KR200350388Y1 - The equipment of an automatic stack and vinyl packing for a carton of cigarettes - Google Patents

Abstract

The present invention relates to an automatic lamination packaging apparatus used in the packaging process of cartons of cigarettes, and more particularly, to automatically stack and transport cigarette scaffolds continuously supplied through a cigarette scaffold supply conveyor. A layer feeder, a transfer feeder for transporting and stacking a plurality of stacked cigarettes to the inside of the vinyl packer, and a vinyl feeder for supplying a heat shrinkable vinyl having a cutout groove at the top and the bottom thereof to the vinyl packer; A vinyl wrapping device having a side extra vinyl removing unit for wrapping the entire outer surface of the cigarette scaffold stacked with heat-shrink vinyl supplied from the vinyl supplying device and separating and removing excess side vinyl; It consists of ordinary heat shrinking device that heats up laminated product and packs it closely. Automatically stacking and relates to a cigarette means the bulwark of stacked cigarette that is adapted to automatically close packed with the heat-shrinkable plastic bulwark automatically layer plastic packaging device.

Description

The equipment of an automatic stack and vinyl packing for a carton of cigarettes}

The present invention relates to an automatic lamination packaging apparatus used in the packaging process of cartons of cigarettes, and more particularly, to automatically stack and transport cigarette scaffolds continuously supplied through a cigarette scaffold supply conveyor. A layer feeder, a transfer feeder for transporting and stacking a plurality of stacked cigarettes to the inside of the vinyl packer, and a vinyl feeder for supplying a heat shrinkable vinyl having a cutout groove at the top and the bottom thereof to the vinyl packer; A vinyl wrapping device having a side extra vinyl removing unit for wrapping the entire outer surface of the cigarette scaffold stacked with heat-shrink vinyl supplied from the vinyl supplying device and separating and removing excess side vinyl; It consists of ordinary heat shrinking device that heats up laminated product and packs it closely. Automatically stacking and relates to a cigarette means the bulwark of stacked cigarette that is adapted to automatically close packed with the heat-shrinkable plastic bulwark automatically layer plastic packaging device.

Conventional general shrink packaging machine as described in the shrink wrap machine of the Republic of Korea Utility Model Registration No. 20-0233424 and the vinyl shrink wrap device of the Republic of Korea Utility Model Registration No. 20-0230328, shrinkage film supplied Wrapped and then shrinked film is fused and cut, and the loosely wrapped packaged article is passed through the heat shrinker and heated to a predetermined temperature so that the shrink film shrinks tightly so that the unit is packaged. In order to pack the sorted products, a separate worker must artificially arrange and stack a number of items side by side, and then pass them into the shrink wrap machine. By shrinking and removing artificial shrink film There was a problem of delaying the power consumption and the work process, and the product wrapped with the shrink film passes through the heat shrinker, and when the airtight packaging is filled, the heated air fills in the space between the packaged article and the shrink film, resulting in swelling. It could not be completely packed tightly, and there was an inconvenience of removing the packed shrink film by using a tool such as a knife or scissors because the thick packed film was not easily removed when the packed packaged article was used.

The present invention is to solve the above problems, and to automate all packaging processes such as lamination and transfer of cigarette sconce, vinyl packing and extra vinyl removal, heat shrinkage, etc. To produce a vinyl-packed cigarette scaffolding and to form a dotted cut-out groove in the heat-shrinkable vinyl to ensure that the heated air escapes during the heat shrinkage, so that it is completely packed and packed in multiple layers. It is an object of the present invention to provide an automatic cigarette lamination plastic packaging device that can easily remove the plastic packaging without using other tools along the dotted cut groove when removing.

In order to achieve this purpose, an automatic lamination device for automatically stacking and transporting tobacco stalks continuously supplied through the cigarette sack supply conveyor into multiple stages, and transferring the stacked multiple layers of cigarette sack to the inside of the vinyl packing apparatus. A feeder, a vinyl feeder for supplying heat-shrinkable vinyl with cutouts at the top and bottom, respectively, to the vinyl packaging device, and the entire outer surface of the cigarette tray of multiple stages laminated with the heat-shrinkable vinyl supplied from the vinyl feeder. The present invention is composed of a vinyl packaging device having a side extra vinyl removal unit for wrapping the plastic bag and automatically separating and removing excess side vinyl, and a conventional heat shrinking device for heating the vinyl-packed laminated product and packing it closely. There is a characteristic of.

1 is an overall perspective view of a cigarette sconce automatic lamination vinyl packaging apparatus according to the present invention

2 is a schematic perspective view of an automatic lamination apparatus according to the present invention

Figure 3A is a schematic diagram showing a state before the lifting frame operation sensor unit operation of the automatic lamination apparatus according to the present invention

3B is a schematic diagram showing a state in which the lifting frame operation sensor unit of the automatic lamination apparatus according to the present invention operates

4 is a schematic cross-sectional view taken along the line A-A 'of FIG.

Figure 5 is a schematic diagram showing a state in which cigarette cigarettes are arranged side by side on the inner bottom surface of the automatic laminating portion of the automatic laminating apparatus according to the present invention

Figure 6 is a schematic view of a state in which the cigarette scaffolding is stacked on the upper surface of the laminated plate of the automatic stacking unit operation of the lifting frame operation of the automatic stacking device according to the present invention.

Figure 7 is a schematic diagram showing a state in which the cigarette is stacked in multiple stages inside the automatic stacking portion of the automatic stacking device according to the present invention is detected by the stack detection sensor

8 is a schematic diagram showing a state in which the laminated product transfer unit of the automatic lamination apparatus according to the present invention operates to transfer the cigarette scalar stacked in multiple stages to a transfer supply apparatus.

9 is a schematic perspective view of the feed supply apparatus according to the present invention

10 is an operation state diagram of the transfer supply apparatus according to the present invention

11 is a schematic overall perspective view of the vinyl supply device and the vinyl packaging device according to the present invention

12 is a perspective view of a vinyl packaging device according to the present invention

Figure 13 is a schematic diagram showing a state of cutting the heat shrink vinyl of the rear in the front and rear vinyl joint cutting portion while being covered with heat-shrink vinyl is transported laminated to the inside of the vinyl packaging device according to the present invention

14 is a schematic view showing a state in which the side vinyl joint cut portion and the side extra vinyl removal portion of the vinyl packaging device according to the present invention in operation

15 is a schematic perspective view of a heat shrink device according to the present invention

Figure 16 is a perspective view of the finished product automatically laminated vinyl packaging according to the present invention

<Description of Symbols for Major Parts of Drawings>

1. Cigarette sconce automatic lamination vinyl packing device 2. Cigarette sconce supply conveyor

3. Cigarette Buoy 4. Automatic Lamination Device

5. Feeder 6. Vinyl feeder

7. Vinyl packaging device 8. Heating shrinkage device

9. Automatic lamination part 10. Laminated product transfer part

11a, 11b. Laminates 12a, 12b. Side panels

13a, 13b. Defective product detection sensor 14. Lower panel

15a, 15b. Side bar 16. Slot

17. Lifting rail frame operation sensor part 18. Lifting plate

19a, 19b. Elevated rail frames 20a and 20b. Lower base frame

21a, 21b. Elastic piece 22. Base plate

23a, 23b. Pushpin 24a, 24b. Push protrusion access groove

25a, 25b. Lifting rail frame operation sensor 26a, 26b. Sensor contact member

27. Stacking detection sensor 28. Square frame

29a, 29b. Guide rail 30. Front feed support part

31. Rear feed support 32. Connecting frame

33. Transverse Cylinder 34. Front Panel

35. Front and lower cylinders 36a and 36b. Guide Block

37. Lower support plate 38. Mounting plate

39. Rear plate 40. Rear support plate

41. Base body 42. Information board

43. Pedestals 44a, 44b. Home

45. Stacked Product Input Plate 46. Input Cylinder

47a, 47b. Cutting grooves 48a, 48a ', 48b, 48b'. Heat shrinkable vinyl

49a, 49b. Vinyl supply part 50a, 50b. Cutout groove forming part

51a, 51b. Vinyl feed rollers 52a, 52b, 52c. Guide Roller

53a, 53b. Groove 54a, 54b. Cutting rod

55a, 55b. Central axis 56a, 56b. Cutting blade

57a, 57b. Body 58. Framed Frame

59. Front and back side vinyl joint cutting part 60. Upper fixing part

61a, 61b. Conveying Conveyor 62. Side Vinyl Joint Cutting

63. Lateral extra vinyl strips 64a, 64b, 64c, 64d. Pneumatic cylinder

65a, 65b. Front Guide Shaft 66. Front Heater

67. Front lower roller 68. First fixing plate

69. 2nd fixing plate 70. Detection sensor

71a 71b. Side guide shaft 72. Side heater

73. Side lower rollers 74a, 74b. Side vinyl support plate

75. Side extra vinyl 76. Rotating shaft

77. Rotating Body 78. Connecting Rod

79. Vinyl removal clamp 80. Heat shrinkage casing

81. Heat Shrink Transfer Conveyor 82. Hole

83. Finished Products 84a, 84b. Fixed plate working cylinder

Hereinafter, the preferred configuration according to the present invention will be described in detail by the drawings.

Cigarette sconce automatic lamination vinyl packaging apparatus 1 according to the present invention is automatically stacked in multiple stages of the cigarette sconce 3, which is continuously supplied as shown in Figures 1 to 16, and the stacked cigarette sconce (3) ) Is an automatic lamination device for automatically packing with heat shrink vinyl (48a) (48b), automatic laminating apparatus for automatically stacking and transporting the tobacco sconce (3) continuously supplied through the tobacco scour supply conveyor (2) ( 4), a feed supply device 5 for transporting and stacking a plurality of stacked cigarette sconce 3 into the inside of the vinyl packaging device 7, and a cutting groove 47a, 47b at the upper and lower portions, respectively. A plurality of stages stacked with a vinyl supply device 6 for supplying the formed heat shrinkable vinyl 48a and 48b to the vinyl packaging device 7 and the heat shrinkable vinyl 48a and 48b supplied from the vinyl supply device 6. Wrap the entire outer surface of the cigarette sconce (3) and wrap the vinyl and remove the side extra vinyl (75) automatically. Is composed of a vinyl packaging device (7) equipped with a side extra vinyl removal unit (63), and a conventional heat shrink device (8) for heating and packing the vinyl-laminated product.

The automatic laminating apparatus 4 automatically stacks the tobacco sconce 3 continuously supplied through the tobacco scour supply conveyor 2 in multiple stages as shown in FIGS. It consists of an automatic lamination section 9 and a laminated product conveying section 10.

The automatic lamination part 9 is a part which automatically arranges the tobacco crumbs 3 continuously supplied side by side in the lateral direction through the tobacco sack supply conveyor 2 and automatically stacks them in multiple stages. The laminated boards 11a and 11b are extended in both sides of the ends of the tobacco supply supply conveyor 2 in a state in which the laminated plates 11a and 11b are placed in the horizontal direction, and the side plates 12a and 12b are disposed on the upper sides of the laminated plates 11a and 11b. Is provided, and the lower panel 14 having the defective product detection sensors 13a and 13b installed on both sides of the front bottom surface of the automatic lamination unit 9 is addressed to the cigarette scrubbing supply conveyor 2, Side bars 15a and 15b are fixedly attached to the front inner surface of the plates 12a and 12b in the vertical direction, so that the spaces between the lower surfaces of the side bars 15a and 15b and the lower panel 14 are fixed. Inserting the inlet (16) to allow the cigarette height (3) of a certain height is introduced into the inside of the automatic stacking portion (9) Lifting rail frame operation sensor unit 17 is provided at the rear lower portion of the automatic lamination unit 9, and the elevating plate 18 is fixedly attached to the lower end on the inner bottom surface of the automatic lamination unit 9. Rail frames 19a and 19b are provided such that a pneumatic cylinder (not shown) provided below the lifting plate 18 by the operation of the lifting rail frame operation sensor unit 17 raises and lowers the rail frame 19a. The lifter 19b is operated to move up and down by a certain height.

The laminated plates 11a and 11b are formed higher than the height of the tobacco sack 3 to be supplied, and the upper side shape is an arc shape gently curved inwardly, and the upper middle part is the laminated plates 11a and 11b. Is connected to the lower base frame (20a) (20b) and the elastic piece (21a) (21b) to support the lower side of the outer plate when the force is applied from the outside of the laminated plate (11a) (11b) as the axis of the laminated plate ( The upper part of 11a) 11b is elastically spread outward.

The defective product detection sensor (13a) (13b) is provided on both sides of the lower panel 14 and detects the cigarette sack (3) that is poorly produced or broken at both ends to operate a separate emergency bell or red lamp to operate Inform the inflow of defective products.

The lifting rail frame operation sensor unit 17 has the same height as that of the laminated plates 11a and 11b as shown in FIGS. 3A and 3B, and is vertically erected and supplied through the inlet 16. The support plate 22 which is to prevent the bottom of the automatic laminated portion 9, and the pressing projections 23a and 23b protrudingly formed on one side of the pressing protrusion access groove 24a which is perforated in the supporting plate 22. The pusher protrusions 23a and 23b protrude out and out through the 24b, and the other side is in contact with the lifting rail frame actuating sensors 25a and 25b. When the other side surfaces of the sensor contact members 26a and 26b are completely brought into contact with each other by a normal proximity sensor, the pneumatic cylinder (not shown) provided at the lower part of the elevating plate 18 is temporarily lifted and operated. Lifting rail frame actuating sensors (25a) and (25b) Cigarette pack 3 continuously supplied through the bayer (2) is introduced through the inlet 16 and aligned with the inner bottom of the automatic stacking portion (9) while pressing the protrusions of the sensor contact members (26a, 26b) ( When the 23a) and 23b are pressed and completely pressed, the other side of the sensor contact members 26a and 26b comes into contact with the lifting rail frame actuating sensors 25a and 25b and the pneumatic cylinder (not shown) is instantaneously detected. The lifting rail frames 19a and 19b are raised to place the tobacco sack 3 on the upper end surface of the laminated plates 11a and 11b arranged in a row.

The side plates 12a and 12b are made of a transparent material, so that the state in which the cigarette pack 3 is laminated from the outside can be confirmed by a related tube. A plurality of stacked detection sensors 27 are provided on the upper side of the side plate 12b. It is provided side by side at a predetermined height, when the cigarette scrubbing 3 is stacked to the height where a plurality of the stack detection sensor 27 is located, the lifting rail frame 19a, 19b to the upper end of the laminated plate (11a) (11b) The laminated product transfer part 10 pushes the tobacco product 3 stacked in multiple stages by operating the laminated product transfer part 10 while maintaining the height up to the same height as the surface. It is intended to be transported by

The laminated product conveying unit 10 is to be reciprocated along the guide rails (29a, 29b) elongated across the inside of the rectangular frame frame (28) formed on the upper outer side of the automatic laminated portion 9 and the automatic laminated portion When the cigarette sconce 3 is stacked in multiple stages on the inner side of the 9 and is sensed by the stack detection sensor 27 provided in the side plate 12b, it is operated together with the lift rail frames 19a and 19b. A portion of the stacked tobacco sack 3, which is to be transferred to the feed supply device (5), located in the front of the automatic stacking portion (9) in front of the laminated tobacco sack (3) from the front The front conveying support part 30 for pushing and transporting, the rear conveying support part 31 which is located at the inner rear of the automatic lamination part 9, and supports the multi-stage tobacco sack 3 stacked from the rear, and the front conveying support part. Connection frame 32 for fixedly connecting between the 30 and the rear conveying support (31) And a transverse transfer cylinder 33 which is connected to the fixed plate 38 of the guide block 36a provided at the upper portion of the front transfer support 30 to reciprocate the laminated product transfer unit 10 in the transverse direction. It is.

The front conveying support part 30 is composed of a front plate 34, a front plate up and down operation cylinder 35 and a guide block 36a, and the front plate 34 is vertically erected in the side plate 12a. Inserted in the inner front between the (12b) and the bottom surface is positioned at the same height as the top surface of the laminated plate (11a) (11b), when laminating the tobacco crumb (3) tobacco crumb (3) stacked in front To support and transport the cigarette scaffold (3) laminated from the front when the transfer, the front plate up and down operation cylinder 35 is the lower support plate 37 and the guide attached to the outer bottom of the front plate 34 It is provided between the bottom surface of the block 36a to reciprocate the front plate 34 up and down to adjust its height, and the guide block 36a is a guide rail 29a of the square frame frame 28. Reciprocating along the side (29b) and a fixed plate (38) in the center Is formed so that one end of the transverse transfer cylinder 33 is connected to one side of the fixing plate 38.

The rear conveying support part 31 is composed of a back plate 39, a back support plate 40 and a guide block 36b, and the back plate 39 is vertically erected in the state of the side plates 12a and 12b. It is inserted in the rear inside and the bottom surface is located on the base plate 22 of the elevating rail frame operation sensor unit 17 to stabilize the cigarette sconce 3 at the rear during lamination and transportation of the cigarette sconce 3. The back support plate 40 is integrally connected between the back plate 39 and the guide block 36b, and the guide block 36b is used for the operation of the transverse transfer cylinder 33. As a result, the guide rails 29a and 29b are reciprocated in the lateral direction.

The connecting frame 32 is a long bar-shaped frame is fixedly attached between the guide block 36a of the front transfer support 30 and the guide block 36b of the rear transfer support 31 in the transverse direction. By the operation of the transfer cylinder 33, the front transfer support 30 and the rear transfer support 31 are integrally transversely reciprocated.

9 and 10, the transfer supply device 5 is a part for feeding and transporting the cigarette stack 3 of the multi-stage stacked from the automatic lamination device 4 to the inside of the vinyl packaging device 7. As a result, a base body 41 having a height equal to a height at which the lifting rail frames 19a and 19b of the automatic stacking part 9 is raised is provided, and a guide plate 42 is provided on an upper side of the base body 41. ) Is located in the transverse direction of the base body 41, the guide plate 42 is fixed to the base 43 is integrally attached to the rear and the base 43 is usually provided on the inner lower portion of the base body 41 Laminated product of the automatic stacking device 4 as the guide plate 42 reciprocates along the guide grooves 44a and 44b formed on the upper surface of the base body 41 so as to be struck with the pneumatic cylinder (not shown). The front of the guide plate 42 by conveying a plurality of stages of tobacco sack 3 in which the transfer unit 10 is stacked. When it is placed so that the guide plate 42 is laminated to push the multiple layers of tobacco sack (3) to the place where the laminated product input plate 45 is located, the laminated product input plate 45 is the base body The other side of the upper part of the 41 is provided with a "b" shape, and one side is struck with the pneumatically actuated injection cylinder 46, and is located on the same line as the conveying conveyor 61a of the vinyl packaging device 7. Thereby, the multi-layered tobacco sack 3 of the plurality of stages pushed by the guide plate 42 is introduced into the vinyl packaging device 7 and transferred to the conveying conveyor 61a.

As shown in FIGS. 1 and 11, the vinyl supply device 6 supplies heat-shrinkable vinyl 48a and 48b having cutout grooves 47a and 47b formed at the top and the bottom thereof, respectively, to the vinyl packaging device 7. As a part, it consists of vinyl supply parts 49a and 49b and cutout groove formation part 50a and 50b.

The vinyl supply parts 49a and 49b are located at the upper and lower portions of the feed supply device 5, respectively, and are provided through the vinyl supply rollers 51a and 51b and the plurality of guide rollers 52a, 52b and 52c. Ordinary heat-shrinkable vinyl (48a, 48b) is to be supplied to the upper and lower sides of the vinyl packaging device 7, respectively, and the excess heat-shrinkable vinyl (48a ') wound in a roll form on the vinyl feed roller (51a, 51b) 48b 'is provided.

The cut-out grooves 50a and 50b are dotted cut grooves 47a and 47b on both sides of the heat-shrinkable vinyl 48a and 48b respectively supplied from the upper and lower portions thereof through the vinyl supply units 49a and 49b. ), The cutting rods 54a and 54b having a plurality of grooves 53a and 53b formed in a ring shape along the outer circumferential surface on both sides thereof, and a central shaft 55a (to the cylindrical member). 55b) and the cutting rods 54a and 54b are in contact with each other, and a plurality of cutting edges 56a and 56b are formed on the outer circumferential surface of the grooves 53a of the cutting rods 54a and 54b. It is made of a cutting body (57a) (57b) that is to be inserted into the (53b), while the heat-shrinkable vinyl (48a, 48b) is passed between the cutting rods (54a) (54b) and the cutting body (57a, 57b) A plurality of cutting blades 56a and 56b are formed to form dotted cutouts 47a and 47b in the heat-shrinkable vinyl 48a and 48b.

The cutting bodies 57a and 57b are configured to change their positions in a state in which they are arranged on the central shafts 55a and 55b so that the cutting blades 56a and 56b and the grooves 53a and 53b come into contact with each other. The position of the cutout grooves 47a and 47b formed in the heat-shrinkable vinyl 48a and 48b can be changed.

The vinyl packaging device (7) is a heat-shrinkable vinyl that is supplied from the upper and lower portions of the vinyl frame (58) so that the frame frame (58) forms an outer frame as shown in FIGS. (48a) (48b) is to wrap the entire outer surface of the laminated tobacco sack (3) conveyed to the plastic wrap and the side extra vinyl 75 is to be separated and removed automatically, front and rear vinyl joint cut portion 59 and It consists of an upper fixed detection part 60, the conveying conveyor 61a, 61b, the side vinyl joint cutting part 62, and the side extra vinyl removal part 63.

The front and rear vinyl joint cutting parts 59 are provided on the front side of the inlet side of the vinyl packaging device 7 and the heat-shrinkable vinyl 48a of the upper and lower parts supplied from the vinyl supply parts 49a and 49b of the vinyl supply device 6, respectively. ) Is a part for joining and cutting the 48b into one, and the front heater 66 is vertically raised and lowered along the front guide shafts 65a and 65b provided on both sides by the pneumatic cylinder 64a in the upper direction. It is installed in the lower portion is provided with a lower front roller (67) in the horizontal direction is provided in the horizontal direction by the pneumatic cylinder (64b) to move vertically along the front guide shaft (65a, 65b) the front heater (66) And the front lower roller 67 are in contact with each other, and the heat shrinkable vinyl 48a, 48b supplied from the upper and lower portions between the heat shrinkable vinyl 48a and 48b surrounds the cigarette scuff 3 stacked in multiple stages. Heat or melt the front or back of the The front heater 66 has a rounded shape of a lower end portion of the front heater 66, and a general teflon tape is wound around the front heater 66, and the entire outer circumferential surface of the front heater 66 is wound with a conventional teflon tape. 48b is not stuck to the outer circumferential surface of the front heater 66 and the front lower roller 67.

The upper fixing detection unit 60 is provided on the inner upper portion of the frame frame 58 as shown in Figure 13 and the front and rear vinyl joint cut portion 59 or the side vinyl joint cut portion 62 when the heat-shrink vinyl ( Pressing and fixing the upper part of the laminated tobacco scour 3 surrounded by the 48a) and 48b so that the heat-shrinkable vinyl 48a, 48b can be unfolded evenly and properly bonded and cut as a whole. When the front and rear vinyl joint cutting unit 59 is operated, it is lifted and operated by the fixed plate operation cylinder 84a provided on the upper surface, and the upper part of the multi-layer laminated cigarette tray 3 inserted into the vinyl packaging device 7 is pressed. The first fixing plate 68 and the first fixing plate 68, which are fixed to each other, are installed adjacent to the same height, and are operated by the fixing plate operating cylinder 84b during operation of the side vinyl joint cutting portion 62, thereby providing a plurality of steps. Press the upper part of the tobacco sack (3) The conveying conveyor when the second fixing plate 69 and the plurality of stacked tobacco packings 3 which are installed adjacent to the end of the second fixing plate 69 and conveyed by the conveying conveyor 61a are detected. A detection sensor 70 is configured to temporarily stop the operation of the 61a and to operate the side vinyl cut portion 62 and the second fixing plate 69.

The conveying conveyor 61a temporarily stops operation when the front and back side vinyl joint cutting unit 59 is operated or when the cigarette sack 3 stacked in multiple stages is detected by the sensor 70, and the front and rear side vinyl joint is stopped. When the operation of the cutting unit 59 or the side vinyl joint cutting unit 62 is completed, it is operated again to transport the multi-layered packed cigarette sconce 3 at the upper stage.

The side vinyl joint cut portion 62 is provided on both sides of the left and right sides of the vinyl packaging device 7, and both sides of the laminated cigarette scuff 3 having the front and back sides bonded and packaged by the front and rear vinyl joint cut portions 59. A side for joining and cutting the heat-shrinkable vinyl (48a, 48b) located in the portion, the upper side is to be vertically elevated along the side guide shaft (71a) (71b) provided on both sides by a pneumatic cylinder (64c) The heater 72 is provided in the transverse direction and the lower side roller 73 is provided in the transverse direction so that the lower side is vertically lifted along the side guide shafts 71a and 71b by the pneumatic cylinder 64d. The side heater 72 and the lower side roller 73 are brought into contact with each other, and the heat shrinkage surrounding the tobacco sack 3 stacked in multiple stages through the side portions of the heat shrinkable vinyls 48a and 48b. Both sides of the vinyl 48a and 48b The side heater 72 has a rounded shape of a lower end portion of the side heater 72, and a general teflon tape is wound around the side heater 72, and the entire outer circumferential surface of the side heater 72 is wound with a conventional teflon tape. Debris of the 48a) and 48b does not stick to the outer circumferential surfaces of the side heater 72 and the lower side roller 73, and the side vinyl support plates 74a and 74b are provided at the lower side of the lower side roller 73. As the lower side lower roller 73 rises upward, the side vinyl support plates 74a and 74b support the side portions of the heat shrinkable vinyl 48a and 48b horizontally so that the vinyl of the side extra vinyl remover 63 The removal tongs 79 are configured to easily grab and remove the side extra vinyl 75.

The side extra vinyl removing unit 63 is provided on both sides of the left and right sides of the vinyl packaging device 7 and is side extra vinyl (48a, 48b) of the heat shrinkable vinyl 48a and 48b bonded and cut by the side vinyl joint cutting unit 62. 75 is a part for separating and removing, the outer side of the frame frame 58 is installed in the vertical axis of the rotating shaft 76 is rotatable 90 °, the central portion of the rotating shaft 76 is a rotating body 77 It is integrally fixed and attached to the front portion of the rotating body 77 is bent in the "b" shape of the connecting rod 78 is fixedly fixed in the horizontal direction and the end of the connecting rod 78 is a conventional pneumatic cylinder (not shown) Even if the vinyl removal tongs 79, which are operated by means of FIG. 13, are mounted on the rotary shaft 76, the side extra vinyl 75 remaining after being heat-bonded by the operation of the side vinyl joint cut portion 62 as shown in FIG. 90 ° rotary by Vinyl removal tongs 79 provided at the end of the connecting unit 78 of the entire body 77 is to be separated and removed.

As shown in FIGS. 1, 11 and 15, the heat-shrinkable device 8 is tightly packed by heat-shrinking the packaged product by enclosing all the surfaces of the heat-shrinkable vinyl 48a and 48b by the vinyl packaging device 7. As a conventional heat shrink device to be packaged, hot air heated to a predetermined temperature is applied from all sides of the heat shrink casing (80), and the laminated tobacco crumb (3) wrapped with heat shrink vinyl (48a) (48b) is applied. The heat-shrinkable conveying conveyor 81 to be conveyed is made of a metal material resistant to heat, and dozens of holes 82 are densely drilled so that hot air heated through the holes 82 is applied from below.

As shown in FIG. 16, the finished product 83, which is closely packed with heat shrink vinyl 48a and 48b by passing through the heat shrink device 8, forms a cutout groove provided in the vinyl supply device 6. Dotted cutout grooves 47a and 47b are formed in the side portions by the portions 50a and 50b, so that the heated air is completely escaped to the outside during the heat shrinkage and completely packed closely. When the packaging is removed, the vinyl packaging can be easily removed along the dotted cut grooves 47a and 47b, and the finished product 83 in which all sides are closely packed with heat shrinkable vinyl furnaces 48a and 48b. Is placed in a regular box-shaped packaging box and sold for export and domestic use.

Referring to the operation according to the present invention is as follows.

When the tobacco sack 3 is continuously supplied in the transverse direction through the tobacco sack feeding conveyor 2 and is introduced into the automatic stacking unit 9 of the automatic stacking device 4, the lifting rail provided at the rear lower portion of the automatic stacking unit 9 is provided. Pressing the pressing protrusions 23a and 23b of the sensor contact members 26a and 26b protruding to the outside of the supporting plate 22 while being aligned with the supporting plate 22 of the frame operation sensor unit 17 in a line. When fully pressed, the other side of the sensor contact members (26a, 26b) is detected in contact with the lifting rail frame operation sensor (25a, 25b) and the pneumatic cylinder (not shown) provided at the bottom of the elevating plate 18 instantaneously To raise and lower the lifting rail frame (19a) (19b) is placed on the upper end surface of the lamination (11a) (11b) of the cigarette sconce (3) aligned in a line. At this time, the upper surface of the laminated plate (11a) (11b) is elastically open to the outer side of the laminated plate (11a) (11b) with the lower surface as an axis, so that the tobacco sack (3) is on the upper surface of the laminated plate (11a) (11b) After being raised, it is retracted by the elastic pieces 21a and 21b again, so that the cigarette sconce 3 aligned in a row on the top surface of the laminated plates 11a and 11b is continuously stacked one by one.

As described above, a plurality of cigarette sconces 3 are continuously stacked on the top surfaces of the stacking plates 11a and 11b, so that the plurality of stacking detection sensors 27 provided on the upper sides of the side plates 12a and 12b. If detected, while maintaining the lifting rail frame (19a) (19b) raised to the same height as the top surface of the laminated plate (11a) (11b) by operating the laminated product transfer unit 10 to transfer to the feed supply device (5). The front conveyance support part 30 and the rear conveyance support part 31 of the laminated product conveyance part 10 move along the guide rails 29a and 29b, respectively, and the front and back of the tobacco scuff 3 stacked in multiple stages. By pushing or supporting the rear panel with the front plate 34 and the rear plate 39, the cigarette pack 3 stacked in multiple stages is stably transferred to the feeder 5, and the base body of the feeder 5 is transported. The guide plate 42 provided on the upper side of the base body 41 in the moved state above the front transfer support unit 30 and the rear transfer paper The tobacco sack 3 stacked in a plurality of stages located between the sections 31 is pushed to the place where the laminated product input plate 45 is located, and the laminated product transfer unit 10 is the side plate 12a which is in the original position again. It is returned to the front and rear surfaces between the 12b, the cigarette scuff 3 laminated in multiple stages placed on the front of the laminated product input plate 45 of the transfer supply device 5 is the laminated product input plate 45. By the injection cylinder 46 fixedly attached to the outer surface of the transfer to the conveying conveyor (61a) of the vinyl packaging device (7).

In the process of transferring the cigarette stack 3 stacked in multiple stages to the conveying conveyor 61a, the heat shrinkable vinyl 48a and 48b cast on the front side of the inlet side of the vinyl packaging apparatus 7 are pushed into the multiple stages. The front and top and bottom surfaces of the laminated tobacco sack 3 are surrounded by heat-shrinkable vinyl 48a and 48b, and the laminated product input plate in which the tobacco sack 3 stacked in multiple stages is transferred to the conveying conveyor 61a. When the 45 is returned to its original state and completely exits from the inside of the vinyl packaging device 7, the front and back vinyl joint cutting portion 59 is operated, and at the same time, the first fixing plate 68 of the upper fixing portion 60 is formed. Pressing the upper surface of the laminated tobacco sack (3) by means of fixing means and along the front guide shaft (65a) (65b) of the front and rear vinyl joint cut portion 59 of the upper front heater 66 is lowered downward and The front lower roller 67 rises upward and abuts against each other so that the upper and lower heat shrink vinyls 48a and 48b One is to cut the bonding. At this time, the vinyl supply device 6 for continuously supplying the heat shrinkable vinyl 48a and 48b to the front and back vinyl joint cutout 59 has cutout groove forming parts 50a and 50b formed therein, so that the top and bottom heat shrinkage is performed. When the cut-out grooves 47a and 47b of dotted lines are formed in the vinyl 48a and 48b, respectively, during the heat shrinkage, the heated air is completely escaped to the outside during the heat shrinkage and completely packed. The plastic packaging is easily removed along the dotted cut grooves 47a and 47b.

As described above, the multi-layer laminated cigarette pack 3 having the front and rear heat-shrink vinyl bonded and packaged is transported by the operation of the transfer conveyor 61a and positioned above the transfer conveyor 61a. 60 is detected by the sensor 70, the operation of the conveying conveyor (61a) stops again, and the side vinyl joint cut portions (62) provided on both left and right sides of the vinyl packaging device (7) and at the same time the upper fixing detection The second fixing plate 69 of the part 60 is fixed by pressing the upper surface of the tobacco sack 3 stacked in a plurality of stages, and along the side guide shafts 71a and 71b of the side vinyl joint cut 62. The side heater 72 is lowered downward and the lower side lower roller 73 is upwardly abutted to contact each other to heat and fuse both left and right sides of the heat-shrinkable vinyl 48a and 48b to be bonded and cut. The vinyl removal tongs 79 of the removal unit 63 Heating and bonding will remove remaining side excess plastic 75. The plastic clip removed 79 are separated out.

Tobacco sack 3 stacked in multiple stages with all sides wrapped with heat shrinkable vinyl 48a and 48b through a vinyl packaging device 7 is heat shrinked along the transfer conveyor 61b and the heat shrink transfer conveyor 81. The finished product 83, which is completely packed tightly, as a whole is transported into the apparatus 8 and heated to a predetermined temperature on the inner sides of the heat shrinking apparatus 8, and the finished product 83 is a conventional box type. It is packed in a box and sold for export and domestic use.

As described above, according to the present invention, all packaging processes such as lamination and transfer of cigarette sconce, heat shrink vinyl packaging, and excess side vinyl removal and heating shrinkage are automated processes, which save labor cost and simultaneously stack multiple layers in a short time with fast automatic packaging process. It is possible to produce plastic wrapped cigarettes, and by removing the heated air inside by forming dotted cut-out grooves in the heat-shrinkable vinyl, the finished product is completely packed and packed in multiple stages. Even in the dotted cut groove there is an effect that can easily remove the plastic packaging without using other tools.

Claims (8)

Wrap the supplied packaged product with heat-shrinkable vinyl, and then fusion and cutting of the heat-shrinkable vinyl by means of a vinyl packing device equipped with front and back vinyl joint cutting parts and side vinyl joint cutting parts and passing the loosely wrapped packaged article into a conventional heat shrinking device. In the shrink packaging machine, which is heated and tightly packaged, the automatic laminating portion 9 for automatically stacking the continuously supplied cigarette ashes 3 in a plurality of stages and the multiple layers of tobacco laminations laminated on the automatic laminating portions 9 ( 3) the lamination product conveying unit 10 which transfers the product to the conveying supply device 5, the lamination product conveying part 10, and the laminated | stacked several steps of the cigarette sack 3, the guide board 42 and the laminated product input plate. A feed-supply device 5 for conveying and feeding the inside of the vinyl packaging device 7 by means of 45, and heat-shrinkable vinyls 48a and 48b having cutout grooves 47a and 47b respectively formed at the upper and lower portions thereof; Vinyl supply to vinyl packaging device (7) The entire surface of the outer surface of the multi-stage tobacco sack 3 stacked with the teeth 6 and the heat-shrinkable vinyls 48a and 48b supplied from the vinyl supply device 6, and then wrapped with vinyl and the side surplus vinyl 75 It consists of a vinyl packaging device (7) equipped with a side extra vinyl removal unit (63) for automatically separating and removing the same, and a conventional heat shrink device (8) for heating and packaging the vinyl-laminated product. Automatic lamination of tobacco sack (3) to be supplied to the multi-stage and automatic lamination of the tobacco sack (3), characterized in that it is to be closely packed with heat-shrinkable vinyl (48a, 48b) Vinyl packaging device. According to claim 1, wherein the automatic lamination section (9) is long on both sides of the end of the cigarette scrubbing supply conveyor (2) in a state in which the laminated plates (11a) (11b) are erected in the vertical direction on both lower end surfaces and the laminated plate ( 11a) and 11b are provided with side plates 12a and 12b in which a plurality of stacked detection sensors 27 are mounted in a row, and the front bottom surface of the automatic laminated portion 9 has defective product detection sensors on both sides. The lower panel 14 provided with (13a) and (13b) is protruded from the tobacco supply supply conveyor (2), and the side bars (15a) and (15b) in the vertical direction on the front inner surface of the side plates (12a) and (12b). ) Is fixedly attached to the space between the bottom surface of the side bars (15a) (15b) and the lower panel 14, the cigarette opening (3) of a certain height into the automatic stacking portion (9) 16), and the lifting rail frame operation sensor unit 17 is provided at the rear lower portion of the automatic stacking unit 9. On the inner bottom surface of the automatic laminated portion 9, there are provided lifting rail frames 19a and 19b to which the lifting plate 18 is fixedly attached to the bottom surface, and the laminated plates 11a and 11b are supplied. It is formed higher than the height of the tobacco sack (3) and the upper side shape is formed in an arc shape gently bent in the inner direction and the upper middle portion of the lower base frame (20a) for supporting the laminated plates (11a) (11b) from the outer lower portion 20b is connected to the elastic pieces 21a and 21b so that when a force is applied from the outside, the upper part of the laminated plates 11a and 11b is elastically on the lower surface of the laminated plates 11a and 11b as an axis. Cigarette sconce automatic lamination vinyl packaging apparatus, characterized in that is to be opened. According to claim 2, wherein the lifting rail frame operation sensor unit 17 is the same height as the laminated plate (11a) (11b) and is vertically erected vertically stacked cigarette cigarettes (3) supplied through the inlet (16) Support plate 22 which is to be blocked at the rear lower end of the (9), and the pressing projections (23a, 23b) protruding on one side, the pressing projection access grooves (24a) (24b) perforated in the support plate 22 The push protrusions 23a and 23b protrude from and to the outside, and the other side of the pusher protrusions 23a and 23b is in contact with the lifting rail frame actuating sensors 25a and 25b. When the other side of the sensor contact members 26a and 26b is completely in contact with and in contact with each other, the lifting rail frame actuating sensor is configured to temporarily lift and operate the pneumatic cylinder provided at the lower part of the lifting rail frames 19a and 19b. 25a) and 25b), and the cigarette sconce 3 inserted through the inlet 16 is automatically The other side of the sensor contact members 26a and 26b is elevated when the pressure protrusions 23a and 23b of the sensor contact members 26a and 26b are fully pressed while being aligned with the inner bottom of the part 9. Laminate plates 11a and 11b which are sensed in contact with the rail frame actuating sensors 25a and 25b and are momentarily moved up and down by the lifting rail frames 19a and 19b are arranged in a row. Cigarette sconce automatic lamination vinyl packaging device, characterized in that to be placed on the top surface. The method of claim 1, wherein the laminated product transfer section 10 is reciprocated along the guide rails (29a) (29b) provided long across the inside of the square frame frame 28 formed on the upper outer side of the automatic laminated portion (9) The lifting and lowering the rail frame 19a (19b) when it is detected by the stack detection sensor 27 provided in the side plate 12b is laminated to a plurality of stages inside the automatic stacking portion (9) It is a part which is to be operated with the rise of the multi-stage stack of cigarettes (3) to transfer to the feed supply device (5), the front plate 34 and the front plate located in the inner front of the automatic stacking portion (9) It is composed of a plate-down operation cylinder 35 and a guide block 36a, and the front conveying support 30 for pushing and transporting the stacked multi-layered cigarette sconce 3 from the front side, and inside the rear of the automatic stacking portion 9, respectively. The rear plate 39, the rear support plate 40 and the guide block 36b are positioned to The rear conveyance support part 31 supporting the bolusol 3 from the rear, the connection frame 32 for fixedly connecting the front transport support part 30 and the rear transport support part 31, and the front transport support part. It is characterized in that it is connected to the fixed plate 38 of the guide block (36a) provided on the upper portion of the 30 is a transverse transfer cylinder 33 for reciprocating the laminated product transfer unit 10 in the transverse direction Automatic cigarette wrapping machine for cigarettes. 2. The conveying and feeding device (5) is provided with a base body (41) in which the lifting rail frames (19a, 19b) of the automatic stacking portion (9) are flush with the raised height. On the upper side of the base body 41, the guide plate 42 is located in the transverse direction of the base body 41, the guide plate 42 is fixed to the back of the base 43 is integrally fixed and the pedestal 43 The pneumatic cylinder is provided in the inner lower portion of the base body 41, the guide plate 42 is reciprocated along the guide grooves (44a, 44b) formed on the upper surface of the base body 41, the automatic stacking The laminated product transporting unit 10 of the device 4 is pushed to transfer the multi-layer laminated cigarette tray 3 to the place where the laminated product input plate 45 is located, the laminated product input plate ( 45 is provided on the other side of the upper portion of the base body 41 "b" shaped and one side It is spoken with the injection cylinder 46 and is located on the same line as the conveying conveyor 61a of the vinyl packaging device 7 so as to inject a plurality of multi-layered cigarette packings 3 into the vinyl packaging device 7. Tobacco scaffold automatic lamination plastic packaging device, characterized in that the transfer conveyor (61a) to be transferred. 2. The vinyl supply device (6) is made up of vinyl supply parts (49a) and (b) and cutout groove forming parts (50a) and (50b), and the vinyl supply parts (49a) and (49b) are conveying supply devices. (5) are respectively positioned on the upper and lower portions of the heat-shrinkable vinyl (48a) and (48b) through the vinyl feed rollers (51a) (51b) and a plurality of guide rollers (52a) (52b) (52c) plastic packaging device ( 7) and the cut groove forming parts 50a and 50b are formed on both sides of the heat shrinkable vinyl 48a and 48b respectively supplied from the upper and lower parts through the vinyl supply parts 49a and 49b. Cutting rods 54a and 54b having a plurality of grooves 53a and 53b which are formed in a ring shape along the outer circumferential surface on both sides thereof, and are formed to form linear cutout grooves 47a and 47b. It is arranged on the central shaft (55a) (55b) as a member of the contact with the cutting rods (54a, 54b) and a plurality of cutting blades (56a, 56b) protrudingly formed on the outer peripheral surface of the cutting rod (54a) ) (54 b) cutting bodies 57a and 57b which are to be inserted into the grooves 53a and 53b of the b), and between the cutting rods 54a and 54b and the cutting bodies 57a and 57b. 48b is passed through a plurality of cutting blades (56a, 56b) is a cigarette tray, characterized in that to form the cut-out grooves (47a, 47b) of the dotted line in the heat-shrinkable vinyl (48a, 48b) Single layer plastic packaging device. According to claim 1, wherein the vinyl packaging device 7 is provided with an upper fixing detection unit 60 on the inner upper portion of the frame frame 58, the upper fixing detection unit 60 is a plastic packaging device (7) The front and rear vinyl joint cut portions 59 or side vinyl joint cut portions 62 of the heat-shrinkable vinyl sheets 48a and 48b are actuated by pressing the upper portion of the laminated tobacco bowl 3 surrounded by the heat shrinkable vinyl 48a and 48b during operation. This part is spread evenly as a whole so as to be properly bonded and cut, which is provided on the upper part of the inlet side of the vinyl packaging device 7 and lifted by a fixed plate operation cylinder 84a provided on the upper surface during the operation of the front and back vinyl joint cutting portion 59. A first fixing plate 68 which is operated to press and fix the upper part of the multi-layered tobacco packing 3 put into the vinyl packing apparatus 7, and is installed adjacent to the same height as the first fixing plate 68 Fixing plate operation cylinder 84b during operation of the vinyl joint cutting part 62 The second fixing plate 69 and the second fixing plate 69 are installed to be pushed up and fixed by pressing the upper part of the tobacco sack 3, and the conveying conveyor 61a is installed adjacent to the end of the second fixing plate 69. When the multi-stage stacked cigarette scrubbing 3 is detected, a sensing sensor configured to temporarily stop the operation of the conveying conveyor 61a and operate the side vinyl cutting cut portion 62 and the second fixing plate 69. 70) Automatic cigarette lamination plastic packaging device characterized in that the. 2. The heat shrinkable vinyl (48a) and (48b) according to claim 1, wherein the side extra vinyl removal portions (63) are provided on the outer sides of the left and right sides of the vinyl packaging device (7), and are bonded and cut by the side vinyl bonding cutout portions (62). Side separation of the extra vinyl (75) of the side), the outer frame of the frame (58) is installed in the vertical axis of rotation shaft 76 is rotatable 90 degrees, the central portion of the rotation shaft (76) Rotating body 77 is fixedly attached integrally, the front portion of the rotary body 77 is fixed to the horizontal direction in the connecting portion 78 bent in the "b" shape is attached to the end of the connecting rod 78 The vinyl removal tongs 79 operated by the pneumatic cylinders of the vinyl packing device 7 are heated and joined by the operation of the vinyl bonding cutout 62 of the vinyl packaging device 7. 79 to catch and remove Tobacco control automatically bastion layer plastic package wherein you.