A vacuum aluminum-coated paper inner liner paper packaging manufacturing apparatus

Abstract

The application discloses a kind of vacuum aluminum-coated paper inner lining paper package manufacturing equipment, it is characterized in that, including, paper feeding device, cutting device, folding device, detection device.The application can solve the problems that vacuum aluminum-coated inner lining paper is prone to deviation in the paper feeding process during forming, is difficult to form during processing, and is prone to rebound after forming by the processing of paper feeding device, cutting device, folding device and detection device, so that vacuum aluminum-coated inner lining paper can be used in the packaging field, reducing the use cost and reducing the environmental burden.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of cigarette packaging processing, and more particularly, to a vacuum aluminum-plated paper inner liner paper packaging manufacturing equipment. BACKGROUND

[0002] In the tobacco production process, the produced cigarettes need to be packaged, and the arranged cigarette groups need to be placed into the aluminum foil inner liner before folding. The inner liner needs to go through the processes of paper feeding, cutting and folding to form a folded aluminum foil inner liner.

[0003] However, aluminum foil has the problems of high aluminum content and difficulty in degradation, which is not good in terms of use cost and environmental pollution. Compared with aluminum foil, vacuum aluminum-plated inner liner paper has the advantages of low aluminum content and degradation in natural environment. However, the vacuum aluminum-plated inner liner paper is prone to the following problems during the forming process. First, the vacuum aluminum-plated paper feeding process is prone to deviation. Second, the plastic strength of the vacuum aluminum-plated paper is different from that of the aluminum foil, which is difficult to form during the processing and is prone to rebound after forming. SUMMARY

[0004] The present application overcomes the shortcomings of the prior art and provides a vacuum aluminum-plated paper inner liner paper packaging manufacturing equipment, so as to solve the problem that the prior art cannot form a vacuum aluminum-plated inner liner paper.

[0005] To solve the above technical problems, one aspect of the present application provides a vacuum aluminum-plated paper inner liner paper packaging manufacturing equipment:

[0006] A vacuum aluminum-plated paper inner liner paper packaging manufacturing equipment, comprising a paper feeding device, a cutting device and a folding device.

[0007] The paper feeding device, the cutting device and the folding device are installed in sequence.

[0008] The paper feeding device comprises a support shaft, a power device and a roller, which are installed in sequence, and the support shaft is rotatable.

[0009] The power device comprises a power shaft and a power roller, and the power roller is installed on the power shaft.

[0010] The power roller and the roller are provided with a transmission device, and the power roller is in surface contact with the roller.

[0011] The power roller is made of rubber, and the roller is made of metal, and the roller has a texture.

[0012] The folding device comprises a U-shaped folding assembly, a side edge folding assembly and a front end folding assembly.

[0013] The U-shaped folding assembly comprises a mold box, a reciprocating assembly, and a push rod, the mold box is hollow inside and square at the top, and the mold box is installed on the reciprocating assembly;

[0014] The push rod is arranged at a corresponding position of the mold box channel, and the push rod can be pushed into or separated from the mold box channel;

[0015] The side edge folding assembly comprises a conveying belt, a bottom corner folder, a lower long edge folder, and an upper long edge folder;

[0016] The bottom corner folder is arranged on both sides of the conveying belt, and the bottom corner folder has an inclined port at the head of the contact side;

[0017] The lower long edge folder and the upper long edge folder are arranged at the rear of the bottom corner folder and on both sides of the conveying belt, and the lower long edge folder and the upper long edge folder have inclined ports at the head of the contact side;

[0018] The front end folding assembly comprises a reciprocating mold box, a lateral folder, and an up-down folder;

[0019] The reciprocating mold box is located at the tail of the conveying belt of the side edge folding assembly, the lateral folder is arranged on both sides of the reciprocating mold box, and the up-down folder is arranged on both sides of the reciprocating mold box;

[0020] The lateral folder comprises a side edge reciprocating device and a side edge folding finger;

[0021] The up-down folder comprises an up-down reciprocating device and an up-down folding finger.

[0022] Further, the inner liner paper packaging manufacturing equipment further comprises a detection device, the detection device is installed behind the folding device, and the detection device comprises a detection conveying belt, a detection assembly, and a PLC;

[0023] The detection conveying belt is arranged below the detection assembly, and the conveying belt can realize conveying, positioning, and re-conveying of the inner liner paper packaging;

[0024] The detection assembly comprises a detection support and a detector, the detector is installed on the detection support, and the detector is aligned with the detection conveying belt below;

[0025] The detection conveying belt and the detector are connected with the PLC.

[0026] Further, the detection support comprises a fixed support, a vertical support, and a horizontal support;

[0027] The fixed support is provided with a fixed hole at the rear end and a screw hole at the front end;

[0028] The vertical support is in L shape, and is divided into a vertical section and a horizontal section, and slots are formed in the vertical section and the horizontal section;

[0029] The horizontal support is provided with fixing slots and mounting slots;

[0030] The detector is mounted in the mounting slots, the fixing support is fixedly connected with the vertical support through screws, and the vertical support is fixedly connected with the horizontal support through a screw nut.

[0031] Further, the detection transmission belt of the detection device comprises a lifting baffle;

[0032] The detection transmission belt is composed of a plurality of transmission rollers;

[0033] The lifting baffle is arranged below the detection transmission belt, and is located between the transmission roller gaps, and the lifting baffle is connected with the PLC and can be controlled to move up and down.

[0034] Further, the detection device comprises an inner liner paper packaging rejection device;

[0035] The inner liner paper packaging rejection device comprises a rotating clamping device, a conveying track and a bottom lifting device;

[0036] The middle part of the conveying track is provided with a gap, the bottom lifting device is mounted in the gap in the middle part of the track, the bottom lifting device can move up and down, and the bottom lifting device is connected with the PLC;

[0037] The rotating clamping device is mounted above the conveying track and the bottom lifting device.

[0038] Further, the paper feeding device comprises a deviation correction roller system, and the deviation correction roller system is mounted behind the supporting shaft;

[0039] The deviation correction roller system comprises a deviation correction roller, a deviation detection device, a deviation correction roller adjusting device and a PLC, the deviation correction roller adjusting device is mounted at the fixed end of the deviation correction roller, and the deviation detection device is mounted on both sides of the deviation correction roller; the deviation detection device, the deviation correction roller adjusting device and the PLC are connected.

[0040] Another aspect of the present application provides a vacuum aluminum-coated paper inner liner paper packaging manufacturing method, comprising the following steps:

[0041] The vacuum aluminum-coated paper passes through the paper feeding device, is conveyed between the supporting shaft and the power device and the roller, is rolled by the power device and the roller, and is conveyed to the cutting device;

[0042] The cutting device cuts the vacuum aluminum-coated paper into a specified length and conveys it to the folding device;

[0043] The U-shaped folding assembly in the folding device wraps the cigarette group and the vacuum aluminum-coated paper together, and completes the "U" shaped folding of the vacuum aluminum-coated paper, and is conveyed to the side edge folding assembly;

[0044] The vacuum aluminum-coated paper passes through the side edge folding assembly, and is extruded in the conveying process through the specific shapes of the bottom corner folder, the lower long edge folder and the upper long edge folder to complete the folding action of the vacuum aluminum-coated paper cigarette package, and is conveyed to the front end folding assembly;

[0045] The front end folding assembly fixes the vacuum aluminum-coated paper cigarette package in the reciprocating mold box, and completes the three folds of the vacuum aluminum-coated paper at the filter end under the action of the side edge folder and the upper and lower folders, and is conveyed to the detection device;

[0046] The detection device detects the shape of the conveyed vacuum aluminum-coated paper cigarette package, and rejects unqualified products.

[0047] Compared with the prior art, the present application has at least the following beneficial effects: through the processing of the paper feeding device, the cutting device, the folding device and the detection device, the present application can solve the problems of easy deviation in the paper feeding process, difficulty in forming during processing and easy rebound after forming of the vacuum aluminum-coated lining paper during the forming process, and can make the vacuum aluminum-coated lining paper be used in the packaging field, thereby reducing the use cost and reducing the environmental burden. BRIEF DESCRIPTION OF DRAWINGS

[0048] Figure 1 It is a schematic diagram of the overall structure of the present application;

[0049] Figure 2 It is a schematic diagram of the structure of the paper feeding device;

[0050] Figure 3 It is a schematic diagram of the structure of the U-shaped folding assembly;

[0051] Figure 4 It is a schematic diagram of the structure of the side edge folding assembly;

[0052] Figure 5 It is a schematic diagram of the structure of the front end folding assembly;

[0053] Figure 6 It is a schematic diagram of different folding forms;

[0054] Figure 7 It is a schematic diagram of the structure of the detection device;

[0055] Figure 8 It is a schematic diagram of the structure of the detection assembly;

[0056] Figure 9 It is a schematic diagram of the structure of the lining paper packaging and rejecting device;

[0057] Figure 10To detect qualified area distinguish diagram.

[0058] In the figure, 1-paper feeding device, 11-supporting shaft, 12-power device, 13-power roller, 14-rolling roller, 15-rectifying roller system, 151-rectifying roller, 152-deviation detecting device, 2-cutting device, 3-folding device, 31-U-shaped folding assembly, 311-mold box, 312-reciprocating motion assembly, 313-cam, 314-pendulum rod, 315-connecting rod, 32-side edge folding assembly, 321-conveying belt, 322-bottom corner folder, 323-lower long edge folder, 324-upper long edge folder, 33-front end folding assembly, 331-reciprocating mold box, 332-lateral folder, 333-up and down folder, 4-detecting device, 41-detecting conveying belt, 42-detecting assembly, 421-fixed support, 422-vertical support, 423-horizontal support, 424-detector, 43-inner liner paper packaging rejection device, 431-rotary clamping device, 432-conveying track, 433-bottom lifting device. DETAILED DESCRIPTION

[0059] In order to make the purpose, technical scheme and advantages of the present application more clear, the present application is further described in detail below in combination with embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and not used to limit the present application.

[0060] Embodiment one

[0061] A vacuum aluminum-coated paper inner liner paper packaging manufacturing equipment, referring to Figure 1 , comprising, paper feeding device 1, cutting device 2, folding device 3, detecting device 4;

[0062] The paper feeding device 1, cutting device 2, folding device 3, detecting and rejecting device are installed in sequence;

[0063] Referring to Figure 2 , the paper feeding device 1 comprises a supporting shaft 11, a rectifying roller system 15, a power device 12, and a rolling roller 14, which are installed in sequence, and the supporting shaft 11 is rotatable;

[0064] The rectifying roller system 15 comprises a rectifying roller 151, a deviation detecting device 152, a rectifying roller 151 adjusting device, and a PLC, the rectifying roller 151 adjusting device is installed at the fixed end of the rectifying roller 151, and the deviation detecting device 152 is installed on both sides of the rectifying roller 151; the deviation detecting device 152 and the rectifying roller 151 adjusting device are connected with the PLC.

[0065] In this embodiment, the rectifying roller 151 adjusting device comprises a rectifying roller 151, a universal joint, a gear, a rack, and a servo motor;

[0066] The universal joint is fixed at one end and connected with the deviation rectifying roller 151 at the other end;

[0067] The servo motor is connected with a gear, the gear is connected with a rack, and the rack is connected with the movable end of the universal joint;

[0068] The servo motor is connected with the PLC.

[0069] The power device 12 comprises a power shaft and a power roller 13 installed on the power shaft;

[0070] The power roller 13 and the rolling roller 14 are provided with transmission devices, and the power roller 13 is in surface contact with the rolling roller 14;

[0071] The power roller 13 is made of rubber, and the rolling roller 14 is made of metal, and the rolling roller 14 has a pattern.

[0072] In operation, first, the vacuum aluminum-coated paper roll is installed, and the vacuum aluminum-coated paper is passed through the supporting shaft 11, the deviation rectifying roller system 15, the power device 12, and the rolling roller 14, and the equipment is started.

[0073] The power shaft drives the power roller 13 to rotate, and the power roller 13 can drive the vacuum aluminum-coated paper to be transmitted due to the friction between the power roller 13 and the vacuum aluminum-coated paper. During the transmission process, the vacuum aluminum-coated paper will deviate, and when the deviation reaches the detection position of the deviation detection device 152, the detection device will send a signal to the PLC.

[0074] The fixed end of the universal joint is connected with a bearing, and the fixed end can also rotate. The movable end of the universal joint can adjust the angle. In operation, the servo motor drives the gear to rotate under the control of the PLC, the gear drives the rack to move, the movement of the rack drives the angle of the movable end of the universal joint to deviate, the angle of the deviation rectifying roller 151 is deviated, and the effect of deviation rectification is achieved.

[0075] When the vacuum aluminum-coated paper reaches the power roller 13, the vacuum aluminum-coated paper passes between the power roller 13 and the rolling roller 14, and the rolling roller 14 patterns the vacuum aluminum-coated paper, thereby reducing the elasticity of the vacuum aluminum-coated paper and the difficulty of subsequent processing.

[0076] The folding device 3 comprises a U-shaped folding assembly 31, a side edge folding assembly 32, and a front end folding assembly 33.

[0077] Referring to Figure 3 , the U-shaped folding assembly 31 comprises a mold box 311, a reciprocating motion assembly 312, and a push rod. The mold box 311 is hollow inside and square at the top, and is installed on the reciprocating motion assembly 312.

[0078] The push rod is arranged at the corresponding position of the channel of the mold box 311, and the push rod can be pushed into the channel of the mold box 311;

[0079] Referring to Figure 4 The side edge folding assembly 32 comprises a conveying belt 321, a bottom corner folder 322, a lower long edge folder 323, and an upper long edge folder 324.

[0080] The bottom corner folder 322 is arranged at both sides of the conveying belt 321, and the bottom corner folder 322 has an inclined port at the head of the side edge in contact with the conveying belt 321.

[0081] The lower long edge folder 323 and the upper long edge folder 324 are arranged at the rear of the bottom corner folder 322 and located at both sides of the conveying belt 321, and the lower long edge folder 323 and the upper long edge folder 324 have an inclined port at the head of the side edge in contact with the conveying belt 321.

[0082] Referring to Figure 5 The front end folding assembly 33 comprises a reciprocating mold box 331, a side folding folder 332, and an up-down folding folder 333.

[0083] The reciprocating mold box 331 is located at the tail of the conveying belt 321 of the side edge folding assembly 32, the side folding folder 332 is arranged at both sides of the reciprocating mold box 331, and the up-down folding folder 333 is arranged at both sides of the reciprocating mold box 331.

[0084] The side folding folder 332 comprises a side reciprocating device and a side folding finger.

[0085] The up-down folding folder 333 comprises an up-down reciprocating device and an up-down folding finger.

[0086] In the U-shaped folding process, the two mold boxes 311 are driven by the cam 313 to form a reciprocating motion of the swing rod 314 and the connecting rod 315. When the two mold boxes 311 move forward, the cigarette group is conveyed to the inlet of the mold box 311, the cut vacuum aluminum lining paper is also sent to the inlet of the mold box 311, and is located behind the cigarette group;

[0087] The push rod forwards the cigarette group and the vacuum aluminum lining paper, the mold box 311 starts to move backward to the initial position, the push rod pushes the cigarette group and the vacuum aluminum paper into the mold box 311, and wraps them together to form an initial vacuum aluminum paper cigarette package. When the cigarette group is pushed out of the reciprocating sleeve port, the vacuum aluminum paper completes the “U”-shaped folding, that is, from Figure 6 Mode 1 to Mode 3.

[0088] The cigarette group and the vacuum aluminumized paper immediately enter the side folding assembly 32 after the reciprocating sleeve. In the side folding assembly 32, the vacuum aluminumized paper is extruded in the conveying process through the specific shapes of the bottom corner folder 322, the lower long side folder 323 and the upper long side folder 324 to complete the folding action of the vacuum aluminumized paper cigarette package, i.e. to complete the shapes 3 to 6 of Figure 6 .

[0089] The two vacuum aluminumized paper-wrapped cigarette groups pass through the vacuum aluminumized paper fixing folder and continue to be pushed into the reciprocating mold box 331 by the push rod of the first conveying chain. The vacuum aluminumized paper package is fixed in the reciprocating mold box 331 by the pneumatic clamping device, and the vacuum aluminumized paper at the filter end is folded three times under the action of the lateral folder 332 and the up-down folder 333 during the forward and backward movement of the reciprocating mold box 331.

[0090] Referring to Figure 7 , the detection device 4 comprises a detection conveying belt 41, a detection assembly 42, a PLC and an inner liner package rejection device 43.

[0091] The detection conveying belt 41 of the detection device 4 comprises a lifting baffle, and the detection conveying belt 41 is arranged below the detection assembly 42. The conveying belt can realize inner liner package transmission, positioning and re-transmission.

[0092] The detection conveying belt 41 is composed of a plurality of conveying rollers.

[0093] The lifting baffle is arranged below the detection conveying belt 41, and the lifting baffle is located between the gaps of the conveying rollers. The lifting baffle is connected with the PLC and can be controlled to move up and down.

[0094] Referring to Figure 8 , the detection assembly 42 comprises a detection support and a detector 424. The detector 424 is installed on the detection support and is aligned with the detection conveying belt 41 below.

[0095] The detection support comprises a fixed support 421, a vertical support 422 and a horizontal support 423.

[0096] The fixed support 421 is provided with a fixed hole at the rear end and a screw hole at the front end.

[0097] The vertical support 422 is L-shaped and is divided into a vertical section and a horizontal section. Grooves are formed in the vertical section and the horizontal section.

[0098] The horizontal support 423 is provided with a fixed groove and a mounting groove.

[0099] The detector 424 is installed in the mounting slot hole, the fixed support 421 is fixed by screw connection with the vertical support 422, and the vertical support 422 is fixed by screw nut connection with the horizontal support 423.

[0100] Referring to Figure 9 The inner liner paper packaging rejection device 43 comprises a rotating clamping device 431, a conveying track 432, and a bottom lifting device 433.

[0101] The conveying track 432 is provided with a gap in the middle, the bottom lifting device 433 is installed in the gap in the middle of the track, the bottom lifting device 433 can move up and down, and the bottom lifting device 433 is connected with the PLC.

[0102] The rotating clamping device 431 is installed above the conveying track 432 and the bottom lifting device 433.

[0103] The detection conveying belt 41 and the detector 424 are connected with the PLC.

[0104] In operation, the inner liner paper box is conveyed to the designated position by the conveying belt, the PLC controls the lifting baffle to extend, the lifting baffle intercepts the inner liner paper box at the designated position, and the photoelectric detection switch detects the rebound angle of the short side on the inner liner paper box. Figure 10 Wherein the left side is qualified, and the right side is unqualified.

[0105] The above short side rebound angle of 30 degrees is the threshold value for judging the packaging quality. When the rebound angle is < 30 degrees, the photoelectric detection switch cannot detect the upper short side, and it is considered that the inner liner paper box is a qualified product; when the rebound angle is ≥ 30 degrees, the photoelectric detection switch can detect the upper short side, and it is considered that the inner liner paper box packaging is unqualified.

[0106] After detection is completed, the PLC controls the lifting baffle to descend, and the inner liner paper box is continuously conveyed by the detection conveying belt 41.

[0107] When the inner liner paper packaging is detected, it is conveyed to below the rotating clamping device 431 through the conveying track 432, if the detection is qualified, the PLC controls the bottom lifting device 433 to lift, the packaging box is lifted, and is clamped by the rotating clamping device 431 and is conveyed to the next process.

[0108] If the detection is unqualified, the bottom lifting device 433 does not move, the packaging box is pushed out of the conveying track 432 by the subsequent packaging box, and the rejection is completed.

[0109] Embodiment two

[0110] A vacuum aluminum-plated paper inner liner paper packaging manufacturing method comprises the following steps.

[0111] The vacuum aluminumized paper passes through the paper feeding device, is conveyed between the supporting shaft, the power device and the roller, is rolled by the power device and the roller, and is conveyed to the cutting device;

[0112] The cutting device cuts the vacuum aluminumized paper into a specified length and conveys it to the folding device;

[0113] The U-shaped folding assembly in the folding device wraps the cigarette group and the vacuum aluminumized paper together, completes the U-shaped folding of the vacuum aluminumized paper, and conveys it to the side edge folding assembly;

[0114] The vacuum aluminumized paper passes through the side edge folding assembly, passes through the bottom corner folder, the lower long edge folder and the upper long edge folder, and is extruded in the conveying process to complete the folding of the vacuum aluminumized paper cigarette package, and is conveyed to the front end folding assembly;

[0115] The front end folding assembly fixes the vacuum aluminumized paper cigarette package in the reciprocating mold box, and completes the three folds of the vacuum aluminumized paper at the filter end under the action of the side edge folder and the upper and lower folders, and conveys it to the detection device;

[0116] The detection device detects the shape of the conveyed vacuum aluminumized paper cigarette package, and rejects unqualified products.

[0117] Although the present application has been described with reference to the explanatory embodiments thereof, it is to be understood that many other modifications and implementations can be devised by those skilled in the art which will fall within the principles disclosed herein. More specifically, various modifications and improvements can be made to the components of the subject combination layout and / or the layout itself without departing from the scope or spirit of the disclosure. Other uses will also become apparent to those skilled in the art, to which the disclosure is directed.

Claims

1. A vacuum aluminum-coated paper inner liner paper package manufacturing apparatus characterized by comprising: It comprises a paper feeding device, a cutting device and a folding device. The paper feeding device, the cutting device and the folding device are installed in sequence. The paper feeding device comprises a supporting shaft, a power device and a roller, which are installed in sequence. The power device comprises a power shaft and a power roller. The power roller and the roller are provided with a transmission device. The power roller is made of rubber and the roller is made of metal. The roller is provided with a pattern. The folding device comprises a U-shaped folding assembly, a side edge folding assembly and a front end folding assembly. The U-shaped folding assembly comprises a mold box, a reciprocating assembly and a push rod. The push rod is arranged at a position corresponding to a channel of the mold box. The push rod can be pushed into or separated from the channel of the mold box. The side edge folding assembly comprises a transmission belt, a bottom corner folder, a lower long edge folder and an upper long edge folder. The bottom corner folder is arranged at both sides of the transmission belt. The lower long edge folder and the upper long edge folder are arranged at the rear of the bottom corner folder and located at both sides of the transmission belt. The front end folding assembly comprises a reciprocating mold box, a lateral folder and an up-down folder. The reciprocating mold box is located at the tail of the transmission belt of the side edge folding assembly.

2. A vacuum aluminum-coated paper inner liner paper packaging manufacturing apparatus as defined in claim 1, characterized by The lateral folder is arranged at both sides of the reciprocating mold box. The up-down folder is arranged at both sides of the reciprocating mold box. The lateral folder comprises a side edge reciprocating device and a side edge folding finger. The up-down folder comprises an up-down reciprocating device and an up-down folding finger.

3. A vacuum aluminum-coated paper inner liner paper packaging manufacturing apparatus as defined in claim 2, characterized in that, The detection device is arranged behind the folding device. The detection device comprises a detection transmission belt, a detection assembly and a PLC. The detection transmission belt is arranged below the detection assembly. The detection transmission belt can realize inner liner packaging transmission, positioning and re-transmission. The detection assembly comprises a detection support and a detector.

4. A vacuum aluminum-coated paper inner liner paper packaging manufacturing apparatus according to claim 2, wherein The detector is arranged on the detection support and aligned with the detection transmission belt. The detection transmission belt and the detector are connected with the PLC. The detection support comprises a fixed support, a vertical support and a horizontal support.

5. A vacuum aluminized paper-liner paper package making apparatus according to any one of claims 2 to 4, wherein The rear end of the fixed support is provided with a fixed hole and the front end is provided with a screw hole. The vertical support is L-shaped and divided into a vertical section and a horizontal section. The vertical section and the horizontal section are both provided with a slot. The horizontal support is provided with a fixed slot and a mounting slot. The detector is arranged in the mounting slot. The fixed support and the vertical support are connected and fixed by screws. The vertical support and the horizontal support are connected and fixed by screws and nuts. The detection transmission belt of the detection device comprises a lifting baffle. The detection transmission belt is composed of a plurality of transmission rollers. The lifting baffle is arranged below the detection transmission belt. The lifting baffle is located between the gaps of the transmission rollers. The lifting baffle is connected with the PLC and can be controlled to move up and down. The detection device comprises an inner liner packaging rejection device. The inner lining paper packaging rejection device comprises a rotating clamping device, a conveying track, and a bottom lifting device; The middle part of the conveying track is provided with a gap, and the bottom lifting device is installed in the gap in the middle part of the track. The bottom lifting device can move up and down, and is connected with a PLC; The rotating clamping device is installed above the conveying track and the bottom lifting device.

6. A vacuum aluminum-coated paper-liner paper package manufacturing apparatus as defined in claim 1, wherein The paper feeding device comprises a deviation correction roller system, which is installed behind a supporting shaft; The deviation correction roller system comprises a deviation correction roller, a deviation detection device, a deviation correction roller adjusting device, and a PLC. The deviation correction roller adjusting device is installed at the fixed end of the deviation correction roller, and the deviation detection device is installed on both sides of the deviation correction roller. The deviation detection device and the deviation correction roller adjusting device are connected with the PLC.

7. A method of making a vacuum aluminum-coated paper inner liner paper package, characterized by, The method comprises the following steps: The vacuum aluminum-coated paper passes through the paper feeding device, is conveyed to the power device and the roller through the supporting shaft, is rolled by the power device and the roller, and is conveyed to the cutting device; The cutting device cuts the vacuum aluminum-coated paper into a specified length and conveys it to the folding device; The U-shaped folding assembly in the folding device wraps the cigarette group and the vacuum aluminum-coated paper together, completes U-shaped folding of the vacuum aluminum-coated paper, and conveys it to the side edge folding assembly; The vacuum aluminum-coated paper passes through the side edge folding assembly, passes through the bottom corner folder, the lower long edge folder, and the upper long edge folder to generate extrusion in the conveying process and complete the folding action of the vacuum aluminum-coated paper cigarette package, and is conveyed to the front end folding assembly; The front end folding assembly fixes the vacuum aluminum-coated paper cigarette package in the reciprocating mold box, and completes three folds of the vacuum aluminum-coated paper at the filter end under the action of the lateral folder and the upper and lower folders, and conveys it to the detection device; The detection device detects the shape of the conveyed vacuum aluminum-coated paper cigarette package and rejects unqualified products.

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