Packaging equipment for loading cigarettes into aluminum-foil paper

Abstract

The utility model discloses packaging equipment for loading cigarettes into aluminum-foil paper, and belongs to the technical field of tobacco packaging equipment. The equipment comprises a machine base, a cigarette supply device, a first aluminum foil packaging production line and a second aluminum foil packaging production line, and the cigarette supply device, the first aluminum foil packaging production line and the second aluminum foil packaging production line are arranged on the machine base. The discharging end of the first aluminum foil packaging production line is connected with the discharging end of the second aluminum foil packaging production line. Cigarettes are divided into a plurality of cigarette stacks through the cigarette supplier, the cigarette stacks are conveyed to the first aluminum foil packaging production line and the second aluminum foil packaging production line, the cigarette stacks are wrapped with aluminum foil paper to form cigarette aluminum packages, and finally the cigarette aluminum packages produced by the first aluminum foil packaging production line and the second aluminum foil packaging production line are converged at the discharging end. Due to the fact that the first aluminum foil packaging production line and the second aluminum foil packaging production line are arranged in parallel, the packaging efficiency of cigarettes is guaranteed.

Description

Technical Field

[0001] The utility model relates to a packaging device for packing cigarettes into aluminum foil paper, belonging to the technical field of tobacco packaging equipment. Background Art

[0002] A common cigarette pack consists of a transparent paper, a cigarette box, aluminum foil, and 20 cigarettes wrapped in the aluminum foil. There is a high-end cigarette whose cigarette box contains two sheets of aluminum foil, each sheet of aluminum foil contains 10 cigarettes, and these 10 cigarettes are stacked together in two layers, with 5 cigarettes in each layer. Figure 1 In this case, if the original production line that encapsulates 20 cigarettes in each sheet of aluminum foil is used to package these high-end cigarettes, since the original production line for packaging cigarettes with aluminum foil is arranged in a straight line, this arrangement will lead to a significant decrease in the packaging efficiency of the above-mentioned high-end cigarettes. Utility Model Content

[0003] In order to solve the above technical problems, the utility model provides a packaging device for packing cigarettes into aluminum foil.

[0004] The utility model is achieved through the following technical solutions:

[0005] A packaging device for packing cigarettes into aluminum foil, comprising a machine base and a cigarette feeder arranged on the machine base, a first aluminum foil packaging production line and a second aluminum foil packaging production line, wherein the feed ends of the first aluminum foil packaging production line and the second aluminum foil packaging production line are respectively connected to the cigarette feeder, and the discharge end of the first aluminum foil packaging production line is connected to the discharge end of the second aluminum foil packaging production line.

[0006] The cigarette supplier includes a cigarette supply device and a cigarette conveying assembly. The cigarette supply device is used to sort the cigarettes, and the cigarette conveying assembly is used to transport the cigarettes sorted by the cigarette supply device to the first aluminum foil packaging production line and the second aluminum foil packaging production line.

[0007] The cigarette conveying assembly includes a first magnetic guide rail, on which a plurality of first movers are movably provided, and a first C-shaped mold box is provided on the first mover, and the C-shaped opening of the first C-shaped mold box faces upward.

[0008] The feed end of the first aluminum foil packaging production line is connected to the discharge end of the cigarette conveying component, and the feed end of the second aluminum foil packaging production line is connected to the middle of the cigarette conveying component.

[0009] The cigarette conveying assembly is provided with a cigarette rejecting mechanism on the front side of the second aluminum foil packaging production line.

[0010] The first aluminum foil wrapping production line includes a cigarette pushing mechanism, a cigarette orientation adjustment mechanism, a cigarette pushing mechanism, an aluminum foil feeding mechanism, an aluminum foil wrapping mechanism and an aluminum bag conveyor line A arranged on a machine base. The cigarette pushing mechanism is used to push the cigarettes at the discharge end of the cigarette conveying component into the cigarette orientation adjustment mechanism. The cigarette orientation adjustment mechanism is used to adjust the orientation of the cigarettes inside it. The cigarette pushing mechanism is used to push the cigarettes in the cigarette orientation adjustment mechanism into the aluminum foil wrapping mechanism. The aluminum foil feeding mechanism supplies aluminum foil to the cigarette aluminum foil wrapping mechanism. The aluminum foil wrapping mechanism is used to wrap aluminum foil around the cigarettes and push the wrapped cigarette aluminum bags to the aluminum bag conveyor line A.

[0011] The second aluminum foil packaging production line includes a cigarette conveyor line A, a cigarette conveyor belt, a cigarette pushing mechanism, a cigarette orientation adjustment mechanism, a cigarette pushing mechanism, an aluminum foil feeding mechanism, an aluminum foil packaging mechanism and an aluminum bag conveyor line B arranged on a machine base. The cigarette conveyor line A is used to convey some cigarettes on the cigarette conveyor assembly to the cigarette conveyor belt. The cigarette pushing mechanism is used to push the cigarettes at the discharge end of the cigarette conveyor belt into the cigarette orientation adjustment mechanism. The cigarette orientation adjustment mechanism is used to adjust the orientation of the cigarettes inside it. The cigarette pushing mechanism is used to push the cigarettes in the cigarette orientation adjustment mechanism into the aluminum foil packaging mechanism. The aluminum foil feeding mechanism supplies aluminum foil to the cigarette aluminum foil packaging mechanism. The aluminum foil packaging mechanism is used to wrap aluminum foil around the cigarettes and push the wrapped cigarette aluminum bags to the aluminum bag conveyor line B.

[0012] The cigarette conveying line A comprises a second magnetic guide rail, on which a plurality of second movers are arranged, and on which two limiting plates are arranged side by side.

[0013] The aluminum package conveyor line B and the aluminum package conveyor line A are arranged side by side and closely adjacent to each other.

[0014] An aluminum bag pushing mechanism is provided on the machine base at a position close to the aluminum bag conveyor line B and the aluminum bag conveyor line A.

[0015] The beneficial effect of the present invention is that: the cigarettes are divided into multiple cigarette piles by the cigarette feeder, each cigarette pile includes 10 cigarettes, and these 10 cigarettes are stacked together in two layers, with 5 cigarettes in each layer, and then the cigarette piles are transported to the first aluminum foil wrapping production line and the second aluminum foil wrapping production line by the cigarette feeder, so that aluminum foil paper is wrapped around the outside of the cigarette piles by the first aluminum foil wrapping production line and the second aluminum foil wrapping production line to form cigarette aluminum packages. Finally, the cigarette aluminum packages produced by the first aluminum foil wrapping production line and the second aluminum foil wrapping production line are merged at the discharge end and uniformly transported to the lower machine. Since the first aluminum foil wrapping production line and the second aluminum foil wrapping production line adopt a parallel arrangement, the packaging efficiency of the cigarettes is guaranteed. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1This is a schematic diagram of the structure of an aluminum cigarette package with 10 cigarettes enclosed in aluminum foil;

[0017] Figure 2 This is a schematic diagram of the top view of the structure of the utility model;

[0018] Figure 3 It is a schematic diagram of the three-dimensional structure of the utility model;

[0019] Figure 4 for Figure 3 Schematic diagram of the structure from another perspective;

[0020] Figure 5 for Figure 3 Schematic diagram of the structure from another perspective;

[0021] Figure 6 This is a partial structural diagram of the cigarette conveying assembly of the present invention;

[0022] Figure 7 This is a schematic structural diagram of the cigarette conveying line A of the present invention.

[0023] In the figure: 1-machine base, 2-cigarette conveying assembly, 20-first magnetic guide rail, 21-first C-type mold box, 22-first mover, 3-cigarette supply device, 4-cigarette conveyor line A, 40-second magnetic guide rail, 41-second mover, 42-limiting plate, 6-aluminum foil feeding mechanism, 7-aluminum package conveyor line A, 8-aluminum foil sealing mechanism, 9-cigarette orientation adjustment mechanism, 10-cigarette pushing mechanism, 11-cigarette rejecting mechanism, 12-aluminum package conveyor line B, 13-aluminum package pushing mechanism, 14-cigarette conveyor belt, 15-cigarette pushing mechanism. DETAILED DESCRIPTION

[0024] The technical solution of the present invention is further described below, but the scope of protection claimed is not limited to the described solution.

[0025] like Figures 1 to 7 As shown, the present invention is a packaging device for packing cigarettes into aluminum foil, comprising a machine base 1 and a cigarette feeder, a first aluminum foil packaging production line and a second aluminum foil packaging production line provided on the machine base 1. The feed ends of the first aluminum foil packaging production line and the second aluminum foil packaging production line are respectively connected to the cigarette feeder, and the discharge end of the first aluminum foil packaging production line is connected to the discharge end of the second aluminum foil packaging production line. There is a high-end cigarette whose cigarette box contains two sheets of aluminum foil, each sheet of aluminum foil contains 10 cigarettes, and these 10 cigarettes are stacked together in two layers, with 5 cigarettes in each layer, such as Figure 1In this case, the present application divides the cigarettes into multiple cigarette piles through a cigarette feeder, each cigarette pile includes 10 cigarettes, and these 10 cigarettes are stacked together in two layers, with 5 cigarettes in each layer. The cigarette piles are then conveyed to the first aluminum foil wrapping production line and the second aluminum foil wrapping production line through the cigarette feeder, so that the first aluminum foil wrapping production line and the second aluminum foil wrapping production line wrap aluminum foil around the cigarette piles to form cigarette aluminum packages. Finally, the cigarette aluminum packages produced by the first aluminum foil wrapping production line and the second aluminum foil wrapping production line are combined at the discharge end and uniformly conveyed to the lower machine. Since the first aluminum foil wrapping production line and the second aluminum foil wrapping production line are arranged in parallel, the packaging efficiency of the cigarettes is guaranteed.

[0026] Specifically, such as Figure 2 As shown, the path for the cigarette supplier to transport cigarettes is shown as the red route, the path for the first aluminum foil packaging production line to transport cigarettes is shown as the blue route, and the path for the second aluminum foil packaging production line to transport cigarettes is shown as the green route.

[0027] The cigarette feeder includes a cigarette supply device 3 and a cigarette conveyor assembly 2. The cigarette supply device 3 is used to sort the cigarettes, and the cigarette conveyor assembly 2 is used to transport the cigarettes sorted by the cigarette supply device 3 to the first and second aluminum foil wrapping lines. In use, the cigarette supply device 3 adopts the cigarette supply device disclosed in Chinese patent application number CN202422943382.3, which is prior art and will not be described in detail here.

[0028] The cigarette transport assembly 2 includes a first magnetic rail 20, on which a plurality of first movers 22 are movably mounted. A first C-shaped mold box 21 is mounted on the first movers 22, with the C-shaped opening of the first C-shaped mold box 21 facing upward. Furthermore, two stopper plates A are positioned side by side on the first magnetic rail 20 to limit the axial positions of the cigarettes within the first C-shaped mold box 21.

[0029] The infeed end of the first aluminum foil wrapping line connects to the outfeed end of the cigarette conveyor assembly 2, while the infeed end of the second aluminum foil wrapping line connects to the middle of the cigarette conveyor assembly 2. During operation, the cigarette conveyor assembly 2 performs intermittent motion, with the first and second aluminum foil wrapping lines alternately removing the cigarette stack from the cigarette conveyor assembly 2.

[0030] The cigarette conveyor assembly 2 is provided with a cigarette rejection mechanism 11 in front of the second aluminum foil wrapping line. This mechanism is used to reject unqualified cigarettes from a pile. For example, a pile containing fewer than 10 cigarettes must be rejected. This mechanism utilizes the IPC-based cigarette pack appearance inspection and rejection device disclosed in Chinese patent application number CN201611072144.3, a prior art device not described further herein.

[0031] The first aluminum foil wrapping production line includes a cigarette pushing mechanism 10, a cigarette orientation adjustment mechanism 9, a cigarette ejecting mechanism 15, an aluminum foil feeding mechanism 6, an aluminum foil wrapping mechanism 8, and an aluminum bag conveyor line A7, all mounted on a machine base 1. The cigarette pushing mechanism 10 is used to push cigarettes from the discharge end of the cigarette conveyor assembly 2 into the cigarette orientation adjustment mechanism 9, which adjusts the orientation of the cigarettes within it. The cigarette ejecting mechanism 15 is used to push cigarettes in the cigarette orientation adjustment mechanism 9 into the aluminum foil wrapping mechanism 8. The aluminum foil feeding mechanism 6 supplies aluminum foil to the cigarette foil wrapping mechanism 8, which wraps the cigarettes with aluminum foil and pushes the resulting aluminum bags to the aluminum bag conveyor line A7. During operation, the cigarette pushing mechanism 10 includes an electric cylinder and a push plate at the cylinder's output end. The electric cylinder drives the push plate to push cigarettes in the first C-shaped mold box 21 into the cigarette orientation adjustment mechanism 9. The cigarette orientation adjustment mechanism 9 is used to flip the cigarettes 180°. The cigarette orientation adjustment mechanism 9 and the cigarette ejection mechanism 15 adopt the cigarette pack flipping mechanism provided by the Chinese patent document with application number CN202110190396.0, which is a prior art and will not be described in detail here. The aluminum foil feeding mechanism 6 adopts the aluminum foil paper supply device of the packaging machine provided by the Chinese patent document with application number CN202121576139.2, which is a prior art and will not be described in detail here. The aluminum foil encapsulation mechanism 8 adopts the aluminum foil paper supply device of the packaging machine provided by the Chinese patent document with application number CN202111597982.3, which is a prior art and will not be described in detail here.

[0032] The second aluminum foil packaging production line includes a cigarette conveying line A4, a cigarette conveyor belt 14, a cigarette pushing mechanism 10, a cigarette orientation adjustment mechanism 9, a cigarette pushing mechanism 15, an aluminum foil feeding mechanism 6, an aluminum foil packaging mechanism 8 and an aluminum bag conveying line B12 arranged on the machine base 1. The cigarette conveying line A4 is used to convey some cigarettes on the cigarette conveying assembly 2 to the cigarette conveyor belt 14. The cigarette pushing mechanism 10 is used to push the cigarettes at the discharge end of the cigarette conveyor belt 14 into the cigarette orientation adjustment mechanism 9. The cigarette orientation adjustment mechanism 9 is used to adjust the orientation of the cigarettes inside it. The cigarette pushing mechanism 15 is used to push the cigarettes in the cigarette orientation adjustment mechanism 9 into the aluminum foil packaging mechanism 8. The aluminum foil feeding mechanism 6 supplies aluminum foil to the cigarette aluminum foil packaging mechanism 8. The aluminum foil packaging mechanism 8 is used to wrap aluminum foil around the cigarettes and push the wrapped cigarette aluminum bags to the aluminum bag conveying line B12. During operation, the cigarette conveyor line A4 is arranged perpendicular to the cigarette conveyor assembly 2 and the cigarette conveyor belt 14. The cigarette conveyor belt 14 is a synchronous belt conveyor line, on which multiple first C-shaped mold boxes 21 are installed at intervals. Two limiting plates 42 on the second mover 41 of the cigarette conveyor line A4 push the cigarette stacks in the first C-shaped mold boxes 21 in the cigarette conveyor assembly 2 along the limiting groove blocks and into the first C-shaped mold boxes 21 in the cigarette conveyor belt 14.

[0033] The cigarette conveyor line A4 includes a second magnetic guide rail 40, which is equipped with multiple second movers 41. Two limiting plates 42 are arranged side by side on the second movers 41. During use, the two limiting plates 42 limit the axial positions of the cigarettes at both ends. The second magnetic guide rail 40 is also equipped with a limiting groove block. The limiting groove block has the same shape as the first C-shaped mold box 21. The limiting groove block is C-shaped, with its C-shaped opening facing upward, so that the limiting groove block can limit the radial position of the cigarette stack.

[0034] The aluminum package conveyor line B12 and the aluminum package conveyor line A7 are arranged side by side and closely adjacent to each other. The structures of the aluminum package conveyor line B12 and the aluminum package conveyor line A7 are similar to the structure of the cigarette conveying assembly 2.

[0035] An aluminum pack ejection mechanism 13 is installed on the machine base 1 near the aluminum pack conveyor line B12 and the aluminum pack conveyor line A7. In use, the aluminum pack ejection mechanism 13 comprises a servo motor, a rack-and-pinion mechanism, and a push plate mounted on the end of the rack. The servo motor drives the push plate via the rack-and-pinion mechanism to push one cigarette pack from the aluminum pack conveyor line A7 and one cigarette pack from the aluminum pack conveyor line B12 into the lower machine at once.

Claims

1. A packaging device for packing cigarettes into aluminum foil, characterized by: The invention comprises a machine base (1), a cigarette supply device arranged on the machine base (1), a first aluminum foil packaging production line and a second aluminum foil packaging production line, wherein the feed ends of the first aluminum foil packaging production line and the second aluminum foil packaging production line are respectively connected to the cigarette supply device, and the discharge end of the first aluminum foil packaging production line is connected to the discharge end of the second aluminum foil packaging production line.

2. The packaging device for packing cigarettes into aluminum foil according to claim 1, characterized in that: The cigarette supply device comprises a cigarette supply device (3) and a cigarette conveying assembly (2); the cigarette supply device (3) is used for sorting cigarettes; and the cigarette conveying assembly (2) is used for conveying the cigarettes sorted by the cigarette supply device (3) to the first aluminum foil packaging production line and the second aluminum foil packaging production line.

3. The packaging device for packing cigarettes into aluminum foil according to claim 2, characterized in that: The cigarette conveying assembly (2) comprises a first magnetic guide rail (20), a plurality of first movers (22) are movably provided on the first magnetic guide rail (20), a first C-shaped mold box (21) is provided on the first movers (22), and the C-shaped opening of the first C-shaped mold box (21) faces upward.

4. The packaging device for packing cigarettes into aluminum foil according to claim 2, characterized in that: The feed end of the first aluminum foil packaging production line is connected to the discharge end of the cigarette conveying component (2), and the feed end of the second aluminum foil packaging production line is connected to the middle of the cigarette conveying component (2).

5. The packaging device for packing cigarettes into aluminum foil according to claim 2, characterized in that: The cigarette conveying assembly (2) is provided with a cigarette rejecting mechanism (11) on the front side of the second aluminum foil packaging production line.

6. The packaging device for packing cigarettes into aluminum foil according to claim 2, characterized in that: The first aluminum foil packaging production line comprises a cigarette pushing mechanism (10), a cigarette orientation adjustment mechanism (9), a cigarette pushing mechanism (15), an aluminum foil feeding mechanism (6), an aluminum foil packaging mechanism (8) and an aluminum bag conveying line A (7) arranged on a machine base (1). The cigarette pushing mechanism (10) is used to push cigarettes at the discharge end of the cigarette conveying component (2) into the cigarette orientation adjustment mechanism (9). The cigarette orientation adjustment mechanism (9) is used to adjust the orientation of cigarettes inside the cigarette orientation adjustment mechanism. The cigarette pushing mechanism (15) is used to push cigarettes in the cigarette orientation adjustment mechanism (9) into the aluminum foil packaging mechanism (8). The aluminum foil feeding mechanism (6) supplies aluminum foil to the cigarette aluminum foil packaging mechanism (8). The aluminum foil packaging mechanism (8) is used to wrap aluminum foil around the cigarettes and push the wrapped cigarette aluminum bags to the aluminum bag conveying line A (7).

7. The packaging device for packing cigarettes into aluminum foil according to claim 6, characterized in that: The second aluminum foil packaging production line comprises a cigarette conveying line A (4) arranged on a machine base (1), a cigarette conveyor belt (14), a cigarette pushing mechanism (10), a cigarette orientation adjustment mechanism (9), a cigarette pushing mechanism (15), an aluminum foil feeding mechanism (6), an aluminum foil packaging mechanism (8) and an aluminum foil conveying line B (12). The cigarette conveying line A (4) is used to convey some of the cigarettes on the cigarette conveying assembly (2) to the cigarette conveyor belt (14), and the cigarette pushing mechanism (10) is used to convey the cigarettes on the cigarette conveyor belt (14). (14) The cigarettes at the discharge end are pushed into the cigarette orientation adjustment mechanism (9), which is used to adjust the orientation of the cigarettes inside. The cigarette pushing mechanism (15) is used to push the cigarettes in the cigarette orientation adjustment mechanism (9) into the aluminum foil wrapping mechanism (8). The aluminum foil feeding mechanism (6) supplies aluminum foil to the cigarette aluminum foil wrapping mechanism (8), and the aluminum foil wrapping mechanism (8) is used to wrap aluminum foil around the cigarettes and push the wrapped cigarette aluminum package to the aluminum package conveyor line B (12).

8. The packaging device for packing cigarettes into aluminum foil according to claim 7, characterized in that: The cigarette conveying line A (4) comprises a second magnetic guide rail (40), a plurality of second movers (41) are provided on the second magnetic guide rail (40), and two limiting plates (42) are arranged side by side on the second movers (41).

9. The packaging device for packing cigarettes into aluminum foil according to claim 7, characterized in that: The aluminum package conveying line B (12) and the aluminum package conveying line A (7) are arranged side by side and closely adjacent to each other.

10. The packaging device for packing cigarettes into aluminum foil according to claim 9, characterized in that: An aluminum bag pushing mechanism (13) is provided on the machine base (1) at a position close to the aluminum bag conveying line B (12) and the aluminum bag conveying line A (7).

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