EP2582595A1

EP2582595A1 - Pack for cigarettes and method and device for producing same

Info

Publication number: EP2582595A1
Application number: EP11730187.9A
Authority: EP
Inventors: Henry Buse; Viktor Hein
Original assignee: Focke and Co GmbH and Co KG
Current assignee: Focke and Co GmbH and Co KG
Priority date: 2010-06-15
Filing date: 2011-05-13
Publication date: 2013-04-24
Also published as: CA2802073A1; WO2011157332A1; DE102010023753A1; CN102971234B; CN102971234A

Abstract

The invention relates to a pack for cigarettes, comprising at least one slide (12) for accommodating a package content (13), in particular a group of cigarettes, and a sleeve (11) that encloses the slide or each slide (12), wherein the sleeve (11) has a large-area front sleeve side (39) and a corresponding opposite rear sleeve side (41) and narrow sleeve sides (45) that connect the front sleeve side (39) and the rear sleeve side (41) to each other, and wherein adjacent sleeve sides (39, 41, 45) are connected to each other by upright sleeve pack edges (48). According to the invention, the sleeve pack edges (48) are rounded and/or chamfered and at least two slides (12) are arranged in the sleeve (11), which slides are adapted to the shape of the rounded and/or chamfered sleeve pack edges (48), wherein the slides (12) match. The invention further relates to a method and device for producing such packs.

Description

Pack for cigarettes and method and device for producing same

description

The invention relates to a pack for cigarettes, comprising at least one pusher for receiving a pack contents, in particular a cigarette group, and a sleeve surrounding the or each pusher, wherein the pod has a large-area sleeve front and a corresponding opposite sleeve back, and sleeve Front side and sleeve back has interconnecting sleeve narrow sides and wherein adjacent sleeve sides are interconnected by upright sleeve packaging edges, according to the preamble of claim 1. Furthermore, the invention relates to a method and an apparatus for producing such a package.

"Shell and Slide" packages are known in practice in numerous variants. In addition to the partly impractical handling and the less innovative appearance and the complicated production is a problem. This special machines are used, in particular, the production of existing machines for hinge-lid packs is not possible.

Proceeding from this, the object of the invention is to further develop packings of the aforementioned type, in particular with regard to a more attractive design and simultaneous manufacturability on known devices.

To solve this problem, a package with the features of claim 1 is proposed. It is therefore provided that the sleeve packing edges are rounded and / or bevelled and that at least two slides are arranged in the sleeve, which conform to the shape of rounded and / or beveled sleeve-packaging edges are adapted, wherein the slides are formed consistently.

The use of two or more identical slides within a sleeve allows easy manufacture of the slide. In particular, several different slides need not be produced that fit into a common sleeve. Due to the specially shaped packing edges, the pack receives a modern design. According to a preferred further development, it is provided that the slides have a large-area slider front side and a corresponding slider rear side, as well as slider front side and slide rear side interconnecting slider narrow sides, wherein adjacent slider sides are connected to each other by upright slider edge packs and wherein the slider packing edges are adapted to the rounded and / or beveled sleeve packing edges.

Another (also independent) feature may consist in that two slides are positioned with their slider backs abutting each other within the sleeve and that the slider-packing edges are rounded and / or beveled in the area of the slide front sides, according to the rounded and / or bevelled sleeve packing edges and that the slider packing edges are formed at right angles in the area of the slider backs. In this way it is possible with two identical semi-circular or semi-oblique edge sliders to fill a round edge or beveled sleeve.

For better removal of the contents of the package, provision may be made for the slides to have an upper-side recess or depression in the region of the slider front side and the slider rear side, wherein preferably the depressions in the area of the slider front side and the slider rear side are designed to coincide. Another special feature consists in measures to restrict the displacement of the slide in the sleeve. For this purpose, it may be provided that the slides are movable within the sleeve due to stops or connecting means only to a limited extent, each slide having a plurality of stops or connecting means, preferably on different sides and / or at different heights with respect to a longitudinal axis of the slider are arranged and cooperate with corresponding means on the inside of the sleeve, such that the slides are movable to different extents within the sleeve. Preferably, this can be achieved in such a way that the slides in the region of opposite slide narrow sides each have a protruding tab, which are mounted at different heights and that the sleeve in the region of a sleeve narrow side has two corresponding tabs, due to the arrangement of the slide with their slider backs abutting each other in the sleeve with the tabs arranged at different heights, the slider cooperates to limit the mobility of the slider within the sleeve for each slider to varying degrees.

To actuate the slide can be provided that the sleeve has a sleeve bottom wall, wherein the sleeve bottom wall and the respectively adjacent sleeve front or sleeve back have an opening, in particular a sliding opening.

Preferably, the sleeve has a sleeve cover (sleeve top), which is pivotally hinged to the sleeve back, wherein the sleeve cover is connected to areas of slider tops, in particular in each case in the region between the two wells, in such a way in that, when the sleeve cover is opened, the regions of the slider top sides which are connected to the sleeve cover and are preferably delimited by lines of weakness are removed from the slides in order to expose a removal opening for the contents of the package in the region of the recesses.

The sliders may have a closing tab (slider inner tab) adjoining the slider top sides, which on the inside of the Slider front is attached, in particular by gluing, and that the closure flap as the slider front has a corresponding recess for the removal opening. The sleeve cover may have a tab insertable into a slot formed in the region of the sleeve front to close the sleeve cover.

Another special feature may consist in that the slides in the region of an upper side have a removal opening, which are sealed before use of the package by a preferably common closure means, in particular a closure tape, to a sealing pack.

A method according to the invention has the features of claim 12. It is therefore provided that at least two cigarette groups are ejected from a magazine for cigarettes and wrapped parallel to each other in an inner wrap to form at least two package contents, and that thereafter the contents of the package are inserted into pockets of a correspondingly multi-lane folding turret in which blanks for a slider, and that the blanks folded on the folding turret around the respective contents of the package and then the slider a corresponding multi-lane drying device, in particular a dry turret, fed, and that the slide one after the other from the multi-lane drying device and pushed one behind the other along a single-lane transport a further, in particular single-lane, folding turrets for the sleeve are supplied, wherein the slides during transport, in particular in the region of the single-lane transport path so w ground that the slide with their slide backs to each other according to the arrangement in the sleeve.

The blanks for the sleeve can be inserted into pockets of the monorail folding turret, so that thereafter two slides are inserted with their slider backs abutting each other in the pocket and the folding of the blank for the sleeve takes place. A device according to the invention has the features of claim 14. There are therefore provided units for multi-lane production of the slide, in particular a two-lane folding turret and at least one adjoining two-lane dry turret, and subsequently arranged units for one-lane production of the sleeve, in particular a one-lane working folding turret and at least one subsequent dry turret

Further details of the invention will become apparent from the dependent claims, the description of the rest and the drawing.

Preferred embodiments of the invention are explained below with reference to the drawing. In this show:

1 shows a blank for an inner wrapper of a cigarette group,

2 shows a blank for a slider,

3 shows a blank for a sleeve,

4 shows a package content in a spatial representation,

5 shows a slider with package contents in a spatial representation,

6 two slides corresponding to the arrangement in a sleeve in a spatial representation,

7 is a closed pack in a spatial representation,

8 a pack according to FIG. 7 in the open position, FIG.

9 shows a second embodiment of a blank for a sleeve, A second embodiment of a blank for a

10 in accordance with the arrangement in a sleeve in a spatial representation, a closed package from a blank according to FIG. 9 in a three-dimensional view, a package according to FIG. 12 in the open position, a horizontal section through a package according to FIG 12, a detail of the package according to FIG. 13 in an enlarged partial view, two slides corresponding to the arrangement in a sleeve in a spatial representation with a special closure, an opened package with slides with a special closure, a schematic representation of the production of packages according to the invention , A detail of the schematic representation of FIG. 18 in an enlarged scale, and a further detail of the schematic representation of FIG. 18 in an enlarged scale.

The invention will be explained below with reference to a package 10 of the shell-and-slide type. Essential components of this type of packing are a sleeve 11 as an outer pack and slidable slide 12 for receiving a package contents.

A first special feature in the present case is that two slides 12 are positioned within a common sleeve 11. Each slider 12 contains a package contents 13. The package contents 13 are each a group of cigarettes arranged in the form of a cigarette block and wrapped in an inner liner 14. The slides 12 are identical and positioned back to back in the sleeve 11.

A blank for the innerliner 14 according to FIG. 1 is wound along fold lines 15 around the cigarette block or the cigarette group. The starting point is an inner liner bottom side 16 which is arranged in the region of an end face of the cigarette group and to which innerliner front side 17 or innerliner rear side 18 adjoin on both sides, which rest against corresponding surfaces of the cigarette group. Folding tabs for the inner liner upper side 19 are in each case adjoined by the inner liner front side 17 and the inner liner side 18. On both sides of the inner liner bottom side 16, inner liner front 17, inner liner back 18 and inner liner top 19 folding flaps for Innerliner narrow sides 20 are arranged.

Starting from the inner liner bottom side 16, the inner liner 14 is struck in a U-shape around the group of cigarettes and closed in the region of the inner liner upper side 19 by envelope-like folding of the corresponding folding flaps. In the region of the inner liner narrow sides 20, the corresponding folding tabs of the inner liner 14 overlap one another. In order to allow access to the package contents or the cigarette group material weakenings 21 are provided in the inner liner 14. The material weakening 21 delimits a so-called tear-off flap 22, which is formed continuously in the region of the inner liner upper side 19 and the inner liner front side 17 on the one hand and the inner liner rear side 18 on the other hand is. The two Abrissflaps 22 are arranged at the edge in the inner liner 14, such that they are positioned after folding of the inner liner 14 to the cigarette group in the region of the inner liner top 19 and the two adjacent side surfaces. By detecting and separating the rip-off flap 22, an opening is created in the inner liner 14, which allows the consumer to remove individual cigarettes.

Fig. 2 shows a blank 23 for the slides 12. The blank 23 is divided into sections for different areas of a slider 12. In the longitudinal direction successively are a slider front 24, a slider bottom side 25, a slider back 26, a Slider top 27 and a slide inner flap 28 is arranged. On both sides of the slide bottom side 25 and the slide top 27 slide-corner tabs 29 are arranged. On both sides of the slide front side 24 and the slide back 26 slide side tabs 30 are arranged to form slide narrow sides 31. The individual regions of the blank 23 are in turn delimited from one another by folding lines 15.

In the area of the slide front side 24, the slide back 26 and the slider inner flap 28 recesses 32 are arranged in accordance with the position of the Abrissflaps 22 in the inner liner 14 to facilitate access to the package contents 13. In the area of the slider upper side 27, a region 33 is delimited by material weakenings 34 between the two adjoining recesses 32 and can be separated out of the slide upper side 25 to produce a removal opening.

Furthermore, the blank 13 on the one hand glue points 35 for the slide corner tabs 29 and continuous glue strips 36 in the region of the slide side tabs 30 for gluing the same.

Another peculiarity of the slider 12 is that upright slider packing edges 37 are formed on both sides of the slider front 24 as round edges. For this purpose, corresponding material weakenings in the blank 23 in the region of the slider front side 24th intended. The two upright packing edges on both sides of the slider back 26 are formed as standardized rectangular packing edges.

The folded sleeve 12 according to FIG. 5 is formed such that the slider side tabs 30 overlap one another in the region of the slider narrow sides 31 and are glued together by the glue strips 36. The slider inner flap 28 is folded against the inside of the slide front side 24 and fastened there by the glue dots 35 at the upper edge of the slide front 24. The slider corner tabs 29 are secured in position by the glue dots in the area of the slider bottom side 25 and the slider top 27.

3 shows a blank 38 for the sleeve 1 1. As in the blank 23 for the slider 12, a sleeve front side 39, a sleeve bottom side 40, a sleeve back 41 and a sleeve top 42 in the blank 38 are arranged successively , These areas are separated by fold lines 15. At the sleeve top 42 is still a sleeve-insertion tab 43 connects. Side of the sleeve front 39 and the sleeve back 41 sleeve side tabs 44 are arranged to form sleeve narrow sides 45. Adjacent to the sleeve bottom side 40, sleeve corner tabs 46 are disposed on the sleeve side flaps 44 of the sleeve back 41.

In the area of the sleeve side tabs 44 of the sleeve front 39 glue strips 36 are in turn attached. The sleeve bottom side 40 is provided with glue points 35 for fastening the sleeve corner tabs 46.

In order to move the slider 12 in the sleeve 11, the sleeve blank 38 has two elongated openings 80, as sliding openings. The openings 80 are respectively arranged in the region of the sleeve front side 39 and the sleeve rear side 41 and extend into the region of the sleeve bottom side 40. In this way, the slides 12 can be grasped on the underside and laterally by the consumer and pushed upwards are used to remove cigarettes. The openings 80 extend at different distances, starting from the sleeve bottom side 40, along the sleeve Front side 39 and the sleeve-back 41 in the direction of the sleeve top 42. In this way, the slider 12 can be pushed out of the sleeve 1 1 different degrees. In the present case, the opening 80 in the region of the sleeve rear side 41 is longer than the opening 80 in the region of the sleeve front side 39, so that the rear slider 12 in FIG. 8 can be pushed further out of the sleeve 11 than the front slider 12. In this way, the removal of the package contents 13 from the rear slider 12 is facilitated, which would otherwise be adversely affected by the sleeve top 42. In the region of the upper edge of the sleeve front side 39, a contoured recess 47 is provided. In the region of the recess 47, the lower edge of the sleeve insertion tab 43 is pushed behind the sleeve front side 39 in order to close the sleeve (FIG. 7). The sleeve has rounded sleeve packing edges 48 both on both sides of the sleeve front 39 and on both sides of the sleeve back 41.

Within the sleeve 11 find exactly two slides 12 recording. Due to the arrangement of the slide 12 with slide-back 26 of a slider 12 on the slider back 26 of another slider 12, the slider packing edges 37 are positioned with rounded cross-section in the corresponding rounded packing edge 48 of the sleeve 11. Accordingly, the rectangular formed packing edges in the area of the slider backs 26 facing each other.

The area 33 delimited by material weakening 34 in the slide upper sides 27 can be adhesively bonded to the inside of the sleeve top 40, so that the first time the lid of the sleeve 1 1 or the sleeve top 40 opens, the areas 33 from the slide top sides 27 are cut out (Fig. 8).

Even if the packing edges were designed as round edges above, it is of course also conceivable that the corresponding packing edges also may be formed as beveled edges, or as another type of special edges.

Fig. 9 to Fig. 15 shows a second embodiment of the invention. The inner liner 14 corresponds to the blank 4 shown in the first exemplary embodiment according to FIGS. 1 to 8.

A blank 49 for the sleeve 11 according to FIG. 9 differs from the blank 38 according to FIG. 3 in several points. On the one hand, the sleeve insertion strap 43 is shorter. Fits thereto, the sleeve front side 39 no edge-side recess 47, but a spaced apart from the upper edge of the sleeve front incision 50. In this recess 50, the lower end of the sleeve insertion tab 43 is inserted to close the package 10 (Fig. 12).

Another special feature consists in means for limiting the displaceability of the slide 12 within the sleeve 11th

On the one hand, the slides 12 each have a tab 51, 52 formed by punching in the area of the slide side tabs 30. The tabs 51, 52 are foldable about a fold line 53 as shown in Fig. 11, such that free edges of the tabs 51, 52 point in the direction of the slide top 27. Of importance is that the tabs 51, 52 are arranged in the region of the opposite slider narrow sides 31 at different heights with respect to the longitudinal axis of the sleeve 11. In this way, results in the arrangement of the sleeves 1 1 "back to back" positioning of the tabs 51, 52 as shown in Fig. 11, namely in the range of adjacent slider narrow sides 31 but at different heights. The sleeve 11 according to FIG. 9 has corresponding members, namely two tabs 54, which are arranged at the upper edge of a slide side flap 30 and can be folded around a common fold line 55 in such a way that they reach with their free edge in the direction of the sleeve. Bottom side 40 point. Unlike the tabs 51, 52 on the sliders 12, the tabs 54, however, for Folded inside the sleeve 1 1, so that they come into contact with the outside of the sliders 12 arranged tabs 51, 52 as soon as the slide 12 are pushed correspondingly far within the sleeve 1 1 upwards. Due to the mutually folded arrangement of the tabs 51, 52, 54 results in a hooking the same. In addition, the movement of the slide 12 within the sleeve 1 1 by the friction of the tabs 51, 52, and 54 braked against each other before the constructive predetermined end position of the slider 12 is reached. By arranging the tabs 51, 52 at different heights, the two slides 12 can be pushed out of the sleeve 1 1 to different extents, as shown in FIG. 13. However, the identical construction of the slider 12 is maintained. In the illustration according to FIG. 14, it can be seen that the package contents 13 in both slides 12 need not have the same amount of cigarettes. Shown is a solution according to which a package contents has only twelve and the other package contents thirteen cigarettes. In this way, the preferred filling in some countries with twenty-five cigarettes is realized. It is understood that other cigarette formations are conceivable, for example, with more or fewer rows of cigarettes.

FIG. 16 shows a variant in which the recesses 32 of the slides 12 are covered on the upper side by a respective closure tape 56. The closure tape 56 extends over both back-to-back slides 12. The closure tape 56 is dimensioned so that it completely covers the openings formed in the slides 12 and protrudes laterally beyond the openings, so that a secure connection, for example a bond with the Sliders 12 is guaranteed.

Furthermore, it is conceivable that the closure of the openings in such a way that the slide 12 are formed as a sealing packs. In this case, it is also possible to dispense with the innerliner 14. To open the closure tape 56, a gripping tab 57 is provided on a free edge of the tape 56 in the area of the slider front side 24 and the slider rear side 26. In this way, the closure tape can be opened independently of the orientation of the slider 12 in the sleeve 11. In addition, the two required slide 12 can be made identical.

In the solution shown in Fig. 16 can also be dispensed with the area 33 on the slide top 27. However, it is also conceivable to provide the region 33 and to connect it to the closure tape 56 so that this region 33 is separated out of the sliders 12 when the respective closure tape 56 is opened for the first time.

Fig. 18 shows a schematic representation of a device or the sequence of a method for producing packages 10 according to FIGS. 1 to 17-.

Starting from a cigarette magazine 58, the production initially runs two lanes according to the number of slides 12 in a sleeve 11. The cigarettes are kept in upright shafts and deported from the shafts of the cigarette magazine 58 in a two-lane cigarette turret 59.

After rotation of the cigarette turret 59 by 180 °, the groups of cigarettes are ejected from the cigarette turret 59 and transported along a horizontal two-lane conveyor line in the direction of arrow 60. The formation of groups of cigarettes with a different number of cigarettes can be considered when ejected from the cigarette magazine 58. In the next step, the cigarette groups are sheathed in the innerliner 14. This is done in a wrapping station 61, which is also formed two lanes. The blanks for the Innerliner 14 are withdrawn as a continuous web of two bobbins and then separated the blanks. After that, the cigarette groups are held against the Innerliner blanks 14 driven and wrapped in these in a known manner. Following wrapping in the innerliner 14, the package contents 13 thus formed are transported along a further horizontal transport path in the direction of arrow 62.

Next, the package contents 13 are inserted in pairs into correspondingly arranged pockets 63 of a two-lane folding turret 64. Previously, however, blanks 23 are removed for the slider 12 from a blank magazine 65 preferably above the folding turret 64 and inserted into the pockets 63 and thereby pre-folded. After feeding the package contents 13, the completion of the slide 12 in a known manner. In this case, after the ejection of the slide 12 from the folding turret 64, the folding of the slide side tabs 30 is still performed while the slide 12 are transported along a further horizontal transport line along arrow 66.

For setting glue connections, the slides 12 are inserted into a two-lane drying wheel 67. During the rotation of the slides 12 on the drying wheel 67, at least some glue joints may set. Thereafter, the slide 12 are successively ejected from the drying wheel 67 and transported along a single-lane conveyor line successively in the direction of arrow 68. When pushing out the slider 12 from the drying wheel 67 is to ensure that the slide 12 are optionally alternately ejected with different contents. This ensures that each pack 10 will later contain the same number of cigarettes.

During further transport in the region of the single-track conveyor section, the slides 12 are dammed up and transported in the direction of arrow 69. The pent-up slide 12 are then inserted in groups in another dry wheel 70, so that the setting of the glue can be stopped.

Thereafter, the slides 12 are conveyed along a subsequent single-track conveying path in the direction of arrow 71. At the end of the single-track conveyor section, the slide 12 are in turn dammed and transported in pairs in the direction of a subsequent horizontal conveyor line in the direction of arrow 72. According to the previous production, the pairs of slides 12 are each with slide front 24 on a slider back 26 of another Slide 12. So that the slider 12 in the correct relative position "back to back" get the slides 12 must be rotated. This takes place during the further transport along the one-lane horizontal transport route. For this purpose, the known from the prior art means such as packing switches can be used.

In the next step, the slides 12 are packed in a sleeve 11. For this purpose, another folding turret 73, which is associated with a blank magazine 74 with blanks 38 for the sleeves 1 1 is used. As with the folding turret 64, the blanks 38 are first removed from the blank magazine 74 and inserted into pockets 75 of the folding turret 73 and prefolded. Thereafter, a pair of slides 12 is moved into the pocket 75 and the folding of the blank 38 completed, as on the first folding turret 64 at the sliders 12th

Following the merger of the sleeve 1 1 with two slides 12 so finished packages 10 are fed to a single-lane dry wheel 76. The drying wheel 76 is adjoined by a smaller transfer turret 77, which transfers the packages 10 to a horizontal conveying path in the direction of the arrow 78. The packs 10 are then transferred last in groups in another dry wheel 79. W

16

LIST OF REFERENCE NUMBERS

5

10 pack 39 sleeve front

1 1 sleeve 40 sleeve bottom side

12 sliders 41 sleeve back

13 Package Contents 42 Sleeve Top

14 Inner liner 43 Sleeve insert

15 fold lines 44 sleeve side lobes

16 innerliner bottom side 45 sleeve narrow sides

17 Innerliner front 46 Sleeve corner flaps

18 Inner liner back 47 recess

19 innerliner top 48 sleeve packing edges

20 Innerliner narrow side 49 Sleeve cut

21 Material weakening 50 Incision

22 tear flap 51 flap

23 slider cut 52 tab

24 slider front 53 fold line

25 slide bottom side 54 tab

26 slider back 55 fold line

27 Slide top 56 Closure tape

28 Slider inner flap 57 Grip bottle

29 pusher corner lobes 58 cigarette magazine

30 pusher side lobes 59 cigarette turrets

31 slider narrow sides 60 arrow

32 recess 61 Einhüllstation

33 area 62 arrow

34 Material weakening 63 Bag

35 glue points 64 folding turret

36 glue strips 65 blank magazine

37 slider edge 66 arrow

38 Sleeve cutting 67 Drying wheel arrow

arrow

Dry wheel arrow

arrow

Folding turret blank magazine pockets

Dry wheel transfer turret arrow

Dry wheel opening

Claims

claims

A pack for cigarettes, comprising at least one pusher (12) for receiving a package contents (13), in particular a cigarette group, and a sleeve (11) surrounding the or each pusher (12), the pod

(11) a large-area sleeve front (39) and a corresponding opposite sleeve back (41), and sleeve front (39) and

Sleeve back (41) interconnecting sleeve narrow sides (45) and wherein adjacent sleeve sides (39, 41, 45) by upright sleeve-packing edges (48) are interconnected, characterized in that the sleeve packing edges (48 ) are rounded and / or bevelled and that at least two slides (12) are arranged in the sleeve (11), which are adapted to the shape of the rounded and / or beveled sleeve packing edges (48), wherein the slide

(12) are formed consistently.

2. Packing for cigarettes according to claim 1, characterized in that the slide (12) has a large-area slide front (24) and a corresponding opposite slider back (26), and slide front (24) and slide back (26 Slider narrow sides (31) interconnecting with each other, wherein adjacent slide sides (24, 26, 31) are interconnected by upright slider packing edges (37), and wherein the slider packing edges (37) abut the rounded and / or tapered sleeve packing edges (48) are adapted adapted.

3. Packing for cigarettes according to claim 2, characterized in that two slides (12) with their slider backs (26) are positioned adjacent to each other within the sleeve (1) and that the slider-packing edges (37) in the region of the slide front sides (24) are rounded and / or chamfered, corresponding to the rounded and / or bevelled sleeve packing edges (48) and that the slider Pack edge in the area of the slider backs (26) are formed at right angles.

4. A package according to claim 2 or one of the further preceding claims, characterized in that the slide (12) in the region of

Slider front (24) and the slider back (26) have an upper side recess (32) for removing the package contents (13), wherein preferably the recesses (32) in the region of the slide front (24) and the slider back (26) are formed consistently.

5. A package according to claim 1 or one of the further preceding claims, characterized in that the slide (12) are movable within the sleeve (11) due to stops or connecting means only to a limited extent, each slide (12) a plurality of stops or connecting means which are preferably arranged on different sides and / or at different heights with respect to a longitudinal axis of the slide (12) and cooperate with corresponding means on the inside of the sleeve (1 1), such that the slides (12) in different circumferences within the sleeve (1 1) are movable.

6. A package according to claim 5, characterized in that the slide (1 1) in the region of opposite slide narrow sides (31) each have a protruding tab (51, 52) which are mounted at different heights and that the sleeve (11 ) in the region of a sleeve narrow side (45) has two corresponding tabs (54), due to the arrangement of the slide (2) with their slide backs (26) adjacent to each other in the sleeve (1 1) with the arranged at different heights tabs (51, 52) of the slide (12) cooperates to limit the mobility of the slide (12) within the sleeve (1 1) for each slide (12) to varying degrees.

7. A package according to claim 1 or one of the further preceding claims, characterized in that the sleeve (1 1) has a sleeve bottom side (40), wherein the sleeve bottom side (40) and each adjacent sleeve front side (39) and sleeve rear side (41) have an opening (80), in particular a slide opening, for moving in each case a slide (12), wherein preferably the openings (80) starting from the sleeve bottom side (40 ) have a different longitudinal extension in the direction of a sleeve top side (42), such that the slides (12) are displaceable at different distances within the sleeve (11), preferably such that an adjacent to the pivotable sleeve top (40) as a lid the sleeve (11) arranged slide (12) is further pushed out of the sleeve (11) arranged as the at least one other slide (12).

8. Pack according to claim 1 or one of the further preceding claims, characterized in that the sleeve (11) has a sleeve top (42) as a lid which is pivotally hinged to the sleeve back (41), wherein the sleeve Top (42) is connected to areas (33) of slide top (27), in particular in each case in the region between the two recesses (32), such that when opening the lid associated with the sleeve top (42) and preferably areas (33) of the slide upper sides (27) which are delimited by lines of weakness (34) are removed from the slides (12) in order to expose a removal opening for the package contents (13) in the region of the recesses (32).

9. A package according to claim 8 or one of the further preceding claims, characterized in that the slide (12) has a slide on the upper sides (27) adjoining slide inner flap (28) as a locking tab on the inside of the slider front (24) is fixed, in particular by gluing, and that the closure flap as the slider front side (24) has a corresponding recess (32) for the removal opening.

10. A package according to claim 8 or one of the further preceding claims, characterized in that the sleeve top side (42) has a sleeve insertion tab (43) which in a in the region of the sleeve front side (39) formed incision (50). is insertable to close the lid.

1 1. A package according to claim 1 or one of the further preceding claims, characterized in that the slide (12) in the region of slide top sides (27) have a removal opening, the before use of the package (10) by a preferably common closure means, in particular, a closure tape (56), in particular sealed to a sealing pack.

12. A method for producing packages (10) for cigarettes in particular according to claim 1, characterized in that from a magazine (58) for cigarettes each at least two groups of cigarettes ejected and parallel to each other in an inner sheath (14) are wrapped to form at least two Package contents (13), and that thereafter the package contents (13) in pockets (63) of a corresponding multi-lane folding turret (64) are inserted in which are blanks (23) for a slider (12), and that the blanks (23) on the folding turret (64) folded around the respective package contents (13) and then the slide (12) a corresponding multi-lane drying device, in particular a drying turret (67), fed, and that the slide (12) successively ejected from the multi-lane drying device and behind one another along a single-lane transport section another, in particular single-lane, Folding turret (73) for the sleeve (1 1) are fed, wherein the slides (12) during transport, in particular in the region of the single-lane transport path are rotated so that the slide (12) with their slide backs (26) to each other according to the arrangement in the sleeve (1 1).

13. The method according to claim 12, characterized in that blanks (38) for the sleeve (11) in pockets (75) of the single-lane folding turret (73) are introduced and that thereafter two slides (12) preferably with their slide backs (26 ) are inserted into each other in the pocket (75) and the folding of the blank (38) for the sleeve (11) takes place.

14. A device for producing pack for cigarettes in particular according to claim 1, characterized by aggregates for multi-lane production of the slide (12), in particular a two-lane folding turret (64) and at least one subsequent two-lane drying turret (67), and subsequently arranged aggregates for the single-lane production of the sleeve (11), in particular a single-leaf folding turret (73) and at least one subsequent drying turret (76).

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