EP3016551A1

EP3016551A1 - Shelf element for a shelf of a rack, in particular a sliding rack, shelf frame, shelf, and rack

Info

Publication number: EP3016551A1
Application number: EP15753607.9A
Authority: EP
Inventors: Rickard Nilsson
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-07-14
Filing date: 2015-07-10
Publication date: 2016-05-11
Anticipated expiration: 2035-07-10
Also published as: EP3016551B1; WO2016008476A1; DE112015001979A5; DK3016551T3; PL3016551T3; DE102014109854A1

Abstract

The invention relates to a shelf element (1; 1') for a shelf (200) of a rack, in particular a sliding rack, comprising an elongate main body (2) and a material segment (3) that is arranged on the main body (2) in such a way that an insertion holder (4) for a functional part (290) and/or for an information carrier (310) is formed, which insertion holder is open in the direction of a longitudinal side of the main body (2). According to the invention, the shelf element (1; 1') is an extruded part and the insertion holder (4) is formed by extrusion. The invention further relates to an extrusion die. Furthermore, the invention relates to a shelf frame (100), a shelf (200), and a rack, in particular a sliding rack.

Description

Shelf element for a shelf of a shelf, in particular slide shelves, and shelf frame,

Shelf and shelf

The invention relates to a shelf element for a shelf of a shelf, in particular slide shelves, with an elongated base body and a material portion which on the base body to form a in the direction of a

Longitudinal side of the body open plug-in receptacle for a functional part and / or an information carrier is arranged. The invention further relates to a shelf frame, a shelf and a shelf, in particular slide shelf.

A shelf element of the type discussed here allows the attachment of a functional part, such as a goods stopper, in a simple manner by the functional part is inserted into the Einsteckaufnahme. The Einsteckaufnahme is to be designed so that the insertion of the

Function part is guaranteed in the Einsteckaufnahme without jamming or jamming and nevertheless the functional part is held securely in the Einsteckaufnahme, even if caused by the goods considerable force on the

Function part acts. For this purpose, the Einsteckaufnahme is also possible to realize as accurately as possible in the given dimensions.

In practice, however, it has been shown that the

required dimensional accuracy for the Einsteckaufnahme is often missed when the Einsteckaufnahme means

Biegeumformung the material section relative to the Body is formed. Because by one in the

Bending deformation occurring spring-back effect of the bent material portion can be only insufficiently accurate predetermine the end position of the bent material portion.

An embodiment of the invention is therefore an object of the invention to provide a shelf element with the features mentioned above, which can be easily and inexpensively manufactured with a sufficiently high dimensional accuracy. In particular, the insertion of the

Shelf element a sufficiently high dimensional accuracy

get. Furthermore, a shelf frame, a shelf and a shelf are to be proposed, which are suitable for the use of such a shelf element.

This task comes with a shelf element with the

Characteristics of claim 1 and solved with a shelf element with the features of claim 8. To solve the

Task is further proposed an extrusion die with the features of claim 10. In addition, to be

Solution of the problem a shelf frame with the features of claim 11, a shelf with the features of claim 14 and a shelf with the features of claim 16

proposed. Advantageous embodiments of the invention will become apparent from the dependent claims, the following

Description and the figures.

According to one embodiment of the invention has a

Shelf element for a shelf of a shelf,

in particular slide shelves, an elongate base body and a material portion which on the base body to form a longitudinal direction in the direction of a longitudinal side of the base body open plug-in receptacle for a functional part and / or an information carrier is arranged. In particular, the

Plug-in receptacle elongated. In particular, the insertion receptacle extends with its longitudinal extent in

Longitudinal direction of the body.

It is envisaged that the shelf element a

Extruded part is. In particular, the Einsteckaufnahme is formed by extrusion. In particular, the basic body with the material section arranged thereon is through

Extrusions formed.

As a result, the shelf element is technically simple and inexpensive to implement. In addition, the shelf element has a high dimensional accuracy, because by the extrusion of the cross section of the shelf element is predetermined by the shape of the extrusion die. Any springback effects of the material portion in the direction of the base body, as for example in a

bending-shaped material section are favored, are thus avoided. By means of extrusion is the location of the

Material section relative to the main body rather determined by the extrusion die and is in the course of the extrusion process for a virtually arbitrary length of

Retain extruded or shelf element. The Einsteckaufnahme formed by the material portion and the body thus also comes a high

Dimensional accuracy too.

Under the extrusion is to be understood in particular, the solid to viscous materials, in particular curable

Recyclable materials, under pressure continuously from a shaping Opening of an extrusion die are pressed out. This creates body with the cross section of the shaping opening of the extrusion die in theoretically arbitrary

Length. The shelf element is by such

Extruded profile formed or has such

Extruded profile on.

Extrusion can also be referred to as extrusion. The extruded part formed therefrom corresponds to the extrusion produced by extrusion. To form the shelf element, a Kaltextrusion, heat extrusion and / or hot extrusion can be used.

For example, the shelf element is made of a

Extruded blank formed, which has been post-treated, for example, at least one forming process,

Separation method, joining method, coating method and / or method for changing the material properties has been subjected.

The shelf element is designed to be as

Function part of a goods stopper in the Einsteckaufnahme

can be inserted. Also, the shelf element is suitable, which can be inserted as an information carrier a price rail or a price tag in the Einsteckaufnahme.

In particular, the functional part or the information carrier is designed as a surface part, for example a plate-shaped and / or disc-shaped surface part.

In particular, the shelf element is an elongated

Bautei1, in particular profile part whose cross section in

Longitudinal extent is substantially constant, for example, is substantially consistent throughout. In particular, the main body and the material portion form an elongated profile, which has a substantially constant cross-section in its longitudinal extent.

In particular, the material portion and the base body in each case form a side wall of the insertion receptacle which, for example, lie opposite one another. In particular, the mutually facing and the Einsteckaufnahme forming

Wall surfaces, such as those of the base body and

Material section formed side walls, formed substantially straight.

According to one embodiment of the invention, it is provided that the shelf element made of aluminum, a

Aluminum alloy or the like extrudable material, in particular metallic material or plastic, or comprises such a material.

If the shelf element made of aluminum or a

Aluminum alloy consists of or has such a material, the shelf element is relatively light in weight and can be easily handle when building a shelf or a shelf. In addition, that is

Shelf element corrosion-resistant, making it suitable for use in corrosive areas.

According to a further embodiment of the invention, at least one, in the longitudinal extent of the

Shelf element extending cavity for fastening receiving a connecting means for tying a

Attachment, a shelf component and / or a

Shelf component provided. In particular, the cavity of accessible on the outside and designed in particular for the front-side fixing receiving a connection means. In particular, extends or extends the

Cavity in the longitudinal extent of the body.

It is advisable that the cavity in the region of a transition between the base body and the material portion is formed on the shelf element. For example, the cavity is arranged in the region of the bottom of the insertion receptacle on the shelf element. The cavity forming at least one wall of the shelf element reinforces or stiffens the shelf element additionally. As a result, the shelf element is reinforced in its longitudinal extent, so that a deflection in the longitudinal extent is effectively counteracted.

By the cavity in the region of the transition from the base body to the material portion, for example in

Is the region of the bottom of the Einsteckaufnahme arranged, is reinforced by the cavity forming wall in a simple manner, the Einsteckaufnahme against bending in the longitudinal extent of the shelf element or stiffened. By just in this area, the shelf element can be fixed to the front of a shelf or shelf, beyond an additional positional stability for the

Einsteckaufnahme achievable, which even a high force acting on the material portion, for example

caused by goods oppressive against a goods stopper.

According to a further embodiment of the invention, at least one further, in the longitudinal extension of the Shelf element extending cavity for fastening receiving a connecting means for tying a

Attachment, a shelf component and / or a

Shelf component provided, this further cavity is arranged at a distance from the cavity described above. As a result, the shelf element can be fixed to the front side at two spaced locations on a shelf or a shelf. Due to the double connection is avoided in a simple manner that the shelf element rotates about its longitudinal axis when, for example, on a plugged into the Einsteckaufnahme goods pressure, for example, caused by pressing against the goods stopper goods, is exercised.

A further embodiment of the invention is that the main body as a hollow body with closed

Cross-section or open cross-section is formed and at least one in the longitudinal extent of the

Attachment, a shelf component and / or a

Shelf component has, including a wall forming the hollow body with respect to at least one wall side has a curvature. This cavity may be the cavity described above or the further cavity described above.

By this measure, the shelf element with a small wall thickness and at the same time to realize the at least one cavity in spite of the small wall thickness of the shelf element in a simple manner. According to a further embodiment of the invention, it is provided that the main body is a U-profile or

Angle profile with two legs, one leg of which together with the material portion form the Einsteckaufnahme, for example by the material portion of a portion at a longitudinal end of the leg below

Training a bottom portion of the Einsteckaufnahme going off. As a result, with relatively little use of material that

Shelf element to realize, which nevertheless a

sufficient component stability, especially in the area of the insertion receptacle, comes. Also, this is the

Insert receptacle in manufacturing technology simple way to realize. Manufacturing technology is easy to implement the Einsteckaufnahme when the material portion of the outside of the one leg of the U-profile or angle profile

opposite. The outside of the leg then forms an inner wall side of the Einsteckaufnahme.

It lends itself to that as a U-profile

formed base body of the U-shaped cross-section relative to the substantially U-shaped cross-section of the

Plug-in receptacle in the opposite direction is open. This is a technically simple way a sufficiently stable shelf element together with the Einsteckaufnahme

realized, wherein the legs of the U-shaped

Cross-section connecting intermediate section can be used as a support or support for a bottom part of a shelf on which the goods are placed. In this

Orientation of the body is then a functional part or Information carrier from the insurrection side of the goods into the insertion receptacle insertable.

The material section itself can be formed as an angle profile, for example L-profile, and with a

Leg end, for example, along a longitudinal side, connected to the body, in particular be molded. In this way, by means of the material portion in a technically simple manner form the insertion receptacle together with the body.

According to a further embodiment of the invention, the one leg of the main body and the material portion are arranged at least over a portion with substantially equal distance from each other, in particular so that the mutually facing and the side walls of the

Einsteckaufnahme forming wall sides of material portion and legs have a substantially equal distance from each other. It is also advisable that this leg relative to the adjacent leg in a formed as an angle profile body or against an adjacent intermediate portion of a trained as a U-profile

Body at an angle of more than 90 degrees,

especially at an angle between about 90.5 degrees and about 90.0 degrees, preferably about 93 degrees.

As a result, the insertion receptacle is in its insertion direction relative to the other leg or the intermediate section, which is usable for the installation of a shelf part,

slightly inclined, without causing the distance between the opposite wall surfaces of the

Plug-in receptacle changed. A goods stopper can thereby are inserted without jamming or edges in the Einsteckaufnahme, wherein the inserted goods stopper then stands with a slight slope corresponding to the inclination of the Einsteckaufnahme to the support surface and thus to the goods. If the goods press against the goods stopper, for example, when the shelf element is used on a slide shelf, is counteracted by the entgegentretende the goods slight skew of the goods stopper too much bending and thus pushing out the goods stopper from the Einsteckaufnahme.

It can be provided according to a further embodiment of the invention, a shelf element for a shelf, in particular slide shelf, with an elongated base body and a material portion, which via a transition to the

Basic body with the formation of an elongated, open in the direction of a longitudinal side of the main body plug-in receptacle for a functional part and / or an information carrier is connected, wherein the Einsteckaufnahme with their

Longitudinal extent in the longitudinal direction of the body extends, and with at least one, in the longitudinal extension of the

Main body extending and arranged in the region of the transition cavity for fastening receiving a

Connecting means for attaching an attachment, a

Compartment component and / or a shelf component, wherein the shelf element is an extrusion and the

Einsteckaufnahme is formed by extrusion.

This allows the already to the above

Achieve embodiment of the shelf element described advantages. The main body of the further embodiment of the shelf element, the main body of the above

be described embodiment of the shelf element.

Also, the material portion of the further embodiment of the already above-mentioned embodiment of

Shelf element described material section be.

In addition, all other elements of the further embodiment of the shelf element, the components of the embodiment of the above-described

Corresponding tray element. Also, the more

Embodiment of the shelf element described in the above embodiment of the shelf element

Embodiments have.

According to one embodiment of the invention, it is provided that the base body has at least one leg, which together with the material portion of the

Plug-in receptacle forms. As a result, the base body is realized with relatively little use of material, for example in that the base body has a U-shaped cross-section or an angular, in particular L-shaped cross section and the leg forms a leg of this cross section.

In the embodiments described above, the shelf element may be a frame part for a shelf frame, in particular a front frame part for a shelf frame.

Furthermore, the invention comprises an extrusion die with a matrix body formed in such a way that thus a shelf element of the type described above or a Blank for a shelf element of the type described above is formed by extrusion molding.

In addition, the invention comprises a shelf frame for the shelf of a shelf, in particular slide shelves, with a shelf element of the type described above and an opposite further shelf element of the type described above or another

Shelf element, which are connected to each other with at least two side parts to form a frame. On the shelf frame, a goods support may be placed so that the shelf frame is the carrier of the goods edition.

It is advisable that the side parts are fastened to the respective shelf element by means of at least one connecting means, which engages in the at least one cavity of the shelf element. The connecting means is for example a screw. For attachment to the shelf member, the cavity may be threaded, which engages the screw member to make the attachment. Also, the connecting means may be formed by a thread-cutting screw. In this case, the thread is formed by first screwing the screw into the cavity.

According to one embodiment of the invention, it is provided that the side parts perform a function as a goods separator, for example, the side parts to this over the

Warehouse surface of the shelf extend or

protrude. This can be dispensed with a separate goods separator in the region of the side part. At least one of the side parts may be an extrusion. For example, the at least one side part may be formed from an extruded blank which has been after-treated, for example at least one forming method,

At least one of the side parts may have a projection which faces on a goods support

Side of the side part protrudes outward. For example, the projection then serves as a spacer for the auflegbaren on the goods goods, whereby the side part only by means of the projection in abutment against the adjoining goods.

The projection may be elongated,

for example, in that the longitudinal extent of the projection extends in the longitudinal extent of the side part. As a result, the projection causes a reinforcement or stiffening of the

Side part. For example, the projection may be formed as a bead.

It may be arranged in the region of the longitudinal end of the side part of the projection or it may be there

be arranged further projection, which is formed as a thickening in the region of the end. As a result, the projection on the one hand has the effect of a spacer with respect to the goods. At the same time, the projection serves as a protection against injury, since the thickening a sharp-edged end

Training of the side part is avoided. In addition, at least one of the side parts may have a recess which on the goods support

facing side of the side part is formed.

For example, the recess extends in the longitudinal extent of the side part and serves to receive an upstanding edge of the goods support or the goods support described above. The recess may be formed such that a longitudinal side surface of the edge can be applied thereto.

Furthermore, the invention comprises a shelf for a shelf, in particular slide shelf, with at least one

Shelf element of the type described above and / or a shelf frame of the type described above.

The shelf may have a goods support or a bottom part on which goods can be placed. The bottom part may be formed as a surface part and

for example, a sliding or sliding of goods favor it.

It is advisable that the goods edition by a

Sheet metal part is formed. The sheet metal part may have a relatively smooth surface, so that sliding or sliding of the goods on the support surface is favored. The bottom part or the goods support is then in the manner of a slide plate

educated .

According to one embodiment of the invention, the goods support is designed as a provided with a support surface for goods flat goods support whose edges are folded by bending deformation. The goods support or the bottom part are biegeversteift by the bends, so that thereby a Bending the goods support in a simple manner

counteracted.

For example, at least one of the edges of the

Warehouse intervene in the Einsteckaufnahme at least one of the shelf elements. As a result, the goods support is additionally positioned relative to the shelf element and held against a displacement of the goods support relative to the shelf element form fit.

It may also be provided that the to

Side edges of the goods bearing edges of the

Stand support surface upwards. This is the reason for that

Warehouse additionally a function as a goods separator and / or goods stopper too.

In addition or alternatively, the shelf as

Warehouse have at least one roller conveyor on which goods can be placed. The roller conveyor may comprise a plurality of rotatable rollers or non-rotatable sliding elements on which the goods can be moved along at least one direction in a simple manner.

Furthermore, the invention comprises a shelf, in particular slide shelf, with at least one shelf element of the type described above, a shelf frame of the type described above and / or a shelf of the type described above.

Other goals, benefits, features and

Applications of the present invention will become apparent from the following description of two Embodiments with reference to the drawing. All described and / or illustrated features alone or in any meaningful combination, the subject of the present invention, regardless of their

Summary in the claims or their dependency.

Show it:

1 shows a possible embodiment of a shelf for a shelf in perspective,

Fig. 2, the shelf according to the figure 1 in one

Schnittdarsteilung,

3 shows the area A of the shelf according to the figure 2 in an enlarged view,

Fig. 4 shows a possible embodiment of a

Shelf element for a shelf according to the figure 1 in perspective view,

Fig. 5, the shelf element according to the figure 4 in one

Querschnittsdarsteilung,

6 shows the goods support of the shelf according to the figure 1 in perspective view,

7 shows the area B of the goods support according to the figure 8 in an enlarged view,

Fig. 8, the goods support according to the figure 8 in a

Schnittdarsteilung, Fig. 9 one of the side parts of the shelf according to the

Figure 1 in a side view, Fig. 10, the side part according to the figure 6 in one

Schnittdarsteilung,

Fig. 11 shows another possible embodiment of a

Shelf element which can be used in a shelf according to the figure 1, shown in the installed state on a shelf in

Schnittdarsteilung,

Fig. 12 shows another possible embodiment of a

Shelf in perspective and

13 shows a section of the shelf according to FIG. 12 in the region of a shelf element in sectional representation.

Figure 1 shows a schematic representation - a possible embodiment of a shelf 200 for a shelf in a perspective view. Figure 2 shows the shelf

200 in a sectional view. The shelf 200 has a

Shelf frame 100, which carries a goods support 210 with a support surface 220 for goods.

The shelf 200 may include a plurality of shelf dividers 270, by which the goods shelf 210 is divided into sheets 280 so that goods located by the sheets 280 on the goods shelf 210 are separated from each other. The shelf

200 may further include a functional part 290, for example a

Have goods stopper, which preferably at the Front 300 of the shelf 200 is located. There may also be an information carrier 310, for example in the manner of a

Price tag or a price rail, be provided on the shelf 200.

The shelf 200 is suitable for use as a shelf in a slide shelf. In a slide shelf, the shelves are arranged in an inclined position, wherein the

Support surface slopes down towards the front.

This leads to a slipping of the rear goods of a series of goods when a front goods is taken out of the range.

If the shelf 200 is used on a slide shelf and the shelf 200 has the functional part 290 or the goods stopper, this goods stopper serves to stop the sliding movement of goods on the goods support 210th

Due to the inclination of the shelf 200 in one

Slide shelf press the goods due to their own weight against the goods stopper, through which a falling out of the goods is prevented from the underlying front side 300 of the shelf.

For example, the shelf 200 may be installed in a slide shelf such that the shelf 200 in the region of its front side 300 on a connecting means,

For example, a cross member, rests and in the region of its rear end on the slide shelf, in particular

Shelf supports of the slide shelf, is connected. For this purpose, the shelf 200 may have at least one attachment point 320 in the region of its rear end. For example, the connection point 320 is formed by the one part of a bayonet connection, so that the other part of the bayonet mounted on the slide shelf passes through

Insertion at the connection point 320 and moving the shelf 200 in the direction of the rear reaches a positively secured end position and thus the desired

Positive connection is realized.

As can be seen in particular from a combination of FIGS. 1 and 2, the shelf frame 100 comprises two

Shelf elements 1 and 110, which as frame parts of

Shelf frame 100 can be used. The shelf elements 1 and 110 are connected to each other via side parts 120 and 130 to form the shelf frame 100.

3 shows the shelf 200 in a front area, which is marked "A" in FIG

it can be seen in particular that serves

Shelf element 1 as a frame part for the

Shelf 100. At the same time the shelf element 1 serves as a holder for the functional part 290 and the goods stopper and also as a holder for the information carrier 310 and the price tag. In addition, the shelf element 1 serves the connection of the goods separator 270.

FIG. 4 shows the shelf element 1 in a perspective view. FIG. 5 shows the shelf element 1 in a cross-sectional view. As can be seen, the shelf element 1 is elongated and has an elongated base body 2 and a material portion 3, which on the base body 2 to form a in

Direction of a longitudinal side of the main body 2 open, in particular elongate insertion receptacle 4 is arranged, in particular is connected to the base body 2. The

Plug-in receptacle 4 serves to receive a functional part, such as the goods separator 270 and / or a

Information carrier such as the price tag 310. In particular, the insertion receptacle 4 extends with its longitudinal extent in the longitudinal direction of the base body 2. The insertion receptacle 4 can in the longitudinal extension of the

Shelf element 1 or in the longitudinal extent of the main body 2 to be open at the end.

The shelf element 1 is made of an extruded blank, wherein the insertion receptacle 4 by

Extrusions is formed. Preferably, the base body 2 and also the material portion 3 are also through

Extrusions formed. Preferably, the extruded blank is made of aluminum or an aluminum alloy. Preferably, the material portion 3 in the longitudinal direction of the

Shelf element 1 formed continuously and preferably geradflächig, formed for example in the manner of a plate member.

The shelf element 1 has a in his

Longitudinal extension extending cavity 5, which serves for fastening receiving a connecting means for attaching an attachment part of a shelf component and / or a shelf component. Preferably, the cavity 5 in the region of a transition 12 between the base body 2 and the

Material section 3 is provided. Preferably, the cavity 5 is formed by extrusion. The shelf element 1 may have a further extending in the longitudinal direction cavity 6, which also serves for fastening receiving a connecting means for tying an attachment, a shelf component and / or a shelf component. The further cavity 6 may be arranged at a distance from the cavity 5. Also, the cavity 6 may be formed by extrusion.

The cavities 5 and 6 allow attachment of the shelf element 1 relative to the side parts 120 and 130 of the shelf frame 100, as indicated in Figure 1. There are connecting means 50 can be seen, which from the outside, the through holes in the side members 120 and 130th

pass through and into the cavities 5 and 6 of the

Shelf element 1 engage to form a fastening. For example, the connecting means may be formed as screw elements, which are screwed into a mating thread of the cavities 5 and 6. Also, the connecting means 50 may be thread-cutting screw, so that with the screwing of the screw in the

Cavity 5 and 6 at the same time the mating thread in the cavity 5 and 6 is generated.

The main body 2 can be used as a U-profile, in particular

open U-profile, with a substantially U-shaped cross-section and a substantially transverse thereto, in particular perpendicular thereto extending longitudinal extent be formed. The U-shaped main body 2 then has, for example, two legs 7 and 8, which originate from a common intermediate section 9. One of the legs 7 and 8, for example, the leg 7, together with the material portion 3, the insertion receptacle 4 by the Material section 3 of a region at the end 16 of the leg 7 to form the bottom of the Einsteckaufnahme 4 goes off.

Preferably, the insertion receptacle 4 is arranged open in the opposite direction with respect to the U-shaped cross-section of the main body 2. This is an insertion of a functional part and / or information carrier of the

Goods support surface 220 of the goods support 210 ago possible, the intermediate portion 9 can be used with its outside at the same time as a support for the goods edition 210, as can be seen for example in Figures 2 and 3.

As can be seen in particular from FIG. 5, the limb 7 of the U-shaped main body 2 can be opposite the

Intermediate section 9 are at an angle W of more than 90 degrees. For example, the angle W may be from about 90.5 degrees to about 95.0 degrees. By doing

Embodiment according to the figure 5 is an example of an angle of about 93 degrees realized.

Preferably, the material portion 3 and the leg 7 are at least in their mutually opposite and the inner sides of the Einsteckaufnahme 4 forming wall surfaces formed substantially parallel to each other. Due to the slight inclination of the leg. 7

relative to the intermediate portion 9 thus also has the

Material section 3 or at least the by the

Material section 3 formed inner wall side 10 and also preferably the formed by the leg 7 inner wall side 11 of the Einsteckaufnahme 4 a corresponding minor

Inclined on, so that introduced into the insertion receptacle 4 functional part 290 and the goods stopper in a slight skew slightly inclined towards the goods on the edition 210 goods can be arranged

is set, as can be seen for example from Figures 2 and 3.

As can be seen in particular from FIG. 5, at least one of the cavities 5 and 6, for example the cavity 6, can be formed by a wall 14 which

with respect to at least one wall side 15 has a curvature 13. Preferably, the wall 14 is curved outward by the curvature 13. By way of example, the wall 14 may be formed there by a pipe which has a cylindrical cross-section and which has been formed in the course of the extrusion process.

As can be seen in particular from FIG. 4, the shelf element 1 has on its main body 2 a multiplicity of elongate passage openings 17, which communicate with their base body 2

Longitudinal extent transverse to the longitudinal extent of the base body 2. Preferably, the passage openings 17

arranged substantially parallel to each other. The passage openings 17 may be formed on the intermediate section 9 and / or on the leg 8 of the U-shaped main body 2. Preferably, the through holes 17 have been introduced into the extruded blank, for example, by milling, drilling, cutting or the like method. At the passage openings 17, the goods separator 270 can be attached, for example by one end of a goods separator 270, in particular a plate-shaped end is inserted into one of the through holes 17, such as

For example, from Figures 2 and 3 can be seen. As can be seen in particular from FIG. 2, the further shelf element 110 can be produced in the same way as the shelf element 1. Also, the further shelf element 110 may be identical and / or functionally identical to the shelf element 1. Also the other

Shelf element 110 can in this respect be an extruded part or at least based on an extruded blank.

Alternatively, the further shelf element 110 may be formed identically to the shelf element 1, but without the material section 3 and thus without the insertion receptacle 4, which is provided in the shelf element 1.

For example, the further shelf element 110-like the shelf element 1-can have a substantially U-shaped cross-section and have a longitudinal extent extending transversely thereto, in particular perpendicular thereto. Likewise, the cavities 5 and 6 provided on the shelf element 1 can also be provided in the same way on the further shelf element 110.

FIG. 6 shows the goods support 210 in perspective view. FIG. 7 shows a detail of FIG

Edge region of the goods support 210, which is marked "B" in Figure 6. Figure 8 shows the goods support 210 in a cross-sectional view As can be seen from Figures 6, 7 and 8, the goods support 210 with their

Support surface 220 may be formed flat. Preferably, the goods support 210 is angular, for example quadrangular, with the edges 230, 240, 250 and 260 projecting upwards and / or downwards from the support surface 220 on the sides. The edges 230, 240, 250 and 260 may be bent by bending deformation. Preferably, at least one edge 230 and 240, which in the installed state of the goods support 210 the

Shelf elements 1 and 110 are facing, folded down. The downwardly projecting edge 230 or 240 can then in the respective insertion receptacle 4 of

Tray element 1 and 110 engage. This results in a positioning of the goods support 210 relative to the shelf frame 100. For this purpose, the insertion receptacle 4 of the shelf elements 1 and 110 may have a recess 19 in one of the side walls of the insertion receptacle 4. Preferably, the recess 19 in the side wall of the

Insert receptacle 4 formed, which is realized by the base body 2, as can be seen in particular from Figure 5. The recess 19 may be realized by an incision or an undercut in the side wall.

Preferably, the edges 250 and 260 of the goods support 210, which face the side parts 120 and 130 of the shelf 200, are folded away from the supporting surface 220 so as to project upwards. As a result, the edges 250 and 260 serve as a lateral boundary for goods on the goods support 210th

Preferably, the goods support 210 in a series of successively arranged through ^holes 17 ^Λ , which may each be formed as a slot and lie with their elongated extent transverse to the course of the series, the through ^holes 17 ^Λ may be arranged to extend parallel to each other. The series with the

^{Through holes} 17 ^Λ may in the region of an edge on the

Ware support surface 220 may be provided, which is associated with the beveled edge 230, for example. In the same education can to the

opposite edge region in the same training

^{Through holes} 18 ^{Λ be} provided. Also the

^{Through holes} 18 ^Λ are arranged one behind the other in a row, wherein the elongated extent in

Substantially transverse to the longitudinal extent of the row. The passage ^openings 18 ^Λ are associated, for example, the edge region at which the folded edge 240 is located.

The through ^holes 17 ^Λ and 18 ^Λ are such

dimensioned that placed on the shelf frame 100 goods support 210 through the through ^holes 17 ^Λ each have a passage through the through holes 17 of the

Form shelf element 1 and form through the through ^holes 18 ^Λ each a passage through the (not visible in the figures) through holes of the other shelf element 110. This is an insertion of the ends of the

Goods separator 270 allows.

As can be seen in particular from FIG. 8, the downwardly bent edges 230 and 240 may be at an angle W * to the support surface 220, which is greater than 90 degrees. If the shelf element 1 and / or the other

Shelf element 110 has a slightly inclined wall, as can be seen for example in the embodiment of Figure 5, preferably the inclination of the edges 230 and 240 made in a corresponding manner or at least made so far that the edges 230 and 240 without jamming in the respective Einsteckaufnahme 4 of

Shelf element 1 or other shelf element 110 can intervene. FIG. 9 shows the side part 120 of the shelf frame 100 in a view of the side facing the goods support 210. FIG. 10 shows the side part 120 in one

Sectional view. The side part 120 has

Through openings 140 in order to reach therein the connecting means 50 for fixing the side part 120 to the shelf element 1 and the other shelf element 110.

The side part 120 also has passage openings 150, to which any cross struts can be attached. The passage openings 150 may have a first

Have area, which as an insertion for a

Cross strut is formed. The cross strut can be pushed through this insertion area, even if the side part 120 is already mounted on the shelf 200. The passage openings 150 preferably have a second smaller passage area, in which a

Cross strut can be engaged with a terminal arranged connecting element, for example, a

To achieve positive connection with the side part 120.

The side part 120 may have a projection 160 on the side facing the goods support 210 side. The protrusion 160 can serve as a spacer for the goods restrained on the goods 210 goods, whereby the side part 120 only by means of the projection 160 in abutment against the

subsequent goods arrived. The projection 160 may be elongate, for example, in that the longitudinal extension of the projection 160 extends in the longitudinal extent of the side part 120. The projection 160 thereby causes a gain or stiffening of the side part 120. For example, the projection 160 may be formed as a bead.

The side part 120 may have in the region of its Längsseit outward end a projection 180 which faces the goods support 210. The projection 180 can serve as a spacer for auflagbare on the goods support 210 goods, whereby the side part 120 only by means of the projection 180 comes into contact with the adjoining goods. The projection 180 may be elongate, for example, in that the longitudinal extent of the projection 180 extends in the longitudinal extent of the side part 120.

For example, the projection 180 can be used as an end

Thickening be formed. As a result, a reinforcement or stiffening of the side part 120 is effected. This also causes an injury protection for users of the shelf.

Preferably, the side part 120 is made of a

Extruded blank formed, which, for example, in

can be treated further processing steps. In the same way, the side part 130 by a

be formed extruded blank. In this respect, the side parts 120 and 130 are preferably extruded parts.

In addition, the side part 120 can have a recess 170 on the side facing the goods support 210.

Preferably, the recess 170 extends in the longitudinal extent of the side part 120 and serves to receive an upstanding edge of the goods support 210, for example, the edge 250 or 260. Preferably, the side part 130th

identically constructed and / or functionally identical to the side part 120. Figure 11 shows another possible embodiment of a shelf element 1 which as a frame part for a

Shelf frame, for example, the shelf frame 100 of the shelf 200 according to the figure 1 is suitable.

The shelf element 1 ^Λ according to the figure 11 differs from the shelf element 1 according to the previous figures, inter alia, characterized in that there provided cavity 5 for attaching a connecting means to the

Attachment of an attachment, a shelf component and / or a shelf component, which forms the leg 8 of the U-shaped main body 2, is offset inwards, so that the inwardly directed wall side has a curvature 13 ^Λ . The shelf element 1 ^Λ according to the figure 11 differs from the shelf element 1 according to the previous figures, inter alia, in that the cavity 6 is arranged in the region of the inside of the leg 7, so that the wall 6 forming the cavity 6 with respect to the inside of the Leg 7 has the bulge 13. In addition, the distance of the cavity 5 to the goods support 210 or the intermediate section 9 is preferably somewhat greater than the distance between the goods support 210 and the intermediate sections 9 with respect to the cavity 6.

FIG. 12 shows another possible embodiment of a shelf 200 which is formed in the same way as the shelf 200 according to FIG. 1 by means of the shelf frame 100. With regard to the construction and the function of the shelf frame 100 is on the comments on the

referenced previous figures. The shelf 200 ^Λ according to FIG. 12 differs from the shelf 200 according to FIG. 1 inter alia in that a goods support 210 ^{Λ is} provided, which is formed by at least one, preferably at least two roller conveyors 340. The respective roller conveyor 340 has a plurality of rollers arranged in a row behind one another, the central axis of the rollers being transverse to the row

is arranged. The roller conveyor 340 may have the rollers each rotatably or rotatably mounted. On the

Roller conveyors 340 roll or slide along goods located thereon, for example, when the shelf 200 ^Λ in a

Slide shelf is arranged so thus the shelf is in an inclined position. The roller conveyors 340 are end to the

Shelf elements 1 and 110 arranged, for example in the through holes 17 of the shelf elements 1 and 110th

plugged in. The shelf 200 ^Λ can be equipped in the same way with the shelf element 1 ^Λ according to Figure 11 and a trained in the same way further shelf element, for example, without the insertion receptacle 4, as shown in Figure 13 can be seen. To stabilize the shelf frame 200 ^{Λ a} plurality of cross braces 350 are provided between the side members 120 and 130, which may be suspended, for example, the ends in the corresponding through holes 150 of the side parts 120 and 130. Reference list

Shelf element

body

material section

Insertion ahme

cavity

leg

intermediate section

Inner wall side

crossing

bulge

Λ vaulting

wall

wall side

The End

Through opening

Λ through hole

Recess connecting means 0 shelf frame

0 shelf element

0 side panel

0 side panel 140 passage opening 150 passage opening 160 projection

170 recess

180 advantage

200 shelves

200 ^Λ shelf

210 goods edition

210 ^Λ Goods edition

220 contact surface

230 edge

240 edge

250 edge

260 edge

270 goods separators

280 train

290 functional part

300 front side

310 information carriers

320 connection point

340 roller conveyor

350 cross brace W angle

angle

Claims

P a t e n t a n s p r u c h e

Shelf element (1; 1 ^Λ ) for a shelf (200) of a shelf, in particular a sliding shelf, with an elongated base body

(2) and a material section

(3), which is on the base body (2) to form an open one in the direction of a long side of the base body (2).

Plug-in receptacle (4) for a functional part (290) and / or an information carrier (310) is arranged, the shelf element (1; ^1Λ ) being an extruded part and the plug-in receptacle

(4) is formed by extrusion.

Shelf element according to claim 1, characterized in that the shelf element (1; ^1Λ ) is made of aluminum, an aluminum alloy or the like extrudable

Material consists or has such a material.

Shelf element according to claim 1 or 2, characterized

characterized that at least one, located in the

Longitudinal extension of the shelf element (1; 1 ^Λ )

extending cavity (5) for fastening accommodating a connecting means (50) for connecting an attachment, a shelf component (side part 120, side part 130) and / or a shelf component is provided, the cavity

(5) in the area of a transition (12) between the base body (2) and the material section (3).

Shelf element (1; 1 ^Λ ) is formed.

Shelf element according to one of the preceding claims, characterized in that the base body (2) as

Hollow body with closed cross-section or open Cross-section is formed and at least one cavity running in the longitudinal extent of the shelf element (1; ^1Λ ).

(6) for fastening reception of a connecting means (50) for connecting an attachment, a shelf component (side part 120, side part 130) and / or a shelf component, for which purpose a wall (14) forming the hollow body has a curvature with respect to at least one wall side (15). (13).

Shelf element according to one of the preceding claims, characterized in that the base body (2) is a U-profile or angle profile with two legs (7, 8), one leg (7) together with the

Material section (3) forms the insertion receptacle (4), for example by extending the material section (3) from an area at a longitudinal end (16) of the leg (7) to form a bottom section

Plug-in receptacle (4) comes off.

Shelf element according to claim 5, characterized in that the leg (7) and the material section (3) are arranged at a substantially equal distance from one another, the leg

(7) opposite the adjacent leg of the angle profile or an adjacent one

Intermediate section (9) of the U-profile is arranged at an angle of more than 90 degrees, in particular at an angle between approximately 90.0 degrees and approximately 95.0 degrees, preferably approximately 93 degrees.

Shelf element according to one of the preceding claims, characterized in that the shelf element (1; ^1Λ ) is a frame part for a shelf frame (100), in particular a front frame part.

8. Shelf element (1) for a shelf, in particular

Slip shelf, in particular according to one of the preceding claims, with an elongated base body (2) and a material section (3), which is connected to the base body (2) via a transition (12) to form an elongated base body (2) in the direction of a long side of the base body (2). open plug-in receptacle (4) for a functional part (290) and / or an information carrier (310), the plug-in receptacle (4) extending with its longitudinal extent in the longitudinal direction of the base body (2), and with at least one in the longitudinal extent of the base body (2) and in the area of the transition (12)

arranged cavity (5) for fastening accommodating a connecting means (50) for connecting an attachment, a shelf component (side part 120, side part 130) and / or a shelf component, the shelf element (1) being an extruded part and the plug-in receptacle (4) by extrusion is formed.

9. Shelf element according to one of the preceding claims, that the base body (2) has at least one leg (7), which together with the material section (3) forms the insertion receptacle (4).

10. Extrusion die with such a design

Matrix base body, so that a shelf element (1; 1 ^Λ ) according to one of the preceding claims or a

Blank for a shelf element (1; 1 ^Λ ) according to one of the preceding claims can be formed by extrusion is .

11. Shelf frame (100) for a shelf (200).

Shelves, especially slide shelves, with one

Shelf element (1; 1 ^Λ ) according to one of claims 1 to 9 and an opposite further shelf element (1; 1 ^Λ ) according to one of claims 1 to 9 or another shelf element, which has at least two side parts (120, 130) to form a Frame are connected to each other.

12. Shelf frame according to claim 11, characterized in that the side parts (120, 130) on the respective

Shelf element (1; 1 ^Λ ) by means of at least one

Connecting means (50) are fastened, which engages in a cavity (5, 6) of the shelf element (1, 1 ^Λ ), in particular fastening.

13. Side part (120, 130) for a shelf frame (100) with the features of a side part (120, 130).

Shelf frame (100) according to claim 11 or 12.

14. Shelf (200; 200 ^Λ ) for a shelf, in particular

Slip shelf, with a shelf element (1; 1 ^Λ ) according to one of claims 1 to 9 and / or a shelf frame (100) according to claim 11 or 12.

15. Shelf according to claim 14, characterized in that a goods support (210) provided with a support surface (220) for goods is provided, the edges (230, 240, 250, 260) of which are folded by bending. Shelf, in particular a sliding shelf, with at least one shelf element (1; ^1Λ ) according to one of claims 1 to a shelf frame (100) according to claim 11 or 12 and/or a shelf (200; ^200Λ ) according to claim 14 or 15.