DE7028560U - PIKE BOX. - Google Patents

Description

■ I · I · ·

70/0007 GM

Herbert Kubern, Ering / lnn

Prick box

The invention relates to a pricking box made of 2.5 mm thick plastic material, which can be stacked on top of one another by means of built-in stacking cams.

In the case of the known prick boxes, they are stacked on top of each other in a planted state, because of the fei; . ^ dea stacking cams, not possible. This has the disadvantage that planted prick boxes for selling the plants can only be placed next to each other during transport and therefore require a lot of space. Even with the stacks already on the market - pricking boxes - there are disadvantages to the effect that additional sleeves (plastic tubes) are required for the purpose of stacking them, which have to be inserted each time. This means an additional work process. In addition, these sleeves can be lost.

The object of the invention is to overcome the disadvantages of the above-mentioned stacking crate and the conventional one To overcome prick box.

The pricking box according to the invention is characterized in that it has stacking cams firmly connected to the box owns. The stacking cams run from the tiste-iboden upwards 3-sided conical to nest when empty when the box is turned around to enable. (Space saving)

For the transport of horticultural products, racks are built into the motor vehicles that are spaced apart by 40 - 50 cm. The stacking crates can be pushed one on top of the other into these racks. In order to prevent the boxes from slipping sideways, there are preferably indentations in the bottom of the box Mounting of the cam tips built in. Since the formed stacking cams and the depressions in the bottom of the boxes the already mentioned "U-turn" of the boxes fit into each other is a smooth stacking, respectively. Nesting guaranteed.

Further advantages are: When planting the boxes in the Nurseries can be stacked as high as desired in the planted state, in order to keep them from time to time to be transported to their destination closed at the time. Sowing can continue until after emergence has taken place can be stacked after a germination period of 1 to 8 weeks and

is a particular advantage, especially in the winter months when there is a relatively high lack of space and heating costs.

The height of the stacking cams is chosen so that the latter when filling the earth and pricking are not a hindrance, but on the other hand the necessary Have a height to prevent damage to the plants during transport.

An embodiment of the innovation is described below with reference to the drawings.
Show it

1 shows two pricking boxes stacked one on top of the other at a distance, in perspective,

FIG. 2 shows a section along the line II - II of FIG. 1,

3 shows a perspective of two pricking boxes in the storage state, stacked in one another,

FIG. 4 shows a section along the line IV - IV in FIG. 3.

The pricking box 1 has four stacking cams 2 and 3, the stacking cams 2 have a smaller distance from the edge 4 than the stacking cams 3 from the narrow side edge 4, in each case next to these stacking cams stacking pockets 6 and 7 formed from the bottom 5 are arranged. The bottom 5 itself is profiled by dividing it into individual ones Stiffened squares.

In FIG. 1, the two pricking boxes 1 are now at a distance H from one another stacked, with the stacking cams 2 and 3 engage in the stacking pockets 6 and 7 of the pricking box located above and these so in

Maintain distance H above you.

In Fig. 2 this can be seen in particular in section.

In order to save space when the empty pricking boxes are not in use or when they are being transported, they can also be stacked one inside the other, namely - as Fig. 3 shows in particular - by the fact that the

the upper pricking box 1 is rotated by 180 compared to the lower pricking box 1. The different distances between the pairs of stacking cams or 3 from the narrow side walls 4 result in an overlap of the pairs of stacking cams 2 or 3 of the pricking boxes, so that they can be stacked together at a distance h in a space-saving manner.

Fig. 4 shows this type of stacking still in section.

The innovation is not limited to the example shown.

It is clear that the Prikierkisten also other formats in their width and elongation as well as other heights.

If necessary, the stacking cams could also be made much higher

Protection claims i - 5 -

Claims (5)

- »e 'r · f r · · f' claims for protection 1. Pikierkiste, characterized in that it consists of plastic, in particular deep-drawn plastic, and that it has stacking cams and stacking pockets which allow stacking at a distance (H) from one another, the distance (a) and (A) of the stacking cams (2 , 3) is different in size from the side walls (4), so that there is also a close fit "
is possible. Stacking one inside the other when the pricking boxes (1) are offset by 180 ° 2. Pikierkiste according to claim 1, characterized in that the stacking cams (2 j 3) from the bottom (5) of the pricking box (1) upwards on three sides koj-.isch run. 3. Pikierkiste according to claim 1 and 2, characterized in that the im Bottom (5) stacking pockets (6, 7) are arranged. 4. Pikierkiste according to claim 1, characterized in that the bottom (5) is stiffened by profiling. 5. Pricking box according to claims 1-3, characterized in that it is molded in one piece from plastic.