EP2700590A1 - Label for a packaging body and packaging - Google Patents

Abstract

The label (20) has a base label part (21) coated with adhesive in lower adhesive regions and lateral adhesive regions (24, 222). The lateral adhesive regions are connected with multiple-crease regions (23) in a label-near layer (41), a connection layer (43) and a weakening-line-near section (46). A middle label region between the multiple-crease regions is coated with the adhesive for adhering the middle label region of the base label part to material of a packing body as in the lateral adhesive regions. An opening tab is coated with removable adhesive and provided in upper label regions.

Description

TECHNICAL AREA

The present invention relates to a label for a packaging body, in particular a packaging made of paper, cardboard or plastic film, for a particular trickling or pourable product with a laterally hinged removal opening, and further relates to such a package.

STATE OF THE ART

From the WO 02/10026 is a bag packaging made of paper or plastic for a pourable product with a side hinged and re-closable spout known. The spout preferably consists of a polyethylene-laminated paper or of a paper-aluminum composite material and is adhesively bonded to the side of the bag. The lower and the two lateral splices of the spout are firmly glued to the bag. At the lateral areas of the label consist of a Mehrfachfalzbereich here six layers and are designed in one piece with the base label. The upper splice is releasably connected by a strip to the bag. The bag has an opening or opening on which the label covering this opening and the bag is applied schliessend.

In the EP 1 306 309 B1 a cardboard container is described with a removal opening in the lower area of the box. The removal opening consists of a hinged wall, which has two side walls, which are insertable into the box.

The prior art solutions require preprocessing of the packaging body, which can not be pre-filled, since the package is securely closed only by applying the removal opening.

PRESENTATION OF THE INVENTION

Based on this prior art, the present invention seeks to provide a flexible pouch packaging or a dimensionally stable cardboard packaging, especially a standing packaging, in which a removal opening can be applied in a simple manner, without the package itself has a leaky breakthrough to the environment.

Furthermore, it is an object of the present invention to provide a pouch packaging for storing a product, in particular a stand-up pouch, which closes airtight to the environment and on which a removal opening in a simple manner can be applied.

In particular, a common known filling plant for bulk materials should be used and the label should be able to be mounted with a conventional labeling.

Advantageously, the system also includes a resealable pouch package with such a label.

These objects of the invention are achieved with a label for a packaging body, in particular a packaging made of paper, cardboard or plastic film, for a, in particular free-flowing or pourable, product with a laterally hinged removal opening, wherein the label in a lower adhesive area and in two lateral adhesive areas having a first adhesive coated base label and the two lateral adhesive areas are each connected to a Mehrfachfalzbereich from at least three layers, which label is characterized with the features of claim 1.

In this case, according to the invention, a middle label area between the multiple fold area is likewise coated with the first adhesive for adhering the middle area of the base label to the material of the packaging body in the same way as the lateral adhesive areas.

In an advantageous embodiment, a opening tab coated with no or with a second removable adhesive is provided in the upper label area. It may also have another first-opening-garantee portion coated with the first adhesive bonded to the opening tab via a weakening perforation such that a user has a tamper-evident warranty when the opening tab is still connected to said guarantee portion and a user removes the package after removal of products over the adhesive flap can close again.

The label may be one-piece or cross-sectionally S-shaped film attached to the label with respect to the multiple fold region. On the other hand, the Mehrfachfalzbereich may consist of folding surfaces, which are folded from the overall one-piece label, the folding surfaces remain adhesive-free.

It is also possible to use a multi-ply label in which the multiple fold region is formed from an at least three-ply label by separation over lines of weakness, the individual label patches remaining joined by adhesive layers also separated by the score lines in the multiple fold region.

In this case, the weakening lines in the outermost label layer comprise the area of the weakening line provided in the package from the outside and follow the shape of the latter. especially in the area of the adhesive layer between the outermost label layer and the middle label layer.

The weakening lines thereby advantageously cut through the middle label layer and, in addition to the weakening line in the upper label region, on the one hand are external Weakening lines under the weakening lines in the outermost label layer and on the other hand provided inner weakening lines in the region of the adhesive layer between the middle label layer and inner label layer. Furthermore, weakening lines in the inner label layer under the weakening lines in the outermost label layer and weakening lines in the area of the adhesive layer under the weakening sections are advantageously provided.

Further embodiments are characterized in the dependent claims.

Furthermore, a packaging with a label is the subject of the invention, wherein the lateral adhesive areas and the middle adhesive area are adhesively bonded to the material of the packaging body and between the central adhesive area and the two lateral adhesive areas in the material of the packaging body is provided in each case a line of weakness, which lines of weakness are connected in the upper label area by an essentially transverse to the lateral adhesive areas extending weakening connection line. Thus, a hermetically sealed packaging can be specified, which has only a U-shaped weakening line. To then provide the inventive opening, only the mentioned label is glued over the lines of weakness and already the packaging can be filled and handed over to the shipping. With dimensionally stable packaging, it is also conceivable to stick the mentioned label only after the packaging process. This can be advantageous if an existing process for erecting, filling and closing the packaging should not be changed.

BRIEF DESCRIPTION OF THE DRAWINGS

Fig. 1

zeigt in sehr schematischer Weise eine Appliziervorrichtung für Etiketten auf einer Beutelfolie;

Fig. 2

zeigt eine stehende Beutelverpackung in geschlossenem Zustand gemäss einem Ausführungsbeispiel der Erfindung;

Fig. 3

zeigt die geöffnete Packung aus Fig. 2;

Fig. 4

zeigt einen Querschnitt durch ein auf eine Beutelfolie appliziertes Etikett gemäss einem Ausführungsbeispiel der Erfindung;

Fig. 5

zeigt eine schematische Ansicht von unten auf ein Etikett gemäss einem Ausführungsbeispiel der Erfindung mit aufgezeichneten Hilfslinien der Beutelfolie;

Fig. 6

zeigt eine schematische Teilansicht von unten auf die Anfasslasche eines gegenüber Fig. 5 abgewandelten Etiketts;

Fig. 7

zeigt einen Querschnitt des Etiketts auf einer Beutelfolie gemäss Fig. 4 in geöffnetem Zustand im oberen Bereich der Entnahmeöffnung;

Fig. 8

zeigt eine schematische Ansicht von unten auf ein Etikett gemäss einem weiteren Ausführungsbeispiel der Erfindung während des Herstellungsschrittes vor dem zum Etikett selber führenden Faltungsschritt;

Fig. 9

zeigt eine schematische Ansicht von unten auf das Etikett nach Fig. 8 nach der Faltung mit aufgezeichneten Hilfslinien der Beutelfolie;

Fig. 10

zeigt einen Querschnitt durch ein auf eine Beutelfolie appliziertes Etikett gemäss einem alternativen Ausführungsbeispiel der Erfindung;

Fig. 11

zeigt einen Querschnitt des Etiketts auf einer Beutelfolie gemäss Fig. 10 in geöffnetem Zustand im oberen Bereich der Entnahmeöffnung;

Fig. 12

zeigt eine schematische Ansicht auf die äusserste Etikettenlage des Etiketts nach Fig. 10;

Fig. 13

zeigt eine schematische Ansicht auf die mittlere Etikettenlage des Etiketts nach Fig. 10; und

Fig. 14

zeigt eine schematische Ansicht auf die innere Etikettenlage des Etiketts nach Fig. 10.

Preferred embodiments of the invention will now be described with reference to the drawings, which are given by way of illustration only and are not to be construed as limiting. In the drawings show:

Fig. 1

shows very schematically a label applicator on a bag film;

Fig. 2

shows a standing bag package in the closed state according to an embodiment of the invention;

Fig. 3

shows the opened pack Fig. 2 ;

Fig. 4

shows a cross section through an applied to a bag film label according to an embodiment of the invention;

Fig. 5

shows a schematic view from below of a label according to an embodiment of the invention with recorded auxiliary lines of the bag film;

Fig. 6

shows a schematic partial view from below of the grip tab of a opposite Fig. 5 modified label;

Fig. 7

shows a cross section of the label on a bag film according to Fig. 4 in the open state in the upper region of the removal opening;

Fig. 8

shows a schematic view from below of a label according to a further embodiment of the invention during the manufacturing step in front of the label itself leading folding step;

Fig. 9

shows a schematic view from below on the label Fig. 8 after folding with recorded auxiliary lines of the bag film;

Fig. 10

shows a cross section through an applied to a bag film label according to an alternative embodiment of the invention;

Fig. 11

shows a cross section of the label on a bag film according to Fig. 10 in the open state in the upper region of the removal opening;

Fig. 12

shows a schematic view of the outermost label layer of the label Fig. 10 ;

Fig. 13

shows a schematic view of the middle label layer of the label Fig. 10 ; and

Fig. 14

shows a schematic view of the inner label layer of the label Fig. 10 ,

DESCRIPTION OF PREFERRED EMBODIMENTS

The Fig. 1 shows very schematically a label applicator 20 on a bag film 100. The bag film 100, which is an endless film, is unrolled from a bag film roll 101 in the direction of arrow 102. Following the labeling process, the bag film is welded into a tube and subdivided, filled and closed by transverse welds, ie transversely to the direction of flow 102. The manufacture of the bag from the bag film is in Fig. 1 not shown in detail, it can be performed on a horizontal or vertical bag machine. (An example of such a machine will be in DE4425207 (A1 ).

The bag film 100, in particular a plastic or plastic film, has U-shaped weakening lines 30, which are described in more detail in connection with the other figures and also in greater detail. It is essential that a film region 110 between the legs of the U or C's of the weakening lines 30 is formed by the weakening line 30. It will be appreciated that in principle, other rounded shapes (semicircles) or other angular shapes (2 legs such as the sides of a triangle without the base) may result in such formation of an outer bag region 120 and an "inner" bag film tear region 110.

In the unwinding direction 102, an applicator device for labels is arranged above the bag film 100, which in the schematic drawing of FIG Fig. 1 is shown only in the necessary scope necessary for understanding. Here, a carrier tape roll 201 is shown, from which a carrier tape 200 is unrolled in the direction of flow 202, wherein the carrier tape 200 then in a in the Fig. 1 not shown counter to the flow direction 102, for example, in the direction of the carrier tape roll 201, is led out of the machine again. In this case, on the carrier tape 200, in particular a siliconized carrier tape, which promotes a detachability of the labels, the labels 20 provided thereon are applied to the carrier film 100, which is shown in an applied label 203.

The Fig. 2 shows a standing pouch 10 in the closed state according to an embodiment of the invention. The Fig. 3 then shows the opened pack 10 Fig. 2 ,

Like reference numerals in the drawings refer to like features.

The package 10 is a stand-up pouch having a bottom portion 12 and an upper closure edge 13. It will be appreciated that the pouch film 100 has a front viewer facing portion and a rear portion. Thus, in particular, a front side wall 11 is formed, on which the label 20 is applied. With the dashed lines 30, the line of weakness 30 shown here in simplified form is below the label 20 (would therefore only be in the case of a transparent label in FIG Fig. 2 visible). The label 20 also has two lateral tabs 29 and a grip tab 25 projecting above the top edge, which is not coated or coated with a peelable adhesive.

The Fig. 3 , which shows the bag 10 in the open position, thus has an engagement portion 130 which is bordered by the now acting as boundary weakening line 30, while the side walls of the removal opening is realized by the label 20 via a multi-layer folding element 23. In this case, this Mehrfachfalzbereich consists of three layers 42, 43 and the not recognizable here associated with the label 20 layer 41, wherein the two recognizable layers 42 and 43 are welded together in a connecting portion 44.

If, as stated, the tab 25 is coated with a removable adhesive on the bottom, by pressing the label 20 above the engagement portion 130 of the bag 10 can be closed again. In doing so, the torn-out inner regions 110 adapt again to the original location.

In addition to a plastic stand-up bag made of a film, it is also possible to produce a corresponding packaging 10 made of paper or cardboard, in particular also from a folding carton, provided that this has a corresponding weakening line 30. Essential to the invention is the ease of applicability of the removal opening by a label 20, without the package 10 already having to have an opening in advance.

The Fig. 4 shows a cross section through an applied to a bag film 100 label 20 according to an embodiment of the invention. The reference numeral 100 designates in this schematic illustration the bag film which forms the outer region 120 and an inner region 110 between the lines of weakness 30. The weakening lines 30 are in the Fig. 4 shown as V-shaped grooves that can be configured by punching or by laser cuts. The Fig. 5 shows a bottom view on the label Fig. 4 and the grooves of the weakening line 30 consist of two lateral lines of weakness 30 substantially parallel to each other, which are connected to a narrow curvature by a connection weakening line 32 running transversely to the label. The lines of weakness 30 end in the lower label area 52 by a helically curved end of the line, which the expert provides to avoid tearing of these areas.

The label 20 consists of an outer layer 21, also referred to as base label, which has usually been printed from the outside with appropriate multi-color printing, while on the inside of the outer layer 21, a pressure-sensitive adhesive layer 22 is provided. In the embodiment shown here, this pressure-sensitive adhesive layer 22 completely covers the inside of the base label or the outer layer 21 and comprises a first adhesive which, in contrast to a second adhesive referred to below, is substantially non-detachable. In other words; This first adhesive is selected so that if the label adheres to the packaging, the label can only be peeled off if the packaging itself is damaged. That the label 20 can be detached from the carrier tape roll 200 is ensured in the manner known in the art by siliconizing this carrier tape.

The presentation of the Fig. 4 is not directly to scale, to better represent the layer conditions. Usually, the base label has a thickness of 25 microns to 100 microns as the outer layer 21.

The base label 21 can be divided functionally into several areas; there is a lower region 52, which laterally comprises the two lugs 29, lateral regions 51 on which the folds 23 now to be described are applied; a middle region 54 between these fold layers and an upper region 53, which is provided in particular by the second adhesive coated with the grip tab 25. According to further embodiments, this grip tab 25 can still have an initial opening guarantee section, which in the exemplary embodiment of FIG Fig. 2 to 5 not shown.

The Fig. 6 shows a schematic partial view from below of the grip tab 25 of one opposite Fig. 5 slightly modified label in the area of this grip tab 25. The remaining sections of the label after Fig. 6 can like the label after Fig. 5 or designed according to a label according to one of the other embodiments described herein. The grip tab 25 has two adhesive areas shown by different hatching. These are the weak pressure-sensitive adhesive zone 55, subsequently to the upper section of the central or middle label area 54, preferably laterally not extending further than to the folding elements 23, ie in the area of the middle label area 54, and to these the pressure-sensitive adhesive zone 58. Under a weak pressure-sensitive adhesive zone Figure 55 is an area that a consumer can grasp and for the connection can lift the label pad from the pad nondestructively; while the pressure-sensitive adhesive zone 58 adheres to the film of the bag 10 so that this area is not destructively removable.
In the weak pressure-sensitive adhesive zone 55, two opening perforations 56 and 57, parallel to the upper edge of the label 20 and a small distance apart, are provided. To open the package, the resulting strip-shaped portion 59 between the perforations 56 and 57 is separated. Thus, the adhesive on the bag film 10 pressure-sensitive adhesive 58 is separated from the rest of the grip tab 25. It can therefore be opened over this remaining free part.

In particular, the grip tab 25 may also have another shape, e.g. with an example laterally projecting gripping portion for the user.

In each of the two side regions 51, a rectangular multilayer seaming section 23 is applied to the pressure-sensitive adhesive layer 22 of the outer layer. In this case, the label-near layer 41 adheres to this adhesive layer 22, which then merges via a connecting region 45 in the connecting layer 43, which in turn merges on the opposite of the connecting region 45 connecting portion 44 in the lower pouch-near layer 42, on the lateral free end which is also coated with the first adhesive pressure-sensitive adhesive layer 24 is provided. This results in a in the Fig. 7 shown weakening line near section 46, which is about the Weakening line 30 extends across and is not adhesively bonded to the bag area 120 nor to the tear-open 110.

In other embodiments, it is possible to provide more than three such layers instead of three, depending on how far the opening must be issued.

In other embodiments, no superimposed sequence of rectangular layers may be provided, but they may for example be trapezoidal, wherein the tapered end is provided in the region of the lower adhesive portion 52.

In the Fig. 4 the Mehrfachfalzlage 23 is shown as a folding element in one piece. It is possible to provide here three separate, for example, polyethylene films, which are merely welded together in the transition regions 44 and 45. Then, in a simple production method, this folding element 23 can be applied as such to the corresponding lateral regions of the pressure-sensitive adhesive layers 22, after which the pressure-sensitive adhesive layer 24 is provided, in which case this total label is applied to the carrier tape 200 for delivery to the applicator device.

In the in the Fig. 4 and 5 illustrated embodiment, that in addition to the folding element 23 further adhesive regions 222 exist in which the base label / outer layer 21 is applied directly to the bag 100.

Advantageously, the transverse weakening connection line 32 is aligned close to and parallel to the upper label edge, so that when the opening tab 25 tears off, only a very small label area of the upper edge 53 is located beyond the bag-film tear-open area 110.

The Fig. 7 shows a cross section through the upper portion 53 of the label after opening the same by pulling on the grip tab, as shown in the Fig. 2 is shown. This results in a tear line 112 between the bag film tear-open area 110 in the middle and the lateral areas 120. Due to the small area, the base label also separates from the pressure-sensitive adhesive layer 222 next to the folding elements 23. These folding elements 23 open in concertina fashion, wherein the weakening line near section 46 forms the next area to the bag area 120 and then opens to the base label 21 via the connecting area 24 and the connecting layer 43. When tearing open, the bag film tear-open region 110 is held in its middle section on the pressure-sensitive adhesive layer 22, which leads to the tearing off of this element at the tear lines 112.

Another embodiment is in 8 and 9 described. The Fig. 8 shows a schematic view from below of a label according to another embodiment of the invention during the manufacturing step in front of the label itself leading folding step and Fig. 9 shows a schematic view from below on the label Fig. 8 after folding with recorded auxiliary lines of the bag film.

In this embodiment, no films or films are bonded or bonded as portions 41, 43 and 46 with corresponding pressure-sensitive adhesives to other parts of the label 20. Here, the folding element 423 is integral with the other label parts 20, as shown in the unfolded state of Fig. 8 which then results in Fig. 9 is shown. The label 20 consists of a rectangular base portion of the lower portion 452, to which the central section 454 connects centrally above, adjacent to the side of the inner folding portions 404 left and right. This is followed in each case to the outside by the outer lateral folding sections 403, which in turn are terminated by the lateral label sections 451. The hatching present in sections 451, 452 and 454 indicates the pressure-sensitive adhesive zone indicated by reference numeral 401. The other hatching of the grip tab 425 adjoining the central area 454 at the top means that a weakly adhesive, ie a non-destructive detachment, adhesive has been used here. The folding elements 403 and 404 are not adhesive.

In the Fig. 9 In addition, the weakening line 30 corresponding to a suitable expression on the packaging or the bag 10 is located. In the embodiment shown here, in the folded state, there is an intermediate gap 410, which does not adhere to the packaging 10, between the regions 452 and 454, in which the weakening region 410 is executed exactly on the packaging 10.

The Fig. 10 shows a cross section through an applied on a bag film label according to an alternative embodiment of the invention. In this embodiment, three film layers 301, 303 and 305 are applied as the outermost, middle and inner label layer on the package 10. These layers 301, 303 and 305 are not completely bonded together on the one hand. The bonding takes place via the adhesive surfaces 302 and 304, which are provided only in the two side regions 351 and the middle section 354, while the pressure-sensitive adhesive 306 is used as in the other exemplary embodiments. This results in adhesive-free transition regions 359 between the side regions 351 and the middle section 354.

On the other hand, in the outermost label layer 301, lateral weakening lines 307 are provided on the outer edge of the transitional region 359, two lines of weakening 308 are provided in the middle label layer 303, a slot possibly adjacent to the further weakening line 309 and thus separating the label layer 303 near the middle section 354 and a slot separating the adhesive surface 302 at the periphery of the outer region 351. Finally, inner lines of weakness 309 are provided in the lower label layer 305 near the inner portion 354. As usual, in the adhesive-free transition region 359, the lines of weakness 30 are provided in the package 10.

This results in the cross section of the label on a bag film 10 according Fig. 10 in the opened state in the upper area of the removal opening Fig. 11 , The inner slot 308, which cuts through the middle foil 203, leaves a small portion of the adhesive surface 304 on the outwardly facing portions, so that the corresponding connection regions 344 result. In the same way, the connecting regions 345 result from the severing of the outermost 301 and middle label layers by the weakening lines 307 and outer lines of weakening 308. Thus, at the opening of the central region 354, the complete three-layered label layer remains, with the middle 303 and 303 label layers the lower 305 label layer forms the folding element 323

Fig. 12 now shows for further explanation, a schematic view of the outermost label layer 301 of the label Fig. 10 , Fig. 13 shows a schematic view of the middle label layer 303 of the label Fig. 10 and Fig. 14 shows a schematic view of the inner label layer 305 of the label Fig. 10 , In addition, therefore, in Fig. 12 the grip tab 325 is shown in which the other hatching indicates the absence of the laminating adhesive. The dashed line weakening line 307 in U-shape indicates that it only scratches the outermost label layer 301, except for the area around the grip tab 325. The dashed line 308 indicates that it is severing the middle label layer 303 and this starting from a line arranged below the upper line of weakness 7 in four lines 318 and 328. The inner lines of weakness 318 are made within the middle adhesion area parallel to the lateral lines of weakness 30 and the outer lines of weakness 328 are inwardly offset parallel to the lines of weakness 307 provided on the inner edge of the outer adhesive areas. The broken line 309 indicates that it is only scratching the outermost label layer 301. This weakening line 309 has the shape of the Greek letter pi, with the weakening lines 319 extending below the severing weakening lines 318. The weakening lines 318, 319, 328 terminate above the edge of the lower label portion 352.

LIST OF REFERENCE NUMBERS

10

bag

11

Side wall

12

ground

13

closure edge

20

label

21

Outer layer / base label

22

Adhesive layer

23

folding member

24

Adhesive area

25

grip tab

28

upper label edge

29

side lug

30

weakening line

31

Weakening line end

32

Weakening connecting line

41

upper label-near location

42

bottom bag-close position

43

connecting layer

44

connecting area

45

connecting area

46

Attrition Line Close Section

51

lateral label area

52

lower label area

53

upper label area

54

middle label area

55

weak pressure-sensitive adhesive zone

56

Lower opening perforation

57

Upper opening perforation

58

Adhesive zone

59

strip-shaped section

100

bag film

101

Bag film role

102

flow direction

110

Beutelfolienaufreissbereich

112

tear line

120

bag range

130

engagement area

200

carrier tape

201

Backing tape roll

202

flow direction

203

applied label

222

Adhesive layer

301

outermost label position

302

adhesive surface

303

medium label position

304

adhesive surface

305

inner label layer

306

adhesive

307

weakening line

308

weakening line

309

weakening line

318

weakening range

319

weakening range

323

folding member

325

grip tab

328

weakening range

344

connecting area

345

connecting area

351

page range

352

lower label area

354

midsection

359

Adhesive-free transition area

401

Adhesive zone

403

outer lateral sections

404

inner lateral sections

423

folding member

425

grip tab

451

lateral section

452

lower section

454

midsection

Claims (10)

Label (20) for a packaging body (10), in particular a packaging made of paper, cardboard or plastic film, for a, in particular free-flowing or pourable, product with a laterally hinged removal opening (130), wherein the label (20) in a lower Adhesive region (52, 352, 452) and in two lateral adhesive regions (24, 222, 51, 351, 451) with a first adhesive coated base label (21) and the two lateral adhesive regions (24, 222, 51, 351, 451) each with a Mehrfachfalzbereich (23, 323, 423) from at least three layers (41, 43, 46, 323, 423) are connected, characterized in that a middle label area (54, 354, 454) between the Mehrfachfalzbereich (23, 323 , 423) is also coated with the first adhesive for adhering the central region of the base label (21) to the material of the packaging body (10) in the same manner as the lateral adhesive regions (24, 222; 51, 353, 453). Label according to Claim 1, characterized in that an opening tab (25, 325, 425) coated with no or with a second releasable adhesive is provided in the upper label area (53, 353, 453). Label according to claim 1 or 2, characterized in that in the upper label area (53, 353, 453) there is provided another first opening guard portion coated with the first adhesive, which has a weakening perforation (56, 57) with said opening tab (25, 325 , 425) is connected. Label according to one of claims 1 to 3, characterized in that the Mehrfachfalzbereich (23) is a one-piece or in the transition regions (44, 45) connected in cross-section S-shaped film which is attached to the label. Label according to one of claims 1 to 3, characterized in that the Mehrfachfalzbereich (423) consists of folding surfaces (403, 404), which are folded from the overall one-piece label, wherein the folding surfaces (403, 404) remain adhesive-free. Label according to one of claims 1 to 3, characterized in that the Mehrfachfalzbereich (323) from a at least three-ply label (301, 303, 305) by separation over lines of weakness (307, 308, 309) is formed, wherein the individual label layers over also adhesive layers (302, 304) severed by the lines of weakness (307, 308, 309) remain joined in the multiple fold region (323). Label according to claim 6, characterized in that the weakening lines (307) in the outermost label layer (301) surround the region of the weakening line (30) provided in the package from outside and following the shape and in particular in the region of the adhesive layer (302) between outermost label layer (301) and middle label layer (303) are provided. A label according to claim 7, characterized in that the weakening lines (308) in the middle label layer (303) are provided by severing and next to the weakening line in the upper label area (308) on the one hand outer weakening lines (328) under the lines of weakness (307) in the outermost Label layer (301) and on the other hand inner weakening lines (318) in the region of the adhesive layer (304) between the middle label layer (303) and inner label layer (305) are provided. Label according to claim 8, characterized in that weakening lines (309) in the inner label layer (305) under the lines of weakness (307) in the outermost label layer (301) and weakening lines (319) in the region of the adhesive layer (306) under the weakening lines (318 ) are provided. Packaging (10) with a label (20) according to one of the preceding claims, characterized in that the lateral adhesive areas (23, 222; 51, 351, 451) and the central adhesive region (54, 354, 454) are adhesively bonded to the material of the packaging body (110, 120), and that between the middle adhesive region (54, 354, 454) and the two lateral adhesive regions (23, 222; 51, 351 , 451) in the material of the packaging body (110, 120) in each case a weakening line (30) is provided, which weakening lines (30) in the upper label area (53) by a substantially transverse to the lateral adhesive areas (23, 222; 51, 351 , 451) extending weakening connection line (32) are connected.

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