DE7432383U - Stackable storage and transport box - Google Patents

Description

SIEMENS AKTIENGESELISCHAPT Munich 2, PO ₁ ["Ri97 Berlin and Munich Witteisbacherplatz 2

^VPA 74/7198

Stackable storage and transport box

The innovation concerns a stackable storage and transport box, which consists of a rectangular base with a stacking shoulder, two side walls and two end walls.

Such storage and transport costs are in different Executed sizes and used in particular in internal storage and transport. To get one as possible to achieve good utilization of the space available in the storage rooms and on the means of transport, these storage and transport boxes are provided with stacking heels so that they are placed on top of one another can and form columnar stacks. Since the individual stacks have no cohesion among each other, the Stability strongly depends on the stacking height. The unstable stacks must therefore be secured, especially during transport which stands in the way of a rational, in-house transport organization and warehousing.

The innovation is therefore based on the task of creating a stackable storage and transport box that can be stacked with high stability and greater stacking heights.

According to the innovation, this object is achieved by a storage and transport box of the type mentioned, wherein in the underside of the base at least one groove-shaped running parallel to the side walls or the end walls Depression is provided, the width of which is at least twice the wall thickness of the side walls "or end walls and whose depth corresponds to the height of the stacking shoulder. By

VPA 9/775/4002

Klk / The -2-

".MW.UAili'ai.rJJ

the groove-shaped recess in the bottom can be according to the Innovation designed delivery and transport boxes are stacked offset like a wall association, so that an interlocking stack is created. This allows much greater stack heights "with a simultaneous increase stability can be achieved. Special securing of the stacks is no longer necessary, even during transport. Furthermore, with the appropriate definition of the dimensions, storage and transport boxes of different types Sizes can be combined in a stack.

There is preferably a uniform grid of intersecting, groove-shaped depressions in the underside of the base intended. This allows the individual storage and transport boxes in the longitudinal direction and in the transverse direction of a stack staggered to each other. In addition, the grid of the groove-shaped depressions provides greater flexibility achieved in the stacking of storage and transport boxes of various sizes.

In a preferred embodiment of a storage and transport box protruding stacking corners are provided on the upper edge of the box and the groove-shaped depressions on the Edge area of the bottom limited, v / obei the length of the groove-shaped Depressions corresponds to the edge length of the stacking corners. In the staggered stacking of such storage and Transport boxes engage the stacking corners in the stacking shoulders and in corresponding groove-shaped depressions of those arranged above Storage and transport boxes. Because the groove-shaped depressions do not extend over the entire floor extend, but are limited to the edge area, the floor receives a smooth running surface, which is ideal for transport the storage and transport boxes on roller conveyors is required.

VPA 9/775/4002 -3-

In the following, exemplary embodiments of the innovation are explained in more detail with reference to the drawing. It shows

i'igur 1 stacked storage and transport boxes in partially sectioned view, i'igur 2 an oblique view of a storage and transport box r ·. · with stacking corners,

FIG. 3 shows the storage and transport box shown in FIG. 2 with the bottom facing upwards and FIG. 4 shows a schematic example of storage and transport boxes of various sizes stacked in a group Depiction.

Figure 1 shows a partially sectioned view of the staggered stacking of several storage and transport boxes same size. Each of the depicted storage and transport boxes consists of a rectangular base 1, side walls 2 and 3 and end walls 4 and 5. At the edge of the floors 1 stacking shoulders 6 are formed, which are stacked one inside the other of storage and transport boxes. The one in the The offset stacking shown in the drawing can, however, only be realized by groove-shaped depressions 7, which are shown in FIG the underside of the floors 1 are placed in the middle and parallel run to the side walls 2 and 3. When stacking in the formation, the storage and transport boxes sit on the top Position with their stacking paragraphs 6 on the end walls 4 and 5 and with their groove-shaped depressions 7 on the side walls 2 and 3 adjacent storage and transport boxes of the lower layer.

30th

FIG. 2 and FIG. 3 show, in two different views, a storage and transport box which is composed of a base 8 with a stacking shoulder 9, as well as sidecars 10 and 11 and end walls 12 and 13. The upper edges of the side and end walls 10 to 13 are for forming stacking corners 14

VPA 9/775/4002 -4-

pulled up in the corner areas. In the edge area of the base 8 there is a uniform grid groove-shaped Depressions 15, which form vertical branches of the stacking set 9. Stacking in the association is made possible by that the storage and transport boxes of a layer with their stacking paragraphs 9 and corresponding groove-shaped depressions 15 sit on the stacking corners 14 of the storage and transport boxes of the layer below. As a material wood, plastics such as low-pressure polyethylene and, for example, are suitable for storage and transport boxes of this type Sheet steel.

FIG. 4 shows a schematic illustration of an example for Storage and transport boxes of various sizes stacked in a group. The stack is here for better clarity pulled apart into three partial stacks 16, 17 and 18. To form the stack, three different ones are grounded Sizes 19, 20 and 21 are used, whereby the size 19, the corresponds to storage and transport box shown in Figure 2 and Figure 3. The grid dtr groove-shaped depressions In the undersides of the shelves, a grid spacing of 65 mm has been selected uniformly for all three sizes 19, 20 and 21. The main dimensions of the three sizes 19, 20 and 21 are shown in the following table.

Size 19th 20th 21 Length (mm) 390 520 520 width (mm) 260 390 390 Height (mm) 65 130 260 Grid (mm) 65 65 65

These dimensions result in a base area of 1040 mm 780 mm for the partial stacks 16 and 17 and for the partial stack 18 has a base area of 1170 χ 780 mm. The partial stack is therefore two grid units longer than the partial stack

VPA 9/775/4002

—5—

and 17, whereby the stability of the stack is not impaired. All dimensions of the described Series are matched to the dimensions of a pool flat pallet 1200 mm χ 800 mm (DIN 15 146) in such a way that that the transport of the stack can take place with optimal use of the pallet area.

3 claims for protection

4 figures

VPA 9/775 / 4ΟΟ2 -6-

Claims (3)

ί * · ΐ · Protection claims 1. Stackable storage and transport box, consisting of one rectangular base with stacking shoulder, two side walls and two end walls, characterized in that. that in the underside of the bottom (1) at least one, to the rare walls (2, 3) or the end walls (4 »5) parallel running, groove-shaped recess (7) is provided, whose width is at least twice the wall thickness of the ■ side walls (2, 3) or end walls (4, 5) and the depth of which corresponds to the height of the stacking paragraph a (6). 2. Stackable storage and transport box according to claim 1, _{characterized}} that a uniform grid is intersecting, groove-shaped recesses (7) is provided in the underside of the bottom (1). 3. Stackable storage and transport box according to claim 2, characterized in that the upper Box edge protruding stacking corners (14) are provided and that the groove-shaped depressions (15) on the edge be-i; area of the bottom (8) are limited, the length of the groove-shaped depressions (15) at least the edge length corresponds to the stacking corners (14). VPA 9/775/4002