DE1296566B - Container cut with grip fields - Google Patents

Description

The invention relates to a container blank with handle fields, Side walls and end walls hinged to these with intermediate fields and with a Bottom section that is connected to at least one side wall by a fold line.

It is known to arrange container blanks offset from one another. Such blanks were placed side by side in various ways. For example container blanks with handle fields are known, the side walls, end walls and have a floor field. The blanks are arranged against one another that the grip fields interlock.

Furthermore, container blanks or containers are known in which a multi-layer handle extends over its entire length. These containers are resistant, with an attractive appearance and economical to manufacture. The blanks, from which they are made can be moved on a continuous path Nest each other so that there is little waste. But you don't let yourself in nesting economically on a normal rectangular sheet of material, because the length of the bottom walls is equal to the total length of the end adjacent to them and intermediate fields is. When nesting, therefore, necessarily result Waste areas at each end edge of each sheet.

Also arise in the production of other known container blanks unused material surfaces between the blanks in the material web are located.

It was therefore the object of the present invention to provide container blanks with grip fields, side walls and end walls linked to these with intermediate fields and to twist and lay against each other with a floor field so that If possible, there is no loss of material.

According to the invention the object is achieved in that the intermediate fields of a cut of two twisted against each other by 1800 and lying next to each other Blanks in the area of the grip fields and in the area of the bottom field of the intervene in another cut.

Advantageously, the blanks are arranged so that the material used for the intermediate fields from other fields of adjacent blanks is taken without affecting the overall strength of the container or container blank suffers. Thus, the amount of material required for the production of the blanks decreased.

In an advantageous further development of the invention, this is an intermediate field almost arcuate and the other intermediate field almost rectangular.

The outer end edges of the handle fields are offset and designed so that that they are at least part of the inwardly protruding edge of the to a Side of the handle arranged intermediate fields are complementary. In this way an intermediate field is taken from the handle fields of an adjacent blank.

The invention is explained in more detail with reference to the drawing. It shows F i g. 1 shows a container in a perspective view, which from the blank according to F i g. 2 is formed, and FIG. 2 is a plan view of a for the production of the In Fig. 1 shown container used blank with broken lines to illustrate the nesting.

End panels 2 and 3 are along with a side wall 1 of the container Folding lines4 or 5 foldable connected. An overlap panel 6 is with the side wall 1 foldably connected along the lower edge 7 thereof.

Two intermediate panels 8 and 9 are along fold lines 10 and 11, respectively with the end faces 2 and 3 foldably connected. Two handle panels 12 and 13 are along the upper part of the fold lines 10 and 11 with the intermediate fields 8 and 9 foldable tied together.

To cells for receiving goods on the side wall 1 adjacent To create the side of the container is the side wall 1 with a high central section 14 Mistake. With this, a dividing strip 16 is attached along the fold line 15 one end of which is foldably connected, which is along the fold line 17 with the handle field 12 is connected.

Similarly, there is a dividing strip 18 along the fold line 19 with the high central section 14 and along the fold line 20 with the handle field 13 foldable connected.

The handle panels 12 and 13 are along the center fold lines 23 and 24 are foldably connected to the handle fields 21 and 22.

The handle fields 12, 13 and 22 have handle openings 25, 26 and 27. The handle panel 21 has an additional one that is foldably connected to it along the fold line 29 Box 28.

To on the side of the container opposite the side wall 1 To create cells to contain goods is a dividing strip 30 along the fold line 31 with the high central portion 32 of the side wall 33 and along the Fold line 34 is foldably connected to the handle field 21. In a corresponding way is a dividing strip 35 along fold line 36 with the high central portion 32 of the side wall 33 and foldable along the fold line 37 with the handle field 22 tied together.

The end panels 38 and 39 are foldable along the fold lines 40 and 41, respectively connected to the side wall 33. Intermediate panels 42 and 43 are along the fold lines 44 and 45 are connected to the end panels 38 and 39, respectively. The bottom field 46 with the middle Fold line 47 is foldably connected to side wall 33 along fold line 48.

The handle panels 12 and 21 are from the fold lines 10 and 44 along their outer edges A and B offset inwards. In a corresponding way they are outer end edges of the handle fields 13 and 22 of the Faltlinienll and 45 at C and D stepped on the inside. In this way, the intermediate fields 42 and 43 are through corresponding boxes are taken from the handle fields of an adjacent blank. The edges E and F of the intermediate fields 42 and 43 can be designed so that they the edges and B of fields 12 and 21 and the edges C and D of fields 13 and 22 correspond. As a result, one blank can be cut along an identically designed second one Cut to be created in such a way that there is no waste of material. In Fig. 2 the left blank is drawn with solid lines, while the outline of a Part of a cut to the right of it is shown with broken lines is. The left blank can thus be easily combined with the right one the right blank is rotated by 1800, are placed next to each other, so that the Edge F of the intermediate field 43 to the edges C. and D the handle fields 13 and 22 are complementary and the lower edge of the end panel 39 of the right blank coincides with the upper edge of the intermediate field 9. Material from the right end the handle fieldsl3 and 22 of a blank is used for at least part of the Intermediate field 43 of an adjacent blank is used. This gives a considerable Material savings.

To determine the strength of the parts made from the blanks Tests carried out on containers have shown that these containers perform well and in have a high degree of uniform strength. The stress tests have shown that the containers give way first in one place and later in another and do not match break at a certain point. So they are characterized by uniform mechanical Strength.

Claims (2)

Patent claims: 1. Container cut with handle fields, side walls and to these hinged end walls with intermediate fields and with a floor field, which is connected to at least one side wall via a fold line, thereby gekennz e i c h n e t that the intermediate fields (42, 43 and 8, 9) of a blank two blanks twisted against each other by 1800 and lying next to each other in the Area of the grip fields (13, 22 and 12, 21) and in the area of the bottom field (46) engage the other blank. 2. Container blank according to claim 1, characterized in that one intermediate field (42, 43) almost arch-shaped and the other intermediate field (8, 9) is almost rectangular.