JP2023506687A - Tamper evident packaging - Google Patents

Abstract

The present invention relates to packaging for aerosol-generating articles comprising a packaging body extending in the length, width and height directions and a lid attached to the packaging body via a first attachment section. The lid is pivotable relative to the package body to open and close the package. The lid is further attached to the packaging body at a second attachment section, the second attachment section having an inner surface and an outer surface facing the inner surface. The second attachment section is breakable and includes at least first and second break lines, one break line extending from the inner surface toward the outer surface without reaching the outer surface; The break line extends from the outer surface towards the inner surface without reaching the inner surface. The second attachment section (6) has a predetermined width (w) from the inner surface (62) to the outer surface (72), and both the first and second break lines and/or cuts are within that width. extending over at least 50%. The invention also relates to a foldable material blank forming such a package. [Selection diagram] Figure 1

Description

The present invention relates to packaging for aerosol-generating articles comprising a packaging body and a lid pivotable relative to the packaging body. A lid is attached to the package body at the first and second attachment sections. The second attachment section is breakable and comprises at least first and second break lines, wherein one break line extends from the inner surface of the package body or lid toward its outer surface without reaching the outer surface. The other break line extends from the outer surface of the package body or lid towards the inner surface without reaching the inner surface. The invention further relates to a foldable blank of material forming said packaging.

Packaging is known as a system of boxes with different sizes, materials and problems to solve. When packaging is used to contain multiple aerosol-generating articles, the outer box is often made of cellulosic material, such as paper or cardboard, to provide mechanical protection for cigarettes and the like. used for Aerosol-generating articles are usually classified as a close match of articles, often wrapped in an outer case with a barrier layer that prevents direct contact between the article and the outer case, protecting the article from the external environment and providing an appropriate moisture levels, improving product shelf life prior to consumption, especially in high humidity or extremely dry areas.

An additional flexible overwrap material, usually based primarily on plastic, surrounds the outer box prior to the first opening of the packaging system. Additionally, the overwrap material helps preserve the freshness of the product inside prior to sale. It is also the most commonly used means for tamper evident initial package opening, especially in countries where tax stamps are not used to seal packages prior to opening.

However, such overwrap material forces the consumer to tear the overwrap material and dispose of it, thus annoying the consumer with that additional opening step. Moreover, such overwrap materials incur additional costs during manufacturing and are in most cases not environmentally friendly or sustainable.

It is therefore an object of the present invention to provide packaging for aerosol-generating articles with tamper evident means that can obviate the need for an outer overwrap material to facilitate manufacturing and reduce packaging costs. to provide. Another object of the present invention is to provide more sustainable packaging for aerosol-generating articles.

SUMMARY OF THE INVENTION The aforementioned problems are overcome by a package for aerosol-generating articles comprising a package body having a receiving volume for receiving a plurality of aerosol-generating articles. The wrap extends lengthwise, widthwise, and heightwise.

The package further comprises a lid attached to the package body via the first attachment section. The lid is pivotable relative to the package body to open and close the package about the first mounting section. The lid is further attached to the package body at a second attachment section prior to initial opening of the package, the second attachment section having an inner surface and an outer surface facing the inner surface. The second attachment section is breakable to open the package. The second attachment section further comprises at least first and second break lines, one break line extending from the inner surface toward the outer surface without reaching the outer surface, and the other break line , extending from the outer surface to the inner surface without reaching the inner surface. According to the invention, the second attachment section has a predetermined width (w) from the inner surface to the outer surface, and both the first and second break lines and/or discontinuities extend 50% of that width. extend beyond. This advantageously ensures that the package remains closed prior to removal of the second attachment section so that, for example, air cannot enter the package prior to its initial opening. Additionally, this ensures that no delamination of the packaging material between the first and second tear lines or cuts occurs upon opening of the second attachment section, thereby tearing the second attachment section. To ensure visually clean continuous opening along a package lid without damaging or tearing material along the split opening line of the freely released lid.

Ideally, the first and second tear lines are offset with respect to each other and particularly away from each other so as to provide a tamper evident appearance of the torn packaging material after breaking the tear lines. placed at a distance.

Preferably, the package further comprises packaging material and the outer surface is printed to provide some information to the consumer. The inner surface preferably faces the aerosol-generating article. Additionally, the package may include an inner wrapper that contains the aerosol-generating articles and protects them from moisture. Ideally the lid is pivotable about a linear pivot axis to open and close the package.

Further, the first break line can be a cut made in one of the faces without reaching the other face. The packaging material is preferably cuttable by a knife and/or another cutting tool and/or a laser to form a break line.

According to a preferred embodiment, the second attachment section comprises a third break line extending from one side towards the other side without reaching the other side. With the third tear line, the tear strip can be made to provide an easy mechanism for opening the package by simply tearing the tear strip. Ideally, the third break line is arranged parallel to at least one break line extending from the outer surface towards the inner surface without reaching the inner surface, suitable for forming a tear strip. . The third tear line preferably extends from the outer surface to the inner surface without reaching the inner surface to form a tear strip on the outside of the package.

In a further preferred embodiment the second attachment section has a width from the inner surface to said outer surface, the at least one break line being less than 80% of its width, preferably less than 70% of its width, and It preferably extends less than 60% of its width. At least one, but especially all of the tear lines may define cuts through about half of the packaging material so that the packaging remains closed, e.g., so that air cannot enter the packaging. preferable. In the region of the break line, the material is weakened, in particular to stresses perpendicular to the cut, where the cut is preferably perpendicular to the inner and/or outer surface. It is also possible that the depth of the first break line and the depth of the second break line together represent the width of the packaging material, more precisely the width of the second mounting section.

In another preferred embodiment, the first mounting section and the second mounting section are parallel to each other and spaced apart from each other. When the first and second attachment sections are parallel to each other and spaced apart, the package can be opened very easily by tearing the tear strip and pivoting the lid. To that end, the first and second attachment sections ideally extend longitudinally, in particular along a straight line.

In preferred embodiments, the cut forms a tear section. In particular, tearing is facilitated in a direction perpendicular to the extending direction of the cut.

Another preferred embodiment provides that the second attachment section comprises at least one further break line. This fourth break line is preferably arranged parallel to at least one break line extending from the inner surface to the outer surface, but without reaching the outer surface. Ideally, the fourth tear line extends from the inner surface to the outer surface without reaching the outer surface so that the package remains closed. It is also possible that the depth of the third break line and the depth of the fourth break line together represent the width of the packaging material such that breaking these lines opens the package.

In a preferred embodiment, the second attachment section comprises at least four break lines, at least two break lines extending from the inner surface to the outer surface without reaching the outer surface, at least two break lines extending from the outer surface to the inner surface without reaching the inner surface. In this way, after tearing the tear strip, a complete cut can be made through the packaging material in the form of a stripe.

In a preferred embodiment, the break lines extending from the outer surface to the inner surface without reaching the inner surface are arranged at a predetermined distance from each other, and the break lines extending from the inner surface to the outer surface without reaching the outer surface are arranged from the outer surface to the inner surface. between the break lines that extend without reaching the inner surface. Ideally, the distance between the break lines extending from the inner surface to the outer surface without reaching the outer surface is less than the predetermined distance between the break lines extending from the outer surface to the inner surface without reaching the inner surface.

The predetermined distance between the break lines that extend from the outer surface to the inner surface without reaching the inner surface and/or the distance between the break lines that extend from the inner surface to the outer surface without reaching the outer surface are relative to the height direction. is preferably Ideally, the first and third break lines are spaced apart from the second and fourth break lines in the height direction. Such an arrangement provides a complete cut through the packaging material in the form of a stripe with a visible torn material edge after tearing the tear strip.

These torn material edges, located between a break line that extends from the outer surface to the inner surface without reaching the inner surface, and a break line that extends from the inner surface to the outer surface without reaching the outer surface, are consumer It is preferable to provide tamper evident At least one line section, but preferably the entire break line, of each break line is preferably arranged parallel to each other to form a straight tear strip.

In a preferred embodiment, the break line extending from the inner surface to the outer surface without reaching the outer surface and/or the break line extending from the outer surface to the inner surface without reaching the inner surface comprises at least two sections at an angle to each other. Prepare. Ideally, each break line extending from the inner surface to the outer surface without reaching the outer surface comprises an inner intermediate section located between two inner end sections.

The at least one inner end section preferably connects the inner intermediate section with one of the outer end sections of a break line extending from the outer surface to the inner surface without reaching the inner surface, and the inner surface from the outer surface to the inner surface. At least one outer end section of each break line that extends without reaching is preferably connected to an outer end section of another break line that extends from the outer surface to the inner surface without reaching the inner surface . However, it is also possible for two outer end sections of different break lines extending from the outer surface to the inner surface without reaching the inner surface to form a continuous curve. The angled sections between the tear lines provide for easy manipulation of the tear strip.

In a preferred embodiment the packaging is made of paper and/or cardboard material so that the filling of the packaging is protected from mechanical stress. Ideally the paper, carton or cardboard material is higher than 180 gsm, preferably higher than 190 gsm, preferably higher than 200 gsm and preferably lower than 500 gsm, preferably lower than 300 gsm, preferably has a weight of less than 250 gsm. The packaging material ideally has a weight between 200gsm and 220gsm to ensure sufficient rigidity of the material.

In a preferred embodiment the second mounting section comprises at least one notch. The notch preferably defines a cut section through the entire width of the packaging material and is ideally located at the end of the second mounting section to provide space for the consumer's fingers.

In a preferred embodiment, the second attachment section comprises a second cutout and at least one break line is arranged between these two cutouts. The second notch is positioned opposite the first notch and/or the tear strip forming the package such that the tear strip can be completely removed from the package by tearing the tear strip. It is preferable that one end is cut off. Ideally, at least one notch and preferably all notches are triangular, curvilinear or other polygonal shaped.

In a further preferred embodiment, the second mounting section comprises at least one gripping element for gripping the strip defining the second mounting section. The grip element functions to break open the second attachment section. The packaging preferably comprises two gripping elements, in particular arranged opposite each other, each gripping element ideally arranged in one cut-out so that both right-handed and left-handed people have their preferences. Allow to tear the strip by hand. It may be possible for one of the two gripping elements to be arranged adjacent and connected to the side wall section of the package, in particular via a perforation.

This object also provides an aerosol generating device comprising a first front wall section, a first rear wall section, two first side wall sections and a first bottom wall section arranged to fold the package body. A foldable material blank is achieved to form a package for an article. Further, the foldable material blank comprises a second front wall section arranged to fold the packaging lid, a second rear wall section, two second side wall sections and a second wall section. The sections are attached to one first section via the first attachment section. A second section is attached to the first section via a second attachment section, the second attachment section having an inner surface and an outer surface facing the inner surface. The second attachment section is breakable, one break line extending from the inner surface to the outer surface without reaching the outer surface, and the other break line extending from the outer surface to the inner surface to the inner surface. extends without reaching The second attachment section has a width from the inner surface to the outer surface, and both the first and second breaks and/or cuts extend over at least 50% of that width. The tear line breaks the tear line and provides a tamper evident appearance of the torn packaging material after the package has been opened.

In a preferred embodiment, the foldable material blank comprises at least four first side wall sections and/or at least four second side wall sections and is folded into at least two first side wall sections to create a closed packaging box. and/or to secure at least two second side wall sections to each other.

In preferred embodiments, the foldable material blank comprises a folding pattern in the form of fold lines and perforations to allow the foldable material to be folded in a specific manner. Ideally, the foldable material blank further comprises at least four first bottom wall sections, in particular one first bottom wall section arranged in the first front wall section and one in the first Arranged to provide a complete bottom that is positioned in one rear wall section and one in each first side wall section to connect these sections in the folded state. The perforations allow the folded package to be openable at the lid.

In a further preferred embodiment the foldable material comprises at least but preferably two, especially three top wall sections to provide a foldable top of the lid.

Further advantages, objects and features of the invention are set forth, by way of example only, in the following description with reference to the accompanying drawings. In the drawings, similar components in different embodiments may be denoted by the same reference symbols.

1 is a schematic representation of a packaging according to the invention with a second attachment section on the front side of the packaging; A detailed schematic representation of the closed second mounting section. A detailed schematic representation of the second mounting section unsealed. Fig. 4 is a detailed schematic representation of a cross-section through the width of the second mounting section; Schematic representation of a folded material for packaging with a second attachment section.

FIG. 1 extends in length x, width y, and height z directions and has a weight greater than 180 gsm, preferably greater than 190 gsm, preferably greater than 200 gsm, and preferably less than 500 gsm; It shows a rectangular package 1 comprising a folded foldable material 10 preferably made from a cardboard material of preferably less than 300 gsm, preferably less than 250 gsm. The package 1 further comprises a first front wall section 12 and a second front wall section 22, a first rear wall section 14 and a second rear wall section 24, and at least two first side wall sections 16. , 18 and second side wall sections 26 , 28 , at least one bottom wall section 20 and at least one top wall section 30 .

The first sections 12 , 14 , 16 , 18 as well as the bottom wall section 20 form the package body 2 . The second section sections 22 , 24 , 26 , 28 and the top wall section 30 form the lid 4 . The lid 4 is connected to the package body 2 via perforations 39 in the side wall sections 16,18,26,28. Alternatively, the perforations 39 may also be completely cut lines. Side wall sections 16, 18, 26, 28 are connected to front wall sections 12, 22 and rear wall sections 14, 24 such that they form straight corners or circular edges.

Lid 4 and package body 2 are attached to each other via a first attachment section 5 (not shown in FIG. 1) and a second attachment section 6 . The first mounting section 5 and/or the second mounting section 6 are preferably arranged between the side wall sections 16, 18, 26, 28, in particular from one side wall section 16, 26 to the other opposite side wall section 16, 26. extending in the length direction x to the side wall sections 18, 28 which meet. Ideally, both mounting sections 5, 6, in particular, while the first mounting section 5 (not visible in FIG. 1) mounts the first rear wall section 14 and the second rear wall section 24, The second mounting section 6 is preferably arranged in parallel to mount the first front wall section 12 and the second front wall section 24 . The first mounting section 5 is preferably formed as a fold line forming a hinge that allows the lid 4 to be pivotable relative to the packaging body 2 about them.

The second mounting section 6 connects the first front wall section 12 and the second front wall section 22 such that the first front wall section 12 and the second front wall section 22 are detachably connected to each other. preferably installed. The second mounting section 6 further includes a first end 40a located on the first sidewall section 16 and/or the second sidewall section 26 and an opposite first sidewall section 18 and/or the second sidewall section 26. and a second end 40b located on the side wall section 28 of the .

Moreover, the second attachment section 22 has a width w extending from the inner surface 62 (not visible in FIGS. 1, 2a, and 2b) to the outer surface 72, and at least two, but preferably four, break lines. 66, 68, 76, 78. All of the break lines 66, 68, 76, 78 extend along the length x direction, preferably between one end 40a and the other end 40b of the second mounting section 6, at either end. It extends without reaching 40a and 40b. In addition, all break lines 66, 68, 76, 78 extend from one face 62, 72 through width w to the other face 72, 62 without reaching the other face 72, 62. are doing.

At least two break lines 66, 68, 76, 78, ideally a first break line 76 and a third break line 78, extend from the outer surface 72 toward the inner surface 62 without reaching the inner surface 62. However, at least two break lines 66 , 68 , 76 , 78 , ideally the second break line 66 and the fourth break line 68 , reach the outer surface 72 from the inner surface 62 towards the outer surface 72 . extend without All of the break lines 66, 68, 76, 78 preferably represent discontinuities made in one of the faces 62, 72 (shown in FIG. 3).

Moreover, at least two break lines 66, 68, 76, 78, ideally the first break line 76 and the third break line 78, are arranged at a predetermined distance d7 from each other, but preferably the second break line The line 66 and the fourth breaking line 68 are arranged at a distance d6 which is in particular smaller than the predetermined distance d7 between the first breaking line 76 and the third breaking line 78 . The second break line 66 and the fourth break line 68 are, for example, the first break line 76 and/or the third break line 78 are connected to the second break line 66 and/or the fourth break line 68. It is preferably positioned between the first break line 76 and the third break line 78 so as to be offset relative to each other.

The second break line 66 and/or the fourth break line 68 comprise at least two, preferably three sections, one inner middle section 61b and one or two inner end sections 61a. . Thereby, the inner end section 61a forms an angle 50° greater than 10°, preferably greater than 20°, preferably greater than 35° and less than 70°, preferably less than 60°, preferably less than 50°. to the inner intermediate section 61b, preferably so that the inner end section 61a of the second break line 66 faces away from the inner end section 61a of the fourth break line 68. .

The inner end section 61a thus forms a virtual triangle with an open side to the first end 40a or the second end 40b of the second mounting section. However, the inner end section 61a may be straight, curved or jagged. At least the inner intermediate sections 61b are formed straight and/or parallel to each other and/or to at least one of the first break line 76 and/or the third break line 78. placed in

A first break line 76 and/or a third break line 78 ideally represent the outer middle section 62b and are positioned adjacent to at least one, preferably two outer end sections 62a. The outer end 62a may be straight, curved, or jagged, with the outer end section 62a of the first break line 76 being connected to the outer end section 62a of the third break line 78. are preferably arranged as follows. These connected outer end sections 62a are arranged such that they are greater than 10°, preferably greater than 20°, preferably greater than 35° and less than 70°, preferably less than 60°, preferably 50° They may be arranged to be formed as straight lines angled with each other at a smaller angle 51 . These connected outer end sections 62a form peaks or are curvilinear in shape as they point toward the first end 40a or the second end 40b of the second mounting section 6. may be arranged to form a continuous line.

Outer end sections 62 a of first and third break lines 76 and 78 are also connected such that they form a grip element 90 . The grip element 90 is ideally surrounded by at least two inner end sections 61a and at least one outer end section 62a, or a connection of two outer end sections 62a. The grip element 90 is further arranged between the two inner end sections 61 a and the first end 40 a or the second end 40 b of the second mounting section 6 . The second mounting section 6 may comprise two gripping elements 90 each facing towards the opposite side wall sections 16,18,26,28.

The tear strip 7 comprises a first and a third break line 76, 78 arranged parallel to each other, an inner central section 61b, ideally also arranged parallel to each other, and at least one, preferably It is defined by two gripping elements 90 .

The second mounting sections 6 are in particular arranged opposite each other and/or between the outer end section 62a and the first end 40a or the second end 40b of the second mounting section 6. at least one, preferably at least two or more notches 80, 81. These notches 80,81 define cut sections through the entire width w of the packaging material 10 and preferably separate the outer end section 62a from the side wall sections 16,18,26,28.

Figure 2a shows a detailed schematic representation of the second mounting section 6 in the closed state. All features shown here have already been described in FIG.

Figure 2b shows a detailed schematic representation of the second attachment section 6 in the open state, where the tear strip 7 has been removed. In this state, a projection 91 of the second mounting section 6 has been created. These projections 91 are formed by one break line 66, 68, 76, 78, e.g. positioned between the line 68 and another break line, such as a first break line 76 or a third break line 78 that extends from the outer surface 72 toward the inner surface 62 without reaching the inner surface 62 ( (only shown in FIG. 3). Each projection 91 is further defined by these break lines 66, 68, 76, 78 and two inner end sections 61a. Further, each projection 91 has a width ideally similar to the depth 69, 79 of one of the break lines 66, 68, 76, 78 (shown only in FIG. 3).

FIG. 3 shows a detailed schematic representation of a cross-section through the width w of the second mounting section 6 having inner 62 and outer 72 faces. At least the first break line 76 and the third break line 78 or the second break line 66 and the fourth break line 68 are greater than at least 50% of the width w and less than 80% of the width w, preferably It extends less than 70% of width w, preferably less than 60% of width w. However, it is preferred that at least one, but especially all, of the break lines 66, 68, 76, 78 define a break through half the width w. The tear direction in FIG. 3 is the z-direction.

The depth 79 of the first and/or third break line 76 and/or the third break line 78 and the depth 69 of the second and/or fourth break line 66 and/or the fourth break line 68 together define the width w of the packaging material. may be expressed, but in particular its width w may be extended.

FIG. 4 shows a blank foldable material blank 10 for folding packaging 1 as described in FIGS. The foldable material blank 10 has a weight greater than 180 gsm, preferably greater than 190 gsm, preferably greater than 200 gsm and preferably less than 50 gsm, preferably less than 260 gsm, preferably less than 25 gsm. Made from cardboard material.

The foldable material blank 10 further comprises a first front wall section 12, a first rear wall section 14, two, preferably four, first side wall sections 16, 18 and three first side wall sections 16,18. a bottom wall section 20; The foldable material blank 10 further comprises a second front wall section 22, a second rear wall section 24, two, preferably six, second side wall sections 26, 28, 26a, 28a, 1 It comprises two top wall sections 30 , cut lines 37 , fold lines 38 and perforations 39 . Cut lines 37, fold lines 38, and/or perforations 39 are preferably straight, but may be curved or jagged.

A fold line 38 is arranged to fold the lid 4 defined by the second sections 22, 24, 26, 28 and the package body 2 defined by the first sections 12, 14, 16, 18. be done. All first sidewall sections 16, 18 ideally have a trapezoidal shape and/or four of the six second sidewall sections 26, 28 have a trapezoidal shape and the other The two second sidewall sections 26a, 28a are preferably rectangular. Ideally, each first side wall section 16,18 is connected to one second side wall section 26,28 via perforations 39. As shown in FIG.

The first front wall section 12 and the second front wall section 22 are attached to each other by a second attachment section 6, as illustrated in FIGS. The first rear wall section 14 and the second rear wall section 24 are attached to each other at a first attachment section 5 ideally formed as a fold line 38 .

The first front wall section 12 is further attached via fold lines 38 to the one first bottom wall section 20 and the two first side wall sections 16, 18, while the second front wall section 22 is attached , ideally also attached via a fold line 38 to the top wall section 30 and the two second side wall sections 26,28. Two first side wall sections 16 , 18 are also attached to one bottom wall section 20 each. Top wall section 30 is also attached to second rear wall section 24 via fold line 38 . Each rectangular second side wall section 26a, 28a is further attached to the trapezoidal side wall sections 26,28. Each first side wall section 16 , 18 attached to the first rear wall section 14 is also attached to one bottom wall section 20 via a fold line 38 .

A cut line 37 separates the two bottom wall sections 20 from one intermediate bottom wall section 20a and/or the cut line 37 further separates the top wall section 30 from the second side wall sections 26,28.

Applicant claims all features disclosed in this specification as being essential features of the invention, insofar as they are novel in view of the prior art, either individually or in combination. Rights reserved. Furthermore, it should be noted that in the figures features are described which may be individually advantageous. A person of ordinary skill in the art will readily recognize that certain features disclosed in the figures may be advantageous without incorporating further features of the figures. Moreover, those skilled in the art will recognize that advantages may be derived from combinations of the various features disclosed in one or the various figures.

1 package 2 package body 4 lid 5 first mounting section 6 second mounting section 7 strip 10 foldable material 12 first front wall section 14 first rear wall section 16/18 first side wall section 20 second 1 bottom wall section 20a middle bottom wall section 22 second front wall section 24 second rear wall section 26/28 second side wall section 26a/28a rectangular second side wall section 30 top wall section 37 cutting line 38 Fold line 39 Perforation 40a First end of second attachment section 40b Second end of second attachment section 50 Angle between two sections of the same break line 51 Angle between two outer end sections 61a inner end section 61b inner intermediate section 62a outer end section 62b outer intermediate section 62 inner surface of second attachment section 66 second break line (from inner surface to outer surface)
68 4th break line (from inside to outside)
69 depth of second and fourth break lines 72 outer surface of second mounting section 76 first break line (from outer surface to inner surface)
78 Third break line (from outside to inside)
79 Depth of first and third break lines 80 Notch 81 Second notch 90 Grip element 91 Projection d6 Distance between second and fourth break lines d7 Between first and third break lines Distance w Width from one side of the second mounting section to the other x length direction y width direction z height direction

Claims (15)

A package (1) for aerosol-generating articles comprising a package body (2) having a receiving volume for receiving a plurality of aerosol-generating articles, said package body being oriented lengthwise (x), widthwise (y ), and a lid (4) extending in the height direction (z) and attached to said packaging body (2) via a first attachment section (5), said lid (4) being attached to said The lid (4) is pivotable relative to the packaging body (2) to open and close the packaging (1), and prior to the first opening of the packaging, the lid (4) is positioned at the second attachment section (6). attached to the body (2), said second mounting section (6) comprising an inner surface (62) and an outer surface (72) facing said inner surface (62);
Said second attachment section (6) is breakable to open said package and comprises at least first and second break lines (66, 68, 76, 78), one break line (66) , 68) extend from said inner surface (62) towards said outer surface (72) without reaching said outer surface (72) and the other break lines (76, 78) extend from said outer surface (72). ) toward said inner surface without reaching said inner surface (62),
Said second attachment section (6) has a predetermined width (w) from said inner surface (62) to said outer surface (72), and both said first and second lines of breakage and/or discontinuities are , extending over at least 50% of its width,
Packaging (1). Said first break line (66, 68, 76, 78) is characterized by a cut made in one of said faces (62, 72) without reaching the other face (62, 72). to be
Package (1) according to claim 1. Said second mounting section (6) extends from said one side (62, 72) towards said other side (72, 62) without reaching said other side (72, 62) characterized by comprising a third break line (66, 68, 76, 78) that
Package (1) according to claim 1 or 2. Said second mounting section (6) has a predetermined width (w) from said inner surface (62) to said outer surface (72) and at least one break line is less than 80% of said width, preferably characterized by extending less than 70% of its width, and preferably less than 60% of its width,
Packaging (1) according to at least one of claims 1-3. characterized in that said first mounting section and said second mounting section (6) are parallel to each other and spaced apart from each other,
Packaging (1) according to at least one of claims 1-4. wherein said first and said second break lines are displaced relative to each other at a distance from each other,
Package (1) according to at least one of claims 1-5. characterized in that said second attachment section (6) comprises at least one further break line (66, 68, 76, 78),
Packaging (1) according to at least one of claims 1-6. Said second attachment section (6) comprises at least four break lines (66, 68, 76, 78) and at least two break lines (66, 68) extend from said inner surface (62) to said outer surface (72). ) without reaching said outer surface, and at least two break lines (76, 78) extend from said outer surface (62) to said inner surface (72) without reaching said inner surface (62). characterized by the presence of
Packaging (1) according to at least one of claims 1-7. Said break lines (76, 78) extending from said outer surface (72) to said inner surface (62) without reaching said inner surface (62) are arranged at a predetermined distance (d7) from each other and said inner surface (62) ) to the outer surface (72) without reaching the outer surface (72), the break lines (66, 68) extending from the outer surface (72) to the inner surface (62) reach the inner surface (62). located between said break lines (76, 78) extending without
Package (1) according to claim 8. said break lines (66, 68) extending from said inner surface (62) to said outer surface (72) without reaching outer surface (72); characterized in that said break lines (76, 78) extending without reaching the inner surface (62) comprise at least two sections angled with respect to each other,
Package (1) according to claim 9. said packaging (1) is made of paper and/or cardboard material,
Packaging (1) according to at least one of claims 1-10. characterized in that said second attachment section (6) comprises at least one notch (80),
Package (1) according to at least one of claims 1-11. Said second attachment section (6) comprises a second notch (81) and said at least one break line (66, 68, 76, 78) is arranged between these two notches. A package (1) according to claim 12. Said second attachment section (6) is characterized by comprising at least one gripping element (90) for gripping a strip (7) defining said second attachment section (6),
Packaging (1) according to at least one of claims 1-13. A first front wall section (12), a first rear wall section (14), two first side wall sections (16, 18) and a second wall section (16, 18) arranged to fold the package body (2). a second front wall section (22), a second rear wall section (24) and two second side wall sections (26, 28) and one second section (20, 22, 24, 26, 28) is connected to one first section (12 , 14, 16, 18) forming a packaging (1) for an aerosol-generating article, wherein one second section (16, 18, 20) comprises , attached to one first section (12, 14, 16, 18) via a second attachment section (6), said second attachment section (6) defining an inner surface (62) and said inner surface an outer surface (72) facing (62);
Said second mounting section (6) is breakable and comprises at least first and second break lines (66, 68, 76, 78), one break line (66, 68) extending from said inner surface. (62) towards said outer surface (72) without reaching said outer surface (72) and another break line (76, 78) from said outer surface (72) towards said inner surface. , extending without reaching said inner surface (62),
Said second attachment section (6) has a predetermined width (w) from said inner surface (62) to said outer surface (72), and both said first and second lines of breakage and/or discontinuities are , extending over at least 50% of its width,
Foldable Material (10) Blank.

Images