EP3758552B1 - Shelf and shelf arrangement - Google Patents

Description

Shelves are usually an integral part of shelves and are attached to the sides of vertical shelf supports, for example. The shelves have a support surface on which goods can be stored and/or displayed. The support surface is often arranged at an angle to encourage the goods on it to slide. This principle of the inclined plane is increasingly used in sales shelves. The support surface of the shelves is inclined towards the front towards the side where the goods are removed, for example to cause goods units that are usually arranged in a row one behind the other to slide forward automatically when a goods unit at the front has been removed.

A possible embodiment of such a sliding shelf is shown in the DE 201 14 098 U1 known. The shelves are attached to shelf supports by hanging the shelves on the long holes in the shelf supports. The shelf supports each have a large number of long holes, which are arranged in a row one behind the other along the length of the shelf supports. The support surface of the shelves can be inclined by hanging them in the corresponding long holes in these rows of long holes.

A generic shelf is made of EP 1 442 674 A1 Other shelves are available from the US 2018/0020848 A1 and the WO 2013/052975 A1 known.

One object of the invention is to provide a shelf which enables other installation situations and allows use as a sloping shelf. An arrangement of such a shelf on a corresponding support structure should also be provided.

The object is achieved with a shelf which has the features of claim 1. To solve the object, an arrangement with the features of claim 6 is also proposed. Advantageous embodiments and/or configurations and/or aspects of the invention emerge from the subclaims, the following description and the figures.

A basic shelf comprises a front, a back and two opposing side sections. For example, the side sections lie between the front and the back and/or the side sections extend into the area of the front and/or the back and/or up to the front and/or the back.

The shelf further comprises an upper side, which forms a support plane for goods. For example, the upper side is laterally delimited by the front side and/or the back side and/or the side sections. For example, the support plane is formed by a support surface, which can be formed, for example, on a support plate, in particular a flat support plate, or on at least one elongated support profile extending in the longitudinal direction between the front side and the back side, or on a roller conveyor or the like. For example, the contact surface is provided with a slip-promoting coating or has a slip-promoting material or consists of such a material.

The side sections are assigned a pull-out device which has at least two coupling points for fastening to a support structure for the shelf. This makes it possible to create an installation situation in which the shelf can be pulled out relative to the support structure.

In this description, the term "front side" is to be understood in particular as the side of the shelf from which goods are to be removed and/or which forms a side for displaying goods. In this description, the term "horizontal" is to be understood in particular as an extension, for example of a plane or line which runs at right angles or essentially at right angles to the vertical direction, i.e. runs horizontally or essentially horizontally. In this description, the term "vertical" is to be understood in particular as an extension, for example of a plane or line which runs in the vertical direction, i.e. runs perpendicular or essentially perpendicular.

It is provided that the pull-out device comprises a linear guide arranged on the respective side section. It is further provided that the linear guide has at least two linear guide elements that can be moved relative to one another, of which one linear guide element is attached to the associated side section and the other linear guide element has the at least two coupling points are assigned. This facilitates a technically simple implementation of the pull-out function of the shelf. The measure that, according to one design, the linear guide is a rail guide also aims in this direction. In this case, the linear guide elements can preferably each be designed as a rail element.

It can be provided that the linear guide is a telescopic linear guide, in particular a telescopic rail guide. This is a measure to be able to extend the shelf over a relatively long distance relative to the support structure, for example in order to be able to reach the entire surface of the shelf as well as possible and thus make it easier to fill the shelf with goods. The telescopic linear guide or telescopic rail guide can be designed as a rolling or sliding guide. If it is a telescopic rail guide, in addition to an outer rail and an inner rail, at least one intermediate middle rail can be provided, which are coupled to one another, for example via rolling elements and mounted so that they can move relative to one another.

According to one idea, the shelf can comprise a locking device which is designed to secure the shelf against being pulled out from the support structure in a pushed-in position. The locking device is a measure to prevent the shelf from being pulled out accidentally.

In a further embodiment, the shelf comprises a frame structure which has a front frame part, a rear frame part and two, the front frame part and the rear frame part has side frame parts connecting them to form a frame interior. It is particularly provided that the front frame part is assigned to the front side and the rear frame part to the back side of the shelf. It is also particularly provided that the respective side section of the shelf is formed or arranged on one of the side frame parts. This promotes a modular construction of the shelf.

For example, the front frame part and the rear frame part can form a module, which is, for example, an identical part. The side frame parts can also form a module, which is, for example, an identical part. For example, the side frame parts are formed by a plate-shaped component, in particular a sheet metal part. A further module can be formed by a goods support having a support surface for goods, whereby the goods support can be formed by a single component or several or a large number of components.

The front frame part and/or the rear frame part can be a shelf element as shown in the WO 2016/008476 A1 The shelf element has an elongated base body and a material section which is arranged on the base body to form a plug-in receptacle for a functional part and/or an information carrier which is open in the direction of a long side of the base body. For example, the shelf element is an extruded part and the plug-in receptacle is formed by extrusion.

For example, the shelf element has a large number of elongated through-openings on its base body, the longitudinal extent of which runs transversely to the longitudinal extent of the base body. For example, the through-openings run essentially parallel to one another and are arranged in particular in a row one behind the other. For example, the base body is U-shaped in cross-section and the through-openings extend into one of the legs and into an intermediate section of the base body that connects the legs of the U-shape. Product dividers can be attached in the through-openings, for example by inserting one end of a product divider, in particular a plate-shaped end, into one of the through-openings.

The at least one side frame part can be a side part as shown in the WO 2016/008476 A1 The side part is, for example, attached to the shelf element by at least one connecting means which engages, in particular is screwed, into at least one cavity or receptacle of the shelf element. For this purpose, the side part has at least one through-opening.

Fig. 1

eine mögliche Ausführungsform eines ausziehbaren Fachbodens in perspektivischer Darstellung von unten,

Fig. 2

den Fachboden gemäß der Figur 1 in einer Draufsicht,

Fig. 3

den Fachboden der Figur 1 in einer Seitenansicht, wobei sich eine Aufstandsebene des Fachbodens in einer nach vorne schräg geneigten Ausrichtung befindet,

Fig. 4

den Fachboden gemäß der Figur 1 in einer Seitenansicht, wobei sich die Aufstandsfläche in einer horizontalen Lage befindet,

Fig. 5

den Fachboden der Figur 1, montiert an einer Tragstruktur, in einer eingeschobenen Position als Seitenansicht in einem Teilschnitt,

Fig. 6

den Fachboden der Figur 1 in der Anordnung der Figur 5, wobei sich der Fachboden in einer ausgezogenen Position befindet,

Fig. 7

ein Linearführungselement einer Auszugseinrichtung für den Fachboden der Fig. 1 mit Einhängelaschen in einer Seitenansicht,

Fig. 8

eines weiteres Linearführungselement der Auszugseinrichtung für den Fachboden der Fig. 1 mit Befestigungselementen in einer Seitenansicht,

Fig. 9

eine Linearführung für den Fachboden der Fig. 1 in einer Vorderansicht,

Fig. 10

eine Vertikalstütze als Bestandteil einer Trägerstruktur für den Fachboden nach der Figur 1 in perspektivischer Darstellung und

Fig. 11

eine weitere Vertikalstütze als Bestandteil einer Trägerstruktur für den Fachboden nach der Figur 1 in perspektivischer Darstellung.

Further details and features of the invention emerge from the following description of several embodiments with reference to the drawing.

Fig. 1

a possible embodiment of a pull-out shelf in perspective view from below,

Fig. 2

the shelf according to the Figure 1 in a top view,

Fig. 3

the shelf of the Figure 1 in a side view, with a support plane of the shelf in a forward-sloping orientation,

Fig. 4

the shelf according to the Figure 1 in a side view, with the contact surface in a horizontal position,

Fig. 5

the shelf of the Figure 1 , mounted on a supporting structure, in an inserted position as a side view in a partial section,

Fig. 6

the shelf of the Figure 1 in the arrangement of the Figure 5 , with the shelf in an extended position,

Fig. 7

a linear guide element of a pull-out device for the shelf of the Fig. 1 with hanging tabs in a side view,

Fig. 8

another linear guide element of the pull-out device for the shelf of the Fig. 1 with fastening elements in a side view,

Fig. 9

a linear guide for the shelf of the Fig. 1 in a front view,

Fig. 10

a vertical support as part of a support structure for the shelf according to the Figure 1 in perspective representation and

Fig. 11

another vertical support as part of a support structure for the shelf after the Figure 1 in perspective view.

Figure 1 shows a possible embodiment of a shelf 1 in a perspective view. Figures 2 and 3 show the shelf 1 in a top view ( Figure 2 ) and in a side view ( Figure 3 ). As can be seen, the shelf 1 comprises a top 2, a bottom 3, a front 4, a back 5 and two opposing side walls 6, 7. The top 2 forms a (in the Figure 3 uprising level 8 for goods (shown in dashed lines as an example).

The shelf 1 can comprise a frame structure. The frame structure preferably has a front frame part 17, a rear frame part 18 and two side frame parts 19, 20 connecting the front frame part 17 and the rear frame part 18 to form a frame interior 21. In this case, the front frame part 17 of the front side 4 and the rear Frame part 18 is assigned to the rear side 5 of the shelf 1. Preferably, the respective side section 6 or 7 of the shelf 1 is also arranged or formed on one of the side frame parts 19, 20. The front frame part 17 and the rear frame part 18 can be the same part. For example, the front frame part 17 and/or the rear frame part 18 is U-shaped in cross section and is connected to the side frame parts 19, 20, for example by means of connecting means, in particular screw elements 22. The side frame parts 19, 20 can each be plate-shaped, for example be sheet metal parts.

Furthermore, the shelf 1 comprises a (in the Figures 1 to 3 A pull-out device 9 (indicated by dashed lines) by means of which the shelf 1 can be pulled out relative to a support structure. A possible embodiment of such a support structure is shown in the Figure 2 and provided with the reference number 100.

The pull-out device 9 is designed such that the shelf 1 executes or can execute a linear or essentially linear pull-out movement that runs at an angle of inclination α relative to its upper side 2. In the present description, the term "linear pull-out movement" is to be understood in particular as a straight-line or essentially straight-line movement that is or can be executed by the shelf 1, for example in order to move the shelf 1 away from the support structure 100.

The pull-out device 9 allows two aspects to be achieved, namely that on the one hand the shelf 1 can be pulled out and on the other hand it can be present as a so-called sliding floor. The sliding floor is achieved, for example, when the support level 8 and thus a support surface 8.1 located in the support level 8 is placed in such an inclined position relative to a horizontal that the sliding of goods placed on the support surface 8.1 is at least promoted or even caused. In this way, it is promoted or caused that the goods slide in the direction of the lower front side 4 of the shelf 1. The front side 4 is preferably the removal side for the goods. As a result of the sliding, goods are constantly in the removal area, so that the presentation of goods in this area is promoted in this way. For this purpose, the support surface 8.1 preferably has a material that promotes slippage and/or is coated with such a material.

The pull-out device 9 ensures that the shelf 1 can be pulled out relative to the support structure 100 while maintaining the inclined position of the support plane 8. The pull-out movement can take place in such a way that it runs in a horizontal direction or essentially linearly in a horizontal direction, so that the pulled-out shelf 1 can be pushed back with relatively little effort. Pushing back from a lower position to an upper position, i.e. against the effect of gravity, can be avoided in this way.

The pull-out device 9 comprises a linear guide 10 arranged on the respective side section 6 or 7, as for example a rail guide. Preferably, the linear guide 10 protrudes laterally outwards from the associated side section 6 or 7.

As can be seen in particular from the Figure 3 As can be seen, the shelf 1 can have an adjusting device 13. The adjusting device 13 is used to adjust the angle of inclination α. This is possible in steps with the adjusting device 13, but can in principle also be implemented continuously. For example, the adjusting device 13 comprises several fastening points 14 arranged on the respective side section 6 or 7 in order to be able to fasten the linear guide 10 thereto. For example, the fastening points 14 are designed as a through opening, in particular a through hole, so that the linear guide 10 can be fastened thereto, for example by means of one or at least two screw elements or other fastening elements 11 and/or corresponding counter elements 11', such as a nut element.

The fastening points 14 preferably comprise at least two first fastening points 14.1, 14.2 and at least two second fastening points 14.3, 14.4, wherein the at least two first fastening points 14.1, 14.2 are arranged at a distance from one another and the at least two second fastening points 14.3, 14.4 are also arranged at a distance from one another. The adjusting device 13 is now formed in that a first straight line 12.1 connecting the at least two first fastening points 14.1, 14.2 runs obliquely relative to the upper side 2 of the shelf 1 by a first value W1 of the angle of inclination α and a first straight line 12.1 connecting the at least two second fastening points 14.3, 14.4 connecting second straight line 12.2 is inclined relative to the top side 2 of the shelf 1 by a second value W2 of the inclination angle α. In the Figure 3 the linear guide 10 is mounted on the at least two first fastening points 14.1, 14.2, so that the extension device 9 is set to the first value W1 for the inclination angle α.

The adjusting device 13 can comprise a setting in which the support plane 8 has no or essentially no inclination. For this purpose, the fastening points 14 can have at least two third fastening points 14.5, 14.6, which are arranged at a distance from one another and are aligned parallel or essentially parallel to the support plane 8. Figure 4 shows the shelf 1 in a side view, where the linear guide 10 is mounted on the at least two third fastening points 14.5, 14.6.

Preferably, one of the first fastening points 14.1, 14.2, in particular the one first fastening point 14.1, and one of the second fastening points 14.3, 14.4, in particular the one second fastening point 14.3, face the front side 4 and the other of the first fastening points 14.1, 14.2, in particular the one first fastening point 14.2, and the other of the second fastening points 14.3, 14.4, in particular the one second fastening point 14.4, face the rear side 5 of the shelf 1. Preferably, the first fastening point 14.1 and the second fastening point 14.3 facing the front side 4 are formed by a common fastening point. Preferably, the third fastening point 14.5 facing the front side 4 is also formed by the common fastening point.

Figure 5 shows the shelf 1 in an installed state on the support structure 100, which is indicated there by dashed lines. In the Figure 5 the shelf 1 is in a pushed-in position E on the support structure 100. Figure 6 shows the shelf 1 in the installed state of the Figure 5 , whereby in the Figure 6 the shelf 1 is in an extended position A relative to the support structure 100. In order to be able to move the shelf 1 from the inserted position E into the extended position A, the shelf 1 is attached to the support structure 100 via the pull-out device 9 or its linear guide 10. Preferably, the linear guide 10 provided on the respective side section 6 or 7 is attached to the support structure 100.

For example, the pushed-in position E is a position of the shelf 1 relative to the support structure 100 in which the shelf 1 is permanently present, for example, in order to store and/or present goods on its support surface 8.1. For example, the shelf 1 is locked in the pushed-in position E. For this purpose, a locking device can be provided on the shelf 1 and/or the support structure 100. In the present description, the "pull-out position" is to be understood in particular as a position which the shelf 1 has relative to the support structure 100 after the shelf 1 has been pulled out by means of its pull-out device 9 and has assumed a final or intermediate position.

The Figures 5 and 6 show the linear guide 10, which comprises two linear guide elements 10.2, 10.3. The linear guide elements 10.2, 10.3 can be moved relative to one another, in particular can be moved in a linearly guided manner relative to one another in order to be able to carry out the linear extension movement. For example, the linear guide elements 10.2, 10.3 are each elongated, with their longitudinal axes 10.4, 10.5 lying on a common axis, so that the relative movement of the linear guide elements 10.2, 10.3 to one another takes place by a displacement on the common axis. The longitudinal axes 10.4, 10.5 are preferably arranged horizontally or essentially horizontally, so that the linear extension movement is correspondingly horizontal or essentially horizontal.

One of the linear guide elements 10.2, 10.3, in particular the linear guide element 10.2, is fastened to the associated side section 6 or 7. Preferably, the fastening elements 11 and/or counter elements 11' already described above are used for this purpose, which are for example in the Figures 1 to 4 For example, the other of the linear guide elements 10.2, 10.3, in particular the linear guide element 10.3, is attached to the support structure 100.

The support structure 100 can comprise several, preferably four vertical supports 140.1, 140.2, 140.3, 140.4, which can be part of a shelving system. For example, two of the vertical supports 140.1, 140.2, 140.3, 140.4 are each assigned to one of the side sections 6, 7 of the shelf 1. For example, one of the linear guide elements 10.2, 10.3, in particular the Linear guide element 10.3, arranged on the two associated vertical supports 140.1, 140.2 or 140.3, 140.4.

Figures 7 and 8 show the linear guide elements 10.2 and 10.3. At least two coupling points 15, 16 are provided on the linear guide element 10.3, which is designed to be attached to the support structure 100. The coupling points 15, 16 are preferably arranged at a distance with respect to the longitudinal axis 10.5 of the linear guide element 10.3. For example, the coupling points 15, 16 are each arranged in an end region with respect to the longitudinal axis 10.5 of the linear guide element 10.3.

The at least two coupling points 15, 16 each comprise a suspension tab 23, 24. For example, the suspension tabs 23, 24 are attached to the linear guide element 10.3, in particular welded or molded onto it. The suspension tabs 23, 24 have one end which is attached or molded onto the linear guide element 10.3, and a tab section which can be used as an insertion section 25 or 26 in order to be able to hang and/or push the linear guide element 10.3 into a corresponding receptacle of the support structure 100 via the suspension tab 23 or 24. For example, the insertion section 25 or 26 is formed by a material section which projects beyond the outside of the linear guide element 10.3 and overlaps the outside of the linear guide element 10.3 over at least one area in order to form the suspension tab 25 or 26 in this way.

It is intended that the hanging tab 24, which faces the rear side 5 of the shelf 1, Insertion section 26 points in the direction of the rear side 5 of the shelf 1. It is further provided that in the case of the hanging tab 23, which faces the front side 4 of the shelf 1, the insertion section 25 points downwards, i.e. towards the underside 3 of the shelf 1. The shelf 1 can thus be fastened to the support structure 100 by a first insertion movement directed towards the rear side 5 and a subsequent second insertion movement directed downwards. The first insertion movement pushes the hanging tab 24 directed towards the rear side 5 into an associated receptacle on the support structure 100, with the first insertion movement taking place in the direction of the longitudinal axis 10.5 towards the rear side 5 of the shelf 1. The second insertion movement pushes the hanging tab 23 facing the front side 4 into the associated receptacle of the support structure 100, with the second insertion movement directed downwards.

The Figure 8 shows the linear guide element 10.2 with the counter elements 11' already described above for fastening against the respective associated side section 6 or 7 ( Figures 1 and 2 ). For example, the counter element 11' is formed by a weld nut or a press-in nut, which is fastened to the associated side section 6 or 7. The counter elements 11' are preferably arranged at a distance with respect to the longitudinal axis 10.4 of the linear guide element 10.2.

Figure 9 shows a possible embodiment of the linear guide 10. The linear guide 10 is a telescopic linear guide, for example a telescopic rail guide. For example, the linear guide element 10.2 is a Inner rail and the linear guide element 10.3 an outer rail surrounding the inner rail. In addition, at least one further linear guide element 10.6, in particular a rail element, can be provided, which is arranged for example between the outer rail and the inner rail and thus forms a middle rail. The linear guide elements 10.2, 10.3 and 10.6 can be coupled to one another by rolling elements 27, so that a telescopic extension of the linear guide elements 10.2, 10.3 and 10.6 relative to one another is promoted by the rolling elements 27. The linear guide 10 according to the Figure 9 may have the coupling points 15 and 16 described above and/or the fastening elements or counter-elements 11' described above.

Figure 10 shows a possible embodiment of a vertical support as a component of the support structure 100 for the shelf 1. Such a vertical support can be assigned twice to the respective side section 6 or 7 of the shelf 1. Examples are shown in the Figure 10 the two vertical supports assigned to the side section 6 are shown and provided with the reference numerals 140.1`, 140.2`. The vertical supports 140.1` and 140.2` can be designed identically to one another. For the sake of simplicity, reference is made below only to one of the two vertical supports, namely the vertical support 140.1`. The vertical support 140.1` is elongated and extends with its longitudinal extension in the vertical direction when the vertical support 140.1' is in the installed state, for example on a shelving system.

Preferably, the vertical support 140.1' has at least one, preferably several or a plurality of counter-coupling points 110 in order to couple the pull-out device 9 or linear guide 10 of the shelf 1 to it via their coupling points 15, 16. For example, the counter-coupling points 110 are designed as a receptacle 130 for the suspension tabs 23 or 24, which in connection with the embodiment of the linear guide 10 to the Figure 7 is described. For example, the receptacles 130 are formed as angular, in particular square or rectangular, entry openings into which the suspension tabs 25 and 26 can be inserted or hung. Preferably, the counter-coupling points 110 are spaced apart from one another in the longitudinal direction of the vertical support 140.1`, in particular arranged one behind the other in a row.

The vertical support 140.1` is, for example, a profile part and can be U-shaped in cross-section and have two legs 142, 143, which are connected to one another by an intermediate section 144. The counter-coupling points 110 are preferably formed on the intermediate section 144. The vertical support 140.1` can have a flange section 145 pointing outwards to the side of the legs 142, 143, which adjoins, for example, the end of the respective leg 142 or 143. The respective flange section 144 can have at least one connection point 146 in order to fasten the vertical support 140.1` to a counter-support and/or a wall.

In the Figure 10 The shelf 1 is indicated with dashed lines, whereby the side section 6 is shown. The arrow 50 shows the first insertion movement and The arrow 51 indicates the second insertion movement in order to fasten the linear guide 10 to the support structure 100 or the vertical supports 140.1` and 140.2`, as described above.

Figure 11 shows a further embodiment of a vertical support 140.1" or 140.2'', which is shown twice there. The vertical support 140.1" or 140.2" can correspond to the vertical support 140.1` or 140.2".

In contrast to the vertical support 140.1` or 140.2` of the Figure 10 The vertical support 140.1" or 140.2" is the Figure 11 in its contour to be attached to another vertical support 141.1 or 141.2 while overlapping with its contour. For example, the other vertical support 141.1 or 141.2 can be a shelf support with oblique slots into which a (in the Figure 11 The design of the vertical supports 140.1" or 140.2" makes it possible to convert a shelf with other vertical supports 140.1 or 140.2 so that the pull-out shelf 1 can be used.

In the present description, reference to a particular aspect or embodiment or configuration means that a particular feature or characteristic described in connection with the respective aspect or embodiment or configuration is at least included therein, but not necessarily in all aspects or embodiments or configurations. the invention must be included.

The use of any or all examples or exemplary language in the text is intended to be merely illustrative of the invention and is not intended to be a limitation on the scope of the invention unless otherwise stated. Nor should any language or phrase of the specification be construed as an unclaimed but essential element to the practice of the invention.

list of reference symbols

1

shelf

2

top

3

bottom

4

front

5

back

6

side section

7

side section

8

uprising level

8.1

contact area

9

pull-out device

10

linear guide

10.1

longitudinal axis of the linear guide 10

10.2

linear guide element

10.3

linear guide element

10.4

longitudinal axis

10.5

longitudinal axis

10.6

linear guide element

11

fastener

11'

counter-fastening element

12.1

first straight

12.2

second straight

12.3

third straight

13

actuator

14

attachment point

14.1

first attachment point

14.2

first attachment point

14.3

second attachment point

14.4

second attachment point

14.5

third attachment point

14.6

third attachment point

15

coupling point

16

coupling point

17

front frame part

18

rear frame part

19

side frame part

20

side frame part

21

frame interior

22

screw element

23

hanging tab

24

hanging tab

25

insertion section

26

insertion section

27

rolling elements

50

Arrow

51

Arrow

100

support structure

110

negative feedback point

130

Recording

140.1

vertical support

140.2

vertical support

140.1'

vertical support

140.2'

vertical support

140.1"

vertical support

140.2"

vertical support

140.3

vertical support

140.4

vertical support

141.1

other vertical support

141.2

other vertical support

142

leg

143

leg

144

intermediate section

145

flange section

146

connection point

α

angle of inclination

W1

first value

W2

second value

E

retracted position

A

extended position

Claims (8)

1. A shelf (1), comprising

   a top side (2), a bottom side (3), a front side (4), a rear side (5) and two opposite lateral parts (6, 7), the top side (2) forming a support plane (8) for goods,

   a pull-out device (9) by means of which the shelf (1) can be pulled out relative to a support structure (100) and which is configured such that the shelf (1) executes or can execute a linear or substantially linear pull-out movement which is inclined by an angle of inclination (α) relative to its top side (2),

   wherein the pull-out device (9) comprises a linear guide (10) which is arranged on the respective lateral part (6; 7) and has two linear guide elements (10.2, 10.3) which can be displaced relative to one another, wherein one of these linear guide elements (10.2) is attached to the associated lateral part (6; 7) and the other linear guide element (10.3) is configured to be attached to the support structure (100), and two coupling points (15, 16) are provided on the other linear guide element (10.3) for this purpose,

   wherein the two coupling points (15, 16) each comprise a hook-in lug (23; 24), wherein the hook-in lugs (23, 24) have an end which is attached or integrally formed on the other linear guide element (10.3) and a lug part which can be used as an insertion part (25; 26) in order to be able to hook and/or push the other linear guide element (10.3) into a corresponding receptacle of the support structure (100) via the hook-in lug (23; 24),

   characterized in that the one hook-in lug (24) faces the rear side (5) of the shelf (1) and the other hook-in lug (23) faces the front side (4) of the shelf (1) and wherein, in the case of the hook-in lug (24) facing the rear side (5) of the shelf (1) the insertion part (26) points in the direction of the rear side (5) of the shelf (1), and in the case of the hook-in lug (23) facing the front side (4) of the shelf (1), the insertion part (25) points downwards towards the bottom side (3) of the shelf (1),

   whereby the shelf (1) can be attached to the support structure (100) by a first insertion movement directed towards the rear side (5) of the shelf (1) and a subsequent second insertion movement directed downwards,

   wherein, by the first insertion movement, the hook-in lug (24) facing the rear side (5) of the shelf (1) is inserted into an associated receptacle of the support structure (100), by the first insertion movement being carried out in the direction of the longitudinal axis (10.5) of the other linear guide element (10.3) towards the rear side (5) of the shelf (1), and

   wherein, by the second insertion movement, the hook-in lug (23) facing the front side (4) of the shelf (1) is inserted into an associated receptacle of the support structure (100), by the second insertion movement being directed downwards.
2. The shelf according to claim 1, wherein the linear guide (10) is a rail guide.
3. The shelf according to claim 1 or 2, wherein the linear guide (10) is a telescopic linear guide.
4. The shelf according to one of the preceding claims, comprising an adjusting device (13) for adjusting the angle of inclination (α) in steps,

   wherein the adjusting device (13) comprises a plurality of attachment points (14) arranged on the respective lateral part (6; 7) in order to be able to fasten the linear guide (10) thereto, and the attachment points (14) comprise at least two first attachment points (14.1, 14.2) and at least two second attachment points (14.3, 14.4),

   wherein the at least two first attachment points (14.1, 14.2) are arranged at a distance from one another and the at least two second attachment points (14.3, 14.4) are also arranged at a distance from one another, and

   wherein the adjusting device (13) is formed by a first straight line (12.1) connecting the at least two first attachment points (14.1, 14.2) inclined relative to the top side (2) of the shelf (1) by a first value (W1) of the angle of inclination (α) and a second straight line (12.2) connecting the at least two second attachment points (14.3, 14.4) inclined relative to the top side (2) of the shelf (1) by a second value (W2) of the angle of inclination (α).
5. The shelf according to one of the preceding claims, comprising a frame structure which has a front frame part (17), a rear frame part (18) and two lateral frame parts (19, 20) connecting the front frame part (17) and the rear frame part (18) while forming a frame interior (21), wherein the front frame part (17) is associated with the front side (4) and the rear frame part (18) is associated with the rear side (5) of the shelf (1) and the respective lateral part (6; 7) of the shelf (1) is respectively formed on one of the lateral frame parts (19, 20).
6. An arrangement of a shelf (1) according to one of the preceding claims on a support structure (100), wherein the shelf (1) is attached to the support structure (100) via the pull-out device (9) and can be brought from an inserted position (E) on the support structure (100) into a pulled-out position (A) relative to the support structure (100).
7. The arrangement according to claim 6, the support structure (100) comprising four vertical supports (140.1, 140.2, 140.3, 140.4), which have an elongated form and, in the installed state, extend with their longitudinal extension in the vertical direction and each have a plurality of mating coupling points (110) in order to couple the pull-out device (9) of the shelf (1) thereto via their coupling points (15, 16), wherein two of the vertical supports (140.1, 140.2, 140.3, 140.4) are respectively associated with one of the lateral parts (6, 7) of the shelf (1).
8. The arrangement according to claim 7, wherein the mating coupling points (110) of the respective vertical support (140.1; 140.2; 140.3, 140.4) are arranged one behind the other in the longitudinal direction of the associated vertical support (140.1; 140.2; 140.3, 140.4).

Images