KR200344658Y1 - An automatic supply equipment for a cigarette of a different kind - Google Patents

Abstract

The present invention relates to an automatic cigarette supplying device used in a cigarette manufacturing and packaging process, and more particularly, to provide a device for automatically supplying different types of cigarettes inside a single cigarette packing bag in which a plurality of cigarettes are packed in one pack. It is possible to buy a variety of cigarettes by purchasing a single packaged cigarette according to the consumer's preference, and all cigarette production process is automated so that main and heterogeneous cigarettes are automatically stored and supplied. It relates to a cigarette automatic feeding device.

Description

An automatic supply equipment for a cigarette of a different kind}

The present invention relates to a cigarette automatic supply device used in the cigarette manufacturing and packaging process. More specifically, in order to automatically insert and supply a number of controlled heterogeneous cigarettes in addition to the main cigarettes in the standard pack of cigarettes packed in packs, the main cigarettes produced by the conventional cigarette production apparatus Main cigarette supply device to adjust the quantity supplied to the conventional packaging cigarette conveying device, a storage conveying device to transfer the heterogeneous cigarettes produced from the ordinary cigarette production apparatus to a heterogeneous cigarette storage device, and the heterogeneous cigarettes automatically Heterogeneous cigarette storage device is to be stored and supplied by the supply, and the supply transfer device is to supply and transfer the stored heterogeneous cigarettes to the heterogeneous cigarette supply device, and constant quantity control with the main cigarettes supplied through the main cigarette supply device It is composed of a heterogeneous cigarette supply device which is to supply the heterogeneous cigarette to the packaging cigarette transport device Heterogeneous cigarettes characterized in that the main and heterogeneous cigarettes supplied through the cigarette supply device and heterogeneous cigarette supply device is foil wrapped and packaged in a pack by a conventional packaging transport device and the packing device It relates to a cigarette automatic feeding device.

Generally, 20 cigarettes in one pack are packaged and sold on the market.

As such, the packaged tobacco packaged on the market is manufactured through an automated production process, and as shown in FIG. 17, cigarettes produced through a conventional cigarette production device (not shown) are supplied to a cigarette supply conveyor (7 ′). It is supplied to the cigarette supply device (90 ') through, the cigarette supply device (90') is provided with a secondary storage unit (5 ') and a vibrator (22') and the supplied cigarette supply device (90) ') Divided by the divided guide 14' provided in the lower part of the inner side to each of the plurality of cigarette inlet paths 16a 'by the vibration protrusions 21a' and 21b 'provided in the vibration device 22'. The number of cigarettes put into a pack of cigarettes (typically 20 cigarettes packed in a standard package) is supplied to the packaging transport device 86 ', and a plurality of cigarettes are provided in the packaging transport device 86'. Standard packing in pack unit and transfer to pack packing device (88 ') And a shell packed cigarettes by the wrapping foil (foil) packaging and the shell in the shell packaging device (88) is to be prepared.

However, the case-packed cigarettes manufactured through the automatic production process as described above are all automatically packed and packed in the same type of cigarettes in one pack, so if you want to smoke different types of cigarettes according to your preference There was a problem that a new purchase of a cigarette containing a separate type of cigarette.

The present invention has been made to solve the above problems, and provides a cigarette packaged with heterogeneous cigarettes in which the quantity of the cigarette is precisely controlled together with the main cigarette inside one cigarette glove. Packed cigarettes make it possible to smoke different types of cigarettes, and automate the production process to automatically store and supply both main and heterogeneous cigarettes, saving labor costs and inserting a large amount of heterogeneous cigarettes in a short time with a fast automatic production process. It is an object of the present invention to provide a heterogeneous cigarette automatic supply device for producing a cigarette.

In order to achieve this purpose, the main cigarette supply device which is adapted to control the quantity of the main cigarettes produced by the conventional cigarette production apparatus to supply to the conventional packaging cigarette conveying apparatus, and the heterogeneous produced from the conventional cigarette production apparatus A storage transfer device configured to transfer a cigarette to a heterogeneous cigarette storage device, a heterogeneous cigarette storage device configured to automatically store and supply the heterogeneous cigarette, and a supply configured to supply and transport the stored heterogeneous cigarette to a heterogeneous cigarette supply device The main cigarette supply device and the heterogeneous cigarette supply device is configured to supply a heterogeneous cigarette with a constant quantity controlled together with the main cigarette supplied through the main cigarette supply device to the packaging cigarette transport device Main cigarettes and heterogeneous cigarettes supplied through the cigarette feeder are ordinary cigarette transporter and armor packing device. Foil (foil) in a pack unit is characterized by being of the subject innovation, which is to be packed and the package shell.

1 is a schematic view showing the overall state as an embodiment of the automatic supply of heterogeneous cigarettes according to the present invention

Figure 2 is a schematic diagram showing a main cigarette supply device of the heterogeneous cigarette automatic supply device according to the present invention

3 is a schematic view showing a main cigarette supply device and a heterogeneous cigarette supply device of the heterogeneous cigarette automatic supply device according to the present invention

4 is a schematic rear view of the main cigarette supply device and the heterogeneous cigarette supply device of the heterogeneous cigarette automatic supply device according to the present invention

5 is a perspective view showing a storage transfer device of the heterogeneous cigarette automatic feeding device according to the present invention

Figure 6 is a front view showing a heterogeneous cigarette storage device of the heterogeneous cigarette automatic supply device according to the present invention

Figure 7 is a schematic diagram showing a cross-sectional state of the heterogeneous cigarette storage device in the heterogeneous cigarette automatic supply device according to the present invention

8 is a schematic cross-sectional view of a heterogeneous cigarette storage device showing a state in which only one upper storage part is provided in the heterogeneous cigarette automatic supply device according to the present invention;

Figure 9 is a schematic diagram showing a cross-sectional state of the feed feed device and the heterogeneous cigarette feeder in the heterogeneous cigarette automatic feeder according to the present invention

10 is a schematic diagram showing a state in which heterogeneous cigarettes produced through a conventional cigarette production device are transported through a storage transport leading end of a storage transport device of the present invention;

Figure 11 is a schematic diagram showing a state in which the main cigarette produced through a conventional cigarette production device is supplied through the main cigarette supply device of the present invention

12 is a schematic diagram showing a state in which the heterogeneous cigarettes stored in the heterogeneous cigarette storage device of the heterogeneous cigarette automatic feeding device according to the present invention and the main cigarettes produced through the normal cigarette production device are automatically supplied together;

13 is a schematic view showing a state in which heterogeneous cigarettes are stored in the lower storage unit of the heterogeneous cigarette storage device in the heterogeneous cigarette automatic supply device according to the present invention;

14 is a schematic view showing a state in which heterogeneous cigarettes are stored in the upper storage unit of the heterogeneous cigarette storage device in the automatic heterogeneous cigarette storage device according to the present invention;

Figure 15 is a schematic diagram showing a state in which the main cigarettes and heterogeneous cigarettes supplied through the automatic supply of heterogeneous cigarettes in accordance with the present invention is packed in one pack unit through the packaging transport device and the packing apparatus

Figure 16 is a schematic cross-sectional view of each conveyor used in the heterogeneous cigarette automatic feeding device according to the present invention

17 is a schematic view showing a conventional tobacco production apparatus

<Description of Symbols for Major Parts of Drawings>

1. Different kinds of cigarette automatic feeding device 2. Main cigarette feeding device

3. Cigarette Supply Tip 4. Main Cigarette Supply Path

5, 5 '. Secondary storage 6. Main cigarette input

7, 7 '. Cigarette Supply Conveyor 8. Cigarette Supply Tip Body

9. Guide conveyor 10. Push pin

11. Auxiliary storage path 12. Temporary storage of main cigarette

13. Auxiliary Storage Transfer Conveyor 14, 14 '. Split Guide

15. Cigarette input plate 16a, 16a ', 16b. Cigarette input

17. Upper lamination channel 18. Middle lamination channel

19. Bottom lamination furnace 20. Cigarette injection roller

21a, 21a ', 21b, 21b'. Vibrating protrusions 22, 22 '. Vibrator

23. Vibration shaft 24. Connecting shaft

25. Diaphragm 26. Divider

27. Set screw 28. Storage feeder

29. Storage transfer end 30. Storage transfer conveyor

31. Storage transfer end 32. Storage transfer end body

33. Casement 34. Rear

35. Storage transfer conveyor operation sensor unit 36a, 36b, 36c, 36d. Sensor fixing pin

37a, 37b. Sensor 38a, 38b. Side guide plate

39a, 39b. Support 40. Upper Guide Conveyor

41a, 41b. Side guide roller 42. Heterogeneous cigarette storage

43. Automatic storage control part 44. Upper storage part

45. Lower storage 46. Storage control housing

47. Lower passageway 48. Upper front guide network

49. Upper rear guide network 50a, 50b. Storage Conveyor

51. Upper storage conveyor operation sensor unit 52a, 52b. Auxiliary Conveyor

53a, 53b. Intermediate passage forming plate 54. Intermediate passage

55. Intermediate guide network 56. Intermediate auxiliary conveyor

57. Lower storage conveyor operation sensor part 58. Lower passage forming plate

59. Lower guide network 60a, 60b. Tobacco powder board

61a, 61b. Tobacco dust collector 62a, 62b. Storage sensor

63a, 63b. Supply sensor 64a, 64b. Storage casing

65a, 65b. Support members 66a, 66b. Front stop sensor

67a, 67b. Rear stop sensor 68a, 68b. Support member moving guide

69a, 69b. Base plates 70a, 70b. Support Plate Support

71a, 71b. Guide Pin 72. Feed Feeder

73. Supply Conveyor 74. Upper Body of Feed Conveyor

75. Supply Conveyor Guide 76. Heterogeneous Cigarette Supply Furnace

77. Heterogeneous cigarette feeder 78. Upper casing

79. Heterogeneous cigarette input 80. Heterogeneous cigarette input

81. Supply feed conveyor operation sensor unit 82. Supply device guide network

83. Supply hopper 84. Heterogeneous cigarette vibration member

85. Central axis 86, 86 '. Cigarette Transfer Device for Packaging

87. Pocket 88, 88 '. Packing device

89. Groove 90 '. Cigarette feeder

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

The heterogeneous cigarette automatic supply device 1 according to the present invention is automatically supplied with heterogeneous cigarettes precisely controlled in addition to the main cigarettes, as shown in FIGS. The main cigarette supply device (2), which is to be supplied to the normal packaging cigarette transfer device 86 by controlling the quantity of the main cigarette produced by a conventional cigarette production device (not shown), A storage transfer device 28 configured to transfer heterogeneous cigarettes produced from a cigarette production device to a heterogeneous cigarette storage device 42, and a heterogeneous cigarette storage device 42 configured to automatically store and supply the heterogeneous cigarettes; The supply and transfer device 72 is configured to supply and transfer the stored heterogeneous cigarettes to the heterogeneous cigarette supply device 77, and the amount of the regular cigarettes controlled by the main cigarettes supplied through the main cigarette supply device (2) Main cigarettes supplied through the main cigarette supply device (2) and the heterogeneous cigarette supply device 77 is composed of a heterogeneous cigarette supply device (77) which is to supply the heterogeneous cigarette to the packaging cigarette transport device (86) And heterogeneous cigarettes are packaged and packaged in a pack by a pack-packing device for transporting ordinary cigarettes (86) and packers (88).

The main cigarette supply device 2 is a main cigarette produced by a conventional cigarette production device (not shown) as shown in Figs. 1 to 4, 10, 11, 12, 15 in a pack of cigarettes It is a part that is continuously put into the usual packaging cigarette conveying device 86 to be adjusted to the appropriate quantity, the cigarette supply end (3), the main cigarette supply path (4) and the secondary storage (5) and the main cigarette It is an input part 6.

The cigarette supply end portion (3) is to ensure that the main cigarettes produced in a conventional cigarette production device is continuously transferred to the main cigarette supply path (4) by a cigarette supply conveyor (7) or heterogeneous produced in a conventional cigarette production device The cigarette is to serve as a transfer to the storage transfer device 28 to be stored in the heterogeneous cigarette storage device 42, is installed to communicate with the upper portion of the main cigarette supply path (4), the cigarette supply The cigarette supply tip end body 8 is provided at a predetermined interval on the upper portion of the conveyor 7 so that the cigarette supply tip end body 8 and the cigarette supply conveyor 7 are adjusted to a predetermined amount through a vertical space. Cigarettes are to be transported, and a lower portion of the cigarette supply tip body 8 is provided with a guide conveyor 9 so that the cigarettes are not separated between the cigarette supply conveyor 7 and the guide conveyor 9. The main cigarette supply path (4) has a push pin 10 hinged to one end of the lower end of the main body supply end portion (8) in communication with the main cigarette supply path (4) is provided to the main cigarette supply path ( 4) by pressing the main cigarette laminated on the load of the push pin (10) made of a metal material to prevent the clogging of cigarettes in the portion where the main cigarette supply path (4) and the cigarette supply end body (8) is in communication. It is.

In addition, one end of the cigarette supply end body 8, which is not provided with a cigarette supply conveyor 7, is spoken with the storage transfer end 29 of the storage transfer device 28, so that the storage transfer end 29 The case plate 33 provided at the bottom of the inlet side is opened and closed so that the main cigarette is supplied to the main cigarette supply path 4 in the state in which the case plate 33 is closed, and the case plate 33 is opened. In the state, the heterogeneous cigarette is supplied to the storage transport device 28 to be stored in the heterogeneous cigarette storage device 42.

The main cigarette supply path (4) is a long passage for transporting the main cigarette supplied from the cigarette supply end (3) of the upper to the main cigarette input portion 6 of the lower side, the upper storage side transport path (11) Is formed to temporarily store the main cigarettes oversupplied through the auxiliary storage part transfer path 11 in the auxiliary storage part (5).

The secondary storage unit (5) is a conventional storage device used in the automatic cigarette production apparatus, a portion which can be used or not used as necessary, is cylindrical, and the main cigarette temporary storage passage 12 is formed inside. When the main cigarettes supplied through the main supply line 4 is temporarily oversupplied, the auxiliary storage unit 5 through the auxiliary storage unit conveying conveyor (13) provided in the auxiliary storage unit transport path (11) The inner cigarette is temporarily stored along the main cigarette temporary storage path 12 provided inside the auxiliary storage part 5.

The main cigarette temporary storage path 12 provided inside the auxiliary storage part 5 is rotated in a clockwise or counterclockwise direction so that the main cigarette is stored or supplied to the main cigarette supply path 4.

The main cigarette input part 6 is a part for injecting the main cigarette of the quantity packed in a pack of cigarettes into a conventional packing cigarette conveying device 86, which is addressed to the lower part, the upper part is narrower and the lower part is tapered in shape. The inner central portion is provided with a split guide 14 of the rhombus shape so that the main cigarette supplied from the upper part is divided by about half and transferred to the lower part, and a plurality of cigarette input plates 15 are provided at the lower part of the lower part. It is spaced apart at intervals such that only one ratio passes, and arranged in a horizontal direction to form a plurality of cigarette intake paths (16a, 16b), the cigarette intake path (16a, 16b) is preferably conventional As shown in FIG. 15, cigarettes standardly packed in phosphorus packs contain seven cigarettes in the upper part, six cigarettes in the middle, and seven cigarettes in the lower part to form three layers. Respectively, the upper lamination input passage 17, the middle lamination input passage 18 and the lower lamination input passage 19 are divided, and a cigarette input roller rotated by a conventional motor on each of the cigarette input plates 15. 20 is provided so that the cigarettes are naturally introduced into the cigarette feeding paths 16a and 16b by the cigarette feeding roller 20, and the upper stacked feeding path 17 and the middle stacked feeding path 18 are provided. The upper and between the middle lamination passage (18) and the lower lamination passage (19) is provided with vibration projections (21a, 21b), respectively, so that the vibration projections (21a, 21b) vibrate in the left and right directions, The main cigarettes divided into half by the split guide 14 are divided into a predetermined amount so that the main cigarettes are naturally divided into the upper lamination input passage 17, the middle lamination input passage 18 and the lower lamination input passage 19, respectively. It is.

The vibration protrusions 21a and 21b are preferably pentagonal pillars as shown in Figs. 2 to 4, and the vibration shaft 23 of the vibration device 22 operated by a conventional motor provided on the outside. The shaft is connected to the diaphragm 25 connected to the () so as to regularly vibrate in the left and right directions according to the vibration of the vibration shaft (23).

In addition, a partition plate 26 is formed at a position adjacent to the heterogeneous cigarette input unit 80 of the heterogeneous cigarette supply device 77 on the lower one side wall of the main cigarette input unit 6. ) Is divided into a plurality of cigarette input path (16a) (16b) constituting the lower laminated injection path 19 so that the main cigarette is introduced through the cigarette input path (16a) inside the main cigarette input portion (6). The heterogeneous cigarette is introduced through the heterogeneous cigarette supply device 77 through the cigarette inlet 16b outside the main cigarette inlet 6 so that the heterogeneous cigarette is supplied together with the main cigarette, and the partition plate 26 is provided. By adjusting the position of the partition plate 26 using the fixing screw 27 of the number of cigarette input path 16b into which different types of cigarettes are introduced.

At this time, the number of main cigarettes supplied through the cigarette inlet 16a of the main cigarette inlet 6 takes into account the number of heterogeneous cigarettes supplied through the cigarette inlet 16b of the heterogeneous cigarette inlet 80. When the number of ordinary cigarettes, 20 packs of ordinary cigarettes, if the heterogeneous cigarettes in the case of one cigarette, the main cigarette is to adjust the position of the partition plate 26 to 19.

The front part of the cigarette supply part 3, the main cigarette supply path 4, and the main cigarette input part 6 is formed of transparent acrylic or glass material to easily check whether the cigarettes supplied from the inside are properly transported. You can do that.

1, 3, 4, 10, 11 and 12, the storage transfer device 28 is a part for transferring heterogeneous cigarettes produced in a conventional cigarette production device to a heterogeneous cigarette storage device 42, and storing The feed tip 29, the storage transfer conveyor 30, and the storage transfer end 31 are provided.

The storage transfer tip 29 is a part that is addressed to one end of the cigarette supply tip 3 and controls the amount of cigarettes so that heterogeneous cigarettes are constantly transferred to the heterogeneous cigarette storage device 42, the storage The storage conveyance front end body 32 is provided in a state spaced apart at a predetermined interval on the upper portion of the conveying conveyor 30 through a space between the storage transport conveyor 30 and the storage transport end body 32 is a certain amount of heterogeneous cigarettes In the interface portion between the storage transfer leading end 29 and the cigarette supply leading end 3, a hinge plate 33 is provided to be opened and closed at the lower end of the inlet side of the storage transfer leading end 29 to produce a normal cigarette. When the heterogeneous cigarette is produced and stored in the apparatus, the case plate 33 is opened so that the heterogeneous cigarette is transferred to the storage transport tip 29 through the cigarette supply tip 3.

In addition, the storage transfer conveyor operation sensor unit 35 is inserted into the inlet side rear part 34 of the storage transfer front end body 32. The storage transfer conveyor operation sensor unit 35 has a detection sensor 37a. The height is adjusted in the up and down direction along the sensor fixing pin 36a in the state of being inserted into the sensor fixing pin 36a, and the detection sensor 37a operates the storage transfer conveyor 30 when heterogeneous cigarettes are detected. When the heterogeneous cigarette is not detected, the storage transport conveyor 30 is stopped. When the heterogeneous cigarette is stacked and detected up to a height at which the sensor 37a is positioned, the storage transport conveyor 30 is operated. The heterogeneous cigarettes stacked up to a predetermined height are transferred to the heterogeneous cigarette storage device 42, and the stacked height of the heterogeneous cigarettes is lowered by the operation of the storage transfer conveyor 30 to be below the height of the sensor 37a. Wherein the storage is adapted to stop the operation of the feed conveyor 30.

If necessary, by adjusting the height of the detection sensor (37a) fitted to the sensor fixing pin (36a) up and down, it is possible to arbitrarily adjust the amount of heterogeneous cigarettes transferred by the operation of the storage transfer conveyor (30).

The storage transfer conveyor 30 is a transfer means driven by the motor to transfer heterogeneous cigarettes to the heterogeneous cigarette storage device 42, the storage transfer conveyor operation sensor unit provided in the storage transfer front end 29 It is to be operated or stopped by the sensor 37a of the (35), and the side guide plates 38a and 38b are fixed to the upper both sides of the storage transfer conveyor 30 along the shape of the storage transfer conveyor 30. It is attached to prevent the heterogeneous cigarettes are stacked and transported to a certain height to be separated from the outside of the storage transport conveyor 30, a plurality of support (39a) is fixedly attached to the lower end of the storage transport conveyor (30) The heterogeneous cigarette is naturally transported while being horizontally maintained at the same height as the cigarette supply conveyor 7 of the main cigarette charging unit 6.

The storage transfer end portion 31 is spoken with the automatic storage control unit 43 of the heterogeneous cigarette storage device 42 and the internal storage control unit 43 for the heterogeneous cigarettes transferred by the storage transfer conveyor 30. In the upper part, the upper guide conveyor 40 is provided at the upper part so as to be introduced into the automatic storage control unit 43 by a predetermined amount while guiding the heterogeneous cigarettes stacked and transported at a predetermined height from the upper side. The side guide roller 41a is provided to align the heterogeneous cigarettes protruding to the outside so as to prevent the heterogeneous cigarette from being caught in the automatic storage control part 43 and the inlet portion protruded.

The heterogeneous cigarette storage device 42 automatically stores the heterogeneous cigarettes transferred from the storage transport device 28 as shown in FIGS. 1, 7, 8, 9, 14, and 15 and supplies and stores the stored heterogeneous cigarettes ( As a part to be supplied to 72, it is an automatic storage control part 43, an upper storage part 44, and a lower storage part 45. As shown in FIG.

The automatic storage control unit 43 is spoken with the storage transfer end portion 31 so that the heterogeneous cigarettes transferred through the storage transfer conveyor 30 are primarily stored, and the upper storage unit 44 provided in the upper and lower portions, respectively; The lower storage unit 45 to automatically store the heterogeneous cigarettes are stacked and stored, and to control the supply of the heterogeneous cigarettes stored in the upper storage unit 44 and the lower storage unit 45 to the feed transfer device 72 automatically. It is a rectangular parallelepiped, the width of the inside is the same width as the length of the heterogeneous cigarette is surrounded by the storage control unit housing 46 to be primarily stored in the heterogeneous cigarette, the upper portion of the storage control unit housing 46 The storage transfer end portion 31 is protruded on the outer side, and the upper storage portion 44 and the lower storage portion 45 are protruded on the other side thereof, and the lower passage 47 is formed on the lower side thereof. )Wow Yi yijong cigarette stored through the feed transport conveyor 73 of the supply seoldoen transfer device 72 is to be supplied.

In addition, the upper front guide net 48 and the upper rear guide net 49 are arranged side by side in the inner upper portion of the storage control unit housing 46, so that the heterogeneous cigarettes stacked to the upper part are separated by a predetermined height or more. It is to be guided from the upper portion, the lower portion is provided with a front end portion of the storage conveyor (50a) of the upper storage portion 44 protrudes, the upper rear guide net 49 and the storage conveyor (50a) of The upper storage conveyor operation sensor 51 is inserted into the wall between the front ends, and the auxiliary front end 52a is provided at the front end of the storage conveyor 50a, and one end of the auxiliary conveyor 52a is provided. Intermediate passage forming plate (53a) (53b) is fixedly attached to be spaced apart at a predetermined interval in the lower portion to form an intermediate passage (54), the lower end of the intermediate passage forming plate (53b) The guide network 55 is provided in a stretched state so as to guide the heterogeneous cigarettes from being separated outward, and an intermediate auxiliary conveyor 56 is provided at the lower portion of the intermediate passage forming plate 53a. Heterogeneous cigarettes supplied through the 54 is to be transferred to the storage conveyor (50b) of the lower storage unit 45 by the intermediate auxiliary conveyor 56, the lower storage unit 45 in the lower portion of the intermediate guide network (55) The front end of the storage conveyor 50b is provided in a state of protruding, and the lower storage conveyor operation sensor 57 is inserted into the wall between the intermediate guide network 55 and the front end of the storage conveyor 50b. An auxiliary conveyor 52b is provided at the front end of the storage conveyor 50b, and a lower passage forming plate 58 is fixedly attached to a lower end of one side of the auxiliary conveyor 52b. ) The lower part of the intermediate subsidiary conveyor 56 is provided with a lower guide network 59 in a stretched state to guide smoothly the upper part of the heterogeneous cigarette supplied in a stacked state through the lower passage 47. This is to be done.

At each lower end of the auxiliary conveyors (52a) and (52b) are provided with tobacco dust collecting plates (60a) and (60b) inclined downward, so that the auxiliary conveyors (52a) (52b) and storage conveyors (50a) (50b) Receiving dropped tobacco powder of different types of cigarettes dropped on the) (6) is collected in the tobacco collecting bin (61a) (61b) provided in the lower portion of the tobacco collecting plate (60a, 60b).

The upper storage conveyor operation sensor unit 51 and the lower storage conveyor operation sensor unit 57 have storage sensors 62a and 62b inserted into upper portions of the sensor fixing pins 36b and 36c, respectively. The sensors 63a and 63b are inserted in turn so that the storage sensors 62a and 62b and the supply sensors 63a and 63b are height-adjusted in the vertical direction along the sensor fixing pins 36b and 36c. At the time of storage of the heterogeneous cigarette, the heterogeneous cigarette is stacked on top of the feed conveying conveyor 73 of the portion delivered to the lower portion of the lower passage 47, and then stacked in the lower storage unit 45 so as to be stored in the lower storage conveyor operation sensor unit ( 57 is first operated to fill the lower storage 45, the heterogeneous cigarette is filled, and then the upper storage conveyor operation sensor 51 is to operate, the heterogeneous cigarette stored in the upper storage 44 when supplying the heterogeneous cigarette The upper storage conveyor operation sensor unit 51 is supplied from the That may work in heterologous cigarette is then supplied to all the lower storage conveyor operated sensor unit 57 in the upper storage unit 44 it is to operate.

If necessary, the operation sequence of the upper storage conveyor operation sensor 51 and the lower storage conveyor operation sensor 57 may be reversed during storage and supply.

The storage sensors 62a and 62b are operated when the heterogeneous cigarettes are stored. When the storage sensors 62a and 62b operate, the supply sensors 63a and 63b provided at the bottom thereof are not operated. If this is detected to operate the storage conveyor (50a) (50b), if the heterogeneous cigarette is not detected to stop the operation of the storage conveyor (50a) (50b), the storage sensor (62a) (62b) is located height When heterogeneous cigarettes are stacked and detected, the storage conveyors 50a and 50b operate inwardly of the upper storage part 44 or the lower storage part 45 to stack the heterogeneous cigarettes stacked up to a predetermined height. Or it is to be transported to the lower storage portion 45, the storage conveyor (50a, 50b) by the operation of the stacked height of the heterogeneous cigarette is lowered to be less than the height of the storage sensor (62a, 62b) of the storage conveyor ( The operation of 50a) 50b is made to stop.

The supply sensors 63a and 63b are operated at the time of supply of different cigarettes. When the supply sensors 63a and 63b are operated, the storage sensors 62a and 62b provided at the upper part are not operated. If the cigarette is detected to stop the storage conveyor (50a) (50b) and if the heterogeneous cigarette is not detected to operate the storage conveyor (50a) (50b), the stored heterogeneous cigarette is supplied through the lower passage 47 72, the height of the stacked heterogeneous cigarette is gradually lowered when supplied to the supply sensor (63a, 63b) is less than the height of the position of the storage conveyor (50a) (50b) side of the automatic storage control unit (43) In the opposite direction) to push the heterogeneous cigarettes toward the automatic storage control unit 43, so that the heterogeneous cigarettes are stacked, and when the heterogeneous cigarettes are stacked again to the height at which the supply sensors 63a and 63b are positioned, the storage conveyor To stop the operation of 50a and 50b. have.

If necessary, the amount of heterogeneous cigarettes stored and supplied can be arbitrarily adjusted by adjusting the heights of the storage sensors 62a and 62b and the supply sensors 63a and 63b which are fitted to the sensor fixing pins 36b and 36c. It can be adjusted with.

The upper front guide net (48), the upper rear guide net (49), the middle guide net (55) and the lower guide net (59) is in the form of a mesh of a metal material, the heterogeneous cigarettes that are transported while being stacked up Guided by to prevent the heterogeneous cigarettes are stacked above a certain height to prevent the departure from the outside.

The auxiliary conveyors 52a and 52b and the intermediate auxiliary conveyors 56 are conventional conveying means driven by a motor, all of which are small conveyors, and store and supply the heterogeneous cigarettes in the storage control unit housing 46. It is supposed to play an auxiliary role for smooth transportation.

The upper storage portion 44 and the lower storage portion 45 is a portion for receiving and storing heterogeneous cigarettes as shown in Figures 1, 6, 7, 13, 14, and have the same structure and shape as each other, long rectangular Storage casings 64a and 64b to accommodate heterogeneous cigarettes, and storage conveyors 50a and 50b provided inside the storage casings 64a and 64b to store and supply heterogeneous cigarettes; It is fixedly attached to the upper surface of the storage conveyor (50a) (50b) and is made of a supporting member (65a) (65b) to allow different types of cigarettes are stacked and stored and supplied at a constant height.

The storage casings 64a and 64b are long rectangular casings whose widths are the same as the lengths of the heterogeneous cigarettes, and the inlet portions into which the heterogeneous cigarettes are introduced communicate with one side of the storage control part housing 46. And the other side is blocked, and the front stop sensors 66a and 66b are inserted into the storage casings 64a and 64b of the storage control unit housing 46 and the protruded portion, and the storage casing ( Rear stop sensors 67a and 67b are installed inside the other side of the 64a and 64b, and a plurality of supports 39b are provided at the lower end of the storage casing 64b of the lower storage portion 45 to store the casing. It is supposed to support 64b firmly.

The storage conveyor (50a) (50b) is a general conveying means driven by a motor is provided in the lower portion inside the storage casing (64a) (64b) as a whole, the one end of the storage control unit housing 46 Heterogeneous cigarettes that are installed in the state protruded inward and are transferred and stacked inside the storage control unit housing 46 are easily stacked on the storage conveyors 50a and 50b, and the storage conveyors 50a and 50b are stacked. Support member moving guides 68a and 68b are attached to both lower sides of the support member, so that the support members 65a and 65b which are fixedly attached to the upper ends of the storage conveyors 50a and 50b are integrally movable. It is made to reciprocate in a straight line without being separated along 68a) 68b.

The supporting members 65a and 65b are fixedly attached to the upper surfaces of the storage conveyors 50a and 50b, as shown in FIGS. 6 and 13, so that the supporting members 65a and 65b are integrally moved with the storage conveyors 50a and 50b. As a means for supporting and laminating to a predetermined height to store and supply the support plate, the support plates 69a and 69b, the support plate supports 70a and 70b, and guide pins 71a and 71b are provided. 69b is a plate-shaped member which is erected in a predetermined shape in a vertical direction, and is close to the upper end surfaces of the storage casings 64a and 64b so that heterogeneous cigarettes are laminated to the upper surfaces of the storage casings 64a and 64b. The support plate support (70a, 70b) is a portion that is fixedly attached to the upper surface of the storage conveyor (50a) (50b) to support the support plate (69a) (69b) from the rear lower portion. The guide pins 71a and 71b are formed of the support plate supports 70a and 70b. A fixed portion attached to the lower side face is adapted to be reciprocated in a straight line guide without a supporting member (65a) (65b) exit along the supporting member moving the guide (68a) (68b).

The front stop sensors 66a and 66b of the storage casings 64a and 64b may be configured to supply a heterogeneous cigarette stored in the upper storage 44 or the lower storage 45 to the supply transfer device 72. Storage conveyor (50a) so that the supporting members (65a, 65b) moving together toward the storage control unit housing 46 in accordance with the movement of (50a) (50b) no longer moves toward the front end of the storage conveyor (50a) (50b) When the front stop sensors 66a and 66b detect the support plate supports 70a and 70b of the support members 65a and 65b made of the metal material, the storage conveyor stops 50b. The operation of the 50a and 50b is stopped.

The rear stop sensors 67a and 67b of the storage casings 64a and 64b of the storage conveyors 50a and 50b store the heterogeneous cigarettes inside the upper storage 44 or the lower storage 45. The storage conveyor (65a, 65b) moving together in the upper storage portion 44 or the lower storage portion 45 in accordance with the movement is no longer moved to the rear end of the storage conveyor (50a, 50b) storage conveyor ( As a sensor for stopping the 50a) and 50b, when the rear stop sensors 67a and 67b detect the support plate supports 70a and 70b of the support members 65a and 65b made of metal. The operation of the storage conveyors 50a and 50b is stopped.

If necessary, the heterogeneous cigarette storage device 42 may be configured to be provided with only one storage unit of the upper storage unit 44 or the lower storage unit 45, as shown in FIG. 44) The case where only one is provided will be described in detail as follows. Even if only one lower storage part 45 is provided, the same configuration as that provided with only one upper storage part 44 is provided.

The heterogeneous cigarette storage device 42 is composed of an automatic storage control unit 43 and the upper storage unit 44, the automatic storage control unit 43 is addressed to the storage transfer end portion 31, the storage transfer The heterogeneous cigarettes transferred through the conveyor 30 are primarily stored, and the heterogeneous cigarettes are automatically stacked and stored in the upper storage unit 44, and the heterogeneous cigarettes stored in the upper storage unit 44 are supplied to the supply transfer device 72. It is a part to be adjusted to supply automatically, the inside of the rectangular shape is the same width as the length of the heterogeneous cigarette is surrounded by the storage control unit housing 46 to be primarily stored in the heterogeneous cigarette, the storage The upper end of the control unit housing 46, the storage transfer end 31 is speeched, the other side is the upper storage 44 is spoken and the lower passage 47 is formed in the lower passage 47 ) Yi yijong cigarette stored through the feed transport conveyor 73 of the address supply transport device (72) adapted to be supplied.

In addition, the upper front guide net 48 and the upper rear guide net 49 are arranged side by side in the inner upper portion of the storage control unit housing 46, so that the heterogeneous cigarettes stacked up to the upper are stacked above a certain height. It is to be guided from the top so as not to be separated, the lower end is provided with a front end of the storage conveyor (50a) of the upper storage portion 44 is protruded, the upper rear guide net 49 and the storage conveyor (50a) The upper storage conveyor operation sensor 51 is inserted into and installed on the wall between the front end portions of the front end, and the auxiliary conveyor 52a is provided at the front end of the storage conveyor 50a, and the lower portion of the auxiliary conveyor 52a is provided. The lower passage forming plate 58 is fixedly attached to form the lower passage 47.

Tobacco collecting plate (60a) is provided at the lower end of the auxiliary conveyor (52a) inclined downward to receive the dropped tobacco powder of different cigarettes dropped on the auxiliary conveyor (52a) and the storage conveyor (50a) It is to be collected in the dust collecting container 61a provided in the lower part of the powder collecting plate 60a.

The upper storage conveyor operation sensor unit 51 has a storage sensor 62a inserted in the upper portion of the sensor fixing pin 36b, and a supply sensor 63a is inserted in the lower portion thereof, so that the storage sensor 62a and the supply sensor. (63a) is to be adjusted in height in the vertical direction along the sensor fixing pin (36b), the storage sensor 62a is to operate when the storage of heterogeneous cigarettes when the storage sensor 62a is operated when the supply sensor provided at the bottom (63a) is not to operate, if the heterogeneous cigarette is detected to operate the storage conveyor (50a), if the heterogeneous cigarette is not detected to stop the operation of the storage conveyor (50a), the storage sensor 62a is When the heterogeneous cigarettes are stacked and detected up to the positioned height, the storage conveyor 50a is operated inward of the upper storage part 44 to transfer the heterogeneous cigarettes stacked up to a predetermined height into the upper storage part 44. , The stacked height of the two kinds of the operation of the cigarette storage conveyor (50a) becomes lower when less than the height of the storage sensor (62a) is adapted to stop the operation of the storage conveyor (50a).

The supply sensor 63a is operated at the time of supply of heterogeneous cigarettes. When the supply sensor 63a is operated, the storage sensor 62a provided at the upper portion thereof is not operated. When the heterogeneous cigarette is detected, the storage conveyor 50a is operated. If the heterogeneous cigarette is not detected to operate the storage conveyor (50a), the stored heterogeneous cigarette is supplied to the feed transfer device 72 through the lower passage 47, the height of the stacked heterogeneous cigarette is gradually lowered When the supply sensor (63a) is less than the height is located, the storage conveyor (50a) is operated to the automatic storage control unit 43 side (the opposite direction at the time of storage) to push heterogeneous cigarettes toward the automatic storage control unit 43 heterogeneous When the cigarettes are stacked and the heterogeneous cigarettes are stacked and detected again to the height at which the supply sensor 63a is positioned, the operation of the storage conveyor 50a is stopped.

If necessary, by adjusting the height of the storage sensor 62a and the supply sensor 63a inserted into the sensor fixing pin 36b up and down, the amount of heterogeneous cigarettes stored and supplied can be arbitrarily adjusted.

The upper front guide net 48 and the upper rear guide net 49 are in the form of a mesh of metal material, and guides heterogeneous cigarettes that are transported and supplied from the upper side by stacking heterogeneous cigarettes above a predetermined height to the outside. It is intended to prevent the departure.

The auxiliary conveyor 52a is a general conveying means driven by a motor, all of which are small conveyors, and serve as an auxiliary so as to smoothly transport the inside of the storage control unit housing 46 when storing and supplying heterogeneous cigarettes. have.

The upper storage portion 44 is a portion for storing and storing heterogeneous cigarettes, the storage casing (64a) is to accommodate the heterogeneous cigarette in a long rectangular shape, and is provided in the inner lower portion of the storage casing (64a) to store heterogeneous cigarettes And a support member 65a fixedly attached to an upper end surface of the storage conveyor 50a to be supplied and the upper side of the storage conveyor 50a, and having heterogeneous cigarettes stacked and stored at a predetermined height.

The storage casing 64a is a long rectangular casing having an inner width equal to the length of the heterogeneous cigarette, and an inlet portion into which the heterogeneous cigarette is introduced is in communication with one side of the storage control part housing 46. The side is blocked, the front stop sensor (66a) is inserted into the side of the storage casing (64a) of the storage control unit housing 46 and the speech portion, and the rear stop inside the other side of the storage casing (64a) A sensor 67a is provided, and a plurality of supports 39b are provided at the lower end of the storage casing 64a to firmly support the storage casing 64b.

The storage conveyor (50a) is a general conveying means driven by a motor is provided as a whole long inside the lower portion of the storage casing (64a), with one end protruding into the storage control unit housing 46 Heterogeneous cigarettes that are installed and transported into the storage control unit housing 46 are easily stacked on the upper part of the storage conveyor 50a, and the supporting member moving guides 68a are provided on both lower sides of the storage conveyor 50a. Is attached to the storage conveyor (50a) is fixedly attached to the upper end of the support member 65a is integrally movable so as to reciprocate in a straight line without being separated along the support member movement guide (68a).

The support member 65a is fixedly attached to an upper surface of the storage conveyor 50a, and is integrally moved with the storage conveyor 50a, and is a means for stacking and storing heterogeneous cigarettes to a predetermined height. It consists of a support plate support 70a and a guide pin 71a, and the support plate 69a is a plate-shaped member which is erected vertically in a bent state in a predetermined shape, and is close to the upper end surface of the storage casing 64a. The support casing (64a) is to be laminated to support the upper surface, the support plate support (70a) is a part which is fixedly attached to the upper surface of the storage conveyor (50a) to support the support plate (69a) from the lower back The guide pin 71a is fixedly attached to both bottom surfaces of the support plate support 70a so that the support member 65a is not separated along the support member movement guide 68a. It is guided so that it can reciprocate in a linear direction without being.

The front stop sensor 66a of the storage casing 64a has a storage control unit housing 46 according to the movement of the storage conveyor 50a when supplying heterogeneous cigarettes stored in the upper storage unit 44 to the supply transfer device 72. A support plate (70a) of the support member (65a) made of the metal material as a sensor for stopping the storage conveyor (50a) so that the support member (65a) moving together toward the front end of the storage conveyor (50a) no longer move. When the front stop sensor (66a) is detected to stop the operation of the storage conveyor (50a).

The back stop sensor 67a of the storage casing 64a supports members moving together inside the upper storage part 44 according to the movement of the storage conveyor 50a when storing heterogeneous cigarettes inside the upper storage part 44. A sensor for stopping the storage conveyor 50a so that 65a no longer moves behind the end of the storage conveyor 50a, wherein the backing plate support 70a of the support member 65a made of the metal is stopped at the rear side. When the sensor 67a detects, the operation of the storage conveyor 50a is stopped.

As shown in FIGS. 1, 7, 9, the supply and feeding device 72 is speeched with the lower passage 47 provided below the automatic storage control unit 43 of the heterogeneous cigarette storage device 42. The side is speech with the upper casing 78 of the heterogeneous cigarette supply device 77 to supply the heterogeneous cigarettes stored in the heterogeneous cigarette storage device 42 to the heterogeneous cigarette supply device 77, the feed transport conveyor (73) And the upper body 74 of the feed feed device.

The feed conveying conveyor (73) is a normal conveying means driven by a motor, the front end of which is extended to the lower passage (47) of the automatic storage control unit (43), and the end of the upper casing of the heterogeneous cigarette supply device (77). Speaking with (78), the heterogeneous cigarettes supplied through the lower passage (47) are transported and supplied to the supply hopper (83) provided in the upper casing (78).

The upper portion of the feed transfer device 74 is provided in the state spaced apart at regular intervals in the upper portion of the rear half of the feed transfer conveyor (73) between the top and bottom of the feed transfer device upper body (74) and the feed transfer conveyor (73) A heterogeneous cigarette supply path 76 through which a heterogeneous cigarette is supplied is formed along the space, and a lower portion of the upper body 74 of the feed transfer device is provided with a feed feed guide conveyor 75 so as to be stacked at a predetermined height. Guide the different types of cigarettes from the upper side by a predetermined amount to be introduced into the upper casing 78 of the heterogeneous cigarette supply device 77, the side guide roller 41b is provided in the inlet portion of the heterogeneous cigarette supply path 76 By aligning the heterogeneous cigarettes protruding outwardly, it is possible to prevent the heterogeneous cigarettes transported through the heterogeneous cigarette supply path 76 from being caught in the inlet portion of the heterogeneous cigarette supply path 76. It is locked.

1, 3, 4, 7 to 12, 15, the heterogeneous cigarette supply device through the supply transfer device 72, as shown in Figures 1, 3, 4, 7 The part is continuously put into the packaging cigarette transfer device 86 of the upper casing 78 and the heterogeneous cigarette inlet (79) and the heterogeneous cigarette inlet (80).

The upper casing 78 is a portion in communication with the heterogeneous cigarette supply path 76 of the feed transfer device 72, as shown in FIG. In the lower part of the feed conveyance operation sensor unit 81 is provided with a supply device guide net 82 made of a metal mesh form to guide the heterogeneous cigarettes supplied through the feed conveying conveyor 73 from the top It is to prevent the overflow of the heterogeneous cigarette in the upper casing 78 by overflowing to the outside or the excessive supply of heterogeneous cigarettes, and the supply hopper 83 is provided in the lower portion of the supply apparatus guide network 82.

The supply feed conveyor operation sensor unit 81 is to be adjusted in the vertical direction along the sensor fixing pin (36d) in the state that the sensor 37b is inserted into the sensor fixing pin (36d), the detection sensor ( 37b) stops the supply conveyance conveyor 73 and the supply transfer guide conveyor 75 of the supply transfer device 72 when the heterogeneous cigarette inside the upper casing 78 is detected, and the supply conveyance conveyor when the heterogeneous cigarette is not detected. 73 and the feed transfer guide conveyor 75 is operated so that the heterogeneous cigarettes are stacked and detected up to the height at which the sensor 37b is located, the feed transfer conveyor 73 and the feed transfer guide conveyor 75. Stop the heterogeneous cigarette is no longer introduced into the heterogeneous cigarette supply device 77, and when the stacked height of the heterogeneous cigarette is lowered to be less than the height of the sensor 37b, the feed transport conveyor 73 and supply The transport guide conveyor 75 is operated again so that heterogeneous cigarettes are supplied into the heterogeneous cigarette supply device 77.

If necessary, by adjusting the height of the detection sensor (37b) fitted to the sensor fixing pin (36d) up and down, it is possible to arbitrarily adjust the amount of heterogeneous cigarettes supplied by the operation of the feed conveying conveyor (73).

The heterogeneous cigarette inlet passage 79 is a passage for transferring the heterogeneous cigarette supplied to the supply hopper 83 to the heterogeneous cigarette inlet 80, which is addressed to the lower end of the supply hopper 83 and provided below. It is in the form of a screw so that heterogeneous cigarettes are introduced in the same direction as the cigarette inlet 16b of the heterogeneous cigarette inlet 80, so that the heterogeneous cigarette is diverted while passing through the heterogeneous cigarette inlet 79 and the cigarette It is supposed to be correctly injected into the feeding path 16b.

The heterogeneous cigarette input unit 80 is installed adjacent to the outer surface of the partition plate 26 provided on one side wall of the lower main cigarette input unit 6, as shown in Figure 9, 15, etc. As a part for injecting heterogeneous cigarettes into the apparatus 86, the main cigarette input part 6 is divided by the partition plate 26 in the lower laminated input path 19 formed at the lower end of the main cigarette input part 6. The heterogeneous cigarette is to be introduced into the cigarette inlet (16b) divided into the outside, the heterogeneous cigarette vibrating member 84 is provided on the upper side of the cigarette inlet (16b) is heterogeneous cigarette vibrating member (84) The heterogeneous cigarette is smoothly introduced into the cigarette input path 16b by pushing the heterogeneous cigarette into the cigarette input path 16b while vibrating in the left and right directions.

The heterogeneous cigarette vibrating member 84 is connected to the diaphragm 25 in which the central shaft 85 vibrates the vibration protrusions 21a and 21b of the main cigarette input part 6, as shown in FIG. It is spoken with the shaft 24, and is made to vibrate uniformly to the left-right direction with the said vibration protrusions 21a and 21b by the operation of the said vibration apparatus 22. FIG.

The packaging cigarette conveying device 86 is a device generally used in a conventional cigarette supply device (90 ') is provided with a plurality of pockets 87 therein, the main cigarette charging portion (6) and heterogeneous cigarette charging portion The main and heterogeneous cigarettes introduced through the upper lamination input passage 17, the middle lamination input passage 18, and the lower lamination input passage 19 separated by the lower portion of the 80 are sequentially stored in the pocket 87. The packer 88 is used to transport the packer 88 in a pack unit, and the packer 88 is also a device generally used in a conventional cigarette feeder 90 '. Packed and packed to complete packed cigarettes.

As described above, the cigarette supply conveyor 7 used in the present invention, the auxiliary storage unit conveying conveyor 13, the storage conveying conveyor 30, the storage conveyor 50a and 50b, and the supply conveying conveyor 73 are As shown in FIG. 16, grooves 89 are formed at regular intervals, and cigarettes are seated in the grooves 89 so that they are properly stacked without falling outwardly or stacked obliquely during transportation.

Referring to the operation of the heterogeneous cigarette automatic supply device (1) configured as described above according to the present invention.

The heterogeneous cigarette automatic supply device 1 according to the present invention is intended to produce and supply both main and heterogeneous cigarettes through a single cigarette production device (not shown). After storage, the main cigarettes are continuously supplied through the main cigarette supply device (2), and the stored heterogeneous cigarettes are simultaneously supplied to the heterogeneous cigarette supply device (77), so that the main and heterogeneous cigarettes are supplied together to the packaging transport device (86). It is intended to be.

First, the process of automatically storing and supplying heterogeneous cigarettes is as follows.

Heterogeneous cigarettes produced in a conventional cigarette production device is transported to the cigarette supply end 3 of the main cigarette supply device (2) by a cigarette supply conveyor (7) as shown in Figure 1, 10 and the cigarette supply end body ( 8) and the heterogeneous cigarette is transferred into the cigarette supply tip 3 by adjusting the upper and lower spaces between the cigarette supply conveyor 7 and the lower end of the inlet side of the storage transport tip 29 of the storage transport device 28. Spread the opening plate 33 provided in the vertical direction in the horizontal direction by placing a bridge (bridge) connecting the end of the cigarette supply conveyor (7) and the end of the storage transfer conveyor (30) to maintain the open state The cigarette is to be supplied to the storage transfer device (28).

The heterogeneous cigarette continuously supplied to the storage transfer tip 29 of the storage transfer device 28 is stored transfer provided in the inlet side rear part 34 of the storage transfer end body 32 as shown in FIGS. 3 and 4. The conveyance is controlled by the conveyor operation sensor unit 35. When heterogeneous cigarettes are supplied and stacked up to a height at which the sensor 37a of the storage transfer conveyor operation sensor unit 35 is positioned, the detection sensor 37a is heterogeneous. By detecting the cigarette to operate the storage transfer conveyor 30 of the storage transfer device 28, by the operation of the storage transfer conveyor 30, the heterogeneous cigarettes stacked up to a certain height is transferred to the heterogeneous cigarette storage device 42 When the height of the stacked heterogeneous cigarette becomes lower than the height of the sensor 37a, the operation of the storage transfer conveyor 30 is stopped. The heterogeneous cigarettes transported by a predetermined amount along the storage transfer conveyor 30 in this manner are introduced into the automatic storage control unit 43 of the heterogeneous cigarette storage device 42 via the storage transfer end 31. While being guided uniformly by the upper guide conveyor 40 and the side guide roller 41a provided at the feed end 31, they are aligned neatly and are introduced into the automatic storage control unit 43.

Heterogeneous cigarettes introduced into the storage control unit housing 46 of the automatic storage control unit 43 are addressed below the lower passage 47 of the storage control unit housing 46 as shown in FIGS. Heterogeneous cigarettes are stacked on the storage conveyor 50b of the lower storage part 45 installed so as to protrude from the front end of the storage control part housing 46 while being piled up from the feed conveying conveyor 73 and sequentially stacked above the storage conveyor. (50b) It is stacked high up along the support plate (69b) of the support member (65b) fixedly attached to the upper side, heterogeneous cigarettes are stacked up to a certain height between the intermediate guide network 55 and the front end of the storage conveyor (50b) When the storage control unit housing 46 is inserted into the wall of the lower storage conveyor operation sensor 57 installed in the storage sensor 62b of the storage sensor (50b) by operating the storage conveyor 50b the storage in the inward direction of the lower storage unit 45 Conveyor 50b Since the supporting member 65b fixedly attached to the upper surface of the storage conveyor 50b is also moved together, heterogeneous cigarettes are automatically stored into the lower storage part 45, and by the operation of the storage conveyor 50b. When the stacked height of the heterogeneous cigarette becomes lower than the height of the storage sensor 62b, the operation of the storage conveyor 50b is stopped so that a certain amount of the heterogeneous cigarette is stacked again, and the heterogeneous cigarette is continuously stored through this method. While the support member 65b is moved to the rear stop sensor 67b installed at the inner end of the storage casing 64b of the lower storage portion 45, the support plate support 70b of the support member 65b made of metal material. The rear stop sensor (65b) detects and stops the operation of the storage conveyor (50b), and operates the storage sensor (62a) of the upper storage conveyor operation sensor unit 51.

When the heterogeneous cigarette is filled in the lower storage part 45, the heterogeneous cigarette is stored in the upper storage part 44, and the upper storage part 44 of the upper storage part 44 installed to protrude from the inside of the storage control part housing 46. Heterogeneous cigarettes are stacked on the storage conveyor (50a) and is stacked high along the support plate (69a) of the support member (65a) fixedly attached to the upper surface of the storage conveyor (50a), heterogeneous cigarettes are stacked to a certain height to the top Storage conveyor (50a) is detected when the storage sensor 62a of the upper storage conveyor operation sensor unit 51 is inserted into the wall of the storage control unit housing 46 between the rear guide network 49 and the front end of the storage conveyor (50a). The storage conveyor 50a is moved inwardly of the upper storage part 44 by operating the support member, and the support member 65a fixedly attached to the upper surface of the storage conveyor 50a is also moved together. Cigarette upper storage (4 4) It is automatically stored inwardly, when the stacked height of the heterogeneous cigarette is lowered by the operation of the storage conveyor (50a) is lower than the height of the storage sensor (62a) to stop the operation of the storage conveyor (50a) again a certain amount of The heterogeneous cigarettes are stacked, and the support member 65a moves to the rear stop sensor 67a installed at the inner end of the storage casing 64a of the upper storage 44 while the heterogeneous cigarettes are continuously stored in this manner. When the rear stop sensor 67a detects the support plate support 70a of the support member 65a made of metal, the operation of the storage conveyor 50a is stopped.

After a certain amount of heterogeneous cigarettes are stored in the heterogeneous cigarette storage device 42, the main cigarettes are produced through the cigarette production device, and the main cigarettes continuously produced through the cigarette production device as shown in FIG. 11 are cigarette supply conveyors. (7) is conveyed to the main cigarette supply device (2), and keeps the opening plate 33 of the storage transport leading end 29 in a closed state, the cigarette supply end (3) of the main cigarette supply device (2) The main cigarette is supplied to the main cigarette supply path (4) through, and the main cigarette supplied to the main cigarette supply path (4) is transferred to the main cigarette input unit (6), the main cigarette input unit (6) lower Main cigarettes are sequentially stacked from this time, and the main cigarettes that are oversupplied are temporarily stored in the auxiliary storage part 5 through the auxiliary storage part conveying path 11 formed on the upper side of the main cigarette supply path 4, and the main cigarette input Main cigarettes injected into the part (6) is divided guide formed in the inner center portion ( 14) is divided into half by an amount is supplied to the lower portion and is divided again by a predetermined amount by the vibration of the vibration projection (21a) (21b) provided in the lower portion of the division guide 14, respectively, the upper lamination passage 17 And it is naturally divided into the middle lamination input passage 18 and the lower lamination input passage 19, the partition plate 26 provided on the lower side of the main cigarette input portion 6 is the lower lamination input passage (19) Split the plurality of cigarette intake (16a) (16b) constituting the main cigarette through the cigarette inlet (16a) of the main cigarette inlet (6) inside the main cigarette is injected and the cigarette input outside the partition plate 26 Through the furnace 16b, heterogeneous cigarettes are introduced through the heterogeneous cigarette supply device 77 to the main cigarette supply device 2 and the packing cigarette transport device 86 addressed to the lower portion of the heterogeneous cigarette supply device 77. Main and heterogeneous cigarettes should be supplied.

At this time, in the cigarette transport device for packaging 86 as shown in Figure 15 in order to receive the cigarettes supplied through the cigarette inlet (16a, 16b) in the pocket 87, the pocket 87 is a bottom lamination passage ( 19), the intermediate lamination feeding passage 18, and the lower portion of the upper lamination feeding passage 17 in order to move, in each of these input passage to move while receiving only one layer of cigarette in the pocket 87. For example, when 20 cigarettes are inserted into a pack of cigarettes, one cigarette is inserted into the cigarette bottom passage 16a and the cigarette passage 16b formed at the lower laminated passage 19 on the inner bottom layer of the pocket 87. 6 main cigarettes and 1 heterogeneous cigarette each supplied in the form one layer, and then the six main cigarettes supplied from the cigarette input passage (16a) formed in the intermediate lamination passage 18 on the upper layer is stacked, The seven main cigarettes supplied from the upper lamination feeding path 17 is stacked on the top layer to be transported to the packer device 88 in a state in which one ratio of heterogeneous cigarettes is inserted into 19 main cigarettes.

On the other hand, when supplying the stored heterogeneous cigarette through the lower passage 47 formed in the lower portion of the storage control unit housing 46 to supply the heterogeneous cigarette to the feed conveying conveyor 73 of the feed conveying device 72 the upper storage unit ( First, the heterogeneous cigarettes stored in 44 are supplied first, but the heterogeneous cigarettes are supplied to the supply transfer device 72 so that the height of the stacked heterogeneous cigarettes is lowered, so that the supply sensor 63a of the upper storage conveyor operation sensor unit 51 is located. If the height is less than the heterogeneous cigarette is not detected, the storage conveyor (50a) of the upper storage 44 is operated to the automatic storage control unit 43 side (the opposite direction at the time of storage) fixed to the upper surface of the storage conveyor (50a) The supporting plate 69a of the supporting member 65a pushes the heterogeneous cigarettes so that the heterogeneous cigarettes are laminated to the automatic storage control unit 43 again, and the heterogeneous cigarettes are stacked again to the height at which the supply sensor 63a is positioned. If a heterogeneous cigarette is detected, The operation of the storage conveyor (50a) is to be stopped, and in this way, the heterogeneous cigarette is continuously supplied and discharged, and the storage casing (64a) of the upper storage portion (44) of the storage control portion housing (46) and the protruded portion. When the support member 65a is moved to the front stop sensor 66a installed at the side, the front stop sensor 66a detects the support plate support 70a of the support member 65a made of metal. The operation of the storage conveyor 50a is stopped so that the 65a no longer moves toward the front end of the storage conveyor 50a, and the supply sensor 63b of the lower storage conveyor operation sensor 57 is operated.

When all the heterogeneous cigarettes stored in the upper storage unit 44 are discharged and supplied, the heterogeneous cigarettes stored in the lower storage unit 45 are sequentially discharged, and the heterogeneous cigarettes stored in the lower storage unit 45 are also the same as the upper storage unit 44. By the operation of the supply sensor (63b) provided in the lower storage conveyor operation sensor unit 57 by the method to continuously discharge the different cigarettes, the front inserted into the storage casing (64b) side of the lower storage unit 45 When the support member 65b moves to the stop sensor 66b, the front stop sensor 66b detects the support plate support 70b of the support member 65b made of metal and the support member 65b is no longer stored in the storage conveyor. The operation of the storage conveyor 50b is stopped so as not to move toward the tip end portion of the 50b.

The heterogeneous cigarette supplied to the lower passage 47 of the storage control unit housing 46 is introduced into the heterogeneous cigarette supply device 77 along the supply conveying conveyor 73 of the supply conveying device 72, and the heterogeneous cigarette is discharged. The supply is controlled by the detection sensor 37b of the feed transfer conveyor operation sensor unit 81 provided on the upper inner side of the upper casing 78 of the feed device 77. As shown in FIG. When heterogeneous cigarettes are continuously supplied and stacked up to the height where the detection sensor 37b of the operation sensor unit 81 is positioned, the detection sensor 37b detects the heterogeneous cigarette and supplies a feed conveyor of the supply transfer device 72. 73) and stop the operation of the feed transport guide conveyor (75) so that heterogeneous cigarettes are not introduced into the heterogeneous cigarette supply device (77), heterogeneous cigarettes are packaged cigarette transport device provided below the heterogeneous cigarette supply device (77) (86) automatically stacked and stacked high It is such that by operating the feed transport conveyor 73 and the supply conveyance guide conveyor 75 is fed back into the two kinds of two kinds of cigarette cigarette supply (77) when lowered below the height of the detection sensor (37b).

The upper front guide net 48, the upper rear guide net 49, the intermediate guide net 55 and the lower guide net 59 provided inside the storage control unit housing 46 when the heterogeneous cigarette is stored and supplied are transferred and supplied. By guiding the heterogeneous cigarette to be stacked from the top while the heterogeneous cigarette is stacked above a certain height to prevent the passage from being separated out or irregularly stacked and transported.

The heterogeneous cigarette introduced into the heterogeneous cigarette supply device 77 is guided by the supply device guide network 82 provided in the upper casing 78 as shown in FIG. 9, and the heterogeneous cigarette input through the supply hopper 83. Transferred to the furnace (79), and the heterogeneous cigarette is diverted while passing through the heterogeneous cigarette inlet (79) in the form of a screw in the same direction as the cigarette inlet (16b) provided in the heterogeneous cigarette inlet (80). 12 and 15, the heterogeneous cigarette vibrating member 84 is vibrated in the left and right directions, and the heterogeneous cigarettes are sequentially pushed into the cigarette feeding path 16b of the main cigarette charging unit 6 as shown in FIGS. The main cigarette feeder (2) and the heterogeneous cigarette feeder (77) are simultaneously introduced into the main cigarette feeder (17), the middle stacked feeder (18), and the lower cigarette feeder (19). ) Is a bag of a normal cigarette transport device (86) provided at the bottom 87, the two kinds of the cigarette is inserted into the main cigarette is transferred to the conventional armor wrapping device 88 in a unit of a pack are stacked in turn, the state foil (foil) packaging and shell cigarette package is completed on.

Sensor 37a of the storage transfer conveyor operation sensor unit 35, storage sensor 62a and 62b and supply sensor 63a of the upper storage conveyor operation sensor unit 51 and the lower storage conveyor operation sensor unit 57. (63b) and the sensor 37b of the feed conveyor operation sensor unit 81 are fitted to the sensor fixing pins 36a, 36b, 36c and 36d, respectively. And arbitrarily adjust the amount of heterogeneous cigarette supplied.

As described above, according to the present invention, it is possible to provide a cigarette in which a different quantity of cigarettes is precisely adjusted together with main cigarettes in one cigarette box, so that one can buy various cigarettes and smoke various kinds of cigarettes according to consumer's preference. Since the main and heterogeneous cigarettes are automatically stored and supplied by the automatic production process, respectively, there is an effect of reducing labor costs and producing a cigarette with a large amount of heterogeneous cigarettes inserted in a short time by a rapid automatic production process.

Claims (13)

A cigarette feeder for automatically supplying cigarettes to a pack transport device and a packer for packing cigarettes produced by a conventional cigarette production device into a pack of cigarettes, wherein the main cigarettes and In order to automatically supply and control the precisely controlled heterogeneous cigarettes, the main cigarettes produced by the cigarette production apparatus are supplied at the main cigarette input part 6 via the cigarette supply tip 3 and the main cigarette supply path 4. The main cigarette supply device (2) which is to be supplied to the packaging for transporting the cigarette transported to the lower portion (86) and the heterogeneous cigarettes produced in the cigarette production apparatus by adjusting a predetermined amount in the storage transfer tip 29 to store The storage conveying apparatus 28 and the storage conveying apparatus 28 which are to be conveyed to the heterogeneous cigarette storage device 42 through the conveying conveyor 30 and the storage conveying end part 31 are set by a predetermined amount by the automatic storage control part 43. Heterogeneous cigarette storage device 42 and the heterogeneous cigarette storage device 42 is to be automatically stored and automatically supplied to the heterogeneous cigarette supply device 77, and the stored heterogeneous cigarette through the supply transport conveyor (73) The amount of heterogeneous cigarettes fed through the feed transfer device 72 and the upper casing 78 and the heterogeneous cigarette input passage 79 to be fed and conveyed by the heterogeneous cigarette input unit 80 is controlled to be delivered to the lower portion 77. It is composed of a heterogeneous cigarette supply device 77 which is to be supplied to the packaged cigarette transport device 86, the main cigarettes and heterogeneous cigarettes supplied in a pack unit is the packaging cigarette transport device 86 and the packing device ( 88) The automatic supply of heterogeneous cigarettes, characterized in that the foil packaging and the armor packaging. According to claim 1, wherein the main cigarette feeder 6 of the main cigarette feeder (2) is divided into a lower plate on one side of the position adjacent to the heterogeneous cigarette feeder (80) of the heterogeneous cigarette feeder (77) 26 is provided, the partition plate 26 is divided into a plurality of cigarette inlet (16a, 16b) constituting the lower lamination passage (19) by the cigarette inlet of the main cigarette inlet 6 The main cigarette is introduced through (16a), and the heterogeneous cigarette is introduced through the heterogeneous cigarette supply device 77 through the cigarette input path 16b on the outside of the main cigarette input unit 6 so that the main cigarette and the heterogeneous cigarette are discharged. It is to be supplied, by adjusting the position of the partition plate 26 using the fixing screw 27 of the partition plate 26 is characterized in that it is to control the number of cigarette inlet (16b) into which heterogeneous cigarettes are introduced Heterogeneous cigarette automatic feeding device. The method of claim 1, wherein the storage transport leading end 29 of the storage transporting device 28 is addressed to one end of the cigarette supply end (3) and the heterogeneous cigarettes controlled in a predetermined amount to the heterogeneous cigarette storage device (42). The storage transfer conveyor 30 and the storage transfer end body 32 are provided with a storage transfer end body 32 in a state spaced apart at a predetermined interval on an upper portion of the inlet side of the storage transfer conveyor 30. A certain amount of heterogeneous cigarettes is to be transferred through the space between the two sides, and a hinge plate 33 is formed at the entrance side of the storage transfer tip 29 at an interface portion between the storage transfer tip 29 and the cigarette supply tip 3. It is provided to be opened and closed at the bottom, when producing and storing heterogeneous cigarettes in a conventional cigarette production apparatus, the vertically closed opening and closing plate 33 is opened horizontally with legs to disperse the cigarette supply end A storage transfer conveyor operation sensor for controlling the operation of the storage transfer conveyor (30) is to be transferred to the storage transfer front end 29 through the unit (3), the rear portion 34 of the inlet side of the storage transfer front end body (32). Heterogeneous cigarette automatic supply device, characterized in that the insertion portion 35 is installed. According to claim 3, wherein the storage transport conveyor motion sensor unit 35 of the storage transfer device 28 is along the sensor fixing pin (36a) with the sensor 37a is inserted into the sensor fixing pin (36a). It is to be adjusted in the vertical direction, the detection sensor (37a) is to operate the storage transport conveyor 30 when the heterogeneous cigarette is detected, and to stop the operation of the storage transport conveyor (30) if the heterogeneous cigarette is not detected When the heterogeneous cigarette is stacked and detected up to the height at which the sensor 37a is positioned, the storage transport conveyor 30 is operated to transfer the heterogeneous cigarette stacked up to a predetermined height toward the heterogeneous cigarette storage device 42. When the stacked height of the heterogeneous cigarette is lowered by the operation of the storage transfer conveyor 30 to be less than the height of the sensor 37a, the operation of the storage transfer conveyor 30 may be stopped. Heterogeneous cigarette automatic feeding device. According to claim 1, wherein the automatic storage control unit 43 of the heterogeneous cigarette storage device 42 is rectangular in shape so that the width of the inside is the same width as the length of the heterogeneous cigarette is to be primarily stored inside the heterogeneous cigarette It is surrounded by a storage control unit housing 46, the storage transfer end 31 is spoken on the upper outer side of the storage control unit housing 46 and the upper storage unit 44 and the lower storage unit ( 45 is spoken and the lower passage 47 is formed in the lower portion so that the heterogeneous cigarettes stored through the feed conveying conveyor 73 of the lower passage 47 and the feeding and feeding device 72 are provided. The upper front guide net 48 and the upper rear guide net 49 are provided side by side at the inner upper portion of the storage control part housing 46 to guide heterogeneous cigarettes from the upper side of the upper storage part 44. Zhejiang Conveyor 50a is provided with the front end protruded, and the upper storage conveyor operation sensor 51 is inserted into the wall between the upper rear guide net 49 and the front end of the storage conveyor 50a. An auxiliary conveyor 52a is provided at the front end of the conveyor 50a, and the intermediate passage forming plates 53a and 53b are fixedly attached to the lower end at one end of the auxiliary conveyor 52a at a predetermined interval. The intermediate passage 54 is formed, and the intermediate guide network 55 is provided at the lower end of the intermediate passage forming plate 53b, and the intermediate auxiliary conveyor 56 is disposed below the intermediate passage forming plate 53a. It is provided with the front end of the storage conveyor 50b of the lower storage portion 45 is protruded in the lower portion of the intermediate guide network 55 and the front end of the intermediate guide network 55 and the storage conveyor 50b. between The lower storage conveyor operation sensor 57 is inserted into the wall, and a front conveyor 52b is provided at the front end of the storage conveyor 50b, and a lower passage forming plate is provided at the lower end of one side of the auxiliary conveyor 52b. (58) is fixedly attached to form a lower passage (47), and the lower secondary guide conveyor (56), the lower heterogeneous cigarette automatic supply device, characterized in that the lower guide network (59) is provided. The method of claim 1, wherein the automatic storage control unit 43 of the heterogeneous cigarette storage device 42 has a rectangular parallelepiped width so as to have only one upper storage 44, the width of the inside is the same as the length of the heterogeneous cigarette It is surrounded by a storage control unit housing 46 is to be primarily stored inside the heterogeneous cigarette, the storage transfer end portion 31 is the upper side of the storage control unit housing 46 is speech and the other The upper storage portion 44 is spoken on the side and the lower passage 47 is formed at the lower side so that the heterogeneous cigarettes stored through the feed conveying conveyor 73 of the lower feed passage 47 and the feed transfer device 72 spoken are The upper side of the storage control unit housing 46, the upper front guide net 48 and the upper rear guide net 49 are provided side by side in a row so as to guide heterogeneous cigarettes from the top. The lower end is provided with a front end portion of the storage conveyor 50a of the upper storage portion 44 protruded, and an upper storage portion is formed on the wall between the upper rear guide network 49 and the front end portion of the storage conveyor 50a. Conveyor operation sensor 51 is inserted and installed in the front end of the storage conveyor (50a) is provided with an auxiliary conveyor (52a), the lower passage forming plate 58 is fixedly attached to the lower portion of the auxiliary conveyor (52a) Heterogeneous cigarette automatic supply device, characterized in that to form a lower passage (47). The upper storage conveyor operation sensor unit 51 and the lower storage conveyor operation sensor unit 57 of the heterogeneous cigarette storage device 42 are respectively a storage sensor on the top of the sensor fixing pins 36b and 36c. (62a) and (62b) are inserted, and the supply sensor (63a) and (63b) are inserted in the lower part in turn so that the storage sensor (62a) and (b) and the supply sensor (63a) and (63b) are fixed to the sensor pin (36b). The height of the storage sensor (62a, 62b) is to be operated during the storage of heterogeneous cigarettes, and when the heterogeneous cigarette is detected, the storage conveyor (50a) (50b) upper storage unit (44) or the lower storage unit 45 is operated in the inner direction, and if the heterogeneous cigarette is not detected to stop the operation of the storage conveyor (50a, 50b), the supply sensor (63a, 63b) is a heterogeneous cigarette When a heterogeneous cigarette is detected as the operation of the supply of stop the storage conveyor (50a) (50b) and the heterogeneous cigarette is reduced If it does not store conveyor (50a), two kinds of cigarette automatic supply, characterized in that to (50b) functioning as a storage control unit housing 46 direction. According to claim 1 or 5, wherein the upper storage portion 44 and the lower storage portion 45 of the heterogeneous cigarette storage device 42 is a portion for storing and storing heterogeneous cigarettes, the heterogeneous cigarette is accommodated in a long rectangle Storage casings (64a) and (b) and storage conveyors (50a) and (50b) and storage conveyors (50a) and (50b) provided in the lower portion of the storage casings (64a) and (b). It is fixedly attached to the upper surface of the support conveyor (50a, 50b) while moving integrally with the support member (65a, 65b) to be stored and supplied to be stacked and heterogeneous cigarette to a certain height Heterogeneous cigarette automatic feeding device. According to claim 8, The storage casing (64a) (64b) is the inlet portion into which the different cigarettes are in communication with one side of the storage control unit housing 46, the other side is blocked and the storage control unit housing ( The front stop sensors 66a and 66b are inserted into the side of the storage casings 64a and 64b and the rear stop sensor 67a inside the other side of the storage casings 64a and 64b. (67b) is installed and a plurality of support (39b) is provided at the lower end of the storage casing (64b) of the lower storage unit 45, the storage conveyor (50a) (50b) is one end of the storage control unit It is installed to protrude inwardly of the housing 46, so that heterogeneous cigarettes that are transported and stacked inside the storage control unit housing 46 are easily stacked on the storage conveyors 50a and 50b, and the storage conveyor ( Support member moving guides 68a and 68b are provided on both lower sides of 50a and 50b. It is long and fixed, and the supporting members 65a and 65b are made up of supporting plates 69a and 69b, supporting plate supports 70a and 70b, guide pins 71a and 71b, and the supporting plates 69a and 69b. 69b) is erected vertically in a curved shape to support heterogeneous cigarettes to be stacked up to the upper surfaces of the storage casings 64a and 64b, and the support plate supports 70a and 70b are stored in the storage. It is fixedly attached to the upper end surface of the conveyor (50a) (50b) to support the supporting plate (69a) 69b from the lower back and the guide pins (71a) (71b) is the support plate support (70a) ( 70b) is fixedly attached to both lower end surfaces so that the guide members 65a and 65b are guided so as to reciprocate in a straight direction without being separated along the support member moving guides 68a and 68b. Heterogeneous cigarette automatic feeding device. 10. The support member (65a) (65b) of claim 9, wherein the front stop sensors (66a) (66b) are made of metal when the heterogeneous cigarettes stored in the upper storage part (44) or the lower storage part (45) are supplied. The support members 65a and 65b, which sense the support plate supports 70a and 70b and move integrally with the storage conveyors 50a and 50b, are no longer moved toward the front end of the storage conveyors 50a and 50b. It is to stop the operation of the storage conveyor (50a) (50b), and the rear stop sensor (67a) (67b) is to store the heterogeneous cigarette inside the upper storage 44 or lower storage 45 The support members 65a and 65b which sense the support plate supports 70a and 70b of the support members 65a and 65b and move together with the storage conveyors 50a and 50b are stored in the storage conveyor 50a. Heterogeneous, characterized in that to stop the operation of the storage conveyor (50a) 50b so that it no longer moves behind the end of the (50b) Serial automatic feeder. According to claim 1, wherein the feed transfer device 72 is a feed transfer conveyor 73 and the feed transfer device upper body 74, the feed transfer conveyor 73 is the front end portion of the automatic storage control unit 43 The upper passage (78) is addressed to the lower passage (47) of the lower end and the upper casing (78) of the heterogeneous cigarette supply device (77) to transfer the heterogeneous cigarette supplied through the lower passage (47). It is to be supplied to the supply hopper 83 provided in the, the upper portion of the feed transfer device 74 is provided in the state spaced apart at regular intervals in the upper portion of the rear half side of the feed transfer conveyor (73) It is to form a heterogeneous cigarette supply path 76, the heterogeneous cigarette is supplied along the upper and lower spaces between the body 74 and the feed conveying conveyor (73), the lower portion of the feed conveying device upper body 74 Conveyor 75 is provided Guide the heterogeneous cigarettes stacked and transferred to a predetermined height from the upper side to be introduced into the upper casing 78 of the heterogeneous cigarette supply device 77 by a predetermined amount, the side of the inlet portion of the heterogeneous cigarette supply path 76 Guide roller 41b is provided with a heterogeneous cigarette automatic supply device characterized in that it is provided. The apparatus of claim 1, wherein the heterogeneous cigarette supply device (77) comprises an upper casing (78), a heterogeneous cigarette input passage (79), and a heterogeneous cigarette input portion (80), and the upper casing (78) is a feed transport device. It is in communication with the heterogeneous cigarette supply path 76 of (72), and the feed conveying conveyor operation sensor unit 81 is installed on the upper inner side, and the supply device guide network 82 under the supply conveying conveyor operation sensor unit 81 ) Is provided to guide heterogeneous cigarettes supplied through the feed conveying conveyor (73), and a supply hopper (83) is provided at the lower portion of the supply device guide network (82), and the heterogeneous cigarette feeding passage (79) ) Is spoken at the lower end of the supply hopper 83 and the heterogeneous cigarette in the same direction as the cigarette input passage 16b of the heterogeneous cigarette input portion 80 provided below the heterogeneous cigarette input passage 79 is formed. It is in the form of a screw so that the The final cigarette injection unit 80 is installed adjacent to the outer surface of the partition plate 26 provided on one side wall surface of the main cigarette injection unit 6 and put heterogeneous cigarettes into the packing cigarette transfer device 86 addressed to the bottom. It is to be, but is to put the heterogeneous cigarette into the cigarette inlet (16b) divided by the partition plate 26 of the lower laminated input passageway (19) divided into the main cigarette input portion (6) outside, the cigarette The heterogeneous cigarette vibrating member 84 is provided at an upper side of the input passage 16b, and the heterogeneous cigarette vibrating member 84 has a central axis 85 having a vibration protrusion 21a of the main cigarette input part 6. It is spoken with the connecting shaft 24 provided in the diaphragm 25 for vibrating the 21b, and vibrates in a horizontal direction with the vibrating protrusions 21a and 21b by the operation of the vibrator 22, thereby dissimilar to Heterogeneous cigarette automatic supply device, characterized in that to push the cigarette into the cigarette inlet (16b). The method of claim 12, wherein the supply feed conveyor operation sensor 81 is to be adjusted in height in the vertical direction along the sensor fixing pin (36d) with the sensor 37b is inserted into the sensor fixing pin (36d). In addition, when the heterogeneous cigarette is stacked and sensed to a certain height, the detection sensor 37b stops the supply conveying conveyor 73 and the supply conveying guide conveyor 75 of the supply conveying device 72 so that the heterogeneous cigarette is no longer a heterogeneous cigarette. When the heterogeneous cigarette is not detected, and the heterogeneous cigarette is not detected, the heterogeneous cigarette is supplied into the heterogeneous cigarette supply device 77 by operating the feed transport conveyor 73 and the feed transport guide conveyor 75. Heterogeneous cigarette automatic supply device characterized in that the.