ES2248267T3 - SUBJECTION DEVICE. - Google Patents

Abstract

The display hanger system comprise a panel (1) which is mounted on the wall (90) and has transverse grooves (4) with a downwardly-projecting lip. A hanging bar (8) is mounted on a profiled plate with an upper lip (70) which fits under downwardly-projecting lip and a supporting section (76) which fits against the top of the lip below.

Description

Clamping device

Technical Field of the Invention

The invention relates to a device of support for hanging items or for holding a tray with at least one panel element fixed horizontally on a carrier structure, on which they can be hung, almost in position arbitrary, several consoles. Preferably it can be erected with a large number of panel elements a panel wall which is can be used especially in commercial establishments and in exhibitions for the presentation of merchandise. The device is mainly refers to the holding of small wrappers of goods, such as Blister packaging, although it is also suitable for set carriers of information or for management purposes in the professional or private sphere.

State of the art

A typical device of the type relevant here is known for the publication "KaluFLEX PANEELE" of the company KaluTEX Shop-Systeme, Lauingen / Germany, according to the Price list 5/98. Panel elements shown here are shown they can ride on each other as well as consoles that can be hold on them. The panel elements present frontally several recesses, which extend longitudinally and are accessible from above, in which they can be held in position arbitrary consoles with different configuration. Inevitably it accumulates dust in the recesses, which can be removed only very laboriously, but from the outside it is visible as dirt from the entire device. Can also fall pieces inside the recesses. So and all the recesses that can be considered are not always advantageous from the point of Structuring view. In this device the assembly points with the remaining panel elements, which it can bother optically, especially if they appear tolerances For unintentional off-hook insurance the consoles are hung overlapping in two recesses located one below another, which limits the variability during mounting.

US Patent No. 4,694,965 discloses a profiled wall, which can be mounted modularly from panel elements, for fastening consoles. Above, on the back side, each panel element has a connection piece female in the form of a slot. Down in the panel element there are, from the front side, an upwardly oriented nerve, which serves as a male connecting piece. Various elements of panel are coupled to give a profiled wall, thanks to the male connecting part of a panel element crimps the part of female connection of a panel element located in each case below. A console consists of a support block, which extends vertically, from whose front surface, oriented towards the local, part a horizontal loading arm. In the later song top of the support block splices a plug hook that protrude up. Each panel element has several slits arranged horizontally on top of each other whose cross sections correspond to that of the plug hook. To insert a console in a position that can be chosen freely along the slit the hook of the plug - with the loading arm turned up at the end free - behind a wall nerve protruding from above in the entrance of the slit and then the loading arm is lowered to the horizontal. In the inserted state, the plug hook engages behind the wall nerve, while the support block is rests on the front side of the panel element. With the increase of the load arm load are pressed the plug hook with greater intensity in the wall nerve, the support block with more force against the front side of the panel element and the side lower plug hook with greater force on the wall of lower slit

Problem of the invention

In view of the incompleteness of the clamping devices of the type described above known to date, the invention poses the problem of propose an improved device in multiple aspects. In first place should appear less deposits of dirt, which until They have now accumulated clearly. In addition, the points of assembly of assembled panel elements must remain covered, that is to be invisible from the outside and by consequently no longer disturb optically. Especially important is an improved assurance of consoles held against unintentional off-hook The clamping device to be conceive should allow to host a large number of consoles, also to very close distances, one above the other, which is relevant Especially for small parts. Finally, the hanged and off the consoles should be able to be done effortlessly, where a small inclination of the loading arms is desirable, when the change of position of hanging load arms is considered. Finally, the invention aspires to a structuring possibility original, in case of individual dimensioning of the walls of panel.

Overview of the invention

The clamping device, especially for the presentation of goods, consists of at least a first element of panel, arranged horizontally, and at least one console that can hold in an optional longitudinal position so Resoluble in the panel element. The panel element has a back side for fixing to a carrier structure, one side front, facing the premises, or two opposite sides, opposite each other, oriented in each case towards the premises, as well as at least a first recess, which runs longitudinally, in the form of slot, which has an interior clearance, which is accessible from the front side through a slot located in the area bottom of the recess. Inside the recess is a song of retention. The console features a plate segment, formed by a plug-in section and a support section, with a front side and a back side and a loading arm, which extends from the front side and in the state of the hanging console It adopts a resting angle with respect to the horizontal. The section Pluggable is intended to be driven through the slot for Hang in the recess. The support section is planned for lean on the front side. In the plug-in section is planned a contracanto that, in the state of the hanging console, with with respect to the front side, it is hooked behind the edge of retention. The groove is facing down, the edge is oriented from the bottom side of the groove up and the countercanto is arranged below, in the plug-in section, on the back side

Details of preferred embodiment of the clamping device according to the invention:

The additional upward turning movement of the free end of the loading arm, with the consequence that the entire plate segment and the plug-in section inclines correspondingly within the recess, is locked for a defined blocking angle. With the angle of lock taken it is also impossible for the console to be picked up. During the course of the rotation movement from the angle of repose to the angle of blockage, the countercanto remains behind the retention edge. Only for a defined elevation angle, which can be adopted before reaching the blocking angle, is it possible as a precondition to lift the console - that is, the removal of the plug-in section out of the recess - lift the countercant above of retention edge. The entire lifting of the console is possible only once the retention edge of the retention edge has taken place and for a defined exit angle. For this, the following angular relation is fulfilled: angle of repose <elevation angle <blocking angle <exit angle. For example
they are worth: the angle of repose = 2º, the angle of blockade = 26º, the angle of elevation = 25º and the angle of exit = 30º.

The panel element is provided with parts of connection for assembly with other panel elements. At most high of the panel element there is a female connection part, in recess shape, and at the bottom of the panel element a male connection part. In the assembled state it engages the part of male connection of a panel element in each case in the part of female connection of the panel element arranged below it. A panel element has several recesses that run horizontally and parallel to each other. The female connection part contributes to the formation of a lower part of a recess and the male connecting part to the formation of the upper part of A recess.

The lower closing part consists of a section bottom of a sheet and a partial partial arc protruding towards below, which ends free, which is prolonged with a downward facing extension. The added piece of the prolongation is even further from the front side of what it would go through a half arch, with which a free cut is formed the which is located below the partial partial arc and the extension, Preposed in the direction of the front side.

The prolongation continues next, displaced parallel with respect to the partial partial arc and with respect to the path theoretical full arc, its concave curvature in the direction from the front side The lower section of a sheet as well as the Half partial arc surround the upper portion of a recess. The upper connection part consists of a partial partial arc that protrudes upwards from a coupling slot opened by above, concavely curved to the front side, and a branch surrounding the coupling groove. The branch ascends above the coupling slot vertically and may have a slot horizontal helical, which runs longitudinally, accessible from the front side. Below the coupling slot ends the branch in the middle partial arc that protrudes towards above, which splices in the upper section of the sheet. He half partial arc protruding upward flanks the portion bottom of a recess.

In the assembled state the partial partial arc is settle almost in positive union in the free cut and complete the medium partial arc so that it forms a complete half arc, thereby form a full recess with a groove. At the same time the prolongation crimp almost in positive union in the groove of coupling The branch is covered by the following panel element put on The assembly between the lower connection parts and superior takes place inside the recesses and that is not why visible from the outside. The back side of the branch as well as the split nerves, horizontally in pairs, as an additional option, on the back side of each panel element, with its profiling internal for crimping screws, close on a plane common vertical and are provided for support on a structure carrier

Ahead each cutout is covered as of canopy by the lower section of a sheet, which extends As top section. The globally S-shaped corrugated sheet extends in each case from the top side of a groove to the bottom side of the slot above. The connection of a sheet with the next adjacent sheet, located above, takes place by means of a half arc which saves the distance from the side bottom of a groove until the transition of the lower section and top of the sheet above. Seen from the front side, the arc half is concave formed in cross section and forms the back wall of the lenticular recess. The half arch flows with its lower end, on the lower side of a groove, in the upper end of the upper section. With its upper end the half arc leads to the transition from the lower section to the upper, while the sheet with lower and upper section It is, in principle, vertical.

A third variant of the panel elements It has recesses to both sides, on which they can be hung consoles These panel elements are structured so specularly symmetric

The loading arm of the console has only one arm or has two arms or is directly or indirectly spliced in the plate segment and is constituted as a table, bucket, basket or drawer In the plate segment a back side is defined as well as a front side, where the back side is oriented towards the front side of the panel element and the front side towards the Loading arm. Between the plug-in section and the support section there is a centerpiece with an existing inclined flat surface on the back side. In the plug-in section you will find, on the back side, the countercant, which is positioned above the flat surface and domed down. Seen from the front side, the back side of the section Pluggable is concavely domed from the countercant to the upper end of the plug-in section.

In the plug-in section there is, in the area upper, on the front side, a bounce edge which, after a also concave vaulting, it becomes a surface inclined that falls towards the load arm. Inside the recess, located opposite the retention edge, exists a support edge, which is on the upper side of the groove, in the internal shortened outlet of the lower section of the sheet. In the hung state, when the loading arm adopts the angle of repose, the bounce edge collides with the support edge. The support section comes, both on the back side and also on the front side, following the wavy profile of the panel element. In the hung state the support section ends, which rests on the front side of the panel element, above of the following recess, which is below the recess occupied by the plug-in section. Panel element it is preferably an extruded profile, which can be manufactured from Advantageous way of aluminum or an Al alloy.

Brief description of the attached drawings

In the drawings, the figures show:

Figure 1A, a panel wall composed of a large number of panel elements surrounded by a frame, seen in perspective;

Figure 1B, a panel wall composed of a large number of panel elements, systematically equipped with consoles, in perspective view;

Figure 1C, the arrangement according to Figure 1B with panel elements of the first variant, in side view;

Figure 2A, two panel elements of the first variant assembled, in perspective view;

Figure 2B, the arrangement according to Figure 2A, in side view;

Figure 2C, a panel element of the first variant of Figure 2B, in enlarged side view;

Figure 2D, an assembly zone between panel elements of the first variant as detail X1 of the Figure 2B, in enlargement;

Figure 3A, a panel element according to the Figure 2C, with modified connection parts, as second variant;

Figure 3B, an assembly zone between panel elements of the second variant according to Figure 3A;

Figure 4A, a console with load arm simple, in perspective view;

Figure 4B, a console with load arm in arch shape, in perspective view;

Figure 4C, the console according to Figure 4A in the loading arm area, as vertical partial section;

Figure 5A, panel elements of the first variant according to Figure 2A placed on top of a structure carrier, with hanging console, in rest position, in section vertical partial;

Figure 5B, the console hung on the element panel of the first variant, in rest position, in principle as detail X2 of Figure 5A, in enlargement;

Figure 6A, the console hung on an element panel of the first variant, in locked position;

Figure 6B, the console hung on the element panel of the first variant, in locked position, as detail X3 of Figure 6A, in enlargement;

Figure 7A, the console still hung on a panel element of the first variant, in position of unlocking

Figure 7B, the console still hanging on the panel element of the first variant, in unlocked position, as detail X4 of Figure 7A, in enlargement;

Figure 8A, the console still hanging on a panel element of the first variant, in the output position;

Figure 8B, the console still hanging on the panel element of the first variant, in the output position, as detail X5 of Figure 8A, in enlargement;

Figure 9A, two panel elements of the third variant assembled, with upper closing profile and bottom, in perspective view;

Figure 9B, the arrangement according to Figure 9A, in side view;

Figure 10A, two panel elements of the third variant assembled, without closing profiles, in view in perspective;

Figure 10B, the arrangement according to Figure 10A, in side view;

Figure 10C, the assembly point between two panel elements of the third variant according to Figure 10A, as detail X6 of Figure 9B, in enlargement;

Figure 11A, the upper closing profile, in perspective view;

Figure 11B, the upper closing profile according to Figure 11A, in vertical cross section;

Figure 11C, the assembly point between a panel element of the third variant with the closing profile top, as detail X7 of Figure 9B, in enlargement;

Figure 12A, the lower closing profile, in perspective view;

Figure 12B, the lower closing profile according to Figure 12A, in vertical cross section; Y

Figure 12C, the assembly point between a panel element of the third variant with the closing profile bottom, as detail X8 of Figure 9B, in enlargement.

Example of realization

On the basis of the attached drawings, it is exposed Below is the detailed description of embodiments of the clamping device according to the invention.

For the entire description that is Include the following statement below. Yes in one figure are contained reference figures for clarity of the drawing, but they are not explained in the descriptive text directly corresponding, then reference is made to its mention in descriptions of previous or later figures. In the interest of the clarity is generally dispensed with the repeated designation of construction pieces in the later figures, to the extent that by the drawing it can be univocally recognized that these are pieces constructive "that are repeated".

Figure 1A

A large number of panel elements 1 arranged horizontally it is assembled and surrounded by a frame 9, of way that a panel 10 wall is formed. Thanks to the undulation preferred of the panel elements 1, which extends in the vertical, a fluid surface structure results. The elements of panel 1 are preferably manufactured as an extruded profile p. ex. of aluminum.

Figures 1B and 1 C

A wall of panels 10 dimensioned wider the which is again composed of a large number of panel elements 1, it is systematically equipped with consoles 6, whose arms of Load 8 are configured differently. 6 consoles are Resolutely hung on panel elements 1 and can be arranged in any desired position in the longitudinal direction. The panel 1 elements shown here represent a first variant, which is intended to be equipped with consoles 6 only from one side.

Figures 2A a 2D

In panel element 1 of the first variant a back side 2 can be defined, to fix to a structure carrier, a front side 3, oriented towards the premises, as well as a upper female connection part 56, located in the upper edge, or a lower male connection part 50, located in the edge lower. On the front side 3 there are several recesses 4 in slot shape that run longitudinally - in the present example three- which are accessible in each case through a slot 40 of the corresponding slit type in each case. Slits 40 are oriented in the direction of the connection part 50 lower, while the cross section of the recesses 4 extends in the direction of the upper connection portion 56. In front of each recess 4 is covered, as a marquee, by the lower section 31 of a sheet 30, which extends as upper section 32. The globally S-shaped corrugated sheet 30 extends in each case from the top side of a slot 40 to the bottom side of the slot 40 above. The connection of a sheet 30 with the next adjacent sheet 30, located above from it, it takes place by means of a half arch 20, which saves the distance from the bottom side of a slot 40 to the transition from section 31, 32 lower than the top of the sheet 30 located above. Seen from the front side 3, the middle arch 20 is concave formed in cross section and forms the wall posterior of the lenticular recess 4. The half arch 20 opens with its lower end, on the lower side of a groove 40, in the upper end of upper section 32. With its upper end the half arc 20 leads to the transition from section 31, 32 inferior and superior. Sheet 30 with lower section 31, 32 and top is initially vertical and wavy in the form of S.

From the middle arch 20 as well as from the section 32 upper extend from the back side 2 two nerves 21 horizontal, separated parallel to each other, which present inside a profile 22 for the accommodation of threaded rods of screws. In the area of the central recess 4 there are no nerves 21, since for the resistant installation of the element of panel 1 are enough two pairs of nerves 21. Inside the recess 4, on the bottom side of slot 40, where they flow one in another the upper section 32 of the sheet 30 and the half arc 20, there is a depression 41, from which it ascends, in the direction of slot 40, a retention edge 42 indicating upwards, with wedge-shaped cross section. It has been shown as advantageous another support edge 43, located opposite the edge of lower retention 42, which is also disposed within the recess 4, although on the upper side of the groove 40, in the internal shortened outlet of section 31 lower of the sheet 30.

Slot 40 is limited by a wall 44 lower and an upper wall 45, where the walls 44, 45 are parallel to each other. The lower wall 44 runs from the summit from the retaining edge 42 inclined downwardly away from the side front 3. The upper wall 45 runs from the support edge 43, also tilted down, moving away from the front side 3. The slot 40 therefore flows from the front side 3, ascending inclined from below in the recess 4.

The closing part 50 bottom male and the part of closing 56 upper female of a panel element 1 serve to the assembly, externally invisible, with other panel elements 1. In every first element of panel 1 you can add down and / or up in each case another panel element. In a union formed by several panel elements 1 can be placed on top of the upper panel element 1 another additional panel element 1 and it you can place another additional panel 1 element on the bottom. By general rule, will begin during the construction of a wall of panel 10 with the bottom panel element 1 and then it complete the remaining elements of panel 1, up to Reach the planned building height. The chosen length of the panel elements 1 is governed according to the conceived width for panel wall 10.

The closing parts 50, 56 are provided, in each case, in the area of a proportional recess 4. The part of lower closure 50 consists of a lower section 31 of a sheet 30 as well as a partial partial arc 20 ', which ends freely, which protrudes down, which is prolonged with an extension 51 oriented down. The added part of extension 51 it is further away from the front side 3 of how a medium would run full arc 20, so that a free cut 52 is formed which, under the partial partial arc 20 'and the extension 51, is located in the direction of the front side 3. The extension 51 follow, displaced parallel to the partial arc half 20 ' and with respect to the theoretical path of the complete half arch 20, its concave curvature in the direction of the front side 3. Section 31 bottom of a sheet 30 as well as the partial partial arc 20 'surround the upper portion of a recess 4.

The upper closing portion 56 is formed in addition to the lower closure portion 50. Here there is a half 20 '' partial arc that protrudes upwards, a coupling groove 57 concave curved to the side front 3, as well as a branch 58 surrounding the coupling groove 57, which rises above the coupling groove 57 vertically and having a helical groove 59 that runs longitudinally, horizontally accessible from the front side 3. By below the coupling groove 57, the branch 58 flows into the half 20 '' partial arc protruding upwards, which splices in the upper section 32 of the sheet 30. The front edge of the nerves 21 as well as the back side of the branch 58 are located on a vertical plane, since both are intended to rest on a carrier structure. The 20 '' partial partial arc that protrudes upward flanks the lower portion of a recess 4.

In the assembled state, the partial arc half 20 '' sits almost in positive junction on the free cut 52 and completes the partial arc half 20 'to form a complete arc half, so that a full recess 4 is also formed in a groove 40. At the same time the extension 51 engages almost in positive connection in the coupling groove 57. The placement above the upper panel element 1 begins with an inclination of its upper connection part 56 in the direction of the room, so that the entire panel element 1 is inclined and the curved extension 51 can be inserted into the coupling groove 57, curved towards the front side 3, by successive straightening of the panel element 1 placed above. By means of the curvature of the extension 51 and the coupling groove 57 it is possible to assemble, in principle without groove, the panel elements 1. Also in the case of forces that appear up and / or down - produced p. ex. when screwing or in case of loading - the panel elements 1 remain assembled very close, so that the recess 4 with the groove 40, the retaining edge 42 as well as the support edge 43 remain the exact geometric relationship to guarantee operation . In case of use of the helical groove 59 in the branch 58 for fixing the panel element 1, the screw heads are covered by the next panel element 1 placed above, just like the assembly between the connecting parts 50, 56 lower and upper within the recesses 4 are not visible from
outside.

Figures 3A and 3B

In the second modified variant the parts of connection 50, 56 are structured differently than the embodiment according to the group of Figures 2A to 2D. The extension 51 thus the coupling slot 57 that welcomes it extends perpendicularly. In the coupling slot 57 it exists in the branch 58 a ledge 580 and the extension 51 possesses so complementary to the projection 580 a slot 510. The slot of coupling 57 is somewhat widened for, when putting on Next element of panel 1, to be able to take the projection 580 to the slot 510. After installation of panel elements 1 in the carrier structure - here by screwing and crimping the threaded rods on the ribs 21- cannot be separated in the direction vertical the panel elements 1 constituted in this way. From differently, nerves 21 can be provided with profiling 22 also displaced on the back side 2. Here the nerve 21 inferior of a pair of nerves part of the upper section 32 of a plate 30, while the second upper nerve 21 corresponding part of the junction point, where the upper section 32 and the middle arc 20. Otherwise the elements Panel 1 are similar to those described above.

Figures 4A a 4C

A console 6 consists of a plate segment 7 and of a loading arm 8 that starts from it, which can be continued in different ways. Load arm 8 has only one arm (see Fig. 4A) or two arms (see Fig. 4B) or it could be constituted as a plate, bucket or drawer and be directly spliced or indirectly to the plate segment 7. A constituent element essential of the console 6 is the plate segment 7 with its section Plug-in 70 top, intended to hang in recess 4, and a support section 76, intended to rest on the front side 3. In the plate segment 7 both a back side 703 is defined as well as a front side 702, where the rear side 703 is turned to the front side 3 of the panel element 1 and the side front 702 is on load arm 8.

Between the plug-in section 70 and the section of support 76 is located a centerpiece 79 with a flat surface 74 inclined existing on the back side 703. In the section plug-in 70 is a countercall 71, also located in the rear side 703, which is positioned above the flat surface 74 and domed down. Seen from the front side 702, the rear side 703 of the plug-in section 70 it is domed concavely from countercanto 71 to the upper end of the plug-in section 70. In the section Pluggable 70 there is, in the upper area, on the front side 702, a bounce edge 73, which after a vaulting also concave is transformed into an inclined surface 78 that falls towards the loading arm 8. Support section 76 comes next, both on the back side 703 and also on the front side 702, to the wavy profile of the panel element 1. In the state hung the support section 76 that rests on the front side 3 of panel element 1 ends above the following recess 4, which is below the recess 4 occupied by plug-in section 70.

Figures 5A and 5B

Two elements of panel 1 of the first variant assembled and placed on top of a structure carrier 90 -p. ex. a back wall- according to the construction according to the group of Figures 2A to 2D. The parts of connection 50, 56 link to each other. For fixing on the carrier structure 90 is arranged, for fixing the side posterior of the carrier structure 90, of ribs 21 with the threaded profile 22 inside, where the outer edges of the nerves 21 rest on the front side of the structure Carrier 90. Screws screwed from behind are crimped with their threaded rods in threaded profiling 22. If preferred fastening from the front, the branches 58 are crossed with screws on the line of the helical groove 59, so that the bolts screwed with their threaded rods in the carrier structure 90, while the screw heads they rest on branches 58, but are covered by an element of panel 1 eventually arranged on top. With the fixation of the panel elements 1 in the carrier structure 90 of the parts of connection 56 in each case higher are attracted with greater intensity towards the carrier structure 90 since the bolting takes place in each case very close, that is to say or in the next pair of nerves 21 or in the adjacent branch 58. With it deepens further the crimping of extension 51 in the groove of coupling 57.

From a console 6 hung the plug-in section 70 set in the recess 4 chosen in height in position desired length through groove 40 and support section 76 rests on the front side 3 of the assembled panel element 1. In the rest position, it adopts the support arm 8 that protrudes in the local, with respect to the horizontal, preferably an angle of ascending rest α0 of p. ex. 2nd, to avoid, even in the case of a greater load, optically negative buckling down. In this state the wall 44 and the flat surface 74 are an envelope the work, like the entire support section 76 is supported on sheet 30, although it ends before the next slot 40. Between depression 41 and retention edge 42, the contracanto 71. The support edge 43 joins the rebound edge 73. The loads that appear on console 6 are absorbed by the sheet surface 30, depression 41 and retention edge 42 as well as the support ridge 43. A slip by itself of the console 6 outside the recess 4 is completely excluded.

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Figures 6A and 6B, 7A and 7B, 8A and 8B

Based on these pairs of figures, with panel elements 1 of the first variant, the interaction between panel 1 and console 6 elements hung on them as for the development of the movement. The developments of movement in the case of panel elements 1 of the second variant (see Figures 3A and 3B) and the third variant (see Figures 9A and 9B) They are identical.

Figures 6A and 6B

In case of unintentional shock from below against the loading arm 8, it is pressed from its angle of resting α0 up to the maximum blocking angle α1, where the contracanto 71 continues to remain in depression 41, behind the retaining edge 42, but the inclined surface 78 collides with the lower edge of the lower section 31 of the sheet 30 at the mouth of slot 40. Clearance inside the recess 4 allows the turning movement of the plug-in section 70. Consequently an elevation is blocked greater than console 6 and also its sliding out of the recess 4. The blocking angle α1 is valid with respect to the horizontal p. ex. 26th.

Figures 7A and 7B

If you want to remove the console 6 from a recess 4 the load arm 8 must be brought at an angle of defined α2 elevation, which is preferably as far as to its magnitude slightly below the value of the blocking angle α1. The angle of elevation α2 measures, with respect to the horizontal, p. ex. 25º and is therefore only 1º smaller than the blocking angle α1. Only in the angle position of elevation α2 it is possible to raise the contracanto 71 by above the retention edge 42. This is made possible for defined geometric measurement relationships between, on the one hand, the internal width of the groove 40 and, on the other, the curvature of the plug-in section 70 with the opening resulting therefrom as well as of the central piece 79 which thickens in wedge form towards the support section 76.

Figures 8A and 8B

In case of a closer approximation of the upward tilt of load arm 8 to an angle of output α3 and the inclined position of the plug-in section 70 resulting from this, the section can finally be extracted plug-in 70, through slot 40, of the recess 4. The exit angle α3 measures p. ex. 30º regarding the horizontal.

Figures 9A and 9B, 10A a 10C

This third variant of panel elements 1 It is intended to be equipped with 6 consoles on both sides. The connection part 50, 56 lower male and upper female are structured differently for the first variant (see Figures 2A and 2B) and the second (see Figures 3A and 3B). In place of the 21 nerves existing in the preceding variants, which are useful for fixing, panel elements 1 of the third variant they have screw channels 23 which extend from internally, horizontally, along the elements of panel 1. Even more essential is that on both sides of the elements of panel 1 there are recesses 4 which, contemplated in section transverse, are located opposite pairs with symmetry speculate.

The single recess 4 is formed again by the bottom section 31 of a sheet 30 located in each case front and a half arch 20 located behind. The upper section 32 of sheet 30 is connected to the next recess 4 located further high. Without variation, a slot 40 corresponds to each recess 4, which results between the lower wall 44 and the upper wall 45. Again there are depression 41 and singing on the lower wall 44 of recoil 42, while the upper wall 45 has the edge support 43. Between the two front sides of a panel element 1 they meet, p. ex. two screw channels 23 separated one on another, whose round wall 24 is connected to the sheets 30 existing on both sides.

The connecting parts 50, 56 assembled from panel elements 1 that collide in each case with each other give on both front sides in each case a recess 4. The part top of a recess 4 is formed by panel element 1 upper, that is its lower section 31 of the sheet 30, and the half partial arc 20 '. Bottom panel element 1 supplies the lower portion of the recess 4 with the upper section 32 of the blade 30 and the upper partial arch 20 '' upper. This with specular symmetry towards both front sides of the elements of panel 1, 1. The male connection part 50, which is located in each case under a panel element 1, has an extension 51 protruding down. The female connection part 56, the which is found in each case above in a panel 1 element, It has a coupling slot 57 that projects upwards. In the mounted state, the extension 51 sits in the groove of coupling 57 and the two lower half arches means 20 'and 20 '' upper partial arc means result in media 20 complete arches, like rear walls of the recesses Four.

Figures 11A a 11C

For the top closure of a panel wall 10 a top closure profile 100 is provided, which can be place on top of panel 1 element. This closing profile 100 has a coverage area 101, a thread pitch 123 and the male coupling part 150 with heel edge 151, both lower sheet sections 131 arranged like wings as the partial arches means 20 '. The male coupling part 150 enters crimp described above with the part of female connection 56 of panel element 1 and forms two recesses 4 in the crimp zone.

Figures 12A a 12C

For the bottom closure of a panel wall 10 a lower closing profile 200 is provided, which can be fit under the lower panel element 1.

This closing profile 200 has an area of floor 201 and female housing part 256 with the groove of connection 257, the two ascending upper sheet sections 232 as well as the 20 '' lower partial arch means. The part of female housing 256 accommodates the male connection part 50 of the panel element 1, as described above, and shape also a crimp zone between recesses 4.

Claims (16)

1. Clamping device, especially for the presentation of merchandise, with:

to)

to the minus a first panel element (1), which must be arranged horizontally; Y

b)

to the minus a console (6) that can be hung longitudinally optionally, in a resolvable way, in the panel element (1), in the that

C)

he panel element (1) presents:

AC)

a back side (2) to fix to a carrier structure (90) and a front side (3) facing the premises; or

cb)

two opposite sides (3) opposite each other, oriented in each case towards the store;

DC)

to the minus a first recess (4) that runs longitudinally, in groove shape, which has an interior clearance, which is accessible from the front side (3) through a slot (40) located in the lower area of the recess (4); Y

CD)

inside the recess (4) is provided a retention edge (42);

d)

the console (6) presents:

gives)

a plate segment (7), formed by a plug-in section (70) and a support section (76), with a front side (702) and a back side (703); Y

db)

a loading arm (8) extending from the front side (702) the which, in the state of the console (6) hung, forms an angle of rest (α0) with respect to the horizontal;

and)

the Pluggable section (70) is intended to be hung, led to through the groove (40), in the recess (4);

F)

the support section (76) is intended to rest on the side front (3);

g)

in the plug-in section (70) there is a countercant (71) that, in the state of the hanging console (6), referred to the front side (3), is hooked behind the retention edge (42),

characterized because

h)

the slot (40) is facing down;

i)

he retaining edge (42) is oriented from the bottom side of the slot (40) up; Y

j)

he Countercanto (71) is arranged below in the plug-in section (70) on the back side (703).

2. Clamping device according to claim 1, characterized in that

to)

he additional upward oriented movement of the free end of the loading arm (8), whereby the entire segment of plate (7) and plug-in section (70) tilts correspondingly inside the recess (4), it is locked for a defined blocking angle (α1);

b)

when the blocking angle (α1) is adopted, the console off-hook is also locked (6);

C)

during the movement of turn, from the angle of repose (α0) to the angle of blockage (α1), the countercant (71) remains arranged behind of the retention edge (42); Y

d)

only for an elevation angle (α2) defined, which can be adopted before reaching the blocking angle (α1), can be, as a precondition for the off-hook of the console (6), that is, the withdrawal of the section plug-in (70) of the recess (4), lift the countercant (71) of the retention edge (42).

3. Clamping device according to claim 2, characterized in that

to)

he off the console (6), once the lift has been performed of the countercant (71) in front of the retention edge (42), it is possible only for a defined angle of departure (α3); where

b)

be meets the following angular relationship: angle of repose (α0) <elevation angle (α2) <blocking angle (α1) <angle of departure (α3).

4. Clamping device according to claim 3, characterized in that

to)

he angle of repose (α0) = 2nd;

b)

he blocking angle (α1) = 26 °;

C)

he elevation angle (α2) = 25 °; Y

d)

he exit angle (α3) = 30º.

5. Clamping device according to one of claims 1 to 4, characterized in that

to)

he panel element (1) is provided with connection parts (50, 56) for assembly with other panel elements (1);

b)

in higher than the panel element (1) there is a connection part female (56), upper in the form of a recess and at the bottom of the panel element (1) there is a male connection part (50), Y

C)

at assembled the male connection part (50) of an element of panel (1) clamps in each case on the female connection part (56) of the panel element (1) located below.

6. Clamping device according to one of claims 1 to 5, characterized in that

to)

a panel element (1) presents on a front side (3) or on both front sides (3) several recesses (4) that run horizontally and parallel to each other,

b)

the female connection part (56) contributes to the formation of the part bottom of a recess (4) and the male connecting part (50) to the formation of the top of a recess (4), and

C)

at case of the arrangement of the recesses (4) on both sides front (3) can be extended screw channels (23), internal, horizontal, along the panel elements (one).

7. Clamping device according to claim 5 or 6, characterized in that

to)

the lower closing part (50) consists of:

aa)

a lower section (31) of a sheet (30); Y

ab)

a partial arc nerve (20 ') protruding down, which has just free way, which is prolonged with an extension (51) facing down.

b)

the added part of the extension (51) is further away from the side front (3) of what a full half arc (20) would cover, with which forms a free cut (52), which is preposed, below of the partial partial arc (20 ') and the extension (51), in the direction from the front side (3);

C)

the prolongation (51) continues, displaced parallel to the middle arc partial (20 ') and towards the theoretical path of the half arc (20) complete, its concave curvature in the direction of the front side (3);

d)

the lower section (31) of a sheet (30) as well as the half arch partial (20 ') surround the upper portion of a recess (4).

8. Clamping device according to claim 5 or 6, characterized in that

to)

the upper closing part (56) consists of:

aa)

a half partial arc (20``) protruding upwards;

ab)

a coupling slot (57) open at the top, conically curved towards the front side (3); Y

ac)

a branch (58) that circles the coupling groove (57), which ascends vertically above the coupling groove (57) and which can have a helical groove (59) that runs longitudinally, horizontal, accessible from the front side (3);

b)

flows under the groove of coupling (57) of the branches (58) in the middle partial arc (20``) protruding upwards, which splices in section (32) upper blade (30); Y

C)

he half partial arc (20``) protruding upwards flanks the lower portion of the recess (4).

9. Clamping device according to one of claims 5 to 8, characterized in that

to)

at assembled state of the partial partial arc (20 '') sits almost in positive junction a free cut (52) and complete the partial partial arc (20 ') to give a half arc, which forms a recess (4) complete with a slot (40); Y

b)

to the at the same time, the extension (51) engages almost in positive union in the coupling slot (57).

10. Clamping device according to claims 5 to 9, characterized in that

to)

the branch (58) is covered by the next panel element (1) over;

b)

he assembly between the upper and lower connecting parts (50, 56) inside the recesses (4) it is not visible from the outside; Y

C)

he back side of the branch (58) as well as ribs (21) that protrude horizontally in pairs, as an additional option, from the side back (2) of each panel element (1), with a profile (22) for crimping screws, they end in a vertical plane common and are intended to rest on a carrier structure (90).

11. Clamping device according to one of claims 1, 7 or 8, characterized in that

to)

by in front each recess (4) is covered as a canopy by the lower section (31) of a sheet (30), which extends as upper section (32);

b)

the S-shaped corrugated sheet (30) extends in each case from the top side of a slot (40) to the side bottom of the groove (40) located above;

C)

the connection of a sheet (30) with the next adjacent sheet (30), located above, it takes place by means of a half arch (20), which Save the distance from the bottom side of a slot (40) to the transition from the lower and upper section (31, 32) of the sheet (30) located above;

d)

viewed from the front side (3), the half arch (20) is concave formed, in cross section, and forms the back wall of the recess (4) lenticular;

and)

he half arch (20) ends with its lower end on the side bottom of a groove (40), at the top end of a section (32) superior; Y

F)

with its upper end the half arch (20) leads to the transition from section (31, 32) lower than the upper one, while the sheet (30) is in principle vertical with section (31, 32) inferior and superior.

12. Clamping device according to claim 1, characterized in that

to)

he loading arm (8) of the console (6) has only one arm or two arms are spliced, directly or indirectly, with the segment of plate (7) and is constituted as plate, bucket, basket or drawer;

b)

at plate segment (7) can be defined a back side (703) so as a front side (702), the rear side being (703) facing the front side (3) of the panel element (1) and the front side (702) facing the loading arm (8),

C)

between the plug-in section (70) and the support section (76) is located a centerpiece (79) with a flat surface (74) inclined existing on the back side (703);

d)

he countercanto (71) is positioned above the flat surface (74) and domes down; Y

and)

viewed from the front side (702), the back side (703) of the section Pluggable (70) is concavely domed from the countercanto (71) to the upper end of the plug-in section (70).

13. Clamping device according to claim 1 or 12, characterized in that

to)

in the plug-in section (70), in the upper area, on the front side (702), there is a bounce edge (73), which is transformed, also after concave vaulting, on a surface inclined (78) that descends towards the loading arm (8);

b)

inside the recess (4), there is, located opposite the retention edge (42), a support edge (43), which is located on the upper side of the groove (40), in the internal shortened outlet of the lower section (31) of the sheet (30); Y

C)

at hung state, when the loading arm (8) adopts the angle of rest (α0), the bounce edge (73) collides with the edge of support (43).

14. Clamping device according to one of claims 1, 12 or 13, characterized in that

to)

the Support section (76) follows the wavy profile of the panel element (1) both on the back side (703) and also on the side front (702);

b)

at hung state, the support section (76) that rests on the side front (3) of the panel element (1), ends above the following recess (4), which is below the recess (4) occupied by the plug-in section (70); Y

C)

he panel element (1) is preferably an extruded profile, made preferably aluminum.

15. Clamping device according to one of claims 1 to 14, characterized in that

to)

for the upper closure of a panel wall (10) is provided a upper closing profile (100), which can be placed on top of the upper panel element (1);

b)

he closing profile (100) has a coverage area (101), a optional thread pitch (123) as well as a coupling part male (150) with a heel edge (151);

C)

there are two sections of foil (131) arranged as wings as well as partial arches means (20 ') superior; Y

d)

the male coupling part (150) crimps with the connecting part female (56) of the adjacent panel element (1) and thereby forms two recesses (4) in the crimp zone.

16. Clamping device according to one of claims 1 to 15, characterized in that

to)

for the lower closure of a panel wall (10) is provided a lower closing profile (200), which can be fitted under the lower panel element (1);

b)

he closing profile (200) has a floor surface (201) and the female housing part (256) with the connection slot (257), it has the two ascending upper sheet sections (232) as well as the lower partial arches means (20``); Y

C)

the female housing part (256) welcomes the male connection part (50) of the adjacent panel element (1) and forms two recesses (4) in the crimp zone.