DK175612B1 - Suspension arrangement used in shop has hole that supports first support member on back side and second support member against bottom of groove when suspension fittings are extended through hole - Google Patents

Abstract

A hole (20) supports a first support member on a backside and a second support member against the bottom of a groove (17) when suspension fittings are extended through the hole. A plate (2) has a front side from which the suspension fittings are projected. A mounting unit is mounted on the back plate of the plate. An independent claim is included for a suspension arrangement manufacture.

Description

in DK 175612 B1

The present invention relates to a suspension arrangement comprising a plate with means for mounting suspension brackets and with coupling means cooperating with coupling means on a support.

The invention further relates to a method of manufacturing a suspension arrangement comprising a plate with means for mounting suspension brackets and with coupling means cooperating with coupling means on a support.

A large number of suspension arrangements are known, which are primarily used in shops for displaying products. These suspension systems are based on modular dimensions, which are determined from the distance between supports, generally formed as vertical beams, which are attached to a wall. On these walls are mounted brackets in the form of brackets for supporting shelves, which are used for the display of goods / products. Alternatively, suspension brackets 15 may be provided in the form of shackles between two juxtaposed bars to support hooks or other suspension brackets on which the products are located.

Certain items, such as audio equipment, also require power transmission in order for them to work. Individual lighting may also be required to properly present 20 of the items.

If power cords are to be fed, there will often be an unhealthy jumble of wires which adversely affects the aesthetic presentation of the goods. It is therefore desirable to hide wires as best as possible. This has so far been done by extensively concealing wires in conduit channels which are attached to the bars and the underside of the shelves. However, this is associated with drawbacks, partly because the wires will still be visible when passing around edges of shelves and because replacing just a single item requires the dismantling of wiring channels to release the wires.

The goods may have different shapes and sizes, which impose different requirements for shelves or suspension hooks.

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In there on the back and that the mounting brackets are mounted excellent from the front of the plate

Side by side, being mounted progressively through a hole to support with a first support member I

In towards the back and with another support portion supporting the bottom of the groove. IN

5 In the plate it is possible to place the grooves at a spacing which is substantially smaller

In a distance between traditional walls on a wall. Also, you can have a lot of you

At a small distance between subsequent holes in a groove. It is thus possible to work with I

In very small modules and thereby achieve a very flexible use of the exhibition area

Easy. This makes it possible to place products in the correct grouping, even if they require

In 10 ver different support / suspension. For example, trousers, shirt, socks and ties I

You hang on hangers / hooks or put on shelves. Thus, it is easy to get an effective I

In utilizing a wall area that is available, because you are not bound by the module that you

You are determined by the distance between the support beams or a height height module

In limb shelves. IN

I I

In the manufacture of an exhibition wall, the plate will preferably be mounted together I

With parallel identical panels to form an unbroken wall surface, as at the front

You only exhibit grooves that will preferably be oriented vertically. Alternatively, the grooves I

In the process, incline or even horizontally if desired. Thus, for the viewer, you will

In 20 there is a wall from which the suspension brackets are excellent. There you are

You do not have vans, shelf carriers and back walls, as is the case with the known exhibitions.

In wall walls. IN

It is even more possible to give the viewer the impression of an unbroken wall at I

In order to provide an unbroken pattern or image on the surface of the plates. According to an additional I

Therefore, in a further embodiment of the invention, the suspension arrangement is distinctive

You know that the face of the plate is provided with an image formed on the surface of the cover

In it and in the bottom surface of the grooves. IN

30 In this way, the wall will appear with a uniformity, so that the viewer can hardly see you

In the grooves, whether or not they have side walls extending perpendicular to the bottom surface of the groove and I

In the surface of the plate. This is especially the case if the grooves have a shallow depth, so that you

In the side walls of the grooves has a vanishing extent with respect to the area of the plate I

4 GB 175612 B1 surface and grooves bottom surfaces. Alternatively, the grooves may have a sloping relationship with respect to the bottom surface of the groove and the surface of the plate, so that an image is also formed on the side walls.

According to a particular embodiment of the invention, the method of making the suspension arrangement is characterized in that the face of the plate is provided with an image formed on the surface of the plate at the front and in the bottom surface of the grooves, the image being preferably formed by an inkjet printer. By applying the image with an inkjet printer or with an equivalent application technology, in a very simple way, a continuous image can be formed at the front of the plate / exhibition wall.

It is possible to mount suspension brackets in the form of shelf brackets, hangers, lamp fittings etc. in the holes. These suspension fittings may be designed in various ways known per se to support both the front and back of the plate. This suspension bracket will preferably have a thickness corresponding to the width of a groove on the front projecting portion. This provides stabilizing support in the lateral direction, which is particularly advantageous for suspension brackets that do not interact with other suspension brackets or shelves. Thus, protruding hooks will be mounted stably, without the need for stabilizing plates to support against the surface of the wall.

20

The holes formed through the plate can be used for conducting power cords for power supply of exhibited goods or for power supply of lamps, or other wires for use in transmitting signals or data, for example, speaker cables connecting an exhibited amplifier with loudspeakers exhibited in another position 25 on the exhibition wall. Thus, all wiring can be done at the back of the plate / display wall.

In order to have easy access to the wires and at the same time the space required behind the wiring plate, the suspension arrangement according to a further embodiment of the invention will be characterized in that the support and / or the coupling means of the plate comprise cooperating hook-shaped projections. Alternatively, other coupling means may be used which allow the plate to be removed from the support when there is a need to reach the back of the plate. At the back of the plate may be located

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In fittings for power supply and / or cable trays for other wires for signal and I

In data transfer. Such fittings and trays may be mounted on the back of plate I

In or on vanes on which the plate is mounted. IN

In addition, it is also preferred that the coupling means of the support are formed on an I

In a support profile mounted on a building wall and having coupling means,

In cooperating with coupling means on a stiffening profile on the back of the plate to

You create spaces between the building wall and the back of the plate. IN

According to a further embodiment of the invention, the suspension arrangement is I

characterized in that the coupling means of the plate are formed on angular stiffening profile.

In files attached over the length of the plate. Thereby, a gain is obtained as a counterbalance

You can bulge the plate, even if it is heavily loaded. Such stiffening profiles you will

You are generally positioned with a vertical orientation and arranged to cooperate

In 15 with vertical beams mounted on the building wall. IN

According to a particular embodiment of the invention, the suspension arrangement is special

You are characterized by the holes being formed as bores extending from the back and partially I

through the plate to a position approximately at the bottom of the grooves. Alternatively, the cavity I

The sheets may be formed by placing plate parts or boards which are mutually spaced apart

Capable so as to create through-holes where the grooves and the spacers are spaced apart

In them they cross a space between the plate parts. However, drilling holes is an advanced one

In a comparatively simpler process and contemporary, a more bending rigid structure is obtained, I

In that the posterior thickness of the plate may be coherent. IN

I 25 I

The plate can be formed as a solid plate with milled grooves and drilled holes or as in

In a laminate plate. According to a further embodiment of the invention, the suspension I

In the arrangement thus characterized in that the sheet is formed as a laminate sheet with I

In the grooves formed between juxtaposed elongated face plates. These elongated for- I

30 side plates can be simply glued onto a base plate, after that at ct preceding I

In the process step is provided with holes. This can be done by an in-line production. IN

6 GB 175612 B1 Drill holes drilled from the back and partly through the plate to a position approximately at the bottom of the grooves, or alternatively holes can be made in a base plate.

According to a further embodiment of the invention, the suspension arrangement is characterized in that the grooves have a width between 3 and 8 mm. preferably between 4 and 6 mm, that the grooves have a depth between 3 and 8 mm. preferably between 4 and 6 mm. and that the distance between parallel grooves is between 30 and 250 mm. preferably between 80 and 100 mm. In this way, the grooves will only constitute a limited part of the total surface of an exhibition wall, and good lateral stabilizing support will be obtained, which is sufficient for the vast majority of applications for the exhibition wall for the display of retail goods.

However, other dimensions may be necessary if the suspension arrangement is used for heavy items, such as tools in workshops, construction markets or tool magazines.

Above, the invention has been described in connection with an exhibition wall. It should be noted, however, that the invention can also be applied in other areas, 20 where there is a desire for the possibility of flexible suspension of various products, and where it is also desirable to hide wires. This may be the case, for example, in office walls, where a wall can be a freestanding partition or in hotels where a wall can be built for flexible placement of bedside tables, lamps, writing board, TVs and so on.

25

The invention will then be explained in more detail with reference to the accompanying drawing, in which

FIG. 1 is a schematic perspective view of parts for a suspension arrangement according to the invention,

FIG. 2 shows a schematic perspective view similar to FIG. 1, but with the parts assembled,

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In FIG. 3-5 show that in FIG. 2 is a side view of the suspension arrangement shown in side view and I

You from the top, I

In FIG. 6 shows a schematic perspective view of a partial suspension arrangement I

In accordance with the invention, I

In FIG. 7-9 show that in FIG. 6 is a side view of the suspension arrangement shown in side view and I

You from the top, I

In FIG. 10 is a partially enlarged view of a detail of FIG. 7,. IN

In FIG. 11 is a partially enlarged view of a detail of FIG. 8, I

In FIG. 12 shows plates for use in a suspension arrangement according to the invention;

In FIG. 13 shows an end piece for use in a plate in a suspension arrangement according to I

In the invention, I

In FIG. 14 is a partially enlarged view of a detail of FIG. 13, I

In FIG. 15 shows pictures of different types of suspension brackets for use in a suspension

arrangement according to the invention, I

In FIG. 16 shows pictures of various shelves for use in a suspension arrangement according to I

In the invention,

In FIG. 17 shows an angular stiffening profile intended to be attached to I

In the back of a plate in a suspension arrangement according to the invention, I

In FIG. 18 shows a fitting for electrical installations for use in a suspension arrangement

In accordance with the invention, I

In FIG. 19 is a partially enlarged view of a detail of FIG. 18, I

In FIG. 20 shows another embodiment of a fitting for electrical installations, I

In FIG. 21 is a partially enlarged view of a detail of FIG. 17, I

In FIG. 22-23 show wall fittings for use in a suspension arrangement according to the invention, I

In FIG. 24 is a partially enlarged view of a detail of FIG. 22 and 23, I

In FIG. 25 shows a plate for use in a suspension arrangement according to the invention, seen in FIG

In the rear, I

In FIG. 26-28 shows the embodiment of FIG. 25 is a plan view, from the side and from the top, I

In FIG. 29-31 show a partially enlarged view of a detail of FIG. 26, in plan view, from I

In the 30 pages and from the top, I

FIG. Figures 32-34 show a plate with suspension brackets and shelves mounted, as seen in planar-I

In them, from the side and from the top,

FIG. 35-36 show partial enlarged views of detail in FIG. 33, I

8 DK 175612 B1

FIG. Fig. 37 is a schematic perspective view of a plate provided with a front view of a method according to the invention; Figure 38 shows a sectional view illustrating how a plate is provided with a face image by a method according to the invention.

In the various figures of the drawing, identical and corresponding elements will be denoted by the same reference numerals. Thus, not every detail will be explained in connection with each figure.

FIG. You show a suspension arrangement 1 in the form of a wall to be used for exhibiting products. The plate 2 has a height corresponding to the height of a space in which it is mounted and may have different widths. The plate 2 is mounted on a wall 3, with the rear of each plate providing stiffening profiles 4 which are fixed above the height of the plates and which have coupling means (which will be described later) with coupling means on horizontal bars 5 which is attached to the wall. The plates have a front side 6 and a back side 7. This is particularly evident in Figure 4.

In the space 8 formed between the wall 3 and the back side 7 of the plates 2, panels 9 for electrical installations are provided. Thus, electrical outlet locations 20 10 provided on the wall 3 will be used to guide wires through the vertical panels 9 to a desired height, the installations being hidden behind the plates 2.1 FIG. 1, examples of wiring 11 are illustrated in the panels 9 in that, for reasons of clarity, these are shown with the rear facing forward with respect to the manner in which they are mounted on the wall 3. Thus, the wires 11 shown will be located between the wall 3 and panels 9.

The display arrangement further comprises lamps 12 for illuminating the products to be exhibited. In FIG. Figure 1 also shows a shelf 13 for use in exhibiting products and box 14.

30

FIG. 2 shows that in FIG. 1 with the parts assembled and mounted on the wall 3. In FIG. 2, a power outlet 15 is illustrated at the front of the plates 2.

It will be seen that the plates 2 form an unbroken covering of the wall and that the plates on each side

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You end with end pieces 16 which conceal the space that is behind I

In the plates 2. Alternatively, the plates 2 can cover an entire wall, so there is no need for I

In the end pieces 16. I

In Plates 2, vertical grooves 17, spaced apart 18, comprise, as I

You are substantially smaller than the spacing 19 between two subsequent braces

In profile sections 4 on the back of the plates. IN

In FIG. 3 illustrates schematically that over the height of the grooves 17, holes 20, I are provided

In 10 which opens on the back of the plates 2. As will be explained later, you are

It is possible to mount suspension brackets, for example as illustrated by a shelf bracket I

In 83 of FIG. 4, through these holes. IN

In FIG. 5 illustrates how the panels 9 are mounted so that the outlet locations 10 occupy

In 15 find themselves inside the panels. Hereby, power lines can be routed through the panels for example I

I to terminal 15 located adjacent to panel 9. Alternatively, wires may be withdrawn above I

At various heights on the plates to conduct wires through the holes 20 for supplying the pro- I

In ducts exhibited in the suspension arrangement, for example, when placed on the shelf

In the 13th it will also be possible to make a mutual connection of differences

In 20 ge elements with signal cables and the like. Thus, wires from the box 14 I

You are passed through holes 20 and taken out through holes located just behind other profiles

In ducts, for example, on shelf 13. Thus, all wires will be routed to the back of the plate

In the deme and could be conveyed via the holes 20, which are used at the same time when the suspension needs

Beats, for example for shelf bracket 83, are mounted in the plates. IN

I 25 - I

I With the plates it is thus possible to mount suspension brackets to a very flexible I

In the best way, regardless of whether power or signal wiring is required for the pro- I

In shows that are on display. IN

In addition, it is noted that the suspension brackets may be located as shelf cones

In soles which support shelves having different widths but at least one shelf width

In the corresponding to the distance between two subsequent grooves 17. Alternatively, hooks or I

You can also place hooks in each groove for hanging items that require only you

10 DK 175612 B1 is suspended on a hook or hook which need not have an extension wider than the width of the individual groove 17.

FIG. 6 illustrates an embodiment of a suspension arrangement in which the plates 2 are suspended on vertical bars 21 mounted on a wall (not shown).

FIG. 7-9 show images of the embodiment shown in FIG. 6. Thus, it is said that the plates 2 are provided with mounting brackets 22 which cooperate with the vertical rails 21. The mounting brackets 22 are placed in separate positions, distributed over the rear side of the plate 2.

Of the enlarged detail images in FIG. 10 and 11, it is more apparent that the mounting brackets 22 have a protruding side wall 23, at the outer end of which is a hook-shaped notch 24. The hook-shaped notch 24 is intended for placement over pins 25 projecting from the sides of the vertical vanes 21. As will be seen, it is thus easy to lift individual plates 2 free of engagement or mounting them on the vanes 21 by engaging the hook-shaped incisions 24 over the pins 25. This forms the space 8 extending from the vane 21. inside 26, which is intended for abutment against the wall and the back side 7 of the plate 2.

20 In the enlarged detail pictures it is further seen that the grooves 17 have a depth 27 and a width 28. The depth will in a concrete embodiment be 5 mm. and the width will be similarly 5 mm. The distance between parallel grooves 17 is 95 mm. Thus, the grooves will cover only a limited portion of the surface of the plate, and due to the depth of the 25 grooves, the through opening will be visible to a viewer only to a very small extent. Thus, the wall surface of the suspension arrangement will appear substantially unbroken with a pattern of vertical grooves.

The wall may, to a greater extent, give the impression of being unbroken when a car guide is applied to the wall, as will be explained later with reference to FIG. 37 and 38.

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FIG. 12 illustrates examples of plates 2 which are provided with grooves 17 and reviewed

end holes 20. The plates 2 have different widths. It is further seen that one of the narrow I

In slab plates are provided with a through opening 29. Via the through opening I

In 29, the outlet 15 can be placed. Thus, the outlet 15 can be fixedly mounted on the panel 9, in I

5 instead of forming a separate outlet which is mounted on the front of the plates 2. The I

In concrete designs, the large plates will typically have a dimension of 2400 mm. IN

In height, a width of 572 mm. and a thickness of 18 mm. Narrow plates 2 to cover I

Typically, the panels 19 will have the same height but a width of 172 mm. and a thickness I

In 18 mm. IN

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H The plate 2 with the opening 29 will be intended for an external power supply, whereas I

the second narrow plate 2 will be intended to cover an internal power supply

Hing, which is advanced in panel 9 behind the plate 2. The plates can be made of different I

materials, but will preferably be made of wood. This applies to all types of I

15, the plates may be provided with both openings and milled grooves or alternatively

be provided with a base plate in which the holes 20 are drilled and where

align a number of parallel elongated face plates forming grooves between themselves 17. I

FIG. 13 shows an end piece 16 similar to that of FIG. 1. Of the enlarged retail- I

20 in FIG. 14, it appears that the end piece 16 consists of a base plate 30 having an I

width so that it can cover the gap 8 between the plate and the wall 3. The end piece I

I 16 further has a folded edge portion 31 intended to cover the front I

corner area of outer plate 2 in suspension arrangement. IN

H FIG. 15 illustrates various suspension fittings for use on the suspension arrangement

tets wall. Common to all suspension fittings is that they have a portion 32 designed for I

In passage through a hole 20, and a portion 33 located behind the plate 2 and having

In a contact plate 34 which can support the back of the plate 7. Each of the suspension brackets I

the beats also have a portion 35 which is excellent at the front of the plate. By the firm I

30, part 35, there is provided a supporting surface 36 which serves to abut a bottom surface.

the 37 (see Fig. 11) a groove 17 and having a thickness corresponding to the distance between I

opposite side walls 38 (see Fig. 10) in the groove. IN

12 DK 175612 B1

Thus, the suspension brackets will have support members 34 towards the back of the plate and support members 36 which support the bottom of the groove 17. Furthermore, the thickness of the suspension brackets will ensure a lateral stabilization of the suspension brackets. In FIG. 15, there is shown a so-called side hanger 39 having a width of 364 mm. Also shown is a similar side hanger 40 having a width of 942 mm. Also illustrated is a so-called spike bar 41 and 42, which also have a length of 364 mm and 942 mm respectively.

43 denotes a shelf bracket which can be made of different lengths. Thus, a shelf bracket will typically have a thickness of 5 mm and a height of 28 mm, and may have a length of 280, 330, 380 or 430 mm. Also illustrated is a front hanger 44 which will also have a thickness of 5 mm and a height of 28 mm and a length of 300 mm. A shelf bracket and a front hanger are constructed with virtually identical shape. However, it will be seen that the shelf bracket 43 is provided with two notches 45 for supporting a shelf, while the front hanger 44 is provided with a single notch 46 at the outer end.

Fig. 47 47 illustrates an angled bracket support bracket having a first portion 48 and a second portion 49 disposed thereon and connected to a vertical portion 50.

51 illustrates a so-called nick arm, which is a suspension bracket which proceeds with an oblique orientation with respect to the plate, and which is provided with a number of notches on its upper side, for example, support for hangers. The length can be 364 mm.

53 denotes a hook intended to cooperate with the spike bars 41, 42. The hook 43 has rear branches 54 intended to be positioned at the rear of a plate 55 in the spike bars 41, 42 and a front hook portion 56 , which is based on being placed in front of plate 55.

57 denotes a hook intended to be placed in the wall plate. The hook can have a thickness of 5 mm and lengths of 150, 200 or 250 mm.

30

FIG. 16 illustrates various sizes and shapes of shelves for use in the suspension arrangement. The shelves 13 can thus be provided in embodiments 58,59 with edge profiles or embodiments 60,61 as rectangular shelves without edge profiles.

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Shelves 58.60 are shown which can have a length of 942 mm and a thickness of 18 mm I

In and a width that can be 300, 350, 400 or 450 mm. Shelves I are also shown

In 59.61, having a thickness of 18 mm, a length of 364 mm and a width of 300, I

In 350,400 or 450 mm. IN

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FIG. 18 and 20 show fittings 62.63 for electrical ducts having a length of respectively

In 1200 mm and 2400 mm respectively. These fittings 62.63 are intended for mounting 65 with I

their side plate 64 positioned against a wall. The side plate 64 is provided with holes for recording

fixing screws with which they are fastened. Each fitting has an additional wall 66 which is 1

10 bent out of the wall to form an interior space 67 for receiving electricity

In installations. The wall 66 further has an upwardly bent side edge 68, the outermost I

In edge region 69, angle is bent with an obliquely outwardly oriented orientation with respect to I

In the wall. IN

I The angularly curved edge area 69 is intended to cooperate with slots 70 which are I

In illustrated in FIG. 17 and in the enlarged detail image of FIG. 21. The slots 70 are formed in an I

In angular stiffening profile 71 which is based to be placed above the height of a plate I

In and out with a largely vertical orientation. By interaction between the slots I

In the 70 and the angled edge regions 69, the plates are mounted directly on an electric I

In 20 fitting. IN

In FIG. 22 and 23 show alternative fittings 72.73 for placement directly on a wall. These are you

In lengths of 1200 mm and 2400 mm respectively. These fittings 72.73 have an I

In side wall 74, wherein there are openings 75 for receiving screws for fixing to the wall. IN

I 25 I

In FIG. 24 shows an enlarged view of the profile used to make fittings I

I 72.73. It will be seen that each fitting has a folded edge region 76 which is also angular

bent with an orientation away from the wall to cooperate with the slots 70 in I

In the angular stiffening profiles 71. I

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In Figures 25-28, various images of a plate 2 are shown. 25 shows a plate 2 seen in I

from the rear, and fig. 26 is a front view of the corresponding plate. It appears that the plate on the back I

In page 7, a uniform pattern of holes 20 is provided and that pattern ends with I

14 DK 175612 B1 half holes along the opposite side edges 77 of the plate 2. From the figure 26 it can be seen that the front side 6 of the plate is provided with grooves which have a uniform distance and where at the side edge 77 of each plate is terminated with half a groove. In practice, it is preferred that a plate-shaped wall be assembled with side edges at the bottom of the grooves 17, with plate assemblies thereby appearing with least visibility to the viewer.

FIG. 29-31 illustrate an enlarged detail of the one shown in FIG. 26, which more clearly illustrates the half holes and the half groove.

FIG. 32-34 show the various images of a suspension arrangement, in which the plates 2 are mounted on horizontal fittings 62 via the angularly bent suspension profiles 71. The partially enlarged image in FIG. 36 clearly shows the interaction between a fitting 62 and a stiffening profile 71.

15 In the mounted plates various examples of mounting means of the type illustrated in FIG. 15th

FIG. 35 shows a partially enlarged image illustrating the interaction between a suspension bracket and the plate 2. It is seen that the support surface 34 abuts against the back wall of the plate and that the support surface 36 abuts the bottom surface 37 in a groove 17.

FIG. 37 shows an image of a plate 2, the front of which is provided with an image schematically indicated at 78. The image is transferred to the front 6 of the plate 6.

In FIG. 38 illustrates an inkjet printer 79 which sends a color jet 80 toward the plate 2.

This creates an image 78 consisting of image parts 81 located on the upper side of the plate parts located between the grooves 17, as well as other image parts 82 which are on the bottom surface of the grooves 17. For the viewer, a plate 2 will thus be provided with an unbroken image. The inkjet printer 79 can be set to produce a 30 image covering a collection of one or more plates. Thus, it will be possible to pass parallel plates through a large printer so that a coherent image is formed on multiple parallel plates. Alternatively, separate images can be produced on each plate.

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In the above, the invention is described with reference to a separate embodiment, wherein I

In the suspension arrangement is shown in a configuration for forming an exhibition wall. IN

Alternatively, it is possible to arrange the plates so that they appear as a free standing I

In wall with two plates placed on each side of a frame, so that installations and un- I

In 5 support is within the frame and where the front of the plates with the grooves are you

In mounted on opposite sides of such a freestanding wall. IN

Claims (10)

Suspension arrangement comprising a plate with means for mounting suspension fittings and with coupling means cooperating with coupling means on a support, characterized in that the plate has a front from which the suspension fittings are excellent and a back side on which the mounting means of the plate are located. and that the plate at its front is provided with grooves which are connected, over a portion of their extent, to holes which open at the rear, the suspension brackets being mounted progressively through a hole to support with a first support part towards the back and with a second support part supportive to the bottom of the groove. 10 Suspension arrangement according to claim 1, characterized in that the holes are formed as bores extending from the back and partly through the plate to a position approximately at the bottom of the grooves. Suspension arrangement according to claim 1 or 2, characterized in that the plate is formed as a laminate plate with the grooves formed between parallel elongated front plates. 4. Suspension arrangement according to any one of the preceding claims, know that the grooves have a width between 3 and 8 mm. preferably between 4 and 6 mm, that the grooves have a depth between 3 and 8 mm. preferably between 4 and 6 mm. and that the distance between parallel grooves is between 60 and 200 mm. preferably between 80 and 100 mm. Suspension arrangement according to any one of the preceding claims, characterized in that the front of the plate is provided with an image formed on the surface of the front and in the bottom surface of the grooves. Suspension arrangement according to any one of the preceding claims, characterized in that the coupling means of the support and / or the plate comprise cooperating hook-shaped projections. I DK 175612 B1 I i 17 I Suspension arrangement according to Claim 6, characterized in that the coupling members of the plate are formed on angular stiffening profiles fixed over the length of the plate. IN A method of manufacturing a suspension arrangement comprising a plate I with means for mounting suspension brackets and with coupling means cooperating with coupling means on a support, characterized in that the plate I is manufactured with a backing on which the mounting means are mounted and with a front face provided with grooves which, over a portion of their extent, is connected to holes opening at the back, and the suspension brackets mounted forwardly from the front of the plate, being mounted progressively through a hole to support with a first support portion towards the back and with a second support portion supporting the bottom of the II groove. I I 15 9. A method according to claim 8, characterized in that holes are drilled in the plate, extending from the back and partly through the plate to a position approximately at the bottom of the grooves. IN Method according to Claim 8 or 9, characterized in that the front face of the plate 11 is provided with an image formed on the surface of the plate at the front and in the bottom surface 11 of the grooves, the image preferably being formed by an inkjet printer. IN