DE8522799U1 - Cut of foldable material such as cardboard, corrugated cardboard or the like for a packaging box with a presentation window - Google Patents

Description

- 6 - 01.08.1985

The invention relates to a blank made of foldable Material such as cardboard * corrugated cardboard or the like. for a packaging box with at least one presentation window for the presentation of a primary packaging item, in particular such! in bottle form (wine bottles, washing-up liquid etc.), wobej the blank is substantially rectangular and comprises a rectangular bottom surface,

In a known one that is used in practice This type of packaging cardboard is used to hold large-volume plastic bottles filled with fabric conditioners (Primary packaging), of glass bottles filled with beverages or the like. is used in a separate production step a cardboard lid separate from the cardboard blank is produced. Furthermore are the side faces of the cardboard to achieve the necessary stability and to accommodate a higher stack compression pressure with heavier ones Primary packaged goods are provided with an additional support structure that is separate from the actual Packaging cardboard is to be made. The disadvantage of this known packaging box or its cut lies mainly in the fact that in addition to costly separate manufacturing steps for the basic cut and the separate cover and the additional support structure provided and processed relatively large amounts of material which creates a significant amount of waste. Therefore, cardboard lids are often included this type of packaging is not provided at all, thereby increasing the risk of unauthorized The contents of the packaging are removed and packaging cartons stacked on top of one another therefore only move with the Can support the top of the primary packaging more poorly than right.

35

It is the object of the invention to provide a material-saving

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Blank for a packaging card that can be safely stacked ^ to create only a few process steps for its manufacture without the use of packaging probing machines, but at the same time due to the cutting in a simple and economical way to close a lid of the packaging box is provided.

This object is achieved according to the invention in a Cutting of the type described at the outset, characterized in that at least one side surface is a cover part which can be used as a cover of the packaging box and can be detached from the side surface while forming the presentation window includes.

The advantage of a packaging cardboard that can be produced using such a blank is over the known ones Packaging cardboard in that only a single, essentially rectangular blank for its production made of cardboard, corrugated cardboard or the like. required, so none of Cut separate production of a lid for closing the packaging box is necessary. Rather is the material required for the lid is an integral part of the blank in a suitable manner. The packaging box is thus closable in a material-favorable manner by means of a lid and has compared to the described known cardboard boxes a higher security against unauthorized removal (theft), while in relation to usual closed lid packaging the advantage of a combination between presentation effect and material savings. At the same time, of course, does not apply in relation to known closed packaging boxes require additional printing, as the primary packaging is clearly visible.

In order to be able to easily stack packaging boxes with heavy primary packaging goods on top of one another, i.e. one of ¹ -

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to ensure sufficient load-bearing capacity of the side surfaces, is provided in an advantageous development of the invention, that on the floor surface, by parallel Fait- I or crease lines are limited, at least one opposite one another Pair of first side surfaces adjoins the bottom surface on both transversely to their connecting edges extending edges have a pair of wing surfaces which cUrch against the first side surfaces adjoining them FaIt- or kink lines is limited, whereby adjacent wing surfaces of the two side surfaces can be connected to one another are.

To achieve an even higher stack crush resistance in the case of very high loads from the primary packaging material, according to an advantageous embodiment

the pair of wing surfaces essentially parallel to the |

Include flaps running along the edges, which are delimited by fold or crease lines opposite the wing surfaces. These flaps, which in the unfolded state of the packaging carton are formed on the opposite wing surface pairs forming further carton side surfaces, can point along their fold or kink lines essentially at right angles to the carton side surfaces and in a particularly expedient way in U into the carton interior

foldable and mechanically connectable in pairs |

be. The four additional \

i increase the supporting webs in connection with their edges, formed by the end faces of the flaps of the wing surfaces, the stacking compressive strength of the packaging board simple way, without separate reinforcing elements produced or in a separate process step on Packaging cardboard must be attached. The flaps pointing into the inside of the box also allow that the primary packaging items lined up in the box, for example large-volume plastic or glass bottles, too still a considerable stabilization in its alignment

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processing learns, so that the filled box does not destabilized by sliding packaged goods »'can earth.

The cover part is preferably rectangular and with its cover edges essentially parallel to the Edges of the first faces aligned. Through this Measure is achieved, among other things, that the ceiling size corresponding presentation window be made sufficiently large and at the same time the lid part the packaging box as completely as possible to its removal or Can close the filling side. Basically, however the formation of the cover part in the side surface sn is not bound to a specific shape. Rather, the shape depends in principle on the size of the desired presentation window in the side part and the need for an extensive one as complete as possible closure of the removal opening of the packaging box, which at least against a free Removal of the packaged goods should be closed, i.e. it should only be possible to open it by cutting or tearing it open, which, on the one hand, results in unwanted individual removal of packaged goods (e.g. if only sold in complete containers intended and the pricing is made accordingly) and, on the other hand, theft protection is increased.

The cover part preferably has in the area of two opposite one another Lid edges on tabs that by essentially parallel fold or crease lines against a Lid base area are limited. This embodiment of the Lid part is completely or at least for the most part (around on the one hand, joint stacking and transport with the blank and, on the other hand, during the final processing of the latter to ensure quick release) punched out of a side part or on other

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suitably separated and in a separate step after filling with packaging material and unfolding the carton placed on the removal opening. After placing the cover part formed in this way on the cardboard opening, the §1 tabs folded around the crease lines by approx. 90 ° and then with the corresponding cardboard side panels by gluing, stapling or the like. tied together.

According to another advantageous embodiment of the invention the lid part remains after a through:. *. nn process at that of its lid edges with the first side surface - completely - in connection, that of the The bottom surface faces away, with a web that is essentially parallel to the bottom remains on this edge. The lid part thus always remains connected in this embodiment with the respective side surface, so that in the course of Manufacture a special step of placing the lid on the packaging board as in the previous one described embodiment is not required.

A cover web which is approximately the same can preferably be formed parallel to the web on the cover part Width as the web, the web to the cover part and the cover web to a cover base area through each a fold or fold line are delimited. Although then if, for example, the packaging box is only open one of its side surfaces is to have a presentation window, a cover part is sufficient in only one side surface form, it is advantageous in many cases to do so in both side surfaces. This is especially true when the blank according to the one embodiment proposed here has cover parts that are after Separation process along one edge with the side surfaces stay connected via bridges. The closure of the ver * packing boxes are then preferably made by Paltunrj of the lid part along two fold lines, a first fold by approx. 180 ° and a second by approx. 90 ° in the same way

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Direction is provided and the Knickvorgafig by folding the Lidelteiis out of the packaging box is initiated. The bridge and cover bridge can with their facing surfaces attached to one another, e.g. B. glued, which results in an additional reinforcement in this edge area.

Both in this embodiment and in the one in which the cover part completely from the side surface

I is separated out, the width corresponds to the base area ί of the top side is essentially that of the bottom surface of the blank, and the top part can thus hold the packaging cardboard in the unfolded and packaged state on simple yet very effective | Way to close. |

For the purpose of transport and gripping u> id lifting |

Such packaging boxes are usually used in the 1st

Boundary area between lower side surfaces and those on them |

adjacent floor surfaces to prevent ε

which behaves as a result of the presentation window recesses- [< weakly developed side parts tear. The ι

Grasping or lifting the packaging box by under- 1 Gripping is usually difficult and sometimes not even possible when there are a large number of such packaging boxes stacked on top of and next to each other, as is the case, for example, in most consumer markets nowadays is common practice.

According to a further advantageous embodiment, a handle, in particular a handle, is therefore in the cover part Recess or a hole formed for finger engagement. The formation of a grip hole in the Lid the forces caused when the packaging box is lifted in the side walls adjoining the lid resiliently added, as the lid moves when the

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Packing boxes can bulge upwards. When lifting there is therefore no force impact on the cross winds; rather, the force increases as the lid deforms " continuously increased on the side walls. Additional

Ö5 support constructions that were previously used in highly trained Lid with handle necessary to prevent tearing on the side parts provided with the presentation windows were completely unnecessary in the case of the blank proposed here for packaging boxes.

Preferably, the finger-engaging hole is substantially centered between a pair of edges of the cover part and between the other pair of edges in such a way, possibly offset in the center, arranged that by engaging the finger in the hole of the packaging board in the area of its gravity § point - or possibly also outside the same - can be raised. The center offset, if necessary, is aligned Arrangement between the second pair of edges essentially | then how the primary packaging is distributed in the box f or in what number it is provided. For example, if six bottles are arranged in two rows of 3, one eccentric attachment of the hole is expedient, while with a pack of 4 it is more symmetrical in two axial directions Distribution provided essentially in the middle

should be. The fingers of the packing box | Ending person reach into the hole from above, swivel down under the cover part and come with you the fingertips essentially in the center of gravity of the packaging cardboard with the underside of the lid part in Contact. The type of hole, possibly offset in the middle, enables a uniform hole in a very effective way Load on the lid part when lifting the packaging box, especially from a tightly packed box Stack out, but on the other hand also while carrying; because the side surfaces adjoining the cover part of the packaging box are thus all in

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wide boundaries consistent with those in lifting and lazy Packaging cardboard forces occurring.

Basically, the hole for finger engagement can be in any Way to be trained. However, it is advantageous to design the hole essentially rectangular, with the material section of the cover part that spans or fills the hole after a severing process in Form of a folding flap with a fold line the lid part is in connection, which is on the side of the center of gravity of the packaging box. Of course it will the hole formed with well-rounded corner areas for handling and manufacturing reasons, but like this already of the handle recesses in use today Sidewalls is known ago. The person holding the packing box wants to lift for transport purposes, then only needs the folding flap along the fold or fold line to To reach a transport position of the packaging box to pivot 180 ° down or up, so that the cover part is reinforced in the area of finger engagement by the flap. The advantage of this type of training the flap that initially fills the hole is that during manufacture and during filling of the packaging carton, a separate erecting process by means of a machine or process step is not required is necessary because the hinged cover can easily be swiveled over from the one lifting the packaging box during transport Person can be carried out.

To form a removal (theft) and transport-proof closure, the cover part can preferably be with be mechanically connectable to the first side face (s). This attachment of the cover part to the side surfaces is preferably suitable for the embodiment that a having a cover part connected to the side surface and foldable out of it, as well as for the embodiment,

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in which the cover part completely from the side part The * is extracted at right angles around the kink line folded flaps of the cover part are in the area of the flap ends with the side surfaces in the wrong area of the filling opening of the packaging box.

In principle, all types of connection that are suitable for connecting corrugated cardboard or cardboard materials are possible are: Glued connections or connections with metal staples are preferred.

In the embodiment with two fold-out cover parts connected to the side surfaces, each of them Cover parts folded out on the side and folded twice mechanically, i.e. by means of a

Glued connection, by a staple connection or the like. f connected.

It is also advantageous if an opposing pair of second ones is attached to the bottom surface of the blank Adjoining side surfaces, which on its sides facing the bottom surface of the bottom surface by one in each case Fold line is delimited and completely separated from the adjacent pairs of wing surfaces. This second Side surfaces that only have one height because of the substantially rectangular blank forming the packaging board need to have, which corresponds essentially to the width of the wing surface, are used for additional stabilization of the packaging cardboard by folding it up against the cardboard side surfaces formed by the wing surfaces and attached to it. These second side surfaces are attached to the cardboard side surfaces preferably again by gluing, by means of staples or in any other way.

35

Further advantages and embodiments of the invention go

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from the following description of the schematic Embodiments shown in the drawing. It shows

1 shows a blank for a packaging box

according to a first embodiment in plan view,

Fig. 2 is an axonometric representation of an erected packaging box and an accompanying

Hearing cover part in an exploded view, erected from the one in FIG. 1 shown cut,

3 shows a cut of a second embodiment

shape,

FIG. 4 shows, in an axonometric representation, the erected from the blank shown in FIG. 3 Packing box with inserted

Packaged goods and partially folded lid parts,

Fig. 5 shows the embodiment of Fig. 4 shortly before Termination of the locking process,

6 shows a blank of a third embodiment and

7-12, in an axonometric representation, the unfolding process in different folding positions from the flat blank of FIG. 6 to the finished packaging box.

From a blank 11 made of cardboard or shown in FIG Corrugated cardboard is a packaging box | shown in FIG

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10 foldable. Instead of corrugated cardboard, of course, similar foldable material such as Ρ & μρβ, cardboard, laminated Corrugated cardboard or cardboard or the like. be used. The blank has an essentially rectangular bottom surface 12.

First side surfaces 14, 15, which are also located opposite each other, are adjoined to the bottom surface 12 are essentially rectangular. These are opposite the bottom surface 12 by fold or kink lines 13 limited.

The first side surfaces 14, 15 point transversely to their end edges determined by the fold or kink lines 13 16, 17 running edges 18, 19. These each carry a pair of wing surfaces 20, 21, which is rectangular and im substantially parallel to the edges 18, 19 extending tabs 22, 23 carries. The latter are opposite the wing surfaces 20, 21 and these against the side surfaces 14, 15 adjoining them by folding lines 24, 25, 26, 27 (the latter both defining the edges 18, 19).

The flaps 22, 23 come, as also described further below, into the interior of the box after corresponding folding against each other to the plant and serve after gluing or other mechanical connection with each other for the production | development of a solid, highly resilient side wall from the wing surfaces 20, 21. At the same time, they promote, as they ins The inside of the carton protrudes, the alignment of the packaged goods | In the carton. |

In the embodiment shown in FIGS. 1 and 2,.

3Π a cover part 28 is formed only in the side surface 14. Its outer boundary partially and slightly protrudes from the essentially rectangular boundary of the blank 11. Since the cover part 28, as described in more detail below, is intended to close the removal opening of the packaging box 10 as completely as possible, the size of the removal opening and the height of the section

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Packaging cartons 10, however, won the size or height of the Depending on the goods to be packaged, the embodiment of the cover part 28 shown in FIG. 2 can be partially modified of a strictly rectangular blank 11 may be required. The cover part 28 is rectangular here formed, with its lid edges 29, 30, 31, 32 substantially parallel to the edges 16, 17, 18, 19 of the first side surfaces 14, 15 and is supported in the area of two opposite lid edges 31, 32 Tabs 33, 34, which by essentially parallel to the lid edges fold or fold lines 35, 36 against a Lid base area 37 are limited.

The bottom surface 12 also carries an opposing one Pair of second side surfaces 47, 48, the edges 49, 50 of the floor surface facing towards the floor surface 12 12 by a fold or kink line 51 is delimited from each of the adjacent pairs of wing surfaces 20, 20; 21, 21, the second side surfaces 47, 48 are completely separated by punchings 52, 53, their width corresponds approximately to the thickness of the packaging board 10 forming material.

In the embodiment shown in FIG. 1, the cover part 28 is inserted along the cover edges 29, 31, 32 in a work step with the punching of the blank .11 in its entirety with the formation of the punchings 52, 53 separated from the blank 11, but advantageously only so far that it is still as a transport unit on the Blank remains and easily on one at the processor

Erecting machine removed and then handled for itself can be. To form a two-sided presentation window, compared to that shown in FIG. 1 Embodiment of the packaging cardboard blank also with an opening corresponding to the lid part in the other first side surface 15 are overseen (not shown) »

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The embodiment shown in Fig. 3 differs differs from that shown in FIGS. 1 and 2 by a different type of design of the cover part 28. The rest Parts correspond to FIG. 1, including the corresponding Reference number. In Fig. 3, the cover part 28 remains after a separation process (e.g. punching or cutting) at that of its lid edges with the first side surface 14, 15 in connection, that of the bottom surface 12 is turned away, with a bottom-Daralleler web 39 remaining on a corresponding side part edge 38. Parallel For the web 39, a cover web 40 is formed in the cover part 28, which is approximately the same width as the web 39 has, the latter against the cover part 28 and the cover web 40 against the cover base 37 through each j a fall or kink line 41, 42 are delimited.

In this exemplary embodiment, there is a cover part both in the side face 14 and in the side face 15 j 20 28 formed. But it is also an embodiment ; j conceivable in which only one cover part 28 on one side

\ face is formed while the other side face

- similar to FIGS. 1 and 2 - remains completely closed.

In the embodiment shown in FIG. 3, on the free edge of the lid and in sufficient width

Connecting webs are provided, in particular if, according to an embodiment of the packaging cardboard already mentioned above, a cover part 28 is formed only in one side surface. By means of such a second connecting web, not shown here, the cover part 28 can be connected to the side surface 14, 15 that remains closed.
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The third embodiment of the cut-out 11 shown in FIG. 6 differs from the one shown in FIGS. 1 and 3.

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created by the fact that there are no wing tabs 22, 23 | are trained. In this AlisfühfUngsföfm in the cover ('part 28 or in both cover parts 28 each have a recess as a handle, so the simplest way is a hole 55 for \

Finger engagement formed. The hole 55 is essentially '■ centrally between the one pair of lid edges 29, 30 and to the

other pair of lid edges 31, 32 offset in the center in this way

arranges that through the engagement of the fingers in the hole 55 of the ι packaging board 10 essentially in its center of gravity

is tangible, which is approximately at the intersection of the side j bisecting a base 37 of the cover part 28 is located.

The hole 55 is in the embodiment shown here

game essentially rectangular with rounded corners f

formed, but can also be any other suitable shape I.

have, e.g. that of an oval. That of the size of the hole 55 I.

corresponding material section of the cover part 28 remains |

after a severing process (cutting, punching) as {

Folding flap 57 over its section edge 58 with the lid!

part 28 along a respective crease line or FaIt- '·

in connection; this is located on the side of the \

Center of gravity 56. The flap is thus along the S

FaIt or kink line 59 to reach a transport!

position of the packaging box 10 essentially by 180 ° f

pivotable, whereby it is in principle possible to both j

to the top of the lid as well as to the underside of the lid to j

Valves.

Of course, during the training of the j

Packaging boxes with two lid parts 28 the holes \

55 in one with each other when unfolding the blank in |

Position to be brought under cover. «

All in connection with the described packaging \

cardboard boxes 10 mentioned FaIt- or kink lines can or the like in form I of creasing, perforations, creasing cut lines.
or from combinations of these on per se known

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appropriate manner and depending on the particular one used Packaging material are carried out.

Starting from the blanks shown in Fig. 1, 3, 6 for forming a packaging box 10 is from the usually finished by the corrugated (cardboard) manufacturer delivered blank 11, on which all fold lines trained at the producer, e.g. a winery cdsF sirism Wsschniittsl - manufacturer 2 υ f a ™ machine dss Lid part 28 partially or completely detached according to the respective embodiment and the packaging box 10 unfolded to accommodate primary packaging. After putting on primary packaging 43, the tabs 22, 23, if present (FIGS. 1 and 3), are first moved by approx. 90 ° around the wing surfaces 20, 21

and then the wing surfaces 20, 21 folded by 90 ° around the first side surfaces 14, 15. Then be the first Side surfaces 14, 15 upright at 90 ° against the bottom surface 12. In the embodiment with tabs butt while the tabs 22, 22; 23, 23 together and are in this state either by gluing or by stapling connected to each other by means of metal staples. In the embodiment according to FIG. 6 without tabs after the primary packaging material 43 has been placed, only the wing surfaces 20, 20; 21, 21 erect and thrust with their opposite edges practically butt against each other.

The second side surfaces 47, 48 are then turned by 90 ° folded up against the bottom surface 12 and with the wing surfaces 20, 20; 21, 21 forming cardboard side surfaces 44, 45 preferably connected by gluing, so that thereby the wing surfaces 20, 21 in the upright position Get sufficient hold. The state shown in FIGS. 2, 4 and 9 is thus achieved.

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Now the packaging box according to FIGS. 1 and 2 is through the Cover part 28 previously kinked around crease lines 35, 36 Closed, by connecting the latter with him. The connection between the lid part 28 and packaging box 10 in the area of the side surfaces 14, 15 takes place in the specified manner (gluing, stapling or the like.).

When closing the in Tig. 3 and 6 shown blank After the packaging box 10 has been filled and partially erected, one or both cover parts 28 180o in one direction from the inside of the box to the outside folded upwards (see left cover part 28 in Fig. 4). The folding occurs during this first unfolding by 180 ° along the folding lines 41. The web 39 and / or the cover web 40 is glued beforehand. Then the cover parts 28 cjefolds again by 90 ° around the folding line 42, as shown in FIGS. 5 and 11, which are an intermediate state of the Showing folding is shown. The fully erected packaging cardboard 10 is shown in FIG.

Both cover parts 28 are firmly connected to one another. At the same time, to increase the stability in the Upper Bäreich the two mutually facing surfaces of web 39 and cover web 40 firmly pressed against each other and possibly glued to one another or otherwise connected, creating a solid, load-bearing connection according to the support web type is created. So that the folded lid parts the packaging box 10 in its outer contours (aimed is usually a packaging cuboid)

30V, the blank 11 is formed with web sides 38a set back substantially parallel to its folding lines, corresponding to at least the thickness 54 of the blank material in the direction of the base surface 12. The packaging box 10 can therefore be tightly closed with a hinged lid in the two different embodiments shown here and is largely theft-proof

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as well as conveniently transportable, storable or stackable. In the embodiment with a hole 55 or a handle, the packaging box 10 can be lifted slightly, without having to fear that it will tear or tear as a result of the load. The cover part 28 can later without foreign aids are opened by tearing without the packaging cardboard 10 being destroyed as a whole, so that the packaging itself can also be used for another use, for example for the transport of shopping goods.

On the other hand, the presentation window (s) enables immediate control of the completeness of the Packaged goods, but otherwise no need to attach special imprints as an indication of the primary packaged goods, because this is readily visible and its labels or imprints are the real ones Form advertising media.

Because of the overall very simple structure of the

j. beaten blank are no separate packaging

! ' 20 special machines required. Rather are suitable for this ί normal folding devices (wrap-around unfolding devices

' directions with subsequent lid part attachment).

In addition to the manufacturability of the packaging cardboard 10 achieved according to the invention, material in the order of size of at least approx. 10 % is also saved compared to the previous cardboard boxes of this type.

By the type and arrangement of the hole 55 for finger engagement , according to the embodiment shown in Fig. 6, i.e. for

Lifting of the packaging box in connection with the only two-sided attachment of the lid to the first two Side walls without attachment to the two second side walls, the forces occurring during lifting become elastic added, so that despite the relatively light construction of the packaging box this does not tear.

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Otherwise it is basically possible, although here not shown separately, the hole 55 also in the cover part (s) of the first and second embodiment of the blank 11 of FIGS. 1 and 3 to be provided.

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Claims (21)

Wear requirements: 1. Cut of foldable material such as cardboard, corrugated cardboard or the like. for a packaging box with at least a presentation window for the presentation of a primary packaging item, wherein the blank is substantially rectangular and comprises a rectangular sod surface, which directly or indirectly contributes surface parts to the formation of side surfaces, with bottom surface and side surfaces against each other by fold or crease lines limited and are foldable around this relative to one another, characterized in that at least one side surface (14, 15) is a The lid of the packaging box (10) can be used with the formation of the presentation window from the side surface (14, 15) includes removable cover part (28). 2. Blank according to claim 1, characterized in that it is attached to the bottom surface (12) bounded by parallel fold or kink lines, at least one opposing pair of first side surfaces (14, 15) adjoins the two edges (18, 19) running transversely to their connecting edges (16, 17) on the bottom surface (12) Have pair of wing surfaces (20, 21), which against the adjoining first side surfaces (14, 15) is limited by fold or kink lines (26, 27), - 2 - t ι ι I · .. I << I * I I · ' - 2 - Dl.08.1985 wherein adjacent wing surfaces (20, 20; 21, 21) of the both side surfaces (14, 15) can be connected to one another. 3. Blank according to claim 2, characterized in that the pair of wing surfaces (20-, 21) substantially parallel to the edges (18, 19) extending tabs (22, 23) opposite the wing surfaces (20, 21) by FaIt or Kink lines (24, 25) are limited (Fig. 1 bi »=? 5). '4. Blank according to one of claims 1 to 3, characterized in that the Lid part (28) is rectangular and with its lid edges (29, 30, 31, 32) essentially is aligned parallel to the edges (16, 17, 18, 19) of the first side surfaces (14, 15 ^. 5. Blank according to one of claims 1 to 4, d a characterized in that the Lid part (28) in the area of two opposite lid edges (29, 31) has tabs (33, 34) which by essentially parallel fold or kink lines (35, 36) are limited against a cover base surface (37) (Fig. 1 and 2). 6. Blank according to one of claims 1 to 4, d a you I characterized that the Lid part (28) after a diirch-separating process on that of its lid rim (30) with the first side surface (14, 15) remains in connection, that of the Facing away from the bottom surface (12), with a substantially bottom-parallel web (39) on this edge (38) remains (Fig. 3 to 12). 35 7. Blank according to claim 6, characterized in that « - 3 - 01 * 08.1985 k e η η ζ e i c h η e t that parallel ζUm web (39) a cover web (40) is formed on the cover part (28), which is approximately the same width as the Has web (39), the web (39) to the cover part (28) and the cover web (40) to a cover base area (37) are each bounded by a fall or kink line (41, 42). 8. Blank according to one of claims 1 to 7, d a through characterized in that a cover part (28) is formed in each of the two first side surfaces (14, 15). 9. Blank according to one of claims 1 to 8, d a characterized in that the Lid part (28) is designed as the packaging cardboard (10) in the unfolded state and provided with primary packaging material (43) so that it closes against free removal of the latter.
20th 10. Blank according to one of claims 6 to 9, characterized in that for Closure of the packaging box (10) the lid part (28) along two folding lines (41, 42) to a first Folding by approx. 180 ° and a second by approx. 90 ° in the same direction is foldable. 11. Blank according to claim 5 or 9, characterized in that the tabs (33, 34) to achieve a closed position after a complete separation process of the cover part (28) from the side surface (14, 15) substantially at right angles are foldable around their fold or kink line (35, 36). 35 12. Blank according to one of claims 1 to 11, d a - 08/01/1985 characterized in that the width of the base area (37) of the cover part (20) corresponds essentially to that of the base area (12) of the blank (11).
05 13. Blank according to one of claims 1 to 12, characterized in that in the Cover part (28) has a handle, in particular a recess or a hole (55) for finger engagement is (Figures 6 to 12). 14. Blank according to claim 13, characterized in that that the hole (35) is essentially centered between a pair of edges (29, 30) of the cover part (28) and between the other pair of edges (31, 32) is arranged in such a way, possibly offset in the center, that by engaging the fingers in the hole (55) of the packaging cardboard (10) in the area of its center of gravity (56) can be raised. 15. Blank according to claim 13 or 14, characterized marked. that the Lcch (55) | is essentially rectangular, where | the material aose cut spanning the hole (55) a through-going process in the form of a flap (57) with the cover part (28) over a fold or knee line (58) connected to that on the side of the heavy || point (56) of the packaging box <10). 16. Blank according to claim 15, characterized in that that the folding flap (57) along the fold or kink line (58) ^ m substantially 18Oo can be swiveled. 17. Blank according to one of claims 1 to Ιό, characterized ^ that the ■ * · · · · »fit - 5 - 01.08.1985 Lid part (23) with the first side surface / s (14,15) is mechanically connectable. 18. Blank according to claim 9 or 10, characterized marked, deß the two-fold ge kinked cover parts (28) with each other mechanically are connectable. characterized in that the parts can be glued together. 20 ,. Blank according to claim 17 or 18, characterized characterized in that the parts are connected to one another by means of staples. 21. Blank according to one of claims 3 to 20, characterized in that the lugs (22, 23) which form further pairs of cardboard sides (44, 45) on the opposite side of the cardboard box (10) in the unfolded state (20, 21) are formed, their FaIt- or crease lines _(? 25 24) are arranged along substantially perpendicular to the KartonseitenflSchen (44, 45) and into the interior of box (46) facing and foldable in pairs mechanically connectable to each other. 22 * blank according to one of claims 1 to 21, characterized in that an its bottom surface (12) is joined by an opposing pair of second side surfaces (47, 48), which is connected to its sides (49, 50) facing the bottom surface (12) from the bottom surface (12) by a respective one or two folds Kink line (51) delimited and completely from the adjacent pairs of wing surfaces (ZO, 20; 21, 21) separated (52, 53) i.st.