DE8811283U1 - Spatial sales element - Google Patents

Description

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DESCRIPTION Manfred von DAPPER-SAALFELS Spatial sales aid TECHNICAL AREA

The invention relates to a spatial sales element with a rear wall, a front wall and one or more standing surfaces arranged substantially at right angles thereto.

Such spatial sales elements are used on the one hand as sales stands for presenting goods, on the other hand they serve as a visual eye-catcher and have an effect on the viewer due to their spatial appearance more appealing than usual flat advertising aids, such as posters or brochures.

Such spatial sales elements are mass-produced items and usually only remain for a relatively short period of time, depending on the season duration, at your installation location. The prerequisite for an economical use of such sales elements is that they have as flat a shape as possible during transport from the manufacturer to the customer in order to keep the transport volume as low as possible. The advertising psychologically advantageous The spatial appearance of the sales element can be created easily at the installation site. Fine cardboard has proven to be a particularly good material for such sales elements.

STAND OF TECHNOLOGY

Known spatial sales elements are delivered to a customer as an assembly kit. This assembly kit consists of

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made up of flat, level wall parts, which results in a favorable transport volume. To set up the spatial sales element, connecting parts are required, which are arranged in the joint area between the wall parts. These connecting parts are designed, for example, as special molded parts or connectors (e.g. clips).

Depending on the weight of the goods to be displayed, these sales elements must have a greater or lesser degree of rigidity In addition, the stability of the sales element must be ensured in the event of impact, for example if a shopping cart accidentally hits it. For this purpose, the known sales elements require a large number of connecting parts that connect the wall parts.

Ie connect with each other.

If such sales elements are assembled by an inexperienced customer themselves, the assembly is difficult and time-consuming. In particular, there is a risk that important connecting parts will tear as a result of improper assembly and thus become unusable, which may mean that the assembly of the entire sales element is no longer possible.

On the other hand, it is possible to have the installation carried out by a specialist, but this involves additional effort and costs and therefore has a negative impact on the economic use of such sales elements.

In both cases, however, constructing a sales element as an assembly kit carries the risk that important parts will be lost and thus a complete assembly of the sales element will not be possible from the outset.

DESCRIPTION OF THE INVENTION The invention is based on the task of creating a spatial

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to provide an effective sales element that can be set up easily, quickly and reliably by anyone and that can be transported in a space-saving manner.

The spatial sales element according to the invention is given by the features of claim 1. This invention is accordingly characterized in that the sales element has at least one foldable element part arranged in the area of a front side of the sales element, which wall and the front wall of the sales unit and that each foldable element has two folding units. Each folding unit has a first element, which is connected to the front or rear wall and thus forms a base for the goods to be presented, and a second element which adjoins the first element, wherein the second elements of both folding units are arranged parallel to each other and connected to each other.

Preferably, the first element is substantially rectangular

to the front or rear wall and the second element is arranged essentially at right angles to the first element. The sales element according to the invention guarantees a high advertising effectiveness due to its three-dimensional appearance, while at the same time the first elements arranged in this way sufficient space for the advertised goods within of a sales element is available. The sales element can be folded in such a way that practically all parts lie almost on one level, and thus meets the requirement of a space-saving shape for transport. The Setting up the sales element according to the invention is extremely simple. By unfolding the foldable element parts, the front and rear walls spread apart, creating a stable spatial form. Attaching additional connecting parts, as in the prior art The handling of the sales element according to the invention during installation is so simple that even unskilled assistants can assemble the sales element quickly!

and can be carried out reliably.

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To increase the stability of the spatial sales element, in a preferred embodiment of the invention, the two folding units are each designed as hollow bodies, in that a third element is connected to the second element of each folding unit in such a way that the walls of the hollow body consist of the first, second and third elements as well as the front and rear walls of the sales element.

In order to design the spatial appearance of the sales element, particularly with regard to adapting it to the user's wishes in individual cases; Abnessun f. the openings of the sales element, as freely as possible

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;■ 15 is connected to the first element of the folding unit or the third element of the folding unit.

^r The sales element according to the invention advantageously has foldable element parts on both front sides. This increases the stability of the spatial sales element At the same time, the arrangement of the foldable element parts on both front sides has the advantage with regard to handling during assembly that in order to create the spatially stable form of the sales element, only the two outer opposite front folds of the the next sales element delivered flat must be pressed, whereby the sales element folds into its final spatial shape even with relatively little pressure.

In the event that the front wall has more than one opening, it has proven advantageous to arrange foldable element parts in the area between the openings in addition to arranging foldable element parts on both front sides of the sales element, whereby the spatial stability of such a sales element is ensured.

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s1ft<l, 1st In a particularly advantageous development of the invention, at least one wall part is arranged in the area between the second folding elements, which connects the foldable element parts to one another. This ensures that the load on the foldable element parts from the weight of the goods placed on them is evenly distributed over all the foldable element parts. In addition, the coupling of the foldable element parts by the wall part makes it easier to assemble the spatial sales element, since when pressure is applied to the front sides of the folded sales element, this pressure is evenly distributed over all the foldable element parts, and a relatively low pressure force is required to spread the sales element apart.

To increase the stability of the spatial sales element, according to another feature of the invention, side walls are arranged on both sides of the sales element, each of which is connected in one piece to the front or rear wall, wherein the foldable element parts are arranged essentially at right angles to the plane of the side walls and the side walls each have a continuous folding edge in the plane formed by the second elements of the folding units

It has proven to be particularly advantageous to provide an at least partially existing partition wall which is arranged in the plane between two folding units of a foldable element part.

This alternative of the sales element according to the invention offers the advantage that it has a particularly advertising-effective spatial appearance, which optionally has three viewing surfaces, namely front wall, intermediate wall and rear wall , which are arranged spatially offset from one another and thus create a visually appealing depth effect .

According to another feature of the invention, the partition wall is connected in one piece to a folding unit. This has the advantage that during the manufacture of the decorative element

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mer.tes cutouts of various shapes can be perforated into the folding unit and at the installation site these perforated cutouts of the folding unit can be bent over by the stand so that they can be seen by the viewer of the decorative element and can have an effect on him.

In a particularly advantageous development of the invention, the partition wall is glued to an inner folding element, &eegr; UA/Invtrh ci/>h K m Ui rM &idiagr; rl/ auf rl i &agr; Cn^mnohnnn rloir* 7ui crhünuanH

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particularly great possibilities for variation.

In order to improve the depth effect of the spatial decorative element, it has proven to be advantageous to arrange side walls on both sides of the decorative element, which are at least connected in one piece to the front or rear wall. This measure can be used to achieve effective shading that has an appealing effect on the viewer. In addition, the stability of the spatial decorative element is further increased by arranging side walls.

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The design of the sales element according to the invention consists in arranging the first two elements of both folding units of one or more foldable element parts in planes parallel to one another. In this case, the second elements of a foldable element part with two folding units have different heights, whereby individual steps are formed within the sales element, which results in an advantageous presentation of the goods arranged within the sales element, while at the same time it is possible to provide the hand areas of a step, which are visible to the viewer and run parallel to the front wall, with handprints.

A particularly simple and attractive structure is achieved if the sales element according to the invention is designed as a

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Stair element is designed, i.e. in this case the sales element has only one foldable element part, with the first elements of the folding units being at different heights. This advantageous design leads to a very good advertising impression, especially in combination with several stair elements, each with different dimensions.

BRIEF DESCRIPTION OF DRAWING 10

The invention is described and explained in more detail below with reference to the embodiments shown in the drawing. They show:

Fig. 1 shows a perspective view of a spatial sales element cut open in cross-section and pulled apart with an opening and a foldable element part arranged on the front side;

Fig. 2 the rear upper corner area of the spatial sales element according to Fig. 1, however not with a partition wall, but with a partition wall plug-in element, firstly in the folded state, secondly in a state during disassembly tenth and thirdly in the unfolded final state, each in a perspective representation;

Fig. 3 shows a cross-sectional view of a spatial sales element with two openings and foldable element parts arranged at the front and between the openings in a perspective view, and

Fig. 4 a spatial sales element cut open in cross-section, which is designed as a staircase element with a foldable element part in a perspective representation

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WHAT /IN ORDER TO EXECUTE THE OPERATION6

A spatial sales element 10 has an upper foldable element part 12 and a lower foldable element part 14, each of which is integrally connected to the front wall 16 and rear wall 18 of the sales element 10. A side wall 20 is arranged on each of the two sides of the sales element 10 and is integrally connected to the front wall 16 and rear wall 18. The upper foldable element part 12 and the lower foldable element part 14 each consist of two folding units 22, each of which forms a hollow body with a square cross-section. The folding units arranged on the upper and lower front sides are each arranged symmetrically to an intermediate wall plane which lies in the middle between the front wall 16 and rear wall 18. Each folding unit 22 has a first element 24, the first elements 24 of the upper foldable element part 12 forming an outer end surface of the sales element 10 and being integrally connected to the front wall 16 or rear wall 18. A second element 26 adjoins the first element 24, the second elements 26 of both folding units 22 being arranged parallel to one another and being glued to one another by means of a longitudinal adhesive seam (not shown in Fig. 1) which is arranged in the corner area formed by the first element 24 and the second element 26 on the second element 26. The folding unit 22 is completed by a third element 28 which abuts against the second element 26. To form the respective hollow body, the third element 28 of the upper foldable element part 12 and the first element 22 of the lower foldable element part are each connected to the front wall 16 and rear wall 18 via an adhesive fold 30 on which an adhesive seam is arranged . The third element 28 forms the outer edge of the sales element 10 of the lower foldable element part 14.

Between the planes formed by the second elements 26 , a plane can be spanned, which is referred to below as the intermediate wall plane.

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Each side wall 20 is now constructed in such a way that it comprises a front side wall part 32 and a rear side wall part 34. , whereby the front side wall part 32 and the rear side wall part 34 run towards each other at an angle outwards, i.e. when viewed from above they form a V, such that the intersection line of both side wall parts comes to lie in the intermediate wall 25 area. In the spatial arrangement shown in Fig. 1, In the sales element 10, the front wall 16 has an opening, the width of this opening corresponding to the distance between the folding edges that form the two front side wall parts 32 with the front wall 16. The height of the opening is determined from the predeterminable height dimensions the front wall 16. The front side wall elements 32 have lateral folding units along the height of the opening of the front wall 16, which are integrally connected to the front side wall elements 32. These lateral folding units have first, into the interior of the sales element 10 folded-over folding areas 36 which run essentially parallel to the respective front side wall element 32 and extend to the intermediate wall plane.

Furthermore, these side folding units have second folding areas 38 which are folded along a vertically arranged folding edge towards the front wall 16 and lie parallel to it. The folding of these second folding areas 38 is made possible by the fact that the side folding areas each have a perforation in accordance with the shape of the folded second folding area 38, and the second folding area 38 can be easily folded into a plane parallel to the front wall 16 by loosening the perforation.

In Hg. 1 1st on the left side of the sales element" ⁺ ,it

10 A second folding area 38 is shown, which is located directly in the plane of the front wall 16. In the right part of the figure a further second folding area 38 is shown,

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whose plane lies between the front wall plane and the intermediate wall plane. In both second folding areas 38, the folding direction is indicated by an arrow.

Finally, in the spatial sales element shown in Fig. 1, in the lower left area of the front wall 16, there is a front wall element 40 which is integrally connected to the front wall 16 and to the front side wall part 32 of the side wall 20.

Furthermore, it can be seen that in the area of the lower foldable element parts 14 in the right part of the sales element 10 between the planes spanned by the second elements 26 of the folding units 22, i.e. in the intermediate wall plane, a rectangular intermediate wall plug element 42 is inserted. To secure the position of this intermediate wall plug element 42 it can be glued to a second element 26. In an analogous manner, in the area of the upper foldable element parts another intermediate wall plug element 42 is arranged. In the same partition plane in the area of the lower foldable elements 14, next to the intermediate insert element 42, there is a partition folding element 44 which is connected in one piece to a second element 26 and which is formed by folding over a perforated opening at its edges. cut of the second element 26 into the partition wall plane.

In the rear part of the spatial sales element 10, a partition wall 4d is shown in Fig. 1 in the partition wall plane. which engage both in the area of the second elements 26 of the lower foldable element parts 14 and in the area of the second elements 26 of the upper foldable element parts 12. The intermediate wall 46 is glued to a second element 26 in the lower area, and in the upper area between two second elements 26. There is no connection to the side wall 20, which can be seen in Fig. 1 by the drawn gap 48.

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Alternatively, the partition wall can be attached to the side wall using a vertical adhesive fold with an adhesive seam. In this case, the partition wall is only guided in the area of the vertical folding elements.

It is also possible that the partition wall is only attached to the side wall and is not guided at the top or bottom. The adhesive seam can be arranged in a predefined plane between the front wall and the rear wall.

The dimensions of the second folding areas, the front wall element, the partition wall plug-in elements, the partition wall folding elements and the partition wall can be freely selected within the geometry of the spatial sales element. In the illustrated embodiment according to Fig. 1, the partition wall is fastened in the lower area between two vertical folding elements and is only guided in the area of the upper vertical folding elements. Conversely, however, it is also possible that the partition wall is fastened in the area of the upper vertical folding elements and is guided in the area of the lower vertical folding elements.

The choice of dimensions of the opening in the front wall can also be adapted to the user's wishes at any time.

As shown in the lower part of Fig. 2, in the folded state, in addition to the vertical folding elements 26, the inner folding elements 28 also lie almost parallel to one another. In this state, the outer surfaces in the area of the upper folding elements 12 form the front wall 16 or the rear wall 18 and the outer folding elements 24 of both folding units. The side wall 20 is also folded in such a way that the front side wall part and the rear side wall part lie almost parallel to one another. In Fig. 2, an adhesive seam SO is symbolically shown by a dot-dash line that connects the two vertical folding elements 26 of the folding units 22 to the top of the sales element.

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tes 12 facing area of the second elements 26 of both folding units 22 with each other.

To set it up, the folded sales element is deformed by applying pressure to the upwardly facing folding edges so that the folding units 22 take on a diamond shape, as shown in the middle part of Fig. 2. In this state, the front and rear side wall parts also fold up and together form a V-shaped wall element. The folding units 22 then continue to deform until their folding elements form a right angle with each other and with the front wall 16 or rear wall 18. In this state, in which the folding units 22 form a hollow body with a square cross section, the sales element has achieved a spatially stable shape and can be used at the installation site.

The second folding areas and partition wall folding elements described above are created by loosening a perforation tion and subsequent folding. In general, there are material weaknesses along the lines along which a further folding area or an intermediate wall folding element is to be released. The lines referred to as perforations can also be referred to as groove lines or

R1tz11n1en must be trained.

The V-shaped, outward-folding shelf wall elements described above can be designed in any way for other sales elements. Depending on the customer's wishes The side wall elements can have an accordion-like contour, or be folded inwards in a V-shape or W-shape. In order to create a side end surface that is as smooth and round as possible, it is also possible to make the side wall elements semi-circular or curved in a different way. ten form.

The spatial sales element 51 according to Figure 3 has a front wall 52 and a rear wall 54 arranged parallel to the front wall 52. The front wall 52 has an upper first

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opening 56 and a lower second opening 58. Between the front wall 52 and the rear wall 54, in the upper end region of the sales element 51, there is an upper foldable element part 60*, in the lower end region there is a lower foldable element part 64 and in the area between the first opening 56 and the second opening 58 there is a middle foldable element part 62.

On each side of the sales element 51 there is a side wall 66 ^which is integrally connected to the front wall 52 and the rear wall 54, whereby only one side wall 66 is shown in Fig. 3.

The upper foldable element part 60, the middle foldable element part 62 and the lower foldable element part 64 are arranged one above the other and each have two folding units 68, which each form a hollow body with a rectangular cross-section. These folding units are each designed symmetrically with respect to the center plane between the front wall 52 and the rear wall 54. All three folding units 68 have the same structure. The only differences are in the dimensions. Therefore, the structure of a folding unit is described below.

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These statements can be applied analogously to the folding units of the middle foldable element part 62 and the lower foldable element part 64.

The upper foldable element part 60 has two folding units 68, each of which has a first element 70, a second element 72 and a third element 74. The front wall 52 or the rear wall 54 is designed in two layers in the area of the folding units 68, with the inner layer 76 together with the three elements mentioned forming a hollow body with a rectangular cross-section.

The third element 54 is followed by a tab 78 which is connected to the inner layer 76 of the front wall 52 or the rear wall 54 via an adhesive seam. The two second

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Elements 72 of each folding unit 68 are arranged parallel to one another and are glued together by means of an adhesive seam not shown in Fig. 3.

Each side wall 66 is constructed in such a way that it has a front side wall part 80 and a rear side wall part 82, wherein the front side wall part 80 and the rear side wall part 82 extend obliquely outwards towards each other, i.e. in a plan view of the spatial sales element element 51 form a V, such that the intersection lines of both side wall parts lie in the plane of symmetry. The front side wall parts 80 have lateral folding units 84 along the height of the first opening 56 and second opening 58, which form a are connected in one piece. These lateral folding units 84 are folded into the interior of the sales element 51 and run parallel to the front side wall part 80, whereby they each extend to the axis of symmetry.

The foldable element parts 60, 62, 64 are formed by appropriately forming the first, second, third elements 70, 72, 74 at both ends in accordance with the V-shaped formation of the side wall 66 in plan view.

In the plane of symmetry, in the V-shaped end region of each foldable element part 60, 62, 64, a strip-shaped wall part 86 is arranged, which connects the upper foldable element part 60, the middle foldable element part 62 and the lower foldable element part 64 to one another. This strip- shaped hand part 86 is glued to the second elements 72 of each foldable element part 60 62 64. The strip-shaped wall part 86 ensures a distribution of the weight load in the event that, for example, only the middle foldable element part 62 is loaded with goods At the same time, the strip-shaped wall part 86 serves to facilitate the assembly of the spatial sales element 51, since this pressure force is increased by pressure on the front sides of the folded sales element.

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Via the strip-shaped wall element 86, it is transferred to the remaining foldable elements located between the upper and lower foldable element parts and thus an expanding pressure force acts on all foldable element parts.

Alternatively, the strip-shaped wall part can be designed in such a way that it protrudes beyond the first folding elements 70 of the upper foldable element part 60. If this strip-shaped wall part is designed to be sufficiently rigid, all that is required to set up the spatial sales element is to place the folded sales element on the floor and to exert a pressure force on the strip-shaped wall part, whereby the sales element folds into its spatial shape.

In Fig. 4, a sales element 90 is shown that only contains one foldable element part 91. Like the previously described embodiments, the foldable element part 91 also has two folding units, namely a front folding unit 92 and a rear folding unit 94. The structure of each individual folding unit is in principle identical to the structure of the folding units of the sales element according to Fig. 3. The same parts have the same reference number in Fig. 4 as in Fig. 3 and are therefore not described again.

In contrast to the sales elements described above, the sales element according to Fig. 4 is designed as a step element. This is achieved in that the front folding unit 92 facing the front wall 52 has a lower height than the rear folding unit 94 facing the rear wall 54, the third elements 74 of the front folding unit 92 and the rear folding unit 94 being arranged in the same plane. A further difference to the sales element according to Fig. 3 is that a lateral folding unit 96 is arranged in each side wall 66, the height of which is determined by the height difference between the rear folding unit 94 and the front folding unit 92, this lateral

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the lateral folding unit 96 has a folding edge which lies in the plane of the second elements 72 of the front folding unit 92 and the rear side wall unit 94, and the lateral folding unit is folded such that it lies substantially parallel to the rear side wall part 82.

Such a compact sales element offers, on the one hand, the advantage that there is sufficient space, which is formed by the first elements of the folding units, to present the goods, and, on the other hand, it is possible to additionally print with image or text motifs the step surface facing the viewer, arranged at right angles to the first element 70, represented by the upper part of the second element 72 of the rear folding unit 94.

Since such sales elements are usually cut out of cardboard layers, unsightly cut edges are created for the viewer, especially with cardboard printed on both sides. In order to conceal these cut edges, it is advantageous to design the first elements of the folding units in such a way that they protrude beyond the side wall and/or the front wall or rear wall. This conceals the cut edges of the side walls, the front wall and the rear wall, which are penetrating the eye, from the viewer. At the same time, additional stabilization of the sales element is achieved by the fact that the first elements of the folding units can also be supported on the side walls. In order to be able to provide additional space for advertising prints, it has proven advantageous to extend the rear wall beyond the top first element of the folding units.

Furthermore, with the sales element according to Fig. 4 it is possible to create a sales element in which mci _; ^- stair elements are arranged stacked on top of each other. Here, each first element of the rear folding unit is connected to the following third element of the rear folding unit of the foldable element part above it.

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Even with such a sales element, a simple structure is provided by unfolding the foldable sub-elements.

Claims (1)

-1- ADDRESS 01) Spatial sales element (10, 51, 90) with a rear wall (18, 54), a front wall (16, 52) and one or more standing areas arranged essentially at right angles thereto, characterized by - at least one foldable element part (12, 14, 60, 62, 64, 91), -- which connects the rear wall (18, 54) and the front wall (16, 52) of the sales element (10, 51, 90) and O 10 -- which has two folding units (22, 68; 92, 94), wherein each folding unit (28, 68; 92, 94) has the following elements: a first element (24, 70) which is connected to the front or Rear wall (16, 18; 52, 54) and forms a base, and a second element (26, 72) connected to the first element (24, 70}, wherein the second elements (26, 72) of both fait units (22, 68; 92, 94) are arranged parallel to one another and connected to one another. 02) Spatial sales element (10, 51, 90) according to claim 1, characterized in that the first element (24, 70) is arranged essentially at right angles to the front or rear wall (16, 18; 52, 54) and the second element (26, 72) is arranged essentially at right angles to the first element (24, 70) arranged 1st. 03) Spatial sales element (10) according to claim 1, characterized in that the two folding units (22) are each designed as hollow bodies, in that a third element (28) is connected to the second element (26) in such a way that the walls of the hollow body consist of the first, second and third elements (24, 26, 28) as well as the front and rear walls (16, 18) of the sales element (10). -2- PHAR-05gflE M. V. DAPPER-SAALFELS 06.09.1988 -Z- 04) Spatial sales element (51, 90) according to claim 3, characterized in that the front or rear wall (16, 18; 52, 54) is designed in two layers in the area of the foldable element parts (60, 62, 64; 91), the inner layer (76) of the front or rear wall (16, 18; 52, 54) being connected to the first element (70) and/or to the third element (74). 05) Spatial sales element (10, 51, 90) according to claim 3, characterized in that the third element (74) is arranged substantially at right angles to the second element (72). 06) Spatial sales element according to claim 1, characterized in that in the area of one of the front sides of the sales element there is a foldable element part. 07) Spatial sales element (10) according to one of the preceding claims, characterized in that a foldable element part (CO, 64) is arranged on each of the two end faces of the sales element (51) and at least one opening is present in the area between the end faces of the front wall (16). 08) Spatial sales element (51) according to claim 1, characterized in that the front wall (52) of the sales element (10) has at least two openings (56, 58) and foldable element parts (62) are arranged in the area between the openings (56, 58). C9) Spatial sales element (51) according to claim 1, characterized in that in the area between second elements (72) at least one wall part (86) is arranged, which has foldable element parts (60, PHAR-OBgOE .··.·'*! ." /% &diams;"..". μOAPPA · &mgr;. &ngr;. OAPPER-SAALFELS · : · ,: .·..;..-..·· &mgr;. &ngr;. OAPPERSAALFELS : ,: ...;.... h -3- 62, 64). 10) Spatial sales element (51) according to claim 8, characterized in that OS the wall (86) is glued to the second elements (72). 11) Spatial sales element (10, 51, 90) according to one of the preceding claims, in characterized in that on both sides of the sales element (10, 51, 90) side walls (20, 66) are arranged, which are each connected in one piece to the front or rear wall (16, 18; 52, 54), wherein the side walls (20, 66) are arranged in the direction of the second elements (26, 72) each have a continuous fold edge. 12) Spatial sales element (10, 51, 90) according to claim 11, characterized in that each side wall (20, 66) has a front side wall part (32, 80) and a rear side wall part (34, 82), wherein the front and rear side wall parts (32, 34; 80, 82) extend towards each other in a V-shape and the cutting line both side wall parts (32, 34; 80, 82) in the direction second elements (26, 72). 13) Spatial sales element (10) according to claim 1, characterized in that the first elements (24) of the folding units (22) are connected to the front or rear wall (16, 18) via a tab. 14) Spatial sales element (10) according to claim 1, characterized in that the first elements (24) of the folding units are integrally connected to the front or rear wall (16, 18). -4- PHAR-OSgDE M. &ngr;. DAPPER-SAALFELS 06.09.1988 15) Spatial sales element (10) according to claim 3, characterized in that the third elements (28) of the folding units (22) are integrally connected to the front or rear wall (16, 18). 16) Spatial sales element (10) according to claim 1, characterized by an intermediate wall (42, 44, 46) which is arranged and at least partially present in the area between the planes formed by the two second elements (26) of the folding units (22). 17) Spatial sales element (10) according to claim 16, characterized in that the intermediate wall (44) is integrally connected to a folding unit (22). 18) Spatial sales element (10) according to claim 16, characterized in that the intermediate wall (42, 46) is glued to the second element (26). 19) Spatial sales element (10) according to claim 12, characterized in that the intermediate wall (42, 44, 46) is arranged in the middle between the front and rear wall (16, 1°) and the intersection line of both side wall parts lies in the plane of the intermediate wall (42, 44, 46). 20) Spatial sales element (10) according to claim 19, characterized in that the front wall (16) has an opening, the width of this opening corresponding to the distance between the folding edges which form the two front side wall parts (32) with the front wall (16), and in the lateral edge region of the opening of the front wall (16) there are lateral folding units which are integrally connected to the side wall elements (32) and which have first folding regions (36) which extend inwards PHAR-OSgDE M. v. DAPPER-SAALFELS 06.09.1988 ·■«&diams;* &igr; · -S- are folded over in such a way that they run essentially parallel to the respective side wall element (32) and extend to the level of the intermediate wall (42, 44, 46) and have second folding regions (38) which are arranged in a position which is not parallel to the respective side wall element (32, 34). 21) Spatial sales element (10) according to claim 20, characterized in that the second folding areas (38) are arranged parallel to the front wall (16). 22) Spatial sales element (10) according to claim 21, characterized in that the second folding areas (40) are integrally connected to the front wall (16). 23) Spatial sales element (IU, 51) according to claim 1, characterized in that the first elements (24, 70) of both folding units (22, 68) of a foldable element part (12, 14; 60, 62, 63) are arranged in one plane. 24) Spatial sales element (90) according to claim 1, characterized in that the first elements (70) of both folding units (92, 94) of a foldable element part (91) are arranged in planes parallel to one another. 25) Spatial sales element according to claim 1 and 20, characterized in that the first element(s) of the folding unit(s) of a foldable element part each project beyond the side walls in some areas. 26) Spatial sales element (90) according to claim 24, characterized in that it as a stair element with a single foldable element- M. &ngr;. DAPPER-SAALFELS 06.01.1988 tei 1 (91) is trained. -6- 27) Spatial sales element according to claim 26, characterized in that OS has its rear wall that partially projects beyond the first element of a folding unit arranged at the front .