EP3456223A1 - Display stand - Google Patents

Abstract

The invention relates to a display stand (1) for the presentation of goods in goods carriers (3) having a first and a second side wall (4.1, 4.2) and at least one Zugverbindungselement (10) for connecting the two side walls (4.1, 4.2) with each other and at least an intermediate wall (5.1, 5.2). In the erected state of the display stand (1) divides the intermediate wall (5.1, 5.2) the space between the side walls (4.1, 4.2) in vertical spaces for receiving individually superimposed goods carriers (3) from the front into the display stand (1 ) can be introduced. The intermediate wall (5.1, 5.2) comprises a base wall area and a reinforced wall area. The base wall portion also forms a portion of the front side edge (13.1, 13.2) of the intermediate wall (5.1, 5.2) and has a front recess (12) for receiving and supporting the at least one Zugverbindungselements (10). The invention further relates to a display for the presentation of goods in goods carriers (3), the intermediate wall (5.1, 5.2) for a display, a method for producing a display and the use of the intermediate wall (5.1, 5.2) in a display stand (1 ).

Description

The invention relates to a display stand for the presentation of goods in goods carriers, comprising a first and a second side wall and at least one Zugverbindungselement for connecting the two side walls together. The display stand further includes at least one intermediate wall having a bottom edge, a top edge, a front side edge facing a front side, and a rear side edge facing a rear side. In this case, in the erected state of the display stand, the at least one intermediate wall is arranged in a space between the spaced-apart side walls and subdivided into vertical spaces for receiving individually stackable goods carriers that can be introduced from the front into the display stand. Furthermore, the at least one intermediate wall comprises a base wall region and a reinforced wall region, wherein the reinforced wall region has an increased flexural rigidity compared to the base wall region and extends from the lower edge of the intermediate wall in the direction of the upper edge of the intermediate wall. The base wall region forms at least a portion of the front side edge of the intermediate wall. The invention further relates to a display, a method for producing such a display and an intermediate wall for a display stand as well as the use of such a partition in a display stand.

State of the art

Proper presentation of goods in stores is of great importance in the sale of goods. In addition to the usual positioning of the goods in a store shelf selected goods in the form of cargo at convenient locations in shops, showrooms, but also libraries and halls of companies are offered in so-called displays. In addition to this form of secondary placement, the goods in displays are directly put up for sale at wholesalers or discounters. Such displays include a stand or a frame made of cardboard and goods carriers which can be inserted into the display stand in a modular manner.

The goods are presented in the form of piece goods in the goods carrier. Particularly suitable for this purpose are flat-shaped goods, which extend over the entire depth of a goods carrier. Chocolate tablets or cuboid blister packs are examples of such flat-shaped packaged goods. The product carriers, which are also referred to as trays, usually have a front that is reduced to a minimum, so that an undisturbed view of the goods is possible. The goods carriers are usually cuboid or cube-shaped, but may also have other shapes, such as the shape of a parallelepiped. In order to optimally present the piece goods and to relieve the sales staff, the goods carriers are often designed so that when removing the foremost piece goods from a goods carrier, the rear cargo is automatically nachgeschoben.

The displays must have a high degree of stability in order to ensure a secure footing and the load bearing capacity of the goods. The goods carriers should be packed as densely as possible and presented in several juxtaposed stacks. It is particularly advantageous if the displays can be transported completely loaded with the filled-in goods carriers, since then a time-consuming construction and assembly in the sales room is eliminated. Transportable displays can also be placed at any time in the sales room. In many cases, the transportability is achieved by additional measures, such as a removable cover or a transport hood.

The WO 03/003881 A1 Model AG shows such a display for transporting, stacking, presenting and removing chocolate bars, CDs, books and pouches with several vertical chambers open to the front for holding trays separated by side walls and partitions. The display is open on both sides so that trays can be inserted from the rear. At the side and intermediate walls of the vertical chambers means for obliquely inserting and fixing of the trays are arranged. A disadvantage of this prior art is that the intermediate walls have special coordinated means for introducing and fixing the trays. In addition, relatively thick partition walls are needed.

The DE 10 2009 057 370 A1 discloses a display shelf for secondary placement of merchandise, such as flat-packaged chocolate bars presented in trays. The display shelf comprises three vertical side walls, which form two spaces for the horizontal accommodation of packaged goods. The horizontal shots are formed by the intermediate space spanning trays, which are connected via tabs with the side walls. In this case, a side wall has a base wall piece and an inner wall piece glued to it in a flat manner. This has unilaterally open recesses in the form of a horizontal U, the dimensions of which are adapted to the dimensioning of the product packaging. The side walls with the attached to them trays are parallelogram space saving to each other to pivot. The display shelf is stabilized by a rear wall which maintains the right angle between the side walls.

The disadvantage here is that relatively complex side walls are needed, which is partly due to the attachment of the trays. The walls are also very wide in the direction of the buyer, so that the space available for the presentation of the goods is not optimally utilized.

It is also known to support shelves between two walls by loose vertical folded carton blanks if a shelf disposed between two side walls is too weak to accommodate the weight of the merchandise bars. These blanks are pushed parallel to the side walls between two product carriers and have a height which corresponds to the distance between two shelves arranged one above the other. By an additional at the end of the folded box right-angled fold prevents overturning of these carton blanks. A disadvantage of this solution, however, is that add the forces of cardboard cartons arranged one below the other and usually a socket required to absorb the load.

Presentation of the invention

Accordingly, the object of the invention is to provide a display stand associated with the technical field mentioned above, which on the one hand is as space-saving as possible, but at the same time mechanically stable and simple and inexpensive to manufacture.

The solution of the problem is defined by the characterizing features of claim 1. According to the invention, there is provided a display stand having at least one intermediate wall, the base wall portion of which forms a portion of the front side edge of the intermediate wall and has a front recess for receiving and supporting the at least one tension connection element, the front recess facing in a viewing direction from the front side edge to the rear side Side edge and parallel to the lower edge in front of the reinforced wall area.

In the erected state, the intermediate wall via the recess through which the Zugverbindungselement is guided support the Zugverbindungselement. The tension member absorbs tensile forces between the side walls and prevents the side walls from moving apart. In this case, the intermediate wall absorb the force exerted by the Zugverbindungsstück on the recess on the intermediate wall force which acts in a direction along the surface of the intermediate wall. This force usually results from the weight of goods loaded with goods carrier, which can be absorbed by the display stand and / or from the acceleration force of this product carrier, if the loaded display carrier is moved or shaken, for example, during transport. The base wall portion may divert the forces introduced via the tie pieces to the reinforced wall portion. The reinforced wall area can absorb the sum of the forces derived from it due to its high bending or bending stiffness.

In addition, only partially transmitted lateral forces on the recess of the Zugverbindungselement, since this acts in a transverse direction to the recess as a guide for the intermediate wall opposite the Zugverbindungselement. Consequently, the requirements for bending stiffness in the base wall area are lower. A recess of the base wall region is understood to be a continuous recess which extends over the entire wall thickness of the base wall region.

Although the support of the Zugverbindungselemente takes place in the base wall region of the intermediate wall, ie where the intermediate wall is not reinforced, large vertical forces acting on the partition can be absorbed by the inventive arrangement.

The increased bending stiffness of the reinforced wall area relative to the base wall layer can be achieved by various measures, such as wall thickness, internal wall structure, material, reinforcements, etc. The bending stiffness in the context of this application refers to the bending stiffness, which is determined on a sample with a sample length of 0.05 m and a sample width of 0.038 m in accordance with ISO 5628: 2012-01: For anisotropic materials which have a direction-dependent bending stiffness , The bending stiffness should be determined in the direction in which acts on the material to be tested in the erected state of Displayständerders the weight. In the event that this direction can not be determined unambiguously for an anisotropic material sample, the bending stiffness should be determined from the geometric mean of its maximum bending stiffness and its minimum bending stiffness.

Increased flexural stiffness is considered when the flexural stiffness of the reinforced wall portion is at least 50% higher than that of the base wall portion.

In a preferred embodiment, the flexural rigidity of the reinforced wall portion is at least 100% higher than that of the base wall portion. In another preferred embodiment, the flexural strength of the reinforced wall portion is at least 200% higher than that of the base wall portion; in another preferred embodiment, the flexural stiffness of the reinforced wall portion is reinforced wall area at least 500% higher than that of the base wall area and in In another preferred embodiment, the bending stiffness of the reinforced wall portion is at least 1000% higher than that of the base wall portion.

Due to the design of the intermediate wall, in particular, a specific base can be dispensed with, since the necessary stability can be achieved even without a specific base.

The display stand advantageously has a plurality of Zugverbindungselemente for connecting the two side walls with each other and corresponding to a plurality of front recesses, so that the vertical interstices in vertically stacked front compartments for introducing respectively inserting the each individually stacked goods carrier can be divided.

In the context of this application, the upper edge of the intermediate wall is defined by the portion of the outer edge of the intermediate wall, which is opposite to the lower edge between the side edges and which is furthest removed vertically to the lower edge. In the case of a round transition between the upper edge and the side edge, the outer edge, which encloses an angle of less than 45 ° with respect to the lower edge, is assigned to the upper edge. In the case of a triangular shape of the intermediate wall, the upper tip of the triangle is considered as the upper edge.

Advantageously, the partitions per Zugverbindungselement in the base wall region in each case a recess for receiving and for supporting each of a Zugverbindungselements. Particular preference, these recesses are arranged in the region of the front side edge.

In a particularly preferred embodiment of the display stand according to the invention, goods carriers can likewise be introduced into the display stand from the rear side and arranged individually above one another in the vertical interspaces, wherein the base wall region of the at least one intermediate wall forms a section of the rear side edge of the intermediate wall and wherein the base wall region forms a rear one Has recess for receiving and supporting a further Zugverbindungselements, which can connect the side walls together, wherein the rear recess in the viewing direction from the front Side edge to the rear side edge and parallel to the lower edge behind the reinforced wall area.

A space formed vertically through the side walls and through the vertical partitions can thus receive goods carriers both via the front side and the rear side. As a result, the goods carriers can be arranged individually in a space in a front and a rear stack one above the other, so that the goods carrier respectively the goods in the goods carrier from both the front and from the rear visible, inserted and removed. In particular, such a display stand can accommodate more product carriers and increases the presentation effect due to the enlarged presentation surface.

In many cases, however, it is sufficient if the goods or the goods carriers are only visible from the front, inserted and removed, especially if there is little footprint for the transport display in the sales or storage space available, or if smaller units on goods carriers and goods for both presentation and transportation are desired.

Particularly preferably, the base wall region has a smaller wall thickness than the reinforced wall region, wherein in particular the wall thickness of the base wall region is less than 50% of the wall thickness of the reinforced wall region.

By reducing the wall thickness of the base wall region weight and mass can be saved, but also a high stability and / or rigidity of the display can be achieved. The wall thickness of the base wall region is preferably less than 33%, in another preferred embodiment less than 20%, and in another preferred embodiment less than 10% of the maximum wall thickness of the intermediate wall.

By increasing the wall thickness in a wall region can be achieved in a simple way, a higher bending stiffness of the intermediate wall.

In a preferred embodiment of the display stand according to the invention, the at least one intermediate wall has a base wall layer and at least one surface thereof wherein the reinforced wall portion comprises the reinforcing layer and the surface portion of the base wall layer facing the reinforcing layer, and wherein the base wall portion is formed of the portion of the base wall layer protruding beyond the reinforcing layer.

The production of an intermediate wall with the base wall region and the reinforced wall region is particularly simple due to the construction of base wall layer and reinforcing layer. The layers can be connected to one another both detachably and non-detachably. Preferably, however, they are not detachably connected, in particular they are glued together. By bonding the bending stiffness is further improved. The flexural rigidity of the intermediate wall may be determined by the layer thicknesses of the base wall layer as well as the reinforcing layer and by the material used, by the nature of the material, the mechanical or geometric layer structure and by the connection between the base layer and the at least one reinforcing layer. The fact that the base wall layer protrudes beyond the reinforcing layer, material and weight can be saved.

In a further preferred embodiment, one side edge of the at least one reinforcing layer has a projection which serves to vertically support at least one of the goods carriers to be inserted and / or preferably also serves to guide the same.

As a result, a product carrier to be arranged in the display stand can be supported at least partially in the display stand. Preferably, the support of the goods carrier takes place in interaction with the at least one Zugverbindstück. This makes it possible that the Zugverbindungsstück and / or a projection of the projection can be dimensioned narrow compared to the length of the male product carrier, provided that the Zugverbindungsstück and the projection are complained of in a horizontal direction along the intermediate wall corresponding to a tilting of the goods carrier independently Prevent loading state. The support of a goods carrier can be supported in addition by adhesion between the side surfaces of the goods carrier and the opposite partial surfaces of adjacent to the goods carrier side and / or intermediate walls, especially if the adjacent vertical chambers are equipped with goods carriers, so that the side surfaces of the adjacent goods carrier on the side or intermediate walls exert a back pressure.

The guidance through the side edge of the at least one reinforcing layer can be achieved for example by a nose-like configuration of the respective projection. By guiding the introduction of the goods carrier is much easier because tilting in the vertical direction is prevented during insertion of the goods carrier.

Preferably, the reinforced wall portion is narrow in a height range between a first predetermined height above the lower edge of the intermediate wall to a second predetermined height below the upper edge of the intermediate wall in a direction parallel to the lower edge of the intermediate wall relative to the depth of the intermediate wall.

In this application, the depth of a wall or a layer of the wall designates the extent of the corresponding wall in the direction of the lower edge of the respective wall or layer of a wall, while the thickness of the wall or layer designates the extent perpendicular to the wall surface.

Narrow means in this context that a depth of the reinforced wall area in the direction parallel to the lower edge of the intermediate wall at a certain height above the lower edge is less than 50% of the depth of the intermediate wall at the same height. In a further preferred manner, the depth of the reinforced wall area is less than 40% of the depth of the partition. In a further preferred manner, the depth of the reinforced wall portion is less than 30% of the depth of the intermediate wall. In a further preferred manner, the depth of the reinforced wall portion is less than 20% of the depth of the intermediate wall.

In this case, said height range extends over an area that is at least as large as 50% of the maximum depth of the intermediate wall, particularly preferably as 100% of the maximum depth of the intermediate wall. Preferably, said height range is so high that at least two product carriers find one another in the height range one above the other.

The narrow design of the reinforced wall area material and thus weight and cost can be saved. Due to the reinforcement, the intermediate wall can still take a big load.

In the event that the base wall area has a smaller wall thickness than the reinforced wall area, more space is also available for the goods carriers.

In a particular embodiment, the reinforced wall area over the entire height of the intermediate wall is narrow. In a further embodiment, the reinforced wall region is narrow over the lower edge of the intermediate wall, wherein the reinforcing layer may also have its upper free end below the upper edge. This can be further material saved.

The minimum depth of the reinforced wall area depends on the effective bending stiffness of the reinforced wall area. Preferably, however, the minimum depth of the reinforced wall area should not be less than 5% of the depth of the intermediate wall.

Preferably, the intermediate wall of the display stand has a base region which extends from the lower edge of the intermediate wall to the first predetermined height above the lower edge, and in which the reinforced wall region extends substantially between the lateral edges of the intermediate wall. Essentially in this case means that the depth of the reinforced wall area in the direction parallel to the lower edge of the intermediate wall is at least 80% of the depth of the intermediate wall, preferably more than 90%. However, it is possible that the reinforced wall portion includes portions which are not reinforced. This can be achieved for example by recesses in the reinforcing layer.

The display stand is usually configured so that it can accommodate only from a certain height, for example, the first predetermined height, goods carrier, as at ground level goods carriers are difficult to access. Below this range eliminates the stabilizing effect of goods carriers. This problem is solved by the base area, because through the base area, the stability of the intermediate wall and thus the display stand can be increased. However, it is also possible, in general, to the base area or additionally provide a separate socket on which the display stand can be mounted, or to integrate this in the display stand.

In a preferred embodiment of the invention, the depth of the reinforced wall portion in the height region between the first predetermined height above the lower edge of the intermediate wall decreases to the second predetermined height below the upper edge of the intermediate wall, wherein the reinforced wall region in this height region is preferably trapezoidal, especially preferably up to an upper free end of the reinforced wall portion. Since the intermediate wall has to absorb more load against the lower edge and correspondingly less load against the upper edge, further material can be saved by the shape of the reinforcing wall region, in which the depth decreases towards the top.

In the case of a smaller wall thickness of the base wall portion compared to the reinforced wall portion can be indented by the against the upper edge reducing depth of the reinforced wall area goods carrier towards the upper edge further inward, allowing an improved view of the inserted into the display stand product packages. Preferably, the depth of the intermediate wall also decreases from above, particularly preferably to the same extent as the depth of the reinforcing wall region or reinforcing layer. Projecting protrusions in the side edges of the reinforcing layer are not considered here when judging the decreasing depth of the reinforcing layer toward the upper edge, but here, the tendency to decrease the depth of the reinforcing layer is considered.

It is particularly preferred that the reinforced wall region comprises two reinforcing layers, which are surface-connected to the base wall layer and arranged on opposite sides of the base wall layer. Preferably, both reinforcing layers are aligned with each other. It is also preferred that the reinforcing layers are mirror-symmetrical to the base wall layer, ie, for example, they also have the same layer thickness. Due to the reinforcement on both sides of the base wall layer, the load is distributed symmetrically on the intermediate wall. Likewise, the reinforcement layers arranged on both sides can be on both sides of the intermediate wall Support or guide pages to be inserted and / or serve as a stop for the goods carrier.

In certain cases, however, it may also be advantageous if the reinforcing layers are attached only on one side or offset from one another, as not aligned. The latter is advantageous if, for example, differently dimensioned goods carriers are provided for the vertical interstices and / or vertically offset from one another to be introduced into the interstices.

In a preferred embodiment of the inventive display stand, the side walls and / or the intermediate walls are made of a semi-rigid material, in particular of cardboard, cardboard or corrugated cardboard. It is particularly preferred that the entire display stand is made of a semi-rigid material.

Semi-rigid material is easy to process and the costs are low. It is especially lightweight, which saves weight costs. The semi-rigid material is preferably cardboard, paperboard or corrugated board. However, it may also consist of semi-rigid plastic or foil sheets.

Preferably, the base layer and / or the at least one reinforcing layer consists of corrugated cardboard. In this case, the corrugated cardboard of the base layer preferably has a thickness between 0.5 mm and 2.5 mm or very particularly preferably between 1.0 and 1.8 mm. In particular, the corrugated cardboard of the base wall layer is an E-wave, which is also referred to as microfine and has a wave height of 1.0 - 1.8 mm and a wave pitch of 3.0 - 3.5 mm or a D-wave, the Also known as fine wave, and has a wave height of 1.9 - 2.1 mm and a wave pitch of 3.8 - 4.1 mm. However, depending on the application, even finer or coarser wave types are advantageous, for example G waves or graphic waves or B waves, which is also referred to as fine waves. For display stands in ¼- or ½-euro pallet size, however, the D- or E-wave have proven to be particularly advantageous.

Furthermore, the reinforcing layer is advantageously formed from a multi-layered corrugated cardboard, in particular from a double-shaft, such as from a BC-shaft. Double waves prove to be particularly stable. However, in certain applications, a single-ply corrugated paperboard can also be used to advantage, in particular if the intermediate wall comprises two reinforcement layers which are arranged on the opposite sides of the base wall layer.

In a further preferred embodiment of the invention, the at least one recess is open, so that the at least one Zugverbindungselement can be inserted from the front or from the back into the recess. In this case, the recess is in particular slit-shaped.

In this embodiment, the front recess is therefore open to the front. That is, the portion of the front side edge formed by the base wall portion simultaneously defines the recess. The same applies to the rear recess, if this is also present, and is open. Then, the portion of the rear side edge formed by the base wall portion defines the rear recess.

The open shape of the recess allows a particularly simple assembly and disassembly of the Zugverbindungselements, since this can be pushed from the front or from behind into the intermediate wall, depending on whether it is a front or a rear recess.

However, it is also possible closed, ie internal recesses, which are surrounded by the base wall area. These can be particularly advantageous if the Zugverbindungselemente have no flat cross section, in particular have a round and square cross-section, and the necessary width of the open recess would weaken the partition too much.

The orientation of the slot-shaped recesses with respect to the bottom edge of the side wall can be adapted to the inclination that the product carriers in the display stand should have. For a better presentation, it may be advantageous if the goods carriers are inclined downwards towards the outside. To prevent slipping out of the goods carrier, however, a small inclination of the goods carrier to the inside of the display stand is beneficial. Accordingly, the slot-shaped recess Aligned horizontally to the lower edge but also be inclined towards the outside downwards or against the outside upwards.

Advantageously, the display stand on a connecting element, preferably a rear wall, which prevents a parallel displacement of the side walls to each other or a collapse of the side walls. This is a connecting element, which prevents the displacement of the side walls in a vertical plane which is vertical to the side walls.

This connecting element prevents the parallel displacement or collapsing of the side walls even if the display stand is not loaded with goods carriers or only partially with goods carriers. It can also accommodate additional forces between the side walls when the display stand is loaded with merchandise and thus support the at least one tension member. In the case of a display stand, which is designed so that it can only accommodate goods carriers from the front, a rear wall is particularly suitable for stabilizing the side walls. The rear wall may be fixed or detachably connected to the side walls, for example via tabs.

It may also be advantageous that the connecting element also prevents a parallel displacement of the at least one intermediate wall to the side walls or a collapse of the at least one intermediate wall with respect to the side walls. In the case of more than one intermediate wall, it may also be desirable to avoid the parallel displacement or the folding together of the intermediate walls. For this purpose, the at least one intermediate wall can have a fastening means, for example a tab, which can be connected to a fastening means of the connecting element, for example a slot.

The connecting element also simplifies the installation of the display device. It is so no auxiliary device necessary to keep the side walls and the intermediate walls in a vertical position to each other until the display stand is stabilized by goods carrier.

The display stand may also include a connecting means which prevents displacement of the side and / or intermediate walls in a horizontal plane, such as a lid connecting the top edges of the side and / or intermediate walls.

In a further preferred embodiment of the invention, at least one Zugverbindungselement in the erected state on a flat support surface for the goods carrier. A flat bearing surface allows a more uniform power transmission between the Zugverbindungselement and the male product carrier. Such a Zugverbindungselement advantageously has a flat cross-section and has at both free ends on a tab, which can be pushed in each case into a slot of the two side walls. In particular, it is made from a flat blank.

Tie rods with flat cross section can be made very inexpensive. In this case, the Zugverbindungselement is preferably made of a thin blank, in particular from a blank of corrugated cardboard. The flat cross-section also makes it possible to realize the at least one recess in the base wall area through a narrow slot. This in turn can support the Zugverbindungselement over its entire depth.

Due to the low buckling and bending stiffness of the flat tie rods, the force exerted by a product carrier on the tie rod is transferred to the baffle rather than the side walls.

The corrugated board of the blank for the tension member preferably has a thickness of between 0.5 mm and 2.5 mm, or most preferably between 1.0 and 1.8 mm. Preferably, the corrugated board is an E-wave.

However, it can also be advantageous Zugverbindungselemente with rounded bearing surfaces, if, for example, the introduction of the goods carrier to be simplified. Such Zugverbindungselemente may for example have a round or oval cross-section. These have, inter alia, a higher buckling and bending stiffness as Zugverbindungselemente with a flat cross-section. For that will be the load rather dissipated to the side walls, which is why they must be made stronger.

In a preferred embodiment, the display stand next to the at least one intermediate wall further corresponding intermediate walls which are arranged between the side walls, wherein the intermediate walls divide the space between the side walls in the erected state in three or more vertical spaces.

By increasing the number of partitions, the stability of the display stand can be increased. Likewise, the division into more vertical spaces for relatively narrow product carrier is advantageous.

In a preferred embodiment of the invention, the at least one intermediate wall is horizontally displaceable.

As a result, the display stand is very flexible tunable to the goods carrier. The number of partitions can be changed without additional measures. Thus, a display stand can be easily adapted to different product carrier widths, provided that the total width of the juxtaposed goods carrier is matched to the number of partitions and the distance of the side walls. The position of the at least one intermediate wall thus results from the width of the goods carriers, which are introduced in the vertical spaces.

In the simplest case, the distance of the side walls determined by the Zugverbindungselemente, if no other connecting element such as a rear wall or a lid is used.

Due to the displaceability of the intermediate walls of the display stand can be easily adapted to different widths product carrier.

In a further particular embodiment, at least one of the side walls comprises a base wall region and a reinforced wall region, wherein the reinforced wall region has an increased flexural rigidity compared to the base wall region and wherein the base wall portion forms at least a portion of the front side edge of the side wall, in particular, the reinforcing layer of the side wall has a projection which can serve the vertical support of at least one of the goods carriers to be inserted and / or preferably also for guiding thereof.

Characterized in that the side walls are constructed similar to the partitions, the above-mentioned advantages resulting from the features of the intermediate wall can be enhanced. It can save even more space and weight.

The invention also relates to a display with a display stand according to one of the embodiments previously mentioned in the description and at least one goods carrier per vertical gap, which is supported vertically by the at least one Zugverbindungselement. The display inherits all the advantages of the display stand described above. Due to the product carriers, the display stand is additionally stabilized, since the goods carriers can absorb pressure forces between the side and / or intermediate walls. This is the case, in particular, if the at least one goods carrier per intermediate space is arranged in each case at the same height as the adjacent goods carriers. The display is particularly stable when the display stand is fully populated. This is usually the case during transport, where the highest mechanical requirements are placed on the display.

Preferably, the display is suitable for transport, in particular the loaded display withstands vibration tests according to VDZ Dortmund. This includes a continuous load over 3 h with 5 g acceleration and 100 strokes with 10 g acceleration.

The invention also relates to an intermediate wall for a display stand, wherein the intermediate wall comprises a lower edge, an upper edge, a front side edge facing a front side and a rear side edge facing a rear side. The inventive intermediate wall also includes a base wall portion and a reinforced wall portion, wherein the reinforced wall portion has increased flexural rigidity compared to the base wall portion and extends from the lower edge of the intermediate wall toward the upper edge of the intermediate wall, and the Base wall portion forms a portion of the front side edge of the intermediate wall. In this case, the base wall region has a front recess which lies in a viewing direction from the front side edge to the rear side edge and parallel to the lower edge in front of the reinforced wall region.

The inventive intermediate wall may also be combined with the features disclosed in relation to the embodiments of the display stand and relating to the intermediate wall.

1. a) Anordnen von Seitenwänden und einer erfinderischen Zwischenwand, so dass die Zwischenwand den Raum zwischen den voneinander beabstandeten Seitenwänden in vertikale Zwischenräume zur Aufnahme von individuell übereinander anordenbaren Warenträger unterteilt,
2. b) Anbringen eines Zugverbindungsstücks, so dass es die Zwischenwände verbindet und durch eine Aussparung der Zwischenwand aufgenommen wird,
3. c) Einschieben jeweils eines Warenträgers in einem vertikalen Zwischenraum,
4. d) wobei die Warenträger durch das Zugverbindungselement abgestützt werden.

The invention also relates to a method for producing a display comprising the following steps:

1. a) arranging sidewalls and an inventive intermediate wall so that the intermediate wall divides the space between the spaced-apart side walls into vertical intermediate spaces for accommodating individually superimposed goods carriers,
2. b) attaching a Zugverbindungsstücks so that it connects the intermediate walls and is received by a recess of the intermediate wall,
3. c) inserting a respective goods carrier in a vertical space,
4. d) wherein the goods carriers are supported by the Zugverbindungselement.

It is preferred that the distance of the side walls arranged parallel to each other and the at least one intermediate wall is determined by the insertion of the goods carrier in the vertical spaces.

The invention also relates to the use of an inventive intermediate wall in a display stand comprising a first and a second side wall and at least one Zugverbindungselement for connecting the two side walls, for receiving and supporting the at least one Zugverbindungselements means of the front recess.

By using the inventive partition in the display stand, the advantages of the display stand described above are taken.

From the following detailed description and the totality of the claims, further advantageous embodiments and feature combinations of the invention result.

Brief description of the drawings

Fig. 1

eine perspektivische Frontansicht einer ersten Ausführungsform des erfinderischen Displayständers, wobei der Displayständer zu einer vorderen Seite hin offen ist;

Fig. 2

eine perspektivische Frontansicht eines erfinderischen Displayständer gemäss Fig. 1, welcher mit Warenträgern bestückt ist;

Fig. 3a

eine Draufsicht auf eine Zwischenwand des Displayständers gemäss Fig. 1;

Fig. 3b

eine Untersicht auf die Zwischenwand gemäss Fig. 3a;

Fig. 3c

einen Zuschnitt einer Basiswandschicht für eine Zwischenwand gemäss Fig. 3a und Fig. 3b;

Fig. 3d

einen Zuschnitt einer Verstärkungsschicht für eine Zwischenwand gemäss Fig. 3a und Fig. 3b;

Fig. 3e

eine Draufsicht auf eine Verstärkungsschicht für eine Zwischenwand gemäss Fig. 3a und Fig. 3b;

Fig. 4

einen Zuschnitt für eine Basiswand einer Seitenwand für den Displayständer gemäss Fig. 1

Fig. 5

einen Zuschnitt für ein Zugverbindungselement für den Displayständer gemäss Fig. 1;

Fig. 6a - n

perspektivische Ansichten einzelner Montageschritte des Displayständers gemäss Fig. 1; wobei die Zeichnungen Fig. 6a - 6h Frontansichten und Zeichnungen Fig. 6i - 6n Rückansichten zeigen;

Fig. 7

eine perspektivische Frontansicht einer zweiten Ausführungsform des erfinderischen Displayständers, wobei der Displayständer zu einer vorderen Seite und einer hinteren Seite hin offen ist;

Fig. 8

eine perspektivische Frontansicht eines erfinderischen Displayständer gemäss Fig. 7, welcher mit Warenträgern bestückt ist;

Fig. 9a

eine Draufsicht auf eine Zwischenwand des Displayständers gemäss Fig. 7;

Fig. 9b

einen Zuschnitt einer Basiswandschicht für eine Zwischenwand gemäss Fig. 9a;

Fig. 9c

einen Zuschnitt für eine Verstärkungsschicht für eine Zwischenwand gemäss Fig. 9a;

Fig. 10

einen Zuschnitt für eine Basiswand einer Seitenwand für den Displayständer gemäss Fig. 7;

Fig. 11a - e

perspektivische Frontansichten einzelner Montageschritte des Displayständers gemäss Fig. 7;

The drawings used to explain the embodiment show:

Fig. 1

a front perspective view of a first embodiment of the inventive display stand, wherein the display stand is open to a front side;

Fig. 2

a front perspective view of an inventive display stand according to Fig. 1 , which is equipped with goods carriers;

Fig. 3a

a plan view of an intermediate wall of the display stand according to Fig. 1 ;

Fig. 3b

a bottom view of the intermediate wall according to Fig. 3a ;

Fig. 3c

a blank of a base wall layer according to an intermediate wall Fig. 3a and Fig. 3b ;

Fig. 3d

a blank of a reinforcing layer for an intermediate wall according to Fig. 3a and Fig. 3b ;

Fig. 3e

a plan view of a reinforcing layer for an intermediate wall according to Fig. 3a and Fig. 3b ;

Fig. 4

a blank for a base wall of a side wall for the display stand according to Fig. 1

Fig. 5

a blank for a Zugverbindungselement for the display stand according to Fig. 1 ;

Fig. 6a - n

perspective views of individual assembly steps of the display stand according to Fig. 1 ; being the drawings Fig. 6a - 6h Front views and drawings Fig. 6i - 6n Show rear views;

Fig. 7

a front perspective view of a second embodiment of the inventive display stand, wherein the display stand is open to a front side and a rear side;

Fig. 8

a front perspective view of an inventive display stand according to Fig. 7 , which is equipped with goods carriers;

Fig. 9a

a plan view of an intermediate wall of the display stand according to Fig. 7 ;

Fig. 9b

a blank of a base wall layer according to an intermediate wall Fig. 9a ;

Fig. 9c

a blank for a reinforcing layer for a partition according to Fig. 9a ;

Fig. 10

a blank for a base wall of a side wall for the display stand according to Fig. 7 ;

Fig. 11a - e

perspective front views of individual assembly steps of the display stand according to Fig. 7 ;

Basically, the same parts are provided with the same reference numerals in the figures. Similar parts in the second embodiment have a reference number increased by 100 compared to the corresponding parts of the first embodiment. If multiple instances of the same part refer to a particular instance of the part, the instance is identified by a number or a letter after the actual reference. A reference numeral of a part of the second embodiment which has a symmetric counterpart, whose reference numeral has been previously defined, additionally has an apostrophe at the end of the reference numeral.

Ways to carry out the invention

Fig. 1 shows a first embodiment of an inventive display stand 1, which can be loaded from the front with goods carrier 3. The loading direction from the front is indicated by the arrow 2. The display stand 1 comprises a first side wall 4.1, a second side wall 4.2, a first partition 5.1 and a second partition 5.2. The two partitions 5.1 and 5.2 divide the space between the two side walls 4.1, 4.2 in a total of three spaces. The display stand is mounted on a ¼-euro pallet 6, which allows easy transport or easy changing of the display stand. The display stand according to Fig. 1 However, it can also be used without a pallet 6 for the presentation of goods in goods carriers, since this is not required for the stability of the display stand. A rear wall (not visible) connects the side walls 4.1, 4.2 and the intermediate walls 5.1, 5.2 on the back of the display stand 1. A lid 8 closes the display from above. On the rear wall of the display stand 1, a Crowner 9 is arranged, which extends vertically beyond the lid 8 also. The Crowner 9 is a planar element which serves to display useful information or to advertise the goods displayed on a display.

A plurality of flat trained Zugverbindungselemente 10, here are a total of twelve of a total of thirteen Zugverbindungselementen 10 visible connect the two side walls each near their leading edges 11.1, 11.2. They are each guided horizontally by slot-shaped recesses 12 in the intermediate walls 5.1, 5.2, extending from the front side edges 13.1, 13.2 of the intermediate walls 5.1, 5.2 horizontally in the direction of the rear wall, not shown. The Zugverbindungselemente 10 are arranged one above the other in equidistant vertical distances and form together with the side and intermediate walls a total of thirty-nine slots for the goods carrier 3, wherein in each case thirteen goods carriers 3 can be arranged in three columns one above the other.

The depth of the side walls 4.1, 4.2 decreases from the top of the display stand 1, wherein the leading edges 11.1, 11.2 of the side walls are set back upwards.

The same applies to the front side edges 13.1, 13.2 of the intermediate walls 5.1, 5.2. Following the course of the leading edges, the tension elements 10 and slot-shaped recesses 12 are correspondingly offset upwards towards the rear.

The display stand comprises a base region 15 in which no insertion compartments for goods carriers are provided.

Fig. 2 shows the display, including the display stand according to Fig. 1 , but filled with thirty-nine similar goods carriers 3. The goods carrier 3 are shown symbolically as cuboid boxes. Preferably, however, the goods carriers 3 are open towards the front. In contrast to Fig. 1 is in Fig. 2 The Crowner 9 folded down. When filled, the display shelf is stabilized by the product carriers.

Fig. 3a and Fig. 3b show exemplarily the intermediate wall 5.1 in a plan view and in a view from below or from the opposite side. The intermediate wall is representative of the two identical intermediate walls 5.1 and 5.2 shown. The intermediate wall 5.1 is formed from the three layers of base wall layer 20, first reinforcing layer 21a and second reinforcing layer 21b by adhesively bonding the first and second reinforcing layers 21a and 21b to the base wall layer 20 on both sides and mirror-symmetrically thereto.

Fig. 3c It shows the blank of the base wall layer 20. It has a rear side edge 23 which is perpendicular to a lower edge 22 and an upper edge 24 which is parallel to the lower edge. At the rear side edge 23 are two Einstecklaschen 25.1, 25.2 with two fold lines and a Umfaltlasche 29 with a fold line near the lower edge 22. Opposite the rear side edge 23 is the front side edge 26 of the base wall layer 20. In a lower portion 27, which adjoins directly to the lower edge 22, the side edge 26 extends substantially perpendicular to the lower edge 22, before it merges into a slightly inclined upward in the direction of the rear side edge portion 28. The inclination is about 4 °. In this area, the base wall layer has thirteen equidistant slot-shaped recesses in the form of horizontal slots 12, which serve to receive the tension connection elements 10 ( Fig. 1 ). The slots 12 each depart from the front side edge 26 and are each the same length. The base wall layer is of a relatively thin corrugated board, such as the D-wave type.

The first and second reinforcing layers 21a and 21b are both the same and are both copies of one of a blank 19 according to FIG Fig. 3d Reinforcement layer 21 produced. The reinforcing layer 21 folded from the blank 19 is in Fig. 3e shown.

The blank 19 consists of a double shaft, such as the type EB-wave and is mirror-symmetrical to a bending edge 30 formed. In the Fig. 3e shown reinforcing layer 21 is obtained by folding the blank 19 along the bending edge 30, so that the two mirror-symmetrical halves are aligned with each other and then connects the superposed layers together, for example glued. This ensures that the reinforcing layer 21 has twice the wall thickness compared to the wall thickness of the blank. The two folded halves form along the original bending edge 30 now the rear side edge 36 of the reinforcing layer 21st

The reinforcing layer 21 has a quasi-rectangular base portion 32, which merges into a narrow strip-shaped support portion 33, and the depth decreases towards the top, since the front side edge 34 of the strip-shaped support portion 33 similar to the front side edges 11.1, 11.2 of the side walls 4.1. 4.2 ( Fig. 1 ) is inclined on average about 4 ° to the respective rear side edge 36 of the reinforcing layer 21. The front side edge 34 has in the strip-shaped support portion 33 elongated, rounded at the front projections 35 which are connected by vertical portions 37. The shape of the projections 35 may also be referred to as nose-shaped. The vertical portions 37 are set back in steps corresponding to the average inclination of the front side edge 34 (from about 4 °) to the rear side edge of the reinforcing layer. The strip-shaped support portion 33 is trapezoidal except for the protrusions 35 and the steps formed by the vertical portions 37.

Fig. 3a and Fig. 3b Now show in a plan view and a bottom view of the bonded together layers of base wall layer 20, first reinforcing layer 21 a and second reinforcing layer 21b produced intermediate wall 5.1, wherein the two reinforcing layers 21 a and 21 b copies of in Fig. 3e represent reinforcing layer 21 shown. The intermediate wall 5.1 comprises a lower edge 40, an upper edge 41 and the front side edge 13.1 and the rear side edge 42nd

The lower edge 40 in each case coincides with the lower edge 22 of the base wall layer 20 and the two lower edges 39 (FIG. Fig. 3e ) of the reinforcing layers 21a and 21b bonded to the base wall layer. The upper edge 41 coincides with the upper edge 24 of the base wall layer 20, wherein the upper edge 41 also has a common portion which simultaneously from the upper edge 24 of the base wall layer 20 and the upper edges 38 (FIG. Fig. 3e ) of the reinforcing layers 21a and 21b. The rear side edge of the intermediate wall 42 is formed in common of the rear side edge 23 of the base wall layer 20 and the rear side edges 36 of the two reinforcing layers 21a and 21b. In contrast, the front side edge 13.1 of the intermediate wall is formed above the base portion 43 alone from the side edge 26 of the base wall layer 20. On the other hand, the portion of the front side edge 13.1 in the pedestal region 43 is formed in common by the base wall layer 20 and the two reinforcing layers 21a and 21b.

The intermediate wall 5.1 can be divided into two areas: a base wall area 44 and a reinforced wall area 45. The base wall area 44 is the surface area of the intermediate wall 5.1, which is not reinforced and is formed only by the base wall layer 20. The reinforced wall portion 45 is the portion of the intermediate wall in which the two reinforcing layers 21 a and 21 b reinforce the base wall layer 20.

The base wall portion 44 thus extends in the vertical direction from the base top edge 46 to the upper edge of the intermediate wall 41. On the side, it is bounded on the one hand by a portion of the front side edge 13.1 of the intermediate wall, this portion by the inwardly inclined portion 28 of the front side edge of the base wall layer 20 (see Fig. 3c ) is formed. On the other hand, he will be on the opposite side bounded by the front side edges 34a and 34b of both sides bonded to the base wall layer 20 reinforcing layers 21a and 21 b.

The reinforced wall portion 45 coincides with the area covered by the first and second reinforcing layers 21a and 21b, respectively. It comprises the base region 43 and the carrier region 47. The base region 43 of the intermediate wall corresponds to the base sections 32 of the reinforcing layers 21a and 21b and the carrier region 47 to the carrier sections 33 of the reinforcing layers 21. The base section 43 extends from the lower edge 40 of the intermediate wall 5.1 to the base upper edge 46 which extends parallel to the lower edge 40, wherein it extends over the entire depth of the intermediate wall from the front side edge 13.1 to the rear side edge 42 of the intermediate wall 20. The support portion 47 is narrow in relation to the depth of the intermediate wall 5.1 and extends from the rear side edge 42 to the front side edges 34a, 34b of the reinforcing layers 21a, 21b.

The upper edges of the projections 35a, 35b of the reinforcing layers 21a and 21b are approximately at the same height as each one of the horizontal slots 12 in the base wall portion 44 of the intermediate wall 5.1, which is intended to receive the Zugverbindungselemente 10. In the erected state of the display stand both the upper sides of the respective Zugverbindungselemente 10 as well as the upper edges of the projections 35a, 35b act as guide elements for goods carrier 3, which are inserted along the intermediate wall in the display stand. In Fig. 3a and Fig. 3b symbolically the lateral outlines of an inserted goods carrier 3 are shown. The vertical sections 37a, 37b of the reinforcing layers serve as abutment surfaces for the goods carriers 3. The vertical distance between two projections 35a, 35b is also matched to the height of the goods carrier 3, so that a goods carrier 3, from the front on the left side of the partition 5.1 is inserted into the display stand, through the two superimposed projections 35a. 1 and 35a.2 of the first reinforcing layer 21a, both from the upper edge of the protrusion 35a.1 located immediately below the goods carrier and from the lower edge of the protrusion 35a.2 located immediately above the goods carrier. An appropriately inserted on the right side of the partition 5.1 The article carrier is correspondingly guided by the projections 35b.1 and 35b.2 of the second reinforcing layer 21b. Instead of the front rounded projections with horizontal sections, the projections may have other shapes or cross sections, such as a wedge-shaped cross-section. The surface of the base wall region 44 serves as a lateral guide of the goods carriers 3 to be inserted.

The side walls 4.1 and 4.2 of the display stand 1 are formed from a base wall and a reinforcing layer 21, which is glued to the base wall. Thus, a same reinforcing layer 21 as for the reinforcing layers 21a and 21b of the intermediate walls 5.1 and 5.2 is used (see Fig. 3e ). However, it is also possible to choose other reinforcing layers, in particular reinforcing layers, which are identical in shape to the reinforcing layers 21a or 21b, but have a different wall thickness or material quality. The reinforcing layers of the side walls are glued to the base wall so that they are aligned in the assembled state of the display stand with the reinforcing layers 21 a, 21 b of the intermediate walls 5.1, 5.2.

In Fig. 4 is the blank of the base wall 50.1 for the left and the first side wall 4.1 according to Fig. 1 shown. A first fold line 51.1 separates an inner wall section 52.1 and an outer wall section 53.1. A second fold line 54.1 separates the outer wall section 53.1 from a side flap 55.1.

By folding the inner wall section 52.1 about the first fold line 51.1 by 180 ° on the outer wall section 53.1, angling the side flap 55.1 to the second fold line 54.1 by 90 ° on the same side as the inner wall section 52.1, angling the bottom flap 56.1, the upper flap 57.1 and the Umfaltlasche 67.1 below the side flap 55.1 to each also 90 ° and also towards the inside, you get the folded base wall. By contrast, the base flanges 59a.1, 59b.1, 59c.1 are not deflected at the lower edge of the base wall.

The front side edge of the folded base wall simultaneously forms the front side edge 11.1 of the first side wall 4.1 (see also Fig. 1 ) along the first fold line 51.1. The second fold line 54.1 forms after folding the rear side edge of the Sidewall 4.1. The six punched slots 60.1 along the second fold line 54.1 are aligned by the angling of the side flap 55.1 at 90 ° at right angles to the side wall 11.1 and form six insertion slots for receiving tabs of a rear wall 77 (see Fig. 6e ). The six recesses 61.1 of the base wall form free spaces for the tabs. In the same way, after folding over the upper flap 57.1, the upper punching slots 62.1 also form 90 ° insertion slots for receiving tabs 78 of a cover 8, wherein the recesses 63.1 form free spaces for the tabs 78 (see FIG Fig. 6g ). The middle base flap 59b.1 on the underside of the outer wall section 53.1 and the base flap 59d.1 on the underside of the inner wall section lie directly above one another after the above-described folding action and form a double-layered flap.

After folding the various tabs as shown above, the side wall in the side view has the shape of a trapezoid, apart from the base tabs 59a.1, 59b.1, 59c.1, 59d.1.

While the rear side edge of the base wall is substantially vertical to the lower edge of the base wall, the front side edge is slightly inclined inwardly, the inclination approximately corresponding to the inclination of the slightly inclined portion 28 of the front side edge of the intermediate wall 5.1.

The inner wall section 52.1 has punching slots 58.1 in the vicinity of the fold line, which serve to receive the tabs of the tension connection elements 10. On the inside of the base wall is then a reinforcing layer 21 corresponding to the reinforcing layers 21 a. or 21b glued, which then forms the first side wall 4.1 together with the base wall. The second side wall 4.2 is mirror-inverted to the first side wall 4.1.

The blank of the base wall consists of a corrugated cardboard, such as an E-wave.

Fig. 5 shows a detailed view of the blank of a Zugverbindungselements 10 of the display stand 1, which is made of a relatively thin wallboard, such as an E-wave corrugated cardboard. The corrugated board does not require a particularly high flexural rigidity, since the Zugverbindungselement, as it expresses the name, is mainly loaded on train. It includes a rectangular support floor 65, on whose short sides are each a push-in tab 66a and 66b are arranged. These are configured to be angled 90 ° and plugged into the punched slots of the first and second side walls 4.1 and 4.2 (only the punched slots 58.1 of the first side wall in FIG Fig. 5 visible).

The Figures 6a - 6n show the assembly of the display stand 1 according to the invention Fig. 1 , In a first step, a ¼ euro pallet 6 and a blank of the display base 70, which is also made of corrugated cardboard, are provided. The blank of the display base 70 has a bottom portion 71 and a base portion 72 which are separated by a fold line. The bottom portion 71 corresponds to the area of a ¼ euro pallet (400 mm x 600 mm). He also has in each case centrally to its side edges locking elements 73 and at its long side edge, which is directed to the back of the display stand, a rear base flap 89, to which in turn three rear folding tabs 74 are arranged. Whose width corresponds in each case to the width of the display stand 1 to be received goods carrier 3 and its length approximately the length of the base flap 89. The base portion 72 has on its front long side edge, opposite the rear folding tabs 74, three front folding tabs 75, which have the same width as the rear folding tabs 74, but are longer and have three fold lines.

The bottom portion is attached to the pallet 6 by means of the locking elements 73, so that the bottom portion is approximately flush with the pallet 6. The locking elements in the bottom section are specially adapted to the pallet 6. However, other types of attachment are possible. Subsequently, the side walls 4.1, 4.2 and the intermediate walls 5.1, 5.2 provided and the first side wall 4.1 is placed vertically along the short side edge of the bottom portion and connected thereto by the middle, superimposed base flanges 59b.2 and 59d.2 ( Fig. 4 ) of the first side wall 4.1 are inserted into the locking element 73, so that they lock with this. The bottom flap 56.1 angled inwards by 90 ° can additionally be connected to the bottom section 71.

Subsequently, the intermediate walls 5.1 and 5.2 and the second side wall 4.2 are placed vertically ( Fig. 6c ), using a fan-like positioning aid 76 to prevent the walls from falling over during assembly.

The rear skirt tab 89 is then folded up 90 ° and subsequently the back flap tabs 74 are 180 ° downwardly in the opposite direction so that they are parallel to the rear skirt flap 89. The rear base flap 89 and the rear folding straps 74 then enclose the respectively deflected by 90 ° and laterally projecting Umfaltlaschen 67.1 of the side walls 4.1, 4.2 and Umfaltlaschen 29 of the intermediate walls 5.1, 5.2. At the same time they form a lateral stop for the walls 4.1, 4.2, 5.1 and 5.2, so that the distances of the walls are fixed to each other ( Fig. 6d ). Then, the rear wall 77 is assembled by inserting its side flaps into the twelve pockets along the rear side edges of the side walls 4.1 and 4.2 ( Fig. 6e ). At the same time, the push-in tabs 25.1 and 25.2 ( Fig. 3c ) of the two intermediate walls 5.1 and 5.2 are guided by vertical slots in the rear wall 77 ( Fig. 6f ), wherein the Einstecklaschen 25.1 and 25.2 are then each angled along the two front fold lines again by 90 °, so that their free end can be inserted through another adjacent slot in the rear wall 77 from the other side into the rear wall 77. Thus, a horizontal slipping out of the Einstecklaschen 25.1 and 25.2 is prevented from the slots and the intermediate walls 5.1, 5.2 are additionally held and stabilized.

Then the cover 8 is mounted on the side walls 4.1 and 4.2 and on the rear wall 77 by engagement of the six cover tabs 78 in the two insertion slots on the upper edges of the two side walls 4.1 and 4.2 and the rear wall 77 Fig. 6g and 6h ).

In the next step, the first Zugverbindungselement 10 is inserted with its Einstecklaschen 66a, 66b in the bottom punching slots 58.1, 58.2 of the two side walls 4.1 and 4.2, wherein the Zugverbindungselement 10 through the bottom slot-shaped recesses 12 of the intermediate walls 5.1, 5.2 is performed ( Fig. 6i and Fig. 6j ).

Subsequently, the base portion 72 of the display base is folded at the fold line 80 by 90 °, so that the upper edge of the base portion 72 is approximately flush with the support floor 65 of the Zugverbindungselements 10 is ( Fig. 6k ), before the three base folding tabs 75 are again articulated by 90 ° relative to the base portion to lie horizontally on the Zugverbindungselement. Its front end is then redirected by 180 °, so that it is returned below the Zugverbindungselements. Then the other twelve Zugverbindungselemente 10 are inserted with their Einstecklaschen 66 a, 66 b in the remaining punching slots 58.1, 58.2 of the two side walls 4.1 and 4.2 and the Zugverbindungselemente 10 through the slot-shaped recesses 12 of the intermediate walls 5.1, 5.2 out. Finally, the Crowner 9 is put on and the goods carriers 3 are pushed from the front into the thirty-nine slots which are separated by the train connecting elements 10 and the intermediate walls 5.1, 5.2 ( Fig. 6l ). The display stand 1 is now filled with the goods carriers 3 and forms the display 82. The goods carriers are up to stop surfaces 34a and 34b ( Fig. 3a and 3b ) of the reinforcing layers 21 a, 21 b pushed into the respective insertion compartments 14. When introduced into the compartments, the goods carriers 3 are also guided laterally from the respective base wall region of the adjacent side wall 4.1, 4.2 and / or adjacent intermediate wall or the adjacent partitions 5.1, 5.2. In the retracted state, the side surfaces 81 of the goods carrier 3 (only one side surface is in Fig. 6l shown as the opposite is concealed) are each disposed directly opposite to the respective base wall portion of the respective adjacent wall. In this area, the side walls and the partitions are much less wide than in the reinforced wall area. The intermediate walls are in the base wall area about 1.9 - 2.1 mm wide and the side walls about 2 - 3.6 mm, the thickness of the side walls in the base wall area is determined by two layers folded corrugated cardboard. In comparison, the partitions in the reinforced area are about 12mm and the side walls about 7-10 mm wide. Due to the small wall thickness of the side of the product carrier 3, the available presentation area can be optimally utilized.

For transport is still provided to put a transport cover 83 on the display 82 and additionally two transport wedges 84 in the cavity between the Slide the display and transport cover 83 to improve the screen's resistance to shocks ( Fig. 6m and Fig. 6n ).

Fig. 7 shows a second embodiment of an inventive display stand 101, which can be loaded both from the front with goods carriers 103 and from the back with goods carriers 103 '. The loading direction from the front is indicated by the first arrow 102, that from the back by the second arrow 102 '. The display stand 101 comprises a first side wall 104.1, a second side wall 104.2, a first intermediate wall 105.1, a second intermediate wall 105.2 and a third intermediate wall 105.3, which are arranged parallel to one another. The three intermediate walls 105.1, 105.2 and 105.3 divide the space between the two side walls 104.1, 104.2 into a total of four vertical intermediate spaces. The display stand is mounted on a ½ euro pallet 106, which allows easy transport or easy change of display stand. As the display stand 1 according Fig. 1 can the display stand 101 according to Fig. 7 also be used without a pallet for the presentation of goods in goods carriers, since this is not required for the stability of the display stand. A back wall is missing. A lid 108 closes the display upwards. At the top of the lid slots 107 are arranged for attachment of a Crowners.

The display stand has two vertical planes of symmetry. A first is perpendicular to the side walls 104.1 and 104.2 and the intermediate walls 105.1, 105.2 and 105.3 arranged and divides the walls vertically in two halves. A second is arranged parallel to the walls and divides the display stand in the middle of the middle partition 105.2.

A plurality of flat trained Zugverbindungselemente 110 - here are a total of nine of a total of ten Zugverbindungselemente 110 visible - connect the two side walls 104.1 and 104.2 respectively in the vicinity of their leading edges 111.1, and 111.2. They are each guided horizontally through slot-shaped recesses 112 in the intermediate walls 105.1, 105.2 and 105.3, which extend horizontally in the direction of the arrow 102 from the front side edges 113.1, 113.2 and 113.3 of the partitions 105.1, 105.2 and 105.3. The tie rods 110 are in equidistant vertical intervals arranged one above the other and together with the side and intermediate walls form a total of forty slots 101 for the goods carrier 103, wherein ten goods carriers in four columns each can be arranged one above the other.

An equal number of flat trained Zugverbindungselemente 110, however, in Fig. 7 are not visible, connect the two side walls 104.1 and 104.2 respectively in the vicinity of the rear side edges, of which Fig. 7 only the rear side edge 111.1 'of the first side wall 104.1 is visible, ie on the back of the display stand 101. The Zugverbindungselemente on the back are also horizontally guided by slot-shaped recesses in the intermediate walls 105.1, 105.2 and 105.3, but from the rear side edges horizontally in the direction of arrow 102 '. The Zugverbindungselemente on the back are also arranged in equidistant vertical intervals one above the other and together with the side and intermediate walls a total of forty more slots for the goods carrier 103 '.

It should be noted, however, that the display stand 101 does not necessarily have to be formed symmetrically with respect to the first axis of symmetry. Thus, different vertical distances between the Zugverbindungselementen on the front and the back and thus a different height of the compartments may be desired, for example, if different levels of goods carrier on the front and the back to be included. Likewise, the vertical distances between the Zugverbindungselementen on the front and / or the back of the Displayständer must not necessarily be performed equidistant.

The depth of the side walls 104.1, 104.2 decreases from the top of the display stand 1, wherein the leading edges 111.1, 111.2 of the side walls are set back upwards. The same applies to the front side edges 113.1, 113.2 of the partitions 105.1, 105.2 and 105.3. Following the course of the leading edges 113.1, 113.2 and 113.3, the tension connection elements 110 and the slot-shaped recesses 112 are correspondingly offset towards the top toward the rear, both on the front side and on the rear side of the display stand 101.

The display stand comprises a base region 115, in which no insertion compartments for goods carriers are provided.

Fig. 8 shows the display with the display stand 101 according Fig. 8 and with eighty similar goods carriers, with which the display stand 101 is filled. Both on the front and on the back of the display stand is filled with forty goods carriers, where on Fig. 8 only the goods carrier 103 are visible on the front. These are symbolically represented as rectangular boxes. Preferably, however, the goods carriers 103 are open towards the front. In contrast to Fig. 7 is in Fig. 8 a crowner 109 arranged.

Fig. 9a shows by way of example the intermediate wall 105.1 of the display stand 101 according to the second embodiment of the invention Fig. 7 , representing the three identical partitions 105.1, 105.2 and 105.3. The intermediate wall 105.1 has a similar construction to the intermediate wall 5.1 of the first embodiment of the invention and is likewise formed from a total of three layers of corrugated cardboard. It comprises a base wall layer 120 and a first and second reinforcing layer 121. Fig. 9b shows the blank of the base wall layer 120. Fig. 9c shows the blank for the first and the second reinforcing layer 121, which are both the same in this embodiment. The intermediate wall 105.1 is formed by adhesively bonding a first reinforcing layer and a second reinforcing layer 121 on both sides to the base wall layer 120 and mirror-symmetrically with respect to the latter.

The in Fig. 9b illustrated blank of the base wall layer 120 has a lower edge 122, an upper edge 124 parallel to the lower edge 122 and a front side edge 126 and one of the front side edge 126 opposite rear side edge 123. Both the front and rear side edges 126 and 123 are slightly inclined inwardly toward the top, with the base wall layer being mirror symmetric to the vertical center axis.

On both sides, the base wall layer has ten equidistant slot-shaped recesses or horizontal slots 112 which serve to receive the tie rods 110 ( Fig. 7 ). The front slots 112 each go from the front side edge 126, and the rear slots 112 'from the rear side edge 123. In the upper half, the base wall layer has two vertical slots 125 for receiving the attachment tabs 118, described below, of an adjacent bulkhead or sidewall. The base wall layer 120 is made of a relatively thin corrugated cardboard, such as the D-wave type.

In Fig. 9c the blank for the first or second reinforcing layer 121. The blank or reinforcing layer 121 is made of a two-layered corrugated board, such as a BC-type double-shaft. The blank comprises the actual reinforcing layer 121 and a fastening tab 118. Like the base wall layer, the reinforcing layer 121 is mirror-symmetrical to its vertical central axis. The two reinforcing layers 121 are intended to be adhesively bonded to the base wall layer 120 on both sides and mirror-symmetrically in order to form the intermediate wall 105.1 with the base wall layer, as described in US Pat Fig. 7 or. Fig. 9a is shown.

The reinforcing layer 121 has a quasi-rectangular base portion 132 which merges into a narrow strip-shaped support portion 133, the depth of which decreases up to the upper edge 138 of the reinforcing layer, since the front side edge 134 of the strip-shaped support portion 133a similar to the front side edges of the side walls 111.1 , 111.2 ( Fig. 7 ) is inclined on average about 4 ° to the vertical center line. The front side edge 134 and the rear side edge 134 'have in the strip-shaped support portion 133 elongated, rounded front projections 135 and 135', which are connected by vertical portions 137 and 137 '. The shape of the projections 135a and 135a 'may also be referred to as nose-shaped. The vertical portions 137a and 137a 'are set back in steps corresponding to the average inclination of the front and rear side edges 134 and 134' from about 4 ° in steps to the vertical center line of the reinforcing layer. The strip-shaped support portion 133 is trapezoidal except for the protrusions 135 and the steps formed by the vertical portions 137 and 137 '.

Fig. 9a shows the intermediate wall 105.1 with the layers glued base wall layer 120, first and second reinforcing layer 121. The latter layer is on Fig. 9a hidden and not visible. The intermediate wall 105.1 comprises a Lower edge 140, a top edge 141 and the front side edge 113 and the rear side edge 113 '.

The front side edge 113 is formed above the base portion 143 from the front side edge 126 of the base wall layer 120, while the rear side edge 113 'is formed above the base portion 143 from the rear side edge 123 of the base wall layer 120.

The lower edge 140 coincides with the lower edges of the base wall layer 120 and the reinforcing layers 121 bonded together. The upper edge 141 coincides with the upper edge 124 of the base wall layer 120, the upper edge 141 also having a common portion formed simultaneously from the upper edge 124 of the base wall layer 120 and the upper edges 138 of the two reinforcing layers 121. On the other hand, the portions of the side edges 113, 113 'in the base portion 143 are commonly formed by the front side edges 126 and 123 of the base wall layer 120 and the first and second reinforcing layers 121.

The intermediate wall 105.1 can be divided into two areas: into a base wall area 144 and into a reinforced wall area 145. The base wall area 144 is the area of the intermediate wall 105.1 which is not reinforced and is formed only by the base wall layer 120. The reinforced wall portion 145 is the portion of the intermediate wall in which the two reinforcing layers 120 reinforce the base wall layer 120.

The base wall portion is divided into a front base wall portion 144 and a rear base wall portion 144 '. Both areas 144, 144 'extend from the upper edge of the base portion 143 to the upper edge of the intermediate wall 141. Lateral, they are bounded on the one hand by the side edges 113, 113' of the intermediate wall 105.1, on the other hand, on the opposite side by the front side edges 134, 134 'of both sides bonded to the base wall layer 120 reinforcing layers 121.

The reinforced wall portion 145 coincides with the area covered by the first and second reinforcing layers 121, respectively. It has a base region 143 and a carrier region 147. The base portion 143 of the intermediate wall corresponds to the Socket portions 132 of the two reinforcing layers 121 and the support portion 147, the support portions 133 of the reinforcing layers 121st

The upper edges of the projections 135 and 135 'of the intermediate wall 105.1 are approximately at the same height as one of the horizontal slots 112 and 112' in the base wall layer 120 and in the base wall portion 144 of the intermediate wall 105.1, which for receiving the Zugverbindungselemente 110 (FIGS. FIG. 7 ) are determined. In the erected state of the display stand 101, both the upper sides of the respective Zugverbindungselemente 110 as well as the upper edges of the projections 135 and 135 'act as guide elements for the goods carrier 103, 103', which are inserted along the intermediate wall in the display stand 101. The vertical sections 137, 137 'of the reinforcing layers 120 serve as abutment surfaces for the goods carriers 103, 103'. The vertical distance between two superimposed projections 135.1 and 135 or 135.1 'and 135.2 is also matched to the height of the goods carrier 103, 103', so that a goods carrier 103, 103 ', which is inserted from the front or back into the display stand 101 , is guided by the two superimposed projections 135.1 and 135.2 or 135.1 ', 135.2', both from the upper edge of the immediately lower projection 135.1 and 135.1 'and from the lower edge of the immediately upper projection 135.2 and 135.2'. Instead of the front rounded projections with horizontal sections, the projections may have other shapes, such as a wedge-shaped cross-section. The surface of the base wall region 144 serves as a lateral guide of the goods carriers 103, 103 'to be inserted.

The side walls 104.1 and 104.2 of the display stand 101 of the second embodiment of the invention according to Fig. 7 are formed of a base wall and a reinforcing layer 121, wherein the reinforcing layer 121 is the same as that of the intermediate wall 121. The reinforcing layer 121 is thereby bonded to the base wall so as to be in alignment with the reinforcing layers 121 of the intermediate walls in the assembled state of the display stand 101.

In Fig. 10 the blank of the base wall 150 for the first and second intermediate wall 104.1 and 104.2 is shown. The base wall has on both sides in each case a side flap 155, 155 '. The side flaps 155 and 155 'are near the fold lines 151, 151 'punching slots 158 and 158', which serve to receive the tabs of the Zugverbindungselemente 110. The side flaps 155, 155 'are deflected along the fold lines 151 and 151' by 180 ° and glued to the inside 152 of the base wall.

On the inner side 152 of the base wall, a reinforcing layer 121 is then glued, which then forms the first side wall 104.1 together with the base wall. The second side wall 104.2 is mirror-inverted to the first side wall 104.1.

The blank of the base wall consists of a corrugated cardboard, such as an E-wave.

The tie rods 110 for the display stand 101 of the second embodiment correspond to the tie rods 10 of the display stand 1 of the first embodiment, however, the support floor of the tie rods 110 is longer because the side walls have a greater distance. It corresponds to the second embodiment, about the length of a ½ Euro range, ie about 800 mm. The distance between the partitions to be joined in the first embodiment corresponds approximately to the length of a ¼ Euro range, ie about 600 mm.

The FIGS. 11a-d show the assembly of the inventive display stand 101 according to the second embodiment of the invention. It is similar to that of the first embodiment, which is why the differences are described below in particular.

In a first step, a ½ euro pallet 106 and a blank of the display base 170 made of corrugated cardboard are provided ( Fig. 11a ). The bottom portion 171 of the display base 170 corresponds to the area of a ½ euro pallet (800mm x 600mm). It is mounted on the pallet 106 so that it is approximately flush with the pallet 106. Then, the side walls 104.1, 104.2 and the partitions 105.1, 105.2 and 105.3 are provided and vertically aligned and positioned on the bottom portion 171 by means of a positioning aid 176 on the display base 170, wherein the two side parts 104.1, 104.2 are also attached to the display base ( Fig. 11b) ,

The next step is done on both the front and back of the display stand. In this case, a first Zugverbindungselement 110 is inserted with its Einstecklaschen 166a, 166b in the bottom punched slots 158 of the two side walls 104.1 and 104.2 on both sides, wherein the Zugverbindungselement 110 is guided through the lowermost slot-shaped recesses 112 of the intermediate walls 105.1, 105.2 and 105.3. Then, the pedestal portion 172 of the display base is deflected vertically to the top and at the same time the four folding tabs 174 on the pedestal portion 172 are folded around the draw link 110 such that they first pass horizontally across the draw link and then underneath it in opposite directions, with the side edges of the fold tabs 174 define the lateral position of the side and intermediate walls. In addition, the lid 108 is mounted ( Fig. 11c) , Now the tie rods 110 can be inserted on the front and the back ( Fig. 11d) , In principle, the goods carriers 103, 103 'could be inserted directly into the slots on the front and rear of the display stand. However, in order to increase the stability, fastening tabs 118 are respectively arranged on the reinforcing layer 120 (see FIG Fig. 9a and 9c ). These can now be folded over by 90 °, so that they engage in a latching slot 125 of an opposite base wall layer ( Fig. 9b ). This additionally stabilizes the walls to each other. In the unfilled state, this also prevents collapse of the side walls. Subsequently, the display stand is equipped with the goods carriers 103. As in the first embodiment, a transport cover can still be slipped over and the display can be secured with transport protection wedges. The display stands 1, 101 of both embodiments were subjected to normalized vibration tests. For this they were filled up with goods carriers containing chocolate bars. The displays easily withstand short-term accelerations of 10 g and a continuous load of 5 g.

In summary, it should be noted that a display stand was created, which is space-saving, but at the same time mechanically stable and easy and inexpensive to manufacture. It should also be noted that a display has been created, which is also space-saving and at the same time mechanically stable and simple and inexpensive is to produce. An intermediate wall has also been created, which makes it possible to produce a display or a display stand with the above-mentioned properties. In addition, a method has been created which allows a simple assembly of a space-saving display that is mechanically stable and inexpensive at the same time. By using the inventive partition wall, a space-saving display stand can be easily realized, which is mechanically stable and inexpensive at the same time.

Claims (16)

Display stand (1, 101) for the presentation of goods in goods carriers (3, 103), comprising a) a first and a second side wall (4.1, 104.1, 4.2, 104.2) and at least one Zugverbindungselement (10, 110) for connecting the two side walls (4.1, 104.1, 4.2, 104.2) with each other, as well b) at least one intermediate wall (5.1, 105.1), with a lower edge (40, 140), an upper edge (41, 141), a front side edge (13, 113) facing a front side and a rear side edge (42 , 113 '), c) wherein in the erected state of the Displayständers (1, 101), the at least one intermediate wall (5.1, 105.1) in a space between the spaced apart side walls (4.1, 104.1, 4.2, 104.2) is arranged and this in vertical spaces for receiving individually subdivided article carrier (3, 103), which can be introduced from the front into the display stand, d) wherein the at least one intermediate wall (5.1, 105.1) comprises a base wall region (44, 144) and a reinforced wall region (45, 145), e) wherein the reinforced wall portion (45, 145) has an increased flexural rigidity compared to the base wall portion (44, 144) and extends from the lower edge (140) of the intermediate wall (5.1, 105.1) towards the upper edge (41, 141) of the intermediate wall (5.1, 105.1), characterized in that f) the base wall portion (44, 144) forms a portion of the front side edge (13, 113) of the intermediate wall (5.1, 105.1) and g) the base wall region (44, 144) has a front recess (12, 112) for receiving and supporting the at least one tension connection element (10, 110) wherein the front recess (110) lies in a viewing direction from the front side edge (13, 113) to the rear side edge (42, 113 ') and parallel to the lower edge (40, 140) in front of the reinforced wall portion (45, 145). The display stand (101) according to claim 1, wherein goods carriers (113 ') can also be introduced into the display stand (101) from the rear side and arranged individually one above the other in the vertical spaces, the base wall area (144) of the at least one intermediate wall ( 105.1) forms a portion of the rear side edge (113 ') of the intermediate wall (105.1) and wherein the base wall portion (144) has a rear recess (112') for receiving and supporting a further tension connection element which interconnects the side walls (104.1, 104.2) The rear recess (112 ') is located in the viewing direction from the front side edge (113) to the rear side edge (113') and parallel to the lower edge (140) behind the reinforced wall portion (145). The display stand (1, 101) according to claim 1 or 2, wherein the base wall portion (44, 144) has a smaller wall thickness than the reinforced wall portion (45, 145), especially where the wall thickness of the base wall portion (44, 144) is less than 50 % of the wall thickness of the reinforced wall portion (45, 145) is. The display stand (1, 101) according to claim 3, wherein the at least one intermediate wall (5.1, 105.1) comprises a base wall layer (20, 120) and at least one reinforcing layer (21a, 121) connected thereto in a planar manner, the reinforced wall area (45, 145 ) comprises the reinforcing layer (21a, 121) and the surface portion of the base wall layer (20, 120) facing the reinforcing layer (21a, 121), and wherein the base wall portion (44, 144) protrudes from the over the reinforcing layer (21a, 121) A portion of the base wall layer (20, 120) is formed and preferably wherein a side edge (34 a, 134) of the at least one reinforcing layer has a projection (35 a, 135), which can serve the vertical support of at least one of the goods carriers to be inserted (10, 110) and / or preferably also for guiding the same. The display stand (10, 110) according to any one of the preceding claims, wherein the reinforced wall portion (45, 145) lies in a height range between a first predetermined height (46, 146) above the lower edge (40, 140) of the intermediate wall (5.1, 105.1). up to a second predetermined height below the upper edge (41, 141) of the intermediate wall (5.1, 105.1), in a direction parallel to the lower edge (40, 140) of the intermediate wall (5.1, 105.1) is narrow in relation to the depth of the intermediate wall (5.1, 105.1), in particular in which a depth of the reinforced wall region (45, 145) in this direction is at most 50% of the depth of the intermediate wall (5.1, 105.1), preferably at most 40%, 30% or 20% , wherein said height range extends over a range that is at least as large as 50% of the maximum depth of the intermediate wall (5.1, 105.1), more preferably as 100% of the maximum depth of the intermediate wall (5.1, 105.1). The display stand (1, 101) according to claim 5, wherein the depth of the reinforced wall portion (45, 145) is in a height range between the first predetermined height (46, 146) above the lower edge of the intermediate wall to the second predetermined height below the upper edge (45). 41, 141) of the intermediate wall decreases, wherein the reinforced wall portion (45, 145) is preferably trapezoidal in this height range. The display stand (1, 101) according to any one of claims 4 to 6, wherein the reinforced wall portion (45, 145) comprises two reinforcing layers (21a, 21b, 121) which are surface-connected to the base wall layer (20, 120) and on opposite sides the base wall layer (20, 120) are arranged, wherein preferably both reinforcing layers (21 a, 21 b, 121) are aligned with each other. The display stand (1, 101) according to one of the preceding claims, wherein the side walls (4.1, 104.1, 4.2, 104.2) and / or the intermediate walls (5.1, 105.1) are made of a semi-rigid material, in particular cardboard, cardboard or corrugated cardboard in particular, wherein the entire display stand (1, 101) is made of a semi-rigid material. The display stand (1, 101) according to one of the preceding claims, wherein the at least one recess (12, 112) is open, so that the at least one pull connection element (10, 110) from the front or from the back into the recess (12, 112) can be inserted, wherein the recess is in particular slit-shaped. The display stand (1, 101) according to the preceding claims, wherein the display stand (1, 101) next to the at least one intermediate wall (5.1, 105.1) further corresponding intermediate walls (5.2, 105.2) which between the side walls (4.1, 104.1, 4.2 , 104.2), wherein the intermediate walls (5.1, 105.1, 5.2, 105.2) subdivide the space between the side walls (4.1, 104.1, 4.2, 104.2) in the erected state into three or more vertical intermediate spaces. The display stand (1, 101) according to one of the preceding claims, wherein the at least one intermediate wall (5.1, 105.1) is horizontally displaceable. The display stand (1, 101) according to the preceding claims, wherein at least one of the side walls (4.1, 104.1) comprises a base wall portion and a reinforced wall portion, wherein the reinforced wall portion has increased flexural rigidity compared to the base wall portion and wherein the base wall portion comprises at least a portion of front side edge of the side wall forms, wherein in particular the reinforcing layer of the side wall has a projection which can serve the vertical support of at least one of the goods carriers to be inserted (10, 110) and / or preferably also for guiding the same. A display (82) comprising a display stand (1, 101) according to any one of claims 1-12, and at least one article carrier (3, 103) per vertical space vertically supported by said at least one draw link (10, 110). Intermediate wall (5.1, 105.1) for a display stand (1, 101), in particular for a display stand according to one of claims 1 - 12, wherein the intermediate wall (5.1, 105.1) has a lower edge (40, 140), an upper edge (41, 141) , a front side edge (13, 113) facing a front side and a rear side facing a rear side Side wall (42, 113 ') and a base wall portion (44, 144) and a reinforced wall portion (45, 145), wherein the reinforced wall portion (45, 145) compared to the base wall portion (44, 144) increased bending stiffness and has extends from the lower edge (40, 140) of the intermediate wall (5.1, 105.1) in the direction of the upper edge (41, 141) of the intermediate wall (5.1, 105.1) and the base wall portion (44, 144) extends a portion of the front side edge (13, 113) the intermediate wall (5.1, 105.1), characterized in that the base wall portion (44, 144) has a front recess (12, 112) facing in a viewing direction from the front side edge (13, 113) to the rear side edge (40, 113 ') and parallel to the lower edge (40, 140) in front of the reinforced wall portion (45, 145). A method of manufacturing a display (82) according to claim 13, comprising the steps a) arranging side walls (4.1, 104.1, 4.2, 104.2) and at least one intermediate wall (5.1, 105.1) according to claim 14, such that the intermediate wall (5.1, 105.1) covers the space between the spaced-apart side walls (4.1, 104.1; 104.2) is subdivided into vertical intermediate spaces for accommodating individually arranged product carriers (3, 103), b) attaching a Zugverbindungsstücks (10, 110) so that it connects the intermediate walls (5.1, 105.1) and by a recess (12, 112) of the base wall portion (44, 144) of the intermediate wall (5.1, 105.1) is received, c) inserting in each case a goods carrier (3, 103) in a vertical intermediate space, whereby the distance of the mutually parallel side walls (4.1, 104.1, 4.2, 104.2) and the at least one intermediate wall (5.1, 105.1) is determined, d) wherein the goods carriers (3, 103) by the Zugverbindungselement (10, 110) are supported. Use of an intermediate wall (5.1, 105.1) according to claim 14 in a display stand (1, 101), which has a first and a second side wall (4.1, 104.1, 5.1, 105.1) and at least one tension connection element (10, 110) for connecting the two side walls (4.1, 104.1, 5.1, 105.1), for receiving and supporting the at least one tension connection element (10, 110) by means of the front recess (12, 112).

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