Manual cigarette packaging device

Abstract

The utility model relates to the technical field of cigarette packaging, in particular to a manual cigarette packaging device which comprises a cigarette case lining forming die, a cigarette case shell forming die, a cigarette boxing die and a cigarette case seal die. The cigarette boxing mold is used in cooperation with the cigarette case lining forming mold and the cigarette case shell forming mold, the cigarette case sealing mold is used in cooperation with the cigarette boxing mold, and the cigarette case sealing mold is used for assisting manual sealing of a complete cigarette case containing cigarette sets and provided with one open end. The problems that due to the lack of part of proper molds for assisting in forming of the cigarette case lining or the cigarette case shell in manual folding and a proper mold for a cigarette assembling box, the folding forming efficiency of the cigarette case lining or the cigarette case shell and the efficiency of assembling cigarettes into the cigarette case are affected, and the packaging efficiency of high-grade cigarette products is reduced are solved.

Description

Technical Field

[0001] This utility model relates to the field of cigarette packaging technology, and in particular to a manual cigarette packaging device. Background Technology

[0002] In the packaging process of cigarette products, the packaging of some high-end cigarette products is often involved. Because the requirements for packaging high-end cigarette products are higher than those for ordinary cigarette products, high-end cigarette products are not suitable for large-scale packaging using rolling and packaging equipment. Manual packaging of high-end cigarette products offers greater flexibility and is not limited by the irregular packaging requirements of high-end cigarette products. Therefore, high-end cigarette products are generally packaged manually. When manually packaging high-end cigarette products, the process typically involves first manually folding the inner lining and outer shell of the cigarette box (the outer shell bearing the trademark) into shape. Then, the folded inner lining is placed inside the folded outer shell. Next, the cigarettes, arranged in the required quantity, are assembled and placed into the inner lining inside the outer shell. Finally, the cigarette box containing the assembled cigarettes is sealed to complete the packaging of the high-end cigarette product.

[0003] Although manual packaging of cigarettes can complete the packaging of high-end cigarette products, the following defects exist in the packaging process: First, during the folding and forming of the cigarette box lining or outer shell, the lack of suitable molds to assist in the manual folding of the lining or outer shell restricts the folding of the already folded parts of the cigarette box, causing some of the folded parts of the lining or outer shell to unfold. This necessitates multiple foldings of the lining or outer shell, affecting the folding efficiency and further impacting the packaging efficiency of high-end cigarette products. Second, during the manual assembly of cigarettes into the cigarette box, one hand typically needs to stuff the already arranged cigarettes into the cigarette box held by the other hand. As this method of manual assembly is repeated multiple times, the high labor intensity limits the speed of cigarette assembly, indirectly affecting the packaging efficiency of high-end cigarette products.

[0004] Therefore, it is necessary to improve the manual packaging method of high-end cigarette products to solve the problem that the lack of suitable molds for manually folding cigarette box linings or cigarette box shells and the lack of suitable molds for cigarette assembly boxes affects the efficiency of folding and forming cigarette box linings or cigarette box shells and the efficiency of assembling cigarettes into cigarette boxes, thus reducing the packaging efficiency of high-end cigarette products. Utility Model Content

[0005] The purpose of this utility model is to propose a manual cigarette packaging device to solve the problem that the existing packaging process for high-end cigarette products is affected by the lack of suitable molds for manually folding cigarette box linings or cigarette box shells and the lack of suitable molds for cigarette assembly boxes, which affects the folding and forming efficiency of cigarette box linings or cigarette box shells and the efficiency of cigarette assembly into cigarette boxes, thus reducing the packaging efficiency of high-end cigarette products.

[0006] To solve the above-mentioned technical problems, the present invention adopts the following technical solution:

[0007] A manual cigarette packaging device, comprising:

[0008] Cigarette box liner forming mold, used to assist manual folding and shaping of cigarette box liner;

[0009] Cigarette box shell forming mold, used to assist manual folding and shaping of cigarette box shells;

[0010] The cigarette packing mold is used in conjunction with the cigarette box liner forming mold and the cigarette box outer shell forming mold. The cigarette packing mold has a cigarette placement area, a cigarette box liner placement area and a cigarette box outer shell placement area connected in sequence. The cigarette packing mold is used to assist manual labor in pushing the cigarette packs that have been placed in the cigarette placement area into the formed cigarette box liner placed in the cigarette box liner placement area, and then pushing the cigarette box liner containing the cigarette packs into the formed cigarette box outer shell placed in the cigarette box outer shell placement area to form a complete cigarette box containing the cigarette packs with one end open.

[0011] Cigarette box sealing mold is used in conjunction with cigarette packing mold. The cigarette box sealing mold is used to assist manual sealing of complete cigarette boxes containing cigarette packs with one end open.

[0012] Furthermore, the cigarette box liner forming mold includes a cigarette box liner mold frame and a cigarette box liner support mold; the cigarette box liner mold frame is a rectangular cavity structure with a first opening at the top, bottom, one end and both sides, and a first pad is fitted at the first opening at the bottom of the cigarette box liner mold frame with a gap, and the cigarette box liner mold frame and the cigarette box liner support mold are used together.

[0013] Furthermore, the cigarette box inner lining support includes a first gripping block, a connecting block, and an inner lining mold shell; one end of the first gripping block is connected to one end of the connecting block, and the other end of the connecting block is connected to one end of the inner lining mold shell, and the inner lining mold frame of the cigarette box is used in conjunction with the inner lining mold shell.

[0014] Furthermore, the cigarette box shell forming mold includes a cigarette box shell mold frame and a cigarette box shell support mold; the cigarette box shell mold frame is a rectangular cavity structure with a second opening at the top, bottom and one end of the frame, and a second pad is fitted at the second opening at the bottom of the cigarette box shell mold frame; the cigarette box shell mold frame and the cigarette box shell support mold are used together.

[0015] Furthermore, the outer shell support of the cigarette box includes a second gripping block and an outer shell mold; one end of the second gripping block is connected to one end of the outer shell mold, the through groove on the second gripping block communicates with the outer shell mold, and the outer shell mold is a rectangular cavity structure with a third opening at both ends.

[0016] Furthermore, the cigarette packaging mold includes a cigarette packaging base and a cigarette assembly pusher. The cigarette packaging base defines a cigarette placement slot, a cigarette box liner placement slot, and a cigarette box outer shell placement slot that are connected in sequence. The side wall of the cigarette assembly pusher is slidably connected to the inner wall of the cigarette placement slot. The width of the cigarette placement slot, the cigarette box liner placement slot, and the cigarette box outer shell placement slot increases sequentially. The cigarette placement slot is the cigarette placement area, the cigarette box liner placement slot is the cigarette box liner placement area, and the cigarette box outer shell placement slot is the cigarette box outer shell placement area. A cigarette box liner mold can be detachably installed at the connection between the cigarette placement slot and the cigarette box liner placement slot. A cigarette box outer shell mold is placed in the cigarette box outer shell placement slot. The cigarette box outer shell mold is a rectangular cavity structure with a fourth opening at both ends.

[0017] Furthermore, the cigarette box inner liner mold includes an inner liner block and an inner liner mold; the notch at the connection between the cigarette placement slot and the cigarette box inner liner placement slot engages with the inner liner block, the inner liner block has a sleeve opening communicating with the inner cavity of the inner liner mold, one end of the inner liner mold is connected to one end of the inner liner block, the inner liner mold is a rectangular cavity structure with a fifth opening at both ends, the inner liner mold is in clearance fit with the cigarette box inner liner placement slot, and the inner liner mold is in clearance fit with the cigarette box outer shell mold in the cigarette box outer shell placement slot.

[0018] Furthermore, a guide gate is connected to one end of the cigarette placement slot near the cigarette box liner placement slot. The guide gate and the cigarette placement slot define a channel for the cigarette assembly to enter. The channel is connected to the sleeve opening in the liner block. The discharge end of the channel and the inlet end of the sleeve opening are flush.

[0019] Furthermore, the cigarette box sealing mold is a rectangular cavity structure with a sixth opening at both ends, and the inside of the cigarette box sealing mold has a space to accommodate a complete cigarette box containing cigarettes.

[0020] During the work process, a cigarette box liner forming mold is used to assist manual folding of the cigarette box liner into the formed cigarette box liner;

[0021] The cigarette box shell is folded into the correct shape using a cigarette box shell forming mold as an aid.

[0022] The folded cigarette box liner is placed in the cigarette box liner placement area on the cigarette box mold, and the folded cigarette box shell is placed in the cigarette box shell placement area on the cigarette box mold.

[0023] Cigarettes are arranged into cigarette groups in the cigarette placement area of ​​the cigarette box mold. The arranged cigarette groups are pushed into the formed cigarette box liner placed in the cigarette box liner placement area and the formed cigarette box shell placed in the cigarette box shell placement area. The cigarette groups are first put into the cigarette box liner, and then the cigarette box liner containing the cigarette groups is put into the cigarette box shell, resulting in a complete cigarette box containing the cigarette groups.

[0024] Take the complete cigarette box containing the cigarette pack from the cigarette box outer shell placement area and place it into the cigarette box sealing mold, making the open end of the complete cigarette box containing the cigarette pack protrude outside the cigarette box sealing mold. First, fold and seal the cigarette box lining and the cigarette box outer shell at the open end of the complete cigarette box containing the cigarette pack in sequence. Then, seal the folded part of the open end of the complete cigarette box containing the cigarette pack with a seal. Finally, take the packaged cigarette pack out of the cigarette box sealing mold to obtain the packaged cigarette box.

[0025] or,

[0026] The cigarette box liner forming mold is used to assist manual folding of the cigarette box liner into the formed shape;

[0027] The cigarette box shell is folded into the correct shape using a cigarette box shell forming mold as an aid.

[0028] The manually folded cigarette box liner is placed inside the manually folded cigarette box shell to obtain a complete cigarette box without cigarette packs.

[0029] Place the complete cigarette box without cigarette packs into the cigarette box liner placement area on the cigarette box packaging mold. Arrange the cigarettes in the cigarette placement area of ​​the cigarette box packaging mold into cigarette packs. Push the arranged cigarette packs into the complete cigarette box without cigarette packs placed in the cigarette box liner placement area to obtain a complete cigarette box containing cigarette packs.

[0030] Take the complete cigarette box containing the cigarette pack out of the cigarette box liner placement area and place it into the cigarette box sealing mold, making sure that the open end of the complete cigarette box containing the cigarette pack protrudes outside the cigarette box sealing mold. First, fold and seal the cigarette box liner and the outer shell of the cigarette box at the open end of the complete cigarette box containing the cigarette pack in sequence. Then, seal the folded part of the open end of the complete cigarette box containing the cigarette pack with a seal. Finally, take the packaged cigarette pack out of the cigarette box sealing mold to obtain the packaged cigarette box.

[0031] Compared with the prior art, the present invention has at least one of the following beneficial effects:

[0032] 1. This utility model utilizes four molds in combination: a cigarette box liner forming mold, a cigarette box outer shell forming mold, a cigarette packing mold, and a cigarette box sealing mold. When packaging high-end cigarette products, the cigarette box liner forming mold folds the cigarette box liner, and the cigarette box outer shell forming mold folds the cigarette box outer shell. The folded cigarette box liner and outer shell are then placed on the cigarette packing mold. The cigarette pack is then placed on the cigarette packing mold and pushed sequentially into the pre-placed cigarette box liner and outer shell. The cigarette pack is then placed into the inner liner of the cigarette pack (the cigarette pack is then placed into the cigarette pack). Finally, the cigarette pack containing the cigarette pack is removed and placed in the cigarette pack sealing mold to seal the open end of the cigarette pack. This completes the packaging of high-end cigarette products. This solves the problem that in the current packaging process of high-end cigarette products, the lack of suitable molds for assisting in the manual folding of the inner liner or outer shell of the cigarette pack, as well as the lack of suitable molds for cigarette pack assembly boxes, affects the folding and forming efficiency of the inner liner or outer shell of the cigarette pack and the efficiency of cigarette pack assembly, thus reducing the packaging efficiency of high-end cigarette products.

[0033] 2. This utility model features a cigarette box liner sleeve mold installed at the connection between the cigarette placement slot and the cigarette box liner placement slot on the cigarette box packaging mold. When assembling the cigarettes from the placement slot into the cigarette box liner, the folded cigarette box liner can be fitted over the sleeve mold to support it. The sleeve mold, now fitted with the cigarette box liner, is then installed into the placement slot. The cigarettes from the placement slot are then pushed out through the sleeve mold and into it through its tail end. This prevents the cigarettes from being unable to be smoothly pushed into the liner due to the lack of support within the liner during the process of pushing them in.

[0034] 3. This utility model, by installing a cigarette box shell mold in the cigarette box shell placement groove on the cigarette box packaging mold, allows the folded cigarette box shell to be placed over the cigarette box shell mold when inserting the cigarette box liner containing the cigarette pack into the cigarette box shell. This provides support for the folded cigarette box shell. The cigarette box shell mold with the cigarette box shell mold is then installed in the cigarette box shell placement groove. The cigarette box liner containing the cigarette pack is then pushed out through the inside of the cigarette box shell mold and into the cigarette box shell mold through the tail end of the cigarette box shell mold. This avoids the situation where, during the process of pushing the cigarette pack into the cigarette box shell, some areas of the cigarette box shell are dented due to the lack of support inside the cigarette box shell, causing the cigarette box liner containing the cigarette pack to be obstructed and unable to be pushed into the cigarette box shell smoothly. Attached Figure Description

[0035] Figure 1This is a first-position axial view of the cigarette box liner forming mold in the structure of this utility model.

[0036] Figure 2 This is a first-position axial view of the cigarette box shell forming mold in the structure of this utility model.

[0037] Figure 3 This is a first-position axial view of the cigarette box mold part of the structure of this utility model.

[0038] Figure 4 This is a first-position axial view of the cigarette box sealing mold in the structure of this utility model.

[0039] Figure 5 This is a second-position axial view of the molding die for forming the inner lining of the cigarette box according to the present invention.

[0040] Figure 6 This is a schematic diagram of the integration of the cigarette box inner lining mold frame and the first pad block in the structure of this utility model.

[0041] Figure 7 This is a schematic diagram of the axial side of the cigarette box lining support in the structure of this utility model.

[0042] Figure 8 This is a second-position axial side view of the cigarette box shell forming mold in the structure of this utility model.

[0043] Figure 9 This is a schematic diagram of the axial side of the cigarette box shell support formwork in the structure of this utility model.

[0044] Figure 10 This is a schematic diagram showing the integration of the cigarette placement groove, the guide rack, the cigarette guide groove 1, and the notch in the structure of this utility model.

[0045] Figure 11 This is a schematic diagram of the first axial side of the cigarette packing mold in the structure of this utility model.

[0046] Figure 12 This is a first-position axial view of the cigarette box inner liner mold in the structure of this utility model.

[0047] Figure 13 This is a schematic diagram of the second axial side of the cigarette packing mold in the structure of this utility model.

[0048] Figure 14 This is a second-position axial view of the cigarette box inner liner mold in the structure of this utility model.

[0049] Figure 15 This is a schematic diagram of the axial side of the cigarette box outer shell mold in the structure of this utility model.

[0050] Figure 16 This is a second-position axial view of the cigarette box mold part of the structure of this utility model.

[0051] Figure 17 This is a second-position axial view of the cigarette box sealing mold in the structure of this utility model.

[0052] Figure 18 This is a schematic diagram illustrating the manual folding of the cigarette box liner using a molding die in the structure of this utility model.

[0053] Figure 19 This is a schematic diagram of the process of folding the inner lining of a cigarette box using the forming mold of the present invention.

[0054] Figure 20 This is a schematic diagram showing how the cigarette packing mold pushes the cigarette pack into the inner lining and outer shell of the cigarette box in the structure of this utility model.

[0055] Figure 21 This is a schematic diagram illustrating how the cigarette box sealing mold in this utility model assists in manually sealing a cigarette box containing cigarette sticks.

[0056] Figure 22 The paper used in this utility model refers to the unformed inner lining or outer shell of the cigarette box before it is placed into the mold.

[0057] In the diagram, 1-cigarette box liner forming mold, 2-cigarette box outer shell forming mold, 3-cigarette packing mold, 4-cigarette placement area, 5-cigarette box liner placement area, 6-cigarette box outer shell placement area, 7-cigarette box sealing mold, 8-cigarette box liner mold frame, 9-cigarette box liner support mold, 10-first opening, 11-first pad block, 12-first grip block, 13-connecting block, 14-liner mold shell, 15-cigarette box outer shell support mold, 16-second opening, 17-second pad block, 18-first... 19-Outer shell mold, 20-Third opening, 21-Cigarette box holder, 22-Cigarette group pusher, 23-Cigarette placement slot, 24-Inner liner placement slot, 25-Outer shell placement slot, 26-Inner liner mold, 27-Outer shell mold, 28-Inner liner block, 29-Inner liner mold, 30-Notch, 31-Sleeve opening, 32-Guide gantry, 33-Channel, 34-Sixth opening, 35-Accommodation space, 36-Outer shell mold frame. Detailed Implementation

[0058] like Figure 1-22 As shown, to make the objectives, technical solutions, and advantages of this utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present utility model and are not intended to limit the present utility model.

[0059] Example

[0060] While manual packaging of cigarettes can achieve the packaging of high-end cigarette products, it has the following drawbacks: 1. During the folding and shaping of the cigarette box lining or outer shell, the lack of suitable molds to assist in the manual folding restricts the folding of the already folded parts of the lining or outer shell. This causes the folded parts of the lining or outer shell to unravel, requiring multiple folds and affecting the folding efficiency, thus impacting the packaging efficiency of high-end cigarette products. 2. During the manual assembly of cigarettes into the cigarette box, one hand typically needs to insert the folded cigarettes into the box held by the other. As this process is repeated, the high labor intensity limits the assembly speed, further affecting the packaging efficiency of high-end cigarette products.

[0061] Therefore, this application proposes a manual cigarette packaging device to solve the problem that in the existing packaging process of high-end cigarette products, the lack of suitable molds for assisting in the manual folding of cigarette box linings or cigarette box shells and the lack of suitable molds for cigarette assembly boxes affect the folding and forming efficiency of cigarette box linings or cigarette box shells and the efficiency of cigarette assembly into cigarette boxes, thus reducing the packaging efficiency of high-end cigarette products.

[0062] Specifically, a manual cigarette packaging device, please refer to [link / reference]. Figure 1 , Figure 2 , Figure 3 , Figure 18 , Figure 19 , Figure 20 and Figure 21 A manual cigarette packaging device includes a cigarette box liner forming mold 1, a cigarette box outer shell forming mold 2, a cigarette packing mold 3, and a cigarette box sealing mold 7. The cigarette box liner forming mold 1 assists in manually folding the cigarette box liner; the cigarette box outer shell forming mold 2 assists in manually folding the cigarette box outer shell; the cigarette packing mold 3 works in conjunction with the cigarette box liner forming mold 1 and the cigarette box outer shell forming mold 2. The cigarette packing mold 3 has a sequentially connected cigarette placement area 4, a cigarette box liner placement area 5, and a cigarette box outer shell placement area 6. The box mold 3 is used to assist workers in pushing the pre-formed cigarette packs placed in the cigarette pack placement area 4 into the pre-formed cigarette pack liner placed in the cigarette pack liner placement area 5, and then pushing the cigarette pack liner containing the cigarette packs into the pre-formed cigarette pack shell placed in the cigarette pack shell placement area 6 to form a complete cigarette pack containing the cigarette packs with one end open. The cigarette pack sealing mold 7 is used in conjunction with the cigarette packing mold 3. The cigarette pack sealing mold 7 is used to assist workers in sealing the complete cigarette pack containing the cigarette packs with one end open. The complete cigarette pack is formed by inserting the pre-formed cigarette pack liner into the cigarette pack shell.

[0063] In practical applications, when packaging high-end cigarette products using the four components—cigarette box liner forming mold 1, cigarette box outer shell forming mold 2, cigarette packing mold 3, and cigarette box sealing mold 7—the cigarette box liner forming mold 1 is used to fold and shape the cigarette box liner, and the cigarette box outer shell forming mold 2 is used to fold and shape the cigarette box outer shell. Then, the folded cigarette box liner is placed in the cigarette box liner placement area 5 clip on the cigarette packing mold 3, and the folded cigarette box outer shell is placed in the cigarette box outer shell placement area 6 clip on the cigarette packing mold 3. Finally, the cigarette packs are placed in the cigarette placement area 4 on the cigarette packing mold 3. The cigarette pack is pushed sequentially into the cigarette box liner and outer shell pre-placed on the cigarette packing mold 3. The cigarette pack is then inserted into the cigarette box liner inside the outer shell (the cigarette pack is inserted into the cigarette box). Finally, the cigarette box containing the cigarette pack is removed and placed in the cigarette box sealing mold 7 to seal the open end of the cigarette box. This completes the packaging of the high-end cigarette product. During this packaging process, the cigarette box liner forming mold 1 assists in manually folding the cigarette box liner, and the cigarette box outer shell forming mold 1 assists in manually folding the cigarette box outer shell. Tool 1 restricts the upper area of ​​the folded cigarette box lining and the upper area of ​​the folded cigarette box shell, unlike the traditional method where manual folding of the cigarette box lining and shell is restricted due to the lack of suitable molds to assist in the manual folding process, preventing the edges of the folded cigarette box lining or shell from spreading out. Furthermore, because cigarette packing mold 3 assists in manually assembling the arranged cigarettes into the box... The pre-formed cigarette box liner and outer shell, placed on the cigarette box mold 3, eliminate the need to use one hand to insert the pre-formed cigarettes into the cigarette box held by the other hand, as is the traditional method. This reduces the labor intensity and improves the efficiency of cigarette box assembly. It solves the problem that the lack of suitable molds for assisting in the manual folding and forming of cigarette box liners or outer shells, as well as the lack of suitable molds for cigarette box assembly, affects the efficiency of folding and forming cigarette box liners or outer shells and the efficiency of cigarette assembly into the cigarette box, thus reducing the packaging efficiency of high-end cigarette products.

[0064] Please see Figure 5 , Figure 6 and Figure 22 The cigarette box liner forming mold 1, which assists in the manual folding of the cigarette box liner, includes a cigarette box liner mold frame 8 and a cigarette box liner support mold 9. The cigarette box liner mold frame 8 is used to place the paper for making the cigarette box liner and to restrict the folded area of ​​the paper for making the cigarette box liner. The cigarette box liner support mold 9 is used in conjunction with the cigarette box liner mold frame 8 to support the paper for making the cigarette box liner placed in the cigarette box liner mold frame 8.

[0065] Specifically, the cigarette box inner lining mold frame 8 is a rectangular cavity structure with a first opening 10 at the top, bottom, one end, and both sides. A strip-shaped first pad 11 is fitted or slidably fitted at the first opening 10 at the top or bottom of the cigarette box inner lining mold frame 8. The cigarette box inner lining mold frame 8 is used in conjunction with the cigarette box inner lining support mold 9. The cigarette box inner lining support mold 9 and the inside of the cigarette box inner lining mold frame 8 can be fitted with a gap, that is, when the cigarette box inner lining support mold 9 enters the cigarette box inner lining mold frame 8, there is a gap between the cigarette box inner lining support mold 9 and the cigarette box inner lining mold frame 8.

[0066] In practical applications, when using the cigarette box liner forming mold 1 to assist in manually folding the cigarette box liner, first fold the flat paper along the center line into a U-shape (e.g., Figure 22 Then place the U-shaped paper in such a position as... Figure 6 In the inner lining mold frame 8 of the cigarette box, and make the U-shaped paper close at end a (such as Figure 22 The U-shaped paper is placed corresponding to the closed end b of the inner lining mold frame 8, and the open end c of the U-shaped paper is placed corresponding to the first opening 10 of the inner lining mold frame 8. At this time, the inner lining mold frame 8 defines the U-shaped outline of the U-shaped paper to prevent it from spreading out. Then, the paper is placed as follows... Figure 7 The cigarette box liner mold 9 is placed inside the U-shaped paper pre-placed in the cigarette box liner mold frame 8. The cigarette box liner mold 9 serves as the internal skeleton of the U-shaped paper. With the cigarette box liner mold 9 as the skeleton of the U-shaped paper, the paper wings at the first opening 10 area at the top of the U-shaped paper are first folded and closed. Then, the cigarette box liner mold frame 8, the cigarette box liner mold 9, and the U-shaped paper that has been partially folded are flipped over. The previously closed part of the U-shaped paper is now located at the bottom of the flipped U-shaped paper. At this time, the first pad 11 is placed in the cigarette box. After the inner lining mold frame 8 is flipped over, the bottom first opening 10 is restricted to the part of the U-shaped paper that is closed, so as to prevent the folded part of the U-shaped paper from spreading out. Then, the paper wings at the top first opening 10 of the U-shaped paper in this position are folded and closed, and the closed part is pressed with a strip and glued. In this way, a cigarette box inner lining box with a rectangular cavity at one end is formed. Then, the cigarette box inner lining support mold 9 with the cigarette box inner lining is taken out from the cigarette box inner lining mold frame 8, and then the cigarette box inner lining is taken out from the cigarette box inner lining support mold 9. Thus, the cigarette box inner lining is prepared.

[0067] Please see Figure 5 and Figure 7To facilitate the removal of the cigarette box liner support 9 from the cigarette box liner mold frame 8 or the pushing of the cigarette box liner support 9 into the cigarette box liner mold frame 8, the cigarette box liner support 9 includes a first gripping block 12, a connecting block 13, and a liner mold shell 14; wherein, the first gripping block 12 is used to connect with the liner mold shell 14 through the connecting block 13, so that the liner mold shell 14 can be manually pushed into or pulled out of the cigarette box liner mold frame 8 by pulling or pushing the first gripping block 12; the liner mold shell 14 is used to support the cigarette box liner so as to form a rectangular cavity structure of the molded cigarette box liner in the future.

[0068] Specifically, one end of the first gripping block 12 is connected to one end of the connecting block 13, and the other end of the connecting block 13 is connected to one end of the inner lining mold shell 14. The inner lining mold frame 8 of the cigarette box is used in conjunction with the inner lining mold shell 14. The inner lining mold shell 14 can be used in conjunction with the gap inside the inner lining mold frame 8 of the cigarette box. That is, when the inner lining mold shell 14 enters the inner lining mold frame 8 of the cigarette box, there is a gap between the inner lining mold shell 14 and the inner lining mold frame 8 of the cigarette box.

[0069] In practical application, when the cigarette box liner support mold 9 is placed into the cigarette box liner mold frame 8, and the U-shaped paper pre-placed in the cigarette box liner mold frame 8 is folded into the formed cigarette box liner, the first grip block 12 in the cigarette box liner support mold 9 can be held and moved towards the U-shaped paper pre-placed in the cigarette box liner mold frame 8. The inner liner mold shell 14 in the cigarette box liner support mold 9 then enters the U-shaped paper in the cigarette box liner mold frame 8 as a supporting skeleton for the U-shaped paper, in order to assist the manual folding and closing of the paper wings at the top and bottom openings of the U-shaped paper.

[0070] The cigarette box liner support 9 enters the U-shaped paper inside the cigarette box liner mold frame 8 as the skeleton of the U-shaped paper. After the paper wings at the top opening and the bottom opening of the U-shaped paper are folded and closed by manual assistance, the inner liner mold shell 14 needs to be removed from the cigarette box liner mold frame 8 to remove the formed cigarette box liner. The first grip block 12 in the cigarette box liner support 9 can be held and moved away from the cigarette box liner mold frame 8, and the inner liner mold shell 14 will be removed from the inside of the cigarette box liner mold frame 8. Then the formed cigarette box liner can be taken out from the cigarette box liner mold frame 8.

[0071] Please see Figure 8 and Figure 9 The cigarette box shell forming mold 2 for folding the cigarette box shell includes a cigarette box shell mold frame 36 and a cigarette box shell support mold 15. The cigarette box shell mold frame 36 is used to place the paper for making the cigarette box shell and to restrict the folded area of ​​the paper for making the cigarette box shell. The cigarette box shell mold frame 36 and the cigarette box shell support mold 15 are used together to support the paper for making the cigarette box shell placed in the cigarette box shell mold frame 36.

[0072] Specifically, the cigarette box outer shell mold frame 36 is a rectangular cavity structure with a second opening 16 at the top, bottom and one of its ends. A strip-shaped second pad 17 is fitted or slidably fitted at the second opening 16 at the top or bottom of the cigarette box outer shell mold frame 36. The cigarette box outer shell mold frame 36 is used in conjunction with the cigarette box outer shell support mold 15. The interior of the cigarette box outer shell mold frame 36 and the cigarette box outer shell support mold 15 can be fitted with a gap, that is, when the cigarette box outer shell support mold 15 enters the cigarette box outer shell mold frame 36, there is a gap between the cigarette box outer shell support mold 15 and the cigarette box outer shell mold frame 36.

[0073] In practical applications, when using the cigarette box outer shell forming mold 2 to assist in manually folding the cigarette box outer shell, first fold the flat paper along the center line into a U-shape (e.g., Figure 22 Then place the U-shaped paper in such a position as... Figure 9 In the cigarette box outer shell mold 36, and make the U-shaped paper close end a (such as Figure 22 The U-shaped paper is placed corresponding to the closed end d of the cigarette box outer shell mold frame, and the open end c of the U-shaped paper is placed corresponding to the second opening 16 at the end of the cigarette box outer shell mold frame 36. At this time, the cigarette box outer shell mold frame 36 defines the U-shaped outline of the U-shaped paper to prevent the U-shaped paper from spreading out. Then, the paper is placed as follows... Figure 10 The cigarette box outer shell mold 15 is placed inside the U-shaped paper pre-placed in the cigarette box outer shell mold frame 36. The cigarette box outer shell mold 15 then forms the skeleton inside the U-shaped paper. Under the framework of the U-shaped paper, the paper wings at the second opening 16 area at the top of the U-shaped paper are first folded and closed. Then, the whole consisting of the cigarette box outer shell mold frame 36, the cigarette box outer shell mold 15, and the U-shaped paper with the folded part is flipped over. The part of the U-shaped paper that was previously closed is now at the bottom position of the flipped U-shaped paper. At this time, the second pad 17 is placed on the cigarette box. After the inner lining mold frame 8 is flipped, the bottom second opening 16 is restricted to the part of the U-shaped paper that is closed, so as to prevent the folded part of the U-shaped paper from spreading out. Then, the paper wings at the top second opening 16 of the U-shaped paper in this position are folded and closed, and the closed part is pressed with a strip and glued. In this way, a cigarette box shell with a rectangular cavity at one end is formed. Then, the cigarette box shell support mold 15 with the cigarette box shell is taken out from the cigarette box shell mold frame 36, and then the cigarette box shell is taken out from the cigarette box shell support mold 15. Thus, the cigarette box shell is prepared.

[0074] Please see Figure 8 and Figure 10To facilitate the removal of the cigarette box outer shell support mold 15 from the cigarette box outer shell mold frame 36 or the pushing of the cigarette box outer shell support mold 15 into the cigarette box outer shell mold frame 36, the cigarette box outer shell support mold 15 includes a second grip block 18 and an outer shell mold 19; wherein, the second grip block 18 is used to connect with the outer shell mold 19 so that the outer shell mold 19 can be pushed into or pulled out of the cigarette box outer shell mold frame 36 by manually pulling or pushing the second grip block 18; the cigarette box outer shell support mold 15 is used to support the cigarette box outer shell so as to form a rectangular cavity structure of the molded cigarette box outer shell in the future.

[0075] Specifically, one end of the second gripping block 18 is connected to one end of the outer shell mold 19, and the through groove on the second gripping block is interconnected with the outer shell mold. The outer shell mold is a rectangular cavity structure with a third opening at both ends.

[0076] In practical applications, when the outer shell mold 19 is placed into the cigarette box outer shell mold frame 36, and the U-shaped paper pre-placed in the cigarette box outer shell mold frame 36 is folded into the cigarette box outer shell, the second grip block 18 in the outer shell mold 19 can be held and moved toward the U-shaped paper pre-placed in the cigarette box outer shell mold frame 36. The cigarette box outer shell mold frame 36 in the outer shell mold 19 then enters the U-shaped paper in the cigarette box outer shell mold frame 36 as a supporting skeleton for the U-shaped paper, in order to assist the manual process of folding and closing the paper wings at the top and bottom openings of the U-shaped paper.

[0077] When the outer shell 19 enters the U-shaped paper inside the cigarette box outer shell mold frame 36 as the skeleton of the U-shaped paper, and the paper wings at the top and bottom of the U-shaped paper are folded and closed by manual assistance, the outer shell 19 needs to be removed from the cigarette box outer shell mold frame 36 to remove the formed cigarette box liner. The second grip 18 in the outer shell 19 can be held and moved away from the cigarette box outer shell mold frame 36, and the outer shell 19 will then be removed from the inside of the cigarette box outer shell mold frame 36. Then the formed cigarette box outer shell can be taken out from the cigarette box outer shell mold 19.

[0078] Please see Figure 11 , Figure 3 , Figure 13 , Figure 14 and Figure 15 The cigarette packaging mold 3, used for placing cigarette sets, lining cigarette boxes, and outer cigarette boxes, includes a cigarette packaging base 21 and a cigarette set pusher 22. The cigarette packaging base 21 serves as a base for placing cigarette sets, lining cigarette boxes, and outer cigarette boxes. The cigarette set pusher 22 pushes the cigarette sets already arranged on the cigarette packaging base 21 into the lining cigarette boxes and outer cigarette boxes in sequence. The cigarette sets are first pushed into the lining cigarette box placed in the lining cigarette box placement area 5, and then the lining cigarette box containing the cigarette sets is pushed into the outer cigarette box placed in the outer cigarette box placement area 6 to form a cigarette box containing cigarette sets with one end open.

[0079] Specifically, in the first embodiment: a cigarette box holder 21 is defined with a cigarette placement slot 23, a cigarette box liner placement slot 24, and a cigarette box outer shell placement slot 25 connected in sequence. The side wall of the cigarette pusher 22 is slidably connected to the inner wall of the cigarette placement slot 23. The width of the cigarette placement slot 23, the cigarette box liner placement slot 24, and the cigarette box outer shell placement slot 25 increases sequentially. The cigarette placement slot 23 is the cigarette placement area 4, the cigarette box liner placement slot 24 is the cigarette box liner placement area 5, and the cigarette box outer shell placement slot 25 is the cigarette box outer shell placement area 6. A molded cigarette box liner is placed in the slot at the connection between the cigarette placement slot 23 and the cigarette box liner placement slot 24, and a molded cigarette box outer shell is placed in the cigarette box outer shell placement slot 25.

[0080] In practical application, when using the cigarette packing mold 3 to assist manual pushing of cigarette packs into the shaped cigarette box liner and the shaped cigarette box shell in sequence, the folded cigarette box liner is first placed in the cigarette box liner placement slot 24 and the folded cigarette box shell liner is placed in the cigarette box shell placement slot 25. Then, high-grade cigarettes are stacked in the cigarette placement slot 23 and located at one end of the cigarette pack pusher 22. Then, the cigarette pack pusher 22 is pushed towards the cigarette box liner placement slot 24 and the cigarette box shell placement slot 25. The cigarette pack is first pushed into the shaped cigarette box liner by the cigarette pack pusher 22. Then, the cigarette box liner containing the cigarette pack is pushed into the shaped cigarette box shell to form a cigarette box containing the cigarette pack with one end open, so that the cigarette pack is assembled into the cigarette box.

[0081] The above describes one packaging process for assembling cigarettes into cigarette boxes according to the first embodiment. The following describes another packaging process for assembling cigarettes into cigarette boxes according to the first embodiment. Specifically, when manually placing cigarette sets into cigarette boxes with the assistance of the cigarette boxing mold 3, the folded cigarette box liner is first inserted into the folded cigarette box shell to form a cigarette box without cigarette sets. Then, the cigarette box is placed in the cigarette box liner placement groove 24. Next, high-grade cigarettes are stacked in the cigarette placement groove 23 and located at one end of the cigarette set pusher 22. Then, the cigarette set pusher 22 is pushed towards the cigarette box liner placement groove 24, and the cigarette sets are pushed into the cigarette box without cigarette sets by the cigarette set pusher 22 to assemble the cigarettes into the cigarette box.

[0082] To prevent the cigarette assembly from being pushed into the cigarette box liner and outer shell, causing dents in the unsupported areas of the liner and outer shell, thus preventing the cigarette assembly from being smoothly inserted, the second embodiment is as follows: The cigarette box holder 21 is defined with sequentially connected cigarette placement slots 23, cigarette box liner placement slots 24, and cigarette box outer shell placement slots 25. The side wall of the cigarette assembly pusher 22 is slidably connected to the inner wall of the cigarette placement slot 23. The widths of the slots 24 and 25 gradually increase. The cigarette placement slot 23 is the cigarette placement area 4, the cigarette liner placement slot 24 is the cigarette liner placement area 5, and the cigarette outer shell placement slot 25 is the cigarette outer shell placement area 6. A cigarette liner mold 26 can be detachably installed at the connection between the cigarette placement slot 23 and the cigarette liner placement slot 24. A cigarette outer shell mold 27 is placed inside the cigarette outer shell placement slot 25. The cigarette outer shell mold 27 is a rectangular cavity structure with a fourth opening at both ends.

[0083] In practical application, when using the cigarette packing mold 3 to assist manual pushing of cigarette sets into the formed cigarette box liner and the formed cigarette box shell, first, the folded cigarette box liner is placed over the cigarette box liner mold 26, and then the folded cigarette box shell is placed over the cigarette box shell mold 27. Next, the cigarette box liner mold 26 with the liner is installed at the connection between the cigarette placement slot 23 and the cigarette box liner placement slot 24, and the cigarette box shell mold 27 with the outer cigarette box shell is installed in the cigarette box shell placement slot 25. At this time, high-grade cigarettes are stacked in the cigarette placement slot 23 and located at one end of the cigarette set pusher 22. Then, the cigarette set pusher 22 is pushed towards the cigarette box liner placement slot 24 and the cigarette box shell placement slot 25, thus pushing the cigarette sets. The frame 22 is first pushed to the position of the cigarette box inner liner mold 26 in the cigarette box inner liner placement slot 24 and enters the cigarette box inner liner. The cigarette box inner liner covering the cigarette box inner liner mold 26 then moves and separates from the cigarette box inner liner mold 26 as the cigarette assembly continues to move. Then, the cigarette box inner liner covering the cigarette box inner liner mold 27, which has separated from the cigarette box inner liner mold 26 and contains the cigarette assembly, enters the position of the cigarette box outer shell in the cigarette box outer shell placement slot 25 and enters the cigarette box outer shell. The cigarette box outer shell covering the cigarette box outer shell mold 27 then moves and separates from the cigarette box outer shell mold 27 as the cigarette assembly continues to move. In this way, the cigarette assembly is put into the cigarette box, so as to avoid the situation where the cigarette box inner liner and the inside of the cigarette box outer shell are not supported and some areas of the cigarette box inner liner and the cigarette box outer shell are dented, which would prevent the cigarette assembly from being smoothly put into the cigarette box inner liner and the cigarette box outer shell.

[0084] The above describes one packaging process for assembling cigarettes into a cigarette box according to the second embodiment. The following describes another packaging process for assembling cigarettes into a cigarette box according to the second embodiment. Specifically, when manually pushing the cigarette assemblies into the shaped cigarette box liner and the shaped cigarette box shell with the assistance of the cigarette box packaging mold 3, firstly, the cigarette box shell mold 27 is removed from the cigarette box shell placement slot 25. Then, the folded cigarette box liner is inserted into the folded cigarette box shell to form a complete cigarette box without the cigarette assemblies. Next, the complete cigarette box without the cigarette assemblies is placed onto another type of cigarette box liner mold 26. Finally, the other type of cigarette box liner mold 26 is placed in the cigarette placement slot 23 and the cigarette box liner placement slot 24. At the connection point, high-end cigarettes are stacked in the cigarette placement slot 23 and positioned at one end of the cigarette assembly pusher 22. The cigarette assembly pusher 22 is then pushed towards the inner liner placement slot 24 and the outer shell placement slot 25 of the cigarette box. The cigarette assembly is then pushed by the cigarette assembly pusher 22 to the position of the inner liner mold 26 placed in the inner liner placement slot 24 and enters the complete cigarette box. The cigarette box, which is covered by the inner liner mold 26, separates from the inner liner mold 26 as the cigarette assembly continues to move. In this way, the cigarette assembly is put into the cigarette box, so as to avoid the situation where the inner liner and outer shell of the cigarette box are dented due to the lack of support, which would prevent the cigarette assembly from being put into the inner liner and outer shell of the cigarette box smoothly.

[0085] Please see Figure 12 , Figure 13 , Figure 14 , Figure 15 , Figure 11 and Figure 16 The cigarette box liner kit 26, which is used to support the formed cigarette box liner, includes a liner block 28 and a liner mold 29. The liner block 28 is used to detachably engage with the notch 30 at the connection point of the cigarette box liner placement groove 24. The liner mold 29 is used to cover the formed cigarette box liner to support the overall frame of the cigarette box liner.

[0086] Specifically, the notch 30 at the connection between the cigarette placement slot 23 and the cigarette box liner placement slot 24 is detachably engaged with the liner block 28. The liner block 28 has a sleeve opening 31 that communicates with the inner cavity of the liner mold 29. One end of the liner mold 29 is connected to one end of the liner block 28. The liner mold 29 is a rectangular cavity structure with a fifth opening at both ends. The liner mold 29 is either in a clearance fit with the cigarette box liner placement slot 24, that is, when the liner mold 29 is placed in the cigarette box liner placement slot 24, there is a gap between the liner mold 29 and the cigarette box liner placement slot 24. The liner mold 29 communicates with the cigarette box outer shell mold 27 that is in a clearance fit in the cigarette box outer shell placement slot 25. The axis of the fifth opening at both ends of the liner mold 29, the axis of the inner cavity of the liner mold 28, and the axis of the sleeve opening 31 on the liner block 28 are on the same horizontal line. Among them, the cigarette box outer shell mold 27 is fitted with a gap in the cigarette box outer shell mounting groove 25, that is, when the cigarette box outer shell mold 27 is installed in the cigarette box outer shell mounting groove 25, there is a certain gap between the cigarette box outer shell mold 27 and the cigarette box outer shell mounting groove 25.

[0087] In practical application, when the cigarette pack is pushed by the cigarette pack pusher 22 into the cigarette pack mold 26, which is the outer sleeve of the cigarette pack mold 26 at the connection between the cigarette pack placement slot 23 and the cigarette pack inner liner placement slot 24, the cigarette pack first enters the inner liner mold 29 through the opening 31 on the inner liner block 28. The moving cigarette pack then comes into contact with the closed end of the cigarette pack inner liner on the inner liner mold 26, causing the cigarette pack inner liner to detach from the inner liner mold 26. At the same time, the cigarette pack is also put into the cigarette pack inner liner. During this process, since the inner liner mold 28 and the cigarette pack outer shell mold 27, which is in a clearance fit with the cigarette pack outer shell placement slot 25, are interconnected, the axis of the fifth opening at both ends of the inner liner mold 28, the axis of the inner cavity of the inner liner mold 28, and the axis of the opening 31 on the inner liner block 28 are on the same horizontal line, the cigarette pack can smoothly enter the inner liner mold.

[0088] It should be noted that, in order to prevent the cigarette box outer shell mold 27 from moving during the process of the cigarette box inner liner containing the cigarette pack entering the cigarette box outer shell mold 27, a pressure block can be placed on the top of the cigarette box outer shell mold 27 before the cigarette box inner liner containing the cigarette pack enters the cigarette box outer shell mold 27.

[0089] Please see Figure 12 and 16 To facilitate the smooth entry of the cigarette assembly into the cigarette box liner mold 26, a guide gate 32 is connected to one end of the cigarette placement slot 23 near the cigarette box liner placement slot 24. The guide gate 32 and the cigarette placement slot 23 define a channel 33 for the cigarette assembly to enter. The channel 33 is connected to the sleeve opening 31 in the liner block 28. The discharge end of the channel 33 is flush with the inlet end of the sleeve opening 31.

[0090] In practical application, during the process of the cigarette pack entering the cigarette box liner mold 26 at the connection between the cigarette pack placement slot 23 and the cigarette box liner placement slot 24, a guide gate 32 is connected to one end of the cigarette pack placement slot 23 near the cigarette box liner placement slot 24. The guide gate 32 and the cigarette pack placement slot 23 define a channel 33 for the cigarette pack to enter. The channel 33 is connected to the sleeve opening 31 in the liner block 28. The discharge end of the channel 33 is flush with the inlet end of the sleeve opening 31. Therefore, the cigarette pack will smoothly enter the cigarette box liner mold 26 under the guidance of the guide gate 32.

[0091] Please see Figure 4 and Figure 17 The cigarette box sealing mold 7, which is used to assist manual sealing of cigarette boxes containing cigarette sets and with one end open, is a rectangular cavity structure with a sixth opening 34 at both ends. The inside of the cigarette box sealing mold 7 has a space 35 for accommodating the complete cigarette box containing cigarette sets.

[0092] In practical application, when using the cigarette box sealing mold 7 to assist manual sealing of a cigarette box containing cigarette sets with one end open, the cigarette box with one end open can be placed into the receiving space 35 inside the cigarette box sealing mold and fixed relatively, so that the open end of the complete cigarette box containing cigarette sets protrudes out of the sixth opening 34 of the cigarette box sealing mold 7. Then, the inner lining and outer shell of the cigarette box with the cigarette set at the open end are folded and closed in sequence. Then, the folded part of the open end of the complete cigarette box containing cigarette sets is sealed with a seal. Finally, the packaged cigarettes are taken out from the cigarette box sealing mold to obtain the packaged cigarette box.

[0093] Although the present invention has been described herein with reference to several illustrative embodiments, it should be understood that many other modifications and implementations can be devised by those skilled in the art, which will fall within the scope and spirit of the principles disclosed herein. More specifically, various variations and modifications can be made to the components and / or layout of the subject matter combination within the scope of the disclosure, drawings, and claims. Besides variations and modifications to the components and / or layout, other uses will be apparent to those skilled in the art.

Claims

1. A device for hand-rolling cigarettes, characterized in that: include Cigarette box liner forming mold (1), the cigarette box liner forming mold (1) is used to assist manual folding of the cigarette box liner; Cigarette box shell forming mold (2), the cigarette box shell forming mold (2) is used to assist manual folding of cigarette box shell; Cigarette boxing mold (3) is used in conjunction with cigarette box inner lining forming mold (1) and cigarette box outer shell forming mold (2). Cigarette boxing mold (3) has a cigarette placement area (4), a cigarette box inner lining placement area (5) and a cigarette box outer shell placement area (6) connected in sequence. Cigarette boxing mold (3) is used to assist manual labor in pushing the cigarette group that has been placed in the cigarette placement area (4) into the formed cigarette box inner lining placed in the cigarette box inner lining placement area (5), and then pushing the cigarette box inner lining containing the cigarette group into the formed cigarette box outer shell placed in the cigarette box outer shell placement area (6) to form a complete cigarette box containing the cigarette group and with one end open. Cigarette box sealing mold (7) is used in conjunction with cigarette packing mold (3). Cigarette box sealing mold (7) is used to assist manual sealing of complete cigarette boxes containing cigarette packs with one end open.

2. The cigarette hand-rolling device according to claim 1, characterized in that: The cigarette box liner forming mold (1) includes a cigarette box liner mold frame (8) and a cigarette box liner support mold (9); the cigarette box liner mold frame (8) is a rectangular cavity structure with a first opening (10) at the top, bottom, one end and both sides; a first pad (11) is fitted at the first opening (10) at the bottom of the cigarette box liner mold frame (8); the cigarette box liner mold frame (8) and the cigarette box liner support mold (9) are used together.

3. The cigarette hand-rolling device according to claim 2, characterized in that: The cigarette box inner lining support (9) includes a first grip block (12), a connecting block (13), and an inner lining mold shell (14); one end of the first grip block (12) is connected to one end of the connecting block (13), and the other end of the connecting block (13) is connected to one end of the inner lining mold shell (14). The cigarette box inner lining mold frame (8) is used in conjunction with the inner lining mold shell (14).

4. The manual cigarette packaging device according to claim 1, characterized in that: The cigarette box shell forming mold (2) includes a cigarette box shell mold frame (36) and a cigarette box shell support mold (15); the cigarette box shell mold frame (36) is a rectangular cavity structure with a second opening (16) at the top, bottom and one end of the cigarette box shell mold frame (36), and a second pad (17) is fitted at the second opening (16) at the bottom of the cigarette box shell mold frame (36). The cigarette box shell mold frame (36) and the cigarette box shell support mold (15) are used together.

5. The manual cigarette packaging device according to claim 4, characterized in that: The cigarette box outer shell support mold (15) includes a second grip block (18) and an outer shell mold (19); one end of the second grip block (18) is connected to one end of the outer shell mold (19), and the through groove on the second grip block (18) communicates with the outer shell mold (19). The outer shell mold (19) is a rectangular cavity structure with a third opening (20) at both ends.

6. The manual cigarette packaging device according to claim 1, characterized in that: The cigarette packaging mold (3) includes a cigarette packaging base (21) and a cigarette assembly pusher (22). The cigarette packaging base (21) defines a cigarette placement slot (23), a cigarette box liner placement slot (24), and a cigarette box outer shell placement slot (25) that are connected in sequence. The side wall of the cigarette assembly pusher (22) is slidably connected to the inner wall of the cigarette placement slot (23). The width of the cigarette placement slot (23), the cigarette box liner placement slot (24), and the cigarette box outer shell placement slot (25) increases sequentially. The placement slot (23) is the cigarette placement area (4), the cigarette box liner placement slot (24) is the cigarette box liner placement area (5), the cigarette box outer shell placement slot (25) is the cigarette box outer shell placement area (6), a cigarette box liner mold (26) can be detachably installed at the connection between the cigarette placement slot (23) and the cigarette box liner placement slot (24), and a cigarette box outer shell mold (27) is placed in the cigarette box outer shell placement slot (25). The cigarette box outer shell mold (27) is a rectangular cavity structure with a fourth opening at both ends.

7. The manual cigarette packaging device according to claim 6, characterized in that: The cigarette box inner lining mold (26) includes an inner lining block (28) and an inner lining mold (29); the notch (30) at the connection between the cigarette placement slot (23) and the cigarette box inner lining placement slot (24) engages with the inner lining block (28), the inner lining block (28) has a sleeve opening (31) that communicates with the inner cavity of the inner lining mold (29), one end of the inner lining mold (29) is connected to one end of the inner lining block (28), the inner lining mold (29) is a rectangular cavity structure with a fifth opening at both ends, the inner lining mold (29) is in clearance fit with the cigarette box inner lining placement slot (24), and the inner lining mold (29) communicates with the cigarette box outer shell mold (27) in the cigarette box outer shell placement slot (25) which is in clearance fit.

8. The manual cigarette packaging device according to claim 6, characterized in that: A guide gantry (32) is connected to one end of the cigarette placement slot (23) near the cigarette box liner placement slot (24). The guide gantry (32) and the cigarette placement slot (23) define a channel (33) for the cigarette assembly to enter. The channel (33) is connected to the sleeve opening (31) in the liner block (28). The discharge end of the channel (33) and the inlet end of the sleeve opening (31) are flush.

9. The manual cigarette packaging device according to claim 1, characterized in that: The cigarette box sealing mold (7) is a rectangular cavity structure with a sixth opening (34) at both ends, and the inside of the cigarette box sealing mold has a space (35) to accommodate a complete cigarette box containing cigarettes.

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