A quick candy packaging device

Abstract

The application discloses a candy quick packaging device, which comprises a rack, a sugar paper module, a sugar material module, a sugar material transmission module, a sugar material rotating module, a sugar twisting module and a sugar material recycling groove are arranged on the rack, sugar paper is arranged on the sugar paper module, and the sugar material to be packaged is arranged on the sugar material module; the sugar material is in a lollipop structure; the sugar material enters the sugar material transmission module through the sugar material module, and then the sugar material is wrapped by the sugar paper through the sugar material rotating module; the sugar paper is twisted through the sugar twisting module; and the wrapped sugar material is placed into the sugar material recycling groove. The candy quick packaging device can complete the packaging of the sugar material at one time. Meanwhile, the sugar material can be automatically arranged through the sugar material rotating disc, so that the packaging of the sugar material is facilitated. Time is saved, and production efficiency is improved.

Description

TECHNICAL FIELD

[0001] The application belongs to the technical field of candy production and processing, and particularly relates to a candy rapid packaging device. BACKGROUND

[0002] At present, in the technical field of candy production and processing, the packaging of candy is an extremely important process. In particular, in the production and processing process of lollipop, the lollipop-shaped candy is often packaged first, and then twisted to complete the packaging of the candy. In the existing candy packaging equipment, the packaging effect of the lollipop-shaped candy is poor, and the candy paper for packaging the candy is often damaged, thereby resulting in a low yield. In particular, in the twisting process of the candy paper for packaging the candy, the existing common way is to use manual method, and the twisting effect is poor, and the twisting is not in place. When the twisting is performed by the existing equipment, the candy paper is often twisted excessively, thereby reducing the overall quality of the candy packaging.

[0003] In particular, in the lollipop packaging process, the existing packaging equipment often cannot accurately arrange the candy, and manual operation is required to arrange the candy one by one, and then the candy is packaged. The traditional packaging method is time-consuming and laborious, and due to the manual work, the efficiency is low, time-consuming and laborious, and the final product effect is poor. SUMMARY

[0004] The application aims to solve the above problems, and provides a candy rapid packaging device which is simple in structure and convenient to operate.

[0005] To solve the above technical problems, the technical scheme of the application is as follows: a candy rapid packaging device, comprising a rack, a candy paper module, a candy module, a candy transmission module, a candy rotating module, a candy twisting module and a candy recycling tank are arranged on the rack, a candy paper is arranged on the candy paper module, a candy to be packaged is arranged on the candy module, the candy is in a lollipop shape, the candy enters the candy transmission module from the candy module, and then the candy is wrapped by the candy rotating module, the candy paper is twisted by the candy twisting module, and the wrapped candy is placed in the candy recycling tank.

[0006] Preferably, the candy paper module comprises a candy paper roller and a candy paper transmission rod, the candy paper is wound on the candy paper roller, and the end of the candy paper is connected with the candy rotating module.

[0007] Preferably, the candy module comprises a candy frame and a candy turntable, the candy turntable is located at the bottom of the candy frame, a candy rotating motor is arranged in the candy turntable, the candy rotating motor drives the candy turntable to rotate, the edge of the candy turntable is provided with a candy turntable hole, and the candy in the candy frame enters the candy turntable hole through the bottom of the candy frame.

[0008] Preferably, a sugar material sweeping motor and a sugar material sweeping brush are mounted on the frame, the rotating shaft end of the sugar material sweeping motor is connected with the sugar material sweeping brush, the sugar material sweeping brush is located above the sugar material rotating disc, and the sugar material sweeping motor moves the large end of the sugar material to the hole of the sugar material rotating disc by rotating the sugar material sweeping brush when the sugar material sweeping motor works.

[0009] Preferably, the sugar material transmission module comprises a transmission belt and a transmission wheel, the transmission belt is sleeved on the transmission wheel, the top of the transmission belt is provided with a sugar material transmission fixing piece, the sugar material transmission fixing piece is connected with the small end of the sugar material, so that the sugar material is transported.

[0010] Preferably, the sugar material rotating module comprises a sugar material rotating disc and a sugar paper orientation piece, the middle of the sugar material rotating disc is provided with a sugar material rotating disc rotating shaft, the edge of the sugar material rotating disc is provided with a sugar material clamp, the sugar material rotates on the sugar material clamp, abuts against the sugar paper, and is wrapped by the sugar paper under the action of the sugar paper fixing piece.

[0011] Preferably, the sugar twisting module comprises an inner twisting hand module, an outer twisting hand module and a transmission module, the inner twisting hand module comprises an inner twisting hand support, an inner twisting hand claw, an inner twisting hand cylinder, an inner twisting hand moving rod and an inner twisting hand cylinder gear, the inner twisting hand claw is rotationally connected with the inner twisting hand moving rod, the inner twisting hand moving rod is sleeved in the inner twisting hand cylinder, the end of the inner twisting hand moving rod is engaged with the inner twisting hand claw, the inner twisting hand cylinder gear is sleeved on the inner twisting hand cylinder, and the inner twisting hand cylinder is sleeved in the inner twisting hand support; the outer twisting hand module comprises an outer twisting hand support, an outer twisting hand claw, an outer twisting hand cylinder, an outer twisting hand moving rod and an outer twisting hand moving rod gear, the outer twisting hand claw is rotationally connected with the outer twisting hand cylinder, the outer twisting hand moving rod is sleeved in the outer twisting hand cylinder, the end of the outer twisting hand moving rod is engaged with the outer twisting hand claw, and the outer twisting hand cylinder gear is sleeved on the outer twisting hand cylinder; the transmission module comprises a moving piece group, a transmission shaft, an inner twisting hand transmission module, an outer twisting hand transmission module and a transmission gear, the moving piece group comprises an inner twisting hand moving piece and an outer twisting hand moving piece which are the same in structure, the inner twisting hand moving piece and the outer twisting hand moving piece are respectively sleeved at two ends of the transmission shaft, the transmission shaft sequentially passes through the transmission gear, the inner twisting hand support, the moving piece group, the inner twisting hand transmission module, the outer twisting hand transmission module and the outer twisting hand support, the top of the inner twisting hand transmission module is connected with the inner twisting hand moving rod, the top of the outer twisting hand transmission module is connected with the outer twisting hand moving rod, the transmission gear drives the transmission shaft to rotate when the transmission gear rotates, and then drives the inner twisting hand transmission module and the outer twisting hand transmission module to move respectively, so that the inner twisting hand claw and the outer twisting hand claw move.

[0012] Preferably, the sugar material recycling groove is a groove structure, and the sugar material recycling groove is obliquely mounted at the bottom of the sugar material rotating module.

[0013] The sugar candy rapid packaging device provided by the application can complete the packaging of the sugar material at one time. Meanwhile, the sugar material can be automatically arranged through the sugar material rotating disc, so that the packaging of the sugar material is facilitated. In turn, time is saved, and production efficiency is improved. BRIEF DESCRIPTION OF DRAWINGS

[0014] Figure 1 is a structural schematic diagram of a candy quick packaging device of the present application;

[0015] Figure 2 is a structural schematic diagram of a candy material transmission module of the present application;

[0016] Figure 3 is a structural schematic diagram of a candy material rotation module of the present application;

[0017] Figure 4 is a structural schematic diagram of an inner and outer twist hand component for candy packaging of the present application;

[0018] Figure 5 is a sectional structural schematic diagram of the present application Figure 4 ;

[0019] Figure 6 is a lateral structural schematic diagram of a twist candy module of the present application;

[0020] Figure 7 is a power transmission schematic diagram of a twist candy module of the present application in use.

[0021] BRIEF DESCRIPTION OF DRAWINGS: 1, frame; 2, sugar paper module; 3, candy material module; 4, candy material transmission module; 5, candy material rotation module; 6, twist candy module; 7, candy material recovery groove; 21, sugar paper roller; 22, sugar paper transmission rod; 31, candy material frame; 32, candy material turntable; 33, candy material rolling and sweeping motor; 34, candy material rolling and sweeping brush; 41, transmission belt; 42, transmission wheel; 50, candy material rotating disc; 51, sugar paper orientation piece; 311, candy material frame traction groove; 312, candy material frame partition; 320, candy material turntable hole; 410, candy material transmission fixing piece; 501, candy material turntable rotating shaft; 502, candy material clamp; 61, inner twist hand module; 62, outer twist hand module; 63, transmission module; 610, inner twist hand support; 611, inner twist hand claw; 612, inner twist hand cylinder; 613, inner twist hand moving rod; 620, outer twist hand support; 621, outer twist hand claw; 622, outer twist hand cylinder; 623, outer twist hand moving rod; 630, moving piece group; 631, transmission shaft; 632, inner twist hand transmission module; 633, outer twist hand transmission module; 634, transmission gear; 6101, inner twist hand support shaft; 6301, inner twist hand moving piece; 6302, outer twist hand moving piece; 6303, inner twist hand moving connecting piece; 6311, transmission first shaft; 6312, transmission second shaft; 6313, transmission third shaft; 6321, inner twist hand transmission first gear; 6322, inner twist hand transmission second gear; 6323, inner twist hand transmission third gear; 6315, transmission shaft second connecting sleeve; 6316, rotating shaft rotating wheel. DETAILED DESCRIPTION

[0022] The present invention will be further described below with reference to the accompanying drawings and specific embodiments:

[0023] like Figures 1 to 7 As shown, the present invention provides a rapid candy packaging device, including a frame 1. The frame 1 is provided with a candy wrapper module 2, a candy material module 3, a candy material transmission module 4, a candy material rotation module 5, a candy twisting module 6, and a candy material recycling tank 7. The candy wrapper module 2 is equipped with candy wrappers, and the candy material to be packaged is installed on the candy material module 3. The candy material has a lollipop-shaped structure. After the candy material enters the candy material transmission module 4 through the candy material module 3, the candy material rotation module 5 wraps the candy material with candy wrappers, and the candy twisting module 6 twists the candy wrappers. Finally, the wrapped candy material is placed in the candy material recycling tank 7.

[0024] The candy wrapper module 2 includes a candy wrapper roller 21 and a candy wrapper drive rod 22. The candy wrapper is wound on the candy wrapper roller 21, and the end of the candy wrapper is connected to the candy rotating module 5.

[0025] In this embodiment, the candy wrappers to be packaged are wound around the candy wrapper roller 21 and then enter the candy rotation module 5 via the candy wrapper drive rod 22. The candy wrapper drive rod 22 is a rotating rod, and the candy wrapper roller 21 is rotatably connected to the frame 1. In actual use, the number and position of the candy wrapper drive rods 22 can be increased, decreased, or adjusted according to actual needs. Simultaneously, the candy wrappers are broken during the movement of the candy rotation module 5.

[0026] The sugar module 3 includes a sugar frame 31 and a sugar turntable 32. The sugar turntable 32 is located at the bottom of the sugar frame 31. A sugar rotation motor is installed inside the sugar turntable 32, which drives the sugar turntable 32 to rotate. The edge of the sugar turntable 32 is provided with a sugar turntable hole 320. The sugar in the sugar frame 31 enters the sugar turntable hole 320 through the bottom of the sugar frame 31.

[0027] The candy frame 31 is a funnel-shaped structure with an open bottom. To facilitate control of the candy's movement, a candy frame traction groove 311 and a candy frame partition 312 are provided at the bottom of the candy frame 31. The candy frame partition 312 is a rectangular plate structure and is slidably connected to the candy frame 31. The candy frame partition 312 has a candy frame partition groove, and a candy frame fixing member is fixed to the top of the candy frame 31. The candy frame fixing member has a cylindrical structure, and its end passes through the candy frame partition groove. In use, the operator can adjust the amount of candy movement by controlling the size of the opening at the bottom of the candy frame partition 312 and the candy frame 31. The candy frame traction groove 311 has an inclined groove-shaped structure, and the candy moves inside the candy frame traction groove 311, thus entering the candy turntable 32.

[0028] The rack is provided with a sugar material rolling motor 33 and a sugar material rolling brush 34. The rotating shaft of the sugar material rolling motor is connected with the sugar material rolling brush 34. The sugar material rolling brush 34 is located above the sugar material rotating disc 32. When the sugar material rolling motor 33 works, the sugar material rolling brush 34 rotates to move the large end of the sugar material into the sugar material rotating disc hole 320.

[0029] In actual use, the sugar material rolling motor 33 and the sugar material rolling brush 34 are arranged in pairs. The number of the sugar material rolling motor 33 and the sugar material rolling brush 34 can be increased or decreased according to actual needs and distributed around the sugar material rotating disc 32.

[0030] The sugar material transmission module 4 comprises a transmission belt 41 and a transmission wheel 42. The transmission belt 41 is sleeved on the transmission wheel 42. The top of the transmission belt 41 is provided with a sugar material transmission fixing piece 410. The sugar material transmission fixing piece 410 is connected with the small end of the sugar material to transport the sugar material. In actual use, the number of the transmission wheel 42 is multiple. The transmission wheel 42 is arranged in parallel and connected through the transmission belt 41. In this embodiment, the driving mode of the transmission wheel 42 can be driven by the power source provided on the rack 1 through gear transmission. In actual use, the transmission wheel 42 can also be driven by an independent motor.

[0031] In this embodiment, the sugar material transmission fixing piece 410 is a plate structure. The top of the sugar material transmission fixing piece 410 is provided with a groove. When the sugar material is in the sugar material rotating disc hole 320, the end of the sugar material with the sugar stick is located in the groove of the sugar material transmission fixing piece 410. With the movement of the sugar material transmission fixing piece 410, the sugar material is taken out.

[0032] The sugar material rotating module 5 comprises a sugar material rotating disc 50 and a sugar paper orientation piece 51. The middle of the sugar material rotating disc 50 is provided with a sugar material rotating disc rotating shaft 501. The edge of the sugar material rotating disc 50 is provided with a sugar material clamp 502. The sugar material rotates on the sugar material clamp 502, abuts against the sugar paper, and moves under the action of the sugar paper fixing piece 51. The sugar paper is disconnected and wrapped on the sugar material, thereby completing the wrapping of the sugar paper on the sugar material.

[0033] In this embodiment, the sugar paper orientation piece 51 is a circular arc. In actual use, the wrapping of the sugar material can be appropriately increased or decreased and arranged in position, thereby realizing the wrapping of the sugar material. The middle of the sugar material clamp 502 is provided with a “Y” type through groove. After the sugar material moves on the transmission belt 41, the sugar material enters the sugar material clamp 502 and passes through the sugar paper sent out by the sugar paper module 2, thereby wrapping the sugar material.

[0034] The twist sugar module 6 comprises an inner twist hand module 61, an outer twist hand module 62 and a transmission module 63. The inner twist hand module 61 comprises an inner twist hand support 610, an inner twist hand claw 611, an inner twist hand cylinder 612, an inner twist hand moving rod 613 and an inner twist hand cylinder gear 614. The inner twist hand claw 611 is rotationally connected with the inner twist hand moving rod 613. The inner twist hand moving rod 613 is arranged in the inner twist hand cylinder 612. The end of the inner twist hand moving rod 613 is engaged with the inner twist hand claw 611. The inner twist hand cylinder gear 614 is sleeved on the inner twist hand cylinder 612. The inner twist hand cylinder 612 is arranged in the inner twist hand support 610. The outer twist hand module 62 comprises an outer twist hand support 620, an outer twist hand claw 621, an outer twist hand cylinder 622, an outer twist hand moving rod 623 and an outer twist hand moving rod gear 624. The outer twist hand claw 621 is rotationally connected with the outer twist hand cylinder 622. The outer twist hand moving rod 623 is arranged in the outer twist hand cylinder 622. The end of the outer twist hand moving rod 623 is engaged with the outer twist hand claw 621. The outer twist hand cylinder gear 624 is sleeved on the outer twist hand cylinder 622. The transmission module 63 comprises a moving piece group 630, a transmission shaft 631, an inner twist hand transmission module 632, an outer twist hand transmission module 633 and a transmission gear 634. The moving piece group 630 comprises an inner twist hand moving piece 6301 and an outer twist hand moving piece 6302 which are identical in structure. The inner twist hand moving piece 6301 and the outer twist hand moving piece 6302 are respectively sleeved on the two ends of the transmission shaft 631. The transmission shaft 631 sequentially passes through the transmission gear 634, the inner twist hand support 610, the moving piece group 630, the inner twist hand transmission module 632, the outer twist hand transmission module 633 and the outer twist hand support 620. The top of the inner twist hand transmission module 632 is connected with the inner twist hand moving rod 613. The top of the outer twist hand transmission module 633 is connected with the outer twist hand moving rod 633. When the transmission gear 634 rotates, it drives the transmission shaft 631 to rotate, and then drives the inner twist hand transmission module 632 and the outer twist hand transmission module 622 to move respectively, and then drives the inner twist hand claw 611 and the outer twist hand claw 621 to move.

[0035] The inner twist hand transmission module 632 comprises an inner twist hand transmission first gear 6321, an inner twist hand transmission second gear 6322 and an inner twist hand transmission third gear 6323. The inner twist hand transmission first gear 6321 is sleeved on the transmission shaft 631. The inner twist hand transmission second gear 6322 is engaged with the inner twist hand transmission first gear 6321 and the inner twist hand transmission third gear 6323 respectively. The inner twist hand transmission third gear 6323 is sleeved on the inner twist hand cylinder 612. The inner twist hand support 610 is provided with an inner twist hand support shaft 6101 in the middle. The inner twist hand transmission second gear 6322 is sleeved on the inner twist hand support shaft 6101.

[0036] The transmission shaft 631 comprises a transmission first shaft 6311, a transmission second shaft 6312 and a transmission third shaft 6313, a transmission shaft first connecting sleeve 6314 is connected between the transmission first shaft 6311 and the transmission second shaft 6312, a transmission shaft second connecting sleeve 6315 is connected between the transmission second shaft 6312 and the transmission third shaft 6313, a rotating shaft rotating wheel 6316 is sleeved at the end of the transmission third shaft 6313, a transmission gear 634 is sleeved at the end of the transmission first shaft 6311, the transmission gear 634 drives the transmission first shaft 6311 to rotate when rotating, the transmission first shaft 6311 and the transmission second shaft 6312 are hinged, the rotating shaft rotating wheel 6316 drives the transmission third shaft 6313 to rotate when rotating, and then the transmission third shaft 6313 and the transmission second shaft 6312 rotate synchronously.

[0037] The top of the inner twist hand moving piece 6301 is provided with an inner twist hand moving connecting piece 6303, an inner twist hand moving spring 6304 is sleeved at the end of the inner twist hand moving connecting piece 6303, an inner twist hand moving ball 6305 is installed in the inner twist hand moving spring 6304, and the other end of the inner twist hand moving spring 6304 is connected with the inner twist hand moving rod 613.

[0038] The section of the inner twist hand moving connecting piece 6303 is in a "convex" type structure. When the inner twist hand moving piece 6301 moves, the inner twist hand moving rod 613 is driven to move by the inner twist hand moving connecting piece 6303 and the inner twist hand moving spring 6304, so that the opening and closing movement of the inner twist hand claw 611 is realized.

[0039] The number of the inner twist hand claws 611 is two and they are symmetrically distributed on the inner twist hand cylinder 612. The inner twist hand claw 611 is in a strip-shaped structure, the middle inner recess of the inner twist hand claw 611 is in a "concave" type structure, the bottom of the inner twist hand claw 611 is rotationally connected with the end of the inner twist hand cylinder 612, the bottom of the inner twist hand claw 611 is provided with a gear structure, the end of the inner twist hand moving rod 613 is in a threaded structure, the gear structure of the inner twist hand claw 611 is engaged with the threaded structure of the inner twist hand moving rod 613, and the other end of the inner twist hand claw 611 is in a trapezoidal structure.

[0040] The end surface of the inner twist hand moving rod 613 is recessed to form an inner twist hand moving rod recess, and the section of the inner twist hand moving rod recess is in a "U" type structure. In this embodiment, the sugar material is in a lollipop structure, and the small end of the sugar material is located in the inner twist hand moving rod recess, so that the inner twist hand claw 611 can clamp and twist the wrapped sugar paper.

[0041] The sugar material recovery groove 7 is in a groove structure and is obliquely installed at the bottom of the sugar material rotating module 5. The formed sugar material enters the existing collection position through the sugar material recovery groove 7.

[0042] The working process of the present application is as follows: the sugar materials are placed in the sugar material frame 31, enter the sugar material rotating disc hole 320 under the rotation of the sugar material sweeping brush 34 from the bottom of the sugar material frame 31. Then the sugar materials are driven into the sugar material rotating module 5 by the sugar material transmission fixing piece 410, the sugar paper on the sugar paper roller 21 enters the sugar material rotating module 5 after passing through the sugar paper transmission rod 22, the sugar paper is wrapped on the sugar materials through the joint action of the sugar materials and the sugar paper orientation piece 51, then the twisted sugar module 6 is used for twisting, and finally the finished product is recycled through the sugar material recycling groove 7.

[0043] Those skilled in the art will appreciate that the embodiments described herein are presented for purposes of illustration and understanding of the principles of the present application and should not be interpreted as limiting the scope of the present application to these particular described embodiments. Various other specific adaptations and combinations of features that are not explicitly described can be made by those skilled in the art based on the teachings of the present application and these adaptations and combinations are still within the scope of the present application.

Claims

1. A candy quick packaging apparatus, characterized by: The application relates to a lollipop packaging machine, which comprises a rack (1), a sugar paper module (2), a sugar material module (3), a sugar material transmission module (4), a sugar material rotating module (5), a lollipop twisting module (6) and a sugar material recycling groove (7) arranged on the rack (1), sugar paper is arranged on the sugar paper module (2), sugar material to be packaged is arranged on the sugar material module (3), the sugar material is in a lollipop-shaped structure, the sugar material enters the sugar material transmission module (4) through the sugar material module (3), the sugar material is wrapped by the sugar material rotating module (5), the sugar paper is twisted by the lollipop twisting module (6), and the wrapped sugar material is placed into the sugar material recycling groove (7); The sugar material transmission module (4) comprises a transmission belt (41) and a transmission wheel (42), the transmission belt (41) is sleeved on the transmission wheel (42), a sugar material transmission fixing piece (410) is arranged on the top of the transmission belt (41), the sugar material transmission fixing piece (410) is connected with the small end of the sugar material, so that the sugar material is transported; The sugar material transmission fixing piece (410) is in a plate-shaped structure, a groove is formed in the top of the sugar material transmission fixing piece (410), when the sugar material is in the sugar material rotating disc hole (320), the end of the sugar material with a sugar stick is located in the groove of the sugar material transmission fixing piece (410), and the sugar material is taken out along with the movement of the sugar material transmission fixing piece (410); The twist sugar module (6) comprises an inner twist hand module (61), an outer twist hand module (62) and a transmission module (63), the inner twist hand module (61) comprises an inner twist hand support (610), an inner twist hand claw (611), an inner twist hand cylinder (612), an inner twist hand moving rod (613) and an inner twist hand cylinder gear (614), the inner twist hand claw (611) is rotationally connected with the inner twist hand moving rod (613), the inner twist hand moving rod (613) is arranged in the inner twist hand cylinder (612), the end of the inner twist hand moving rod (613) is engaged with the inner twist hand claw (611), the inner twist hand cylinder gear (614) is sleeved on the inner twist hand cylinder (612), and the inner twist hand cylinder (612) is arranged in the inner twist hand support (610); the outer twist hand module (62) comprises an outer twist hand support (620), an outer twist hand claw (621), an outer twist hand cylinder (622), an outer twist hand moving rod (623) and an outer twist hand moving rod gear (624), the outer twist hand claw (621) is rotationally connected with the outer twist hand cylinder (622), the outer twist hand moving rod (623) is arranged in the outer twist hand cylinder (622), the end of the outer twist hand moving rod (623) is engaged with the outer twist hand claw (621), and the outer twist hand cylinder gear (624) is sleeved on the outer twist hand cylinder (622); the transmission module (63) comprises a moving piece group (630), a transmission shaft (631), an inner twist hand transmission module (632), an outer twist hand transmission module (633) and a transmission gear (634), the moving piece group (630) comprises an inner twist hand moving piece (6301) and an outer twist hand moving piece (6302) which are the same in structure, the inner twist hand moving piece (6301) and the outer twist hand moving piece (6302) are sleeved at two ends of the transmission shaft (631) respectively, the transmission shaft (631) sequentially passes through the transmission gear (634), the inner twist hand support (610), the moving piece group (630), the inner twist hand transmission module (632), the outer twist hand transmission module (633) and the outer twist hand support (620), the top of the inner twist hand transmission module (632) is connected with the inner twist hand moving rod (613), the top of the outer twist hand transmission module (633) is connected with the outer twist hand moving rod (623), the transmission gear (634) drives the transmission shaft (631) to rotate when rotating, and then drives the inner twist hand transmission module (632) and the outer twist hand transmission module (633) to move respectively, so that the inner twist hand claw (611) and the outer twist hand claw (621) move; The inner twist hand transmission module (632) comprises an inner twist hand transmission first gear (6321), an inner twist hand transmission second gear (6322) and an inner twist hand transmission third gear (6323), the inner twist hand transmission first gear (6321) is sleeved on the transmission shaft (631), the inner twist hand transmission second gear (6322) is meshed with the inner twist hand transmission first gear (6321) and the inner twist hand transmission third gear (6323) respectively, the inner twist hand transmission third gear (6323) is sleeved on the inner twist hand cylinder (612), and the inner twist hand support (610) is provided with an inner twist hand support shaft (6101) in the middle, and the inner twist hand transmission second gear (6233) is sleeved on the inner twist hand support shaft (6101).

2. A rapid confectionery packaging apparatus according to claim 1, wherein: The sugar paper module (2) comprises a sugar paper roller (21) and a sugar paper transmission rod (22), the sugar paper is wound on the sugar paper roller (21), and the end of the sugar paper is connected with the sugar material rotating module (5).

3. A rapid confectionery packaging apparatus according to claim 1, wherein: The sugar material module (3) comprises a sugar material frame (31) and a sugar material rotating disc (32), the sugar material rotating disc (32) is located at the bottom of the sugar material frame (31), a sugar material rotating motor is installed in the sugar material rotating disc (32), the sugar material rotating motor drives the sugar material rotating disc (32) to rotate, and the edge of the sugar material rotating disc (32) is provided with a sugar material rotating disc hole (320), and the sugar material in the sugar material frame (31) enters the sugar material rotating disc hole (320) through the bottom of the sugar material frame (31).

4. A rapid confectionery packaging apparatus according to claim 1, wherein: The sugar material frame (31) is provided with a sugar material rolling and sweeping motor (33) and a sugar material rolling and sweeping brush (34), the rotating shaft end of the sugar material rolling and sweeping motor is connected with the sugar material rolling and sweeping brush (34), the sugar material rolling and sweeping brush (34) is located above the sugar material rotating disc (32), and the sugar material rolling and sweeping motor (33) moves the large end of the sugar material into the sugar material rotating disc hole (320) by rotating the sugar material rolling and sweeping brush (34) when working.

5. A rapid confectionery packaging apparatus according to claim 1, wherein: The sugar material rotating module (5) comprises a sugar material rotating disc (50) and a sugar paper orientation piece (51), the sugar material rotating disc (50) is provided with a sugar material rotating disc rotating shaft (501) in the middle, the edge of the sugar material rotating disc (50) is provided with a sugar material clamp (502), the sugar material rotates on the sugar material clamp (502), abuts against the sugar paper, and is wrapped by the sugar paper under the action of the sugar paper orientation piece (51).

6. A rapid confectionery packaging apparatus according to claim 1, wherein: The sugar material recycling groove (7) is a groove structure, and the sugar material recycling groove (7) is obliquely installed at the bottom of the sugar material rotating module (5).

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