EP1523907B1 - Shelf system - Google Patents

Description

The present invention relates to a shelving system, in particular for mobile use in a vehicle, according to the preamble of claim 1.

A shelf includes vertical shelf posts to which, among other things, shelves are attached. The shelves are z. B. hooked at your corners to the respective shelf posts, screwed or otherwise determined. For torsional rigidity of such a shelf a shelf rear wall or diagonal struts are provided, otherwise the shelf must be bolted to a wall. A disadvantage is that such shelves can not be easily extended or shortened spatially. Warehousing is complex and difficult to install in a vehicle.

In the prior art, for example, discloses FR 2 145 882 A a shelving system in which the vertical shelf posts are held torsionally rigid with latchable struts therein by the strut has a contour which is complementary to the outer shape of the post and this engages over two outer surfaces of the post. Just here, a lateral extension of the shelving system is not possible due to the enclosure of the post, if several shelf inserts are to be mounted side by side at the same height. Analog shows the DE 1 183 215 B a shelf in which the respective front and rear shelf posts are braced with mounting rails, which support rails engage around the relevant post on two outer surfaces. Although here a lateral extension of the shelf with shelf inserts at the same height is possible, a front shelf post with a rear shelf posts by means of the support rail structure can not be braced together, making this a different, additional bracing structure of the shelf is necessary. According to the AT 199337 B Although individual cross braces of the cabinet frame shown there are torsionally stiff by juxtaposing complementary mating surfaces of vertical frame members on the one hand and cross brace on the other hand fixed, but grab the cross braces such on the respective frame spar that a side strut can not be arranged at the same height as a longitudinal strut.

It is an object of the present invention to provide a shelving system that can be implemented with little construction effort, allows a slight variation in its size and allows a wide combination with various attachments.

This object is achieved with a shelving system as claimed in claim 1. Advantageous developments will become apparent from the dependent claims.

The basic idea of the invention is to provide a shelving system in which shelf posts to be arranged vertically are supported by insert elements to be arranged horizontally to the shelf posts, such that a torsionally rigid bracing of the shelf posts is provided by a positive and non-positive reception of the insert part on abutment surfaces of the respective shelf post. In order to fix the insert form and non-positively on the approach surfaces, the insert has complementary mating surfaces, which lie flush against the approach surfaces in the mounted state of the insert. According to the invention u.a. provided that in the approach surface a groove is provided and the insert part has on its counter surface a nose which engages in the mounted state in the groove. It is also possible that in the approach surface a nose is provided which engages in a groove of the counter surface of the insert part. The approach surface of the shelf post extends in an advantageous manner over the entire height of the shelf post, so that the positive and non-positive reception of an insert part at any height on the shelf post is possible. The mating surfaces on the insert have a height of 3 - 5 cm, preferably 4 cm, to ensure a stable contact with the respective approach surface of the shelf post.

According to an advantageous embodiment, the shelf post is formed from a hollow profile, are provided on the parallel webs for screwing with the insert parts. Mounting holes in the webs in grid height intervals serve to accommodate mounting screws.

Further, it is considered advantageous that the shelf post hollow section is open at its on the installation state related outside. At this open side of the hollow profile can be further attachments, such as panels, rubberized protection profiles, strips, Blinds guides, etc. fasten. In an advantageous embodiment, the opening does not extend completely across the width of the shelf post but is in the form of a slot opening, such that the head of a screw from above or below can be inserted into the hollow profile and the screw thread protrudes through the slot opening to the outside. The screw is then fixed with its head in the hollow profile, which can be attached to the screw thread above attachments by screwing a nut. After tightening the nut, the attachments are firmly attached to the hollow profile.

As an advantageous embodiment, a specially designed for the front of the shelf front shelf post can be provided for the shelf, which has an integral widened end part in the form of a roof-shaped tip.

Furthermore, according to an advantageous embodiment of the respective shelf posts on both sides of its central axis is mirror-symmetrical with respective approach surfaces for positive and non-positive reception of an insert part formed on both sides of the shelf post, so that the shelving system is expandable to each side direction.

According to an advantageous development, the insert part is formed from a frame profile and a separate corner angle, on which the mating surfaces are formed and on whose legs in each case the frame profile can be fixed. To set the frame profile on the corner angle leg and prevent mutual slippage, the frame profile can be riveted or clinched at the corner angle. Due to the separate execution of corner and frame profile inserts can be composed of these elements, with the frame size of the insert in width and length can be determined arbitrarily by the length of the frame profiles. While the frame profile is advantageously made of extruded aluminum, the corner angle can also be made of zinc die-cast or die-cast aluminum.

According to the invention, the shelf post has two mutually perpendicularly arranged abutment surfaces, and the insert part or the corner angle two counter-surfaces complementary thereto. In the corner angle embodiment, the corner angle is positively and non-positively fixed by the two mutually perpendicular approach surfaces of the shelf post at this. Advantageously according to this embodiment is in both approach surfaces of the Shelf each provided a groove into which a nose of the insert part or the corner angle can intervene. While in this embodiment two abutment surfaces are provided with a respective groove, it is considered sufficient to provide only a single mating surface of the insert part or the corner angle with a nose. The respective groove also extends advantageously over the entire height of the shelf post, so that the insert part or the corner angle can be fixed at any height with his nose on the shelf post. Furthermore, advantageously, the nose of the mating surface extends over the entire height of the insert part or the corner angle. This construction of an engagement between the groove and the nose can, of course, also be provided in reverse, that is to say that a lug is provided on the abutment surface of the shelf post and the grooves are formed on the insert part or the corner angle.

With the help of the above shelf system, it is possible to provide a variety of inserts at any height in the grid spacing of the mounting holes in a selectable number in the shelving system. Such inserts may also include trays, or shelves. The shelving system may further include add-on elements such as drawers, trolleys, cabinet inserts, as well as cabinet doors or lift doors. Due to the stable warp-resistant structure of the shelving system, it is not necessary to incorporate these add-on elements, such as a drawer or a drawer pull itself in a torsion-resistant frame, which frame would then be inserted into the shelf. On the contrary, the support system composed of the shelf post and the insert part provides sufficient stability as a frame structure for an attachment element that can be fastened to the shelf post and / or the insert part (s).

For additional attachment or for pulling in an intermediate post, a post holder is provided according to an advantageous embodiment, which is positively and non-positively fixed to an insert part, or on a frame profile and having a head part to which a intermediate post in the required height can be fastened. The intermediate post is advantageously a shortened shelf post. The post holder is advantageously made of zinc pressure or die-cast aluminum.

Above shown construction for a shelving system is particularly suitable for installation in a vehicle. Since additional means for stiffening the shelving system are not required, the shelving system has an advantageously low weight.

For use in a vehicle, an immersion rail is provided according to an advantageous embodiment, with the course of a shelf post is displaceable. This measure is necessary if the shelf is to be installed on a vehicle wall that has a bulge. In this case, the front shelf posts of the shelf are set in the vehicle interior, while the rear shelf posts must adapt to the wall curvature. With the help of the depth jump rail, it is possible to move the rear shelf posts according to the curvature of the vehicle wall to the front, ie further into the vehicle interior. The depth jump rail can also be used as a fastener for attachment of shelf modules, such as a fold-out workbench according to DE 197 46 859 A1 serve. In this regard, the depth jump rail can be provided with internal threads, can be screwed into the bolts of the respective shelf module. The depth jump rail is advantageously made of zinc or die-cast aluminum.

In particular, in a shelving system for mobile use, a lashing according to DE 102 54 505 be fixed to a shelf post or an insert part or frame profile. With the help of the lashing rail can be larger objects with the help of tensioning straps or the like secure in the vehicle interior by a tensioning strap is hung on the lashing and the strap surrounds an object to be held. Furthermore, it is possible to fasten attachment rods to oppositely arranged lashing rails in order to limit the freedom of movement of large objects in the vehicle interior.

• wenig Standardlängen der Bestandteile des Regalsystems benötigt werden,
• diese wenigen Grundbestandteile beliebig miteinander kombinierbar sind, um ein beliebig erweiterbares Regalsystem vorzusehen;
• jedes Anbauelement in beliebig kombinierbarer Weise mit anderen Anbauelementen in das Regalsystem eingesetzt werden kann, da das System für jede Kombination eine ausreichende Verwindungssteifigkeit bildet,
• das Regalsystem in einer äußerst leichten Bauweise gefertigt sein kann,
• es nur geringer Herstellungskosten bedarf.

In summary, the advantages of the shelving system according to the invention are that

• few standard lengths of the components of the shelving system are required,
• these few basic components can be combined with each other as desired to provide an arbitrarily expandable shelving system;
• Each attachment can be used in any combinable manner with other attachments in the shelving system, since the system forms sufficient torsional rigidity for each combination,
• the shelving system can be made in an extremely lightweight construction,
• it only requires low production costs.

• Fig. 1 eine perspektivische Ansicht des erfindungsgemäßen Regalsystems im Grundaufbau
• Fig. 2 eine Ansicht des in Fig. 1 gezeigten Grundaufbaus mit eingesetzten Regal-Anbauelementen
• Fig. 3 eine weitere perspektivische Ansicht des erfindungsgemäßen Regalsystems mit darin eingepassten Anbauelementen;
• Fig. 4 eine perspektivische Ansicht des Regalsystems mit eingesetzten Anbauelementen und Verzurrschienen;
• Fig. 5 einen schematischen Querschnitt einer Ausführungsform des erfindungsgemäßen Regalsystems für vordere Regalpfosten und einem Einsatzteil aus Eckwinkeln und Rahmenprofilen;
• Fig. 6 einen schematischen Querschnitt einer weiteren Ausführungsform des erfindungsgemäßen Regalsystems, zusammengesetzt aus vier vertikalen Regalpfosten und einem Einsatzteil aus Eckwinkeln und Rahmenprofilen;
• Fig. 7 Details des Regalsystems, d. h. einen Schnitt A-A aus Fig. 6, eine auf das Einsatzteil aufgeklipste Blende sowie eine an ein Rahmenprofil angepasste Pfostenhalterung;
• Fig. 8 einen Querschnitt eines hinteren und eines vorderen Regalpfostens gemäß der in Fig. 6 gezeigten Ausführungsform;
• Fig. 9 eine Tiefensprungschiene in Seitenansicht zur Versetzung eines hinteren Regalpfostens; und
• Fig. 10 eine geschnittene Seitenansicht des Regalsystems mit durch Pfostenhalterungen befestigten Zwischenpfosten.

The invention and further advantageous embodiment details according to the subclaims will now be explained in more detail with reference to the accompanying drawings. In this show:

• Fig. 1 a perspective view of the shelf system according to the invention in the basic structure
• Fig. 2 a view of the in Fig. 1 shown basic structure with inserted shelf extension elements
• Fig. 3 a further perspective view of the shelf system according to the invention with fitted elements fitted therein;
• Fig. 4 a perspective view of the shelving system with attached attachments and lashing rails;
• Fig. 5 a schematic cross section of an embodiment of the shelving system according to the invention for front shelf posts and an insert part of corner angles and frame profiles;
• Fig. 6 a schematic cross section of another embodiment of the shelf system according to the invention, composed of four vertical shelf posts and an insert part of corner angles and frame profiles;
• Fig. 7 Details of the shelving system, ie a section AA off Fig. 6 a panel clipped onto the insert and a post holder adapted to a frame profile;
• Fig. 8 a cross section of a rear and a front shelf post according to the in Fig. 6 embodiment shown;
• Fig. 9 a depth jump rail in side view for the displacement of a rear shelf post; and
• Fig. 10 a sectional side view of the shelving system with fixed by mullion posts between posts.

Fig. 1 shows a perspective view of the basic structure of the shelving system according to the invention. Between the front shelf posts 10 and rear shelf posts 11 two insert parts 12 are arranged at different heights, which serve for the strut of the shelf posts. At the upper ends of each of a front shelf post 10 and a rear shelf post 11, a terminating rail 22 is mounted to facilitate better handling and also to give an operator an opportunity to hold onto an operator just as the shelf system is used in a vehicle.

On the shelf posts and / or on the insert parts can be attached, as in Fig. 2 is shown. As an upper attachment is in Fig. 2 a shelf trough 24 attached to the shelf posts 10, 11. It is possible that the insert 12 is designed as an integral part of the tub, with which the tub 24 is then set by means of the integrated insert to the shelf posts. In such a case, it is not absolutely necessary to have a tray 12 integrated with tabs 40 (see later Fig. 5 u. 6) which engage in grooves 36 of the abutment surfaces of the shelf posts when a tray has a sufficient height, for example, 140 mm, with which the tray rests against the shelf posts.

The reference numeral 25 so-called. Suitcases are marked, which have an extendable on rails frame, on which a suitcase can be mounted non-slip. By pulling on the suitcase handle, the suitcase pull is pulled out of the shelving system. Separated by a intermediate post 21 next to drawers 26 are arranged. The shelving system is provided on its side walls respectively with side wall panels 20 which are removable to extend the shelf. According to the in Fig. 2 Shown embodiment, the front shelf posts 10 and the front intermediate post 21 are projecting with a forward roof-shaped point (see detail 41 in Fig. 5 or 8). The arranged in the shelf system shown add-on elements 25, 26 are set back with its front end surface by the height of the roof-shaped tip with respect to this when the attachments are in their retracted or folded position.

Fig. 3 shows a perspective view of another shelf system according to the invention consisting of two front shelf posts 10 and two rear shelf posts 11, which correspond by an insert member 12 in the form of a peripheral frame Fig. 1 or by means of a trough 24 are braced together. The shelf posts 10, 11 and the respective insert 12 are light in weight, since the shelf posts 10, 11 and the insert parts 12, or the frame profiles 12 a made of aluminum continuous casting and formed according to the advantageous embodiment shown as hollow sections (see esp. Fig. 5 . 6 . 7 and 8th ), which combines low weight and high torsional rigidity.

With the help of post holders (see detail 15 in Fig. 7 or in Fig. 10 ) Between the upper tray 24 and the lower insert part 12 vertical intermediate posts 21, ie retracted and fixed shelf posts. This makes it possible to use a cabinet insert 32 in the shelf, which is also closed, for example, with a cabinet door 34. In the bottom area of the indicated shelf is a lift door 30 z. B. according to EP 0 730 075 grown. Since the insert 12 can be fixed at any height to the shelf posts 10, 11, it is possible to keep the floor area below the shelf free, which objects can be easily removed after lifting the lift door 30 without lifting and easily pushed back on the vehicle floor. At the front elements of the insert parts 12 and on the trough 24, a diaphragm 18 is attached ( Fig. 3 . 7 and 10 ). The panel can be made of aluminum or sheet steel, which materials can be powder coated. The panel can be pushed or glued onto the insert part 12 or the frame profile 12a (see FIG Fig. 10 ). Furthermore, it is possible to clip the panel on the frame part 12, as in Fig. 7 is shown. On the two sides of the shelf each side wall panels 20 are mounted, which are removable for an extension of the shelf.

Fig. 4 shows a corresponding perspective view of the shelving system according to the invention with inserted into the upper shelf area drawers 26. These drawers 26 are independent of each other on the shelf posts 10, 11 and on the Intermediate post 21 attached. Furthermore, in this embodiment, two lashing rails 17 are fastened to respectively one lower and one upper insert part 12 and to the trough 24.

According to the Figures 3 and 4 the front shelf posts 10 are provided with a projecting roof-shaped pointed towards the front. Unlike the in Fig. 2 In the embodiment shown, the front surfaces of the respective attachment elements 26, 34 form a flush closure with the front edge of the roof-shaped tip, so that in the retracted or folded state of the respective attachment element, this covers the tip with the exception of the front edge.

Fig. 5 shows an embodiment of the shelf system according to the invention for two front shelf posts 10. These shelf posts 10 are made as a hollow profile of extruded aluminum. The insert 12 shown is composed of corner angles 14 and separate frame profiles 12a thereof. As shown in the figure on the right side, can be defined by the mirror-symmetrical design of the shelf posts 10, 11 on both sides of a shelf post 10, 11 corner bracket 14, whereby the shelving system is expandable to each side. Parallel webs 43 are integrally formed on the shelf pillar hollow profile. The front shelf post 10 is provided with a roof-shaped tip, which projects beyond the insert part 12 and the frame profile 12 a forward.

The in Fig. 5 As a rear shelf post 11 marked shelf post has a slot opening, which may also be provided in a front shelf post 10, wherein by means of the slot formed by the slot opening receiving groove 47, for example, a blind guide can be attached to the shelf post, so that the shelf to his Front is covered by a blind. For this purpose, the head of a bolt can be inserted into the receiving groove from above or from below into the rack post, wherein the thread of the bolt protrudes through the slot opening to the outside of the shelf post and can be screwed from the outside with a locknut.

Fig. 5 further shows the frame profiles 12a by means of post holders 15 (see detail Fig. 7 and Fig. 10 As shown, the head 15a of a post holder 15 is inserted between the webs 43 of the intermediate post, wherein the Head 15a is fastened by means of a screw through the mounting holes in the webs 43 of the intermediate post 21.

Fig. 6 shows a further embodiment of the shelving system in a horizontal cross section, consisting of two front shelf posts 10 and two rear shelf posts 11, and an insert member disposed therebetween, which is formed by frame profiles 12a and corner angles 14. The corner brackets 14 are riveted or clinched with their legs 52 with the frame profiles 12a. According to this embodiment it is provided that a torsionally rigid support of the shelf posts is also given by a positive and non-positive reception of the insert part 12 to each other substantially perpendicularly arranged approach surfaces 13 of the respective shelf post 10, 11. The approach surfaces of the shelf post extend here in an advantageous manner over the entire height of the shelf post, so that the positive and non-positive reception of an insert part at any height on the shelf post is possible. At the two approach surfaces 13 of the respective shelf post a corner angle with two complementary mating surfaces 50 is attached.

Like in the Fig. 6 shown, each corner angle 14 has a nose 40 which in a complementary groove 36 (in detail in Fig. 8 ) of the respective shelf post 10, 11 engages. The provided on the corner bracket 14 nose 40 advantageously extends over the entire height of the corner angle. For a better overview, the shelf posts 10, 11 in the Fig. 6 shown at a certain distance from the corner angles 14. In the assembled state each corner angle 14 is fixed with its mating surfaces 50 at mutually perpendicular approach surfaces 13 of the respective shelf post. Thus, it is sufficient to screw a corner bracket 14 with a single screw on arranged in the grid spacing mounting holes on the shelf post. Due to the engagement of the nose 40 in the groove 36 of the corner angle is rotationally fixed ie fixed torsion. As in Fig. 6 is shown, the engagement groove-nose on the front shelf post 10 is offset by 90 ° to the rear shelf posts 11, which further improves the torsional rigidity. However, the assembly of the shelf is easier if the engagement groove-nose on both the rear and the front shelf post as in Fig. 6 at the rear shelf posts shown laterally.

In Fig. 7 Further details of the shelving system are shown. The left view shows the section AA Fig. 6 As shown, the corner angle leg is formed from an I-profile, which is inserted into the hollow frame section 12a and riveted or clinched with this. In the middle of the Fig. 7 As shown, the insert 12 is shown with aufgeklipster aperture 18. Far right in Fig. 7 a post holder 15 is shown as it is fixed to the frame section 12a of the insert part 12. Characterized in that the post holder 15 is formed with a complementary structure to the frame profile, the profiles of these elements fit together, whereby a torsion and torsionally rigid structure between the post holder 15 and the frame section 12a of the insert member 12 is provided for attachment of intermediate posts 21. The post holder 15 has a head portion 15 a, on which a shelf intermediate post 21 (see Fig. 3 . 4 or 10 ) is fixable, such that the head part 15 a can be inserted into the formed by the two webs 43 open hollow profile of a shelf post and bolted to it.

Fig. 8 shows a rear shelf post 11 and a front shelf post 10 in opposite Fig. 6 enlarged view. The respective shelf post 10, 11 is mirror-symmetrical with respect to its central axis, so that each shelf post is provided on both sides with a pair of mutually perpendicular approach surfaces 13. As shown in the figure, in each of the abutment surfaces adjacent to an inner corner between a web portion 60 and a widened end portion 62, a groove 36 is formed, whereby it is possible, one with a nose 40 according to Fig. 6 trained corner angle in two rotated positions on the shelf post. So one and the same corner angle can be used for all four corners. Both shelf posts 10, 11 are made as a closed double hollow section of extruded aluminum. For screwing not only an insert 12, 14 or of attachments such as drawers 26, cabinet inserts 32, 34, lift doors 30 but also z. B. a "depth jump bar" 16 (see Fig. 9 ), the shelf posts 10, 11 in its web portion 60 two inwardly projecting, connected by a transverse web 45 webs 43 with the mounting holes 63 at pitches. To determine the depth jump rail 16, this is introduced between the webs 43 to the cross bar 45 and screwed. For a screwing the depth jump rail is provided at its ends with an internal thread.

The front shelf post 10 is formed at its forward projecting widened end part 62 as a hollow profile 41 with dachförmigem pointed, which adjoins a central hollow section 42 in the web portion 60. Like that in conjunction with the Figures 3 . 4 can be seen, is provided by the roof-shaped tip of the front hollow section 41 a flush conclusion with complementary beveled drawers 26, panels 18, lashing rails 17, lift doors 30 and cabinet inserts 32 or cabinet doors 34.

In contrast, the profile of the rear shelf post 11 is formed so that it can be fixed by means of a fastener, such as a hammer screw and / or a retaining plate to a support, to a wall or the like. For this purpose, on the rear shelf post 11 on both sides of a receiving groove 47 for the head 48 of the hammer screw hollow holding profiles 44 are formed with a flat end surface 46 as a common end part 62.

Fig. 9 shows a depth jump rail 16, which between the in Fig. 5 or 8th shown webs 43 of a front shelf post 10 and a rear shelf post 11 inserted and by means of screwing through the mounting holes 63 in the webs 43 of the shelf post can be fixed thereto. The integral with the depth jump rail head portion 16a allows a displacement of a shelf post 10, 11 to the inside of the shelf.

Fig. 10 shows the shelf system according to the invention in a sectional side view. A rear shelf post 11 is braced with a front shelf post 10 by two insert parts 12. The frame profiles 12a are screwed to the respective shelf posts in mounting holes 63, which are provided in grid height intervals. Like in the Fig. 10 As shown, the mounting holes 63 on the rear shelf post 11 are made as elongated holes to provide a suitable mounting clearance for screws to be inserted into the mounting holes.

Between the upper insert part and the lower insert part, a intermediate post 21 is mounted on the front shelf post 10. The intermediate post 21 is attached to two post holders 15, which in turn are fixed to a respective frame profile 12a of the insert part. To the front of the shelf, ie to the side of the fixed to the front shelf post 10 intermediate post 21, the frame profiles 12 a of the insert part are each covered with a diaphragm 18. Unlike the in Fig. 7 the embodiment shown is the Aperture 18 in Fig. 10 glued to the respective frame profile 12a. For this purpose, in this embodiment, the frame section 12a has at its front a smaller clearance for receiving the panel so that the patch panel 18 forms with the frame section 12a at its upper and lower surfaces a flush final transition and are pushed so deep to the frame profile may be that the aperture on the front surface of the frame profile 12a is festklebbar. Further, a rear intermediate post 21 is attached to the rear shelf post 11 via post holder 15.

At the upper ends of the shelf posts 10, 11, a closure rail 22 is attached, is realized by the impact edge-free upper end of the shelf. In the case of a shelf installed in a vehicle, the end rail 22 is also a suitable handle for an operator, such as getting into the vehicle compartment.

It is emphasized that the design details shown in the figures can be combined with each other as desired and are not limited to the specific embodiment shown in the respective figure.

LIST OF REFERENCE NUMBERS

10 Shelf posts at the front 30 lift door 11 Shelf posts at the back 32 cabinet use 12 insert 34 cabinet door 12a frame profile 36 groove 13 approach surface 40 nose 14 corner angle 41 Hollow profile with pointed 15 post bracket 42 hollow profile 15a headboard 43 web 16 Deep jump rail 44 retaining profile 16a Head section of the depth jump rail 45 crosspiece 46 end surface 17 lashing 47 Receiving groove 18 cover 48 Head of the fixing screw 20 Sidewall panel 50 counter surface 21 between posts 52 angle leg 22 Statements railing 60 web member 24 tub 62 final part 25 Kofferzug 63 mounting hole 26 drawer

Claims (14)

1. Shelving system, in particular for mobile use in a vehicle, consisting of vertically erected shelving system uprights (10, 11) and at least one horizontally arranged insert part (12, 14; 24) for reciprocal bracing of the shelving uprights, wherein the respective shelving upright (10, 11) exhibits two attachment faces (13) arranged perpendicularly to one another for fixing each insert part to the shelving upright, the insert part (12) is advantageously formed of a frame profile (12a) and a separate corner bracket (14), and the insert part (12) or the corner bracket (14) has two complementary mating faces (50), for form-locking and force-locking arrangement of corresponding mating faces (50) of the insert part (12, 14; 24), wherein a groove (36) or a tongue (40) is provided in the attachment faces (13), and the insert part (12, 14; 24) arranged on the two attachment faces (13) has a complementary tongue (40) or groove in the mating face (50) for reciprocal engagement, characterised in that the shelving upright (10, 11) has a web part (60) and a widened end part (62), and the attachment faces (13) are provided on the internal corner formed between the two parts (60,62).
2. Shelving system according to claim 1, characterised in that the shelving upright (10, 11) is formed of a hollow profile on which are provided parallel webs (43) for screwing to the insert parts (12, 14; 24).
3. Shelving system according to claim 2, characterised in that the hollow profile of the shelving upright (10, 11) is open on its outside pointing towards the front side of the shelving or the rear side of the shelving.
4. Shelving system according to claim 2, characterised in that a shelving upright (10) intended for the front side of the shelving exhibits a widened end part (62) in the form of a roof-shaped point (41) formed in the hollow profile.
5. Shelving system according to one of the preceding claims, characterised in that the shelving upright (10, 11) is formed mirror-symmetrically with attachment faces (13) so that an insert part (12) can be arranged on both sides of the shelving upright (10, 11).
6. Shelving system according to one of the preceding claims, characterised in that the insert part (12) is composed of a frame profile (12a) and a corner bracket (14) which produces the form-locking and force-locking connection with the shelving upright (10, 11) and on which the respective mating face (50) is formed and to the limbs (52) of which the frame profile (12a) can be fixed in each case.
7. Shelving system according to one of the preceding claims, characterised in that in each case a groove (36) is provided for engagement of the tongue (40) of the insert part (12, 14) in the two attachment faces (13) of a shelving upright adjoining the internal corner between the web part (60) and the end part (62) or in each case a tongue is provided in the two attachment faces (13) for engagement in a respective complementary groove of the insert part or corner bracket.
8. Shelving system according to one of the preceding claims, characterised in that the web part (60) exhibits two parallel webs (43) which are closed together at the internal corners by the widened end part (62) and in a central region by a transverse web (45) to form a hollow profile (42).
9. Shelving system according to one of the preceding claims, characterised in that the widened end part (62) is embodied at the front shelving upright (10) as a hollow profile (41) with a roof-shaped point and at the rear shelving upright (11) in the form of two hollow profiles (44) with a flat end face (46) which form between themselves a receiving groove (47) for the head (48) of a fastening screw.
10. Shelving system according to one of the preceding claims, characterised in that an upright mounting (12) is provided which can be fixed to the insert part (12) or the frame part (12a) in a form-locking and force-locking manner, which upright mounting (15) exhibits a head part (15a) to which a shelving intermediate upright (21) can be fixed.
11. Shelving system according to one of claims 1 to 10, characterised in that a cover (18) for covering an insert part (12) can be attached to the insert part (12).
12. Shelving system according to one of the preceding claims, characterised in that a "depth offset rail" (16) which exhibits a head part (16a) a distance from the rail end, can be fixed between a front and a rear shelving upright (10, 11) in order to fix a rear shelving upright (11) to it.
13. Shelving system according to one of the preceding claims, characterised by a handrail (22) for attachment to the upper ends of a front and a rear shelving upright (10, 11).
14. Shelving system according to one of the preceding claims, characterised in that the shelving system comprises accessory elements such as trays (24), drawers (26), cupboard inserts (32, 34), lashing rails (17), lifting doors (30) or pull-out storage bins (25).

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