EP4069605A1

EP4069605A1 - Pack for products of the tobacco industry

Info

Publication number: EP4069605A1
Application number: EP20820079.0A
Authority: EP
Inventors: Christoph Schneider; Henry Buse
Original assignee: Focke and Co GmbH and Co KG
Current assignee: Focke and Co GmbH and Co KG
Priority date: 2019-12-03
Filing date: 2020-12-01
Publication date: 2022-10-12
Anticipated expiration: 2040-12-01
Also published as: CN114929592A; US11905092B2; EP4069605B1; US20230002135A1; CN114929592B; KR20220108133A; DE102019132850A1; WO2021110696A1

Abstract

The invention relates to a pack for products of the tobacco industry, comprising an outer pack (10) which is designed particularly as a flip pack having a pack part (11) and a cover (12) and which is manufactured from a blank made of dimensionally stable material, as well as comprising at least one inner pack (13), in particular a box-shaped inner pack, which is arranged in the outer pack (10), is also manufactured from a blank made of dimensionally stable material, and encloses the products on all sides, wherein the inner pack (13) has a closure means (34) which, prior to the inner pack (13) being used for the first time, closes a removal opening (32) which extends at least in an end region of the inner pack (13), preferably additionally in a front region of the inner pack (13), and is intended for removing individual products, and which closure means can be transferred from the state in which it closes the removal opening (32) to a state in which it exposes the removal opening (32). According to the invention, the closure means consists of dimensionally stable material, in particular of preferably coated cardboard.

Description

Pack for products of the cigarette industry

description

The present invention relates to a pack having the features of claim 1, claim 29 and claim 35, respectively.

Packs for products in the cigarette industry are known in which a dimensionally stable outer pack, in particular as a hinged box with lid and box part, contains a dimensionally stable inner pack which surrounds the products on all sides when closed (box-in-box). It is known to close a removal opening of the dimensionally stable inner pack by a multi-action closure label made of film, which can be moved between a position closing the removal opening and a position releasing the removal opening (and back). The mechanical application of these closure labels to the inner packs is complex, cost-intensive and prone to errors, in particular with regard to the precise positioning of the closure labels. It is the object of the present invention to further develop the above-mentioned packs.

This object is achieved by a pack with the features of claim 1, a pack with the features of claim 29 and a pack with the features of claim 35.

A pack for products of the cigarette industry with the features of claim 1 accordingly has an outer pack, in particular designed as a hinged box with a box part and lid, made from a blank made of dimensionally stable material, and at least one outer pack arranged in the outer pack, also made from a blank made of dimensionally stable material, in particular cuboid inner packaging that contains the products (in the closed state of the inner packaging) encloses on all sides. In this case, the inner pack furthermore has a closure means which, before the inner pack is used for the first time, closes a removal opening for removing individual products, which extends at least in a front area of the inner pack, preferably additionally in a front area of the inner pack, and which from the state that closes the removal opening in a state releasing the removal opening can be transferred. According to the invention, this closure means consists of dimensionally stable material.

This dimensionally stable material can be cardboard, for example. The cardboard is preferably coated, for example with an aroma- or moisture-proof layer. But this does not have to be the case.

As far as its basic structure is concerned, the / each inner pack in the context of this application can have a large-area front wall, a large-area rear wall opposite the front wall, two spaced-apart narrow side walls connecting the front wall and the rear wall, a base wall and one parallel to the base wall opposite end wall.

The closure means can preferably be a pivotably mounted closure flap, which is connected in one piece to the inner pack and can be pivoted from the state that closes the removal opening, namely a closed position, into the state that releases the removal opening, namely an open position.

The closure flap can be pivoted by means of a line hinge, which is formed by a fold line that connects the rear wall and the end wall of the inner pack to one another, or that is formed by a fold line that is part of the end wall of the inner pack and at a distance from which the Rear wall and the end wall of the inner pack interconnecting inner pack edge runs.

Preferably, an end face section of the closure flap can be formed by the end wall of the inner pack, in particular by the entire end wall or through a section of the same, and / or a front side section of the closure flap through a section of the front wall of the inner pack.

More preferably, the front end section and / or the front end section of the closure flap can be connected to adjacent narrow side walls of the inner pack or to one or more adjoining sections of the end wall or the front wall of the inner pack via one or more tear lines, in particular from perforations or incisions, before the inner pack is used for the first time be.

The removal opening can be covered over the full length defined by the distance between two parallel upright narrow side walls of the inner pack by the end face section of the closure flap formed by the end wall of the inner pack.

Before the inner pack is used for the first time, the end face section of the closure flap can rest unconnected on free (upper) edges of the narrow side walls.

In the closed position of the inner pack, the front side section of the closure flap can rest against the outside of the front wall of the inner pack in some areas, in particular be attached to the inner pack by means of a releasable, preferably multiply effective adhesive.

As far as the front-side section of the closure flap is concerned, in the closed position it can completely cover a section of the removal opening or the section of the removal opening extending in the front-side area of the inner pack.

The front-side section of the closure flap can cover a (lateral) edge area of the front wall of the inner pack, to which the section of the removal opening that extends in the front-side area of the inner pack adjoins.

After the inner pack has been used for the first time, free edges of the front side section of the closure flap formed by the section of the front wall of the inner pack and / or by the section of the end wall or by the The entire end wall formed end face section of the closure flap can in the closed position of the closure flap lie opposite free edges of the inner pack that are assigned without gaps or essentially without gaps and that adjoin the removal opening or that delimit it, in particular free edges of the adjoining section of the front wall and / or the adjoining section of the end wall and / or the entire end wall of the inner pack.

In this case, the front side section and / or the front side section of the closure flap can extend in the closed position of the closure flap in the same plane as the respectively adjoining section of the front wall or the end wall of the inner pack.

The closure flap can have a preferably end-side connecting section connected in one piece with it via a fold line, which is permanently attached to the lid of the outer pack, in particular by means of adhesive, so that the closure flap is automatically pivoted from its closed position to its open position when the lid is opened.

The connecting section of the closure flap can preferably be connected to the inside of a cover front wall or to an actuating tab of the cover, in particular designed as a cover inner tab, which can be pivoted relative to a wall of the cover, in particular the cover front wall, preferably by means of adhesive. In particular, in such a way that when the cover is opened, the closure flap can be moved automatically into an open position with the participation of a pivoting movement of the actuating flap relative to the wall of the cover.

The actuating tab can be pivoted about a line hinge relative to the cover front wall, which is formed by a fold line via which the cover front wall is connected (in one piece) to the operating tab.

The aforementioned connecting section of the closure flap and the actuation tab of the lid can be designed and connected to one another in such a way that the actuation tab initially in a preferably acute-angled initial position and then with continued pivoting movement in a transverse position and finally in a stretched position or in an obtuse-angled position relative to the cover front wall is movable, each with entrainment of the locking tab.

The actuating flap of the cover can have a further line hinge formed by a fold line between the first line hinge formed by the fold line and a (free) end edge of the actuating flap that is in particular parallel to the fold line, the fold line of the further line hinge parallel at a distance from the fold line of the first line hinge runs.

The connecting tab of the locking tab can only be connected to or attached to a connecting section of the actuating tab bounded on the one hand by the second line hinge and on the other hand by the end edge of the actuating tab and, when the cover is open, cover the actuating tab exclusively in this connecting section.

The closure flap can, in particular outside of the connecting flap, have several, preferably more than two, at a distance (preferably parallel) to each other, in particular designed as grooves, scoring or perforations, which delimit individual closure flap sections that can be moved relative to each other around the weakening lines, in particular are pivotable.

As far as the closure means is concerned, as an alternative to the design as a closure flap, it can also be a closure piece which is, in particular, integrally connected to the inner pack before the inner pack is used for the first time, which when the inner pack is first used along one or more tear lines, in particular from perforations or scratches, completely from the inner pack is separable so that the closure piece can be completely removed from the inner pack.

In this case, an end face section of the closure piece can be formed by the end wall of the inner pack, in particular by the entire end wall or a Part of the same, and / or a front side section of the closure piece through a part of the front wall of the inner pack.

Before the inner pack is used for the first time, the closure piece can be connected to one or more adjacent sections of the end wall and / or the front wall of the inner pack via the or each tear line, in particular from perforations or incisions.

Before the inner pack is used for the first time, the closure piece can also be spaced apart from those outer edges of the inner pack which are located on the front wall and the end wall of the inner pack (with ) are defined and face the edges of the locking piece.

Before the inner pack is used for the first time, the closure piece can extend in the same plane as the adjoining edge piece or the adjoining edge strip.

Preferably, in the front wall and / or the end wall of the inner pack, a push-in flap delimited in particular by one or more incisions or one or more tear lines can be formed, which adjoins the closure piece and which, in order to facilitate the separation of the closure piece from the inner pack, of a User can be pressed inwards in the direction of the interior of the inner pack.

The closure piece can be connected to the inside of a lid front wall and / or a lid front wall of the outer pack or to an actuating flap of the lid, in particular designed as a lid inner flap, which can be pivoted relative to a wall of the lid, in particular the lid front wall , preferably by means of glue. This in particular in such a way that the closure piece is automatically and completely separated from the inner pack when the lid is opened, preferably with the participation of a pivoting movement of the actuating flap relative to the wall of the lid. The closure means can preferably be an integral part of the blank, which is connected to it in one piece and from which the inner pack is made.

A pack for products of the cigarette industry with the features of claim 29 has an outer pack, in particular designed as a hinged box with a box part and lid, made from a blank made of dimensionally stable material, and at least two arranged in the outer pack, each made from a blank made of dimensionally stable material, in particular cuboid inner packs, each inner pack enclosing the products on all sides, and each inner pack having a closure means which, before the respective inner pack is used for the first time, has a removal opening extending at least in the front area of the respective inner pack, preferably additionally in the front area of the respective inner pack, for removing individual items Closes products, and which can be transferred from the state that closes the removal opening into a state that releases the removal opening. According to the invention, the closure means of each inner pack then consists of dimensionally stable material, in particular of the preferably coated cardboard.

In this solution, each inner pack can have its own closing means, which is separate from or separate from the other closure means of the respective other inner pack.

It goes without saying that regardless of this, each inner pack and / or each closure means and / or the outer pack can be designed or have one or more features of the inner pack and / or the closure means and / or the outer pack, as described in detail above in connection with the outer pack containing the (at least) one inner pack.

Each closure means can therefore be designed, for example, as a closure flap which is designed as described above. However, it is also conceivable that each closure means is designed as a closure piece as described above. In particular, one or each closure flap can each have a connection section connected via a fold line, preferably at the end, as described above, which is permanently attached to the lid of the outer pack, in particular by means of adhesive, so that the closure flap automatically pivots from its closed position to its open position when the lid is opened becomes.

It can be provided that (only) the closure flap of one inner pack is attached to the lid of the outer pack, and that the closure flap of the other inner pack is not attached to the lid of the outer pack. However, it is also conceivable not to attach either of the closure tabs to the cover or to attach both closure tabs.

A pack for products of the cigarette industry with the features of claim 35 has an outer pack, in particular designed as a hinged box with a box part and lid, made from a blank made of dimensionally stable material, and at least one in the outer pack, also made from a blank made of dimensionally stable material, in particular cuboid Inner pack, the inner pack enclosing the products on all sides, and the inner pack having at least two closure means which, before the respective inner pack is used for the first time, in particular together have a removal opening extending at least in the front area of the respective inner pack, preferably additionally in the front area of the respective inner pack Closing the removal of individual products, each closure means moving from the state that closes the removal opening to a state that releases the removal opening (at least in certain areas) n state can be transferred. In this solution according to the invention, each closure means of the inner pack consists of dimensionally stable material, in particular of preferably coated cardboard.

Here, too, it goes without saying that the inner pack and / or each closure means and / or the outer pack can be designed or have one or more features of the inner pack and / or the closure means and / or the outer pack, as described in detail above in connection with the outer pack containing the (at least) one inner pack. Each closure means can therefore be configured, for example, as a closure tab which is configured as described above. However, it is also conceivable that each closure means is designed as a closure piece as described above.

For example, one or each closure flap of the inner pack can have a preferably end-side connecting section connected via a fold line, which is permanently attached to the lid of the outer pack, in particular by means of adhesive, so that the closure flap is automatically pivoted from its closed position to its open position when the lid is opened.

It is also possible for only one closure flap of the inner pack to be attached to the lid of the outer pack and the other closure flap of the inner pack not.

However, it is also conceivable that the two closure flaps are not connected to the inner pack.

Furthermore, for example, an end face section of each closure flap can be formed as described above by a respective section of the end wall of the inner pack, and / or a front end section of each closure flap can be formed by a section of the front wall of the inner pack.

As far as the removal opening of the inner pack is concerned, it can be covered jointly by the two closure flaps (in particular arranged next to one another and adjoining one another on one side) in full length, defined by the distance between two parallel upright narrow side walls of the inner pack. Before the inner pack is used for the first time, the two closure flaps, in particular the two front-side sections of the closure flaps, can also be connected to one another via one or more tear lines, in particular from perforations or incisions, along which the two closure flaps are or can be separated from one another when the pack is first used. Further features of the present invention emerge from the attached claims, the following description of preferred exemplary embodiments and the attached drawings. 1 shows an inner pack of a first embodiment of a pack according to the invention, in perspective, FIG. 2 shows the inner pack from FIG. 1, arranged in an outer pack of the pack according to the invention, with the lid open, FIG. 3 shows a second embodiment of a pack according to the invention in a representation analogous to FIG. 2, in perspective,

FIG. 4 shows a plan view of a blank for the production of the inner pack according to FIG. 1 / FIG. 2 (left blank half) or the inner packaging according to Fig. 3 (right blank half),

5 shows an inner pack of a third embodiment of a pack according to the invention, in perspective,

6 shows the inner pack from FIG. 5, arranged in an outer pack of the pack according to the invention, with the lid open, in perspective,

7 shows a fourth embodiment of a pack according to the invention in a representation analogous to FIG. 6; FIG. 8 shows a plan view of a blank for manufacturing the inner pack according to FIG

Fig. 5/6 (left blank half) or Fig. 7 (right blank half),

9 shows a fifth embodiment of a pack according to the invention, with the lid of the outer pack open, in perspective,

FIG. 10 shows a section through the pack in FIG. 9 along the sectional plane X-X in

Fig. 9,

11 shows a sixth embodiment of a pack according to the invention with the lid of the outer pack open, in perspective, FIG. 12 shows the pack from FIG. 11 in an analogous representation, with the closure means of the inner pack removed from the inner pack, FIG Lid of the outer pack, in perspective, with closure means attached to the lid of the outer pack,

14 shows a plan view of a blank for producing the inner pack according to FIG. 11/12 (left blank half) or FIG. 13 (right blank half), 15 shows an eighth embodiment of a pack according to the invention with two separate inner packs arranged therein, with the lid of the outer pack open, in perspective,

16 shows a ninth embodiment of a pack according to the invention with an inner pack arranged therein with two separate or separable closure means, with the lid of the outer pack open, in perspective,

FIG. 17 shows a plan view of a blank for manufacturing the inner pack according to FIG. 16.

The packaging examples shown in the drawings relate to

Cigarette packs of the hinge-lid type or hinged box, designed as a box-in

Box pack. Features that are common to all the embodiments of FIGS. 1-17 are first described below. Then the specifics of the individual versions will be discussed separately.

The aforementioned packs conventionally have an outer pack 10 with a lower (cup-shaped) box part 11 and a lid 12. The

However, the invention is not limited to such outer packs. For example, outer packs without a lid or pivotable lid are also conceivable.

The box part 11 and the lid 12 of the outer pack 10 are preferably made from a common blank made of dimensionally stable material, in particular (thin and possibly coated) cardboard.

In the outer pack 10 there is in each case at least one inner pack 13, also generally cuboid and also preferably made from a blank of dimensionally stable material such as (thin and possibly coated) cardboard.

The dimensionally stable material is preferably aroma-tight and / or moisture-tight. It goes without saying that this is not absolutely necessary. The box part 11 of the respective outer pack 10 has a large-area box part front wall 14, a large-area (opposite) box part rear wall 15, two narrow, upright box part narrow side walls 16 each connecting the box part front wall 14 and the box part rear wall 15 to one another a box part bottom wall 28.

The lid 12 is hinged to the box part rear wall 15 via a line hinge 17 and has a lid front wall 18, a lid rear wall 19, two lid side walls 20 each connecting the lid front wall 18 and the lid rear wall 19 to one another a cover end wall 21 opposite the box part bottom wall 28 in a parallel plane in the closed state of the outer pack 10.

At least one cigarette group or cigarette formation 22 is located in the respective inner pack 13.

As in the embodiment of FIG. 2, this can additionally be encased by an inner wrapping 23 made from a blank made of tinfoil or thin paper or the like, but this does not have to be the case.

The inner pack 13 has an inner front wall 24 facing the box part front wall 14, the inner narrow side walls 25 facing the respective box part narrow side walls 16, an inner end wall 26 facing the lid end wall 21 in the closed state of the pack, one of the box parts Rear wall 15 facing inner rear wall 27 and an inner bottom wall 29 facing box part bottom wall 28.

In the present case, the inner narrow side walls 25 are each formed with two layers, each comprising inner inner side tabs 30 and outer inner side tabs 31.

The inner packs 13 of all the exemplary embodiments each have at least one removal opening 32 via which cigarettes from the respective cigarette group 22 can be removed. The removal openings 32 each extend with a front-side area 32a partially or completely in the area of the inner end wall 26 of the inner pack 13 and with a front-side area 32b (partially) in the area of the adjoining inner-front wall 24, the front-side area 32b at the frontal area 32a adjoins.

All the exemplary embodiments also have in common that the respective removal opening 32 has at least one closure means 34, which in the present case is integrally connected to the respective blank 33 from which the respective inner pack 13 is made, which before the inner pack 13 is used for the first time by a user of the pack in a state that closes the respective removal opening 32 either partially or completely.

The respective closure means 34 consists of a dimensionally stable, in particular (but not necessarily) aroma- or moisture-proof material, for example likewise made of (thin and possibly coated) cardboard.

If, as described above, the closure means 34 is connected in one piece to the respective blank 33 or is part of the same, it is accordingly manufactured from the same dimensionally stable material as the respective inner pack 13 made from the blank 33.

When the pack or the inner pack 13 is used for the first time, the closure means 34 can then be transferred by a user of the pack from the state that closes the removal opening 32 to a state that at least partially or completely releases the removal opening 32. In some of the exemplary embodiments, the closure means 34 can also be returned to the closed state.

Embodiment of FIGS. 1 and 2

In the embodiment of FIGS. 1 and 2 or 4 (left blank half), the aforementioned transfer to the state releasing the removal opening takes place automatically when the lid 12 of the outer pack 10 is opened by a user, in particular but not only when the pack is used for the first time Closure means 34 is attached to the cover 12 and is moved when the cover 12 is pivoted about the line hinge 17 from a closed position in which the removal opening 32 is closed into an open position in which the removal opening 32 is released. By moving the cover 12 in the opposite direction, the closure means 34 can be returned or moved back into the closed position.

It goes without saying that it can also be provided that the closure means 34 are not fastened to the cover 12, so that a user would / would have to grasp the closure means 34 manually and move it into the open position or, if applicable, the closed position. It is emphasized that this applies to all equivalent embodiments of the present application.

In this exemplary embodiment, the removal opening 32 extends with its frontal region 32a over the full depth of the inner pack 13, which is defined by the distance between the inner front wall 24 and the opposite inner rear wall 27.

Furthermore, the removal opening 32 extends with its frontal region 32a over the full width of the inner pack 13, which is defined by the distance between one inner narrow side wall 25 and the other, opposite, parallel inner narrow side wall 25.

The front-side area 32b of the removal opening 32 adjoining the front-side area 32a, on the other hand, is designed to be reduced compared to the width of the inner pack 13 or the inner front wall 24 and, in the present case, is positioned approximately in the middle with respect to the transverse extent of the inner front wall 24.

In this case, a circumferential, in the present case U-shaped edge strip or edge section 40 of the inner front wall 24 surrounds the front-side region 32b of the removal opening 32 or delimits it.

In the embodiment of FIGS. 1 and 2, the closure means 34 of the inner pack 13 is designed as a closure tab 35 connected in one piece to the blank 33 shown in FIG. 4. In the present case, the closure flap 35 is connected to the inner rear wall 27 of the inner pack 13 via a fold line 36. The fold line 36 forms a line hinge 37 about which the closure flap 35 can be pivoted (from the closed position into the open position).

The closure flap 35 has an end face section 38 which is formed by the entire inner end wall 26 of the inner pack 13.

The end face section 38 completely covers the removal opening 32 and in the present case extends over the entire width of the inner pack 13 or the removal opening 32, namely from one inner narrow side wall 25 to the other opposite parallel inner narrow side wall 25, as well as over the entire depth, that is, from the inner front wall 24 to the opposite inner rear wall 27.

In the closed position of the closure flap 35, the end face section 38 rests with its lateral edges on the two upper edges of the inner narrow side walls 25 or is supported by them.

The closure flap 35 also has a front-side section 39 which, in the closed position of the closure flap 35, covers the front-side area 32b of the removal opening 32 above the removal opening plane and which additionally covers the edge area 40 (at least in some areas) of the inside surrounding the front-side area 32b of the removal opening 32 -Front wall 24, which adjoins the front-side area 32b of the removal opening 32.

For manufacturing purposes in particular, the front side section 39 of the closure flap 35 is releasably fastened to the inner front wall 24 via one or more multiply effective, releasable adhesive fields 41, in the present case adhesive dots.

As already indicated above, the closure flap 35 is furthermore firmly connected to the cover 12 or attached to it. In the present case, the closure flap 35 has an end-side connecting section 43 which is connected in one piece with it via a fold line 42 and which is permanently connected to the inside of the cover front wall 18 by means of adhesive fields 44, so that the closure flap 35 is carried along with it when the cover 12 is opened and automatically by their closed position is pivoted into their open position.

In the present case, the cover front wall 18 is formed at least in regions with two layers of a cover outer flap 58 and a cover inner flap 57 firmly connected or glued to this, the closure flap 35, namely an end-side connecting section 43 of the same, with the inside of the cover inner flap 57 is glued. It goes without saying that the cover front wall 18 does not necessarily have to be designed with two layers.

In order to give the dimensionally stable material of the closure flap 35 a certain flexibility, which makes it easier to move the closure flap into its open position (and back), several lines of weakness 45 running parallel to one another are arranged on the inside of the closure flap 35 or in the closure flap 35 (inside ) introduced, for example as grooves, scores or perforations. The lines of weakness 45 can each preferably extend over the entire width of the closure flap 35, but do not have to do so.

Embodiment of FIG. 3

The following essentially describes the differences between the embodiment of FIGS. 3 and 4 (right blank half) and the embodiment of FIGS. 1 and 2.

The features not described correspond to those of the embodiment of FIG. 2.

In contrast to the embodiment of FIG. 2, the end face portion 38 of the closure flap 35 of the embodiment of FIG. 3 does not lie unconnected on the upper edges of the inner narrow side walls 25, but rather the end face portion 38 is with these edges via tear lines before the inner pack 13 is used for the first time 36 releasably connected. More precisely, each inner narrow side wall 25, in the present case a corner side tab 47, which is connected or glued to the respective inner inner side tab 30 of the respective inner narrow side wall 25, is connected to the end face section 38 of the closing tab 35 or lateral edges of the same connected.

When the inner pack 13 is used for the first time or when the outer pack 10 is opened for the first time by pivoting the lid 12, the front side section 39 of the closure flap 35 is first lifted off the inner front wall 24 and when the pivoting movement of the lid 12 is continued, the front side section 38 is then separated from the inner narrow side walls 25 or the tearing open of the end face section 38 of the closure flap 35 in the end face area 32a of the removal opening 32. The tear lines 46 can consist, for example, of perforations or grooves.

Embodiment of FIGS. 5 and 6

5 and 6 and 8 (left blank half) show a further embodiment of a pack according to the invention. The following essentially describes the differences between this embodiment and the embodiment in FIG. 3. The features that are not described or that do not differ correspond to those of the embodiment of FIG. 3. In contrast to the inner pack 13 of FIG. 3, the frontal area 32a of the removal opening 32 of the inner pack 13 of FIGS. 5, 6 does not extend over the full width the inner packing 13 or the inner front wall 24, but is reduced in comparison. The end face section 38 of the closure flap 35 is correspondingly not formed by the entire inner end wall 26 of the inner pack 13, but only by a section of the same. The lateral edges of the end face section 38 of the closure tab 35 are correspondingly spaced from the upper edges of the inner narrow side walls 25.

Furthermore, the line hinge 37, about which the closure flap 35 is pivotable, is not formed by the fold line 36, which connects the inner end wall 26 and the inner rear wall 27 to one another, but rather by a further fold line 48 parallel to and spaced from this.

Therefore, before the inner pack 13 is used for the first time, an in particular U-shaped edge region 49 of the inner end wall 26 delimits or surrounds the end face section 38 of the closure flap 35 and, in the open position of the closure flap 35, delimits the end area 32a of the removal opening 32.

When the inner pack 13 is used for the first time, the end face section 38 of the closure flap 35, which is preferably at least partially detachably connected to the edge area 49 of the inner end wall 26, is pivoted upward about the line hinge 37 out of the plane of the adjoining edge area 49.

In a further difference to the embodiment of FIG. 3, the front side section 39 does not cover the edge area 40 of the inner front wall 24. Furthermore, the front side section 39 does not cover the front side area 32b of the removal opening 32 above the assigned removal opening plane, but extends directly in the removal opening plane.

This is because the front side section 39 of the closure flap 35 of the inner pack 13 is formed in the present case directly by a section of the inner front wall 24 of the inner pack 13, which is separated from the remaining part of the inner pack 13 before the inner pack 13 is used for the first time or in a closed position of the closure flap 35. Front wall 24 or by the edge region 40 of the inner front wall 24 is surrounded in the same plane.

Thus, before the inner pack 13 is used for the first time, the in particular U-shaped edge area 40 of the inner front wall 24 delimits or surrounds the front side section 39 of the closure flap 35 and in the area In the open position of the closure flap 35, the front-side area 32b of the removal opening 32.

This can be seen particularly clearly in FIG. 5, which shows the inner pack 13 before it is used for the first time.

In summary, the closure flap 35 is formed as a whole by the inner end wall 26 (a portion thereof) and the inner front wall 24 (a portion thereof) of the inner pack 13.

Before the inner pack 13 is used for the first time, the closing flap 35 is partially detachably connected to the adjoining sections or edges 49 or 40 of the inner end wall 26 or the inner front wall 24, partially free edges of the closing flap 35 are essentially without gaps, but not connected corresponding edges of the sections surrounding the removal opening 32 of the inner end wall 26 or the inner front wall 24 opposite.

Specifically, in the present case, the end face section 38 of the closure flap 35 is correspondingly connected to the edge area 49 of the inner end wall 26 on two opposite sides before the inner pack 13 is used for the first time via parallel tear lines 46, in particular to the opposite edges 55 of the edge area 49, which are each on the front area 32a adjoin the removal opening 32.

Before the inner pack 13 is used for the first time, the front side section 39 of the closure flap 35 is also detachably connected to the corresponding section of the inner front wall 24 or to the edge region 40 on two opposite sides, namely by (short) residual connections 50.

At least one (lower) edge 51 of the connecting section 43 of the closure flap 35 is preferably unconnected opposite the corresponding edge 52 of the edge area 40 of the inner front wall 24 delimiting the front-side area 32b of the removal opening 32 in order to facilitate opening or closing when the cover 12 is opened for the first time. To facilitate tearing open the closure flap 35. In a further difference to the pack of FIG. 3, the end face section 38 of the closure flap 35 is only provided with one weakening line 45, not several. With a weakening line 45 which forms the fold line around which the blank 33 is folded when the inner pack 13 is manufactured to form the pack edge connecting the inner front wall 18 to the inner end wall 26.

By dispensing with the further weakening lines 45, the inside 53 of the end face section 38 of the closing flap 35, which is directed towards the interior of the inner pack 13 in the closed position of the closing flap 35, can be provided particularly easily with a clearly visible image object or a text, in particular printable, which a user of the inner pack can then use in the open position of the locking tab 45 can be seen.

Embodiment of FIG. 7

A further embodiment of a pack according to the invention is shown in FIGS. 7 and 8 (right blank half). The following essentially describes the differences between this embodiment and the embodiment in FIGS. 5 and 6. The features not described correspond to those of the embodiment of FIGS. 5 and 6.

In contrast to the pack of FIGS. 5 and 6, the end face section 38 of the closure flap 35 of the inner pack 13 is not releasably connected to the edge region 49 of the inner end wall 26 on the two opposite sides before the inner pack 13 of the pack is used for the first time, in particular not to the opposite edges 55 of the edge region, which in the opened state of the closure flap 35 adjoin the end-face region 32a of the removal opening 32. Rather, corresponding free edges 56 of the end face section 38 of the closure flap 35 are unconnected opposite these edges 55 of the edge region 49 before the inner pack 13 is used for the first time.

Before the inner pack 13 is used for the first time, the front-side section 39 of the closure flap 35 is on the other hand with the corresponding section of the inner front wall 24 or with the edge region 40 on the two opposite sides connected not only via (short) residual connections 50, but via (longer) tear lines 54.

Embodiment of FIGS. 9, 10

9, 10 show a further embodiment of a pack according to the invention. The following essentially describes the differences between this embodiment and the embodiment in FIG. 7. The features not described correspond to those of the embodiment of FIG. 7.

In contrast to the pack in FIG. 7, the connection section 43 of the closure flap 35 is not connected to a component of the cover 12 that is immovable relative to the cover 12, but to a movable component of the cover 12.

For this purpose, the inner lid flap 57 is not firmly connected to the outer lid flap 58, but is pivotably connected to the latter to form an actuating flap. To be precise, pivotable about a line hinge 60 formed in particular by a fold line 59 designed as a weakening line relative to the then single-layer cover front wall 18.

The inner lid flap 57 or actuating flap preferably has a further fold line 61 running parallel at a distance from the fold line 59, in particular designed as a weakening line, which is arranged between the (free) end edge 64 of the inner lid flap 57 and the fold line 59 and which forms a further line hinge 62, about which an end connecting section 63 of the inner lid flap 57 or actuating flap can be pivoted.

The connecting section 43 of the closure flap 35 is (only) connected to the connecting section 63 of the lid inner flap 57 via the adhesive field or fields 44.

The connecting section 43 of the closure flap 35 and the inner lid flap 57 of the lid 12 are designed and connected to one another in such a way that the inner lid flap 57 when the lid 12 is opened due to the Pivoting movement along the line hinge 60 first into a preferably acute-angled starting position and then with continued pivoting movement into a transverse position and finally into a stretched position or into an obtuse-angled position relative to the cover front wall 18, in each case taking along the locking tab 35, see in particular Fig 10.

The further fold line 61 or the further line hinge 62 ensures an enlarged range of motion of the closure flap 35, but is not absolutely necessary according to the invention.

Embodiment of FIG. 15

Another embodiment of a pack according to the invention is shown in FIG. The following essentially describes the differences between this embodiment and the embodiment in FIG. 2. The features not described correspond to those of the embodiment of FIG. 3.

As can be seen, not only one inner pack 13 is arranged in the outer pack 10 of FIG. 15, as in the pack of FIG. 2, but rather two individual inner packs 13 are arranged next to one another in the outer pack 10, each of which is designed like the inner pack 13 of FIG. 2, which for example each enclose a group of cigarettes 22 on all sides.

Accordingly, each of the two inner packs 13 also has its own dimensionally stable closure means 34 or a closure flap 35, which is designed as in the case of the inner pack 13 of FIG. locked in a closed position.

In the present case, for this purpose, the outer pack 10 is made wider than the outer pack 10 of the pack of FIG. 2, for example twice as wide. However, the exact (relative) dimensions of the inner packs 13 or the outer pack 10 are not important. Rather, what is decisive is that there is space in the outer pack 10 next to one another at least two inner packs 13. In FIG. 15, the closure flap 35 of the left inner pack 13 is attached to the lid 12 of the outer pack 10 in the manner corresponding to the solution in FIG. 2, so that this closure flap 35 is automatically moved into the open position when the lid 12 of the outer pack 10 is opened . The closure flap 35 of the right inner pack 13, on the other hand, is not glued to the lid 12, so that a user can manually grasp it by gripping the front section 39 if necessary, for example when the cigarettes in the left inner pack 13 have all been used up and the left inner pack 13 is empty the closure flap 35 can move into the open position.

It goes without saying that it is also possible to provide for the two closure tabs 35 to be connected to the cover 12 in the above-mentioned manner.

Furthermore, it goes without saying, as also indicated in connection with the explanations relating to the pack according to FIGS. 1 and 2, that provision can also be made for neither of the two closure tabs 35 to be attached to the cover 12.

As the person skilled in the art recognizes, the two inner packs 13 of the outer pack 10 can also easily be designed in accordance with the other embodiments described above and below or have one or more features thereof.

This applies in particular, but not only, to the type of any design of the cover 12 and the closure tab 35 in the event that the respective closure tab 35 is fastened to the cover 12.

Embodiment of FIG. 16

16 and 17 (blank for the pack from FIG. 16) show a further embodiment of a pack according to the invention.

Like the previously described embodiments of FIGS. 1-11, this has only one inner pack 13, however, in contrast to these, with not only one closure means 34 made of dimensionally stable material or only one closure flap 35, but with two closure flaps 35 arranged next to one another, which (only) before First use of the inner pack 13 are releasably connected to one another via a tear line 65.

In the inner pack 13, which can be made wider than a conventional inner pack 13, two cigarette groups 22 can be accommodated next to one another, which are separated from one another in the interior of the inner pack 13 by a separating web 72 that runs in particular in the middle. In the present case, the separating web 72 is connected in one piece to the blank 33, for example to the inner rear wall 27.

It extends, forming two separate receiving chambers for the cigarettes in the inner pack 13, transversely to the inner rear wall 27 and transversely to the inner front wall 24.

Before the inner pack 13 is used for the first time, the two closure flaps 35 jointly close the frontal area 32a of the removal opening 32 that extends over the full width of the inner pack 13.

In the present case, the two closure flaps 35 are each designed like the closure flap 35 of the inner pack of FIG. 2, but this need not be the case.

Each closure flap 35 is accordingly connected in the present case to the inner rear wall 27 of the inner pack 13 via a fold line 36. The fold line 36 forms a common line hinge 37 about which the two closure tabs 35 (from the closed position into the open position) can each be pivoted.

Each closure flap 35 has its own end face section 38, which is formed by a section, in the present case in each case one half, of the inner end wall 26 of the inner pack 13 formed jointly by the two closure flaps 35.

The two end face sections 38 together completely cover the end face area 32a of the removal opening 32 in the present case.

They extend jointly over the entire width of the inner pack 13 or of the end-face region 32a of the removal opening 32, namely from the one Inner narrow side wall 25 to the other, opposite, parallel inner narrow side wall 25. They also extend over the entire depth of inner packing 13 or frontal area 32a, that is, from inner front wall 24 to opposite inner rear wall 27.

In the closed position of the two closure flaps 35 or before the inner pack 13 is used for the first time, the respective end face portions 38 each rest with a lateral edge on the respectively assigned upper edge of the respective inner narrow side wall 25 or are supported by this.

In the present case, the removal opening 32 of the inner pack 13 has two adjacent front areas 32b separated from one another by a separating web 66 formed by the inner front wall 24.

The respective front-side section 39 of each closure flap 35 in the closed position of the respective closure flap 35 covers one of the two adjacent front-side areas 32b of the removal opening 32 above the respective removal opening plane.

Furthermore, the respective front-side section 39 of each closure flap 35 additionally covers at least one edge area 40 surrounding the respective front-side area 32b of the removal opening 32 and adjoining the respective front-side area 32b of the removal opening 32.

For manufacturing purposes in particular, the front side section 39 of each closure flap 35 is releasably attached to the inner front wall 24 via one or more multiply effective, releasable adhesive fields 41, in the present case adhesive points.

As in the embodiment of FIG. 2, each closure flap 35 has an end connecting section 43 connected in one piece with it via a fold line 42, which is permanently connected to the inside of the cover front wall 18 by means of one or more adhesive fields 44, so that the Closure tab 35 is entrained when the cover 12 is opened and is automatically pivoted from its closed position into its open position.

In order to give the dimensionally stable material of the respective closure flap 35 a certain flexibility, whereby the transferring of the closure flap 35 into its open position (and back) is facilitated, provision can also be made here to arrange several lines of weakness 45 running parallel to one another on the inside of each closure flap 35 to be introduced into the closure flap 35, for example as grooves, scores or perforations. The lines of weakness 45 can each preferably extend over the entire width of the closure flap 35.

As in the embodiment of FIG. 2, the cover front wall 18 is at least partially double-layered from a cover outer tab 58 and a cover inner tab 57 firmly connected to this, each closure tab 35, namely a respective end connecting section 43 of the same the inside of the lid inner flap 57 is glued. It goes without saying that the cover front wall 18 does not necessarily have to be designed with two layers.

The one (left) closure flap 35 in FIG. 16 is also attached to the lid 12 of the outer pack 10 in a manner corresponding to the solution in FIG. 2, so that this closure flap 35 automatically moves into the open position when the lid 12 of the outer pack 10 is opened becomes.

The other (right) closure flap 35, on the other hand, is not glued to the lid 12, so that a user can manually grasp it by gripping the front section 39 if necessary, for example when the cigarettes in the left inner pack 13 have all been used and the left inner pack 13 is empty the closure flap 35 can move into the open position.

It goes without saying that it is also possible to provide for the two closure tabs 35 to be connected to the cover 12 in the above-mentioned manner. It is further understood, as also in connection with the explanations relating to the pack according to FIGS. 1 and 2 indicated that it can also be provided that none of the two locking tabs 35 are attached to the cover 12.

As a person skilled in the art recognizes, the inner pack 13 of the outer pack 10 of the present pack can also be designed without further ado in accordance with the other embodiments described above and below.

This also applies in particular, but not only, to the design of the closure tabs 35, which could, for example, also be integrated into the inner side wall 26 or the inner front wall 24 of the inner pack 13, as shown in FIGS. 5-10 .

This also applies in particular, but not only, to the type of any design of the cover 12 and the closure tab 35 in the event that the respective closure tab 35 is fastened to the cover 12.

Embodiment of FIGS. 11, 12

A further embodiment of a pack according to the invention is shown in FIGS. 11, 12. The following are the main differences between these

Embodiment described for the embodiment of FIG. 6. The features not described correspond to those of the embodiment of FIG. 6.

In contrast to the pack example of FIG. 6, the inner pack 13 of the pack of FIGS. 11 and 12 or 14 (left blank half) is dimensionally stable

Closure means 34, which is not designed as a closure tab 35 pivotably arranged on the inner pack 13, but rather as a closure piece 67 that can be completely removed from the inner pack 13 or as a tear-off flap. Before the inner pack 13 is used for the first time, the closure piece 67 is detachably connected in one piece to the inner pack 13. When the inner pack 13 is used for the first time, it can open a removal opening 32 in which plane (s) it extends along a particularly U-shaped tear line 68, in particular made of perforations or incisions, over which the closure piece 67 is connected the inner end wall 26 and the inner front wall 24 are detachably connected, can be completely separated from the inner pack 13, see FIG. 12.

A front section 39 of the closure piece 67 is formed by a section of the inner front wall 24 of the inner pack 13 and extends in the front area 32b of the removal opening 32 and an end section 38 is formed by a section of the inner end wall 26 and extends in the front Area 32b of the removal opening 32.

Correspondingly, before the inner pack is used for the first time, the closure piece 67 extends in the same plane as the adjacent edge piece or the adjacent edge strip 40 or 49 of the inner front wall 26 or the inner end wall 24 in the respective removal opening plane of the removal opening 32 or the front or Front area 32b or 32a of the removal opening.

Before the inner pack 13 is used for the first time, the closure piece 67, namely its end face section 38, is bordered by the in particular U-shaped edge region 49 of the inner end wall 26 of the inner pack 13 and the front face section 39 by the particularly U-shaped edge region 40 of the inner front wall 24 .

Generally speaking, the closure piece 67 is spaced apart from those outer edges of the inner pack 13 by a contiguous edge piece or a contiguous edge region of the inner pack 13 that extends over the inner front wall 24 and the inner end wall 26 of the inner pack 13 before the inner pack 13 is used for the first time are defined (co-) by the inner front wall 24 and the inner front wall 26 of the inner pack 13 and are opposite the respective edges of the closure piece 67, in particular parallel.

In the edge sections in which the closure piece 67 is not detachably connected via the tear line 68 to the edge area 40 of the inner front wall 24 or the edge area 49 of the inner end wall 26, free edge edges or edge edge sections of the closure piece 67 are essentially without gaps corresponding edges of the sections surrounding the removal opening 32 of the inner end wall 26 or the inner front wall 24 opposite.

Specifically, in the present case at least one (lower) edge 69 of the closure piece 67 is not connected to a corresponding edge 52 of the edge area 40 of the inner front wall 24 delimiting the front area 32b of the removal opening 32 in order to facilitate the tearing off of the closure piece 67.

In contrast to the closure tab 35 in the exemplary embodiment in FIG. 6, the closure piece 67 is not attached to the cover 12 in the present case, so that a user has to remove or tear off the closure piece 67 by hand.

To further facilitate this tear-off process, a push-in flap 71, delimited in the present case by two incisions 70, is formed in the inner front wall 24 of the inner pack 13 and adjoins the closure piece 67, in this case the lower edge

69, and which, in order to facilitate the detachment of the closure piece 67 from the inner pack 13, can be pressed in by a user in the direction of the interior of the inner pack 13. Embodiment of FIG. 13

The following essentially describes the differences between the embodiment of FIGS. 13 and 14 (right blank half) and the embodiment of FIGS. 11, 12. The features not described correspond to those of the embodiment of FIGS. 11, 12.

In contrast to the embodiment of FIGS. 11, 12, in the pack of FIG. 13, the closure piece 67 is attached to the lid 12 of the outer pack, so that when the pack or the inner pack 13 is used for the first time, the closure piece 67 automatically moves along by pivoting the lid 12 the tear line 68 is torn off and completely removed from the inner pack 13. Accordingly, no push-in tab 71 is necessary either.

In the present case, a connecting section 43 of the front-side section 39 of the closure piece 67 via one or more adhesive fields 41 with the The inside of the cover 12 is glued, in particular to the inside of the cover inner tab 57.

As the person skilled in the art recognizes, the inner pack 13 or outer pack 10 can also be designed without further ado in accordance with the other embodiments described above and below or have one or more features thereof.

This applies in particular, but not only, to the type of any design of the cover 12 when the respective closure piece 67 is fastened to the cover 12.

List of reference symbols

10 outer packing 38 end face section

11 Box part closing flap

12 cover 39 front section

13 Inner pack closure flap

14 Box part front wall 40 Edge area inside front wall

15 Box part rear wall 41 adhesive fields

16 Box part narrow side wall front section

17 line hinge 42 fold line

18 cover front wall 43 connecting section

19 Lid rear panel locking tab

20 lid side wall 44 adhesive fields

21 Lid-end wall connecting section

22 cigarette group 45 weakening lines

23 Inner casing 46 Tear lines on the narrow side walls

24 inner front wall 47 corner side tabs

25 inner narrow side walls 48 fold line

26 Inside end wall 49 Edge area inside end wall

27 Inside rear wall 50 remaining connection

28 box part bottom wall 51 lower edge connecting section

29 inner bottom wall 52 lower edge edge area inner

30 inner inner side flaps front wall

31 outer inner side flaps 53 inner side closure flap

32 removal opening 54 tear lines front section

32a front area 55 lateral edges edge area

Removal opening inner end wall 32b front-side area 56 side edges front-side section

Removal opening closure flap

33 Cutting 57 Inner flap of the lid

34 Closure means 58 Lid outer flap

35 Closing flap 59 Folding line inside lid flap

36 fold line 60 line hinge lid inner flap

37 line hinge 61 folding line connecting section Line hinge connecting section connecting section inner flap lid free end edge inner lid flap tear line dividing web removal opening removable locking piece tear line locking piece lower edge locking piece incisions push-in flap dividing strip inner packing

Claims

1.Pack for products in the cigarette industry, with an outer pack (10) made from a blank made of dimensionally stable material, in particular as a hinged box with a box part (11) and lid (12), and at least one outer pack (10) arranged in the outer pack (10), also made of one A blank made of dimensionally stable material, in particular a cuboid-shaped inner pack (13), which encloses the products on all sides, the inner pack (13) having a closure means (34) which, before the inner pack (13) is used for the first time, is located at least in a frontal area of the inner pack ( 13), preferably additionally in a front area of the inner pack (13) extending removal opening (32) for removing individual products, and which can be transferred from the state closing the removal opening (32) to a state releasing the removal opening (32), characterized in that that the closure means made of dimensionally stable material bes is made, in particular of preferably coated cardboard.

2. Pack according to claim 1, characterized in that the

Closure means (34) is a pivotably mounted closure flap (35), which is connected in one piece to the inner pack (13) and which moves from the state that closes the removal opening (32), namely a closed position, into the state that releases the removal opening (32), namely a Open position, is pivotable.

3. Pack according to claim 2, characterized in that the

The closure flap (35) is pivotably mounted by means of a line hinge which is formed by a fold line which connects the rear wall and the end wall of the inner pack (13) to one another, or which is formed by a fold line which is part of the end wall of the inner pack (13) and extends at a distance from the inner pack edge connecting the rear wall and the end wall of the inner pack (13).

4. Pack according to claim 2 or 3, characterized in that an end face section of the closure flap (35) is formed by the end wall of the inner pack (13), in particular by the entire end wall or by a section the same, and / or that a front side section of the closure flap (35) is formed by a section of the front wall of the inner pack (13).

5. The pack according to claim 4, characterized in that the front side section and / or the front side section of the closure flap (35), before the inner pack (13) is used for the first time, has one or more tear lines, in particular of perforations or scores, either with adjacent narrow side walls of the inner pack (13) ) or is connected to one or more adjacent sections of the end wall or the front wall of the inner pack (13).

6. Pack according to one or more of the preceding claims, at least according to claim 4, characterized in that the removal opening (32) in full length defined by the distance between two parallel upright narrow side walls of the inner pack (13) from that of the end wall of the inner pack (13) formed end face portion of the closure flap (35) is covered.

7. Pack according to claim 6, characterized in that the end face section of the closure flap (35) rests unconnected on free (upper) edges of the narrow side walls before the inner pack (13) is used for the first time.

8. Pack according to one or more of the preceding claims, characterized in that the blank of the inner pack (13) consists of aroma- and / or moisture-proof material, in particular of preferably coated cardboard.

9. Pack according to one or more of the preceding claims 4-8, characterized in that the front section of the closure flap (35) in the closed position of the inner pack (13) rests partially on the outside of the front wall of the inner pack (13), in particular by means of detachable, preferably multiple effective, adhesive is attached to this.

10. Pack according to one or more of the preceding claims 4-9, characterized in that the front side section of the closure flap (35) in the closed position completely covers one section of the removal opening (32) or that section of the removal opening (32) extending in the front area of the inner pack (13).

11. Pack according to claim 10, characterized in that the front-side section of the closure flap (35) covers a (lateral) edge area of the front wall of the inner pack (13) on which the section of the removal opening (32) extending in the front-side area of the inner pack (13) ) adjoins.

12. Pack according to one or more of the preceding claims 4-11, characterized in that the free edges of the front section of the closure flap (35) formed by the section of the front wall of the inner pack (13) and / or formed after the inner pack (13) has been used for the first time of the end-face section of the closure flap (35) formed by the section of the end wall or by the entire end wall, in the closed position of the closure flap (35), opposite free edges of the inner pack (13) associated with or essentially without gaps, which border or adjoin the removal opening (32). which limit these, in particular free edges of the adjoining section of the front wall and / or of the adjoining section of the end wall and / or the entire end wall of the inner pack (13).

13. Pack according to claim 12, characterized in that the front side section and / or the front side section of the closure flap (35) in the closed position of the closure flap (35) is in the same plane as the respectively adjoining section of the front wall or the end wall of the inner pack (13) extend.

14. Pack according to one or more of the preceding claims 2-13, characterized in that the closure flap (35) has a preferably end-side connecting section, in particular connected integrally to it via a fold line, which is in particular permanently attached to the lid of the outer pack (10 ) is attached so that the locking tab (35) is automatically pivoted from its closed position to its open position when the lid is opened.

15. Pack according to claim 14, characterized in that the

Connecting section of the closure tab (35) is connected to the inside of a cover front wall, or to an actuating tab of the cover (12), in particular designed as a cover inner tab, which can be pivoted relative to a wall of the cover (12), in particular the cover front wall is, preferably by means of adhesive, in particular such that the closure tab (35) can automatically be moved into an open position when the cover (12) is opened with the participation of a pivoting movement of the actuating flap relative to the wall of the cover (12).

16. Pack according to claim 15, characterized in that the

Operating tab is pivotable about a line hinge relative to the cover front wall, which is formed by a fold line, via which the cover front wall is (in one piece) connected to the operating tab.

17. Pack according to claim 15 or 16, characterized in that the connecting section of the closure flap (35) and the actuating tab of the lid (12) are designed and connected to one another in such a way that the actuating tab along when the lid (12) is opened due to the pivoting movement of the line hinge is movable first in a preferably acute-angled starting position and then with continued pivoting movement in a transverse position and finally in a stretched position or in an obtuse-angled position relative to the front wall of the lid, in each case taking along the locking tab (35).

18. Pack according to claim 16 or 17, characterized in that the actuating flap of the lid (12) has a further line hinge formed by a fold line between the first line hinge formed by the fold line and a (free) end edge of the actuating flap that is parallel to the fold line in particular, wherein the fold line of the further line hinge runs parallel at a distance from the fold line of the first line hinge.

19. Pack according to claim 18, characterized in that the connecting tab of the closure flap (35) exclusively on one hand through the second line hinge and on the other hand through the end edge of the Actuating flap limited connecting portion of the actuating flap is connected to this or attached to this and covers the actuating flap when the cover (12) is open exclusively in this connecting portion.

20. Pack according to one or more of the preceding claims 2-19, characterized in that the closure flap (35), in particular outside the connecting flap, has several, preferably more than two, spaced apart (preferably parallel), in particular as grooves, scoring or has perforations formed weakening lines which delimit individual closure flap sections which are movable, in particular pivotable, relative to one another about the weakening lines.

21. Pack according to one or more of the preceding claims, characterized in that the closure means (35) is a closure piece (67) which is, in particular, integrally connected to the inner pack (13) before the inner pack (13) is used for the first time ) is completely separable from the inner pack (13) along one or more tear lines, in particular from perforations or incisions, so that the closure piece (67) can be completely removed from the inner pack (13).

22. Pack according to claim 21, characterized in that an end face section of the closure piece (67) is formed by the end wall of the inner pack (13), in particular by the entire end wall or a part thereof, and / or that a front face section of the closure piece (67) is formed by a section of the front wall of the inner pack (13).

23. Pack according to claim 21 or 22, characterized in that the closure piece (67), before the inner pack (13) is used for the first time, via the or each tear line, in particular from perforations or scores, with one or more adjacent sections of the end wall and / or the front wall the inner packing (13) is connected.

24. Pack according to one or more of the preceding claims 21-23, characterized in that the closure piece (67) before first use of the inner pack (13) by a continuous edge piece or a continuous edge strip of the inner pack (13) extending over the front wall and the end wall of the inner pack (13) is spaced from those outer edges of the inner pack (13) which are from the front wall and the End wall of the inner pack (13) are (co-) defined and opposite the edges of the closure piece (67).

25. Pack according to claim 24, characterized in that the closure piece (67) extends in the same plane as the adjoining edge piece or the adjoining edge strip before the inner pack (13) is used for the first time.

26. Pack according to one or more of the preceding claims 21-25, characterized in that in the front wall and / or the end wall of the inner pack there is formed a push-in flap (71) which is delimited in particular by one or more incisions or one or more tear lines, which at the closure piece (67) adjoins and which, in order to facilitate the separation of the closure piece (67) from the inner pack (13), can be pressed inwardly in the direction of the interior of the inner pack (13).

27. Pack according to one or more of the preceding claims 21-26, characterized in that the closure piece (67) is connected to the inside of a cover front wall and / or a cover end wall of the outer pack (10) or with one in particular as a cover -Internal flap formed actuating flap of the cover (12), which is pivotable relative to a wall of the cover (12), in particular the cover front wall, preferably by means of adhesive, in particular such that the closure piece (67) automatically when the cover (12) is opened is completely separated from the inner pack (13), preferably with the participation of a pivoting movement of the actuating flap relative to the wall of the lid (12).

28. Pack according to one or more of the preceding claims, characterized in that the closure means (34) is an integral part of the blank, which is connected to it in one piece and from which the inner pack (13) is made.

29. Pack for products of the cigarette industry, in particular according to one or more of the preceding claims, with an outer pack (10) made from a blank of dimensionally stable material, in particular as a hinged box with a box part (11) and lid (12), and at least two in the Outer pack (10), each made from a blank made of dimensionally stable material, in particular cuboid-shaped inner packs (13), each inner pack (13) enclosing the products on all sides, and each inner pack (13) having a closure means (34) which in front of First use of the respective inner pack (13) closes a removal opening (32) for removing individual products, which extends at least in a front area of the respective inner pack (13), preferably additionally in a front area of the respective inner pack (13), and from which the removal opening (32) closing state in a di e removal opening-releasing state can be transferred, wherein the closure means (34) of each inner pack (13) consists of dimensionally stable material, in particular of preferably coated cardboard.

30. Pack according to claim 29, characterized in that each inner pack (13) has its own closing means (34) which is separate from the other closing means (34) of the other inner pack (13).

31. Pack according to claim 29 or 30, characterized in that each inner pack (13) and / or each closure means (34) and / or the outer pack (10) has one or more features of the preceding claims 1-28 or according to one or more Features of the preceding claims 1-28 is formed.

32. Pack according to claim 29, 30 or 31, characterized in that each closure means (34) is designed as a closure tab (35) which is designed according to one or more features of the preceding claims 2-20.

33. Pack according to claim 32, characterized in that one or each closure flap (35) has a connecting section connected via a fold line, preferably at the end, which has one or more features of claims 14-20 and which, in particular, is permanently attached to the lid by means of adhesive (12) the Outer pack (10) is attached so that the closure flap (35) is automatically pivoted from its closed position to its open position when the lid (12) is opened.

34. Pack according to claim 33, characterized in that (only) the closure flap (35) of one inner pack (13) is attached to the lid (12) of the outer pack (10), and that the closure flap (35) of the other inner pack ( 13) is not attached to the lid of the outer pack (10).

35. Pack for products of the cigarette industry, in particular according to one or more of the preceding claims 1-28, with an outer pack (10) made from a blank of dimensionally stable material, in particular as a hinged box with a box part (11) and lid (12), and at least an in the outer pack (10), also made from a blank of dimensionally stable material, in particular a cuboid inner pack (13), the inner pack (13) enclosing the products on all sides, and the inner pack (13) at least two closure means (34) which, before the respective inner pack (13) is used for the first time, in particular jointly close a removal opening (32) extending at least in a front-side area of the respective inner pack (13), preferably additionally in a front-side area of the respective inner pack (13), for removing individual products, each closure means (34) vo In the state that closes the removal opening (32), it can be converted into a state that releases the removal opening (at least in some areas), each closure means (34) of the inner pack (13) being made of dimensionally stable material, in particular preferably coated cardboard.

36. Pack according to claim 35, characterized in that the inner pack (13) and / or one or each closure means (34) and / or the outer pack (10) has one or more features of the preceding claims 1-28 or according to one or more Features of the preceding claims 1-28 is formed.

37. Pack according to claim 35 or 36, characterized in that one or each closure means (34) is designed as a closure flap (35) which is designed according to one or more features of the preceding claims 2-20.

38. Pack according to claim 37, characterized in that one or each closure flap (35) has a connecting section connected via a fold line, preferably at the end, which has one or more features of claims 14-20 and which, in particular, is permanently attached to the lid by means of adhesive (12) of the outer pack (10) is attached so that the closure flap (35) is automatically pivoted from its closed position to its open position when the lid (12) is opened.

39. Pack according to claim 38, characterized in that only one closure flap (35) of the inner pack (13) is attached to the lid (12) of the outer pack (10), and that the other closure flap (35) is not attached to the lid ( 12) of the outer packing (10) is attached.

40. Pack according to one or more of the preceding claims 35-39, characterized in that an end section of each closure flap (35) is formed by a section of the end wall of the inner pack (13), and / or that a front section of each closure flap is formed by a section the front wall of the inner pack (13) is formed.

41. Pack according to claim 40, characterized in that the removal opening (32) of the inner pack (13) in full, by the distance between two parallel upright narrow side walls of the inner pack (13) defined length of both, in particular arranged next to each other and on one side against each other adjacent, closure tabs (35) is covered together.

42. Pack according to one or more of the preceding claims 35-41, characterized in that the two closure flaps (35), in particular the two front-side sections of the closure flaps (35), have one or more tear lines, in particular off, before the inner pack (13) is used for the first time Perforations or scoring, connected together, along the at When the inner pack (13) is used for the first time, the two closure flaps (35) are or can be separated.