DE19926311A1 - Transport and/or storage container for tools and workpieces etc. is plastic foam component which has floor and four walls, and has floor/wall profiles made of hard material at its joint floor and wall edges - Google Patents

Abstract

The transport and/or storage container (10) for tools, workpieces etc., in the form of a plastic foam component (11) with a floor (12) and four perpendicular walls (13) is characterized by the fact that its joint floor and wall edges are provided with floor/wall profiles (14) made of a hard material.

Description

The invention relates to a transport and / or Storage container with a foam piece that one Floor and four walls arranged at an angle to it.

Such transport and / or storage containers are well known. You will u. a. used to Tools or other components, for example in the context of a Manufacturing process to transport or intermediate storage. Such a transport and / or Storage containers usually have a cuboid shape Shape up in terms of its dimensions to that Tool or component to be transported or stored is adjusted. The floor and the four walls are as Foam molding formed in one piece. The interior  this molded foam part is designed such that its shape directly to the tools to be stored or Components is adjusted and thus a stable and safe Housing these tools or components in the container guaranteed. However, the interior cannot be any other Have design and thus be "empty", or it is formed such that partitions or the like are inserted can.

The disadvantage of such molded foam parts is that that they break easily due to their rather soft material or otherwise destroyed and therefore unusable. In particular, with such a molded foam part no edge protection available and there can be Foam molded parts are only partially stacked on top of one another become.

In order to overcome this disadvantage, it is known that described foam molded parts in a complete use additional containers. This additional container consists of a hard material and thus protects it Foam molding. The foam molded part provides in this Case is only an insert in the additional container. Due to the hard material is the additional container stackable with the inserted foam molding and points adequate edge protection. The effort for however, this additional container is considerable.  

The object of the invention is a transport and / or Create storage containers that with little effort producible, but is still sufficiently stable.

This task is at a transportation and / or Storage containers of the type mentioned at the beginning solved according to the invention in that the foam molding on the common edges of the floor and walls with each a floor / wall profile made of a hard material is.

In contrast to the state of the art, it will Foam molding so not in a complete additional container used, but it is according to the invention only provided that the common edges of the floor and walls with hard floor / wall profiles be provided. The effort for these floor / wall profiles is evidently much lower than in the prior art. Nevertheless, the floor / wall profiles not only achieve that the foam molded parts are stackable, but the Floor / wall profiles also provide edge protection. A corresponding configuration of the Almost every profile, especially at its edges and corners any strength can be achieved. Is also through corresponding configurations almost any connection to other external systems available, e.g. B. on conveyor belts, Gripper or the like. Through the floor / wall profiles according to the invention  is the stability of the transport and / or Storage container significantly improved without this a particularly large effort is required.

From the connection of the foam molding and the Floor / wall profiles thus create a flexible lightweight Box system that takes advantage of the foam, in particular its malleability and light weight, with the advantages of Profiles, in particular their stability and strength, connects.

In advantageous embodiments of the invention that is Foam molding on the free edges of the walls with each a wall end profile made of a hard material and / or on the common edges of the walls with one each Corner profile made of a hard material.

Through these additional wall end profiles and / or Corner profiles will increase the stability of the transport and / or Storage container further increased. Not only that Edge protection of the associated edges is essential improved, but it will also increase the stackability of the Transport and / or storage containers further increased. By corresponding configurations can be high stack loads will be realized. The profiles also extend the lifespan of the foam molding increased.  

It is particularly advantageous if the floor / wall Profiles and the wall end profiles together are adapted so that they can interlock. In order to it is particularly simple and. Way possible several Transport and / or storage container according to the invention stack on top of each other. It is only necessary to do this Floor / wall profiles of the upper transport and / or Storage container in the wall end profiles of the lower transport and / or storage container to be used positively.

In an advantageous embodiment of the invention, the Floor / wall profiles and the corner profiles connected together and form a frame in which the foam molding is plugged in.

The foam molding is therefore independent of the Floor / wall profiles and corner profiles. It will subsequently in the of the floor / wall profiles and Inserted corner profiles formed frame. So that's it on the one hand possible that also existing foam molded parts subsequently through the profiles according to the invention from the hard material can be improved. On the other hand, it is possible that after wear of the foam molding or even if the foam molding for other reasons unusable or no longer needed, this Foam molded part against a new, now required  Foam molding is replaced. Regardless of these The transport and / or Storage container high stability due to the Frame, as well as a simple structure due to the Use of a foam molding.

As has already been stated, there is in particular none complete additional container required but it is only that of the floor / wall profiles and the corner profiles composite frames available. The one at an additional Containers usually present additional wall panels and / or base plates are in the invention Transport and / or storage container not available.

In an advantageous development of the invention, the Wall edge profiles attached to the molded foam part. This ensures that the floor / wall profiles and composite frame is completed the corner profiles. The The advantage of the wall edge profiles is particularly there in that a particularly good stackability of the Transport and / or storage container according to the invention given is.

It is particularly advantageous if the wall end profiles and the corner profiles are connected to each other. Thereby a solid, completely interconnected is created Frame in which the foam molding is contained. The  Manufacture of this transport and / or storage container is done by first the floor / wall profiles and the corner profiles form an upward open frame in which the foam molding is used. After that, then the wall end profiles on the free edges of the walls of the Foam molded part plugged on, then firmly with the Corner profiles to be connected. This can do that Foam molding no longer easily out of the frame be taken out. Only when connecting the Wall end profiles and the corner profiles designed detachable is, the foam molding can be removed again and, for example. - as already explained - against a new one Foam molded part to be replaced. The frame can with molded foam parts for various, too goods to be transported or stored.

In a further advantageous development of the invention is at least one of the profiles with a nose or the like. provided, which hooks into the foam molding.

Is, for example, the floor / wall profiles and the corner profiles Compound, open frames are available and have For example, the floor / wall profiles on the aforementioned lugs, so has the consequence that when the Foam molding in this frame the noses in that Foam molded part to be pressed. The Foam molding is thus hooked to the frame. By  the noses are thus reached that the foam molding a connection is made with the from the floor / wall profiles and existing corner profiles. So that can Foam molding no longer easily out of this frame be removed. The nose can also have a sawtooth structure o. Like. Have.

Then add the wall end profiles to the free edges of the walls, and assign them Wall end profiles, if necessary, also on such noses, so these noses also get caught in the foam molding, so that this way another connection of the frame and the foam molding is created. As a consequence, that possibly a further connection of the wall end profiles and the corner profiles are no longer required.

In a further advantageous embodiment of the invention are the floor / wall profiles in the foam molding foamed. The floor / wall Profiles in advance in the tool for making the Foam molding used. Then it will Foam molding manufactured. The pre in the tool used floor / wall profiles are then in the Foam molded part foamed and thus form a firm Connection with this molded foam part. As before has been explained by the floor / wall profiles increased stability of the molded foam part achieved.  

In particular, the resulting transport and / or storage containers with an improved Edge protection and is also stackable. Further can be used in this way, especially for large or deep ones Transport and / or storage containers an increased Torsional stiffness can be achieved.

It is particularly advantageous if at least one of the Floor / wall profiles has a bar or the like, which in the Foam molded part protrudes. In this way the Connection between the floor / wall profile and the Foam molding significantly improved.

In advantageous developments of the invention Floor / wall profiles and the corner profiles connected together and form a frame and / or it is the wall Profiles and the corner profiles joined together. To this The transport and / or Storage container provided with a frame that the Stability, stackability and edge protection improved.

It when the corner profiles and / or the Wall edge profiles foamed into the foam molding are. In this way, these profiles with the Foam molded part connected. So it arises Transport and / or storage container in which the  Floor / wall profiles, corner profiles and wall end profiles fixed are connected to the foam molding.

It is possible that the corner profiles and / or the Wall end profiles are provided with strips or the like, which in protrude into the molded foam part. Such strips improve the connection between the profiles and the foam molding.

It is also possible that the floor / wall profiles and / or the corner profiles and / or the wall end profiles also regardless of the foam molding with each other are connected. This can be done, for example, with the aid of rivets or Screws or the like.

The profiles foamed into the foam molding can be arranged on the outside of the foam molding. It However, it is also possible that the profiles on the Are arranged inside, or that they are inside the walls or arranged within the bottom of the foam molding and are completely foamed.

In a further advantageous embodiment of the invention are the floor / wall profiles and / or corner profiles and / or Wall edge profiles attached to the molded foam part. In this way it is possible to have a stable transport and / or storage containers with an extremely small  Manufacturing effort and to manufacture at low cost. It is only required by a foam molding To generate foaming process, after which the profiles mentioned attach to the foam molding. Form the profiles then an edge protector for the foam molding. The Profiles hold onto the foam molding, with a corresponding density of the material of the foam molding the strength of the connection between the profiles and the Foam molding can be influenced.

It when the free end of the Floor / wall profiles and / or the corner profiles and / or the Wall end profiles are provided with serrations. Here can the foam molding with grooves and / or steps be provided that in particular the gears in these Engage grooves and / or steps. Then one forms fixed interlocking between the profiles mentioned and the Foam molding. This establishes a firm connection between the profiles and the foam molding, which in in most cases no further attachment or other Connection of the profiles required.

However, it is also possible that the profiles mentioned are riveted together in overlapping areas. On in this way the stability of the entire transport and / or storage container can be increased even further.  

It is particularly advantageous if the molded foam part is made of expanded polypropylene in particular. Is also it is particularly advantageous if the floor / wall profiles and / or the corner profiles and / or the wall end profiles Aluminum.

Other features, applications and advantages of the Invention result from the following description of Embodiments of the invention shown in the figures of the Drawings are shown. Thereby form all described or illustrated features for themselves or in any Combination of the subject matter of the invention regardless of its Summary in the claims or their Dependency and irrespective of wrong wording or Representation in the description or in the drawing.

Fig. 1 is a schematic perspective view showing an embodiment of a transport according to the invention and / or storage container with a view from outside to a corner of the container, wherein the walls and the floor are cut off,

FIG. 2 shows a schematic sectional illustration of the container of FIG. 1 along the plane AA of FIG. 1,

Fig. 3 shows a schematic sectional view through a further embodiment of a transport and / or storage container according to the invention according to the plane AA of Fig. 1, and

FIGS. 4a to 4f show schematic, partly sectional illustrations of a further embodiment of a transport according to the invention and / or storage container, wherein Fig. 4a and 4b a cross-section represented by a floor / wall area, Figs. 4c and 4d is a plan view on a corner region of two walls, and Fig. 4e and 4f a cross section through a free edge of a wall of the transport and / or storage container.

In Figs. 1 and 2, a corner area of a transport and / or storage container 10 is illustrated. The complete container is essentially cuboid, ie has four walls and a bottom. A lid or the like is not present in the container 10 . The interior of the container 10 is thus freely accessible from above.

The transport and / or storage container 10 has a foam molded part 11 . The foam molding is cuboid and has a bottom 12 and four walls 13 . The bottom 12 and the walls 13 are arranged approximately at right angles to one another. The foam molded part 11 has no cover or the like and is therefore freely accessible from above. The foam molded part 11 consists of expanded polypropylene.

According to FIGS. 1 and 2, the foam molding 11 is integrally formed. However, it is also possible for the foam molded part 11 to be composed of several components.

Floor / wall profiles 14 are provided on the common edges connecting the floor 12 and the walls 13 of the foam molded part 11 . There are therefore four floor / wall profiles 14 which form a rectangular frame. The floor / wall profiles 14 are made of aluminum.

Corner profiles 15 are provided on the common edges connecting the walls 13 of the foam molded part 11 . There are thus four corner profiles 15 at the four corners of the foam molded part 11 . The corner profiles 15 are aligned approximately transversely to the floor / wall profiles 14 . The corner profiles 15 are made of aluminum.

The corner profiles 15 and the floor / wall profiles 14 overlap one another. In the overlap area, the corner profiles 15 and the floor / wall profiles 14 are connected to one another. For example, rivets 16 or the like are provided for the connection.

At the free edges of the walls 13 of the foam molded part 11 there are wall end profiles 17 . There are thus four wall end profiles 17 which form a rectangular frame. The plane spanned by the wall end profiles 17 and the plane spanned by the floor / wall profiles 14 are arranged approximately parallel to one another. The wall end profiles 17 are made of aluminum.

The corner profiles 15 and the wall end profiles 17 overlap one another. In the overlap area, the corner profiles 15 and the wall end profiles 17 are connected to one another. Rivets 18 or the like can be provided for the connection.

Overall, there is an approximately cuboidal frame, which is composed of the floor / wall profiles 14 , the corner profiles 15 and the wall end profiles 17 . The floor / wall profiles 14 , the corner profiles 15 and the wall end profiles 17 are firmly connected to one another. The foam molded part 11 is located inside this frame.

The foam molding 11 and from the floor / wall profiles 14, the corner sections 15 and wall edging profiles 17 existing framework are coordinated with one another such that the foam molding 11 accurately seated in the frame.

The floor / wall profiles 14 are designed such that they encompass the foam molded part 11 at least on its wall-side outside and on its bottom-side outside. The wall end profiles 17 are designed in such a way that they encompass the molded foam part at least on its wall-side outside and in the region of the free edge of the walls 13 . The floor / wall profiles 14 and the wall end profiles 17 are also adapted to the corner profiles 15 . The walls 13 of the foam molded part 11 are also designed such that they extend as far as the corner profiles 15 and are therefore adapted to these corner profiles 15 .

The transport and / or storage container 10 shown in FIGS. 1 and 2 is produced as follows:
First, the foam molded part 11 is foamed from expanded polypropylene. Then the floor / wall profiles 14 and the corner profiles 15 are assembled and firmly connected. The wall end profiles 17 are not yet added. Then, the shaped foam article 11 is in the previously from the floor / wall profiles 14 and corner profiles 15 inserted existing framework from above. Now the wall end profiles 17 are placed one after the other on the free edges of the walls 13 . Finally, the wall end profiles 17 are firmly attached to the. Corner profiles 15 connected. Likewise, the floor / wall profiles 14 and the corner profiles 15 can also be attached to the foam molded part 11 one after the other and then connected to one another. In this case, the wall end profiles 17 are then finally attached and fastened.

The floor / wall profiles 14 and the wall end profiles 17 are adapted to one another such that two transport and / or storage containers 10 , as shown in FIGS. 1 and 2, can be stacked on top of one another. E.g. the floor / wall profiles 14 have a recess 19 , while the wall end profiles 17 are provided with a projection 20 at the assigned point.

Alternatively or in addition to the rivets 16 or 18 or to other connections between the floor / wall profiles 14 , the wall end profiles 17 and the corner profiles 15 , it is possible that the floor / wall profiles 14 and / or the wall end Profiles 17 are provided with lugs 21 . The lugs 21 can be designed as individual projections projecting in the direction of the foam molded part 11 . It is also possible for the lugs 21 to be designed as continuous strips or the like. With the help of the lugs 21 , the wall / floor profiles 14 and / or the wall end profiles 17 are connected to the foam molding 11 . In particular, the lugs 21 hook into the foam molded part 11 and thus form a connection between the wall / floor profiles 14 , the wall end profiles 17 and the foam molded part 11 .

FIG. 3 shows a transport and / or storage container 30 which essentially corresponds to the transport and / or storage container 10 of FIGS. 1 and 2. The transport and / or storage container 30 of FIG. 3 has a foam molded part 31 , which likewise essentially corresponds to the foam molded part 11 of FIGS. 1 and 2. In particular, the foam molding 31 of FIG. 3 also has a bottom 32 and four walls 33 .

According to the Fig. 3 are foamed 31 floor / wall profile 34 in the foam molding. The same applies to corner profiles 35 and wall end profiles 36 . The aforementioned profiles 34 , 35 , 36 essentially correspond to the floor / wall profiles 14 , the corner profiles 15 and the wall end profiles 17 of FIGS. 1 and 2.

The floor / wall profiles 34 are designed in such a way that they encompass the foam molded part 31 on its wall-side outside as well as on its bottom-side outside.

Furthermore, the floor / wall profiles 34 are provided at their respective free edges with a strip 37 , 38 which protrude into the foam molded part 31 . Correspondingly, the wall end profiles 36 are designed in such a way that they encompass the wall-side outer sides and the free edges of the walls 33 of the foam molded part 31 . Furthermore, the wall end profiles 36 are each provided with a strip 39 , 40 on their respective free edges, which protrude into the foam molding 31 .

Possibly. The corner profiles 35 can also be provided with corresponding strips projecting into the foam molded part 31 .

The floor / wall profiles 34 , the corner profiles 35 and the wall end profiles 36 can be connected to one another with the aid of rivets, screws or the like and form a frame.

In the manufacture of the transport and / or storage container 30 , the floor / wall profiles 34 , the corner profiles 35 and the wall end profiles 36 are first inserted into the tool. If the profiles mentioned are firmly connected to each other, the existing frame is inserted into the tool. The tool is then filled with expanded polypropylene. This creates the foam molded part 31 with the floor / wall profiles 37 , corner profiles 35 and wall end profiles 36 foamed therein.

According to FIG. 3, the floor / wall profiles 34 , the corner profiles 35 and the wall end profiles 36 are arranged on the outer sides of the foam molded part 31 . It is also possible that the profiles mentioned are arranged on the inner sides of the foam molding. Another possibility is that the profiles mentioned are arranged in the interior of the foam molding and are therefore completely foamed.

In FIGS. 4a to 4f, a transport and / or storage container 50 is shown having a foam mold 51, and is substantially cuboid, having therefore four walls 52 and a bottom 53.

In FIG. 4a of the floor / wall area of the foam molding is shown in a cross section 51st The wall 52 is arranged approximately at right angles to the floor 53 . A groove 54 is made in the bottom 53 . Furthermore, the floor / wall area is provided with a step 55 .

In FIG. 4b, a floor / wall-edge profile 56 is shown, the cross-section of the stage 55 and the groove reproduced 54th In particular, a free end 57 of the floor / wall edge profile 56 is inserted into the groove 54 of the foam molding 51 .

Said free end 57 of the floor / wall edge profile 56 is provided with a toothing with which it presses into the side walls of the groove 54 of the foam molding 51 . This creates a toothing between the floor / wall edge profile 56 and the foam molding 51 . This toothing is shown enlarged in the detailed illustration in FIG. 4b.

The other free end 58 of the floor / wall edge profile 56 , which extends along the wall 52 of the foam molding 51 , is also provided with a toothing. This also creates a toothing there between the floor / wall edge profile 56 and the foam molding 51 .

FIG. 4 c shows a corner area which is generated by two adjoining walls 52 . A groove 59 is made in each of the walls 52 of the foam molding 51 . The two grooves 59 run parallel to the corner edge formed by the two walls 52 .

In FIG. 4d a corner profile 60 is shown, whose cross section is modeled on the corner portion of the two walls 52 and the two grooves 59. With its free ends 61 , the corner profile 60 is inserted into the grooves 59 . Possibly. the free ends 61 can be provided with teeth.

A free edge of one of the walls 52 of the foam molding 51 is shown in cross section in FIG. 4e. The free edge of this wall 52 is provided with a step 62 .

In FIG. 4f a wall termination profile 63 is shown, the cross section of the free edge, and in particular the step 62 of the wall is modeled 52nd The free ends 64 of the wall end profile 63 are provided with teeth that are pressed into the wall 52 . This creates a firm interlocking between the wall end profile 63 and the wall 52 of the foam molding 51 .

The foam molded part 51 of FIGS . 4a to 4f is produced in one piece in a foaming process. The grooves 54 , 59 and the steps 55 , 62 are produced in the foaming process.

Then the floor / wall profiles 56 and / or the corner profiles 60 and / or the wall end profiles 63 are plugged into the corresponding areas of the foam molding 51 . When the respective profiles 50 , 60 , 63 are plugged in, the existing toothings are pressed into the foam molding 51 . This creates a firm connection between the respective profiles 50 , 60 , 63 and the foam molding 51 .

Possibly. the profiles 50 , 60 , 63 used can be additionally connected with rivets in areas in which they overlap one another.

This creates a transport and / or storage container 50 in which the edges of the foam molding 51 are protected by the floor / wall profiles 56 and / or the corner profiles 60 and / or the wall end profiles 63 .

In addition, it can be provided that the steps 55 , 62 of the foam molded part 51 and thus the cross sections of the floor / wall profiles 56 and the wall end profiles 63 are matched to one another in such a way that two such transport and / or storage containers 50 can be stacked on top of one another .

In the transport and / or storage container 10 of FIGS. 1 and 2, as well as in the transport and / or storage container 30 of FIG. 3 and the transport and / or storage container 50 of FIGS. 4a to 4f, it is possible to that not all of the profiles described are available. So it is possible that only the floor / wall profiles 14 or 34 or 56 are available. Possibly. these floor / wall profiles 14 or 34 or 56 are still connected to the corner profiles 15 or 35 or 60 .

The molded foam part can be exemplified as follows:

• - as a box with smooth walls and bottom,
• - as a box with contours for parts to be inserted,
• - as a box with grooves or regularly arranged Slots to insert partitions
• - Two parts, one part of which is an undercut represents
• - Two parts, one between the two parts stable partition is provided.

The frame can be exemplified as follows:

• - from floor / wall profiles, wall end profiles, Corner profiles, e.g. B. riveted,
• - from floor / wall profiles and four foamed Corner profiles, e.g. B. riveted,
• - from floor / wall profiles, corner profiles and pinned and Wall edge profiles hooked into the foam molding.

In any case, no wall plates or base plates or the like are present in the described transport and / or storage containers 10 or 30 or 50 . These are formed directly by the base 12 or 32 or 53 and the walls 13 or 33 or 52 of the foam molded part 11 or 31 or 51 .

Claims (20)

1. Transport and / or storage container ( 10 , 30 , 50 ) with a foam molding ( 11 , 31 , 51 ) which has a bottom ( 12 , 32 , 53 ) and four walls ( 13 , 33 , 52 ) arranged at an angle to it , characterized in that the foam molding ( 11 , 31 , 51 ) on the common edges of the floor ( 12 , 32 , 53 ) and the walls ( 13 , 33 , 52 ) each with a floor / wall profile ( 14 , 34 , 56 ) is made of a hard material. 2. Transport and / or storage container ( 10 , 30 , 50 ) according to claim 1, characterized in that the foam molding ( 11 , 31 , 51 ) on the common edges of the walls ( 13 , 33 , 52 ) each with a corner profile ( 15 , 35 , 60 ) is made of a hard material. 3. Transport and / or storage container ( 10 , 30 , 50 ) according to one of claims 1 or 2, characterized in that the foam molding ( 11 , 31 , 51 ) on the free edges of the walls ( 13 , 33 , 52 ) with each a wall end profile ( 17 , 36 , 63 ) is made of a hard material. 4. Transport and / or storage container ( 10 ) according to any one of claims 1 to 3, characterized in that the floor / wall profiles ( 14 ) and the corner profiles ( 15 ) are interconnected and form a frame in which the foam molding ( 11 ) is inserted. 5. Transport and / or storage container ( 10 ) according to claim 4, characterized in that the wall end profiles ( 17 ) are plugged onto the foam molding ( 11 ). 6. Transport and / or storage container ( 10 ) according to claim 5, characterized in that the wall end profiles ( 17 ) and the corner profiles ( 14 ) are interconnected. 7. Transport and / or storage container ( 10 ) according to one of claims 4 to 6, characterized in that at least one of the profiles ( 14 , 15 , 17 ) is provided with a nose ( 21 ) or the like Foam molded part ( 11 ) hooks. 8. Transport and / or storage container ( 30 ) according to one of claims 1 to 3, characterized in that at least the floor / wall profiles ( 34 ) are foamed into the foam molding ( 31 ). 9. Transport and / or storage container ( 30 ) according to claim 8, characterized in that at least one of the floor / wall profiles ( 34 ) has a strip ( 37 , 38 ) or the like, which in the foam molding ( 31 ) protrudes. 10. Transport and / or storage container ( 30 ) according to one of claims 8 or 9, characterized in that the floor / wall profiles ( 34 ) and the corner profiles ( 35 ) are interconnected and form a frame. 11. Transport and / or storage container ( 30 ) according to claim 10, characterized in that the wall end profiles ( 36 ) and the corner profiles ( 35 ) are interconnected. 12. Transport and / or storage container ( 30 ) according to one of claims 10 or 11, characterized in that the corner profiles ( 35 ) and / or the wall end profiles ( 36 ) are foamed into the foam molding ( 31 ). 13. Transport and / or storage container ( 30 ) according to claim 12, characterized in that one of the corner profiles and / or one of the wall end profiles ( 36 ) has a strip ( 39 , 40 ) or the like, which in the foam molding ( 31 ) protrudes. 14. Transport and / or storage container ( 50 ) according to any one of claims 1 to 3, characterized in that the floor / wall profile ( 56 ) and / or the corner profile ( 60 ) and / or the wall end profile ( 63 ) is attached to the foam molding ( 51 ). 15. Transport and / or storage container ( 50 ) according to claim 14, characterized in that the free ends of the floor / wall profile ( 56 ) and / or the corner profile ( 60 ) and / or the wall end profile ( 63 ) with Gears are provided. 16. Transport and / or storage container ( 50 ) according to one of claims 14 or 15, characterized in that the floor / wall profiles ( 56 ) and / or the corner profiles ( 60 ) and / or the wall end profiles ( 63 ) are riveted together. 17. Transport and / or storage container ( 10 , 30 , 50 ) according to one of the preceding claims, characterized in that the foam molding ( 11 , 31 , 51 ) consists of expanded polypropylene in particular. 18. Transport and / or storage container ( 10 , 30 , 50 ) according to one of the preceding claims, characterized in that the floor / wall profiles ( 14 , 34 , 56 ) and / or the corner profiles ( 15 , 35 , 60 ) and / or the wall end profiles ( 17 , 36 , 63 ) consist of aluminum. 19. Transport and / or storage container ( 10 , 30 , 50 ) according to one of the preceding claims, characterized in that the foam molded part ( 11 , 31 , 51 ) is formed in one or more parts. 20. Transport and / or storage container ( 10 , 30 , 50 ) according to one of the preceding claims, characterized in that matched recesses and projections are provided for the purpose of stackability.