CN111232287B

CN111232287B - Aluminum plating twisting packaging machine

Info

Publication number: CN111232287B
Application number: CN202010161209.1A
Authority: CN
Inventors: 吴昔风; 张文
Original assignee: Individual
Current assignee: Chongqing Shengming Printing Co ltd
Priority date: 2020-03-10
Filing date: 2020-03-10
Publication date: 2021-06-15
Anticipated expiration: 2040-03-10
Also published as: CN111232287A

Abstract

The invention discloses an aluminized twist packaging machine, which structurally comprises a feeding pipe, a hopper, a grooving device, an aluminized packaging paper cutting device, an aluminized packaging paper, a conveying guide roller, a twist point clamping device, an obtuse angle discharging pipe, a twist rotating device, an aluminized packaging paper pulling device, a dustproof door, a packaging machine body and a foot post, wherein the foot post is fixed at the bottom of the packaging machine body, and the dustproof door is further installed on the packaging machine body, so that compared with the prior art, the aluminized packaging paper twisting packaging machine has the beneficial effects that: the packaging machine is small in size, occupied area of the packaging machine is reduced, the packaging machine is simple in structure, high in mechanical performance, free of frequent maintenance and low in maintenance cost, multiple candies can be synchronously packaged at the same time, the twisting packaging efficiency is high, and the twisting packaging time can be greatly shortened.

Description

Aluminum plating twisting packaging machine

Technical Field

The invention relates to the technical field of twisting type packaging machines, in particular to an aluminum-plated twisting packaging machine.

Background

The candy is a kind of candy cake, indicates that a kind of snack that takes sugar as the principal ingredients, receives people's liking deeply, especially receives children's liking deeply, and the candy adopts the wrapping paper of aluminizing to pack through packagine machine mostly, has both ends seal packing, also has the kink packing, and as for the kink packing machine, its equipment for packing size is more, and area is big, and inner structure is comparatively complicated, and mechanical properties is low, needs frequent maintenance, and cost of maintenance is high, and packs one by one, packs inefficiency.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide an aluminized kink packaging machine.

The invention is realized by adopting the following technical scheme: an aluminized twisting packaging machine structurally comprises a feeding pipe, a hopper, a grooving device, an aluminized packaging paper cutting device, an aluminized packaging paper roll, a conveying guide roller, a twisting point clamping device, an obtuse-angle discharging pipe, a twisting rotating device, an aluminized packaging paper pulling device, a dustproof door, a packaging machine body and a foot column, wherein the foot column is fixed at the bottom of the packaging machine body, and the dustproof door is further installed on the packaging machine body;

the packaging machine is characterized in that a twisting rotating device is installed on a workbench of the packaging machine body, a twisting point clamping device is arranged on the twisting rotating device, aluminized packaging paper pulling devices are arranged on two sides of the twisting point clamping device, the aluminized packaging paper pulling devices and the twisting point clamping device are matched with aluminized packaging paper rolls, the aluminized packaging paper rolls are attached to and contacted with a conveying guide roller, an aluminized packaging paper cutting device connected with the packaging machine body is arranged above the aluminized packaging paper rolls, a hopper is further fixed on the packaging machine body, a feeding pipe is connected to the hopper, three or more obtuse angle discharging pipes in an equidistant mode are uniformly distributed at the bottom of the hopper, a grooving device is arranged right in front of the hopper, and the grooving device is located right above the twisting point clamping device.

As optimization, the grooving device comprises grooving beads, a translation plate, a disc, a first micro-motor and a vertical rod, wherein the center of one side of the disc is connected with an output shaft of the first micro-motor, the other side of the disc is movably connected with the translation plate, the bottom surface of the translation plate is vertically connected with three or more vertical rods, and the vertical rods are fixed with the grooving beads.

Preferably, the twisting point clamping device comprises a twisting point clamping mechanism, a base, a second micro-motor and a transmission belt, wherein three or more twisting point clamping mechanisms are uniformly distributed on the base and are in transmission connection through the transmission belt, and one of the twisting point clamping mechanisms is connected with the second micro-motor.

Preferably, the twisting point clamping mechanism comprises an annular disc, a gear transmission set, through holes, twisting point clamping sets and a clockwork spring, the through holes are formed in the trisection positions of the inner wall of the annular disc, the through holes are matched with the twisting point clamping sets, the twisting point clamping sets are provided with three sets and are connected in series through the clockwork spring, the two tail ends of the clockwork spring are connected with the gear transmission set, and the annular disc is located right below the grooving beads.

Preferably, the gear transmission set comprises a driven gear, a driving gear, a driven shaft, a driven reel, a transmission wheel, a driving shaft and a driving reel, the driving gear, the driving reel and the transmission wheel are mounted on the driving shaft, the driving gear is meshed with the driven gear, the driven gear is provided with the driven reel which is of a concentric circle structure, the driven reel and the driven reel are mounted on the driven shaft, one end of the spring is connected with the driving reel, the other end of the spring is connected with the driven reel, and the transmission wheel is in transmission fit with the transmission belt.

Preferably, the torsion point clamping group comprises an arc-shaped clamping block, a cross rod and a clip sleeve, one end of the cross rod is connected with the arc-shaped clamping block, the other end of the cross rod is connected with the clip sleeve, the clip sleeve is in clearance fit with the spring, and the cross rod is matched with the through hole.

Preferably, anti-skid particles are uniformly distributed at one end, far away from the cross rod, of the arc-shaped clamping block.

Preferably, the twisting and rotating device comprises an annular turntable, a base body, a third micromotor, a chain and chain wheels, wherein the annular turntable is uniformly distributed on the base body, the chain wheels which are of concentric circle structures are fixed at the bottom of the annular turntable, the chain wheels are in transmission connection through the chain, and one of the chain wheels is connected with the third micromotor.

As optimization, the annular turntable comprises a base plate, a telescopic clamping mechanism and a supporting plate, the supporting plate is fixed at the six equal divisions of the inner circle of the base plate, the telescopic clamping mechanism is arranged at the three equal divisions, and the telescopic clamping mechanism is positioned right above the supporting plate.

Advantageous effects

Compared with the prior art, the invention provides an aluminized kinking packaging machine which has the following beneficial effects:

(I) according to the invention, the grooving device is arranged to drive the first micro motor to operate, so that the disc rotates, the translation plate is driven to translate from top to bottom, the translation plate drives the grooving beads to descend through the vertical rods, the grooving beads apply force to the aluminized packaging paper, the aluminized packaging paper sinks, and the translation plate translates from bottom to top after grooving to drive the grooving beads to ascend, so that candies slide into the grooves from the obtuse angle discharge pipe;

(II) the invention drives the second micro-motor to operate by arranging the twisting point clamping device, drives the driving wheel to rotate by the driving belt, so that the driving gear is linked to drive the driven gear meshed with the driving gear to rotate in the opposite direction, the driven roller passes through the driven shaft, the driving roller rotates through the driving shaft, and then the two ends of the spiral spring are wound, so that the loop-shaped sleeve is stressed, the arc-shaped clamping blocks extend outwards by the cross rods to tie the twisting points of the aluminized wrapping paper into a bundle, thereby being convenient for fixing the twisting points and providing stable conditions for the aluminized wrapping paper of candies,

(III) the invention clamps and positions the lower part of the twisting point through a telescopic clamping mechanism by arranging a twisting rotating device, drives a third micro-motor to operate, rotates the base plate through a chain and a chain wheel, and rotates the lower part of the twisting point along with the base plate, and takes the twisting point as a fixed point, thereby being capable of twisting and packaging;

in summary, the invention combines the feeding pipe, the hopper, the grooving device, the aluminized wrapping paper cutting device, the aluminized wrapping paper, the conveying guide roller, the twisting point clamping device, the obtuse angle discharging pipe, the twisting rotating device, the aluminized wrapping paper pulling device and other components, so that the packaging machine has a smaller size, reduces the occupied area of the packaging machine, has a simpler structure, high mechanical performance, no need of frequent maintenance and low maintenance cost, can simultaneously package a plurality of candies synchronously, has high twisting packaging efficiency, and can greatly shorten the twisting packaging time.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural diagram of an aluminized kink packaging machine according to the present invention.

Fig. 2 is a schematic structural diagram of the grooving apparatus of the present invention.

FIG. 3 is a schematic top view of the kink point clamping device of the present invention.

FIG. 4 is a schematic bottom view of the kink point clamping device of the present invention.

FIG. 5 is a schematic view of the internal first operating condition of the kink point clamping mechanism of the present invention.

FIG. 6 is a schematic view of the second internal operating condition of the kink point clamping mechanism of the present invention.

Fig. 7 is a schematic view of the gear train of the present invention in cooperation with a power spring.

FIG. 8 is a schematic view of the structure of the kink point clamping group of the present invention.

FIG. 9 is a bottom view of the kink rotator device of the present invention.

FIG. 10 is a schematic top view of the kink rotator device of the present invention.

Fig. 11 is a schematic top view of the annular turntable of the present invention.

In the drawings, the corresponding relationship between the component names and the reference numbers is as follows:

a feeding pipe-1, a hopper-2, a grooving device-3, an aluminized wrapping paper cutting device-4, aluminized wrapping paper-5, a conveying guide roller-6, a twisting point clamping device-7, an obtuse angle discharging pipe-8, a twisting rotating device-9, an aluminized wrapping paper pulling device-10, a dustproof door-11, a packaging machine body-12, a foot post-13, a grooving bead-A1, a translation plate-A2, a disc-A3, a first micro motor-A4, an upright rod-A5, a twisting point clamping mechanism-B1, a base-B2, a second micro motor-B3, a transmission belt-B4, a ring disc-B11, a gear transmission group-B12, a through hole-B13, a twisting point clamping group-B14, a clockwork spring-B15, a driven gear-B12 a, The device comprises a driving gear-B12B, a driven shaft-B12C, a driven rolling wheel-B12 d, a driving wheel-B12 e, a driving shaft-B12 f, a driving rolling wheel-B12 g, an arc-shaped clamping block-B14 a, a cross bar-B14B, a clip-B14C, anti-skid particles-B14 d, an annular turntable-C1, a matrix-C2, a third micro motor-C3, a chain-C4, a chain wheel-C5, a base plate-C11, a telescopic clamping mechanism-C12 and a supporting plate-C13.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" are to be interpreted broadly, e.g., as being fixed or detachable or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Example 1

Referring to fig. 1, the present invention provides a technical solution of an aluminum plating kink packing machine: the structure of the aluminum-plated packaging paper cutting device comprises a feeding pipe 1, a hopper 2, a grooving device 3, an aluminum-plated packaging paper cutting device 4, an aluminum-plated packaging roll paper 5, a conveying guide roller 6, a twisting point clamping device 7, an obtuse angle discharging pipe 8, a twisting rotating device 9, an aluminum-plated packaging paper pulling device 10, a dustproof door 11, a packaging machine body 12 and a foot column 13, wherein the foot column 13 is fixed at the bottom of the packaging machine body 12, and the dustproof door 11 is further installed on the packaging machine body 12;

a twist rotating device 9 is mounted on a workbench of the packaging machine body 12, a twist point clamping device 7 is arranged on the twist rotating device 9, aluminum-plated packaging paper pulling devices 10 are arranged on two sides of the twist point clamping device 7, the aluminum-plated packaging paper pulling devices 10 and the twist point clamping device 7 are matched with an aluminum-plated packaging roll paper 5, the aluminum-plated packaging roll paper 5 is attached to and contacted with a conveying guide roller 6, an aluminum-plated packaging paper cutting device 4 connected with the packaging machine body 12 is arranged above the aluminum-plated packaging roll paper 5, a hopper 2 is further fixed on the packaging machine body 12, a feeding pipe 1 is connected to the hopper 2, three or more obtuse discharging pipes 8 in an equidistant mode are uniformly distributed at the bottom of the hopper 2, a grooving device 3 is arranged right in front of the hopper 2, the grooving device 3 is positioned right above the twist point clamping device 7, and the aluminum-plated packaging paper cutting device 4 is arranged to cut the, and (7) packaging by edge kinking.

Referring to fig. 2, the grooving device 3 includes a grooving bead a1, a translational plate a2, a disc A3, a first micro-motor a4, and an upright stanchion a5, a center of one side of the disc A3 is connected to an output shaft of the first micro-motor a4, the other side of the disc A3 is movably connected to the translational plate a2, three or more upright stanchions a5 are vertically connected to a bottom surface of the translational plate a2, the grooving beads a1 are fixed to the upright stanchions a5, and the grooving bead a1 can be driven to intermittently descend, so that the grooving bead a1 can act on the aluminum-plated packaging paper, the aluminum-plated packaging paper can be recessed into a groove, and a product to be packaged can be conveniently placed.

Referring to fig. 3-4, the kink point clamping device 7 includes a kink point clamping mechanism B1, a base B2, a second micro-motor B3, and a driving belt B4, three or more kink point clamping mechanisms B1 are uniformly distributed on the base B2, the kink point clamping mechanisms B1 are in transmission connection through the driving belt B4, and one kink point clamping mechanism B1 is connected with the second micro-motor B3, so that a plurality of package pieces can be simultaneously twisted and clamped, which is helpful for improving the efficiency of kink packaging.

Referring to fig. 5-6, the kink point clamping mechanism B1 includes an annular disc B11, a gear transmission group B12, a through hole B13, a kink point clamping group B14, and a spring B15, wherein three equi-positions of an inner wall of the annular disc B11 are respectively provided with a through hole B13, the through holes B13 are respectively matched with a kink point clamping group B14, the kink point clamping group B14 is provided with three groups and is connected in series through a spring B15, two ends of the spring B15 are both connected with the gear transmission group B12, the annular disc B11 is located right below the grooved ball a1, and the spring B15 is arranged to apply force to the kink point clamping group B14 at the same time, so as to improve the adjustment efficiency of the kink point clamping group B14;

the kink point clamping group B14 is provided to bind the kink points of the aluminized wrapping paper into a bundle so as to fix the kink points, and to perform kink packing by moving the kink points from the lower part to the lower part.

Referring to fig. 9-10, the kink rotating device 9 includes an annular turntable C1, a base C2, a third micro-motor C3, chains C4, and chain wheels C5, wherein the base C2 is uniformly provided with the annular turntable C1, the bottom of the annular turntable C1 is fixed with the chain wheels C5 which are concentric structures, the chain wheels C5 are in transmission connection with the chains C4, one of the chain wheels C5 is connected with the third micro-motor C3, and the combination of the chains C4 and the chain wheels C5 is capable of driving the plurality of annular turntables C1 to rotate at the same time.

Example 2

Referring to fig. 1 to 11, the present invention provides a technical solution of an aluminum plating kink packing machine: the structure of the aluminum-plated packaging paper cutting device comprises a feeding pipe 1, a hopper 2, a grooving device 3, an aluminum-plated packaging paper cutting device 4, an aluminum-plated packaging roll paper 5, a conveying guide roller 6, a twisting point clamping device 7, an obtuse angle discharging pipe 8, a twisting rotating device 9, an aluminum-plated packaging paper pulling device 10, a dustproof door 11, a packaging machine body 12 and a foot column 13, wherein the foot column 13 is fixed at the bottom of the packaging machine body 12, and the dustproof door 11 is further installed on the packaging machine body 12;

Make groove device 3 including make groove pearl A1, translation board A2, disc A3, a micromotor A4, pole setting A5, disc A3 one side center and a micromotor A4's output shaft, opposite side swing joint has translation board A2, translation board A2 bottom surface is connected with three and more than pole setting A5 perpendicularly, pole setting A5 all is fixed with makes groove pearl A1, can drive and make groove pearl A1 carry out intermittent type nature decline for make groove pearl A1 can act on the aluminized packaging paper, make the aluminized packaging paper can fall into the groove in, be convenient for wait to pack the placing of article.

The kink point clamping device 7 comprises a kink point clamping mechanism B1, a base B2, a second micro-motor B3 and a transmission belt B4, wherein three or more kink point clamping mechanisms B1 are uniformly distributed on the base B2, the kink point clamping mechanisms B1 are in transmission connection through the transmission belt B4, one kink point clamping mechanism B1 is connected with the second micro-motor B3, a plurality of packaging pieces can be simultaneously clamped in a kinking mode, and the kink point clamping device is beneficial to improving the efficiency of kinking packaging.

The torsional node clamping mechanism B1 comprises an annular disc B11, a gear transmission group B12, through holes B13, a kinking point clamping group B14 and a spring B15, through holes B13 are formed in three equal parts of the inner wall of the annular disc B11, the through holes B13 are matched with the kinking point clamping group B14, the kinking point clamping group B14 is provided with three groups and is connected in series through the spring B15, the two tail ends of the spring B15 are connected with the gear transmission group B12, the annular disc B11 is located right below a grooving bead A1, and the spring B15 is arranged to apply force to the kinking point clamping group B14 at the same time, so that the adjustment efficiency of the kinking point clamping group B14 is improved.

The gear transmission group B12 comprises a driven gear B12a, a driving gear B12B, a driven shaft B12c, a driven reel B12d, a transmission wheel B12e, a driving shaft B12f and a driving reel B12g, wherein the driving gear B12B, the driving reel B12g and the transmission wheel B12e are mounted on the driving shaft B12f, the driving gear B12B is meshed with the driven gear B12a, the driven gear B12a is provided with a driven reel B12d which is in a concentric circle structure, the driven reel B12d and the driven reel B12c are mounted on the driven shaft B12, one end of a spring B15 is connected with the driving reel B12g, the other end of the spring B12 is connected with the driven reel B12d, the transmission wheel B12e is in transmission fit with the transmission belt B4, two ends of the spring B15 can be simultaneously wound or released, and adjustment efficiency is.

The kinking point clamping group B14 comprises an arc-shaped clamping block B14a, a cross bar B14B and a clip-shaped sleeve B14c, one end of the cross bar B14B is connected with the arc-shaped clamping block B14a, the other end of the cross bar B14B is connected with the clip-shaped sleeve B14c, the clip-shaped sleeve B14c is in clearance fit with a spring B15, the cross bar B14B is matched with a through hole B13, the kinking point clamping group B14 is arranged to bundle kinking points of aluminized wrapping paper so as to fix the kinking points, and kinking packaging can be carried out by taking the kinking points as fixed points and moving the kinking points from the lower part.

The anti-skid particles B14d are uniformly distributed at one end of the arc-shaped clamping block B14a far away from the cross bar B14B, so that the clamping degree of the aluminized wrapping paper is improved.

The kinking rotating device 9 comprises an annular turntable C1, a base body C2, a third micromotor C3, a chain C4 and a chain wheel C5, wherein the base body C2 is uniformly provided with the annular turntable C1, the bottom of the annular turntable C1 is fixedly provided with the chain wheel C5 which is in a concentric circle structure, the chain wheel C5 is in transmission connection with the chain wheel C4, one of the chain wheels C5 is connected with the third micromotor C3, and the combination of the chain wheel C4 and the chain wheel C5 is arranged to drive the plurality of annular turntables C1 to rotate at the same time.

The annular rotary disc C1 is including base disc C11, scalable clamping mechanism C12, backup pad C13, base disc C11's interior circle six equant positions all are fixed with backup pad C13, and the trisant position then is provided with scalable clamping mechanism C12, scalable clamping mechanism C12 is located backup pad C13 directly over, backup pad C13's setting lies in playing the effect of support to the packing piece, and the application of force will aluminize to make the groove pearl A1 convenient to, the setting of scalable clamping mechanism C12 lies in pressing from both sides the packing piece, and the flexible clamping principle of scalable clamping mechanism is the same with the tight principle of clamping of kink point clamp group.

The working principle of the invention is as follows: the first micro motor A4 is driven to operate, so that the disc A3 rotates, the translation plate A2 drives the disc to translate from top to bottom, the translation plate A2 drives the grooving bead A1 to descend through the vertical rod A5, the grooving bead A1 applies force to the aluminized wrapping paper, the aluminized wrapping paper sinks, the grooving translation plate A2 translates from bottom to top to drive the grooving bead A1 to ascend, and the candies slide in the groove from the obtuse angle discharge pipe 8;

the second micro motor B3 is driven to operate, the driving wheel B12e is driven to rotate through the driving belt B4, the driving gear B12B is linked to drive the driven gear B12a meshed with the driving gear B12B to rotate in the opposite direction, the driven winding wheel B12d passes through the driven shaft B12c, the driving winding wheel B12g rotates through the driving shaft B12f, the two ends of the spiral spring B15 are wound, the winding sleeve B14c is stressed, the arc-shaped clamping block B14a extends outwards through the cross bar B14B to tie the twisting points of the aluminized wrapping paper into a bundle, the twisting points are fixed conveniently, and a stable condition is provided for the candy aluminized wrapping paper to be twisted,

the lower part of the kinking point is clamped and positioned by a telescopic clamping mechanism C12, the telescopic clamping principle of the telescopic clamping mechanism C12 is the same as that of a kinking point clamping group B14, a third micro motor C3 is driven to operate, a base plate C11 is rotated by a chain C4 and a chain wheel C5, the lower part of the kinking point rotates along with the base plate C11, and the kinking point is taken as the fixed point, so that the kinking packaging can be carried out.

In summary, the technical progress obtained by the invention compared with the prior art is as follows: according to the invention, the feeding pipe, the hopper, the grooving device, the aluminized packaging paper cutting device, the aluminized packaging paper roll, the conveying guide roller, the twisting point clamping device, the obtuse angle discharging pipe, the twisting rotating device, the aluminized packaging paper pulling device and other components are combined, so that the packaging machine is smaller in size, the occupied area of the packaging machine is reduced, the structure of the packaging machine is simpler, the mechanical performance is high, frequent maintenance is not needed, the maintenance cost is low, multiple candies can be synchronously packaged at the same time, the twisting packaging efficiency is high, and the twisting packaging time can be greatly shortened.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. The utility model provides a kink packagine machine aluminizes, its structure includes inlet pipe (1), hopper (2), makes groove device (3), aluminizes wrapping paper cutting device (4), aluminizes wrapping paper stock (5), conveying deflector roll (6), kinks some clamping device (7), obtuse angle discharging pipe (8), kinks rotary device (9), aluminizes wrapping paper pulling device (10), dust-proof door (11), packagine machine organism (12), socle (13), even socle (13) at the bottom of packagine machine organism (12), peripheral hardware dust-proof door (11), its characterized in that:

the packaging machine is characterized in that a twisting rotating device (9) is installed on the packaging machine body (12), a twisting point clamping device (7) is arranged on the twisting rotating device (9), an aluminized packaging paper pulling device (10) is arranged on the outer side of the twisting point clamping device (7) and matched with an aluminized packaging paper roll (5), the aluminized packaging paper roll (5) is in contact with a conveying guide roller (6), an aluminized packaging paper cutting device (4) connected with the packaging machine body (12) is arranged above the aluminized packaging paper roll (5), a hopper (2) is further fixed on the packaging machine body (12), a feeding pipe (1) is connected to the hopper (2), an obtuse-angle discharging pipe (8) is connected to the hopper at the lower part, and a grooving device (3) is further arranged on the packaging machine; the grooving device (3) comprises a grooving bead (A1), a translation plate (A2), a disc (A3), a first micro motor (A4) and an upright rod (A5), wherein one side of the disc (A3) is connected with the first micro motor (A4), the other side of the disc is connected with the translation plate (A2), and the translation plate (A2) is connected with the grooving bead (A1) through the upright rod (A5); the twisting point clamping device (7) comprises twisting point clamping mechanisms (B1), bases (B2), a second micro-motor (B3) and a driving belt (B4), wherein the twisting point clamping mechanisms (B1) in transmission connection with the driving belt (B4) are uniformly distributed on the bases (B2), and one twisting point clamping mechanism (B1) is connected with the second micro-motor (B3); the kink point clamping mechanism (B1) comprises an annular disc (B11), a gear transmission set (B12), a through hole (B13), a kink point clamping set (B14) and a spring (B15), wherein the annular disc (B11) is provided with the through hole (B13) and the kink point clamping set (B14) which are matched with each other, the kink point clamping set (B14) is connected in series through the spring (B15), the spring (B15) is connected with the gear transmission set (B12), and the annular disc (B11) is located right below a grooving bead (A1); the gear transmission group (B12) comprises a driven gear (B12a), a driving gear (B12B), a driven shaft (B12c), a driven reel (B12d), a transmission wheel (B12e), a driving shaft (B12f) and a driving reel (B12g), wherein the driving shaft (B12f) is provided with the driving gear (B12B), the driving reel (B12g) and the transmission wheel (B12e), the driving gear (B12B) is meshed with the driven gear (B12a), the driven gear (B12a) and the driven reel (B12d) are arranged on the driven shaft (B12c), one end of a spring (B15) is connected with the driving reel (B12g), the other end of the spring (B15) is connected with the driven reel (B12d), and the transmission wheel (B12e) is matched with the driving shaft (B4); the kinking point clamping group (B14) comprises an arc-shaped clamping block (B14a), a cross bar (B14B) and a clip-shaped sleeve (B14c), wherein the arc-shaped clamping block (B14a) is connected with the clip-shaped sleeve (B14c) through the cross bar (B14B), and the clip-shaped sleeve (B14c) is matched with a spring (B15); the arc-shaped clamping blocks (B14a) are uniformly distributed with anti-skid particles (B14 d); the kinking rotating device (9) comprises an annular turntable (C1), a base body (C2), a third micromotor (C3), chains (C4) and chain wheels (C5), wherein the annular turntable (C1) with the chains (C4) is uniformly distributed on the base body (C2), the chain wheels (C5) are in transmission connection with the chains (C4), and one chain wheel (C5) is connected with the third micromotor (C3); the annular turntable (C1) comprises a base plate (C11), a telescopic clamping mechanism (C12) and a supporting plate (C13), wherein 6 supporting plates (C13) are fixed on the base plate (C11), 3 groups of telescopic clamping mechanisms (C12) are fixed on the base plate (C11), and the telescopic clamping mechanism (C12) is located right above the supporting plate (C13);

the first micro motor (A4) is driven to operate, so that the disc (A3) rotates, the translation plate (A2) drives the disc to translate from top to bottom, the translation plate (A2) drives the grooving beads (A1) to descend through the vertical rods (A5), the grooving beads (A1) apply force to the aluminized wrapping paper, the aluminized wrapping paper sinks, after grooving, the translation plate (A2) translates from bottom to top to drive the grooving beads (A1) to ascend, and therefore candies slide into the grooves from the obtuse angle discharge pipe (8); the second-number micro-motor (B3) is driven to operate, the driving wheel (B12e) is driven to rotate through the driving belt (B4), the driving gear (B12B) is linked to drive the driven gear (B12a) meshed with the driving gear to rotate in the opposite direction, the driven winding wheel (B12d) rotates through the driven shaft (B12c), the driving winding wheel (B12g) rotates through the driving shaft (B12f), two ends of the spiral spring (B15) are wound, the loop sleeve (B14c) is stressed, the arc-shaped clamping block (B14a) extends outwards through the cross bar (B14B) to tie the twisting points of the aluminized wrapping paper into a bundle, the twisting points are fixed conveniently, and a stable condition is provided for the candy aluminized wrapping paper to be twisted; the lower part of the kinking point is clamped and positioned by a telescopic clamping mechanism (C12), the telescopic clamping principle of the telescopic clamping mechanism (C12) is the same as the clamping principle of the kinking point clamping group (B14), a third micro motor (C3) is driven to operate, a base plate (C11) is rotated by a chain (C4) and a chain wheel (C5), the lower part of the kinking point rotates along with the base plate (C11), and the kinking point is used as the fixed point, so that the kinking packaging can be carried out.