DE7625658U1 - Prismatic packaging container - Google Patents

Description

MÜLLER-BORE DEUFEL SCHÖN HERTBL

PATENT LAWYERS

16 AUG. 1976

F 12o8 / St.

DB. WOLFGANG MOLLER-BORt CPAT ADVOCATE FROM 1927-197S) OR. PAUL DEUPEL. O1PL.-CHEM. DR. ALFRED SCHÖN. DIPL.-CHEM. WERNER HERTEL. DIPL ..- PHYS.

FUNNY FRESH

SNACK UND GEBÄCK GMBH. & CO. KG. 5ooo Cologne 41

Prism-shaped packaging container

The invention relates to a prism-shaped packaging container with a hexagonal cross-section from a cut is unfoldable, in which six substantially rectangular side panels and one at the end of an outer Side panel provided longitudinal flap through inner longitudinal folds are connected and a top and a bottom field are connected to each side panel via an inner transverse fold.

The object on which the invention is based is to design such a prism-shaped packaging container in such a way that that its cover or base fields form an easily detachable and re-pourable cover or base.

This task is based on the prism-shaped packaging container of the type mentioned in that the top and / or bottom panels are connected by inner folds are, the extensions of the inner longitudinal folds connecting the side panels that starting from the point of intersection

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the inner longitudinal fold, the inner transverse fold and the one Inner fold is an outer fold to the middle of the inner cross fold opposite outside of the respective cover or base field extends, the length of which is substantially corresponds to the length of an inner transverse fold, and that on the outside of the respective top or bottom field a point is formed between the end of the outer fold and the other inner fold or the field outer edge, wherein a longitudinal flap is connected to an outer cover or base field via an inner fold.

Such a prism-shaped packaging container has the advantage that its lid and / or base is rosette-like Forms closure that opens by pulling on a tip and closed by squeezing in a simple manner can be. Since the length of the outer fold is usually slightly larger than the length of an inner transverse fold, the rosette forms a flat, conical indentation on the bottom or on the lid, so that the edges of the pi-i KTroan-ffimH σ * »η container ensure a horizontal standing surface is. Another advantage of this prism-shaped packaging container is that the closure rosette has a very good, promotional appearance.

The tip is conveniently an isosceles triangle, the base of which is half of the outside of a each top or bottom field between the end of the outer fold and the other inner fold or outer edge of the panel is.

In an advantageous embodiment, starting from the point of intersection of the inner longitudinal fold, the inner transverse f alzes and one inner fold each extending in the direction of the outer fold and the inner fold Incision provided, the ends of these incisions through a parallel to the Ismenquerfalz

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Incision are connected. Through these cuts »becomes removed the face of a small right triangle, thereby folding in the rosette in the area of the inside cross fold and the inner longitudinal fold is facilitated.

A particularly advantageous appearance of the container is thereby achieved ,, that in each lid or. Bottom field that of the inner transverse fold, of which one end of the Inner cross fold outgoing outer fold and the connecting line between the end point of the outer fold on the Outside of the field and the other end of the inner transverse fold delimited a different application of paint than the triangle having adjacent areas. When the container is closed, this rosette has one application of paint, while the other bar oaks have the other color application.

To ensure that the lid panel can be opened easily, One of the tips has a lateral lifting tab, which can optionally be marked accordingly.

The inner longitudinal folds, the inner transverse folds and the inner folds are pre-embossed on the inside of the blank for folding inwards, while the outer folds for folding are stamped outwards.

The invention is explained in more detail, for example, with the aid of the accompanying drawings.

Fig. 1 shows a side view of a prism-shaped Packaging container.

FIG. 2 shows a plan view of the packaging container from FIG. 1 in the closed state.

FIG. 3 shows the blank of the container from FIGS. 1 and 2.

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The prism-shaped packaging container with a hexagonal cross section shown in FIGS. 1 and 2 can be unfolded from the blank shown in FIG. This blank has six essentially rectangular side panels 1 to 6 , which are connected to one another by parallel inner longitudinal folds 25. A longitudinal flap 7 is connected to the one outer side panel 6 via an inner longitudinal fold 25 and is connected to the outer edge of the inside of the side panel 1 when the container is unfolded. On each of the side panels 1 to 6 is biw on the cover side. On the bottom side, a cover panel 2o or a bottom panel 21 is connected via an inner transverse fold 14. Since the bottom fields 21 are designed in exactly the same way as the cover fields 2o, only the cover fields 2o are described below. The cover panels are connected to one another via inner folds 9 which, in the blank of FIG. 3, form the extension of the inner longitudinal folds 25. The inner transverse fold 14 of the cover panel 2o assigned to the side panel 1 has a first end point 13 and a second end point 15, the first end point 13 lying between the side panels 1 and 2 in the exemplary embodiment shown. The first end point 13 is the intersection of the inner longitudinal fold 25 of the side panels 1 and 2, the inner transverse fold 14 between the side panel 1 and the lid panel 2o and the inner fold 9 between two lid panels 2o that can be attached to each other. From this end point or intersection point 13, an outer fold 1o extends to the center of the outer side 8 of the cover field 2o, which runs parallel to the inner fold 14. The length of the outer fold 1o corresponds essentially to the length of the inner transverse fold 14 or is slightly greater than this length. Starting from the end point 13, the outer fold 1o has an incision 17 over approximately one third of its length. An incision 16 is also provided in the inner fold 9, starting from the end point 13. The end of the incision 16 is connected to the Enie of the incision 17 by an incision 18 vertical to the inner fold 9, whereby a small right-angled triangle 19 is cut out

will. The distance between the end point 12 of the outer fold

10 on the outside 8 and the end point of the outside 8 Above the end point 15 of the inner transverse fold 14 forms the base of a triangle 11, which is part of the lid field 2o forms. A longitudinal flap 22 is connected to the inner fold 9 on the cover panel assigned to the side panel 6, which, when the container is unfolded, are connected to the corresponding inner edge of the cover field 2o assigned to the side field 1 is.

When the prismatic container with a hexagonal cross-section from the blank shown in Fig. 3 is unfolded and through the longitudinal flaps 7 and 22 is fixed, the container can by folding the bottom panels 21 and the lid panels inward 2o are closed around the inner transverse folds 14 in a simple manner, with the lid and. Floor fields in the manner shown in Fig. 2 into one another rosette-like with the point as the center. By attacking one of the Triangles 11, the lid or bottom can be pulled open. The container can be closed again in a simple manner by pressing the lid panels 20 or the bottom panels 21 inward will. In order to enable easy opening, the illustrated embodiment is on a triangle

11 of a lid field 2o a lifting tab 23 is provided, which can be provided with a corresponding label.

If that is formed by the outer fold 1o, the line 24 between the point 12 and the point 15 and the inner transverse fold 14 Triangle 26 is provided with a different color application on the outside than the adjacent areas, receives the Closure rosette in the closed state of the container has a star-shaped appearance.

In the embodiment shown in Fig. 3, the longitudinal tabs 7 and 22 connected by an extension of the respective adjacent inner transverse fold 14.

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Claims (6)

• ■ I «■ ι CLAIMS 1. Prism-shaped packaging container with hexagonal Cross-section which can be unfolded from a blank in which six substantially rectangular side panels and a longitudinal flap provided at the end of an outer side panel connected by inner longitudinal folds are and a top and a bottom field are connected to each side panel via an inner transverse fold are, characterized in that the top and / or bottom fields (2o, 21) by inner folds (9) connected are the extensions of the side panels (1 to 6) connecting inner longitudinal folds (25) are that starting from the intersection (13) of the inner longitudinal fold '25), the inner transverse fold (14) and the one inner fold (9) an outer fold (1o) to the center of the ] the outer side opposite the inner transverse fold (14) ! (8) of the respective cover or base field (2o, 21) extends, the length of which is essentially the length : of each inner transverse fold (14) corresponds, and that on the outside (8) of the respective cover or base field (2o, 21) between the end of the outer fold (1o) and the other inner fold (9) or the outer edge of the field a tip (11) is formed, wherein on an outer cover or bottom field (2o, 21) via a Inside fold (9) a longitudinal flap (22) is connected, which in the case of the container as well as the longitudinal flap (7) on the outer side panel (6) with the side panel (1) with the other outer cover or bottom panel (2o, 21) connected is. 2. Packaging container according to claim 1, characterized in that the tip (11) is a ; is isosceles triangle whose base is half the outside (8) of each top or bottom field 7625658 06/31/78 (2ο, 21) between the end (12) of the outer fold (1o) and the other inner fold (9) or field outer edge. 3. Packaging container according to claim 1 or 2, characterized in that starting from the intersection (13) of the inner longitudinal fold (25), the inner transverse fold (14) and the one I ^ nenfalzes (9) each one in the direction of the outer fold (1o) and incision (16, 17) extending into the inner fold (14) is provided, and that the ends of these incisions (16. 17} are connected by an incision (18) parallel to the inner transverse fold (14). 4. Packaging container according to one of the preceding claims, characterized _r that in each cover or base box (2o, 21) from said Innenquerfalz (14) of which from said one end (13) of Innenquerfalzes (14) outgoing outer fold ( 1o) and the connecting line (24) between the end point (12) of the outer fold (1o) on the outside (8) of the field and the other end (15) of the inner transverse fold (14) delimited triangle (26) a different color application than the adjacent Having areas. 5. Packaging container according to one of the preceding claims, characterized in that that one of the tips (11) has a lateral lifting tab (23). .7125658 3IO £ LZ8_ • ι ·, • 9 · ♦ f 6. Packaging container according to one of the preceding claims, characterized in that that the longitudinal flap (7) of the outer side panel (6) and the longitudinal flap (22) of the outer cover or. Floor field (2o, 21) are connected via an extension of the inner transverse fold (14). 762i658_lU) l28_ "