DE202020102777U1 - Shelf support, shelf system and room cell - Google Patents

Abstract

Shelf support (1; 1.1; 1.2; 1.3), comprising a base body (2) with an elongated extension along a longitudinal axis (30) and at least one, preferably several or a plurality of connection points (3) for fastening at least one shelf (110), wherein the base body (2) comprises a U-shaped cross section with two leg sections (4, 5) and an intermediate section (6) arranged between them, and wherein the base body (2) has two opposite longitudinal ends (7, 8) and in the area at least one of the two longitudinal ends (7, 8) an end part (9) is permanently arranged on the base body (2), the end part (9) having a supporting surface (11) arranged transversely to the longitudinal axis (30) for supporting a third object or to support against a third object.

Description

The invention relates to a shelf support and a method for its production. The invention also relates to a shelving system and a room cell.

Shelf supports are usually part of a shelving system. The shelf supports are used, for example, as vertical supports that carry one or more shelves. A shelf system often has four such shelf supports which jointly support a shelf. For this purpose, for example, two of the shelf supports are assigned to the same side of the shelf. To fasten the shelves, the shelf supports have, for example, a large number of connection points which are arranged distributed in the longitudinal extension of the respective shelf support.

It is an object of the invention to provide a shelf support which is optimized for multifunctional use, for example in a room cell, and in particular enables inexpensive production.

The object is achieved with a shelf support which has the features of claim 1. To achieve the object, a blank having the features of claim 14 is also proposed. In addition, a shelving system with the features of claim 15 and a room cell with the features of claim 16 are proposed to solve the problem.

Advantageous embodiments and / or refinements and / or aspects of the invention emerge from the subclaims, the following description and the figures.

In one aspect, a shelf support is provided. The shelf support is suitable, for example, to be used as a vertical support. This is to be understood in particular as the fact that, in an installation situation, the longitudinal axis of the shelf support runs vertically or essentially vertically. Basically, the shelf support is also suitable to be used as a horizontal support. This is to be understood in particular as the fact that, in an installation situation, the longitudinal axis of the shelf support runs horizontally or essentially horizontally.

The shelf support comprises a base body with an elongated extension along a longitudinal axis and two opposite longitudinal ends. The base body preferably has at least one, preferably several or a multiplicity of attachment points which are preferably suitable, in particular designed, for attaching at least one shelf.

For example, the connection points are designed so that the at least one shelf or one shelf can be connected or fastened to at least one of the connection points. Viewed in the direction of the longitudinal axis, the connection points can be arranged one behind the other. Viewed in the direction of the longitudinal axis, the connection points can also be arranged one behind the other in a row.

In the present description, the term “shelf” is to be understood in particular as a support structure of a shelf or shelf system on which goods can preferably be placed directly. The support structure can be flat. For example, the support structure is designed over the full area, that is, for example, is formed by a closed area. The support structure can also be formed by a multiplicity of surface elements or roller tracks or similar shelf elements, of which at least two shelf elements that are adjacent to one another are arranged, for example, at a distance from one another. The term “shelf” also includes a shelf frame which, for example, is part of a shelf system and serves as a carrier for surface elements or roller tracks or similar shelf elements.

In one embodiment, the base body comprises a U-shaped cross section with two leg sections and an intermediate section arranged between them. This counteracts any possible flexural buckling or torsional torsional buckling when the shelf support is loaded, for example when large longitudinal forces are applied. It has been shown that the U-shaped cross section improves the stability and / or rigidity of the shelf support overall.

In the present description, the term “U-shaped” is to be understood in particular to mean that the leg sections each protrude at an angle from the intermediate section, preferably in the same direction. The leg sections can be orthogonal or substantially orthogonal to the intermediate section. Starting from the intermediate section, the leg sections can also run obliquely outwardly away from one another or obliquely inwardly towards one another, for example at an acute angle or an obtuse angle to the intermediate section.

In a further embodiment, a terminating part or at least one terminating part is arranged on the base body in an area of at least one of the two longitudinal ends, wherein, for example, the terminating part or the at least one closure part has a support surface arranged transversely to the longitudinal axis of the base body for supporting a third object or for supporting against a third object. This makes it easier to absorb a longitudinal force, that is to say a force acting in the longitudinal direction of the base body, from the third object and / or to pass it on to the third object via the at least one longitudinal end. The support surface provides a defined contact surface for the third-party object. For example, the bearing surface is arranged at an angle to the longitudinal axis, in particular arranged orthogonally or essentially orthogonally. For example, the support surface is flat or essentially flat.

In a further embodiment, a further terminating part or at least one further terminating part is arranged on the base body in a region of the other longitudinal end. For example, in this case such a terminating part is in each case non-detachably arranged on the base body at the two longitudinal ends. The further terminating part can be structurally or functionally identical to the terminating part described above.

For example, the further closure part or the at least one further closure part has a support surface arranged transversely to the longitudinal axis of the base body for supporting a third object or for supporting against a third object. For example, the bearing surface is arranged at an angle to the longitudinal axis, in particular arranged orthogonally or essentially orthogonally. For example, the support surface is flat or essentially flat.

In particular, the terminating part and / or the further terminating part has at least one fastening point in order to use it to fasten the shelf support to the third object. For example, the at least one fastening point is assigned to the support surface, for example arranged or formed there. For example, the at least one fastening point is a through hole, in particular a through hole. The closing part or the further closing part can then be fastened to the third object via a fastening element, such as a screw element, using the through hole. For example, the through hole is round, in particular circular. The through hole can also be an elongated hole.

In particular, the terminating part and / or the further terminating part is non-detachably arranged on the base body. As a result, the terminating part or the further terminating part is held captive on the base body. This in turn can result in advantages during assembly and / or transport and / or manufacture of the shelf support.

In one possible embodiment, the terminating part and / or the further terminating part is permanently connected to the base body. In particular, the terminating part or further terminating part is connected to the base body using a material-locking joining process. For example, the terminating part or the further terminating part is welded or soldered and / or glued to the base body.

In another embodiment, the terminating part and / or the further terminating part is formed by a tab molded onto the base body. In particular, the support surface is formed by reshaping the tab. This promotes simple and inexpensive manufacture of the terminating part, since the terminating part can be manufactured, in particular shaped, from a blank on which the shelf support is based. Furthermore, the support surface can be formed in a simple manner by reshaping the tab. To this extent, this also promotes cost advantages. In particular, the bearing surface is formed by bending or bending the tab. For example, the bearing surface is formed by bending or bending the tab around or along a bending line. For example, the bending line runs transversely to the longitudinal axis of the base body. As a result, the shelf support preferably has a bending edge running transversely to the longitudinal axis of the base body.

In a further embodiment, the U-shaped cross section of the base body is formed by reshaping the underlying blank. This promotes simple and inexpensive production of the cross-sectional shape of the base body, since a conventional forming machine can be used for this purpose, which can quickly and, if necessary, automatically carry out the formation of U-shaped cross-sections. The reshaping also makes it easier to achieve the U-shape of the base body through targeted changes in shape, so that a high degree of dimensional accuracy can be achieved.

Simple manufacture is particularly favored if the U-shaped cross section of the base body is produced by bending or bending the blank. For example, the U-shaped cross section of the base body is formed by bending or bending reshaping of at least two material sections of the blank with respect to at least two bending lines arranged parallel or essentially parallel to one another. For example, the bending lines extend in the direction of the longitudinal axis of the base body. Preferably has thereby the shelf support has two bending edges running in the direction of the longitudinal axis of the base body.

In particular, it is provided that the shelf support consists of a metallic material or has a metallic material. In particular, the metallic material can be deformed so that it can be used, for example, for the deformation described above. Furthermore, the metallic material is preferably insensitive to corrosion in order to be able to use the shelf support, for example, in a corrosion-promoting environment, such as a cooling room, for example. For example, the metallic material is aluminum or stainless steel or zinc.

In particular, the shelf support is a sheet metal part. This measure is also aimed at being able to manufacture the shelf support as inexpensively as possible. In the case of a sheet metal part, a blank for a blank is advantageous. Reshaping is also favored in the case of a sheet metal part, for example in order to shape the U-shaped cross-sectional shape of the shelf support and / or the terminating part. The sheet metal part is, for example, aluminum sheet or stainless steel sheet or zinc sheet.

One possible embodiment consists in that a flange section is assigned to at least one of the leg sections of the U-shaped base body. For example, the flange section is arranged and / or formed on the at least one leg section. In particular, the flange section has a flange surface, wherein the flange surface, based on the cross section of the base body, is arranged transversely to the at least one leg section. As a result, measures are taken in order to be able to support and / or fasten the shelf support along the length of a preferably fixed component or object and in this way, for example, to achieve a reinforcing or stiffening effect for the shelf support. The flange section provides at least one defined support point for supporting against the component or the object. For example, in this embodiment the connection points for the at least one shelf are assigned to the intermediate section of the U-shaped base body, in particular arranged and / or formed there.

In order to be able to fasten the shelf support to the component or the object, it is provided in particular that the flange section has at least one fastening point. In particular, the flange section is to be fastened to a mating flange via the fastening point. For example, the at least one fastening point is assigned to the flange surface, for example arranged or formed there. For example, the at least one fastening point is a through hole, in particular a through hole. The flange section can then be fastened to, for example, the mating flange via a fastening element, such as a screw element, using the through hole. For example, the through hole is round, in particular circular. The through hole can also be an elongated hole.

It can be provided that the flange section is formed by a material section molded onto the at least one leg section. This promotes simple and inexpensive production of the flange section, since the flange section can be produced, in particular shaped, from the blank on which the shelf support is based.

It can further be provided that the flange surface of the flange section is formed by reshaping the material section. By reshaping the material section, the flange surface can be formed in a simple manner. To this extent, this also promotes cost advantages. In particular, the flange surface is formed by bending or bending deformation of the material section. For example, the flange surface is formed by bending or bending deformation of the material section around or along a bending line. For example, the bending line runs in the direction of the longitudinal axis of the base body. As a result, the shelf support preferably has a bending edge running in the direction of the longitudinal axis of the base body.

It can further be provided that the at least one terminating part and / or the at least one further terminating part is assigned to the intermediate section of the U-shaped base body. In particular, the terminating part or the further terminating part is arranged and / or formed, for example integrally formed, on the intermediate section. The terminating part or the further terminating part and / or the support surface preferably protrudes outward from the intermediate section in the direction away from the flange surface.

This makes it possible to support and / or fasten the shelf support to the component or the object via the flange section, the terminating part or the further terminating part still remaining accessible because, starting from the intermediate section, it moves away from the flange surface protrudes outwards. This also enables the closure part or the further closure part to be fastened to the third-party object described above, for example by means of the fastening element described above when the shelf support is over the flange section is already mounted against the component or object.

Additionally or alternatively, the at least one terminating part and / or the at least one further terminating part can be assigned to at least one of the leg sections or both leg sections. For example, the terminating part or the further terminating part is arranged and / or formed, for example integrally formed, on at least one of the leg sections or both leg sections.

In the case of the shelf support, a flange section can also be assigned to the other leg section, in particular arranged and / or formed thereon, for example integrally formed. This flange section can be structurally identical to the flange section described above. In this case, the two leg sections of the U-shaped cross section each have the flange section described above or a flange section of the type described above. For example, the two flange sections, starting from the respective associated leg section, extend outwardly away from the base body.

The two flange sections provided can achieve an even better reinforcing or stiffening effect for the shelf support if the flange sections are supported and / or fastened, for example, together on a preferably fixed component or object.

In relation to the U-shaped cross section of the base body, it is provided in particular that at least one of the leg sections extends away from the intermediate section with a first length and the intermediate section extends with a second length between the leg sections. It has been shown that a reinforcing effect or stiffening effect is favored by the U-shape of the cross section if, for example, the first length, i.e. the length of the at least one leg section, is smaller than the second length, i.e. the length of the intermediate section.

A possible further or different embodiment consists in that the connection points for the at least one shelf are assigned to one of the leg sections of the U-shaped base body and, for example, the at least one terminating part and / or the at least one further terminating part is associated with one of the leg sections, in particular one Associated leg portion which has the connection points. For example, the connection points are arranged and / or formed, in particular shaped, on the one leg section. For example, the at least one terminating part and / or the at least one further terminating part is arranged and / or formed, in particular integrally formed, on the one leg section. It has been shown that in this embodiment, too, the U-shaped cross section of the base body promotes a reinforcing effect or stiffening effect of the shelf support.

In relation to the U-shaped cross section of the base body, it is provided in particular that at least one, preferably the two leg sections have the first length described above and the intermediate section have the second length described above. It has been shown that in the embodiment considered here, a reinforcing effect or stiffening effect is promoted by the U-shape of the cross section, for example if the first length is greater than the second length.

In particular, it is provided that the at least one terminating part and / or the at least one further terminating part is assigned to one of the leg sections and protrudes outward therefrom in the direction away from the base body. In particular, in this way the closing part or the further closing part is turned in a direction which can be used as an assembly side for attaching the shelf to the shelf support, since the connection points for the shelf are located on this assembly side. As a result, the space requirement for accommodating the shelf support in an installation space is optimized, since the terminating part or the further terminating part protrudes into an area of the installation space that is to be kept free for the shelf anyway. The accessibility via the assembly side also facilitates possible fastening of the terminating part or the further terminating part to the third-party object described above, for example by means of the fastening element described above.

In particular, it is further provided that at least one, preferably several or a plurality of further connection points are assigned to the other leg section, which are suitable, in particular designed, for fastening at least one shelf. For example, the further connection points are designed to connect or fasten the at least one shelf via at least one of the further connection points. Viewed in the direction of the longitudinal axis, the further connection points can be arranged one behind the other. Viewed in the direction of the longitudinal axis, the further connection points can also be arranged one behind the other in a row.

For example, the further connection points are structurally or functionally identical to the connection points described above. The further connection points and the connection points can, viewed in the direction of the longitudinal axis of the base body, be arranged in alignment with one another or offset from one another.

Since the connection points are arranged on one leg section and the further connection points are arranged on the other leg section, the shelf support can be used as a central support in a shelf system. In the present description, the term “center support” is to be understood in particular to mean that two shelves can be arranged one behind the other when viewed transversely to the longitudinal axis of the shelf support, with the shelf support to which the two shelves are attached being arranged in between. For this purpose, on the one hand at least one of the connection points assigned to the one leg section can be used to connect one of the two shelves, and on the other hand at least one of the further connection points assigned to the other leg section can be used to connect the other shelf.

Furthermore, at least one additional terminating part can be provided in the area of the one longitudinal end of the base body on which the terminating part described above is already provided. In particular, the additional terminating part is structurally or functionally identical to the terminating part.

For example, the additional terminating part is undetachably arranged on the other leg section. For example, the additional terminating part has a support surface, which is arranged transversely to the longitudinal axis of the base body, for supporting a third object or for supporting it against a third object. The third object can be that third object against which the terminating part described above can be supported or against which the terminating part described above can be supported.

For example, it is provided that an additional terminating part is permanently arranged on the other leg section at each of the two longitudinal ends. For example, the additional terminating part is formed by a tab molded onto the base body and the support surface is formed by reshaping the tab, in particular by bending the tab.

In one possible embodiment, at least one of the connection points for the at least one shelf is designed as a keyhole, for example in order to receive therein a peg-shaped connecting element of the at least one shelf with the formation of a bayonet connection. The keyhole-shaped elongated hole can have a substantially circular section and a shaft section. For example, in the installed state of the connecting element at the at least one connection point, the circular section is used as an insertion opening, which is located above the shaft section, the shaft section serving for locking and extending downwards, in particular obliquely downwards.

Additionally or alternatively, at least one of the connection points for the at least one shelf can be designed as a polygonal, in particular square, hole. For example, the hole is square. For example, the hole is a through hole. For example, the at least one connection point is designed to attach a shelf to it or above it, as is shown in FIG DE 10 2018 104 809 A1 is described. In this regard, reference is made to the DE 10 2018 104 809 A1 , the content of which is hereby incorporated into the present application.

According to a further aspect, a blank for a shelf support, in particular the shelf support described above, is provided. The blank is formed, for example, by a preferably flat strip of material, the longitudinal extent of which extends in the direction of a longitudinal axis. For example, the blank or the material strip has at least one, preferably several or a plurality of through holes in order to form the connection points of the shelf support for the at least one shelf. In particular, it is provided that the material strip has a deformable material or consists of a deformable material in order to form the U-shaped cross section of the base body of the shelf support by deformation.

In particular, it is also provided that the material strip has a tab in a region of at least one longitudinal end in order to form the terminating part of the shelf support. In particular, it is also provided that the material strip has a tab in the area of both longitudinal ends in order to form the associated terminating part therefrom. The material strip can also have two tabs in the region of a longitudinal end, which are separated from one another by an incision, so that the terminating part can be formed from one of the tabs in each case.

In particular, it is provided that the deformable material is a bendable material in order to form the U-shaped cross section of the base body of the shelf support by bending deformation, for example, in that the material strip is bent at least partially around at least two bending lines that are spaced apart from one another and running in the direction of the longitudinal axis or along these bending lines. In particular, the tab or the respective tab is designed to form the terminating part by reshaping, in particular bending reshaping, for example around a bending line running transversely to the longitudinal axis or along this bending line. In order to promote reshaping, the blank or the material strip is preferably a sheet metal strip.

Viewed in the direction of the longitudinal axis, the through holes for the connection points can be arranged one behind the other. Viewed in the direction of the longitudinal axis, the through holes can also be arranged one behind the other in a row.

Two rows of through holes can also be provided, the respective row extending in the direction of the longitudinal axis. This embodiment of the blank aims, for example, at realizing the shelf support described above, which has connection points for a shelf at its respective leg section of the U-shaped cross section.

The shelf support described above can be produced as follows: For example, a blank is provided. The blank can be the blank described above. For example, the blank is reshaped in such a way that the U-shaped cross section of the base body of the shelf support is formed. Additionally or alternatively, the tab of the blank can be reshaped in such a way that the at least one end part of the shelf support is formed with its support surface.

For example, the blank is reshaped by bending. For example, the blank is bent around two bending lines that are spaced parallel to one another and run in the direction of the longitudinal axis of the blank in order to form the U-shaped cross section of the base body of the shelf support. For example, the tab of the blank is reshaped by bending. For example, the tab of the blank is bent about a bending line running transversely to the longitudinal axis of the blank in order to form the at least one end part of the shelf support with its support surface.

For example, it is also provided that at least one, preferably several or a plurality of through holes, in particular through bores, are made in the blank in order to form the connection points of the shelf support for the at least one shelf. In addition or as an alternative, provision can be made for at least one through hole, in particular through hole, to be made in the tab of the blank in order to form the fastening point of the shelf support for the third item. Provision can also be made for at least one through hole, in particular through hole, to be made in a lateral edge area of the blank in order to form the fastening point which is assigned to the flange section of the shelf support and can be used, for example, for fastening against a counter flange.

According to a further aspect, a shelving system is provided. In one embodiment, the shelf system comprises at least two, preferably several shelf supports, which are preferably used as vertical supports. In particular, the shelf system comprises at least one, preferably several shelves, which are supported, for example, by the shelf supports. For example, at least one of the shelf supports is formed by the shelf support described above.

For example, a shelf or at least one of the shelves has two opposing first sides and two opposing second sides arranged between them, which form the end faces of the shelf or of the at least one shelf. It is provided in particular that at least one of the shelf supports is arranged on the opposite first sides. For example, the shelf or the at least one shelf is attached to these shelf supports. If, for example, four shelf supports are provided, two of the shelf supports are located on the opposite first sides of the shelf or at least one shelf.

The shelf can be held, in particular fastened, in an inclined position on the shelf supports. The opposite second sides of the shelf are then at different height levels to one another. For example, one of the second sides is then below the other second side of the shelf. Depending on the inclination of the shelf, a sliding shelf is created.

In the present description, the term “sliding shelf” is to be understood in particular to mean that the shelf is brought into an inclined position such that goods placed on the shelf slide due to the effect of gravity. If, for example, in the case of several goods arranged one behind the other in a row in the direction of the incline, a front item is removed from the shelf, the following items will slide. There will be no gaps on the lower side of the shelf, i.e. the second lower side, but because of the sliding of rear goods there, the shelf remains constantly filled.

It is further particularly provided that the shelf system has at least one, preferably several fastening elements, via which the shelves are connected to the at least one shelf support using the connection points provided for this purpose on the shelf support. Furthermore, it is provided in particular that the fastening elements engage with an end section in the interior of the U-shaped cross section of the shelf support.

It is furthermore provided in particular that, viewed transversely to the longitudinal axis of the at least one shelf support, at least two of the shelves are arranged one behind the other. In this case, the at least one shelf support can be the embodiment of the center support described above. For example, this central support is arranged between the at least two shelves lying one behind the other and at least one connection point of one of the leg sections of the U-shaped cross section of the shelf support is used to attach one of the at least two shelves and at least one connection point of the other leg section is used to attach the other shelf.

According to a further aspect, a room cell is provided. For example, the room cell is a room cell like the one in the EP 3 549 489 A1 is described. In this regard, reference is made to the EP 3 549 489 A1 , the content of which is hereby incorporated into the present application. The room cell can also be a refrigeration unit, as shown in the DE 10 2016 102 304 A1 is described. In this regard, reference is made to the DE 10 2016 102 304 A1 , the content of which is hereby incorporated into the present application.

In the present description, the term “room cell” is to be understood in particular as a room which is assembled from individual elements, for example from individual elements on site, that is to say in the room where the room cell is installed. The individual elements are, for example, industrially prefabricated. The term “goods” in the present description includes, in particular, perishable goods and / or food.

The room cell is suitable, for example, to be used in sales rooms of any type, for example to be set up in supermarkets or petrol station sales rooms. The room cell is also suitable for cooling or warming goods in it.

In the present description, the term “cooling” is to be understood in particular to mean that the goods are cooled to a predetermined temperature and / or are kept cool at a predetermined temperature. The predetermined temperature can be at such a level that the goods are subject to deep freezing or can be stored at a deep freezing temperature. In the present description, the term “warming” is to be understood in particular to mean that the goods present in the room cell are heated to a predetermined temperature and / or are kept warm at a predetermined temperature.

The room cell is limited at the top by a ceiling, limited at the bottom by a floor and laterally limited by several side walls. The ceiling and / or the floor and / or at least one of the side walls can be formed by one wall element or several wall elements. For example, the wall elements form an outer skin of the room cell.

The room cell has, for example, a cold generator or a heat generator or at least a component thereof. The cold generator or the heat generator or the at least one component can sit on the ceiling of the room unit or at least be supported against the ceiling of the room unit. For example, the cold generator or the heat generator is a device that generates cold air or warm air.

The room cell comprises, for example, the shelf support described above and / or the shelf system described above. At least one of the shelf supports of the shelf system is formed by the shelf support described above.

In one embodiment, the shelf support or the at least one shelf support is used as a carrier for the ceiling of the room cell, in particular as the sole carrier. In particular, the at least one shelf support serves as a support for the ceiling and a cold generator or heat generator located thereon, such as the cold generator or heat generator described above or the at least one component thereof. In order to perform this support function, the ceiling is supported on the end part of the shelf support. In addition, the ceiling can be fastened to the terminating part, for example using at least one connecting element, such as a screw element, and the at least one fastening point of the terminating part.

In particular, it is provided that the at least one shelf support has the further terminating part described above. For example, in this case the at least one shelf support is supported with the further terminating part against the floor. The further end part is thus used as a foot part, which is set up on the floor. In addition, the further closing part can be fastened to the floor, for example using at least one connecting element, such as a screw element, and the at least one fastening point of the further closing part.

In a further or another embodiment, the at least one shelf support is used as a carrier for at least one of the side walls of the room cell. For this purpose, the at least one side wall is attached to the at least one shelf support, for example using the at least one flange section of the at least one shelf support and optionally using at least one connecting element, such as a screw element, and the at least one fastening point of the at least one flange section.

• 1 eine mögliche Ausführungsform einer Regalstütze in perspektivischer Darstellung,
• 2 die Regalstütze der 1 in einer Draufsicht,
• 3 die Regalstütze der 1 in einer Vorderansicht als Teilschnitt,
• 4 einen Rohling zur Herstellung der Regalstütze gemäß der 1 in einer Vorderansicht,
• 5 eine weitere mögliche Ausführungsform einer Regalstütze in perspektivischer Darstellung,
• 6 die Regalstütze der 5 in einer Draufsicht,
• 7 die Regalstütze der 5 in einer Seitenansicht als Teilschnitt,
• 8 einen Rohling zur Herstellung der Regalstütze gemäß 5 in einer Vorderansicht,
• 9 eine weitere mögliche Ausführungsform einer Regalstütze in perspektivischer Darstellung,
• 10 die Regalstütze der 9 in einer Vorderansicht als Teilschnitt,
• 11 eine weitere Ausführungsform einer Regalstütze in perspektivischer Darstellung,
• 12 die Regalstütze der 11 in einer Seitenansicht als Teilschnitt und
• 13 eine mögliche Ausführungsform einer Raumzelle mit einem darin aufgestellten Regalsystem in perspektivischer Darstellung.

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

• 1 a possible embodiment of a shelf support in a perspective view,
• 2 the shelf support of the 1 in a plan view,
• 3 the shelf support of the 1 in a front view as a partial section,
• 4th a blank for producing the shelf support according to FIG 1 in a front view,
• 5 a further possible embodiment of a shelf support in a perspective view,
• 6th the shelf support of the 5 in a plan view,
• 7th the shelf support of the 5 in a side view as a partial section,
• 8th a blank for producing the shelf support according to 5 in a front view,
• 9 a further possible embodiment of a shelf support in a perspective view,
• 10 the shelf support of the 9 in a front view as a partial section,
• 11 another embodiment of a shelf support in a perspective view,
• 12th the shelf support of the 11 in a side view as a partial section and
• 13th a possible embodiment of a room cell with a shelving system set up therein in a perspective view.

1 to 3 show - in a schematic representation - a possible embodiment of a shelf support 1 in a perspective view ( 1 ), a top view ( 2 ) and a partially sectioned front view ( 3 ). The shelf support 1 can be used, for example, as a vertical support for a shelving system. The shelf support 1 has a basic body 2 with an elongated extension along a longitudinal axis 30th and two opposite longitudinal ends 7th , 8th .

The base body preferably comprises 2 at least one, preferably several or a plurality of connection points 3 to at least one of the connection points 3 one (in the 1 to 3 not shown) to connect or attach shelf. Are preferred in the direction of the longitudinal axis 30th seen the connection points 3 one behind the other, especially one behind the other in a row. For example, the connection points 3 or at least individual or at least one of the connection points 3 as a keyhole-shaped slot 3.1 designed to receive, for example, a pin-shaped connecting element of the shelf with the formation of a bayonet connection.

The keyhole-shaped elongated hole preferably has 3.1 a circular section 3.2 and a shaft portion 3.3 which, for example, merge into one another. The keyhole-shaped elongated hole 3.1 can when the shelf support is installed 1 be used in such a way that the circular section 3.1 as an insertion opening for the peg-shaped connecting element and the shaft section 3.3 for locking the pin-shaped connecting element against loosening or pulling out of the keyhole-shaped elongated hole 3.1 serve. For this purpose, it is preferred in the direction of the longitudinal axis 30th seen, the shaft section 3.3 behind the circular section 3.2 arranged and runs with its longitudinal extent in the direction of the longitudinal axis 30th , in particular obliquely in the direction of the longitudinal axis 30th . In an installed state in which the shelf support 1 is used as a vertical support, is then for example the shaft section 3.3 below the circular section 3.2 arranged and runs with its longitudinal extent, for example, obliquely downwards.

The base body preferably has 2 a U-shaped cross section with two leg sections 4th , 5 and an intermediate section disposed therebetween 6th . The leg sections preferably border 4th , 5 each to the intermediate section 6th at. The leg sections are preferred 4th , 5 opposite the intermediate section 6th substantially orthogonal and preferably in the same direction from the intermediate section 6th arranged protruding. The base body is preferred 2 continuously U-shaped in cross section in the direction of its longitudinal extent.

In relation to the cross-section of the base body 2 , the leg portions extend 4th , 5 from the intermediate section 6th with a first length L1 away and the intermediate section 6th extends with a second length L2 between the leg sections 4th , 5 . The second length is preferred L2 , i.e. the length of the intermediate section 6th , greater than the first length L1 , i.e. the length of the leg sections 4th , 5 . In this case, the connection points are preferred 3 the intermediate section 6th assigned, in particular at the intermediate section 6th arranged and / or formed.

Preferably the shelf support 1 at least one, preferably two flange sections 15th , 16 , each of which is one of the leg sections 4th , 5 assigned. For example, the flange sections 15th , 16 on the respective associated leg section 4th or. 5 arranged, in particular formed. The flange sections preferably protrude 15th , 16 each from the associated leg section 4th or. 5 sideways away. The flange sections are preferred for this purpose 15th , 16 from the respective associated leg section 4th or. 5 arranged protruding away from each other in the opposite direction. The flange sections preferably extend 15th , 16 continuously over the longitudinal extent of the base body 2 .

In particular, the respective flange section 15th or. 16 a flange face 17th or. 18th on, for example, to attach the shelf support 1 on one (in the 1 to 3 not shown) to be able to support the counterflange of a component or object. In relation to the cross-section of the base body 2 , is the flange surface 17th or. 18th preferably transversely to the respective associated leg section 4th or. 5 arranged. For example, the respective flange section 15th or. 16 a longitudinal extension in the direction of the longitudinal axis 30th of the main body 2 on.

Around the shelf support 1 over the flange sections 15th , 16 To be able to fasten to the mating flange, the respective flange section preferably has 15th or. 16 at least one fastening point each 19th or. 20th on which, for example, the respective associated flange surface 17th or. 18th is assigned, in particular is arranged there. The attachment point 19th or. 20th can be a through hole or a through hole. For example, the attachment point 19th or. 20th a circular hole or an elongated hole.

The shelf support preferably has 1 at one of the two longitudinal ends 7th , 8th , for example at the longitudinal end 7th , a final part 9 on which on the base body 2 is arranged. Preferably the terminating part 9 one transverse to the longitudinal axis 30th of the main body 2 arranged support surface 11 , for example to support a third-party object or to support it against a third-party object. For example, is the bearing surface 11 to the longitudinal axis 30th arranged orthogonally or substantially orthogonally. The support surface is preferred 11 flat or essentially flat. The terminating part is preferred 9 the intermediate section 6th assigned, in particular arranged thereon. For example, the end part protrudes 9 from the intermediate section 6th in the direction away from the flange surfaces 17th , 18th outward.

Is preferred on the terminating part 9 at least one attachment point 13th provided to above the shelf support 1 to be able to attach to the third item. For example, the at least one fastening point is 13th on the support surface 11 arranged. The at least one attachment point 13th is for example a through hole, in particular a through hole, which is designed, for example, as a circular hole or as an elongated hole.

The shelf support preferably has 1 at the other of the two longitudinal ends 7th , 8th , for example at the longitudinal end 8th , another final part 10 on which on the base body 2 is arranged. The further terminating part preferably has 10 one transverse to the longitudinal axis 30th of the main body 2 arranged support surface 12th , for example to support a third-party object or to support it against a third-party object. For example, is the bearing surface 12th to the longitudinal axis 30th arranged orthogonally or substantially orthogonally. The support surface is preferred 12th flat or essentially flat. The terminating part is preferred 10 the intermediate section 6th assigned, in particular arranged thereon. For example, the end part protrudes 10 from the intermediate section 6th in the direction away from the flange surfaces 17th , 18th outward.

Preference is given to the further terminating part 10 at least one attachment point 14th provided to above the shelf support 1 to be able to attach to the third item. For example, the at least one fastening point is 14th on the support surface 12th arranged. The at least one attachment point 14th is for example a through hole, in particular a through hole, which is designed, for example, as a circular hole or as an elongated hole.

The shelf support is preferred 1 a bent part and manufactured by bending a blank. 4th shows, for example, a possible embodiment of such a blank 50 . The blank is preferred 50 a strip of material 51 or comprises a strip of material 51 . The strip of material is preferred 51 just trained. The strip of material 51 can be a sheet metal strip which has been brought to a predetermined size from a sheet metal sheet or a sheet metal coil, for example. The material strip preferably has 51 a predetermined amount. For example, the strip of material 51 cut to the specified size.

The strip of material 51 has an elongated extension along a longitudinal axis 30 ' which prefers the longitudinal axis 30th the shelf support 1 corresponds to. The material strip preferably has 51 a tab at one longitudinal end, preferably at both longitudinal ends 53 or. 54 which is formed or molded there, for example, and preferably in the direction of the longitudinal axis 30 ' each protrudes outwards. Preferably the strip of material has 51 between the tabs 53 , 54 a continuously constant transverse extent, in particular a width, which is greater than the transverse extent of the flap 53 or. 54 is. The tab is preferred 53 or. 54 an end extension of the material section in the direction of the longitudinal axis 30 ' , which is on the shelf support 1 the intermediate section 6th of the main body 2 forms.

Starting from the blank 50 the 4th can be the final part 9 or the support surface 11 of the final part 9 by bending the tab 53 of the blank 50 around a transverse to the longitudinal axis 30 ' running bending line 55 be educated. This causes the shelf support 1 at one end on the long side 7th one transverse to the longitudinal axis 30th running bending edge 21 on. The further final part 10 or the support surface 12th of the further final part 10 by bending the tab 54 of the blank 50 around a transverse to the longitudinal axis 30 ' running bending line 56 be educated. This causes the shelf support 1 at the other longitudinal end 8th one transverse to the longitudinal axis 30th running bending edge 22nd on.

Furthermore, the U-shaped cross section of the base body 2 the shelf support 1 by bending the blank 50 be educated. For example, the one leg section 4th the shelf support 1 by bending a section of material 57 of the blank 50 around one in the direction of the longitudinal axis 30 ' running bending line 58 educated. In the same way, the other leg section 5 be educated.

At the shelf support 1 are the two flange sections 15th , 16 preferably on the associated leg section 4th or. 5 molded. Starting from the blank 50 the 4th can be the one flange section 15th by bending a section of material 59 of the blank 50 around one in the direction of the longitudinal axis 30 ' running bending line 60 be educated. In the same way, the other flange section 16 be educated.

Already before the bending can be done on the blank 50 the connection points 3 and the attachment points 13th , 14th , 19th , 20th the shelf support 1 have been shaped. In principle, this process can also take place after the blank has been bent 50 at least for the connection points 3 or for the at least one fastening point 13th or for the at least one fastening point 14th or for the at least one fastening point 19th or for the at least one fastening point 20th are executed.

For example, the blank 50 at least one, preferably several or a plurality of through holes 52 on to the connection points 3 the shelf support 1 to train for the at least one shelf. For example, the blank 50 several more through holes 61 to the at least one attachment point 13th and / or the at least one fastening point 14th and / or the at least one fastening point 19th and / or the at least one fastening point 20th to train.

5 , 6th and 7th show another possible embodiment of a shelf support 1.1 in a perspective view ( 5 ), a top view ( 6th ) and a partially cut side view ( 7th ). Components or material sections of the shelf support 1.1 which with those of the shelf support 1 the 1 to 3 are identical in construction or function are provided with the same reference numerals; in this respect, refer to the description of the shelf support 1 the 1 to 3 referenced.

The shelf support 1.1 the 5 to 7th differs from the shelf support 1 the 1 to 3 among other things by the fact that the connection points 3 one of the leg sections 4th , 5 , for example the leg portion 5 , are assigned, in particular are arranged or formed there.

The shelf support 1.1 the 5 to 7th differs from the shelf support 1 the 1 to 3 among other things also by the fact that the final part 9 one of the two leg sections 4th , 5 is assigned, in particular is arranged thereon.

For example, is the final part 9 which the connection points 3 having leg portion 5 assigned, in particular arranged thereon. The terminating part preferably protrudes 9 from the associated leg section 5 in the direction away from the main body 2 outward. The further terminating part is preferred 10 the other of the two leg sections 4th , 5 , for example the connection points 3 having leg portion 5 , assigned, in particular arranged thereon.

The shelf support also differs 1.1 the 5 to 7th from the shelf support 1 the 1 to 3 by having the first length L1 , i.e. the length of the leg sections 4th , 5 , greater than the second length L2 , i.e. the length of the intermediate section 6th , is ( 6th ).

With the shelf support 1.1 includes the main body 2 preferably at least one, preferably several or a large number of further connection points 23 to get a (in the 5 to 7th not shown) to connect or attach further shelf. The other connection points 23 are in the 5 to 7th not visible; insofar is on 8th referenced. The other connection points are preferred 23 the other of the leg sections 4th , 5 , for example the leg portion 4th , assigned, in particular arranged or formed there. This allows the shelf support 1.1 can be used as a central support in a shelving system.

The other connection points 23 are, for example, identical in construction or function to the connection points 3 are. Are preferred in the direction of the longitudinal axis 30th seen the other connection points 23 one behind the other, especially one behind the other in a row. For example, the other connection points 23 or at least individual or at least one of the further connection points 23 designed as a keyhole-shaped elongated hole in order, for example, to receive therein a pin-shaped connecting element of the shelf with the formation of a bayonet connection.

The shelf support preferably has 1.1 at one of the two longitudinal ends 7th , 8th , for example at the longitudinal end 7th , an additional final part 9 ' on which on the base body 2 is arranged. The additional terminating part preferably has 9 ' one transverse to the longitudinal axis 30th of the main body 2 arranged support surface 11 ' , for example to support a third-party object or the third-party object described above or to support it against a third-party object or the third-party object described above.

For example, is the bearing surface 11 ' to the longitudinal axis 30th arranged orthogonally or substantially orthogonally. The support surface is preferred 11 ' flat or essentially flat. The additional terminating part is preferred 9 ' the other of the leg sections 4th , 5 , for example the leg portion 4th , assigned, in particular arranged thereon. For example, the additional terminating part protrudes 9 ' from the other leg portion 4th in the direction away from the main body 2 outward.

Preference is given to the additional terminating part 9 ' at least one attachment point 13 ' provided to above the shelf support 1.1 to be able to attach to the third item. For example, the at least one fastening point is 13 ' on the support surface 11 ' arranged. The at least one attachment point 13 ' is for example a through hole, in particular a through hole, which is designed, for example, as a circular hole or as an elongated hole.

The shelf support preferably has 1.1 at the other of the two longitudinal ends 7th , 8th , for example at the longitudinal end 8th , another additional final part 10 ' on which on the base body 2 is arranged. The further additional terminating part preferably has 10 ' one transverse to the longitudinal axis 30th of the main body 2 arranged support surface 12 ' , for example to support a third-party object or the third-party object described above or to support it against a third-party object or the third-party object described above. For example, is the bearing surface 12 ' to the longitudinal axis 30th arranged orthogonally or substantially orthogonally. The support surface is preferred 12 ' flat or essentially flat. The further additional terminating part is preferred 10 ' the other of the leg sections 4th , 5 , for example the leg portion 4th , assigned, in particular arranged thereon. For example, the further additional end part protrudes 10 ' from the other leg portion 4th in the direction away from the main body 2 outward.

Preference is given to the further additional terminating part 10 ' at least one attachment point 14 ' provided to above the shelf support 1.1 to be able to attach to the third item. For example, the at least one fastening point is 14 ' on the support surface 12 ' arranged. The at least one attachment point 14 ' is for example a through hole, in particular a through hole, which is designed, for example, as a circular hole or as an elongated hole.

The shelf support is preferred 1.1 - like the shelf support 1 - a bent part and by bending made of a blank. The 8th shows, for example, a possible embodiment of such a blank 50.1 . The blank is preferred 50.1 a strip of material 51.1 or comprises a strip of material 51.1 . The strip of material is preferred 51.1 just trained. The strip of material 51.1 can be a sheet metal strip, which has been brought to a predetermined size from a sheet metal sheet or a sheet metal coil, for example. The material strip preferably has 51.1 a predetermined amount. For example, the strip of material 51.1 cut to the specified size.

The material strip preferably has 51.1 at one longitudinal end, preferably at both longitudinal ends, at least one, for example two tabs 53.1 or. 53.1 ' or. 54.1 or. 54.1 ' on, which is formed or molded there, for example, and preferably in the direction of the longitudinal axis 30 ' each protrude outwards. The tab is preferred 53.1 or. 54.1 an end extension of the material section in the direction of the longitudinal axis 30 ' , which is on the shelf support 1.1 one leg section 5 forms. The tab is preferred 53.1 ' or. 54.1 ' an end extension of the material section in the direction of the longitudinal axis 30 ' , which is on the shelf support 1.1 the other leg section 4th forms.

Starting from the blank 50.1 the 8th can the final parts 9 , 9 ' , 10 , 10 ' or the associated support surface 11 or. 11 ' or. 12th or. 12 ' by bending the tab 53.1 or. 53.1 ' or. 54.1 or. 54.1 ' 4th of the blank 50.1 around a transverse to the longitudinal axis 30 ' running bending line 55.1 or. 56.1 be educated. Furthermore, the U-shaped cross section of the base body 2 the shelf support 1 by bending the blank 50.1 be educated.

For example, the blank 50.1 at least one, preferably several or a plurality of through holes 52.1 or. 52.1 ' on to the connection points 3 and the other connection points 23 the shelf support 1.1 to train for the at least one shelf. For example, the blank 50.1 several more through holes 61.1 or. 61.1 ' to the at least one attachment point 13th or. 13 ' and / or the at least one fastening point 14th or. 14 ' to train.

9 and 10 show another possible embodiment of a shelf support 1.2 , which is a modification of the shelf support 1 the 1 to 3 is. The shelf support 1.2 the 9 and 10 differs from the shelf support 1 the 1 to 3 in that the connection points 3 for the at least one shelf as a polygonal hole 3.4 is trained. The polygonal hole is preferred 3.4 square, in particular square. The polygonal hole 3.4 is designed in particular to be able to attach a shelf to it, as it is in the DE 10 2018 104 809 A1 is described.

11 and 12th show another possible embodiment of a shelf support 1.3 , which is a modification of the shelf support 1.1 the 5 to 7th is. The shelf support 1.3 the 11 and 12th differs from the shelf support 1.1 the 5 to 7th in that the connection points 3 and the other connection points 23 for the at least one shelf as the polygonal hole already described above 3.4 are trained.

13th shows a possible embodiment of a room cell 200 , in the interior of which a shelving system 100 is set up. The room cell 200 is for example a cold room, such as a cold room, and can be used for cooling and / or freezing goods.

The room cell 200 is up through a ceiling 210 , down through a floor 220 and laterally through several side walls 230 , 240 , 250 , 260 limited. The ceiling 210 and / or the floor 220 and / or at least one of the side walls 230 , 240 , 250 , 260 can be formed by one wall element or several wall elements. For example, the wall elements form an outer skin of the room cell 200 .

At least one of the side walls is preferred 230 , 240 , 250 , 260 , for example the side wall 230 , designed as a goods display wall with a through opening. The passage opening can be through one or more doors 270 , in particular be lockable with at least one transparent area, such as glass doors.

Inside the room cell 200 is for example the shelving system 100 arranged in such a way that a product display side of the shelving system 100 the goods display wall of the room unit 200 is facing and, for example, on the shelving system 100 stored goods can be removed from the outside through the passage opening. The room cell is preferred 200 through an access opening 280 accessible, which can be closed, for example, by a door.

The shelving system 100 preferably comprises at least two, preferably several shelf supports, which are preferably used as vertical supports. In particular, the shelf system comprises at least one shelf 110 , preferably several shelves, which are supported, for example, by the shelf supports. One of the shelf supports is preferably the shelf support described above 1 the 1 to 3 . The shelf support 1 is for example a End support, which is one of the side walls 230 , 240 , 250 , 260 , for example the side wall 260 is facing. The side wall is preferred 260 via the at least one flange section 15th or. 16 on the shelf support 1 attached. This serves the shelf support 1 for example as a support for the side wall 260 .

Another of the shelf supports of the shelf system is preferred 100 the shelf support described above 1.1 the 5 to 7th . With the shelving system 100 is the shelf support 1.1 used, for example, as a central support. At least one of the fastening points is preferred 3 of the one leg section 5 the shelf support 1.1 the at least one shelf 100 attached. At least one of the further fastening points is preferred 23 of the other leg section 4th the shelf support 1.1 at least one more shelf 120 attached.

The ceiling is preferably supported 210 on the final part 9 the shelf support 1 and / or on the at least one terminating part 9 or. 9 ' the shelf support 1.1 off, in particular is the ceiling 210 superimposed on it. As a result, the shelf support and / or the shelf support is used 1.1 as a support for the ceiling 210 or at least one ceiling element of the ceiling 210 .

In the present description, the reference to a particular aspect or a particular embodiment or a particular configuration means that a particular feature or property that is described in connection with the particular aspect or the particular embodiment or the particular configuration is at least contained therein is, but does not necessarily have to be included in all aspects or embodiments or configurations of the invention. It is expressly pointed out that any combination of the various features and / or structures and / or properties which are described in relation to the invention are encompassed by the invention, unless this is expressly or clearly refuted by the context.

The use of some or all of the examples or exemplary language in the text is only intended to illuminate the invention and does not constitute a restriction on the scope of the invention, unless otherwise stated. Neither is any language or formulation in the description to be understood as meaning that it is an element which is not claimed but which is essential to the practice of the invention.

List of reference symbols

1

Shelf support

1.1

Shelf support

1.2

Shelf support

1.3

Shelf support

2

Base body

3

Connection points

3.1

Keyhole-shaped elongated hole

3.2

circular section

3.3

Shaft section

3.4

polygonal hole

4th

Leg section

5

Leg section

6th

Intermediate section

7th

longitudinal end

8th

longitudinal end

9

Final part

9 '

additional final part

10

Final part

10 '

additional final part

11

Support surface

11 '

Support surface

12th

Support surface

12 '

Support surface

13th

Attachment point

13 '

Attachment point

14th

Attachment point

14 '

Attachment point

15th

Flange section

16

Flange section

17th

Flange surface

18th

Flange surface

19th

Attachment point

20th

Attachment point

21

Bending edge

22nd

Bending edge

23

further connection points

30th

Longitudinal axis

30 '

Longitudinal axis

50

blank

50.1

blank

51

Strip of material

51.1

Strip of material

52

Through holes

52.1

Through holes

52.1 '53

Tab

53.1

Tab

53.1 '

Tab

54

Tab

54.1

Tab

54.1 '

Tab

55

Bending line

55.1

Bending line

56

Bending line

56.1

Bending line

57

Material section

58

Bending line

59

Material section

60

Bending line

61

Through holes

61.1

Through holes

61.1 '

Through holes

100

Shelving system

110

Fold bottom

120

further shelf

200

Room cell

210

blanket

220

ground

230

Sidewall

240

Sidewall

250

Sidewall

260

Sidewall

270

door

280

Access opening

L1

first length

L2

second length

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• DE 102018104809 A1 [0043, 0104]
• EP 3549489 A1 [0058]
• DE 102016102304 A1 [0058]

Claims (16)

Shelf support (1; 1.1; 1.2; 1.3), comprising a base body (2) with an elongated extension along a longitudinal axis (30) and at least one, preferably several or a plurality of connection points (3) for fastening at least one shelf (110), wherein the base body (2) comprises a U-shaped cross section with two leg sections (4, 5) and an intermediate section (6) arranged between them, and wherein the base body (2) has two opposite longitudinal ends (7, 8) and in the area at least one of the two longitudinal ends (7, 8) an end part (9) is permanently arranged on the base body (2), the end part (9) having a supporting surface (11) arranged transversely to the longitudinal axis (30) for supporting a third object or for supporting against a third-party object. Shelf support after Claim 1 wherein the terminating part (9) is formed by a tab (53; 53.1) formed on the base body (2) and the support surface (11) is formed by reshaping, in particular bending, the tab (53; 53.1). Shelf support after Claim 1 or 2 , wherein the U-shaped cross section of the base body (2) is formed by reshaping, in particular bending, a blank (50; 50.1). Shelf support according to one of the preceding claims, wherein the shelf support (1; 1.1; 1.2; 1.3) consists of a metallic material or comprises a metallic material, in particular is a sheet metal part. Shelf support according to one of the Claims 1 to 4th , wherein the connection points (3) for the at least one shelf (110) are assigned to the intermediate section (6), and a flange section (15) with a flange surface (17) is assigned to at least one of the leg sections (4, 5), the flange surface (17), based on the cross section of the base body (2), is arranged transversely to the at least one leg section (4). Shelf support after Claim 5 wherein the flange section (15) is formed by a material section (57) molded onto the at least one leg section (4) and the support surface (11) is formed by reshaping, in particular bending, the material section (57). Shelf support after Claim 5 or 6th , wherein the closure part (9) is assigned to the intermediate section (6) and protrudes outward therefrom in the direction away from the flange surface (17). Shelf support according to one of the Claims 5 to 7th , wherein, based on the cross section of the base body (2), at least one of the leg sections (4; 5) extends away from the intermediate section (6) with a first length (L1) and the intermediate section (6) extends with a second length (L2 ) extends between the leg sections (4, 5), the first length (L1) being smaller than the second length (L2). Shelf support according to one of the Claims 1 to 4th , wherein the connection points (3) for the at least one shelf (110) are assigned to one of the leg sections (4, 5), and at least one, preferably several or a plurality of further connection points (23) for fastening at least to the other leg section (4) another shelf (120) is assigned. Shelf support after Claim 9 , wherein the terminating part (9) is assigned to one of the leg sections (4, 5) and protrudes outward therefrom in the direction away from the base body (2). Shelf support after Claim 9 or 10 , wherein, based on the cross section of the base body (2), at least one of the leg sections (4, 5) extends away from the intermediate section (6) with a first length (L1) and the intermediate section (6) extends with a second length (L2 ) extends between the leg sections (4, 5), the first length (L1) being greater than the second length (L2). Shelf support according to one of the preceding claims, wherein at least one of the connection points (3) for the at least one shelf (110) is designed as a keyhole-shaped elongated hole (3.1) in order to receive therein a pin-shaped connecting element of the at least one shelf (110) with the formation of a bayonet connection. Shelf support according to one of the preceding claims, wherein at least one of the connection points (3) for the at least one shelf (110) is designed as a polygonal hole (3.4), in particular a square hole. Blank (50; 50.1) for a shelf support (1; 1.1; 1.2; 1.3) according to one of the Claims 1 to 13th , formed by a strip of material (51; 51.1) with at least one, preferably several or a plurality of through holes (52; 52.1), around the connection points (3) of the shelf support (1; 1.1; 1.2; 1.3) for the at least one shelf ( 110), the material strip (51; 51.1) having a deformable material in order to form the U-shaped cross section of the base body (2) of the shelf support (1; 1.1; 1.2; 1.3) by deformation, and the material strip (51; 51.1) a tab (53; 53.1) to form the end part (9) of the shelf support (1; 1.1; 1.2; 1.3). Shelf system (100) with at least two, preferably several shelf supports and at least one, preferably several shelves (110, 120) carried by the shelf supports, at least one of the shelf supports according to one of the Claims 1 to 13th is trained. Room cell (200) bounded at the top by a ceiling (210), bounded at the bottom by a floor (220) and laterally bounded by several side walls (230, 240, 250, 260), the room cell (200) being a shelving system (100) to Claim 16 or at least one after one of the Claims 1 to 13th formed shelf support (1; 1.1; 1.2; 1.3), and the at least one shelf support (1; 1.1; 1.2; 1.3) with one end part (10) is supported against the floor (220) or the ceiling (210) is supported which supports one end part (9).

Images