JP6799732B2 - Smoking device - Google Patents

Description

The present invention takes up the field of tobacco packaging and is specifically a smoking device.

Cigarettes have a strong consumption position among consumers, whereas many large cigarette factories now spend a great deal of manpower and supplies on the exterior design of cigarettes, among which are now mainstream. Tobacco exterior materials are metal iron boxes and paper exteriors, and although there are already complete devices on the market for fully automated packaging using paper, iron box packaging is still predominantly manual or semi-automatic machines. In use, the device of the present invention is designed for the above problems.

Chinese Patent Application Publication No. 10281634

An object of the present invention provides a smoking device, which can solve the problems in the current art described above.

The smoking device of the present invention includes an outer frame, a storage is installed on the top wall of the outer frame, a storage cavity is installed in the storage, and three partitions are vertically arranged in the storage cavity. A return spring is installed at the bottom of the left end wall of the storage, a vibrating device (not shown in the attached figure) is installed at the bottom of the right end wall of the storage, and the first is at the bottom of the storage. A drop cavity is installed, a rotary cavity is installed on the bottom wall of the first drop cavity, a bearing ring is installed on the left cavity wall of the rotary cavity, and a first gear cavity is installed on the rear end wall of the rotary cavity. A second gear cavity is installed on the rear end wall of the first gear cavity, and a first rotating shaft penetrating the first gear cavity rotates between the rotating cavity and the second gear cavity. The rotating disk is fixedly engaged and connected to the first rotating shaft of the rotating cavity, the first spur gear is installed on the first rotating shaft of the second gear cavity, and the second gear cavity is engaged. A motor is installed on the left side, the extension portion at the left end of the first rotating shaft is electrically connected to the motor, and the second rotating shaft is rotationally engaged and connected to the bottom of the right end wall of the second gear cavity. A second spur gear that meshes with the first spur gear is fixedly engaged and connected to the second rotating shaft, and a first umbrella gear is fixedly engaged to the left end of the second spur gear on the second rotating shaft. A third gear cavity that is connected and opens downward is installed on the bottom end wall of the second gear cavity, and the third rotating shaft is rotationally engaged between the third gear cavity and the second gear cavity. A second umbrella gear that is connected and meshes with the first umbrella gear is fixedly engaged and connected to the third rotating shaft of the second gear cavity, and is connected to the left end wall of the second gear cavity by a connecting rod cavity. Is installed, a fourth rotating shaft is rotationally engaged and connected between the second gear cavity and the connecting rod cavity, and the fourth rotating shaft of the second gear cavity meshes with the second cap gear. The third umbrella gear is fixedly engaged and connected, the fourth umbrella gear is fixedly engaged and connected to the fourth rotating shaft of the connecting rod cavity, and the fifth rotation is made to the front end wall of the connecting rod cavity. The shaft is engaged and connected by rotation, the fifth umbrella gear that meshes with the fourth umbrella gear is fixedly engaged and connected to the fifth rotating shaft, and the fifth series contact rod is rotated by rotation to the fifth umbrella gear. It is engaged and connected, and the fixed shaft is fixedly engaged and connected to the rear end wall of the connecting rod cavity. A slide cavity opened downward is installed on the left end wall of the connecting rod cavity, a second connecting rod is installed between the connecting rod cavity and the slide cavity, and the first connecting rod and the second connecting rod are installed. Is connected by a hinge, the central portion of the second connecting rod and the fixed shaft are engaged and connected by rotation, and the third connecting rod is connected to the left end of the second connecting rod by a hinge, and the slide cavity The slide block is slid into the slide block, the top of the slide block and the third connecting rod are connected by a hinge, and the push block is fixedly engaged and connected to the bottom of the slide block;

The sixth umbrella gear is fixedly engaged and connected to the first rotating shaft of the first gear cavity, and is between the first gear cavity and the rotating shaft cavity located on the right side of the first gear cavity. The sixth rotating shaft is connected so as to be rotatable, the seventh umbrella gear is fixedly engaged and connected to the sixth rotating shaft of the first gear cavity, and the sixth rotating shaft of the rotating shaft cavity is connected to the sixth rotating shaft. The three spur gears are fixedly engaged and connected, and a seventh rotating shaft located on the right side of the sixth rotating shaft is rotationally installed on the rear end wall of the rotating shaft cavity, and the seventh rotating shaft is rotated. The fourth spur gear that meshes with the three spur gears is fixedly engaged and connected, and the eighth rotating shaft located on the right side of the seventh rotating shaft is rotatably installed on the rear end wall of the rotating shaft cavity. A ninth spur gear that meshes with the fourth spur gear is fixedly engaged and connected to the rotating shaft, and a first pulley is fixedly engaged and connected to the right side of the ninth spur gear on the eighth rotating shaft. A belt cavity communicating with the lower end wall of the first gear cavity is installed, a transmission cavity is engaged and connected to the left end wall of the belt cavity, and a ninth rotation shaft rotates between the transmission cavity and the belt cavity. The first pulley and the second pulley transmitted by the belt are fixedly engaged and connected to the ninth rotating shaft.

Further technical plan, a vibration cavity in which a vibrating device (not shown in the attached figure) is installed at the bottom of the right end wall of the storage and the vibrating device (not shown in the attached figure) is installed on the right side of the storage. Including, a vibrating rod fixedly connected to the storage is installed in the vibrating cavity, a vibrating sheet is fixedly connected to the right side of the vibrating rod, and springs are symmetrical up, down, left and right of the vibrating sheet. The electromagnet is fixedly engaged and connected to the right end wall of the vibrating cavity;

Further technical plan, vertical bezels are evenly distributed in the second drop cavity;

A further technical plan is that the bottom of the second drop cavity is fitted with the communicating cavity, and the top wall of the transmission cavity is fitted with a rubber bezel that is rotationally engaged and connected;

Further technical plan, the transmission cavity communicating with the bottom end wall of the third gear cavity is installed, the eighth umbrella gear is fixedly installed on the third rotating shaft of the third gear cavity, and the third gear The tenth rotation shaft is rotatably engaged and connected to the rear end wall of the cavity, and the ninth umbrella gear that meshes with the eighth umbrella gear is fixedly engaged and connected to the tenth rotation shaft. A third pulley is fixedly engaged and connected to the front side of the ninth umbrella gear on the shaft, and an eleventh rotating shaft is rotationally engaged and connected to the front end wall of the transmission cavity, and the eleventh rotating shaft is connected. The third pulley and the fourth pulley connected by the belt are fixedly engaged and connected to the above, and the lance ring is fixedly engaged and connected to the front end of the fourth pulley on the eleventh rotation shaft. , The twelfth rotary shaft is rotationally engaged and connected to the bottom end of the eleventh rotary shaft in the transmission cavity, and the twelfth rotary shaft is smoothly connected to the lance ring. Is fixedly engaged and connected, a tenth spur gear is fixedly connected to the front side of the grooved turntable on the twelfth rotation shaft, a boss is installed at the bottom of the transmission cavity, and the boss A cover cavity is installed at the top, a thirteenth rotation shaft that is rotationally engaged and connected to the front and rear end walls of the cover cavity is installed on the left end wall of the cover cavity, and the thirteenth rotation shaft is the thirteenth rotation shaft. The eleventh spur gear that meshes with the ten spur gear is fixedly engaged and connected, and a push plate that is fixedly engaged and connected is installed on the rear side of the eleventh spur gear;

Further technical plan, twelve convex blocks evenly distributed are installed on the rotating disk, a rotating disk is installed on the left end wall of the eighth rotating shaft, and a concave groove with a spiral is installed on the rotating disk. And the rotary disk and the rotary disk are slidingly connected;

Further technical plan, a second belt cavity that communicates with the bottom of the transmission cavity and is symmetrical to the boss is installed, and the second belt cavity is rotationally engaged with the rear end wall of the second belt cavity. A 14th rotating shaft to be connected is installed, and a fifth pulley connected by a belt is fixed to the 14th rotating shaft and fixed to the front side of the 5th pulley on the 14th rotating shaft. A sixth pulley to be engaged and connected is installed, and the sixth pulley is connected by a belt;

The beneficial effects of the present invention are:

When using the device, the already manufactured paper rolls are placed in the storage, the motor is started, the partition neatly aligns the paper rolls in the storage, and the paper in the storage. The rolled tobacco falls into the first falling cavity due to gravity, the electromagnet in the vibrating device (not shown in the attached figure) repeats the function of magnetically opening and closing as the frequency of AC changes, and the vibrating sheet is said to be said. As the magnetic force of the electromagnet changes, it moves horizontally into the vibrating cavity, the springs provide elasticity, the vibrating rods are connected to the storage, and the vibrations help the cigarette fall, and the paper. The rolled tobacco falls into the rotating cavity, and the rotating disk in the rotating cavity is provided with evenly distributed paper-rolled tobacco grooves (not shown in the attached figure), and the paper-rolled tobacco is provided in the paper-rolled tobacco groove (in the attached figure). (Not shown) falls into the rotating disk, the rotating disk rotates counterclockwise, and the bearing ring holds the cigarette that is not in the rotating cavity in the first falling cavity, and the paper by extrusion. To prevent deformation of the rolled tobacco, the motor drives and rotates the first rotating shaft, the first rotating shaft drives and rotates the fourth umbrella gear, and the fourth umbrella gear drives and rotates the fifth umbrella gear. Driven and rotated, the fifth umbrella gear drives and rotates the sixth rotating shaft, the sixth rotating shaft drives and rotates the third spur gear, and the third spur gear drives and rotates the fourth spur gear. Rotate, the fourth spur gear drives and rotates the fifth spur gear, the fifth spur gear drives and rotates the eighth rotation shaft, and the eighth rotation shaft drives and rotates the turntable. The rotating disk drives and rotates the rotating disk, the rotating disk rotates the paper-wrapped tobacco to the second falling cavity, and the bezel in the second falling cavity distributes the paper-wrapped tobacco neatly, and the transmission cavity. Put the paper-wrapped cigarette iron box on the right side of the box, the paper-wrapped cigarettes are neatly aligned in the iron box through the second drop cavity, and the rubber bezel is not accurately placed in the box. Or squeeze out of the box;

The first spur gear in the second gear cavity rotates to drive and rotate the second spur gear, the second spur gear drives and rotates the second rotation shaft, and the second rotation shaft drives and rotates the second rotation shaft. One umbrella gear is driven and rotated, the first umbrella gear drives and rotates the second umbrella gear, the second umbrella gear drives and rotates the eighth umbrella gear, and the eighth umbrella gear drives and rotates the eighth umbrella gear. The ninth umbrella gear is driven and rotated, the ninth umbrella gear drives and rotates the tenth rotating shaft, the tenth rotating shaft drives and rotates the third pulley, and the third pulley drives and rotates the third pulley. The four pulleys are driven and rotated, the fourth pulley drives and rotates the eleventh rotating shaft, the eleventh rotating shaft drives and rotates the lance ring, and the lance ring drives and rotates the grooved turntable. The grooved turntable drives and rotates the tenth spur gear, the tenth spur gear drives and rotates the eleventh spur gear, and the eleventh spur gear drives and rotates the eleventh spur gear. When the two rotating shafts are driven and rotated, the twelfth rotating shaft drives and rotates the push plate, and the iron box passes through the boss, the push plate lifts the cover of the iron box to a predetermined angle. The cover of the iron box is preliminarily closed by inertia;

The second umbrella gear drives and rotates the third umbrella gear, the third umbrella gear drives and rotates the fourth connecting rod, and the fourth rotating shaft drives and rotates the fourth connecting rod gear. , The fourth umbrella gear drives and rotates the fifth umbrella gear, the fifth umbrella gear drives and rotates the first series connecting rod, and the first series connecting rod drives and rotates the second connecting rod. The second connecting rod drives and rotates the third connecting rod, the third connecting rod is connected to the slide block, the central position of the second connecting rod is fixed, and the slide block is a slide block groove. Since the movement direction is restricted to, the slide block can only move in the vertical direction, the slide block drives and moves the push block, and a pre-closed iron box enters under the push block. When this happens, the push block closes the iron box.

For the sake of clarity, the present invention will be described in detail with reference to the following specific examples.

FIG. 1 is a schematic diagram of the overall configuration of the smoking product of the present invention. FIG. 2 is a schematic partial configuration of AA of FIG. FIG. 3 is an enlarged schematic diagram of BB of FIG. FIG. 4 is a schematic partial configuration of C in FIG. FIG. 5 is an enlarged schematic diagram of D in FIG.

As shown in FIGS. 1 to 5, the smoking device of the present invention includes an outer frame 10, a storage 46 is installed on the top wall of the outer frame 10, and a storage cavity 37 is installed in the storage 46. In the storage cavity 37, three partitions 61 are evenly distributed in the vertical direction, a return spring 52 is installed at the bottom of the left end wall of the storage 46, and a vibrating device is installed at the bottom of the right end wall of the storage 46. (Not shown in the attached figure) is installed, the first drop cavity 45 is installed at the bottom of the storage 46, the rotary cavity 82 is installed at the bottom end wall of the first drop cavity 45, and the rotary cavity 82 is installed. A bearing ring 53 is installed on the left cavity wall, a first gear cavity 42 is installed on the rear end wall of the rotary cavity 82, and a second gear cavity 43 is installed on the rear end wall of the first gear cavity 42. A first rotating shaft 40 penetrating the first gear cavity 42 is rotationally engaged and connected between the rotating cavity 82 and the second gear cavity 43, and is connected to the first rotating shaft 40 of the rotating cavity 82. The rotating disk 44 is fixedly engaged and connected, the first spur gear 39 is installed on the first rotating shaft 40 of the second gear cavity 43, and the motor 48 is installed on the left side of the second gear cavity 43. The extension portion at the left end of the one rotation shaft 40 is electrically connected to the motor 48, and the second rotation shaft 37 is rotationally engaged and connected to the bottom of the right end wall of the second gear cavity 43. A second spur gear 38 that meshes with the first spur gear 39 is fixedly engaged and connected to the wheel, and a first umbrella gear 36 is fixedly engaged with the left end of the second spur gear 38 on the second rotating shaft 37. A third gear cavity 27, which is jointly connected and opens downward, is installed on the bottom end wall of the second gear cavity 43, and a third rotating shaft is installed between the third gear cavity 27 and the second gear cavity 43. 21 is engaged and connected by rotation, and a second umbrella gear 20 that meshes with the first umbrella gear 36 is fixedly engaged and connected to the third rotating shaft 21 of the second gear cavity 43, and the second A connecting rod cavity 49 is installed on the left end wall of the gear cavity 43, and a fourth rotating shaft 16 is rotatably engaged and connected between the second gear cavity 43 and the connecting rod cavity 49, and the second gear cavity is connected. A third umbrella gear 19 that meshes with the second umbrella gear 20 is fixedly engaged and connected to the fourth rotating shaft 16 of the 43, and a fourth umbrella is fixedly engaged and connected to the fourth rotating shaft 16 of the connecting rod cavity 49. gear 32 is fixedly engaged and connected, a fifth rotating shaft 15 is rotatably engaged and connected to the front end wall of the connecting rod cavity 49, and the fifth rotating shaft 15 meshes with the fourth umbrella gear 32. The five connecting rods 14 are fixedly engaged and connected, the first connecting rod 50 is rotationally engaged and connected to the fifth connecting rod 14, and the fixed shaft 51 is fixedly connected to the rear end wall of the connecting rod cavity 49. A slide cavity 11 which is engagedly connected and opens downward is installed on the left end wall of the connecting rod cavity 49, and a second connecting rod is installed between the connecting rod cavity 39 and the slide cavity 11. The series connecting rod 50 and the second connecting rod 12 are connected by a hinge, and the central portion of the second connecting rod 12 and the fixed shaft 51 are rotationally engaged and connected to the left end of the second connecting rod 12. The third connecting rod 13 is connected by a hinge, the slide block 17 is slid into the slide cavity 11, the top of the slide block 17 and the third connecting rod 13 are connected by a hinge, and the slide block 17 is connected. The push block 18 is fixedly engaged and connected to the bottom;

The sixth umbrella gear 41 is fixedly engaged and connected to the first rotating shaft 40 of the first gear cavity 42, and the first gear cavity 42 and the rotating shaft cavity located on the right side of the first gear cavity 42. The sixth rotating shaft 81 is rotatably connected to the 77, and the seventh umbrella gear 75 is fixedly engaged and connected to the sixth rotating shaft 81 of the first gear cavity 42, and the rotating shaft is connected to the sixth rotating shaft 81. A third spur gear 80 is fixedly engaged and connected to the sixth rotating shaft 81 of the cavity 77, and a seventh rotating shaft located on the right side of the sixth rotating shaft 81 is connected to the rear end wall of the rotating shaft cavity 77. 79 is installed by rotation, a fourth spur gear 78 that meshes with the third spur gear 80 is fixedly engaged and connected to the seventh rotating shaft 79, and the seventh spur gear 78 is fixedly engaged and connected to the rear end wall of the rotating shaft cavity 77. The eighth rotating shaft 57 located on the right side of the rotating shaft 79 is installed by rotation, and the ninth spur gear 56 that meshes with the fourth spur gear 78 is fixedly engaged and connected to the eighth rotating shaft 57. A first pulley 58 is fixedly engaged and connected to the right side of the ninth spur gear 56 on the eight rotation shaft 57, and a belt cavity 55 communicating with the lower end wall of the first gear cavity 42 is installed. A transmission cavity 34 is engagedly connected to the left end wall of the cavity 55, a ninth rotating shaft 54 is rotationally engagedly connected between the transmission cavity 34 and the belt cavity 55, and the ninth rotating shaft 54 is connected to the ninth rotating shaft 54. The first pulley 58 and the second pulley 31 transmitted by the belt are fixedly engaged and connected.

Beneficially, a vibration device (not shown in the attached figure) is installed at the bottom of the right end wall of the storage 46, and the vibration device (not shown in the attached figure) is installed on the right side of the storage 46. A vibrating rod 90 including a cavity 72 and fixedly connected to the storage 46 is installed in the vibrating cavity 72, and a vibrating sheet 74 is fixedly connected to the right side of the vibrating rod 90 to vibrate. Spring 71s are symmetrically installed on the upper, lower, left and right sides of the seat 74, and the electric magnet 73 is fixedly engaged and connected to the right end wall of the vibration cavity 72.

Advantageously, the vertical bezels 26 are evenly distributed within the second drop cavity 35.

Advantageously, the transmission cavity 34 communicating with the bottom of the second drop cavity 35 is installed, and the rubber bezel 33 to be engaged and connected by rotation is installed on the top end wall of the transmission cavity 34.

Advantageously, the transmission cavity 34 communicating with the bottom end wall of the third gear cavity 27 is installed, and the eighth umbrella gear 22 is fixed to the third rotating shaft 21 of the third gear cavity 27. The tenth rotating shaft 25 is rotationally engaged and connected to the rear end wall of the third gear cavity 27, and the ninth umbrella gear 23 that meshes with the eighth umbrella gear 22 is fixed to the tenth rotating shaft 25. A third pulley 24 is fixedly engaged and connected to the front side of the ninth umbrella gear 23 on the tenth rotating shaft 25, and the eleventh rotating shaft is fixedly engaged and connected to the front end wall of the transmission cavity 34. 63 is engaged and connected by rotation, and a fourth pulley 64, which is connected to the third pulley 24 by a belt, is fixedly engaged and connected to the eleventh rotating shaft 63, and is connected to the eleventh rotating shaft 63. A lance ring 62 is fixedly engaged and connected to the front end of the fourth pulley 64, and the twelfth rotating shaft 66 is rotationally engaged with the bottom end of the eleventh rotating shaft 63 in the transmission cavity 34. A grooved rotary disk 65 which is connected and is slidingly connected to the lance ring 62 is fixedly engaged and connected to the 12th rotary shaft 66, and the grooved rotary disk 65 on the 12th rotary shaft 66 is connected. A tenth spur gear is fixedly connected to the front side of the 65, a boss 28 is installed at the bottom of the transmission cavity 34, a cover cavity 67 is installed at the top of the boss 28, and the left end wall of the cover cavity 67 has a cover cavity 67. A thirteenth rotary shaft 70 that is rotationally engaged and connected to the front and rear end walls of the cover cavity 67 is installed, and an eleventh spur gear 69 that meshes with the tenth spur gear is fixed to the thirteenth rotary shaft 70. A push plate 84 that is engagedly connected to the eleventh spur gear 69 and is fixedly engaged and connected is installed on the rear side of the eleventh spur gear 69.

Beneficially, the rotating disk 44 is provided with twelve convex blocks that are evenly distributed, the rotating disk 76 is installed on the left end wall of the eighth rotating shaft 57, and the rotating disk 76 is spirally attached. A concave groove is installed, and the rotary disk 76 and the rotary disk 44 are slidingly connected.

Advantageously, a second belt cavity 29 that communicates with the bottom of the transmission cavity 34 and is symmetrical to the boss 28 is installed in the second belt cavity 29, and the rear end wall of the second belt cavity 29. A fourteenth rotary shaft 31 which is engaged and connected by rotation is installed in the fourteenth rotary shaft 31, and a fifth pulley 68 which is connected by a belt is fixed to the fourteenth rotary shaft 31 and is located on the fourteenth rotary shaft 31. A sixth pulley 30 that is fixedly engaged and connected is installed on the front side of the fifth pulley 68, and the sixth pulley 30 is connected by a belt.

In the initial state, the storage 46 is empty and the push plate 84 is located on the right side;

When in use, the already manufactured paper rolls are placed in the storage 46, the motor 48 is activated, the partition 61 neatly aligns the paper rolls in the storage 46, and into the storage 46. A paper-wrapped cigarette falls into the first falling cavity 45 due to gravity, and the electric magnet 73 in the vibrating device (not shown in the attached figure) repeats the function of magnetically opening and closing as the frequency of AC changes. The vibrating sheet 74 moves horizontally into the vibrating cavity 72 as the magnetic force of the electromagnet 73 changes, the spring 71 provides elasticity, and the vibrating rod 90 is connected to the storage 46 to vibrate. Helps the paper roll to fall, the paper roll falls into the rotating cavity 82, and the rotating disk 44 in the rotating cavity 82 has evenly distributed paper roll grooves (not shown). Installed, the cigarette falls into a paper roll groove (not shown), the rotating disk 44 rotates counterclockwise, and the bearing ring 53 does not enter the rotating cavity 82. It is held in the first drop cavity 45 and is prevented from being deformed by extrusion, the motor 48 drives and rotates the first rotating shaft 40, and the first rotating shaft 40 is the fourth. The umbrella gear 41 is driven and rotated, the fourth umbrella gear 41 drives and rotates the fifth umbrella gear 75, and the fifth umbrella gear 75 drives and rotates the sixth rotating shaft 81, and the sixth The rotating shaft 81 drives and rotates the third spur gear 80, the third spur gear 80 drives and rotates the fourth spur gear 78, and the fourth spur gear 78 drives and rotates the fifth spur gear 56. The fifth spur gear drives and rotates the eighth rotating shaft 57, the eighth rotating shaft 57 drives and rotates the rotating disk 76, and the rotating disk 76 drives and rotates the rotating disk 44, and the rotation The disk 44 rotates the paper roll to the second drop cavity 35, the bezel 26 in the second fall cavity 35 distributes the paper roll neatly, and the paper roll iron box is placed on the right side of the transmission cavity 34. , The paper rolls are neatly aligned into the iron box through the second drop cavity 35, and the rubber bezel 33 aligns or extrudes the paper rolls that are not correctly placed in the box into or out of the box;

The first spur gear 39 in the second gear cavity 43 rotates to drive and rotate the second spur gear 38, and the second spur gear 38 drives and rotates the second rotating shaft 37 to drive and rotate the second spur gear 38. The rotating shaft 37 drives and rotates the first umbrella gear 36, the first umbrella gear 36 drives and rotates the second umbrella gear 20, and the second umbrella gear 20 drives the eighth umbrella gear 22. The eighth umbrella gear 22 drives and rotates the ninth umbrella gear 23, the ninth umbrella gear 23 drives and rotates the tenth rotating shaft 25, and the tenth rotating shaft drives and rotates the tenth rotating shaft. The three pulleys 24 are driven and rotated, the third pulley 24 drives and rotates the fourth pulley 64, the fourth pulley drives and rotates the eleventh rotating shaft 63, and the eleventh rotating shaft 63 drives and rotates the lance ring 62, the lance ring 62 drives and rotates the grooved turntable 65 periodically, and the grooved turntable 65 drives and rotates the tenth spur gear. The tenth spur gear drives and rotates the eleventh spur gear 69, the eleventh spur gear 69 drives and rotates the twelfth rotary shaft 70, and the twelfth rotary shaft 70 drives the push plate 84. When the iron box passes through the boss 28, the push plate 83 lifts the iron box cover to a predetermined angle, and the iron box cover is preliminarily closed by inertia;

The second umbrella gear 20 drives and rotates the third umbrella gear 19, the third umbrella gear 19 drives and rotates the fourth rotating shaft 16, and the fourth rotating shaft 16 drives and rotates the fourth umbrella gear. 32 is driven and rotated, the fourth umbrella gear 32 drives and rotates the fifth umbrella gear 14, and the fifth umbrella gear 14 drives and rotates the first series contact rod 50, and the first series contact rod 50 drives and rotates the second connecting rod 12, the second connecting rod 12 drives and rotates the third connecting rod 13, the third connecting rod 13 is connected to the slide block 17, and the first Since the central position of the double connecting rod 12 is fixed and the slide block 17 is restricted in the moving direction by the slide block groove 11, the slide block 17 can only move in the vertical direction, and the slide block 17 is the push block 18. When the pre-closed iron box comes under the push block 18 by driving and moving the push block 18, the push block 18 closes the iron box.

The beneficial effects of the present invention are:

When using the device, the already manufactured paper rolls are placed in the storage, the motor is started, the partition neatly aligns the paper rolls in the storage, and the paper in the storage. The rolled tobacco falls into the first falling cavity due to gravity, the electromagnet in the vibrating device (not shown in the attached figure) repeats the function of magnetically opening and closing as the frequency of AC changes, and the vibrating sheet is said to be said. As the magnetic force of the electromagnet changes, it moves horizontally into the vibrating cavity, the springs provide elasticity, the vibrating rods are connected to the storage, and the vibrations help the cigarette fall, and the paper. The rolled tobacco falls into the rotating cavity, and the rotating disk in the rotating cavity is provided with evenly distributed paper-rolled tobacco grooves (not shown in the attached figure), and the paper-rolled tobacco is provided in the paper-rolled tobacco groove (in the attached figure). (Not shown) falls into the rotating disk, the rotating disk rotates counterclockwise, and the bearing ring holds the cigarette that is not in the rotating cavity in the first falling cavity, and the paper by extrusion. To prevent deformation of the rolled tobacco, the motor drives and rotates the first rotating shaft, the first rotating shaft drives and rotates the fourth umbrella gear, and the fourth umbrella gear drives and rotates the fifth umbrella gear. Driven and rotated, the fifth umbrella gear drives and rotates the sixth rotating shaft, the sixth rotating shaft drives and rotates the third spur gear, and the third spur gear drives and rotates the fourth spur gear. Rotate, the fourth spur gear drives and rotates the fifth spur gear, the fifth spur gear drives and rotates the eighth rotation shaft, and the eighth rotation shaft drives and rotates the turntable. The rotating disk drives and rotates the rotating disk, the rotating disk rotates the paper-wrapped tobacco to the second falling cavity, and the bezel in the second falling cavity distributes the paper-wrapped tobacco neatly, and the transmission cavity. Put the paper-wrapped cigarette iron box on the right side of the box, the paper-wrapped cigarettes are neatly aligned in the iron box through the second drop cavity, and the rubber bezel is not accurately placed in the box. Or squeeze out of the box;

The first spur gear in the second gear cavity rotates to drive and rotate the second spur gear, the second spur gear drives and rotates the second rotation shaft, and the second rotation shaft drives and rotates the second rotation shaft. One umbrella gear is driven and rotated, the first umbrella gear drives and rotates the second umbrella gear, the second umbrella gear drives and rotates the eighth umbrella gear, and the eighth umbrella gear drives and rotates the eighth umbrella gear. The ninth umbrella gear is driven and rotated, the ninth umbrella gear drives and rotates the tenth rotating shaft, the tenth rotating shaft drives and rotates the third pulley, and the third pulley drives and rotates the third pulley. The four pulleys are driven and rotated, the fourth pulley drives and rotates the eleventh rotating shaft, the eleventh rotating shaft drives and rotates the lance ring, and the lance ring drives and rotates the grooved turntable. The grooved turntable drives and rotates the tenth spur gear, the tenth spur gear drives and rotates the eleventh spur gear, and the eleventh spur gear drives and rotates the eleventh spur gear. When the two rotating shafts are driven and rotated, the twelfth rotating shaft drives and rotates the push plate, and the iron box passes through the boss, the push plate lifts the cover of the iron box to a predetermined angle. The cover of the iron box is preliminarily closed by inertia;

The second umbrella gear drives and rotates the third umbrella gear, the third umbrella gear drives and rotates the fourth connecting rod, and the fourth rotating shaft drives and rotates the fourth connecting rod gear. , The fourth umbrella gear drives and rotates the fifth umbrella gear, the fifth umbrella gear drives and rotates the first series connecting rod, and the first series connecting rod drives and rotates the second connecting rod. The second connecting rod drives and rotates the third connecting rod, the third connecting rod is connected to the slide block, the central position of the second connecting rod is fixed, and the slide block is a slide block groove. Since the movement direction is restricted to, the slide block can only move in the vertical direction, the slide block drives and moves the push block, and a pre-closed iron box enters under the push block. When this happens, the push block closes the iron box.

The beneficial effects of the present invention are as follows: The structure of the present invention is simple, the operation is convenient, and the device of the present invention separates the paper roll, fills the paper roll and closes the iron box of the paper roll. It has a function, and the independent separation of the paper-wrapped cigarette of this device uses the periodic device and joins the concave groove in the disk to sort, and in the packaging process, the transmission device periodically moves the paper-wrapped cigarette downward. And, the operation of the cover closing device is driven by periodic motion, and since this device uses a fully automated packaging method, the packaging efficiency of iron box paper-wrapped cigarettes is greatly improved.

The above is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited to this. Changes and replacements that come to mind through all creative labor are covered by the scope of the invention. Therefore, the scope of protection of the present invention is based on the scope of protection in which the request for rights is limited.

Claims (1)

A storage is installed on the top wall of the outer frame including the outer frame, a storage cavity is installed in the storage cavity, and three partitions are evenly distributed in the vertical direction in the storage cavity. A return spring is installed at the bottom of the left end wall of the storage, a vibrating device (not shown in the attached figure) is installed at the bottom of the right end wall of the storage, and a first drop cavity is installed at the bottom of the storage. A rotating cavity is installed on the bottom end wall of the first drop cavity, a bearing ring is installed on the left cavity wall of the rotating cavity, a first gear cavity is installed on the rear end wall of the rotating cavity, and the first gear is installed. A second gear cavity is installed on the rear end wall of the cavity, and a first rotating shaft penetrating the first gear cavity is rotationally engaged and connected between the rotating cavity and the second gear cavity. A rotating disk is fixedly engaged and connected to the first rotating shaft of the cavity, a first spur gear is installed on the first rotating shaft of the second gear cavity, and a motor is installed on the left side of the second gear cavity. The extension portion at the left end of the first rotation shaft is electrically connected to the motor, the second rotation shaft is rotationally engaged and connected to the bottom of the right end wall of the second gear cavity, and the second rotation shaft is connected to the second rotation shaft. The second spur gear that meshes with the first spur gear is fixedly engaged and connected, and the first umbrella gear is fixedly engaged and connected to the left end of the second spur gear on the second rotating shaft. A third gear cavity that opens downward is installed on the bottom end wall of the cavity, and a third rotating shaft is rotationally engaged and connected between the third gear cavity and the second gear cavity, and the second gear is connected. A second umbrella gear that meshes with the first umbrella gear is fixedly engaged and connected to the third rotating shaft of the cavity, and an articulating rod cavity is installed on the left end wall of the second gear cavity. A fourth rotating shaft is rotationally engaged and connected between the gear cavity and the articulating rod cavity, and a third bevel gear that meshes with the second bevel gear is fixed to the fourth rotating shaft of the second gear cavity. The fourth rotating shaft is fixedly engaged and connected to the fourth rotating shaft of the connecting rod cavity, and the fifth rotating shaft is rotationally engaged and connected to the front end wall of the connecting rod cavity. A fifth umbrella gear that meshes with the fourth umbrella gear is fixedly engaged and connected to the fifth rotating shaft, and a series of connecting rods are rotationally engaged and connected to the fifth umbrella gear, and the connection is made. A fixed shaft is fixedly engaged and connected to the rear end wall of the rod cavity, and the articulated rod cavity is connected. A slide cavity opened downward is installed on the left end wall of the above, a second connecting rod is installed between the connecting rod cavity and the slide cavity, and the first series connecting rod and the second connecting rod are hinged. Connected, the central portion of the second connecting rod and the fixed shaft are rotationally engaged and connected, and the third connecting rod is connected to the left end of the second connecting rod by a hinge, and a slide block is inserted into the slide cavity. The top of the slide block and the third connecting rod are connected by a hinge, the push block is fixedly engaged and connected to the bottom of the slide block, and the first rotation shaft of the first gear cavity is connected. The sixth umbrella gear is fixedly engaged and connected to, and the sixth rotating shaft is connected so as to be rotatable between the first gear cavity and the rotating shaft cavity located on the right side of the first gear cavity. The seventh umbrella gear is fixedly engaged and connected to the sixth rotating shaft of the first gear cavity, and the third spur gear is fixedly engaged and connected to the sixth rotating shaft of the rotating shaft cavity. A seventh rotating shaft located on the right side of the sixth rotating shaft is rotationally installed on the rear end wall of the rotating shaft cavity, and a fourth spur gear that meshes with the third spur gear is fixed to the seventh rotating shaft. The eighth rotating shaft located on the right side of the seventh rotating shaft is rotationally installed on the rear end wall of the rotating shaft cavity, and the eighth rotating shaft meshes with the fourth spur gear. The ninth spur gear is fixedly engaged and connected, and the first pulley is fixedly engaged and connected to the right side of the ninth spur gear on the eighth rotating shaft, and communicates with the lower end wall of the first gear cavity. A belt cavity is installed, a transmission cavity is engaged and connected to the left end wall of the belt cavity, a ninth rotation shaft is engagedly connected between the transmission cavity and the belt cavity by rotation, and the ninth rotation shaft is engaged and connected. The first pulley and the second pulley transmitted by the belt are fixedly engaged and connected to each other, and a vibrating device (not shown in the attached figure) is installed at the bottom of the right end wall of the storage. (Not shown in the attached figure) includes a vibrating cavity installed on the right side of the storage, and a vibrating rod fixedly connected to the storage is installed in the vibrating cavity, and on the right side of the vibrating rod. The vibrating sheet is fixedly connected, springs are symmetrically installed on the upper, lower, left and right sides of the vibrating sheet, and an electromagnet is fixedly engaged and connected to the right end wall of the vibrating cavity, vertically in the second falling cavity. The bezel is evenly distributed, The transmission cavity that communicates with the bottom of the second drop cavity is installed, a rubber bezel that is engaged and connected by rotation is installed on the top wall of the transmission cavity, and communicates with the bottom end wall of the third gear cavity. The transmission cavity is installed, the eighth umbrella gear is fixed to the third rotating shaft of the third gear cavity, and the tenth rotating shaft is rotationally engaged and connected to the rear end wall of the third gear cavity. A ninth umbrella gear that meshes with the eighth umbrella gear is fixedly engaged and connected to the tenth rotation shaft, and a third pulley is fixed to the front side of the ninth umbrella gear on the tenth rotation shaft. The eleventh rotating shaft is rotationally engaged and connected to the front end wall of the transmission cavity, and the third pulley and the fourth pulley connected by a belt are fixed to the eleventh rotating shaft. A lance ring is fixedly engaged and connected to the front end of the fourth pulley on the eleventh rotating shaft, and a tenth to the bottom end of the eleventh rotating shaft in the transmission cavity. The two rotation shafts are engaged and connected by rotation, and a grooved rotary disk that is slidingly connected to the lance ring is fixedly engaged and connected to the twelfth rotation shaft, and the twelfth rotation shaft is located on the twelfth rotation shaft. A tenth spur gear is fixedly connected to the front side of the grooved turntable, a boss is installed at the bottom of the transmission cavity, a cover cavity is installed at the top of the boss, and the cover is attached to the left end wall of the cover cavity. A thirteenth rotary shaft that is rotationally engaged and connected is installed on the front and rear end walls of the cavity, and an eleventh spur gear that meshes with the tenth spur gear is fixedly engaged and connected to the thirteenth rotary shaft. A push plate that is fixedly engaged and connected is installed on the rear side of the eleventh spur gear, and twelve convex blocks that are evenly distributed are installed on the rotating disk of the eighth rotating shaft. A rotary disk is installed on the left end wall, a concave groove with a spiral is installed in the rotary disk, the rotary disk and the rotary disk are smoothly connected, communicate with the bottom of the transmission cavity, and are symmetrical to the boss. A second belt cavity is installed, and a fourteenth rotation shaft that is rotationally engaged and connected to the rear end wall of the second belt cavity is installed in the second belt cavity, and the fourteenth rotation shaft is installed. A fifth pulley connected by a belt is fixedly installed, a sixth pulley to be fixedly engaged and connected is installed on the front side of the fifth pulley on the fourteenth rotation shaft, and the sixth pulley is a belt. A smoking device characterized by being connected by.

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