DE8231872U1 - Roll packaging and transport unit with several stacked rolls - Google Patents

Description

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Roll packaging and transport unit with several rolls on top of each other

The innovation concerns a roll packaging and transport unit with several stacked units Rolls that consist of material wound on roll cores.

These are used to transport rolls of material, for example rolls of film or fabric Rolls stacked in a known manner on transport pallets and secured by strapping held. It is obvious that in particular the film rolls, which are smooth Have surface, can slip easily, so that a transport on the usual transport pallets is extremely difficult. It can also slip and possibly through Tilting the load will damage the rolls of material, so that with the transport economic damage often occurs.

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This is where the present innovation comes in, which is based on the task of a roll packaging and -to create a transport unit that is easy and safe to transport on the usual transport pallet !! guaranteed without damaging the material rolls will.

According to the innovation, this object is achieved by the characterizing features of the main claim solved in connection with the features of the preamble.

The fact that the roles are arranged between them and below them, their Support shells adapted to shape, the roles have an orderly packaging and Transport structure, which largely prevented it from slipping or tipping will.

The measures specified in the subclaims are advantageous developments and improvements possible. The formation of the support shell as a half-shell in which only one Boundary surface is adapted to the shape of the rollers, and the opposite boundary surface is designed as a straight plane ensures the greatest possible variability of the support shells. You can use both lowest as support shells flying up on the transport pallets as well as support shells used between roles.

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The clogging of the ends of the inner roll cores with a plug each prevents that the inner roll cores are pressed together by the weight of the stacked rolls and change their tubular shape so that an instability of the load stack and thus the packaging and transport unit is evoked.

An embodiment of the innovation is shown in the drawing and is in the the following description explained in more detail * It shows:

1 shows the roll packaging and transport unit according to the invention with two stacks of rolls one on top of the other;

Fig. 2 shows a cross section through one designed as a half-shell Support shell; and

3 shows a section through a stiffening roller core Plug.

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By providing a longitudinal groove, in particular in the straight boundary surface facing away from the rollers, a wooden strip adapted to the shape of the courage can be inserted _t which connects two support shells arranged next to one another, so that the rollers cannot move in the transverse or longitudinal direction *

In Fig. 1 there is a packaging and transport unit shown in which on a transport ^ pallet 1 two stacks of superimposed Rollers 2 are arranged. These rollers 2 are formed from material that is placed on an inner core of the roller 3, which is made of cardboard or plastic, is wound. This material can be any wrap-around fabric trade, for example flat foils, edge banding, paper, textiles and so on. The transport pallets 1 are usually designed as standardized, so-called "Euro pallets".

Between the transport pallet 1 and rollers 2 and between the rollers themselves there are support shells 4 are provided, which are designed as half-shells in FIG. 1.

Fig. 2 shows a section through the center of such a half-shell 4. This half-shell can be described in its shape as a cuboid block, the one arched Has incision 5. In this arcuate incision 5 is the roller 2, the Radius of the arcuate incision 5 is adapted to the radius of the roller approximately. The surface opposite the arcuate incision 5 is straight. With The half-shells 4 lie on these surfaces on the transport pallet 1 and the rollers lie in the arcuate incisions 5 opposite the straight surface each role is assigned at least two half-shells, which are in the front and rear

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Support part of the roll, between every two rolls 2 are two half-shells 4 support provided with the straight boundary surfaces facing away from the rollers lie against each other. In this way a stack is formed from the base plate of the transport pallet 1, Half-shell 4, roll 2, two half-shells 4 lying on top of one another, roll 2 and so on. On a Transport pallet 1, as shown in Fig. 1, several stacks are next to each other, in which case the half-shells 4 abut each other with their end faces. The dimensions of the half-shells are chosen so that they are suitable for all pallet dimensions of the various Euro transport pallets can be used. Of course, they can also be used for transport pallets with special dimensions be.

The stack with the rollers 2 and the transport pallet 1 are not shown with Straps held together. The half-shells must have a high compressive strength have so that they are transported by movements or stresses on the means of transport are not compressed, otherwise the straps that the rollers 2 on the transport pallet 1 to this., loosen the rollers slip or tilt. The material for the half-shells 4 that fulfills the conditions is rigid foam at. Other materials, such as plastics or wood, can of course also be used will. If the material is very hard, the corners at the end of the curved

- Form 9 shaped incisions, be rounded.

The half-shells 4 have according to FIG. 2 in their opposite to the arcuate incision 5 Boundary surfaces 6 have a groove 7. After the rolls and the half-shells 4 have been stacked, the grooves 7 are adapted Bars, preferably made of wood, in the grooves of one another and one next to one another Half-shells introduced. This measure prevents the half-shells from slipping relative to one another 4 prevented both lengthways and crossways, as all and superimposed half-shells 4 are locked by this bar.

Fig. 3 shows a section through a stopper 8, preferably also made of rigid foam. This Plug 8 is inserted with its chamfered end into the ends of the inner roller core 3. This stiffens the inner roll cores so that they are not stacked on top of each other by the weight Rollers 2 are squeezed together. The length of the plug 8 is determined according to the compressive strength of the inner roller core 3 and the weight of the rollers 2 selected.

The exact shape and structure of the half-shells 4 is corresponding in the exemplary embodiment 1 to 3 are given by way of example only. In a further embodiment, the incision in the half-shell 4 not be designed as a curve or rounding, but V-shaped or as Polygon be formed. The Haibschaie 4 does not have to be made of solid material either, it is very fine

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above the part in which the groove 7 is provided, two walls can connect, in which the incision 5 is provided. This would save material during manufacture the half-shells 4 mean.

In a further exemplary embodiment, the half-shell 4 can be seen in cross section on its one side have a raised outer wall, the half-shells 4 directly below and above the ends of the rollers are arranged so that the respective raised outer wall the The end face of the roller is partially covered and so that there is protection against damage to the rollers.

Claims (4)

I f I I I 10 15 20 25 30 35 -X- protection claims 1. Roll packaging and transport unit with several superimposed rolls made from rolled up on roll cores Material consist, with the rolls are stacked on a transport pallet and are connected to this by strapping, thereby identified zeic hnet that the rollers (2) each on between and / or below them arranged support shells (4) higher Rest compressive strength, which are adapted to the shape of the rollers (2). 2. Roll packaging and transport unit according to claim 1, characterized in that that the support shells (4) are designed as half-shells, each one The shell boundary surface has an incision (5) adapted to the shape of the rollers " 3. Roll packaging and transport unit according to claim 1, characterized in that that the support shells (4) are designed as double shells, two each opposite shell boundary surfaces adapted to the shape of the rollers Have incision (5). 4. Roll packaging and transport unit according to one of: Claims 1 to 3, characterized characterized in that the support shells (4) each have a longitudinal groove (7) into which a connection part adapted to the shape of the groove (7) is inserted, Roll packaging and transport unit according to claim 1 or 2 and claim 4, characterized in that the longitudinal groove (7) in each case in the boundary surface of the opposite the incision (5) designed as a half-shell support shell (4) is provided. Roll packaging and transport unit according to claim 4 or 5, characterized in that that the connecting part is a strip of wood. Roll packaging and transport unit according to one of the claims 1 to 6, thereby characterized in that the incision (5) is curved according to the shape of the roller (2) is. Roll packaging and transport unit according to one of claims 1 to 6, characterized characterized in that the incision (5) is formed from two abutting inclined planes. Roll packaging and transport unit according to Giasjs of claims 1 to 8, characterized characterized, daö the ends of the inner roller core (3) each with a plug (8) are provided. • <<I «II I t • · 1 i I I I i I t II III j I I i I I I ItIt -ΒΙΟ. Roll packaging and transport unit nadh one of claims 1 to 9, characterized characterized in that the support shells (4) and / or the stoppers (8) are made of rigid foam exist.