DE202010011126U1 - Warehouse and transport device - Google Patents

Abstract

Bearing and transport device for wall elements, comprising a base element, a roof element and at least four post elements to be arranged between base and roof element, wherein at least one of the base or roof elements has grooves for the insertion of wall components.

Description

The The present invention relates to a storage and transport device for wall elements.

Systems for the construction of walls, in particular the mobile structure, are known in particular for the field of exhibition construction, state of the art and extensive use. Such systems for control systems, gantries and the like usually use clamp connector systems. Between frame parts such as posts, shelves and similar connection structures detachable connectors are used. Thus, a quick-connect technology can be realized, so that a resilient construction can be achieved. In order to achieve high mobility, a quick assembly and disassembly are sought. For example, a generic system in the EP 1 234 985 B1 discloses, there called Klemmverbindersystem. An anchor unit of the connecting device is formed claw-shaped. It has movable anchor elements, which are connectable to struts of a counter element such as a post or the like. For this purpose, the anchor elements are inserted into an opening of the post. The fixing takes place in that formed at the ends of the anchor elements claws engage behind the edge of a groove or opening and set in this way the connecting device on the post. The drive consists of a gearbox, usually eccentric operated.

Comparable systems are shown and described in US Pat WO 2009/000390 A1 and the same. It can be with such connectors under associated profile systems, for example, also described in EP 0 412 339 A2 For example, creating trade fair stands.

in the Prior art it is known that posts and bars, mostly formed from completely similar strand elements constructed with hollow profile areas and undercut groove areas, walls become. This is done by, for example, a post in its end areas with the front edges of a bolt over corresponding terminal connector is connected. This way arises a kind of frame, the open undercut grooves on the inner wall shows. In these grooves can be easily a Ausfachelement, For example, a pressboard, a glass plate or the like Push. However, at least one free edge remains on then, for example, again put a post or a bar which then has to be with the adjacent mullion / transom elements must be connected.

As an example of corresponding extruded profiles are the 1 and 2 attached. An assembly possibility results from the 3 , The 1 to 3 all show the state of the art.

1 shows the cross-section of a rectangular profile 1 , which in the middle of a rectangular hollow chamber 2 and on both sides of groove areas 3 having. The grooves 3 are partially closed, through the thighs 4 so that there is an undercut groove behind which the mushroom-like heads of clamp connectors can engage. There are either so-called hammer head connector in an insertion position in the groove 3 inserted and then by transverse turning behind the thighs 4 are brought, and there are so-called clamp connectors, in which two spring elements, the legs 4 reaching into the groove 3 are used. In both cases, the elements are tightened, for example by turning an eccentric. They move relative to a body, not shown, in turn, in a hollow chamber 2 a profile is used and fixed there. In this way, so a profile 1 with its front edge to a similar profile 1 attached and connected to this permanently but solvable.

An alternative profile is in the cross section in FIG 2 shown, which is an octagonal post, in which a plurality of grooves are formed, whose undercut legs with 6 are designated. Such octagonal profiles can be used for example as posts.

3 , also prior art, shows a conventional wall. A wall element 7 For example, a pressboard, a glass, a hardboard or the like, which may be painted or otherwise decorated, is provided with a longitudinal edge 8th in the groove of a profile 5 used. The two adjacent side edges 9 are in the grooves 3 each of a profile 1 used. Into the hollow chambers 2 the profiles 1 clamp connectors are used, which then the groove 6 of the profile 5 be connected with these behind. Like the connection point 11 shows are the profiles 1 practically as long as the side edges 9 while the profile 5 by a length opposite the edge 8th is extended, so the connectors 1 with the profile 5 can be connected. It is obvious that the edge 10 free stands. This would now be able to connect to the next wall or between the profiles 1 could be another edge profile 1 along the edge 10 be elongated, for example, also the post element of the adjacent wall.

It goes without saying that instead of the profile 5 at this point also another profile 1 used as posts and with the ties 1 at the transverse edges 9 can be connected. These known from the prior art walls are mounted on site.

from Expiration forth so are the required post elements and locking elements prefabricated. The necessary number of connectors is provided and the necessary number of wall panels is provided. All these elements are transported separately. On site will be then Built up wall by wall. It turns out that with it very much a lot of work has to be done on site. Furthermore the edges of the wall elements are at risk. The constant Building and of course after completion of a fair, for example required dismantling and transportation in parts is neither for the profile elements, the connectors still for the wall panels advantageous. The elements are subject to a considerable Wear and are a significant risk of damage exposed.

in the It is now known in the art to use an edge profile element to use, which on the one hand has a groove for receiving which serves a free edge of a plate element. Opposite a spring element is formed. This spring element can grooves corresponding post or bar profiles are used. About that In addition, the edge profile element has an area for connection with another profile element.

This edge profile element makes it possible to initially form a complete frame of profile elements, so post, locking elements and the edge profile element represent the four edges of a closed rectangle. To the inner circumferentially four grooves of the mullion and transom elements and the edge profile element. These grooves serve to receive a wallboard. Since the elements, so the mullion, transom and edge profile elements are connected to each other, created in this way a prefabricated wallboard element. Such a prefabricated wallboard element can be transported in its entirety, so that the wallboard is no longer subject to damage in the edge region. 4 shows an example of such a wallboard element. Furthermore, the once made wallboard element can be reused again and again, without having to constantly be assembled and disassembled. In addition, the same Wandbauplattenelemente can be connected together in the simplest way on site. The locking elements of a Wandbauplattenelementes can be connected with their free end edges by means of corresponding terminal connector with the post element of the next wallboard element. Since the edge profile element has a spring, this is automatically inserted into the groove of the post element. In this way, very quickly prefabricated Wandbauplattenelemente can be assembled into a whole wall. Even a superstructure is easily possible. In the corner can then using appropriate corner profiles or multiple profiles - such as the in 2 shown - fast wallboard panels are built over the corner. In this way, rooms can be created very easily and very quickly.

such Novel wall elements can be prefabricated. In front They then become the desired buildings, for example Exhibition buildings, etc., put together and assembled. It is known, such wall elements, for example, with the interposition of Stack upholstery elements and transport in this way. This has the disadvantage that the wall elements constantly again have to be relocated manually, for example from one Stockpile in a hall on a transport vehicle, at the destination back on a pile and the like. Despite temporary storage of upholstery elements, the edge areas are easily and often damaged. Also, the areas can be affected by improper Handling slightly damaged or defaced, so that the wall elements must be replaced.

outgoing from the above-described prior art, the present invention the object of a device for storage and transport to provide wall elements that have low economic Effort is easy to build and easy to handle, and that makes it possible to safely store and transport a number of wall panels.

to technical solution to this problem is with the invention proposed a storage and transport device with the features of claim 1. Further advantages and features of the invention result from the dependent claims.

The storage and transport device according to the invention makes it possible to use the prefabricated Wandbauplattenelemente arranged using the recording grooves and spaced from each other and thus to protect against damage during storage and transport. The fully assembled device can then be placed in a warehouse or placed on transport vehicles for transport purposes. On-site, the device can be spent with all used Wandbauplattenelementen to the site, so that there removed the Wandbauplattenelemente and can be used to create the desired wall. According to the invention, the storage and transport devices are stackable. Empty storage and transport devices are dismantled so far that they can be easily stored space-saving and possibly also stacked. Using the pallet area, the disassembled devices can be easily Move individually or in stacks.

The Terms Base element and roof element define only two-lying Surfaces of the storage and transport device. These must not necessarily be arranged up and down, they can also be arranged left and right. In this case, one is the bottom forming frame member is formed so that, for example how a palette can be used. In such a case, the wallboard elements are located practically transversely in the transport device. The transport device can also be high in such a case, so that several wallboard elements with end edges abutting one another or arranged one behind the other.

For the formation of the grooves for the wall components There are different solutions. This can be short or long profile pieces with U-shaped Be cross section, the spaces between pin elements, Plate elements, wave profiles or by milling, injection molding or other methods produced wells in plates or Profile pieces.

The Pages, so the one base plate and a roof plate connecting Elements are designed as a frame construction. these can be divisible, foldable or otherwise foldable. Also can base and roof elements are designed as pure frame constructions, to save weight.

At the side from which the storage and transport element preferably is fitted with wallboard elements is, according to the Invention provided a hinged or foldable locking bracket insert, after the assembly before the inserted Wandbauplattenelemente is set for backup purposes.

The Storage and transport device is preferably formed of metal, but may also be wholly or partly made of plastic profiles or other materials, be made such as wood or the like.

The Inventive storage and transport device is storable to save space even by the dismantling. composite it is used for inserting wallboard elements. It can the grooves basically the cross-sectional contours of Wandbauplattenelemente be adjusted accordingly. The wallboard panels are secured and without being able to damage each other in the transport device. This can also be populated from both sides in which one alternates building board elements with thick end posts can be inserted.

The Invention can be produced with little economic effort and serves for damage-free and safe storage of wallboard element and its transport to the destination. On-site, the devices can be emptied, if necessary put together and stored appropriately until the Wandbauplattenelemente transported back to the camp Need to become.

1 a sectional view through a hollow profile element (prior art);

2 a sectional view through another profile element (prior art);

3 a schematic representation of a wall component according to the prior art;

4 a schematic plan view of a wallboard element (prior art);

5 a schematic perspective view of an embodiment of a position / transport device according to the invention;

6 a representation of an embodiment of a groove plate;

7 a side view of the groove plate according to 6 ;

8th a schematic side view of the embodiment according to 5 , equipped with wall panels and

9 an alternative embodiment with transversely mounted wall panels.

In The figures are the same elements with the same reference numerals.

The 1 to 4 serve to explain belonging to the prior art wallboard, which serves to understand the execution of a storage / transport device according to the invention.

In the 5 shown embodiment of a storage / transport device 21 includes a base 22 and a roof 23 as well as on the intermediate side frames 24 , In the embodiment shown, the base 22 as a palette 25 executed. About the open pages 26 the wall elements can be used.

According to 6 and 7 an embodiment for a base or a roof is shown. On a base frame or a base plate 27 is a groove plate in the embodiment shown 28 shown. In this grooves are introduced for example by milling, in which wallboard or wall elements are inserted. These grooves can be made by milling in plates or generated by the application of strips. Also Leistenstücke, U-profiles or the like are suitable. In this way, the grooves can also be flexibly adapted to Wandbauplattensysteme. In the embodiment shown, the grooves on one side have a V-shaped feed delta. In this way, the plates can be easily inserted and the edge profiles with a larger cross-section can be easily positioned there.

The page frames 24 can be separated from the base plate and the roof element, or are hinged, demountable, telescopic or collapsible. An empty storage and transport container can be merged to save space in this way. A variety of such containers can be stacked and stored and transported in this way space-saving.

A built-up storage and transport container is then equipped with construction panels, as for example in 8th and in an alternative embodiment in FIG 9 is shown.

In the embodiment according to 8th stand the wall panels 7 vertically in the storage / transport device 21 , These are mutually inserted from both sides into the grooves. Both sides are then closed by a bracket, not shown, to prevent slipping out of the plates. In this way, the plates are safely spaced and can be stored and transported in this way.

In the embodiment according to 9 the plates are inserted horizontally in the storage and transport device. It is also possible to use several plate levels one above the other. In the illustrated embodiment according to 9 are two wall building panels 7 abutting horizontally inserted into the device.

The described embodiments are only illustrative and are not limiting.

LIST OF REFERENCE NUMBERS

1

hollow profile

2

hollow

3

groove

4

leg

5

profile

6

groove leg

7

wallboard

8th

side edges

9

side edges

10

side edges

11

corner

15

edge profile

21

Storage / Transport device

22

Base

23

top, roof

24

frame

25

palette

26

free page

27

base frame

28

slot board

29

groove

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• EP 1234985 B1 [0002]
• WO 2009/000390 A1 [0003]
• - EP 0412339 A2 [0003]

Claims (10)

Bearing and transport device for wall elements, comprising a base member, a roof member and at least four between the base and roof element to be arranged post elements, wherein at least one of the base or roof elements grooves for having the insertion of wall components. Bearing and transport device according to claim 1, characterized in that the base element is designed as a pallet plate is. Warehouse and transport device according to in the preceding claims, characterized in that this having a plate with grooves introduced. Bearing and transport device according to claim 3, characterized characterized in that the plate has a plurality of parallel grooves. Bearing and transport device according to claim 3 or 4, characterized in that the grooves at an open end have an importer extension. Bearing and transport device according to one of the preceding Claims, characterized in that the post elements Part of a frame construction are. Bearing and transport device according to one of the preceding Claims, characterized in that the roof element is designed as a frame element. Bearing and transport device according to one of the preceding Claims, characterized in that this a locking bracket having. Bearing and transport device according to one of the preceding Claims, characterized in that these collapsible is formed. Bearing and transport device according to one of the preceding Claims, characterized in that at least partially formed of metal.