EP1981373A1

EP1981373A1 - Apparutus for displaying goods, having a horizontally arranged support beam

Info

Publication number: EP1981373A1
Application number: EP06817790A
Authority: EP
Inventors: Herbert Walter
Original assignee: Visplay International AG
Current assignee: Visplay International AG
Priority date: 2006-02-07
Filing date: 2006-12-30
Publication date: 2008-10-22
Also published as: DE202006001900U1; WO2007090301A1

Abstract

The apparatus for displaying goods has a horizontally arranged support beam (1') with, in first instance, first receptacles (10, 100) which extend along the support beam (11) and in which first carrier elements (3) which can be displaced along the support beam (11) can be suspended. In addition, the support beam (11) has a second receptacle (S) which extends along the support beam (1') and in which second carrier elements (4) which can likewise be displaced along the support beam (1') can be suspended. Finally, third receptacles (120) are provided on the support beam (11), which third receptacles are in the form of two grooves (120) which are each designed as a recess and extend along the support beam (11) and into which running rollers (6) can be inserted, on which running rollers third carrier elements (5) which can be displaced along the support beam (11) by means of roller holders (69) are fixed. The support beam (11) comprises two profiled rails (1) which are joined to one another with mirror-image symmetry, and the second receptacle (S) is a gap between the two profiled rails (1). The two profiled rails (1) which are joined to one another to form a support beam (11) are held together in a releasable manner by means of connecting parts (24).

Description

Device for presenting goods with a horizontally arranged supporting beam

Field of the Invention The object is a device with a horizontally arranged support beam, which can be attached to a building ceiling with brackets. Such devices are used for the presentation of goods in shops and at fairs. The supporting beam has first receptacles which extend along the supporting beam and into which first carrier elements can be suspended, which are displaceable along the supporting beam. In addition, the support beam has a second receptacle, which also extends longitudinally and can be hooked into the second support elements, which in turn are displaceable along the support beam. Finally, on the support beam, there are third receptacles in the form of two tracks each formed as a recess, which also extend longitudinally and into which rollers can be inserted, on which third support elements are longitudinally displaceable by means of roller holders. The support elements have the shape of panels or frames which extend to the ground in any length and are provided with goods carriers and / or Einhängekonturen for goods carriers and / or decorative elements.

State of the art

From EP 1 029 480 A1, FIGS. 7A and 7B, a profiled support beam which can be horizontally screwed to a rear wall is known, into which a presentation table fastened to rollers and movable along the wall rail can be inserted. On the tableau different goods carriers are attached. This device is intended only for limited design variants.

A further presentation device with a horizontally arranged support beam is disclosed in WO 2004/017 802 A1. In a first longitudinal track first rollers are mounted on which by means of a first roller holder a slidable along the support beam and is attached to the floor extending panel, which is equipped with goods carriers and / or decorative purposes. The support beam has a second longitudinal track in which can be mounted second rollers on which by means of a second roller holder further, longitudinally movable panel is attached. On the support beam longitudinally extending channels are provided, in which one uses in free position selection fasteners for supporting the support beam to a support structure. The fastening elements are connected to a holder which attaches to the supporting structure, or the fastening elements are fixed directly to the supporting structure, possibly with the insertion of an intermediate element. With this device, two independently displaceable panels are supported, but the support beam is voluminous in cross-section and relatively wide, so that the hinged panels are arranged relatively far superior in the room.

Finally, DE 20 2005 002 722 U1 contains a device for presenting goods with a horizontally arranged, profiled supporting beam. In a longitudinally extending tread, at least one roller assembly with at least one roller can be used, on which by means of a roller holder a longitudinally displaceable along the rail and extending towards the ground first panel is attached, which is a placement, preferably with goods carriers and / or decorative elements, having. The tread is formed as a recess and is bounded on one side by an overhanging projection, whereby a continuation of the tread undercut is formed. In the extended by the undercut tread is adjacent to the roller a support stop, to which a second panel is attached. The carrier is longitudinally displaceable in the extended tread. In an additional groove can be a sliding shield hang. This device is primarily intended for mounting on a rear wall, but hardly suitable for attachment to the ceiling of the building, e.g. also be installed in the middle of the room.

Object of the invention

In view of the previous disadvantages and limited applications, the invention has for its object to provide an improved, functionally more diverse device of the aforementioned type, which is based on a profiled support beam with reduced manufacturing and assembly costs. The support beam should also be advantageous to the building ceiling as independent as possible Mount the grid for the brackets to be used. The installation of various equipment for a variable structure with rapidly changing decoration is to be designed. The construction must have a solid load-bearing capacity and guarantee full safety even with frequent public traffic.

Overview of the invention

The device for displaying merchandise has a horizontally arranged carrying beam with initially first receptacles which extend along the supporting beam and into which first carrier elements can be suspended, which are displaceable along the supporting beam. In addition, the support beam has a second receptacle extending along the support beam and can be mounted in the second support elements, which are also displaceable along the support beam. Finally, on the carrying beam, there are third receptacles in the form of two tracks, each formed as a depression, which extend along the supporting beam and into which rollers can be inserted, on which third carrier elements which are displaceable by means of roller holders are fastened along the supporting beam. The support beam consists of two mirror-symmetrically joined profile rails and the second receptacle is a gap between the two rails.

Hereinafter, specific embodiments of the invention are defined: The two joined to a support beam profiled rails are releasably held together by means of connecting parts. The connecting parts with both rails forming a support rails are screw-base plates. The single base plate is part of a preferably adjustable in length holder, which is provided for mounting on an existing over the support beam supporting structure, in particular a building ceiling. The individual connection part can also be used as such, independently of a holder, for connecting two rails forming a support beam. When belonging to a holder, the single base plate is connected to an adapter which projects through the second receptacle. The adapter attaches to a strut, which can be pushed telescopically into a sleeve piece and fixed in a selectable insertion depth. bar is. The strut ends at the top with a mounting member, preferably a plate with through holes, for attachment to the support structure.

The rail has to attach the connecting parts from a bottom borrowed T-slot, the access is formed by laterally constricted narrowing. When mounted, the underside of the constrictions comes to rest on the top of the connector. The connecting part has in its corners outwardly open slots to insert screws whose heads come to rest on the underside of the connecting part and whose threaded shafts are intended for engagement in sliding blocks, which are in the respective T-slot both a supporting beam forming rails can be inserted.

A profile rail consists of:

- a vertical rear wall, which is divided into an upper projection, a lower projection and an intermediate central zone;

- An emerging from the transition between the upper projection and the central zone upper transverse wall, which begins with a sloping branch, then has an at least in principle horizontal track and ends at an elevated front edge; a lower transverse wall extending from the transition between the lower projection and the central zone, which revolves above the T-groove, which is covered at the bottom by the constrictions; and

- A front wall which connects the upper and lower transverse wall at least in principle parallel to the rear wall and forms within a support beam, a lateral boundary of the second receptacle.

On the vertical rear wall of the profile rail are available:

a top edge closing off the upper projection, which forms the first receptacle with the rear wall; and - a locking projection arranged on the upper projection, which forms a blocking element against unintentional detachment of a third carrier element with a securing member on the roll holder, and only when the third is tilted Carrier element is lifted with the support beam zugeneigtem upper area.

On the rail are also present: - A groove on the lower projection, which opens to the front wall level and has a stop edge, which are intended to receive a snap-in profile strip, the cover function for the underside of the support beam and support function for possibly retracted Cable has;

- A cavity which is enclosed by the central zone, the upper and the lower transverse wall and the front wall; and

- A screw, which preferably lies in the cavity and is arranged on the lower transverse wall and in particular serves for fastening a side cover on the support beam.

The first support member is connected to an intermediate member which is hung on the first receptacle. The intermediate component is preferably a C-shaped strip attached to the inner side facing the supporting beam, the upper bend of which engages over the upper edge of the rear wall of the profiled rail and whose lower bend is supported on the outer surface of the rear wall. The second carrier element is connected to brackets which are inserted into the second receptacle. Preferably, a bracket each has a stop which is intended to be seated on the front edges and thus limits the insertion depth of the bracket into the second receptacle. The rail is advantageously made of aluminum and is preferably produced by continuous casting.

The first, second and third support elements are in the form of panels or frames and project beyond the support beam upwards or end at the support beam or end below the support beam. All support elements may extend in any length to the ground and be provided with goods carriers and / or Einhang contours and / or decorative elements. For stabilization and alignment, the support elements may be equipped with fixing elements, which are supported against a rear wall or anchored to the floor in a direct or indirect manner. Brief description of the attached drawings It shows:

Figure 1A is a presentation device with a horizontally suspended from the ceiling of the building support beams, with three slidably mounted therein support elements, in perspective view; Figure 1 B, the device according to Figure 1A, in side view; Figure 1 C, the device according to Figure 1A with extended support beam, an additional ceiling mount and another hinged support element, in perspective view; Figure 1 D, the device according to Figure 1 C, in front view;

Figure 2A is a profiled rail, in perspective view; FIG. 2B shows the profiled rail according to FIG. 2A, in cross section;

Figure 2C is a composite of two rails support beam, in perspective view; FIG. 2D shows the support beam according to FIG. 2A, in cross section;

Figure 3A is a base plate, in perspective view;

Figure 3B, the base plate according to Figure 3A, with sliding blocks and screws, in perspective view;

Figure 4A shows a complete ceiling mount, including the base plate according to Figure 3B, with sliding blocks and screws, in perspective view;

FIG. 4B shows the ceiling holder according to FIG. 4A, enlarged, in perspective view;

Figure 5A shows the detail X3 of Figure 1 C, in an enlarged perspective schematic representation, with a view from below; FIG. 5B shows the arrangement according to FIG. 5A, in vertical section;

FIG. 5C shows the enlarged detail X5 from FIG. 5B;

FIG. 5D shows the arrangement according to FIG. 5A, in perspective view, as seen from above;

FIG. 6A shows the enlarged detail X1 from FIG. 1A, in a different perspective; Figure βB the enlarged detail X2 of Figure 1 B, without side cover on the support beam.

FIG. 6C shows the enlarged detail X4 from FIG. 1C, in a different perspective; and FIG. 6D shows the enlarged detail X6 from FIG. 6B, with a clamp latched on the support beam and supported cables, without holding straps.

embodiment

With reference to the accompanying drawings, the detailed description of an embodiment of the inventive presentation device with different equipment for practice takes place below.

The following definition applies to the entire further description. If reference numerals are included in a figure for the purpose of clarity of drawing, but are not explained in the directly associated description text, reference is made to their mention in the preceding or following description of the figures. In the interest of clarity, the repeated designation of components in other figures is usually dispensed with, as far as the drawing clearly shows that they are "recurring" components.

FIGS. 1A and 1B

The presentation device initially comprises a supporting beam 1 "hanging from a building ceiling 9, which is fastened horizontally to a plurality of ceiling supports 2. For installation on the building ceiling 9, the ceiling support 2 has at the top a plate 20 with mounting holes Connected to the underside extending sleeve piece 21, in which an elongated strut 22 is fixed, which can be telescoped to adjust the length in the sleeve piece 21 and locked in the selected setting.The strut 22 passes into an adapter 23 which is fixed in the support beam V. An the outer ends of the support beam 1 'is primarily provided for optical reasons, each with a side cover 19. On the support beam V, a first support element 3 - here in the form of a panel extending to the bottom - attached to the rear side, which can be moved in an arbitrary position along the support beam 1 '. With its outer side 31, the first support element 3 faces backwards, outwards into the space, while its inner side 30 faces the support beam Y. For slidably attaching the first support member 3 on the support beam 1 ¹ , an intermediate member 33 is mounted on the inside 30 - here in the form of a C-profile - which also supports the first support member 3 against the support beam 1 '.

The support beam 1 ^{1 also} receives a second support member 4, which is positioned in front of the support beam V and has a much smaller length, but in the present example also has the shape of a tableau. The inner side 40 of the second support element 4 is directed towards the support beam 1 "and its outer side 41 is directed forward into the space 12. The second support element 4 is held by brackets 43 which are supported longitudinally displaceable on the support beam 1". As a whole, you can move the second support member 4 but only so far until a bracket 43 abuts one of the adapter 23. If the second support member 4 are brought into a still different position, its lifting and relocating is required so that in the support beam 1 'sticking bracket 43 come to the adapters 23 in a different positional relationship.

Finally, on the supporting beam 1 "on the front side of a third support member 5 is suspended, which has the shape of a frame consisting of two vertical supports 57, the lower ends are bridged by means of connecting struts 58. In the case that the presentation device is erected in front of a rear wall 90 , Fixing elements 59 are attached to the adjacent connecting strut 58, which serve to support the third supporting element 5 against the rear wall 90 and the leveling of the third supporting element 5 to vertical position Alternatively, the fixing elements 59 can also be anchored to the floor in a direct or indirect manner.

The vertical supports 57 consist for example of a square hollow section, on the outside 51, for example, a rail-like goods carrier 52 is arranged, as in the WO 03/041540 A1 discloses. The inner side 50 of the third support element 5 points towards the support beam 1. "A roller support 69 for receiving a roller 6, which is guided in the front track of the support beam 1 ', is secured to the upper end of the two vertical supports 57. The third support element 5 leaves to move along the entire support beam 1 "in a freely selectable position.

FIGS. 1C and 1D

The presentation device shown in this pair of figures has an elongated support beam V, which is now suspended from three ceiling brackets 2. In addition to the consisting of vertical supports 57, connecting struts 58 and goods carriers 52 third support member 5 in frame form, hangs in the support beam 1 ', a further third support member 5, as a panel - similar to the first support member 3 - is provided. On the inside 50 has the tableau-shaped third support member 5 of the suspension and stabilizing vertical supports 57, the upper ends are in turn provided with roller holders 69 and attached rollers 6, which also - like the rollers 6 of the frame-shaped third support member 5 - in the The panel-shaped third support element 5 can also be displaced on the support bar 1 'into a freely selectable position, as far as space remains for the frame-shaped third support element 5. The panel-shaped third support element 5 is in the present case Example provided with a grid of Einhängekonturen 520 to fix goods carriers therein.

FIGS. 2A to 2D The greatest extent in cross-section has the profile rail 1 on the rear wall 10, which is subdivided into an upper projection 102, a lower projection 104 and a middle zone 103 lying therebetween. The upper projection 102 terminates at the upper edge 100 and the lower projection 104 at the lower edge 101. At the junction between the upper projection 102 and middle zone 103 is an upper transverse wall 12 with a first sloping branch 122 from which merges into a horizontal track 120 and ends forward on a raised front edge 121. At the juncture between lower projection 104 and middle zone 103, an upwardly curved lower transverse wall 13 goes off, which opens into a vertical front wall 11 which extends from the front edge 121. From the central zone 103, the two transverse walls 12,13 and the front wall 11, a rectangular cavity 14 is enclosed in principle. In the middle of the lower transverse wall 13, a tubular screw channel 15 projects into the hollow space 14. Below the lower transverse wall 13 is a T-groove 16, which is formed by the rear wall 10 and the front wall 11 converging constrictions 17, which leave an access in the T-groove 16 between them. Approximately in the lower third of the lower projection 104 has a pointing into the plane of the front wall 11 nose 18, below which a groove 180 is located. The upper third of the upper protrusion 102 has a larger wall thickness, while the wall thickness is reduced below a locking contour 105 formed by free cut.

To form a supporting beam V, two profiled rails 1, 1 are assembled in a mirror-symmetrical arrangement so that the two front walls 11 come to lie parallel to one another and a gap S remains between them, and the two rear walls 10 flank the supporting beams 1 "laterally.

Figures 3A and 3B For cohesion of two rails 1 for the formation of a support beam 1 'and as the lower part of the ceiling support 2, a base plate 24 of approximately rectangular blank with the two narrow sides 240 and the longitudinal sides 241 is provided. In the corner regions of the base plate 24 opens in each case a slot 242 on the narrow sides 240, wherein the elongated holes 242 extend parallel to the longitudinal sides 241 in pairs toward each other. In the center of the base plate 24 is an opening 243. Each slot 242 is provided for receiving the threaded shaft of a screw 29, wherein the screw head on the bottom 246 of the base plate 24 comes to rest and the threaded shank of the screw 29 in the internal threaded bore of a conventional, im Cross-section of semicircular slot nut 25 engages. The sliding blocks 25 are arranged on the upper side 245 of the base plate 24. Such a sliding block 25 is the subject of EP 0 136 431 B1, which has meanwhile been extinguished by the maximum time lapse, and is currently used for the frame substructure according to DE 20 2005 008 940 U1. FIGS. 4A and 4B

Looking downwards, a complete ceiling holder 2 consists of a first

Plate 20 with mounting holes 200 provided therein, which are preferably used for screwing to the building ceiling 9. To the underside of the plate is a sleeve piece 21, which receives an elongated strut 22 telescopically in itself. The upper end of the strut 22 can be fixed in the sleeve piece 21 in a selectable insertion depth, e.g. by means of a strut 22 penetrating screw 219, so that you can adjust the length of the ceiling bracket 2 to the given locations. The lower end of the strut 22 is connected to an adapter 23, on the other hand centric to the top 245 of the base plate 24 attaches. The adapter 23 is preferably made of flat material whose thickness allows the passage through the gap S. The connections between the plate 20 and the sleeve piece 21 and between the strut 22 and the adapter 23 and also between the latter and the base plate 24 are e.g. made by welding. In this case, the opening 243 remains passable, preferably for the passage of cables.

FIGS. 5A to 5D FIGS. 5A and 5D show the base plate 24 oriented in each case to the front of the image without the adapter 23 and the further ceiling holder 2 attached to it and can be used as such for firmer cohesion in the case of profiled rails 1 resulting in a support beam Y. This will be provided in particular if - with only a small load on the entire device - the ceiling brackets 2 are mounted far apart and e.g. at bumps, where pieces of the rails 1 are assembled frontally.

For the practical construction of the device, it is recommended to first the ceiling holder 2 on the building ceiling 9 according to previous planning. fasten and then the base plates 24 with loose hooked into the slots 242 screws 29, which are already screwed into the nuts 25 to equip. Thereafter, both rails 1 are pushed onto the base plates 24, so that the sliding blocks 25 retract into the T-slot 16 of the respective rail 1 and the adapters 23 come to rest in the gap S between both the support beams 1 'forming profile rails 1. In the intended position of the pair of rails 1, the screws 29 are tightened so that both rails 1 with the base plates 24 to a fixedly positioned Tragbal- ken 1 'are braced. The bottom surfaces of the constrictions 17 are pressed onto the upper sides 245 of the base plates 24 by the tensile forces exerted by the screws 29 on the sliding blocks 25, so that the support beam 1 'with the support elements 3,4,5 disposed thereon hangs firmly on the ceiling supports 2.

Figures 6A and 6B

In the supporting beam V suspended from the building ceiling 9 by means of the ceiling holder 2, the first support element 3 is suspended on the left-hand profile rail 1, wherein the upper bend 330 of the C-shaped intermediate component 33 mounted on the inner side 30 engages over the upper edge 100, while the Lower bend 331 of the intermediate member 33 is mainly supported against the lower projection 104 of the rear wall 10. The first carrier element 3 could e.g. can only be used as a decorative surface, without even to carry goods. The second carrier element 4, which is held by the brackets 43, whose free ends are stuck in the gap S, also preferably presents itself in the illustrated form as an information and / or decoration surface. To limit the insertion depth in the gap S, the free ends of the bracket 43 are provided with a stop 44 which rests on the front edges 121 respectively. The frame-shaped third support member 5 is provided at the top of its vertical supports 57 with roller holders 69 and rollers 6 mounted thereon, which are guided in the track 120 of the right-hand profile rail 1. On the roller holders 69 is a securing member 690, which detects the locking contour 105 and prevents the third carrier element 5 from being hung out in the normal operating state. The unhooking is only possible if the third carrier element 5 is tilted so far that the securing member 690 comes out of engagement with the locking contour 105.

In a modification of the construction shown, the first carrier element 3 could also be suspended on the upper edge 100 of the right-hand profile rail 1, so that all support elements 3,4,5 are directed to one side. For this purpose, it would only be necessary to design the roll holder 69 as a further-reaching delivery arm and to adjust the height of the area of the first support element 3, which projects beyond the upper edge 100. It is understood that all support elements 3,4,5 could be pre-set also the left rail 1 or support elements 3,4,5 are arranged with the orientation both to the right and to the left, wherein only should be noted that for the in the track S via the bracket 43 guided second support elements 4 by the mutual influence and the adapter 23 of the ceiling holder 2 remains an increasingly limited movement space remains.

FIG. 6C

In extension of the construction according to FIGS. 6A and 6B, a panel-shaped third support element 5 is additionally suspended in the right-hand profile rail 1. The vertical supports 57 supporting the carrier element 5 are equipped at the top with roller holders 69 and rollers 6 fixed thereto, which are guided in the same track 120, in which the frame-shaped third carrier element 5 already hangs. Both third support elements 5 can be moved independently of one another along the support beam Y, as far as the position of the respective other third support element 5 allows movement space.

FIG. 6D

With special equipment of the device for presenting goods, where live cables K are to be provided, such as e.g. from the ceiling through an opening 243 in the base plate 24 are guided in the underlying area. To support the cable K lying within the lower projections 104, a profiled strip 7 is provided which has on its outer flanks a respective bead 70 which, in the mounted state, engages in the grooves 180 located below the lugs 18.

Claims

claims

1. A device for presenting goods with a horizontally arranged support beam (1 ¹ ) comprising: a) first receptacles (10,100) extending along the support beam (1 ') and in the first support elements (3) can be mounted along the

Supporting beam (1 ¹ ) are displaceable; b) a second seat (S), which are extending longitudinally of the supporting beam (1 ") and can hang in which second support elements (4) displaceable along the supporting beam (1 ^1), and c) third receptacles (120) in the form of two each formed as a depression tracks (120) extending along the support beam (1 ') and can be used in the rollers (6), where by means of roller holders (69) along the support beam (1 ¹ ) displaceable third Carrier elements (5) are fastened, characterized in that d) the support beam (1 ¹ ) consists of two mirror-symmetrically joined profile rails (1); and e) the second receptacle (S) is a gap between the two profile rails (1).

2. Apparatus according to claim 1, characterized in that the two to a support beam (1 ¹ ) joined together profile rails (1) by means of connecting parts (24) are releasably held together.

3. A device according to at least one of claims 1 and 2, characterized in that a) the connecting parts (24) with both a support beam (1 ¹ ) forming profile rails (1) are screw-base plates; b) the individual connecting part (24) is part of a preferably adjustable in length holder (2), which is provided for mounting on an over the support beam (1 ') existing support structure (9), in particular a building ceiling; or c) the individual connection part (24) is used as such independently of a holder (2) for connecting two support rails (1 ¹ ) forming profile rails (1).

4. Device according to at least one of claims 1 to 3, characterized in that a) the individual connecting part (24) with an adapter (23) is connected, the 5 passes through the second receptacle (S); b) the adapter (23) attaches to a strut (22); c) the strut (22) telescopically in a sleeve piece (21) can be inserted and fixed in selectable insertion depth; and d) the strut (22) terminates at the top with a mounting member (20), preferably a plate o with through holes (200), for attachment to the support structure (9).

5. Device according to at least one of claims 1 to 4, characterized in that a) the profile rail (1) for fastening the connecting parts (24) has an accessible from below 5 T-groove (16) whose access through laterally opening constrictions ( 17) is formed; b) in the mounted state, the underside of the constrictions (17) on the upper side (245) of the connecting part (24) comes to rest; and c) the connecting part (24) has outwardly open slots (242) in its corner regions for inserting screws (29) whose heads come to lie on the underside (246) of the connecting part (24) and whose threaded shanks are for Intervention in sliding blocks (25) are determined, which can be used in the respective T-slot (16) of both a support beam (1 ¹ ) forming profile rails (1). 5

6. Device according to at least one of claims 1 to 5, characterized in that a profiled rail (1) consists of: a) a vertical rear wall (10) extending into an upper projection (102), a lower projection (104) and an intermediate middle zone 0 (103) is divided; b) an upper transverse wall (12) emerging from the transition between the upper projection (102) and the middle zone (103) and sloping at an angle the branch (122) begins, then has an at least in principle horizontal track (120) and ends at an elevated front edge (121); c) a lower transverse wall (13) extending from the transition between the lower projection (104) and the central zone (103), which revolves above the T-groove (16), which is covered at the bottom by the constrictions (17); and d forms) a front wall (11) which connects the upper and the lower transverse wall (12,13) at least in principle parallel to the rear wall (10) with each other and within a supporting beam (1 ¹⁾ has a lateral boundary of the second seat (S) ,

7. The device according to at least one of claims 1 to 6, characterized in that on the vertical rear wall (10) of the rail (1) are present: a) the upper supernatant (102) final upper edge (100), with the rear wall (10) forms the first receptacle (10, 100); and b) a locking projection (105) which is arranged on the upper projection (102) and forms a block against unintentional detachment of a third carrier element (5) with a securing member (690) on the roller holder (69) and only when the third carrier element (5) is inclined. is lifted with the support beam (1 ¹ ) inclined upper area.

8. The device according to at least one of claims 1 to 7, characterized in that on the rail (1) are also present: a) a groove (180) on the lower projection (104) extending to the level of the front wall (11) opens and has a stop edge (18), which are intended to receive a latchable profile strip (7), the cover function for the underside of the support beam (1 ¹ ) and support function for possibly retracted cable (K) has; b) a cavity (14) enclosed by the central zone (103), the upper and lower transverse walls (12, 13) and the front wall (11); and c) a screw channel (15) which preferably lies in the cavity (14) and is arranged on the lower transverse wall (13) and serves in particular for fastening a side cover (19) to the support beam (1 ').

9. Device according to at least one of claims 1 to 8, characterized in that a) the first carrier element (3) with an intermediate member (33) is connected, which is hung on the first receptacle (10,100); and preferably b) the intermediate component (33) on the supporting beam (1 ¹⁾ facing the inside (30) attached to C-section bar is, the upper bend (330) the upper edge (100) of the rear wall (10) of the profiled rail (1) engages over and the lower bend (331) is supported on the outer surface of the rear wall (10).

10. The device according to at least one of claims 1 to 9, characterized in that a) the second carrier element (4) with brackets (43) is connected, which are inserted into the second receptacle (S); and preferably b) a bracket (43) each having a stop (44) which is intended for seating on the front edges (121) and thus limits the insertion depth of the bracket (43) in the second receptacle (S).

11. The device according to at least one of claims 1 to 10, characterized in that the first, second and third support elements (3,4,5): a) have the shape of tableaus or frames; b) projecting upwards from the supporting beam (1 ') or ending at the supporting beam (1') or ending below the supporting beam (1 '); c) extend to the ground in any length; d) are provided with goods carriers (52) and / or Einhängekonturen (520) and / or decorative elements; and e) may be provided with fixing elements (59) which are supported against a rear wall (90) or anchored directly or indirectly to the floor.

12. The device according to at least one of claims 1 to 11, characterized in that the profiled rail (1) consists of aluminum and is produced by continuous casting.