DE102012112699A1 - Method and device for producing a cigarette packet of the Shell and Slide type - Google Patents

Abstract

The invention relates to a method for producing a (cigarette) pack (10) of the shell and slide type, the pack (10) having an outer pack (15) in the manner of a sleeve and an inner pack (14) which is in the outer pack ( 15) is arranged displaceably, and a blank (33) for the outer pack (15) is removed from a magazine (34) and erected into a sleeve, and then the inner pack (14) is pushed into the erected outer pack (15). The invention is characterized in that the outer pack (15) is held ready in the region of a transport path (27) after being erected to accommodate the inner pack (14), the outer pack (15) being arranged in the transport path (27) such that longitudinal sides (82) of the outer pack (15) are directed parallel to the transport path (27) and the inner pack (14) is moved in a corresponding relative position along the transport path (27) and is pushed into the outer pack (15).

Description

The invention relates to a method for producing a (cigarette) pack of the shell and slide type, the pack having an outer pack in the manner of a sleeve and an inner pack, which is arranged displaceably in the outer pack, and wherein a blank for the outer pack of a Magazine is removed and erected into a sleeve and then the inner pack is inserted into the erected outer pack, according to the preamble of claim 1.

Furthermore, the invention relates to a corresponding device according to the preamble of claim 8.

Cigarette packs of the Shell and Slide type are known in practice in numerous embodiments. Coinciding is the structure of an outer pack (sleeve) in which an inner pack (slider) is slidably mounted. The contents of the pack (cigarette block) are arranged in the inner pack. Access to the contents of the package is achieved by moving the inner pack in the outer pack so that a removal opening of the inner pack is exposed.

The production of such packages is usually on machines with multiple folding turrets for each of the inner package and the outer package. Unfortunately, the construction of the folding turrets for the production of packages of this type is very complex, so that only low production speeds can be achieved.

On this basis, the invention has the object, further develop devices of the type mentioned, especially with regard to a higher production speed.

A method for achieving this object has the features of claim 1. It is therefore provided that the outer package after erecting for receiving the inner pack in the region of a transport path, in particular a board web is held, the outer pack is arranged in the transport path, that longitudinal sides of the outer pack are directed parallel to the transport path and wherein the inner pack moved in a corresponding relative position along the transport path and inserted into the outer package.

An advantage of this solution is, in particular, that it is possible to dispense with a second folding turret for producing or filling the outer package. Instead, the outer package is erected and deposited in the transport path along which the inner pack is transported. The relative position of the outer pack and the inner pack is chosen so that a combination of the same is possible in a simple manner.

According to a preferred development of the invention, it is provided that the blank for the outer package is transported along a blank web after removal from the magazine, longitudinal sides of the blank preferably being directed transversely to the transport direction, and wherein the blank is grasped by a gripping member and in the transport path discontinued and thereby erected, wherein the transport path is preferably directed transversely to the blank web.

A preferred embodiment provides that the preferably flat folded blank is moved by means of the gripping member against a arranged in the transport section erector and thereby at least partially erected, in particular such that a transversely to the longitudinal extent of the blank sheet directed longitudinal side of the blank, in particular a longitudinal edge in Area of the long side, is moved against the Aufrichtorgan, whereby the blank is erected into a sleeve, and preferably wherein a contact surface of the Aufrichtorgans, on which the longitudinal side of the blank comes to rest, in cross-section is at least partially curved and the contact surface and the longitudinal side be moved relative to each other for erecting the blank.

Furthermore, it can be provided that the Aufrichtorgan cooperates with a counter-erector, wherein the counter-erector is brought to a longitudinal side of the blank to the plant, which is opposite to the contact surface abutting the longitudinal side, and preferably Aufrichtorgan and Gegenrichtrichter are coupled together.

With regard to the supply of the inner pack to the outer pack can be provided that the erected blank for the outer pack is held by the gripping member in the transport path, while an inner pack is preferably conveyed by carriers of a conveyor belt along the transport path and inserted into the outer pack, and wherein the Blank for the outer package between two consecutive carriers of the conveyor belt introduced and then straightened.

Another special feature may consist in that in the transport section insertion members of an insertion, in particular a mouthpiece, are arranged for the delivery of the inner pack in the outer pack, wherein the Einführorgane the insertion in the conveying path of the inner pack are arranged and conveyed through the conveyed along the transport route inner pack in the outer pack, so that the inner pack are passed through the insertion of the insertion into the outer pack.

Alternatively, the procedure may be such that the erected blank for the outer package is moved after being erected in the transport path in such a way that insertion members of an insertion aid, in particular of a mouthpiece, are introduced into the outer package for the inner package.

An apparatus for solving the above-mentioned problem has the features of claim 8. It is therefore provided that the inner pack is conveyable along a transport path, wherein the erected outer pack is arranged in the transport path that longitudinal sides of the outer pack are directed parallel to the transport path, and wherein the inner pack conveyed in a corresponding relative position along the transport path and in the outer pack is insertable.

According to a preferred development of the invention it is proposed that a gripping member is provided for detecting a blank for the outer package and for feeding the blank into the transport path for the inner pack, wherein a Aufrichtorgan is arranged in the transport path against which the blank by means of the gripping member is movable under erection of the blank.

Furthermore, it can be provided that the Aufrichtorgan works together with a counter-erector, Aufrichtorgan and Gegenrichtrichter come to opposite longitudinal sides of the blank or the at least partially raised outer pack to the plant and preferably wherein the Aufrichtorgan and the counter-erector are coupled together.

In a preferred embodiment of the invention, the gripping member and the Aufrichtorgan and / or the Aufrichtorgan and the counter-erector for erecting the blank work together, in particular such that the Aufrichtorgan or the counter-erector are pivotally mounted and are pivotable such that the supplied by the gripping member Blank is erectable.

A special feature may consist in that the Aufrichtorgan has a curved cross-section contact surface, which can be brought by relative movement between the gripping member and Aufrichtorgan each other in contact with a longitudinal side or longitudinal edge of the blank for the outer cover, such that the longitudinal side or longitudinal edge of The curved contact surface is guided along the erection of the blank.

A further special feature can furthermore be that an insertion aid for introducing the inner packaging into the outer packaging is arranged in the region of the transporting path, wherein the inner packaging can be conveyed through carriers of a conveyor belt through the insertion aid and into the outer packaging.

According to a first embodiment it can be provided that introduction organs of the insertion aid are arranged at least partially in the transport path of the inner pack projecting in the region of the transport path, wherein the introduction organs are formed from a flexible material and can be folded by the inner pack in the outer pack, that the inner pack in the outer pack is insertable, wherein preferably several Einführorgane are provided, which are respectively arranged according to the side surfaces of the supplied inner pack or associated with these, preferably in the region of a front or back and in the region of opposite longitudinal sides.

Preferably, the insertion aid is detachably arranged in the transport path of the inner pack, wherein the insertion aid is formed together with the introduction organs as a common replaceable unit.

According to a second embodiment it can be provided that introduction organs of the insertion aid are preferably arranged stationarily in the region of the transport path, whereby the blank for the outer packaging can be pushed onto the introduction organs of the insertion aid during erection or following erection, in particular by means of the gripping member in that the inner pack can be pushed into the outer pack.

Another special feature may consist in that the outer pack is arranged in the transport path for inserting the inner pack so that the outer pack and inner pack are arranged offset in height, in particular such that the transport path in the region of the outer pack has a recess, so that the inner pack without colliding with a corresponding, arranged in the recess wall of the outer pack in the outer pack can be inserted.

Preferred embodiments of the invention will be described below with reference to the drawing. In this show:

1 a device for producing cigarette packs of the "shell and slide" type in a schematic spatial representation,

2 a detail of the device in the area II of 1 on an enlarged scale,

3 a vertical section through the device along section line III-III in 2 .

4 and 5 a detail of the device in area IV of 3 on an enlarged scale,

6 a vertical section through the device along section line VI-VI in 2 .

7 an insertion aid in spatial representation,

8th a horizontal section through the device along section line VIII-VIII in 6 .

9 and 10 an alternative solution for erecting the blanks for the outer package as a vertical section through the transport path,

11 a horizontal section through the device along section line XI-XI in 10 , and

12 a vertical section through the device along section line XII-XII in 10 ,

The embodiments illustrated in the drawings are concerned with the manufacture of packages 10 for cigarettes. In the present case, the packages are 10 to those of the type "shell and slide". This pack type is a cigarette block 11 consisting of a cigarette group 13 in an interior blank 12 is wrapped in an inner pack 14 arranged. The inner pack 14 is also called slider.

The inner pack 14 finds inclusion in an outer pack 15 , It is a closed in cross-section, open at both ends outer pack 15 which is also called sleeve.

In the preparation of the pack 10 The procedure is that first cigarettes from a cigarette magazine 16 by means of a pestle 17 in pockets of a cigarette revolver 18 be supplied. From the cigarette revolver 18 is then with the help of a driver 19 the cigarette group 13 pushed out and during transport along a hinted cigarette path 20 with the inside cut 12 wrapped.

Then the cigarette block 11 over a stage 21 a folding turret 22 for the inner pack 14 fed. blanks 23 for the inner pack 14 become from a magazine 24 taken and in a position above a bag 25 the folding turret 22 promoted and by means of a bumper 26 in the pocket 25 introduced, wherein a part of the folding flaps of the blank 23 be folded.

In the partially prefolded inner pack 14 is then off the stage 21 Coming the cigarette block 11 introduced. After that, the folding of the inner pack 14 during the further circulation of the folding turret 22 completed and the extent completed interior package 14 along a to the folding turret 22 subsequent transport path 27 promoted.

During further transport of the inner pack 14 along the transport track 27 will be the inner pack 14 in the outer pack 15 introduced (as will be described in detail below). In the area of a transfer station 28 become the finished packs 10 then transported away.

The transport railway 27 is in 2 clearly visible. The transport railway 27 joins the folding turret 22 and in the present embodiment extends straight to the transfer station 28 , It is understood that the transport path 27 may also be shorter or curved or angled.

Within the transport track 27 become the interior packs 14 promoted at a distance from each other sequentially. In addition, the transport takes place continuously.

The interior packs 14 are arranged such that their longitudinal extent points in the transport direction. Accordingly, long sides of the inner packaging 14 directed parallel to the transport direction, whereas end faces or transverse sides are directed transversely to the transport direction.

The transport of the inner packings 14 along the transport track 27 via or by means of a conveyor belt 29 , In the present case, the conveyor belt 29 radially projecting driver 30 on, the back of the inner packs 14 abut and these in the conveying direction according to arrow 31 transport.

In the transport path of the inner pack 14 along the transport track 27 is a station 32 for merging inner pack 14 and outer pack 15 intended. Before this station 32 however, will be explained in detail, should initially the feeding of the outer pack 15 to the station 32 to be discribed. In this regard, it is provided that blanks 33 for the outer pack 15 lying flat in a magazine 34 are arranged. The blanks 33 are already connected to a closed sleeve and transferred by folding into a flat configuration. The flat folded blanks 33 be individually in the range of one Bottom of the magazine 34 taken and along a blank track 35 transported, namely in the direction of the transport path 27 ,

For removing the blanks 33 from the magazine 34 and for transporting them in the direction of the transport path 27 a special combined extraction and conveying device is provided, which the blanks 33 one after the other from the magazine 34 removes and in sealing position in the direction of the blank web 27 promotes.

The removal and conveying member has a suction device 36 with an upper suction plate 37 , The suction organ 36 has vacuum channels 38 in the area of the top of the suction plate 37 lead. The vacuum channels 38 Stand over a vacuum line 39 with a vacuum source not shown in connection.

The suction organ 36 is for a horizontally reciprocating motion via a lever 40 with a drive 41 coupled. In stock 42 of the lever 40 on the suction organ 36 seizes another lever 43 An articulated with a third lever 44 and a fourth lever 45 connected is. The levers 44 . 45 are each pivotable about a fixed bearing 46 . 47 arranged. Another lever 48 is pivotable on the lever 44 arranged and leads to a warehouse 49 in the area of an underside of the suction member 36 ,

Further (rotary) bearings 50 ... 53 are each provided for connecting the various levers with each other ( 3 ).

Due to the described coupling of the lever with the suction device 36 on the one hand and the drive 41 on the other hand, a horizontal reciprocating movement of the suction plate 37 below the magazine 34 be effected. The lowest cut 33 in the magazine 34 can do this via the vacuum channels 38 placed in suction holes at the top of the suction plate 37 open, subjected to a negative pressure and pulled out of the magazine and along the blank path 35 be transported. The already from the magazine 34 cut out blanks 33 are then through the subsequent blanks 33 continue in the direction of the transport line 27 promoted.

The blanks 33 are in the magazine 34 arranged so that they without changing the relative position in the transport path 27 can be promoted. Because the blank track 35 across the transport line 27 runs, the blanks become 33 transversely along the blank track 35 transported. The blanks 33 then reach the transport track 27 so that the interior packs 14 during transport along the blank track 27 can be inserted.

A special feature is the introduction of blanks 33 in the transport lane 27 related to the erection of the blanks 33 stands. In the area of the station 32 at the intersection of blank track 35 and transport path 27 is a gripping organ 54 provided, which in each case the foremost cut 33 in the blank track 35 recorded and in the transport path 27 settles and straightens it.

An essential part of the gripping organ 54 is a suction plate 55 , above the blank track 35 or the transport path 27 is arranged. The underside of the suction plate 55 is acted on via suction holes with a negative pressure, so that a single blank 33 at the bottom of the suction plate 55 can be held. About a below to be described in detail lever geometry, the suction plate 55 or the blank 33 at the end of the blank track 35 be detected and essentially in a horizontal plane in the direction of the blank path 27 to be moved. Only for raising and lowering the blank 33 performs the suction plate 35 a movement in the vertical direction, which is superimposed with the lateral movement. The reciprocating movement of the suction plate 55 is in 4 with a double arrow 56 indicated.

The suction plate 55 is over two cantilevered levers 57 . 58 in two camps 59 . 60 with two levers 61 . 62 articulated. The first lever 61 is about another camp 63 on a pivot lever 64 stored, in turn, a stationary warehouse 65 is arranged pivotally. The lever 61 extends over the camp 63 out and in a warehouse 66 swiveling with an intermediate lever 67 connected, the eccentric to a drive pulley 69 is stored, namely in a crosspoint 70 , Starting from the crosspoint 70 extends the second lever 62 to the camp 60 ,

By turning the drive pulley 69 can the suction plate 55 according to double arrow 56 or as in 4 and 5 shown to be moved.

The gripping organ 54 works together with a straightening device 71 , The erector 71 has a Aufrichtorgan 72 and a counter-judge 73 in the area of the station 32 in the transport lane 27 protrude.

The erector 72 and the counter-instructor 73 are connected to a jointly movable unit or on a common carrier 74 arranged. The carrier 74 is via a pivot lever 75 pivotally mounted according to arrow 76 in 4 , The swivel lever 75 turn is articulated via a coupling rod 77 with a lever 78 coupled, according to arrow 79 is movable back and forth.

The erector 72 protrudes from outside into the transport lane 27 into it and has a curved contact surface 80 , The counter-instructor 73 however, protrudes from below into the transport path 27 into it and has a straight contact surface.

The movement of the erector 72 and the counterclaimer 73 is in a special way to the supply of a blank 33 customized. As it turned out 5 results, the Aufrichtorgan 72 in the transport lane 27 pivoted in, leaving a longitudinal edge 81 of the blank 33 in contact with the contact surface 80 of the erector 72 comes. This takes place during the lateral transport of the blank 33 by means of the gripping member 54 , The plant of the longitudinal edge 81 takes place before the cut 33 its final location within the blank track 27 has reached. During the continuation of the transport of the blank 33 slides the longitudinal edge 81 at the curved contact surface 81 along and is thereby deflected downward, causing the blank 33 is gradually raised. During the erection of the blank 33 becomes the erector 72 and the counter-instructor 73 gradually into a position according to 4 pivoted. 4 shows the finished erected blank 33 , This is the counter-instructor 73 on one longitudinal side 82 the sleeve-like outer pack 15 at.

Furthermore, it can be provided that when erecting the blank 33 it is ensured that the restoring forces of the material of the blanks are taken into account so that the blank 33 is not deformed back to its original shape after erection. For this purpose, for example, be provided that the blank 33 is moved beyond the rectangular cross-sectional shape.

Another special feature of the invention results from 6 to 8th , In the transport railway 27 is therefore an insertion aid 83 arranged. The insertion aid 83 is located directly at the station 32 upstream. The insertion aid 83 serves to facilitate the insertion of the inner pack 14 in the outer pack 15 ,

The insertion aid 83 is designed as a coherent unit, so that it can be easily replaced. In the present case, there is the insertion aid 83 from a C-shaped carrier 84 as well as several introduction organs 85 when inserting the inner pack 14 in the erected outer pack 15 help.

At the introduction organs 85 These are strips of material made of a flexible material, which are so on the carrier 84 arranged that they are in the transport path of the inner pack 14 (slightly) protrude. The insertion aid 83 is positioned such that the introducers 85 through the inner pack 14 be folded or bent and thereby in the outer pack 15 protrude. The inner pack 14 then slides on the folded or bent introduction organs 85 along, causing a collision with side edges of the outer pack 15 is avoided.

In the embodiment shown, the introduction organs 85 in the area of a top of the inner pack 14 as well as in the area of the two long sides 82 the inner pack 14 positioned. In the area of a bottom of the inner pack 14 is not an introducer 85 positioned. Instead, the outer pack is 15 slightly lower than the inner pack 14 so that even in the area of the bottom of the inner pack 14 no collision with one side edge of the outer pack 15 can be done. For positioning the outer pack 15 slightly below the conveying path of the inner pack 14 is an offset accordingly 86 in the course of the transport path 27 educated. The introduction organs 85 make up together with the offset 85 a kind of mouthpiece for the supply of the inner pack 14 in the outer pack.

Continue to show 6 and 7 that the transport path 27 side guides 87 as well as an upper management 88 having. Corresponding to the folded inner pack 14 held on all four sides and can not jump up unintentionally. Also the carrier 84 is according to the side guides 87 and the top leadership 88 positioned so that the lead up to the area of the station 32 is extended.

An alternative solution for erecting the outer pack 15 and for inserting the inner pack 14 is in 9 to 12 shown. In the area of the station 32 is a special erector 89 arranged, the structure and operation of which is described in detail below:
The erector 89 has a plurality of suction organs 90 , with which a flat folded blank 33 for the outer pack 15 recorded and by lowering the Aufrichtorgans 89 can be raised. The feeding of the flat folded blanks 33 to Aufrichtorgan 89 done by means of the suction plate 37 ,

In addition, the Aufrichtorgan 89 as in 10 shown pivotally arranged, namely according to double arrow 91 , In this way, the erected outer pack 15 shifted laterally, namely against the transport direction of the inner pack 14 according to arrow 92 , By the side Moving the erected outer pack 15 This is about introducing organs 93 another insertion aid 83 slipped.

In the present case are the introduction organs 93 in the area of long sides 82 the inner pack 14 or outer pack 15 , At the introduction organs 92 it may be, for example, spring sheets. The introduction organs 93 are in the present embodiment at the end faces of the side guides 87 the conveyor belt 27 attached.

Because the introduction organs 93 in the outer pack 15 can protrude the inner pack 14 in the outer pack 15 be inserted without a collision with side edges of the outer pack 15 is to be feared.

11 and 12 show that when erecting the outer pack 15 a righting lever 94 is used, the side against the outer pack 15 is moved. On the opposite side surface is the outer pack 15 on a side guide 87 at.

After merging outer package 15 and inner pack 14 becomes the finished package 10 continue along the transport path 27 promoted to the area of the transfer station 28 , There are in the present embodiment, a high lift for lifting the pack 10 and means for transversely conveying the package 10 ,

LIST OF REFERENCE NUMBERS

10

pack

11

cigarette block

12

inner blank

13

cigarette group

14

interior package

15

overpack

16

cigarette magazine

17

tappet

18

cigarette revolver

19

takeaway

20

cigarettes train

21

stage

22

folding turret

23

Blank (inner pack)

24

Magazine (inner pack)

25

bag

26

jam

27

transport path

28

Transfer station

29

conveying member

30

takeaway

31

arrow

32

station

33

Blank (outer pack)

34

Magazine (outer pack)

35

blank path

36

suction element

37

suction plate

38

Vacuum channel

39

Vacuum line

40

lever

41

drive

42

camp

43

lever

44

lever

45

lever

46

camp

47

camp

48

lever

49

camp

50

camp

51

camp

52

camp

53

camp

54

gripping member

55

suction plate

56

double arrow

57

lever

58

lever

59

camp

60

camp

61

lever

62

lever

63

camp

64

pivoting lever

65

camp

66

camp

67

intermediate lever

68

camp

69

sheave

70

crosspoint

71

erector

72

erecting

73

Gegenaufrichter

74

carrier

75

pivoting lever

76

arrow

77

coupling rod

78

lever

79

arrow

80

contact surface

81

longitudinal edge

82

long side

83

insertion

84

carrier

85

Einführorgan

86

offset

87

cornering

88

upper guide

89

erecting

90

suction element

91

double arrow

92

arrow

93

Einführorgan

94

Aufrichthebel

Claims (17)

Method for producing a (cigarette) pack ( 10 ) of the Shell and Slide type, the package ( 10 ) an outer pack ( 15 ) in the manner of a sleeve and an inner pack ( 14 ), which in the outer package ( 15 ) is arranged displaceably, and wherein a blank ( 33 ) for the outer pack ( 15 ) from a magazine ( 34 ) and is erected into a sleeve and then the inner pack ( 14 ) in the erected outer pack ( 15 ) is inserted, characterized in that the outer package ( 15 ) after erection to receive the inner pack ( 14 ) in the area of a transport path ( 27 ), the outer package ( 15 ) in the transport path ( 27 ) is arranged that longitudinal sides ( 82 ) of the outer pack ( 15 ) parallel to the transport path ( 27 ) and wherein the inner package ( 14 ) in a corresponding relative position along the transport path ( 27 ) and into the outer pack ( 15 ) is inserted. Method according to claim 1, characterized in that the blank ( 33 ) for the outer pack ( 15 ) after removal from the magazine ( 34 ) along a blank track ( 35 ), wherein longitudinal sides of the blank ( 33 ) are preferably directed transversely to the transport direction, and wherein the blank ( 33 ) by a gripping member ( 54 ) and in the transport path ( 27 ) and thereby erected, wherein the transport path ( 27 ) preferably transversely to the blank web ( 35 ). A method according to claim 1 or 2, characterized in that the preferably flat folded blank ( 33 ) by means of the gripping member ( 54 ) against in the area of the transport route ( 27 ) erecting member ( 72 ) is moved and thereby at least partially erected, in particular such that a transverse to the longitudinal extent of the blank web ( 27 ) directed longitudinal side ( 82 ) of the blank ( 33 ), in particular a longitudinal edge ( 81 ) in the region of the longitudinal side ( 82 ), against the erector ( 72 ), whereby the blank ( 33 ) is erected into a sleeve, and wherein preferably a contact surface ( 80 ) of the erector ( 72 ), on which the long side ( 82 ) of the blank ( 33 ) comes to rest, is at least partially curved in cross-section and the contact surface ( 80 ) and the long side ( 82 ) are moved relative to each other for erecting the blank ( 33 ). Method according to claim 3, characterized in that the erector ( 72 ) with a counter-instructor ( 73 ), whereby the opposing 73 ) on one longitudinal side ( 82 ) of the blank ( 33 ) is brought to the plant, which at the contact surface ( 80 ) adjacent longitudinal side ( 82 ), and wherein preferably Aufrichtorgan ( 72 ) and counter-judges ( 73 ) are coupled together. Method according to claim 1 or one of the further preceding claims, characterized in that the erected blank ( 33 ) for the outer pack ( 15 ) by the gripping member ( 54 ) in the transport path ( 27 ) while an inner pack ( 14 ) by drivers ( 30 ) of a conveyor belt ( 29 ) along the transport path ( 27 ) and in the outer pack ( 15 ) and the blank ( 33 ) for the outer pack ( 15 ) between two consecutive drivers ( 30 ) of the conveyor belt ( 29 ) and then set up. Method according to Claim 1 or one of the further preceding claims, characterized in that in the region of the transport path ( 27 ) Introducers ( 85 . 93 ) an insertion aid ( 83 ), in particular a mouthpiece, for the supply of the inner package ( 14 ) in the outer pack ( 15 ), wherein the introduction organs ( 85 . 93 ) of the insertion aid ( 83 ) in the conveying path of the inner pack ( 14 ) are arranged and by the along the transport route ( 27 ) promoted inner pack ( 14 ) in the outer pack ( 15 ) so that the inner package ( 14 ) by the introduction organs ( 85 . 93 ) of the insertion aid ( 83 ) in the outer pack ( 15 ). Method according to claim 1 or one of the further preceding claims, characterized in that the erected blank ( 33 ) for the outer pack ( 15 ) after raising in the transport path ( 27 ) is moved such that introduction organs ( 93 ) an insertion aid ( 83 ), in particular a mouthpiece, for the inner pack ( 14 ) in the outer pack ( 15 ). Device for producing a (cigarette) pack of the Shell and Slide type, the pack ( 10 ) an outer pack ( 15 ) in the manner of a sleeve and an inner pack ( 14 ), which in the outer package ( 15 ) is arranged displaceably, and blanks ( 33 ) for the outer pack ( 15 ) folded in a magazine ( 34 ) are arranged, and wherein a Aufrichtorgan ( 72 ) is provided for the sleeve-like erection of the blanks ( 33 ) for the outer pack ( 15 ) after removal from the magazine ( 34 ), so that the inner pack ( 14 ) in the erected outer pack ( 15 ), characterized in that the inner package ( 14 ) along a transport path ( 27 ), the erected outer pack ( 15 ) in such a way the transport path ( 27 ) is arranged that longitudinal sides ( 82 ) of the outer pack ( 15 ) parallel to the transport path ( 27 ), and wherein the inner package ( 14 ) in a corresponding relative position along the transport path ( 27 ) and in the outer pack ( 15 ) can be inserted. Apparatus according to claim 8, characterized in that a gripping member ( 54 ) is provided for detecting a blank ( 33 ) for the outer pack ( 15 ) and for feeding the blank ( 33 ) in the transport path ( 27 ) for the inner pack ( 14 ), whereby in the transport path ( 27 ) a erecting member ( 72 ) is arranged against which the blank ( 33 ) by means of the gripping member ( 54 ) is movable while erecting the blank ( 33 ). Apparatus according to claim 9, characterized in that the erector ( 72 ) with a counter-instructor ( 73 ) works together, Aufrichtorgan ( 72 ) and counter-judges ( 73 ) on opposite longitudinal sides ( 82 ) of the blank ( 33 ) or the at least partially erected outer pack ( 15 ) and preferably wherein the Aufrichtorgan ( 72 ) and the counter-adjuster ( 73 ) are coupled together. Device according to claim 8 or one of the further preceding claims, characterized in that the gripping member ( 54 ) and the erector ( 72 ) and / or the erector ( 72 ) and the counter-adjuster ( 73 ) for erecting the blank ( 33 ), in particular such that the erector ( 72 ) or the counter-instructor ( 73 ) are pivotally mounted and are pivotable such that by the gripping member ( 54 ) supplied blank ( 33 ) is erectile. Device according to claim 8 or one of the further preceding claims, characterized in that the erector ( 72 ) has a curved cross-section contact surface ( 80 ), which by relative movement between gripping member ( 54 ) and erector ( 72 ) to each other in contact with a longitudinal side ( 82 ) or longitudinal edge ( 81 ) of the blank ( 33 ) for the outer wrapping ( 15 ) is engageable, such that the longitudinal side ( 82 ) or longitudinal edge ( 81 ) at the curved contact surface ( 80 ) is guided along the erection of the blank ( 33 ). Device according to claim 8 or one of the further preceding claims, characterized in that in the region of the transport path ( 27 ) an insertion aid ( 83 ) for the introduction of the inner pack ( 14 ) in the outer pack ( 15 ), wherein the inner package ( 14 ) by drivers ( 30 ) of a conveyor belt ( 29 ) through the insertion aid ( 83 ) and into the outer package ( 15 ) is conveyed into it. Apparatus according to claim 13, characterized in that insertion organs ( 85 ) of the insertion aid ( 83 ) at least partially in the transport path of the inner pack ( 14 ) projecting in the area of the transport path ( 27 ), wherein the introduction organs ( 85 ) formed of a flexible material and by the inner package ( 14 ) in the outer package ( 15 ), that the inner pack ( 14 ) in the outer pack ( 15 ), wherein preferably several introducers ( 85 ) are provided, which are respectively arranged according to the side surfaces of the supplied inner pack or associated with these, preferably in the region of a front or back and in the region of opposite longitudinal sides ( 82 ). Device according to claim 14, characterized in that the insertion aid ( 83 ) detachable in the transport path of the inner pack ( 14 ), wherein the insertion aid ( 83 ) together with the introduction organs ( 85 ) is designed as a commonly replaceable unit. Apparatus according to claim 13, characterized in that insertion organs ( 93 ) of the insertion aid ( 83 ) preferably stationary in the region of the transport path ( 27 ) are arranged, the blank ( 33 ) for the outer pack ( 15 ) during erection or following the erection on the introducers ( 93 ) of the insertion aid ( 83 ) is pushed, in particular by means of the gripping member ( 54 ), such that the inner package ( 14 ) in the outer pack ( 15 ) can be inserted. Device according to claim 1 or one of the further preceding claims, characterized in that the outer package ( 15 ) in the transport path ( 27 ) for inserting the inner pack ( 14 ) is arranged such that outer package ( 15 ) and inner pack ( 14 ) are arranged offset in height, in particular such that the transport path ( 27 ) in the field of exterior packaging ( 15 ) a recess ( 86 ), so that the inner pack ( 14 ) without colliding with a corresponding one, in the depression ( 86 ) arranged wall of the outer pack ( 15 ) in the outer pack ( 15 ) can be inserted.

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