of a European pale. The eighths of pale with the measures of 400 x 300 mm offer the advantage that in the same space that requires a quarter of pale can be presented several different merchandises enhanced each time separately. In this regard, it is possible to provide corresponding receptions for the connecting element on the four edge faces respectively, as a whole eight receptions, so that only one type of connector should be used. But in order not to undermine the stability of the pale, it is sufficient to configure the reception only on two opposite edge faces of the pallets and provide different types of connectors.

In a first embodiment, the connection element is therefore configured as a connector of a first type for the connection with another pale display on the edge face on which the reception is formed, parallel to the direction of introduction. Here, two pales are connected to each other on those edge faces that are parallel to the direction of introduction.

In a preferred configuration of this embodiment, the connector of the first type is formed by two essential partial elements in the form of a plate, one of the large outer faces being configured each time in one of the partial elements, and being connected to each other. partial elements on one of its narrow sides. Additionally, each of the partial elements can be configured, at least in a zone of upper and / or lower edge in reference to the direction of introduction, which are configured respectively in similar narrow faces, which limit with that narrow, posterior face, in those that are connected to each other the partial elements, so that they have a thickness that presents an excess with respect to the distance between the inner wall and the outer wall or crest-shaped elevation. In this way, a force drag tightening connection can be made between the connector of the first type and the paddles.

In another preferred configuration of this embodiment, each of the partial elements is configured, in a leading edge area, which is configured in a narrow face that opposes that narrow face in which the partial elements are connected, narrowing in at minus one of the two directions perpendicular to the

direction of introduction, preferably in both directions. This facilitates the introduction

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of the connection element at the reception.

In another preferred configuration of this embodiment, in which the glutton comprises crest-shaped elevations, the area between the partial elements in the upper and lower edge area is respectively configured as a stepped groove on one side. In this way, a stop is configured, on the one hand, which prevents, for example, that the connector of the first type is incorporated too far into the reception. On the other hand, the grooves can also be sized so as to strengthen the tightening connection between the connecting element and the pale, while the distance of the two grooves from each other, that is, in the transverse direction of the face on the edge, somewhat greater than the distance of the crests of the crested elevations from each other is selected.

In a second alternative embodiment, the connection element is configured as a connector of a second type for connection with another pale display on an edge face perpendicular to that in which the reception is formed, and perpendicular to the direction of introduction.

In a preferred embodiment of that embodiment, the connector of the second type has at least, in an upper and a lower edge area in reference to the direction of introduction, which are configured on narrow faces opposite each other, a thickness that presents an excess or oversize with respect to the distance between the inner wall and the outer wall or crest-shaped elevation. The essentially plate-shaped connection element can also have a corresponding thickness. In this way, a tightening connection can be established in a form between the connector of the second type and the pale one, in this way an involuntary leakage of the connector of the second type is prevented and the stability of an interconnection of two display poles is increased.

In another preferred configuration of this embodiment, the connector of the second type is configured, in a front and rear edge area in reference to the direction of introduction, which are configured in narrow faces opposite each other, narrowing at least one, not However, preferably the two directions perpendicular to the direction of introduction. This facilitates the introduction at the reception.

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In another preferred configuration of this embodiment, in the connector of the second type, preferably on that large face that points out in the entered state, stops are configured to prevent a complete introduction at the reception. With reference to the length along the direction of introduction, these stops are preferably centrally configured, so that the connector of the second type fits into each of the receptacles of the two pales connected to each other at the same depth, what is particularly advantageous then when the depth of the receptions is greater than the longitudinal extension of the connector of the second type.

In another preferred configuration of this embodiment, in which the glutton comprises crest-shaped elevations, on that large face pointing outward in the introduced state, support elevations are configured for support against a ridge edge. Here you can also select the distance between the elevations on the rear face of the connecting element in the transverse direction of the edge face, so that it is somewhat larger than the distance between the edges of the crest-shaped elevations, to further strengthen the tightening connection, or to establish a tightening connection, if the thickness of the plate-shaped element has not been selected in the edge areas so that a tightening connection can be established in this way .

In a particularly preferred configuration of the invention, the essentially plate-shaped connection element is composed of two partial plate-shaped elements, which are connected on one of its narrow faces by a plastic hinge joint. In this regard, the plastic hinge articulation is preferably configured respectively at a predetermined distance of a ridge between the narrow face and the large face, so that the two partial elements can be placed against each other flush with their narrow faces in a open state In this regard, the distance corresponds to half of the distance between the two partial plate-shaped elements in the realization of the connection element as a connector of the first type, the articulation can assume the function of the stop in the case of the connector of the second type In this way it is possible to implement both the first type connector and the second type connector with a connection element. The connecting element is preferably manufactured in a plastic part, while the plastic hinge articulation is configured as a solid body articulation by means of a very plastic

Slim at this point. To prevent involuntary folding, they can be integrated

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blocking elements that fix the connection element in the form of the first connector or the second connector.

In another particularly preferred embodiment, the connecting element is modularly configured from a first essentially module-shaped base module and a second essentially plate-shaped base module, the base modules being able to connect to each other both in the longitudinal direction , that is, at least one of its narrow faces, as well as in the transverse direction, that is, at least one of its large faces through plug-in connections. In the case of a plug-in connection, both the first type connector and the second type connector can be manufactured thanks to the assembly of two base modules. In one of the modules they are configured for this purpose, for example, sockets, in the other corresponding bushings, a mixed placement of male and female elements is also conceivable. This can also be complemented by retentions that prevent an unintentional separation of two modules from each other. The plug-in connection can also be provided with a glutton.

In a particularly preferred configuration of this variant, for the connection of the first base module with the second base module in a longitudinal direction, on a narrow face of the first module a first dovetail glutton is configured and on a narrow face of the second module base a first lane adapted to the first dovetail gluttony. Complementarily or alternatively, for the connection of the first base module with the second base module in a transverse direction, a second dovetail glide is configured on a large face of the first module and on a large face of the second base module a second adapted rail to the second dovetail gluttony. In the face of a pure plug-in connection, this has the advantage that the base modules cannot be easily separated from each other, the connection becomes so! more stable. Since each of the base modules is crimped in another pale, in this way the connection between the pales is reinforced. This embodiment also comprises in an equivalent way a first base module, in which one or both of the rails are configured, or a second module, in which one or both of the dovetail glues are configured.

In a special configuration of this variant, from the first two base modules and two second base modules a third type connector is configured for the connection of

four display stands, two different base modules being connected to each other

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in the longitudinal and transverse direction. Here high flexibility is obtained with a view to the connection possibilities of different countries. Depending on the need, interconnections of several countries can be established. In this respect, the size of the pales is basically at will, preferably the size is located at 400 x 300 mm, with respect to the exhibiting pales known in the state of the art with sizes of a quarter of a European pale is thus "mini-pales exhibitors".

In another preferred configuration, a pocket reception is configured on one of the edge faces of the pale display for storage of the connection element or, when it is composed of several individual parts, at least one of its parts individual. For example, in each pale one reception can be configured for two base modules, the connection elements can be stored there! when not in use, so it can be ensured that the connecting element and the pale always connect. In this way the loss of the essentially smaller connection element with respect to the pale can also be prevented, if the pales are separated from each other. In addition, flexible use is finally possible on site, on the client.

It is understood that the characteristics mentioned above and to be explained below can be used not only in the indicated combinations, but also in other combinations or exclusively without abandoning the scope of the present invention.

DESCRIPTION OF THE DRAWINGS

To complement the description that will then be carried out and in order to help a better understanding of the features of the invention, according to a preferred example of practical realization thereof, a set of drawings is accompanied as an integral part of said description. where, with an illustrative and non-limiting nature, the following has been represented:

Fig. 1.- a pale display in plan view inclined from above without connection element,

Fig. 2a.- a side view of the pale of fig. 1 on the shortest face,

Fig. 2b.- a side view of the pale of fig. 1 on the longest face,

Fig. 3.- a connector of the first type,

5 Fig. 4a.- a pale in which the connector of fig. 3,

Fig. 4b.- two pales connected by the connector of fig. 3,

Fig. 4c.- a pale with the connector of fig. 3 in a storage reception,

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Fig. 5a, 5b.- a connector of the second type,

Fig. 6a.- a pale in which the connector of fig. 5,

15 Fig. 6b.- two paddles connected by the connector of fig. 5,

Fig. 7.- a pale with receptions on each of the four edge faces,

Fig. 8a-c.- a third embodiment of a connection element and

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Fig. 9a-c.- a fourth configuration of a connection element.

25 PREFERRED EMBODIMENT OF THE INVENTION

In fig. 1 is represented a pale plastic display for the storage of objects to be transported and presented. This pale display comprises a cover with a lower face, not shown here, an upper face 1 spaced therefrom and an edge, which connects the upper face 1 and lower face, composed of four edge faces 2.2, 2.2, 2.3 and 2.4 , of which each two are opposite and run parallel to each other, touching the adjacent edge faces at corners 3. The pale exhibitor shown here is rectangular shaped, the shorter edge faces are referenced with 2.1 and 2.3, the longest edge faces with 2.2 and 2.4. The edge faces can have, for example, viewed from above, a length of 300 mm and 400 mm, 400 mm and 600 mm, or any other measure. Obviously a square configuration of the roof is also possible.

The pale display also features vertical elements in the form of 4 feet, which are configured 40 protruding from the underside of the roof. The feet 4 are internally at least partially hollow, so that several pales can be fitted

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exhibitors of the same type, which are stored stacked on top of each other in the empty state. Instead of 4 feet the vertical elements can also be configured as skates, if required, or in the case of larger pales they can also comprise combinations of feet or skates. In addition, a pale exhibitor presents at least one reception for the reception of an exhibitor, that is, for example, a printed cardboard, which surrounds the merchandise stored in the pale. The present pale exhibitor is suitable for the reception of different types of exhibitors, which are connected thanks to different receptions with the pale, and presents several types of 5.1-5.6 receptions, being able to combine the reception 5.3 in the form of a slot and the reception 5.6 in Form of glutton of dovetail also forming a unique reception.

The pale display also includes at least one connection element constructed essentially in the form of a plastic plate with two parallel large outer faces for connection with another similarly constructive pale display. Such connection elements are shown, for example, in fig. 3, fig. 5, fig. 7 and fig. 8 and are described in detail below.

In the pale display in at least one corner 3 of at least one edge face 2.1, 2.2, 2.3 or 2.4 a reception 6 is formed, which is configured as a guide for the partial introduction of at least one connecting element along An introduction direction. In the present case, two receptions 6 are respectively configured on the two shorter longitudinal faces 2.1 and 2.3.

However, it is also possible to configure the receptions 6 on the longer narrow faces 2.2 and 2.4, or configure corresponding receptions 6 on the four edge faces.

In fig. 2nd and fig. 2b, side views of the pale display stand shown in fig. 1, fig. 2a shows the narrowest edge face 2.1 or 2.3, fig. 2b the longest edge face 2.2 or 2.4. In fig. 2a is also indicated the direction of introduction by the double arrow E, is located parallel to a longitudinal direction of the edge face 2.1, 2.3, generally parallel to the edge face on which the reception 6 is formed. the state introduced the large faces of the connecting element are located here parallel to the edge face. Also, preferably the connection between the connection element

introduced and the cover in the directions is dragging perpendicularly to the

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direction of introduction and drag of force along the direction of introduction. Also, in fig. 2nd and fig. 2b the lower face 7 of the cover is characterized. The thickness of the edge face 2.1-2.4, that is, its extension transversely to the direction of introduction, corresponds here in the corner 3 with the distance between the upper face 1 and the lower face 7.

In the embodiment shown in fig. 2a and 2b, the reception 6 comprises an inner wall 8 delayed with respect to the surface of the edge face, here the edge face 2.1 or 2.3. The glutton can then be configured as the outer wall of the reception 6, the reception 6 is then pocket-shaped, as shown here, comprises a 9.1 or 9.2 elevation in the form of a crest, which goes upward from a lower edge of the edge face and one that goes down from an upper edge of the edge face. This configuration facilitates in particular the introduction of the connection element and allows easier access to reception 6, in particular when it is to be cleaned. Furthermore, on the edge face 2.2 and correspondingly on the edge face 2.4, a pocket-shaped storage reception 10 is configured for the storage of the connection element. If the connection element is made up of several individual parts, the storage reception is also configured so that it receives one or more of the individual parts, the individual parts can also be received at different storage receptions. If only one connection element is used now, then the configuration of a storage reception is also sufficient.

When, as in the example shown in figs. 2a, 2b, receptions 6 are only arranged on the shortest narrow faces 2.1 and 2.3, it is necessary to use different connection elements, according to whether two display pads with the longest edge faces 2.2 and 2.4 or with the shorter edge faces 2.1 and 2.3. If on the four edge sides 2.1-2.4 the receptions 6 are placed, then one type of a connection element is sufficient.

In fig. 3 is now represented a connection element configured as a connector of a first type 11, the connector of the first type 11 is configured for connection with another pale display on the edge face on which the reception 6 is formed, that is, in parallel to the input address E. The connector of the first type 11 shown in the

fig. 3 serves as! for the connection of the pale display unit shown in fig. 1 with another pale in the

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narrower faces 2.1 or 2.3. In fig. 4a the pale shown in fig. 1, a connector of the first type 11 being inserted into a reception 6. Fig. 4b shows two equal display sticks, which are connected with a connector of the first type 11, and fig. 4c shows a pale display in which the connector of the first type 11 is arranged in the storage reception 10.

The connector of the first type shown in fig. 3 is formed by two partial elements 12.1, 12.2 essentially in the form of a plate. A plate or similar plate-shaped element generally has two large faces and four narrow faces, here each time one of the large faces of the connecting element is configured in each one of the partial elements 12.1, 12.2. The large face 13.1 of the partial element 12.1 thus corresponds to one of the major faces of the connecting element, correspondingly the partial element 12.2 has a major face not shown here. The two partial elements 12.1 and 12.2 are connected to each other on one of their narrow faces. In addition, each of the two partial elements 12.1 and 12.2 has, at least in an upper edge area and a lower edge area in reference to the direction of introduction, which are configured in the narrow faces, which limit with the narrow face , in which the partial elements 12.1 and 12.2 are connected to each other, a thickness that presents an excess with respect to the distance between the inner wall 8 and outer wall or crest-shaped elevation 9 of the reception 6 in the pale display, of so that a particularly good force drag connection originates due to the tightening effect, when the connection element is inserted into the reception 6. In fig. 3 the upper and lower edge area are not separately referenced, here all the partial element 12.1 or 12.2 has a corresponding thickness, which is implemented more technically in the manufacturing due to the use of flat surfaces.

In addition, each of the partial elements 12.1 and 12.2 is configured, in a leading edge area 14, which is configured in a narrow face that is opposite to that narrow face in which the partial elements 12.1, 12.2, are connected to each other. narrowing in at least one of the two directions perpendicular to the direction of introduction, here in both directions. This facilitates the introduction. On that face of the connector of the first type, in which the two partial elements 12.1 and 12.2 are connected, flanges 15 are also formed that run along the

edge of the narrow face, in which the two partial elements 12.1 and

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12.2. These flanges 15 allow a better manipulation when the connector of the first type must be removed again from the reception 6 or also from the storage reception 10, thus it can be grasped behind, for example, with a corresponding tool or with the fingers, in order to remove the connection element from the reception 6. In principle it is sufficient that the two partial elements 12.1 and 12.2 are connected at each time a narrow side, which then form the common rear face 16 of the connector of the first type 11, the connector of the first type 11 is then U-shaped. However, if the reception is not pocket-shaped, but the glutton has crest-type elevations, then preferably the area between partial elements 12.1 and 12.2 in the upper and lower edge area is configured respectively as a slot 17 staggered on one side. In this regard, its measurements can be sized so that during the introduction there is also a tightening effect between the edge of the crest-shaped elevation 9.1 and 92.2, as well as the central surface of the groove 17 between the two elements Partial 12.1 and 12.2.

A connection element configured as a connector of the second type 18 is shown in Figures 5a and 5b, which is configured for connection with another pale display on an edge face perpendicular to that in which the recess 6 is formed, and perpendicular to the direction of introduction. In the example shown in fig. 1, this then corresponds to a connection along one of the longest narrow faces of the pale display. In fig. 6a shows a connector of the second type 18 inserted in the reception 6, fig. 6b shows two pins connected by a connector of the second type.

Here the connector of the second type 18 also has, at least in an upper and a lower edge area in reference to the direction of introduction, which are configured on narrow faces opposite each other, a thickness that presents an excess with respect to the distance between the inner wall 8 of the reception 6 and its outer wall or elevation 9.1, 9.2 in the form of a crest. The thickness of the second connector, that is, the distance between the two large faces, can also be selected so that a corresponding excess is continuously present, which can be handled more technically in manufacturing, since then only flat surfaces must be manufactured. . In fig. 5a the connector of the second type 18 is shown in an oblique view from above. Fig. 5b shows a view of the upper or lower narrow face.

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In addition, the connector of the second type 18 is configured, in a leading edge zone and a trailing edge area 19.1 and 19.2 in reference to the direction of introduction, which are configured in the narrow faces opposite each other, narrowing in the two directions perpendicular to the direction of introduction The address of introduction E is indicated in Figure 5b for the best compression. The narrowing facilitates the introduction.

In principle, it is sufficient to use a plate-shaped element as a connector of the second type 18, which has a large inner surface 20.1 and a large outer surface

20.2, in particular when reception 6 is configured in pocket form. However, preferably in the connector of the second type 18, preferably in that large surface 20.2 that points outward in the introduced state, the stops 21 are configured to prevent a complete introduction into the reception 6. These are preferably arranged centered in reference to the length along the direction of introduction.

In a pale display, in which the glutton comprises crest-shaped elevations 9, as shown in fig. 1, support elevations 22 are configured for support against a ridge-shaped elevation edge 9 preferably on the large outer surface

20.2, that is, that large surface that points out in the assembled state. In this regard, the position of these support elevations 22 may be selected so that the tightening effect is also improved, that is, the force drag connection along the direction of introduction. The distance of the surfaces of the support elevations 22 which are pointed outwards is in this case somewhat greater than the distance between the edges of the crest-shaped elevations 9 of a reception 6.

There are different possibilities to prevent that according to which face two display pads must be assembled, different connection elements have to be used. For example, pales can be used in which both the longer narrow faces 2.2 and 2.4, as well as the shorter narrow faces 2.1 and 2.3 are configured receptions 6. An example for such a pale is represented in fig. 7.

Alternatively you can also build connection elements that can be

convert from a connector of the first type into a connector of the second type, being able to

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perform the conversion on the element itself without additional auxiliary means. In fig. 8a- c is represented a first similar connecting element configured as a combined connector 23. The combined connector 23 is composed of two partial elements 24 in the form of a plate, which are connected on one of its narrow faces by a plastic hinge joint 25 With this combined connector 23, a connector of the first type, as shown in fig. 8a, it can be converted without further, that is, without additional auxiliary means into a connector of the second type, as shown in fig. 8c. Fig. 8b shows the transition. In this way the same connection element can be implemented for the connection of two exhibiting pales, both on the longer narrow face, as well as on the shorter narrow face, although only one of the two types of narrow faces are configured receptions 6. The plastic hinge joint 25 is arranged respectively spaced from the edge of the narrow faces, so that during the conversion in the connector of the second type the stop 21 can be implemented, and in the connector of the first type the distance between the Two partial elements 24 correspond to the distance necessary for the introduction into two receptions 6 of two adjacent pales. Obviously the plastic hinge joint can also be configured in another of the four narrow faces, however, it is not possible to convert a connector of the first type into a connector of the second type.

Another possibility of implementing a connection element, which can be used both as a connector of the first type as well as a connector of the second type, consists in composing the connection element in a modular way from a first base module 26.1 and a second base module 26.2 , which are both essentially shaped plate-shaped. Such base modules are shown in fig. 9a-b. A connector of the first type and a connector of the second type can be manufactured from these two base modules 26.1 and 26.2 by plug-in connections, in which a base module 26.1 is configured, for example, a plug or plug, in the base module 26.2 a socket or female, these being configured in respectively at least one of the two narrow faces, to manufacture a connector of the second type, and / or in one of the large surfaces to be able to manufacture a connector of the first type.

In a particularly preferred embodiment, as shown in fig. 9a) and 9b), for the connection of the first base module 26.1 with the second base module 2 in one

longitudinal direction, on a narrow face of the first base module 26.1 is configured

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a first dovetail glutton 27.1 and on a narrow face of the second module 26.2 a first rail 27.2 adapted to the first dovetail glutton 27.1. In this way, a second type connector can already be manufactured from the two base modules 26.1 and

26.2. Alternatively or preferably in addition, for the connection of the first base module 26.1 with the second base module 26.2 in a transverse direction for the formation of the connector of the first type, on a large face of the first base module 26.1 a second dovetail glide is configured 28.1 and on a large face of the second base module 26.2 a second rail 28.2 adapted to the second dovetail glutton. In the representation in fig. 9a, 9b, equivalently, the second dovetail glutton 28.1 is configured in the second base module 26.2, correspondingly the second lane 28.2 in the first base module 26.1. In this way, the first type connector can be manufactured, when the two base modules are assembled in the second dovetail glutton 28.1.

With four similar base modules, each time two base modules 26.1 and 26.2 can also be configured a connector of the third type 29 shown in Figure 9c). Each time two different base modules are connected to each other in the longitudinal and transverse directions. With a similar connector of the third type, four display panels can be connected together. Alternatively, means can also be configured on the rear faces 16 of two connectors of the first type 11, as shown in fig. 3, which allow the fitting of two similar connectors of the first type 11 forming a connector of the third type 29. The base modules will in this case be two connectors of the first type 11, which are distinguished on their rear sides 16 by the configuration of the elements for the plug-in connection, for example of a dovetail glutton.

The pale exhibitor described above with the corresponding connection element allows a flexible assembly of different display pads in situ, forming larger units, even when these pales are already loaded. By storing or saving the connection elements in a storage reception provided for this purpose in the pale, the risk of losing the connection elements when not in use can be reduced simultaneously, since the pale and connection element are not They must be stored in different places.

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Reference List

I Upper face

2.1- 2.4 Edge face

3 Corner

4 foot

5.1- 5.6 Exhibitor reception

6 Reception

7 Bottom face

8 Interior wall

9 Crest-shaped elevation

10 Storage Reception

II First type connector

12.1- 12.2 Partial plate-shaped element

13.1 Large face of the partial element

14 Front edge zone

15 Flange

16 Back side

17 Slot

18 Second type connector

19 Edge zone

20.1 Large interior surface

20.2 Large outer surface

21 Stop

22 Support elevation

23 Combined Connector

24 Partial Element

25 Plastic hinge joint

26.1- 26.2 Base module

27.1 First dovetail gluttony

27.2 First lane

28.1 Second dovetail gluttony

28.2 Second lane

29 Third type connector

E Introduction address

Claims (1)

5 10 fifteen twenty 25 30 R E I V I N D I C A C I O N E S 1a.- Pale plastic display, which being designed for the storage of objects to be transported and presented, and comprising - a cover with a lower face (7), an upper face (1) spaced therefrom and an edge, which connects the upper face (1) and the lower face (7), composed of four edge faces (2.1, 2.2 , 2.3, 2.4), opposite and parallel to each other two to two, touching the adjacent edge faces (2.1, 2.2, 2.3, 2.4) at the corners (3), - vertical elements that are configured protruding from the underside (7) of the cover, and - at least one exhibitor reception (5.1-5.5) for the fixation of an exhibitor, characterized in that - the pale exhibitor comprises at least one connection element constructed essentially in the form of a plate with two parallel external major faces for connection with another pale exhibitor that is constructively equal, and - at least one corner (3) of at least one edge face (2.1, 2.2, 2.3, 2.4) a reception 6 is formed, which is configured as a guide for the partial introduction of the at least one connecting element along of an introduction direction (E), which is placed parallel to a longitudinal direction of the edge face (2.1, 2.2, 2.3, 2.4) in which the reception (6) is formed. 2a.- Pale plastic display, according to claim 1, characterized in that in the introduced state of the connection element, the large outer faces of said connection element are placed parallel to the edge face (2.1, 2.2, 2.3, 2.4 ), in which the reception is formed (6). 3a.- Pale plastic display, according to claim 1 or 2, characterized in that the connection between the connecting element introduced and the cover in the directions is in drag perpendicular to the direction of introduction (E) and drag twenty-one 5 10 fifteen twenty 25 30 force along the direction of introduction (E). 4a.- Pale plastic display, according to one of claims 1 to 3, characterized in that the reception (6) comprises an inner wall (8) delayed inward with respect to the surface of the edge face (2.1, 2.2, 2.3, 2.4) with the particularity that the glutton comprises a crest-shaped elevation (9), which goes upwards from a lower edge of the edge face (2.1, 2.2, 2.3, 2.4) and one that goes downward from a upper edge of the edge face (2.1, 2.2, 2.3, 2.4) having also provided that the glutton is configured as the outer wall of the reception (6). 5a.- Plastic display stand, according to one of claims 1 to 4, characterized in that the connection element is configured as a connector of a first type (11) for connection with another pale display on the edge face (2.1, 2.2, 2.3, 2.4), in which the reception (6) is formed, in parallel to the direction of introduction (E), with two partial elements (12.1, 12.2) essentially in the form of a plate, each of which is configured large outer faces of the connecting element in each one of the partial elements (12.1, 12.2), and the partial elements (12.1, 12.2) being connected to each other in their narrow faces. 6a.- Pale plastic display, according to claim 5, characterized in that each of the partial elements has, at least in an upper and lower edge area in reference to the direction of introduction (E), which are configured in faces narrow, that limit with the narrow face, in which the partial elements (12.1, 12.2) are connected to each other, a thickness that presents an excess or oversized with respect to the distance between the inner wall (8) and the outer wall or elevation in the form of a crest (9). 7a.- Pale plastic display, according to claim 5 or 6, characterized in that each of the partial elements (12.1, 12.2) is configured in a leading edge area, which is configured in a narrow face that opposes that face narrow in which the partial elements (12.1, 12.2) are connected, narrowing in at least one of the two directions perpendicular to the direction of introduction (E). 8a.- Pale plastic display, according to one of claims 5 to 7, wherein the gluttony it includes crest-shaped elevations (9), characterized in that the area between the 22 5 10 fifteen twenty 25 30 partial elements (12.1, 12.2) is configured in the upper and lower edge area respectively as a slot (17) staggered on one side. 9a.- Pale plastic display, according to one of claims 1 to 4, characterized in that the connection element is configured as a connector of a type (18) for connection with another pale display on an edge face (2.1, 2.2 , 2.3, 24) perpendicular to that in which the reception is formed, and perpendicular to the direction of introduction (E). 10a.- Pale plastic display, according to claim 9, characterized in that the connector of the second type (18), at least in an upper and lower edge area in reference to the direction of introduction (E), which are configured in narrow faces opposite each other, has a thickness that presents an excess with respect to the distance between the inner wall (8) and the outer wall or crest-shaped elevation (9). 11a.- pale plastic display, according to claim 9 or 10, characterized in that the connector of the type (18) is configured, in a front and rear edge area in reference to the direction of introduction, which are configured in narrow faces opposite each other, narrowing in at least one of the two directions perpendicular to the direction of introduction (E). 12a.- pale plastic display, according to one of claims 9 to 11, characterized in that in the connector of the second type (18), preferably on that large outer face that points out in the introduced state, the stops (21) are configured ) to prevent a complete introduction into the reception (6), which are arranged centered in reference to the length along the direction of introduction (E). 13a.- Pale plastic display, according to one of claims 9 to 12, wherein the glutton comprises crest-shaped elevations (9), characterized in that on that large outer face, which points outwards in the introduced state, are configured the support elevations (22) for the support against a ridge edge. 14a.- Pale plastic display, according to one of claims 1 to 13, characterized because the connection element is composed of two partial elements (24) in the form of 2. 3 5 10 fifteen twenty 25 30 plate, which are connected on one of its narrow faces through a plastic hinge joint (25). 15a.- Pale plastic display, according to one of claims 1 to 13, characterized in that the connection element is modularly configured by a first base module (26.1) essentially in the form of a plate and a second base module (26.2) essentially in the form of a plate, the two base modules (26.1, 26.2) being able to connect to each other in the longitudinal direction and / or in the transverse direction through plug-in connections. 16a.- pale plastic display, according to claim 15, characterized in that - for the connection of the first base module (26.1) with the second base module (26.2), in a longitudinal direction, on a narrow face of the first base module (26.1) a first dovetail glutton (27.1) is configured and in a narrow face of the second base module (26.2) a first rail (27.2) adapted to the first dovetail glutton (27.1), and / or - for the connection of the first base module (26.1) with the second base module (26.2) in a transverse direction, on a large face of the first base module (26.1) a second dovetail glutton (28.1) is configured and in a large face of the second base module (26.2) a second lane (28.2) adapted to the second dovetail glutton (28.1). 17a.- Plastic display stand, according to claim 15 or 16, characterized in that a third type connector (29) consisting of two first base modules (26.1) and two second base modules (26.2) is configured for the connection of four display stands. ), two different base modules (26.1, 26.2) being connected to each other in the longitudinal and transverse direction. 18a.- pale plastic display, according to one of claims 1 to 17, characterized in that at least one storage reception (10) in the form of a pocket is configured on one of the edge faces (2.1, 2.2, 2.3, 2.4) for storing the connection element or, in the case of a connection element composed of several individual parts, at least one of its individual parts. 24