TWI663102B - A peelable label and manufacturing method thereof,a wound reel of peelable labels,and packaging for at least one article or substance - Google Patents

Abstract

The present invention discloses a peelable label 20 including a main panel 22 from which a finger lifted tab 24 extends. At least the finger lift tab 24 includes a laminated body having first and second films 28 and 34. The laminated system is configured to curl the finger lift tab 24. The present invention also discloses a peelable label 20 including a main panel 22 from which a finger lifted tab 24 extends. The label includes a fold-retaining film 30 extending from at least a portion of the main panel 22 and the finger lift tab 24. The crease-retaining film 30 has a crease-retaining ability, and a crease 25 is formed in the crease-retaining film 30 so that the finger lifts at least a part of the tab 24 away from the plane of the main panel 22.

Description

Peelable label and manufacturing method thereof, roll-up roll of peelable label, and packaging of articles or substances

The present invention relates to a peelable label, and particularly, although not exclusively, to a peelable label in the form of an open label for opening a package. The invention also relates to a package incorporating such a peelable label, and to a method of manufacturing a peelable label.

It is known to provide products in sealed packages to preserve freshness and / or integrity. Such a package may be referred to as a "film small package" and is formed from a film material. The film sachet is usually provided with an opening so that the product can be removed from the sachet. In the previously considered configuration, the opening is a pre-formed cut in the thin film package to define an opening panel, and an opening label is attached to cover the opening / opening panel. When the opening label is pulled away from the film small package, the opening panel is separated from the film small package to expose the opening. In order to preserve the freshness and / or integrity of the product, the label can be resealed so that the opening can be covered by re-adhesion. This configuration is disclosed, for example, in EP1102712.

Generally, the open label has a finger lift tab that protrudes from the main panel of the label and does not adhere to the film small package. The user can grasp the sheet to peel the open label from the film sachet. This can be a bit tedious; the piece may be smaller, And it may be possible to hold the film in small packages so that before the sheet can be grasped firmly enough to peel off the label, the user must lift the sheet with a fingernail.

According to a form, a peelable label is provided, comprising: a main panel, a finger lifted tab extending from the main panel; wherein at least the sheet includes a laminated body having first and second films, wherein the laminated system structure So that the finger lifts the tab to curl. The main panel may be disposed on a release film. The release film may include a polymer material. The release film may include polypropylene, biaxial polypropylene, polyester, or polyethylene terephthalate. The finger lift tab and the main panel can be joined by a connection line or the like. The finger lifting tab and the main panel can be formed integrally. The finger lifting tab can extend in a direction perpendicular to the connecting line. The width direction of the finger lifting tab may be parallel to the connecting line, and may be perpendicular to the direction in which the finger lifting tab extends.

The laminated body may be configured such that when the finger lift-up tab is flat, the second film exerts a curling force on the first layer in a direction parallel to the plane of the sheet. The curling force may be applied at least in a direction substantially parallel to a direction in which the finger lift-up tab extends. The curling force may be applied at least in a direction substantially perpendicular to a direction in which the finger lift-up tab extends. When the finger lifting tab is flat, the second film can be tightened relative to the first film. The first and / or second film is elastically deformable.

The second film may be provided only in a region where the finger lifts up the tab. The shape and / or size of the second film can be roughly lifted with the finger The tabs are the same. The second film may be disposed on an upper surface of the first film.

The finger can be curled at the edges or corners of the tab. The entire finger can be raised to curl the tab.

The first and / or second film may include a polymer material. The first and / or second film may include polypropylene, biaxial polypropylene, polyester, or polyethylene terephthalate.

The second film may be applied to the first film under tension. The second film may be applied to the first film under tension in a direction perpendicular to a direction in which the finger lift-up tab extends.

The second film may be a heat-shrinkable film. The heat-shrinkable film may be configured to undergo equilibrium shrinkage in a direction parallel to and perpendicular to the extending direction of the finger-lifting tab. The heat shrinkable film may be configured to undergo preferential shrinkage in a direction parallel to the sheet extending direction.

The first film may at least partially define the main panel.

According to a second aspect, a peelable label is provided, including: a main panel, a finger lift tab extending from the main panel; wherein the label includes an extension of at least the main panel and a part of the finger lift tab A crease-retaining film having a crease ability, and a crease is formed in the crease-retaining film so that the finger lifts at least a part of the tab away from the plane of the main panel. The peelable label may include an upper layer and a lower layer, and at least one layer has a wrinkle retention property. The finger lift tab and the main panel can be joined by a connection line or the like. The finger lifting tab and the main panel can be formed integrally. The finger lifting tab can extend in a direction perpendicular to the connecting line. The finger lifts the width of the tab The direction may be parallel to the connecting line, and may be perpendicular to a direction in which the finger lifts up the protruding piece.

The crease may be located at an interface between the main panel and the finger raised tab. The crease-retaining film may include a cellulose film. The crease-retaining film may include a cellulose acetate film.

The lower layer of the label may be provided with an adhesive. The adhesive may be disposed only on the lower surface of the main panel. The lower surface of the finger lift-up tab may not contain an adhesive, or may be provided with an adhesive relaxation layer. The width of the finger lifting tab may be smaller than the width of the main panel.

The label may be an open label for opening a package.

When the label is inserted into the package by a process such as injecting air into the label, the state of the art usually lifts the finger of the peelable label with the tabs protruding from the label. The applicant has surprisingly and advantageously found that, according to the form of the invention, because of the crease-retaining film, the finger-lift tab naturally curls or deviates from the label, removing the need for this additional process.

The present invention also relates to a wound roll of a peelable label comprising a wound backing sheet having a plurality of peelable labels, each of which is releasably adhered to the backing sheet according to any of the peelable labels stated herein.

According to another aspect, a package for at least one article or substance is provided, comprising: a main packaging section having a packaging opening; and a peelable label according to any of the statements herein, the peelable label being adhered to the The main packaging part, and the main panel covers the opening of the packaging, and at least a part of the finger-lifting tab is curled or deviated from the main packaging part; wherein, when in use, the finger is lifted by the finger, and pulled from the main packaging part Open the main panel to expose the packaging opening.

The invention also relates to a smoking article comprising a package according to any of the statements made herein.

According to a further aspect, a method for manufacturing a peelable label according to a first aspect is provided, the method comprising: forming a first film having a main panel region and a finger lifted tab region; and bonding a second film The finger lifts the tab area; the second film layer applies a curling force to the first layer to curl the finger lift tab of the peelable label.

The first film may be in the form of a first film substrate supported on a backing layer. The second film may be in the form of a second film substrate bonded to the first film substrate to form a label raw material substrate.

The method may further include cutting at least one peelable label from the label raw substrate.

The label raw substrate may be in the form of a web. The second thin film substrate may be applied to the first thin film substrate in the web direction. The second film substrate may be applied to the first film substrate under tension in the sheet direction. The method may further include cutting a plurality of peelable labels from the label raw substrate to form a plurality of peelable labels arranged side by side in the sheet direction. The peelable label or each peelable label may be die cut from the label raw substrate.

The finger lift tabs of the plurality of peelable labels can be aligned laterally with respect to the direction of the sheet. The width direction of each finger lifted tab of the plurality of peelable labels may be parallel to the sheet direction.

The second film may be a heat shrinkable film, and the method may further include applying heat to the second film after bonding the second film to the first film. Heat can be applied during or after this cutting process.

According to yet another aspect, a method for manufacturing a peelable label according to a second aspect is provided. The method includes forming a label film having a main panel area and a finger lifted tab area, the label film including a wrinkle holding A film, the wrinkle-retaining film has a wrinkle ability and extends at least a part of the main panel and the finger lift tab; a crease is formed in the wrinkle-retaining film so that at least part of the finger lift-off tab is deviated from the main panel Plane.

The label film may be in the form of a label film substrate supported on a backing layer to form a label raw material substrate. The method may further include cutting at least one peelable label from the label raw substrate. The label raw substrate may be in the form of a sheet. The method may further include cutting a plurality of peelable labels from the label raw substrate to form a plurality of peelable labels arranged side by side in the sheet direction. The peelable label or each peelable label can be die cut from the label stock substrate. The crease may be formed during or after the cutting process.

Any of the described films may be single-layered or multi-layered (ie, a laminate).

The invention may include any combination of features and / or limitations referred to herein, unless these feature combinations are mutually exclusive.

1‧‧‧packing

10‧‧‧Main Box Department

12‧‧‧ Hinge Cover

14‧‧‧ film small package

16‧‧‧ opening

18‧‧‧ cigarette

20‧‧‧ tags

22‧‧‧Main panel department

22'‧‧‧Main panel area

24‧‧‧ finger lifted part (convex sheet)

24'‧‧‧ finger lifts tab area

24a‧‧‧Corner edge

24b‧‧‧ Corner edge

24c‧‧‧Edge

25‧‧‧ Crease

28‧‧‧ base film

30‧‧‧ lower film

32‧‧‧ Upper film

34‧‧‧Tightening film

36‧‧‧ Adhesive coating

38‧‧‧ partial cut

40‧‧‧open panel

42‧‧‧ thin film substrate

50‧‧‧ base film substrate

52‧‧‧ Tighten the strip

By way of example, with reference to the accompanying drawings, embodiments of the present invention will now be described, in which: Figure 1 schematically shows the hard case package of cigarettes; Figure 2 schematically shows the package of Figure 1 with the hinged lid open; Figure 3 schematically shows the Figure 2 with the inner film small package opened Packaging; Figure 4 schematically shows a perspective view and an end view of a peelable open label; Figure 5 schematically shows the AA section of Figure 4; Figure 6 schematically shows the application of a thin film package A sectional view of the label to FIG. 4; FIG. 7 schematically shows a plan view of applying the film small package to the label of FIG. 4; Fig. 4 is a cross-sectional view of the label; Fig. 9 schematically shows a part of the label peeled off from the small film package; Fig. 4 is a plan view of the label; Fig. 4 is a sectional view of the label; Fig. 11 schematically shows a plan view of the label completely peeled from the film small package; and Fig. 12 schematically shows the label used for manufacturing the label of Fig. 4 Manufacturing process; FIG. 13 schematically shows a perspective view of a second embodiment of a label; FIG 14 is a schematic perspective view of a third embodiment of a label manner; and Fig. 15 schematically shows a B-B cross section of Fig. 14.

FIG. 1 shows a package 1 in the form of a cigarette package, which includes a main box portion 10 and a hinged lid 12. As shown in Figure 2, the hinged lid 12 can be opened to expose a small sealed film package 14 containing cigarettes. A peelable label in the form of an open label 20 is attached to the film pouch 14 to cover an opening (not visible). To open the small film package 14, the opening label 20 is pulled away from the small film package 14 to expose the opening 16 (FIG. 3), so that the cigarette 18 is removed from the small package 14. When the cigarette 16 has been removed, the hinged lid 12 can close the film pouch 14 again.

As shown in FIG. 4, the opening label 20 is generally square and includes a main panel portion 22 and a finger lift portion or sheet 24. The main panel portion 22 and the finger lift tab 24 are adjacent to each other, and are joined by an imaginary connection line. The finger lift-up tab 24 extends from the main panel 22 in a direction perpendicular to the connecting line, and has a width smaller than the width of the main panel 22. The width direction of the sheet 24 is parallel to the connecting line. As described in detail below, the finger lifts at least part of the tab 24, in this example the corner edges 24a, 24b, which are rolled away from the plane of the main panel 22, and a raised finger lifts the tab 24. This improves the usability of the tag 20. The label 20 is approximately 45 mm x 45 mm in this embodiment, however, other suitable sizes and shapes may be used, such as rectangular, oval, and square.

Referring now to FIG. 5, the label 20 includes a bottom (first) film 28 of a laminate structure including a lower layer film 30 and a 上层 膜 32。 The upper film 32. The laminated base film 28 defines both the main panel portion 22 and the finger lift tab 24. The lower film 30 is overprinted, and the upper film 32 is transparent, thereby providing a protective layer. In this embodiment, the lower film 30 is a layer of white polypropylene with a thickness of about 60 micrometers, and the upper film 32 is a layer of transparent polypropylene with a thickness of about 20 micrometers. It should be understood that other materials or thicknesses may be used. It should be noted that the base film 28 may be a single-layer film in other embodiments. The lower layer film 30 is directly printed in any suitable color, graphic, pattern or text. In this embodiment, the lower layer film 30 is printed with a solid color, extending the entire surface of the lower layer film, and printing a brand message.

As shown in Figure 5, an additional tensioned (second) film 34, in the form of a strip-shaped film, is adhered to the upper surface of the base film 28, especially the upper surface of the upper film 32, at This only extends when the finger lifts the tab. Therefore, the shape and size of the tension film 34 are the same as those of the finger lifting tab 24. In this embodiment, the tensioning film 34 is a single-layer transparent biaxial polypropylene (BOPP) with a thickness of about 20 microns. In other embodiments, the tension film 34 may be a laminated structure, and may be any suitable material or thickness. When the finger lifts the tab 24 to be flat (that is, in the plane of the main panel 22), the tensioning film 34 is in a direction parallel to the plane of the sheet 24 and is pulled relative to the base film 28 tight. Therefore, when the finger lift tab 24 is flat, the tensioning film 34 applies a force to the base film 28 to make the finger lift tab 24 curl, thereby providing a raised finger lift tab 24. In this embodiment, the tension film 34 is in a plane parallel to the plane of the sheet 24 and in a direction perpendicular to the extending direction of the sheet 24 from the main panel 22 (that is, the hand The finger lifts the tab 24 in the width direction) and applies a force. This causes the corner edges 24a, 24b to roll up on the main plane of the label 20. It should be understood that the film 34 may apply a force to the base film 28 in any other suitable direction. For example, it may be stretched in a direction parallel to the extension direction of the sheet 24 (ie, perpendicular to the width direction), or a force may be applied to the base film 28 in multiple directions or all directions (when flattened).

An adhesive coating 36 is provided on the lower surface of the base film 28, especially on the lower surface of the lower film 30 in the area of the main panel 22. There is no adhesive on the lower surface of the lower film 30 in the region where the finger lifts up the tab 24. As explained below, the adhesive coating 36 allows the open label 10 to be attached to a product package, covering a package opening. The adhesive coating 36 may be a continuous or discontinuous layer. The adhesive coating 36 is a pressure-sensitive adhesive, and may be a rubber or acrylic adhesive, a hot-melt adhesive, a latex, a solvent-based adhesive, or a UV hot-melt adhesive. As will be apparent to those skilled in the art, other suitable adhesives may be used. Further, different adhesives can be used to adhere various layers together.

As best shown in Figures 6 and 7, the open label 20 is adhered to a packaging substrate in use, in which case the thin film substrate 42 of the thin film package 14 covers the packaging opening 16. The main panel 22 covers the packaging opening 16, so the main panel is larger than the opening 16, and the corner edge portions 24 a and 24 b are rolled away from or deviated from the small film package 14. In this embodiment, the opening label 20 seals the opening 16 so that the film pouch is sealed. In some embodiments, the tag 20 can hermetically seal the opening 16. The packaging opening 16 is attached to the film substrate. The middle is defined by a partial cut 38 that defines an opening panel 40 disposed in the opening 16. Before opening the package, the opening panel 40 is integrally connected to the main film substrate 42 through a series of narrow knots. The partial cut 38 extends through the entire thickness of the film substrate 42, but does not extend around the entire periphery of the opening panel 40, thus forming the knots that keep the opening panel 40 in the correct position. The partial cut 38 may be formed by die cutting or by any other suitable technique. In one embodiment, the partial cut 38 is formed in the film substrate, the open label 20 is adhered to the substrate, and then the substrate wraps a packet of cigarettes to form the film small package 14.

The opening label 20 is adhered to the film substrate, so that the lower surface of the center of the main panel 22 is permanently adhered to the upper surface of the opening panel 40 of the film substrate by the adhesive coating 36. The lower surface of the periphery of the main panel 22 is releasably adhered to the main film substrate 42 by the adhesive coating 36. The lower surface of the finger lift-up tab 24 has no adhesive, or is provided with an adhesive relaxation layer, and therefore does not adhere to the film substrate. The effect of the additional tensioning film layer 34 causes the finger to lift the tab 24 to "stand up".

Referring now to FIGS. 8 and 9, in order to open the small film package 14, the user grasps the non-adhesive finger to lift the tab 24, and pulls the peelable label 20 away from the small film package 14. Since the corner edge of the raised tab 24 curled off by the finger is curled away from the small film package 14 and away from the main plane of the label 20, this is particularly convenient for users to grasp the sheet 24. When the label 20 is pulled away from the thin film package 14, the opening panel 40 permanently adhered to the center of the main panel 22 is removed from the main package portion 42. Pull apart and the knots are damaged to expose the opening 16. The opening panel 40 retains the main panel 22 of the label 20 because it is permanently attached thereto. As shown in Figures 10 and 11, the label 20 is pulled away from the film pouch 14 until it has been completely separated from the film pouch 14. This causes the package opening 16 to be fully exposed, thereby allowing cigarettes to be retrieved within the film pouch 14 (Figure 3).

A method of manufacturing the above-mentioned label 20 will now be explained.

Referring to FIG. 12, a thin-film (first) film substrate 50 is disposed on a backing layer or a release film. The base film substrate 50 has the same structure as the base film 28 of the label 20 to be manufactured, and thus includes a lower film and an upper film. The sheet base film substrate 50 is set on a roll, and during the label manufacturing, the sheet is unrolled and pulled out in the sheet direction W via a manufacturing machine. When the thin base film substrate 50 is pulled out through the manufacturing machine, a continuous tensioning strip 52 of an additional (second) film is adhered or bonded to the upper surface of the base film substrate 50. The tensioning strip 52 has the same structure as the additional tensioning film 34 of the manufactured label 20. The strip material 52 is elastically stretchable and is applied to the base film substrate 50 under tension in the sheet direction W, so there is a tendency to shrink in the sheet direction W. This means that the strip 52 exerts a force on the base film substrate 50 in the sheet direction W. The strip 52 is applied to the base film substrate 50 only at the finger lift-up tab area 24 ′ (ie, the final position of the finger lift-up tab 24 is aligned). The tensioning strip 52 is not applied to cover the main panel region 22 ', so the edge of the tensioning strip 52 is aligned with the edge of the main panel region 22'.

The strip 52 is applied to the base film substrate 50 to form a label raw substrate, and individual labels 20 can be die cut from the label raw substrate. By die cutting from the label raw material, individual labels 20 are die cut through the base film substrate 50 and the strip 52, but not through the backing layer. The punching forms the labels having a main panel 22 and a finger lift tab 24, the main panel is formed only by the base film 28, and the finger lift tab is formed by the base film 28 and a tension The strip is formed by an additional tension film 34. Following the die-cutting operation, the skeleton (ie, the portion of the label raw material that does not constitute the label 20) is peeled away from the backing layer. The backing layer with a plurality of individual labels 20 attached side by side (in the direction of the sheet) is then wound into a roll.

As shown in FIG. 7, when a label 20 is peeled from the backing layer and applied to a substrate such as a film product package, the tension film 34 formed by the tension strip makes the The corner edges 24a, 24b of the sheet 24 are rolled away from the main plane of the label 20, and the tension film 34 is tightened relative to the base film 28 in the width direction of the finger-lifting tab 24.

FIG. 13 shows a second embodiment of a peelable label 20 similar to the first embodiment. However, in this embodiment, the tension film 34 is a single-layer heat-shrinkable film, such as a polyethylene terephthalate (PET) film having a thickness of 20 microns. As will be explained below, the tensioning film 34 in this embodiment causes the entire finger lifting tab 24 including the edge 24 c to be curled relative to the main panel 22.

The label 20 is manufactured using a manufacturing method similar to the first embodiment described above with reference to FIG. 12. However, instead of applying a tensioning strip 52 to the base substrate 50, a heat-shrinking strip 52 is applied to the base substrate 50. Base body substrate 50. The heat-shrinkable strip 52 is not applied under tension in this embodiment, but may be in other embodiments. After die cutting individual labels 20 from the label stock, heat is applied to the label 20 in a controlled manner in the area of the heat shrinkable film. After die cutting, heat may be applied immediately or may be applied in a separate stage. Heating causes the film to preferentially shrink in a direction parallel to the extending direction of the finger lift tab 24 (ie, in a direction perpendicular to the width direction of the sheet 24), causing the entire finger lift tab 24 to be rolled away from the Main plane. This is because this shrinkage shortens the film 34 relative to the base film 28 engaged with it, and causes the finger lift tab 24 to curl. When the finger lifts the tab 24 flat, the film 34 becomes tight relative to the base film 28 because the base film is stretched. When it is not preferentially contracted in a direction parallel to the extending direction of the finger lifting tab 24, the film can be selected or applied so that it shrinks in a direction perpendicular to the extending direction of the finger lifting tab 24 under heating. It is also possible to experience equilibrium contraction in all directions. This may cause the corner edges of the finger-lifting tabs 24 to curl, rather than the finger-lifting other parts of the tabs 24, as well as the other parts.

Figures 14 and 15 show a third embodiment of a tag 20 somewhat similar to the tags of the first and second embodiments. However, there is no tension film 34 that curls the finger lift tab 24. Instead, the lower layer film 30 forming the portion of the base film 28 is a material having wrinkle retention characteristics. The crease-retaining film extends to cover the main panel 22 and the finger lifting tab 24. In this embodiment, the crease holds the lower film 30 as a cellulose material, such as cellulose acetate. However, other wrinkle protection Film or layer that maintains its characteristics. During the manufacturing process, the finger lift tab 24 is folded so that it deviates from the main panel 22, thereby forming a crease 25. The crease 25 is along an interface or a thin film line between the finger lifting tab 24 and the main panel 22. The crease-retaining characteristics of the crease-retaining lower layer film 30 ensure that the label 20 retains the crease and the finger-lifting tab 24 "stands up" from the main panel 22. Retaining creases is usually understood as meaning that the material retains the ability to crease and therefore does not spread out spontaneously. The crease-retaining film 30 may therefore be any suitable film capable of retaining a crease or crease 25 to at least some extent. The effect of the crease-retaining film 30 and the crease formed therein is that, in use, the finger-lifting tab 24 is lifted from the package to which it is applied, and therefore, the user can easily grasp the finger to lift the projection. Sheet 24 to peel the label from the package.

In the embodiment described above, the label 20 is a laminated body structure including a lower layer crease holding film 30 and an upper layer film 32. However, in other embodiments, the label 20 may be made of a single-layer film having a wrinkle characteristic. For example, the label 20 may be a single-layer cellulose acetate film. In other embodiments, the label 20 may be a laminated structure including an upper layer and a lower layer, and one layer (that is, the upper layer or the lower layer) has a wrinkle characteristic, or both layers have a wrinkle characteristic. In a further embodiment, the label may include an additional wrinkle-retaining film that covers at least a portion of the interface between the main panel and the finger lift tab (ie, the joint between the two). The additional film can therefore be smaller than the label (when viewed from above). In all embodiments, the finger-lifting tab is folded or configured to be folded, and therefore is lifted from the package or substrate to which it is applied during use. The raised finger lift tab is formed by crimping the finger lift tab, and A permanent crease is formed in the crease-retaining film. The crease-retaining film retains the permanent creases and folds, so the finger lifts the tabs to maintain a raised configuration.

Although the peelable label has been described as being used to open a small film-containing package containing cigarettes, it should be understood that the label can be used to open other types of packages. For example, the label can be used to open baby wipes, makeup wipes, or any other type of product package where it is necessary to create an opening. Further, the opening label need not be used to open a film package, it can be used to expose a package opening provided in a carton or the like. Further, the peelable label may not be used to open a package. The peelable label may be a resealed or reclosed label with a raised finger, or a label that can be peeled to expose a message or the like. In essence, the lifted finger lift may be applied to any peelable label (ie, a label that can be peeled from a substrate).

It has been described that the tensioned film is either applied to a base film substrate under tension or is tensioned by heating after application. It should be understood, however, that any suitable method can be used to provide a laminate structure, and when flat, one of the films or layers is stretched relative to the other, thereby curling the laminate. For example, instead of heating a film to shrink it (thus putting it under tension), it can be done in another way, such as by UV curing or by a chemical process.

Claims (26)

A peelable label includes: a main panel, a finger lift tab extending from the main panel; wherein the label includes a wrinkle retaining film extending on at least a part of the main panel and the finger lift tab, the wrinkle The holding film has a crease holding ability, and a crease is formed in the crease holding film so as to deviate at least a part of the finger lift tab from the plane of the main panel, wherein the crease holding film includes a cellulose film. The peelable label as claimed in claim 1, wherein the peelable label comprises an upper layer and a lower layer, at least one of which has a wrinkle retention property. The peelable label as claimed in claim 1, wherein the crease is located at the boundary between the main panel and the finger lift tab. The peelable label of claim 1, wherein the crease-retaining film comprises a cellulose acetate film. A peelable label includes: a main panel, a finger lift tab extending from the main panel; wherein at least the finger lift tab includes a laminated body having first and second films, wherein the laminated system is configured to make The finger lift-up tab is curled, and the second film is disposed only in a region where the finger lift-up tab is. The peelable label according to claim 5, wherein at least the main panel is disposed on a release film. The peelable label as claimed in claim 5, wherein the laminated system is configured to apply a curling force to the first layer in a direction parallel to the plane of the tab when the finger lifted tab is flat, Or wherein the curling force is applied at least in a direction substantially perpendicular to a direction in which the finger lifts up the projection. The peelable label as claimed in claim 5, wherein when the finger lift tab is flat, the second film is tightened relative to the first film. The peelable label of claim 5, wherein the first and / or second film comprises a polymer material. A peelable label as claimed in claim 5, wherein the second film is applied to the first film under tension. The peelable label of claim 5, wherein the second film is a heat-shrinkable film. The peelable label of claim 5, wherein the first film at least partially defines the main panel. The peelable label according to any one of claims 1 to 12, wherein the lower surface of the label is provided with an adhesive. A roll-up reel of a peelable label includes a wound backing sheet having a plurality of peelable labels as claimed in any one of claims 1 to 13 and being releasably adhered to the backing sheet. A packaging for at least one article or substance, comprising: a main packaging section having a packaging opening; and a peelable label according to any one of claims 1 to 13, the peelable label being adhered to the main packaging section, The main panel covers the opening of the packaging, and at least a part of the finger lifted tab is curled or deviated from the main packaging part; wherein, in use, the main packaging part is pulled away from the main panel by the finger lifted tab The package opening is exposed. A method of manufacturing a peelable label as in any of claims 5 to 12 or in claim 13 when attached to any of claims 5 to 12, the method comprising forming a peelable label having a main panel area and a finger lift The first film in the tab region; the second film is bonded to the finger lift tab region; the second film layer applies a curling force to the first layer to curl the finger lift tab of the peelable label. The method of claim 16, wherein the first film is in the form of a first film substrate supported on a backing layer, and wherein the second film is in the form of a second film substrate, and the second film substrate is bonded to the The first thin film substrate is used to form a label raw material substrate. The method of claim 17, further comprising cutting at least one peelable label from the label raw substrate. The method of claim 17, further comprising cutting a plurality of peelable labels from the label raw substrate to form a plurality of peelable labels arranged side by side in the sheet direction. The method of claim 16, wherein the second film is a heat-shrinkable film, and the method further comprises applying heat to the second film after bonding the second film to the first film. The method of claim 20, further comprising cutting at least one peelable label from the label stock substrate, wherein heat is applied during or after the cutting process. A method of manufacturing a peelable label as in any of claims 1 to 4 or when attached to any of claims 1 to 4, the method comprising forming a peelable label having a main panel area and a A finger lifts a label film in a tab area, the label film includes a wrinkle holding film, the wrinkle holding film has a wrinkle holding capability and extends at least a part of the main panel and the finger lift tab; A crease so that the finger lifts off at least part of the tab from the plane of the main panel. The method of claim 22, wherein the label film is in the form of a label film substrate and is supported on a backing layer to form a label raw material substrate. The method of claim 23, further comprising cutting at least one peelable label from the label raw substrate. The method of claim 24, further comprising cutting a plurality of peelable labels from the label raw substrate to form a plurality of peelable labels arranged side by side in the sheet direction. The method of claim 23 or 24, wherein the crease is formed during or after the cutting process.