DE102017007852A1 - shelving - Google Patents

Abstract

The invention relates to a shelving system (1), in particular for a motor vehicle, which has at least one shelf element (2) comprising a shelf (5) with one on a first access side (7) of the shelf element (2) in a securing position (S) Load securing element (6), by means of which on the shelf (5) arranged bearing object (3) is secured against falling out. It is inventively provided that on the first access side (7) and on one of the first access side (7) opposite, second access side (8) of the shelf element (2) each have a load securing element (6) is provided, through which the bearing object (3) between the first access side (7) and the second access side (8) of the shelf element (2) is bordered and of which at least one load securing element (6) between a securing position (S) and an access position (Z) is displaceable, in which the storage object ( 3) from the shelf element (2) can be removed.

Description

The invention relates to a shelving system specified in claim 1, in particular for a motor vehicle.

In motor vehicles, in particular delivery vehicles there is a need to provide for the transport of objects in the car as possible a space efficient shelving system in which the objects are kept as safe as possible during transport, and which is particularly simple and ergonomic.

Shelving systems in general are known, for example from the furniture industry. For example, the document discloses DE 44 25 629 A1 a collapsible shelf with vertical support elements to which obliquely or horizontally shelf elements are attachable, the individual shelf elements are hinged together at their parallel and horizontal edges that are attached to these edges or in the vicinity of these edges on both sides protruding hook elements, the engage behind guide rails on the vertical support elements, so that the edges of the shelf elements slip downwards due to gravity and form the shelf elements by a zigzag arrangement, and that the shelf elements are suspended on the support elements on the hook elements on the free edge of the top shelf element. Here, the shelf element in the region of the edge has an opening into which a spring is inserted, which engages in a perpendicular to the shelf element arranged bar. This bar is used to hold documents, so that they do not slip on the obliquely arranged shelf element forward.

Further, the DE 10 2009 047 301 A1 a shelf for storage and provision of objects, which has at least two interconnected shelf elements, which in turn have two interconnected side parts. The side parts have mutually parallel spars, which are perpendicular in use. Between the spars of a side part extending side struts on which the shelves are to rest. Two side parts are connected to each other by at least one cross-connection element. It is possible to arrange the shelves by placing on each one of the side struts in different inclinations.

The disadvantage here is that objects, such as documents but also larger and / or heavier items such as boxes, boxes, etc., must be lifted over the bar to be safely stowed in the shelf element can. This is particularly unergonomic, especially in the case of particularly high shelves or particularly highly arranged shelf elements, since a user of the shelf may have to lift the objects particularly high, in particular via his head. In addition, a removal of the items from the shelf element is also particularly unergonomic, since the user has to lift the object to be removed first over the bar before the item is removed from the shelf element.

The strip could be disassembled for the simplest loading and unloading of the shelf element. But this is disadvantageous because thus additional steps are necessary to load the shelf element or unload. Furthermore, then the disassembled bar is somewhere to store, so there is a risk that the bar loses. Then a proper function of the shelf element would no longer be given. If such a shelf or shelf element is arranged in a motor vehicle, it is further possible that the strip, in particular during a driving operation of the motor vehicle, unintentionally, for example due to wear drops from the shelf element, so that a backup function of the bar is no longer given , After that, the object stored in the shelf element could fall out of the shelf element and be damaged.

A tilting mechanism, by means of which the shelf element or an entire shelf can be brought into an inclined position in order to simplify the loading and unloading, is also not expedient, as this is to provide a non-usable space on an upper side of the shelf element, in which the object loaded on the shelf element is pivoted in the inclined position. This means that such a tilting mechanism prevents efficient use of space of the shelf, whereby only a particularly small loading capacity of the shelf can be realized. Furthermore, the tilting mechanism is also particularly unergonomic, since it is particularly difficult to adjust it from the inclined position, in particular when the shelf element is loaded, again in a horizontal position.

Object of the present invention is to provide a space-efficient shelving as possible, in which a storage item is kept as safe as possible, and which is particularly simple and ergonomic operation.

This object is achieved by a shelving system with the features of claim 1. Advantageous embodiments with expedient developments of the invention are specified in the other claims.

According to the invention, a shelving system is accordingly provided, in particular for a motor vehicle which has at least one shelf element comprising a shelf element, with a load securing element arranged on a first access side of the shelf element in a securing position, by means of which a storage object arranged on the shelf is secured against falling out. This means that the shelving system in a motor vehicle, in particular a delivery and / or delivery vehicle, etc., can be arranged or is adapted to be able to be arranged in such a motor vehicle. The shelf system comprises at least one shelf element, which has the shelf. In other words, the shelf element is at least partially formed by the shelf. The first access side of the shelf element is facing a user of the shelving system or shelf element, so that the user can load or unload the shelf element via the access side. The storage object can be stored in the shelving system by being erectable, in particular by means of the user, via the first access side into the shelf element or onto the shelf. At the first access side, that is to say at least in a vicinity of the first access side, the load securing element is arranged, by means of which the bearing object can be secured against slipping, in particular against falling out of the shelf element or from the shelf. For this purpose, the load securing element is arranged in the securing position, in which by means of the load securing element of the bearing object is secured accordingly. For example, the load securing element adjacent to the bearing object and / or at least partially embrace this form-fitting manner.

In order to create the most space-efficient shelving system in which a storage object can be kept as safe as possible, and which is particularly simple and ergonomically operable, it is provided that on the first access side and on a second access side of the shelf element opposite the first access side Load securing element is provided, through which the bearing object between the first access side and the second access side of the shelf member is enclosed and of which at least one load securing element between a securing position and an access position is displaceable, in which the bearing object can be removed from the shelf element.

In other words, the shelf element has the first and second access sides, wherein the shelf element can be loaded and unloaded via the first access side and the second access side. This means that the user of the shelf system or shelf element can choose which of the access pages he loads or unloads the shelf element. As a result, the shelf system or the shelf element is particularly simple and flexible usable, since a user is not forced to walk around the shelving system or the shelf element in order to use the shelving system as intended.

If the storage object is arranged in the shelf element or on the shelf, the storage object is located between the two access pages. At the second access side, that is to say at least in a vicinity of the second access side, a further, second load securing element is arranged, by means of which the bearing object can be secured against slipping, in particular against falling out of the shelf element or from the shelf. This means that the storage object is respectively secured by means of the first load securing element in the region of the first access side and by means of the second load securing element in the region of the second access side. This ensures that the storage object arranged in the shelf element can not fall out of the shelf element either via the first access side or via the second access side. If the shelf system is arranged in the motor vehicle, the storage object can be enclosed or held in the shelf element by means of the load securing elements such that the storage object is also in a driving operation of the motor vehicle, in particular in sudden acceleration, braking and / or Kurvenfahrmanövern and especially in a Traffic accident, remains in the shelf element. This is particularly advantageous, since in this way the thought of a particularly convenient cargo security is taken into account in a special way.

In order to be able to load or unload the shelf system or shelf element with particularly little effort and ergonomics, it is provided that at least one of the load securing elements, ie either the first load securing element or the second load securing element, is secured between the securing position in which the cargo object is secured in the shelf element is, and the access position in which the storage object is unlocked, displaced or adjustable.

Under "displaceable or adjustable" is to be understood that the load securing element permanently in the region of the first access side, for example, attached to the shelf system on the shelf, on the shelf element, etc., remains attached. In other words, the load securing element is fastened in the region of the first access side when it is arranged in the access position or in the securing position. Furthermore, the charge securing element remains attached during / during an adjustment or displacement thereof between the respective positions in the region of the first access side. This is for example realized by the load securing element is pivotally mounted in the access side to the shelf element, shelf, etc. The advantage here is that the load securing element thus can not be lost.

It is preferably provided that the charge securing elements provided on the first and the second access side of the shelf element are displaceable between the securing position and the access position, so that the storage object can be removed from the shelf element via the first access side or the second access side. This means that the first load securing element and the second load securing element can each be displaced or adjusted between the securing position and the access position.

Under an unlocked storage item is to be understood that this is still arranged in the shelf element or on the shelf, but is no longer secured via a respective load securing element against falling out of the shelf element. A lifting of the bearing object on one of the arranged in the securing position load securing elements when loading or unloading can be omitted, since the respective load securing element is adjustable in the access position. As a result, the access position is particularly simple and ergonomically possible in it to introduce the article of storage into the shelf element or to remove it from the shelf element in the article of storage. Furthermore, the user of the shelving system can choose which of the load securing elements of a shelf element he moves to the access position or securing position to loading or unloading the corresponding shelf element. As a result, a flexibility of the shelving system or the shelf element is further increased because a user is not set to an access page of the shelf element in order to use the shelving system as intended.

Since overriding is eliminated, it is possible to design the shelving system particularly space-efficient, since in particular a tilting mechanism and consequently a non-usable space can be omitted on an upper side of the shelf element. For the storage object can be pushed into the same under at least substantially full utilization of the shelf element. As a result, the shelf system is designed to be particularly space-efficient compared to a equipped with such a tilting shelf system, which is why a higher charge capacity can be realized.

According to a further embodiment it is provided that a restoring unit is provided, by means of which the load securing element from the access position to the securing position, in particular automatically, is adjustable. This means that advantageously an action for the user can be omitted in order to adjust the load securing element from the access position to the securing position. For example, a spring element, for example a leg spring, may be provided, which is arranged between the shelf element or the shelf and the load securing element. The spring element can be tensioned, for example, by means of an adjustment of the load securing element from the securing position into the access position. This means that under a relaxation of the spring element, in particular by means of the spring element, the load securing element is adjustable from the access position to the securing position. This ensures that the load securing element does not accidentally remain in the access position. Rather, it requires the user, in particular after loading the shelf element with the storage item, no attention, that is, no active action to secure the storage item by means of the load securing element. This means that this allows even more ergonomic operation of the shelving system.

Preferably, it is provided that a locking unit is provided, which is locked between a locking position, in which by means of engaging in a latch receiving the load securing element latch the respective load securing element in its securing position on the shelf element, and an unlocking position in which the bolt and the bolt receptacle from each other are unlocked, whereby the respective load securing element can be brought out of or into the securing position, is displaced. In other words, the load securing element is only displaceable or adjustable from the securing position into the access position when it is unlocked by the respective shelf element. For this purpose, the locking unit is to be adjusted accordingly in the unlocked position. Furthermore, it is only possible that the load securing element to move completely from the access position to the securing position when the locking position is arranged in the unlocked position. It is thus particularly possible to ensure that the respective load securing element is not inadvertently or undesirably, for example accidentally, adjustable from the securing position. In other words, an even safer or better, that is higher load securing is given if the respective load securing element is firmly but reversibly held by the locking unit on the shelf element, in particular locked.

Preferably, the storage object is designed as an at least substantially parallelepiped-shaped container, for example a box, box, cardboard, etc. In a cuboid shape of the bearing object, it is possible in a particularly simple manner that the bearing object in the shelf element by means of the load securing elements in particular positively fixed, that is secured, that the bearing object only then unlocked and thus removed from the shelf element, if at least one the load securing elements is arranged in the access position. Due to the cuboidal shape, a cargo space of the shelf element is at least approximately fully exploitable by means of the container. Furthermore, it is conceivable to form the container in a particularly heat-insulating manner, so that items inside the container are not heated and / or cooled by the same. This is particularly advantageous when it comes to the things to food, for example, to be cooled cooking ingredients or hot-to-keep, ready-cooked dishes.

As a further advantage, it has been shown when the respective load securing element has lateral tabs through which the bearing object is bordered on the right and left sides of the respective access sides of the shelf element. In other words, then the bearing object in the respective shelf element is reversibly fixed. The storage item can then fall out of the shelf element neither on the first nor on the second access page. Furthermore, the article of storage can then also not slipping or falling off from the access side, further sides of the shelf element.

In a further advantageous embodiment, it is provided that the lateral tabs each have a bolt receptacle. This ensures that the shelving system is particularly simple, that is, for example, low-component and thus cost-effectively constructed. Furthermore, the respective load securing element can thereby be locked on both sides with the shelf or the shelf element, whereby the load securing element is held particularly reliable in the securing position.

An advantageous embodiment provides that, in the securing position, the respective bolt receptacle extend through openings of the shelf through it and can be locked underneath. For this purpose, the shelf at least per bolt receptacle on an opening, which extend through the shelf or through a material thickness of the shelf. In other words, a respective opening completely penetrates the shelf. The respective opening is in this case formed so that it corresponds at least to a part of the respective bolt receptacle. For example, the respective opening has a cross-sectional area which corresponds at least substantially to a cross-sectional area of the respective bolt receptacle. It is thus particularly easy to lock the respective load securing element on the respective bolt receptacle with the shelf or shelf element. On the other hand, the bolt receptacle against intentional or unintentional deformation, for example, bending, securable, in which the respective bolt receptacle is at least partially supported on an inner peripheral surface of the respective opening. As a result, a proper function of the respective bolt receptacle or the locking unit is particularly reliable.

Furthermore, it is advantageous that a plurality of shelf elements is provided, each with associated load securing elements, wherein the load securing elements can be locked or unlocked simultaneously by means of the locking unit. In other words, the shelving system is scalable as needed. The shelf system may for example comprise a single shelf element. But it is also conceivable that the shelving system comprises a plurality of shelf elements. In this case, the several shelf elements adjoin one another via the further sides, which may be arranged, for example, at right angles to the access pages, for example on the right-hand side or on the left-hand side. By preventing the storage object from leaving the shelf element neither via the access sides nor via the further sides of the shelf element, it is ensured that the storage object remains in a specifically assigned shelf element. This is particularly advantageous if a display device is used in the motor vehicle or delivery vehicle or on the shelving system, by means of which the user, in particular a messenger, can be displayed, from which of the shelf elements a specific container can be taken. Such a system is known, for example as a pick-by light (analogously: picks up where signal lamp on).

Furthermore, it is conceivable that the shelving system is arranged on a shelf system extract, for example in a loading space of the delivery vehicle. The shelving system is then guided over the shelving system extension and at least partially pulled out of the loading space of the delivery vehicle, so that the shelving system then extends out of an outer contour of the delivery vehicle, for example through a loading space opening. Then at least two sides of the shelving system, in particular its access pages for the user of the shelving system, in particular outside the delivery vehicle, accessible. As a result, the user of the shelving system is not forced to the shelving system or in extreme cases to the delivery vehicle walk around to load the shelf element of the shelving system.

It is of particular advantage if the locking unit is adjustable in an unlocking, in particular by means of a withdrawal, the shelving system in the unlocked position. In an analogous manner, it is advantageous if the locking unit is adjustable in the locking position when pushed in, in particular by means of a pushing in, the shelving system. In other words, a withdrawal of the shelving system and an adjustment of the locking unit in its unlocked position and a pushing in of the shelving system and an adjustment of the locking unit in its locking position can be carried out in a single step. Thus, the present in the pull-out shelving system load securing elements, in particular at the same time, can be unlocked or locked. For the user, it is thus advantageously obsolete to unlock the respective load securing element before adjusting it into the access or securing position by means of a separate action when loading or unloading the respective shelf element.

Moreover, it is advantageous that an elongated locking element is held longitudinally displaceable and rotationally fixed in a arranged below the shelf tube of the shelf element. In other words, the locking unit has the elongate locking element, for example a locking rod. Below the shelf, the tube is arranged, whose inner peripheral surface corresponds at least substantially to the elongate locking element, in particular to the locking bar. For example, the tube may be formed as a rectangular tube, while the elongate locking element or the locking rod has a corresponding with the cross-sectional area of the rectangular tube cross-sectional area. In this case, a longitudinal center axis of the tube and a longitudinal center axis of the elongate locking element can run parallel to one another, in particular coincide. Due to the particular at least substantially rectangular geometries of the tube or rectangular tube and the elongate locking element or the locking rod, the tube and the locking element are indeed displaceable to each other along the respective longitudinal center axis, but rotatably to each other about the respective longitudinal center axis. This is advantageous insofar as a particularly simple operation of the locking unit is given. For a rotational alignment of the locking element, to which preferably at least one latch is arranged, is eliminated.

Further advantages, features and details of the invention will become apparent from the following description of a preferred embodiment and from the drawing. The features and feature combinations mentioned above in the description as well as the features and feature combinations mentioned below in the description of the figures and / or in the figures alone can be used not only in the respectively specified combination but also in other combinations or in isolation, without the scope of To leave invention.

• 1 eine perspektivische und schematische Ansicht eines Regalsystems;
• 2 eine perspektivische und schematische Ansicht des Regalsystems mit übereinander angeordneten Regalebenen;
• 3 ausschnittsweise eine perspektivische und schematische Ansicht des Regalsystems mit einer Verriegelungseinheit in einer Entriegelungsstellung;
• 4 ausschnittsweise eine perspektivische und schematische Ansicht des Regalsystems mit der Verriegelungseinheit in einer Verriegelungsstellung;
• 5 ausschnittsweise eine perspektivische und schematische Ansicht eines Verriegelungselements; und
• 6 eine perspektivische und schematische Ansicht des Regalsystems mit der Verriegelungseinheit.

Showing:

• 1 a perspective and schematic view of a shelving system;
• 2 a perspective and schematic view of the shelving system with stacked shelves levels;
• 3 a fragmentary perspective and schematic view of the shelving system with a locking unit in an unlocked position;
• 4 a fragmentary perspective and schematic view of the shelving system with the locking unit in a locking position;
• 5 a fragmentary perspective and schematic view of a locking element; and
• 6 a perspective and schematic view of the shelving system with the locking unit.

In the figures, identical or functionally identical elements are provided with the same reference numerals.

1 shows in a perspective and schematic view of a shelving system 1 , which is designed in particular for use in a motor vehicle, for example a delivery and / or delivery vehicle. When using the shelving system 1 in a motor vehicle, it is particularly important to the shelving system 1 particularly space-efficient and mass-efficient form, whereby the motor vehicle is particularly energy-and / or fuel-efficient and low-emission operation. Furthermore, it is particularly important by means of the shelving system 1 to provide as much storage space as possible for transporting storage objects. Furthermore, the shelving system 1 be particularly easy, fast and ergonomic. In addition, special attention should be paid to the simplest possible load securing. That means it is desirable to have that in the shelving system 1 transported storage items, especially during a driving operation of the motor vehicle, at least substantially fixed in position.

The shelving system 1 For this purpose, at least one shelf element 2 , which is adapted to a storage item 3 take. In other words, the storage object 3 in the shelf element 2 storable or transportable. The shelving system 1 is scalable, that means the shelving system 1 several shelf elements 2 can have. For example, the shelving system includes 1 six shelf elements 2 which together form a shelf level 4 form.

The respective shelf element 2 has a shelf 5 on which at least one storage item, in particular the storage item 3 , is adjustable. For clarity, in 1 some shelf elements 2 with the bearing object 3 shown loaded and some shelf elements 2 without loading. The shelf 5 is plan or just trained. To the shelf 5 and consequently the shelving system 1 especially mass-efficient, can the shelf 5 Materialausnehmungen, for example, holes have. The shelf 5 may be made of an inorganic, for example, metallic material, an organic material, for example, plastic, wood, etc., and / or a fiber-reinforced material.

Sides of the shelf element 2 about which a user of the shelving system 1 or the shelf element 2 the storage item 3 in the shelf element 2 bring in or the storage item 3 from the shelf element 2 may be referred to as access pages. The shelf element 2 has a first access page 7 and a second access page 8th on. The first access page 7 and the second access page 8th lie opposite each other and parallel to each other. At the first and second access pages 7 . 8th , at least in their respective vicinity, is in each case a load securing element 6 arranged. For example, the load securing element 6 with the shelf 5 be connected. About the load securing element 6 is the one on the shelf 5 erected warehouse object 3 against falling out of it on the first access page 7 and at the second access page 8th secured or secured.

For this purpose, the load securing element 6 in particular form-locking to the bearing object 3 adjoin. The load securing element 6 For example, it can be used as a load-securing flap 9 be formed, which, for example, on the shelf 5 is held. The holding share 10 is at least substantially perpendicular to the shelf 5 arranged so that one on the shelf 5 mounted storage object 3 about the holding share 10 between the access pages 7 . 8th is held. A load securing element arranged in this way 6 or a load securing flap arranged in this way 9 is arranged in the securing position S. Is the storage object 3 as intended in the shelf element 2 received, that is, is the storage object 3 on the shelf 5 placed and are the shelf element 2 associated cargo securing flaps 9 each arranged in the securing position S, so is the storage object 3 between the first access page 7 and the second access page 8th held fixed position, for example, at least partially edged. This ensures that, especially during a driving operation of the motor vehicle, the storage object 3 between the first access page 7 and the second access page 8th remains positioned, even if by means of the motor vehicle, a sudden maneuver, such as acceleration, braking, steering, etc., is performed. This ensures a particularly high load safety.

To now a particularly comfortable or ergonomic loading and / or unloading of the shelf element 2 to ensure one of the cargo securing elements 6 or one of the cargo securing flaps 9 of the shelf element 2 via a pivot axis 11 on one of the access pages 7 . 8th be kept pivotable or hinged. That means that's a load-securing element 6 or the one cargo securing flap 9 between the securing position S in an access position Z is adjustable.

It is particularly advantageous if the respective load securing elements 6 of the shelf element 2 via respective pivot axes 11 on the access pages 7 . 8th are held pivotally or foldable. In other words, it is particularly advantageous if the respective load securing elements 6 of the shelf element 2 respectively, in particular separately from each other, between the securing position S and the access position Z are adjustable. In 1 are some cargo securing elements 6 in the secured position S and some cargo securing elements 6 in the access position Z arranged shown. It is for the user of the shelving system 1 or the shelf element 2 so easy, the storage object 3 in the corresponding shelf element 2 as a lifting of the bearing object 3 over the vertical holding portion 10 of a load securing element 6 can advantageously be omitted. The same applies to a removal of the storage item 3 from the shelf element 2 , In this case, the user can advantageously choose which of the two access pages 7 . 8th he the storage object 3 from the shelf element 2 He removes or he the storage object 3 in the shelf element 2 brings.

2 shows in a schematic and perspective view of the shelving system 1 with shelves arranged one above the other 4 , As a respective shelf level 4 at least one shelf element 2 has, that means that several shelf elements 2 can be arranged one above the other. In the present case, by way of example only, there are three shelf levels arranged one above the other 4 each with two shelf elements 2 shown. In 2 is particularly good to recognize that a respective vertical distance between each stacked shelves levels 4 or the respective stacked shelf elements 2 at least essentially a height 12 of the storage object 3 can correspond. The vertical distance can, especially in the design or construction of the shelving system 1 , to the height 12 be adjusted. Thus it can be ensured that the shelving system 1 is designed particularly space efficient, the shelf system 1 provides a particularly high loading capacity.

It can be a reset unit 13 be provided, which, for example, as a spring element 14 can be trained. Furthermore, the reset unit 13 alternatively the spring element 14 at least have. The reset unit 13 acts between the load securing element 6 and the shelf 5 and is set up in the access position Z arranged load securing element 6 , in particular automatically, in the securing position S to move, that is to displace or relocate. In other words, the load securing element 6 by means of the reset unit 13 in the secured position S adjustable or displaceable. For this purpose, the spring element 14 For example, be designed as a leg spring, which in an adjustment of the load securing element 6 can be tensioned in the access position. In particular, the leg spring can be adjusted by means of an adjustment of the load securing element 6 be tensioned in the access position. This means that the leg spring or the spring element 14 under an adjustment of the load securing element 6 in the secured position S is relaxing. In particular, the load securing element 6 by relaxing the spring element 14 or the leg spring from the access position Z be adjustable in the securing position S. Therefore, the shelving system 1 to operate with particularly little effort, since the user when removing, in particular by means of a removal, that load securing element 6 in the access position Z can adjust. Once by the user of the storage object 3 completely off the shelf element 2 is removed, is the load securing element 6 due to the spring force of the spring element 14 automatically in the backup position S adjustable. Consequently, no active intervention by the user is required to secure the load securing element 6 in the secured position S to adjust. Includes the shelving system 1 several shelf elements 2 In particular, it is conceivable that the reset unit 13 on the shelves 1 existing shelf elements 2 or on the charge securing elements used there 6 acts. But it is also conceivable that ever inserted shelf element 2 one reset unit each 13 is to be provided.

The storage object 3 can be particularly safe in the shelf element 2 to be held, be designed as an at least substantially cuboid container. In other words, an outer surface of the bearing article 3 or of the container at least substantially correspond to that of a cuboid, for example cube. More precisely, the container may be, for example, a box, a box, etc. Due to the cuboid shape of the container or the storage object 3 this is particularly safe in the shelf element 2 to keep.

The respective load securing element 6 can be side tabs 15 to the storage object 3 especially firm in the shelf element 2 to keep. In other words, the storage object 3 by means of the tabs 15 right and left side of the respective access pages 7 . 8th of the shelf element 2 edged. The tabs 15 For example, on both sides and at right angles to a respective holding share 10 be attached to this. In particular, the tabs 15 positive, positive, and / or material fit with the holding portion 10 be connected or integrally formed with this. In the securing position S are the tabs 15 then perpendicular to the shelf 5 arranged. By means of the tabs 15 is preventable that the warehouse object over from the access pages 7 . 8th different, further sides of the shelf element from slipping or falling from this can. In other words, the storage object 3 by means of the tabs 15 in connection with the respective holding share 10 at least partially encompassed or edged. This is the storage object 3 in relation to one through the shelf 5 formed horizontal plane against a change in position secured or secured.

3 shows a fragmentary perspective and schematic view of the shelving system 1 with a locking unit 16 in an unlocked position E. The shelving system 1 has the locking unit 16 which in turn is a bar 17 and a bolt holder 18 includes. The bolt receptacle 18 corresponds to the bolt 17 so the latch 17 in the bolt receptacle 18 can be arranged, for example, is retractable. In other words, the bolt receptacle corresponds 18 with the latch 17 so the latch 17 from the bolt receptacle 18 is graspable.

In the unlocked position E - as in 3 shown - are the bolt 17 and the bolt receptacle 18 disengaged from each other, that is unlocked from each other, wherein the bolt 17 outside the bolt receptacle 18 is arranged.

So by means of the locking unit 16 on the load securing element 6 is effective to prevent an adjustment of the same, the bolt receptacle 18 on a side flap 15 be educated. More preferably, in each case a bolt receptacle 18 on each side flap 15 a common load securing element 6 or a common load securing flap 9 be arranged. In other words, a load securing flap 9 or a load securing element 6 two bolt holders each 18 exhibit. The bolt receptacle 18 especially with the respective side flap 15 integrally formed, that is formed therein, for example, punched, drilled, cut, etc. The bolt receptacle 18 can also be used in making the tab 15 and / or the load securing element 6 to be with a good shape.

Preferably, in the securing position S, a material portion of the tab 15 in which the bolt receptacle 18 is formed, under the shelf 5 extend. Furthermore, the material portion in which the bolt receptacle 18 is formed through an opening 19 of the shelf 5 extend so that the bolt receptacle 18 in the securing position S below the shelf 5 is arranged. The opening 19 can as a material recess and / or a hole of the shelf 5 be formed, wherein the material recess or the hole an entire material thickness of the shelf 5 completely penetrates.

In the unlocked position E is the respective load securing element 6 between the securing position S and the access position Z adjustable. This means that in the unlocked position e the load securing element 6 in none of the positions S . Z blocked, in particular locked or locked.

4 shows a fragmentary perspective and schematic view of the shelving system 1 with the locking unit 16 in a locking position V , In the locked position V - as in 4 shown - are the bolt 17 and the bolt receptacle 18 engaged with each other, that is interlocked with each other, wherein the bolt 17 inside the bolt receptacle 18 is arranged. This is the backup position S arranged load securing element 6 secured against misalignment. In other words, the bolt engages 17 in the bolt receptacle 18 a, so that the load securing element 6 blocked in the securing position S, in particular locked or locked. Because the latch 17 on a bottom of the shelf 5 is functionally prevented, that with the bolt 17 engaged bolt receptacle 18 is adjusted. Because the bolt receptacle 18 at least over the tab 15 with the load securing element 6 is connected, is thus the load securing element 6 on the shelf 5 locked in the securing position S. It is thus effectively prevents the load securing element 6 accidentally out of the backup position S in the access position Z adjusted, in particular, is pivoted.

As already in 1 and 2 Shown can be the shelving system 1 a variety of shelf elements 2 exhibit. It is then of particular advantage when the load securing elements 6 together, that is, in particular at the same time, by means of the locking unit 16 can be locked or unlocked. For this purpose, the locking unit 16 a locking element 20 have, which at least one bolt 17 includes. A possible embodiment of such a locking element 20 is in 5 shown.

5 shows a detail in a perspective and schematic view of the locking element 20 which may be formed in particular elongated. The locking element 20 has at least one bar 17 on. The locking element 20 can also have several bars 17 exhibit. That means that the at least one latch 17 on the locking element 20 attached, for example, force, form, and / or cohesively can be connected. But it is also conceivable that the bolt 17 integral with the locking element 20 is trained. For example, a corresponding negative form 21 from the material of the locking element 20 be cut out, punched out etc., so that the bolt 17 by remaining material 22 of the locking element 20 is formed.

For example, it may be in the locking element 20 around a locking bar 21 act, which is bildbild for example, that a generally flat piece of material, in particular piece of metal, with at least one bending edge 24 , preferably two bending edges 24 is provided to give the metal piece along its longitudinal axis a particularly high bending stiffness. It is particularly preferred if the bolt is first made from the flat metal piece 17 worked out or shaped, for example, cut, stamped, etc., before the metal piece, the bending edge 24 or the bending edges 24 is / are added.

6 shows in a perspective and schematic view of the shelving system 1 with the locking unit 16 wherein one of the load securing elements shown 6 in the access position Z is arranged while the remaining of the illustrated load securing elements 6 in the secured position S are arranged. The locking element 20 , in particular the locking bar 21 can, as already described, several bars 17 exhibit. Here are the individual bars 17 along a longitudinal direction of the lock bar 21 spaced so that a respective latch 17 in the locked position V in at least one bolt receptacle 18 the arranged in the securing position S load securing elements 6 intervenes. This means that by moving the locking bar 21 along its longitudinal direction in a unlocking direction 25 the on the locking bar 21 arranged bars 17 at the same time from the respective bolt receptacles 18 can be unlocked.

Are, as in 6 shown, several adjacent shelf elements 2 present, adjacent to each other adjacent cargo securing elements 6 or cargo securing flaps 9 and in particular the respective tabs 15 to each other. That means that in the backup position S the respective bolt recordings 18 adjacent to each other, that is directly in contact with each other. It is then envisaged that by means of a common bolt 17 the two mutually adjacent bolt receptacles 18 on the shelf 5 are lockable. In other words, it is provided that two directly in contact with each other bolt mounts 18 just one of the bars 17 the locking bar 21 assigned. Conversely, this means that the two directly in contact with each other bolt shots 18 at least substantially simultaneously by means of the associated bolt 17 can be unlocked by the locking bar 21 along its longitudinal direction in a locking direction 26 is movable.

So that a respective rotational position of the bolt 17 is not adjustable, is the locking element 20 , in particular the locking bar 21 held against rotation. This can be realized, for example, by the elongate locking element 20 , in particular the locking bar 21 in a particular as a square tube 27 trained tube is halterbar or supported. This fall a longitudinal center axis of the locking bar 21 and a longitudinal center axis of the square tube 27 together so that the locking bar 21 and the square tube 27 are arranged parallel to each other. In particular, the locking bar 21 in an interior of the square tube 27 arranged longitudinally displaceable, so that the locking bar 21 or the locking element 20 along its longitudinal center axis in the locking device 26 and the unlocking direction 25 is movable.

In a particularly preferred embodiment, the shelving system 1 arranged on a shelf system extract (not shown), by means of which the shelving system 1 at least partially pulled out of a hold of the motor vehicle or delivery vehicle and retractable again. It is particularly advantageous if, when pulling out, in particular by means of the withdrawal of the shelving system 1 from the hold of the motor vehicle, the locking rod 21 or the locking element 20 in the unlocking direction 25 movable, causing the locking unit 16 in the unlocked position e is adjustable. This can be realized, for example, by an actuation component 28 the locking bar 21 while pulling out the shelving system 1 at least temporarily still on a part of the motor vehicle, in particular its hold, is held.

It is preferred for a pushing in, in particular by means of the insertion of the shelving system 1 in the hold of the motor vehicle or delivery vehicle, the locking rod 21 or the locking element 20 in the locking direction 26 movable, causing the locking unit 16 in the locking position V is adjustable. This is feasible by way of example by the 28 the locking bar 21 while pushing in the shelving system 1 on a with respect to the motor vehicle fixedly mounted part of the motor vehicle, in particular its cargo space, impinges, whereby the shelf elements 2 in relation to the locking bar 21 further into the cargo compartment are movable while the locking bar 21 already reached its final position. As a result, the bars 17 in relation to the respective bolt receptacles 18 while pushing in the shelving system 1 movable into the load compartment of the motor vehicle, so that by means of the bolt 17 the respective load securing elements 6 can be locked.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been 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.

Cited patent literature

• DE 4425629 A1 [0003]
• DE 102009047301 A1 [0004]

Claims (10)

Shelving system (1), in particular for a motor vehicle, which has at least one shelf element (2) comprising a shelf (5), with a load securing element (6) arranged on a first access side (7) of the shelf element (2) in a securing position (S). in which a bearing object (3) arranged on the shelf (5) is secured against falling out, characterized in that on the first access side (7) and on a second access side (8) of the shelf element (8) opposite the first access side (7). 2) is provided in each case a load securing element (6) through which the bearing object (3) between the first access side (7) and the second access side (8) of the shelf element (2) is enclosed and of which at least one load securing element (6) between a Secured position (S) and an access position (Z) is displaceable, in which the bearing object (3) from the shelf element (2) can be removed. Shelving system (1) according to Claim 1 , characterized in that on the first and the second access side (7, 8) of the shelf element (2) provided load securing elements (6) between the securing position (S) and the access position (Z) are displaced, so that the bearing object (3) the shelf element (2) via the first access page (7) or the second access page (8) can be removed. Shelving system (1) according to Claim 1 or 2 , characterized in that a restoring unit (13) is provided, by means of which the load securing element (6) from the access position (Z) in the securing position (S) is adjustable. Shelving system (1) according to any one of the preceding claims, characterized in that a locking unit (16) is provided, which between a locking position (V), in which by means of a bolt (17) of the load securing element (6) engaging in a bolt receptacle (18) the respective load securing element (6) is locked in its securing position (S) on the shelf element (2), and an unlocking position (E) in which the latch (17) and the bolt receptacle (18) are unlocked from each other, whereby the respective load securing element ( 6) from or into the securing position (S) can be brought, is displaced. Shelving system (1) according to one of the preceding claims, characterized in that the bearing object (3) is designed as an at least substantially parallelepiped-shaped container. Shelving system (1) according to one of the preceding claims, characterized in that the respective load securing element (6) has lateral tabs (15) through which the bearing object (3) right and left side of the respective access sides (7, 8) of the shelf element (1 ) is enclosed. Shelving system (1) according to Claim 6 , characterized in that the lateral tabs (15) each have a latch receptacle (18). Shelving system (1) according to Claim 6 or 7 , characterized in that in the securing position (S), the respective bolt receptacle (18) through openings (19) of the shelf (5) extend therethrough and are lockable underneath. Shelving system (1) according to one of Claims 4 to 8th , characterized in that a plurality of shelf elements (2) each having associated load securing elements (6) is provided, wherein the load securing elements (6) at the same time by means of the locking unit (16) can be locked or unlocked. Shelving system (1) according to one of the preceding claims, characterized in that an elongated locking element (20) is held longitudinally displaceable and rotationally fixed in a below the shelf (5) arranged tube (27) of the shelf element (2).

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