CN113211864A

CN113211864A - Card box forming machine

Info

Publication number: CN113211864A
Application number: CN202110672247.8A
Authority: CN
Inventors: 何鹏海
Original assignee: Zhejiang Hailong Technology Co ltd
Current assignee: Zhejiang Hailong Technology Co ltd
Priority date: 2021-06-17
Filing date: 2021-06-17
Publication date: 2021-08-06

Abstract

The invention discloses a card box forming machine, which is characterized in that: the carton packaging machine comprises a front carton grabbing mechanism for grabbing and conveying cartons from a carton storage position to a front conveying platform and a rear carton grabbing mechanism for grabbing and conveying the cartons from the front conveying platform to a forming mechanism, wherein the front conveying platform is provided with a gluing station and a drying station, the gluing mechanism is arranged corresponding to the gluing station, the drying mechanism is arranged corresponding to the drying station, and the forming mechanism is used for forming a carton; the discharging position of forming mechanism is equipped with transition platform, and transition platform links up with back conveying platform, and back conveying platform is equipped with upper box inner cover station, bubble pressing station and plastic station, corresponds the upper box inner cover station and is equipped with upper box inner cover part, and the side of upper box inner cover part is equipped with box inner cover pay-off part, corresponds the bubble pressing station and is equipped with the bubble pressing part, corresponds the plastic station and is equipped with the plastic part. The invention is used for molding and manufacturing the card box, realizes online production, improves the working efficiency and reduces the equipment and labor cost.

Description

Card box forming machine

Technical Field

The invention relates to a card box forming machine for forming and manufacturing a card box.

Background

Card box, for example the packing wine box of some high-grade white spirits encloses out square box body by the hardboard, and square box body has disjunctor lid, and the lid passes through little tongue lock joint at the box body top, is equipped with the box inner cover that plays anti-fake opening effect in the box body in lid bottom position to the inner wall of box body is being close to the bottom and is punching the position and pasting and establish anti-fake label. To the card box of above-mentioned structure, need independent many equipment to accomplish the shaping production at present to be equipped with many workers, equipment cost, cost of labor are high, and work efficiency is low.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide the card box forming machine which is used for forming and manufacturing the card box, realizes online production, improves the working efficiency and reduces the equipment and labor cost.

In order to solve the technical problems, the invention adopts the following technical scheme to complete:

card box make-up machine, its characterized in that: the carton packaging machine comprises a front carton grabbing mechanism for grabbing and conveying cartons from a carton storage position to a front conveying platform and a rear carton grabbing mechanism for grabbing and conveying the cartons from the front conveying platform to a forming mechanism, wherein the front conveying platform is provided with a gluing station and a drying station, the gluing mechanism is arranged corresponding to the gluing station, the drying mechanism is arranged corresponding to the drying station, and the forming mechanism is used for forming a carton; the discharging position of forming mechanism is equipped with transition platform, and transition platform links up with back conveying platform, and back conveying platform is equipped with upper box inner cover station, bubble pressing station and plastic station, corresponds the upper box inner cover station and is equipped with upper box inner cover part, and the side of upper box inner cover part is equipped with box inner cover pay-off part, corresponds the bubble pressing station and is equipped with the bubble pressing part, corresponds the plastic station and is equipped with the plastic part.

Forming mechanism includes the carousel, the graduation is made to the carousel and is rotated the setting, the outer circumference of carousel is equipped with erects a station, the cross-folding station, close and cover the station and go out the box station, every station is equipped with forming die, forming die fixed mounting on the carousel, forming die's surface is equipped with the vacuum and inhales the hole, it is equipped with the perpendicular part of rolling over to correspond to erect the station, it is equipped with the cross-folding part to correspond the cross-folding station, it is equipped with and closes and covers the part to correspond to close to cover the station, it is equipped with out the box part to correspond out the box station, it is used for turning over the book that upwards of card box side to erect the part, the cross-folding part is used for the card box top edge to alternate the bonding, close and cover the part and be used for pushing away from forming die with the shaping card box.

The vertical folding component comprises an intermediate plate and a left and right turning plate, the intermediate plate is positioned under a forming die of the vertical folding station, the intermediate plate is pushed by an intermediate plate cylinder to move up and down, and the left turning plate and the right turning plate are arranged on the left and right sides of the intermediate plate in an upturning and overturning manner and are respectively pushed by a left turning plate cylinder and a right turning plate cylinder.

The transverse folding component comprises a left folding plate and a right folding roller, the left folding plate and the right folding roller are arranged on the left side and the right side of a forming die of a transverse folding station, the left folding plate is pushed by a left folding plate cylinder to move left and right, the left folding plate cylinder is mounted on a left lifting seat, the left lifting seat is pushed by a left lifting seat cylinder to move up and down, the right folding roller is pushed by a right folding roller cylinder to move left and right, the right folding roller cylinder is mounted on a right lifting seat, and the right lifting seat is pushed by a right lifting seat cylinder to move up and down.

The cover closing component comprises a left tongue folding plate and a right tongue folding plate, the left tongue folding plate and the right tongue folding plate are arranged on the left side and the right side of a forming die of a cover closing station, the left tongue folding plate is pushed by a left tongue folding plate cylinder to move left and right, the right tongue folding plate is pushed by a right tongue folding plate cylinder to move left and right, an inclined block is mounted at the bottom of the tongue folding plate, a cover closing push block and a small tongue folding plate are respectively arranged at the upper part and the lower part of the front position of the tongue folding plate, the cover closing push block is pushed by a cover closing push block cylinder to move front and back, the pushing surface of the cover closing push block is provided with grid teeth, the small tongue folding plate is pushed by a small tongue folding plate cylinder to move front and back, a cover turning plate is arranged above the tongue folding plate, the cover turning plate is pushed by a cover plate cylinder to move up and down, and the cover plate is provided with an inclined plane corresponding to the inclined block and a grid tooth groove corresponding to the grid teeth.

Go out the box part and press from both sides tight piece including a left side and press from both sides tight piece with the right side, press from both sides tight piece, the right side and press from both sides tight piece and set up in the left and right sides of the forming die who goes out the box station, press from both sides tight piece in a left side and press from both sides tight piece cylinder by a left side and promote and do about the activity, press from both sides tight piece in the right side and press from both sides tight piece cylinder by the right side and push away the action and control the activity, press from both sides tight piece cylinder in a left side and right side and install on the slide, the slide is promoted by sharp module slip table and is done the front and back activity.

The front and rear paperboard grabbing mechanism comprises a grabbing seat, a front row suction nozzle and a rear row suction nozzle which are installed on the grabbing seat, the grabbing seat performs reciprocating motion front and back, the front row suction nozzle is pushed by a front row suction nozzle cylinder to move up and down on the grabbing seat, the rear row suction nozzle is pushed by a rear row suction nozzle cylinder to move up and down on the grabbing seat, a grabbing positioning table is arranged below the front and rear row suction nozzles and fixedly installed, front, rear, left and right positioning blocks are arranged around the grabbing positioning table, a front positioning block and a left positioning block are fixedly arranged, the rear positioning block is pushed by a rear positioning block cylinder to move front and back, and the right positioning block is pushed by a right positioning block cylinder to move left and right.

The upper box inner cover part comprises a left clamping plate, a right clamping plate and an ejector block, the left clamping plate is pushed by a left clamping plate cylinder to move left and right, the right clamping plate is pushed by a right clamping plate cylinder to move left and right, finger clamping plates are arranged on two sides of the clamping plates and are pushed by finger clamping cylinders, the ejector block is located above the middle position of the left clamping plate and the right clamping plate and is pushed by an ejector block driving part to move up and down.

The pressure bubble part comprises a left pressure bubble plate, a right pressure bubble plate and an inner core die, the left pressure bubble plate is pushed by a left pressure bubble plate cylinder to move left and right, the right pressure bubble plate is pushed by a right pressure bubble plate cylinder to move left and right, the pressure bubble plate cylinder is a double-stroke cylinder or a double-cylinder combination, two sides of the pressure bubble plate are provided with positioning clamp plates, the positioning clamp plates are pushed by a clamp finger cylinder, the inner core die is positioned above the middle position of the left pressure bubble plate and the right pressure bubble plate, the inner core die is pushed by an inner core die driving piece to move up and down, the inner core die is provided with a small pressure bubble plate on the front side and the rear side close to the top position, the small pressure bubble plate is synchronous up and down along with the inner core die, and the small pressure bubble plate is pushed by the small pressure bubble plate cylinder to move back and forth.

Above-mentioned technical scheme's card box forming machine can realize the online production of card box shaping preparation, improves work efficiency, reduces equipment and cost of labor. The specific process is as follows: the front paperboard grabbing mechanism firstly acts, the paperboard with die-cutting indentations is grabbed and conveyed to the front conveying platform from a paperboard storage position, the paperboard is conveyed on the front conveying platform, the portion, to be bonded, of the paperboard is brushed with glue at a gluing station in the conveying process, the glue is dried at a drying station, then the paperboard is grabbed and conveyed to the forming mechanism from the front conveying platform by the rear paperboard grabbing mechanism, the paperboard is formed into a card box with a box cover buckled, the card box falls onto the transition platform after being formed, at the moment, a worker can manually paste the anti-counterfeiting label on a punching position close to the bottom of the inner wall of the box body, the transition platform is replaced again, the box cover is downward, the card box with the anti-counterfeiting label is conveyed again after entering the rear conveying platform, the box cover is pushed into the card box at an upper box cover station in the conveying process, and the pressing and foaming component presses and foams the card box at a foaming station, compress tightly the compaction to the former rubber coating bonding position of card box and antifalsification label pasting position, at the plastic station, the shaping part inwards extrudees the card box from four sides outside direction, carries out the plastic to the card box, and finally, the card box is sent out, accomplishes the shaping preparation of card box.

Drawings

The invention has the following drawings:

figure 1 is a schematic structural view of the present invention,

figure 2 is an enlarged partial view of the leftmost portion of figure 1,

figure 3 is an enlarged view of a portion of the forming mechanism of figure 1,

figure 4 is a schematic structural view of a vertical folding part,

figure 5 is a schematic view of the structure of the cross-folding member,

figure 6 is a schematic structural view of the cover closing part,

figure 7 is a working state diagram of the cover closing component when the cover is closed,

figure 8 is a schematic view of the structure of the out-box component,

figure 9 is a structural view of the appearance of the card box before the cover is closed,

figure 10 is an enlarged partial view of the rightmost portion of figure 1,

figure 11 is a schematic view of the construction of the bubble-compressing member,

figure 12 is a partial block diagram of figure 11,

FIG. 13 is a view showing a positional relationship between the cartridge and the inner lid when the inner lid is put on.

Detailed Description

As shown in figures 1, 2, 3 and 10, the card box forming machine comprises a front paper board grabbing mechanism 2 for grabbing and conveying paper boards A from a paper board storage position to a front conveying platform 4 and a rear paper board grabbing mechanism 6 for grabbing and conveying the paper boards from the front conveying platform 4 to a forming mechanism 7, wherein the front conveying platform 4 is provided with a gluing station and a drying station, the gluing mechanism 3 is arranged corresponding to the gluing station, the gluing mechanism 3 adopts a screen printing mode for gluing, the drying mechanism 5 is arranged corresponding to the drying station, the forming mechanism 7 is used for forming a card box B, a discharging position of the forming mechanism 7 is provided with a transition platform 8, the transition platform 8 is connected with a rear conveying platform 11, the rear conveying platform 11 is provided with an upper box inner cover station, a foam pressing station and a shaping station, the upper box inner cover part 10 is arranged corresponding to the upper box inner cover station, and a box feeding part 9 is arranged beside the upper box inner cover part 10, the foaming part 12 is arranged corresponding to the foaming station, and the shaping part 13 is arranged corresponding to the shaping station. The cardboard storage position is equipped with about two sets of cardboard storage storehouse 1 of looks isostructure, and a set of is in the work position, and a set of is in reserve position, but station is changeed each other in two sets of cardboard storage storehouse 1.

As shown in fig. 3, the forming mechanism 7 includes a turntable 71, the turntable 71 is disposed in an indexing rotation manner, a vertical folding station, a horizontal folding station, a cover closing station and a box discharging station are disposed on the outer circumference of the turntable, a forming mold 76 is disposed at each station, the forming mold 76 is fixedly mounted on the turntable 71, a vacuum suction hole is disposed on the surface of the forming mold 76, a vertical folding member 72 is disposed corresponding to the vertical folding station, a horizontal folding member 73 is disposed corresponding to the horizontal folding station, a cover closing member 74 is disposed corresponding to the cover closing station, and a box discharging member 75 is disposed corresponding to the box discharging station, the vertical folding member 72 is used for upward folding and folding of the side edge of the cartridge, the horizontal folding member 73 is used for penetrating and bonding the top edge of the cartridge, the cover closing member 74 is used for covering the lid of the cartridge, and the box discharging member 75 is used for pushing the formed cartridge away from the forming mold 76.

As shown in fig. 4, the vertical folding component 72 includes an intermediate plate 721 and left and right turning plates, the intermediate plate 721 is located under the forming mold 76 of the vertical folding station, the intermediate plate 721 is driven by an intermediate plate cylinder 725 to move up and down, and a left turning plate 723 and a right turning plate 722 are arranged on the left and right sides of the intermediate plate in an upturning manner and are driven by a left turning plate cylinder 724 and a right turning plate cylinder 726, respectively. The action process of the vertical folding component is as follows (refer to fig. 9): when the paperboard A is conveyed to the position below the forming die 76 of the vertical folding station, the middle plate 721 moves upwards to press the middle part A1 of the paperboard to the bottom of the forming die 76, then the left turning plate 723 and the right turning plate 722 turn upwards respectively to vertically fold the side edges A2 and A3 of the paperboard, and simultaneously vacuum suction holes on the surface of the forming die 76 suck air to fix the side edges A2 and A3 of the vertically folded paperboard in an adsorbing manner, so that the vertical folding operation is completed.

As shown in fig. 5, the transverse folding part 73 includes a left folding plate 731 and a right folding roller 735, the left folding plate 731 and the right folding roller 735 are disposed on the left and right sides of the forming die 76 at the transverse folding station, the left folding plate 731 is pushed by a left folding plate cylinder 732 to move left and right, the left folding plate cylinder 732 is mounted on a left lifting seat 733, the left lifting seat 733 is pushed by a left lifting seat cylinder 734 to move up and down, the right folding roller 735 is pushed by a right folding roller cylinder 736 to move left and right, the right folding roller cylinder 736 is mounted on a right lifting seat 737, and the right lifting seat 737 is pushed by a right lifting seat cylinder 738 to move up and down. The action process of the transverse folding component is (refer to fig. 9): when the paperboard is sent to the transverse folding station along with the forming die 16, firstly, the left and right lifting seat cylinders act to move the left and right lifting seats down to the right, then the left folding plate 731 acts forwards to fold the narrow top edge A4 of the paperboard inwards transversely, after the narrow top edge A4 is folded inwards to the right, the right folding roller 735 acts forwards to fold the wide top edge A5 of the paperboard inwards transversely, so that the wide and narrow top edges of the card box are bonded in an inserting mode (the narrow top edges are coated with glue in advance at a gluing station), the transverse folding action is completed, and at the moment, the square box body of the card box is formed actually.

As shown in fig. 6 and 7, the cover closing component 74 includes a left tongue-folding plate 744 and a right tongue-folding plate 750, the left tongue-folding plate 744 and the right tongue-folding plate 750 are disposed on the left and right sides of the forming mold 76 at the cover closing station, the left tongue-folding plate 744 is pushed by a left tongue-folding cylinder 742 to move left and right, the right tongue-folding plate 750 is pushed by a right tongue-folding cylinder 749 to move left and right, the left tongue-folding plate 744 and the right tongue-folding plate 750 are both provided with a slant 743 at the bottom thereof, the left tongue-folding cylinder 742 and the right tongue-folding cylinder 749 are mounted on a lifting plate 741, the lifting plate 741 is pushed by the lifting plate cylinder 755 to move up and down, a cover closing push block 751 and a small tongue folded plate 754 are respectively disposed above the front position of the cover closing push block 751 and the small tongue folded plate 754, the cover closing push block 751 is pushed by a cover closing push block cylinder 752 to move forward and backward, the push block 751 has a grid tooth, the small tongue folded plate 754 is pushed by a small tongue cylinder 753 to move forward and backward, a flip cover plate 747 is disposed above the tongue-folding plate, the flip-up plate 747 is moved up and down by the flip-up plate cylinder 746, and the flip-up plate 747 has an inclined surface 745 corresponding to the inclined block 743 and a fence tooth groove 748 corresponding to the fence tooth. The action process of the cover closing component is as follows (refer to fig. 9): when the box body is sent to a cover closing station along with a forming die 16, firstly, a lifting plate cylinder 755 acts to move the left and right tongue folding plates to move upwards to a proper position, then a left tongue A6 and a right tongue A7 of the paper board move forwards to turn over 90 inwards, then a cover plate 747 moves downwards to turn down a cover plate A8 of the box body, an inclined block 743 controls the turning-down angle of the cover plate A8, then a small tongue folding plate 754 moves forwards to appropriately turn in a small tongue A9 connected to the cover plate and enable the small tongue A9 which is turned inwards to fall on the top surface of the small tongue folding plate 754, the end part of the small tongue is aligned to the position of the box body to be buckled, after the actions are completed, the left tongue folding plate 744 and the right tongue folding plate 750 return, then a cover closing pushing block 751 moves forwards, grid teeth on a cover pushing block 751 move forwards by abdicating grid tooth grooves on the cover plate 9 in the process of the cover plate A8 continuing to push forwards, and the cover plate A8 moves forwards synchronously, when the small tongue A9 moves forwards, the small tongue folded plate 754 is guided by the top surface, finally the small tongue A9 can be buckled in the box body, and the card box cover plate A8 covers to complete the cover closing action, at this time, the card box body is completely formed.

As shown in fig. 8, the box-out component 75 includes a left clamping block 764 and a right clamping block, the left clamping block 764 and the right clamping block are disposed on the left and right sides of the forming mold 76 of the box-out station, the left clamping block 764 is pushed by a left clamping block cylinder 765 to move left and right, the right clamping block is pushed by a right clamping block cylinder 763 to move left and right, the left and right clamping block cylinders are mounted on a sliding plate 762, and the sliding plate 762 is pushed by a linear module sliding table 761 to move front and back. The action process of the box discharging component is as follows: when the fashioned card box B of body is sent out the box station along with forming die 16, the left side presss from both sides tight piece 764 and the right side and presss from both sides tight piece forward, embraces card box B from both sides tightly, and sharp module slip table 761 action afterwards, the left side presss from both sides tight piece 764 and the outside action of right side clamp piece, pushes away card box B from forming die 76, and card box B falls to the transition platform on, the completion goes out the box action.

The front cardboard grabbing mechanism 2 and the rear cardboard grabbing mechanism 6 are of the same structure, as shown in fig. 3, the rear cardboard grabbing mechanism 6 comprises a grabbing seat 61, a front row suction nozzle 60 and a rear row suction nozzle 68 which are installed on the grabbing seat, the grabbing seat 61 reciprocates back and forth, the front row suction nozzle 60 is pushed by a front row suction nozzle cylinder 62 to move up and down on the grabbing seat, the rear row suction nozzle 68 is pushed by a rear row suction nozzle cylinder 63 to move up and down on the grabbing seat, a grabbing positioning table 66 is arranged below the front row suction nozzle and the rear row suction nozzle, the grabbing positioning table 66 is fixedly installed, front, rear, left and right positioning blocks are arranged around the grabbing positioning table 66, the front positioning block and the left positioning block 64 are fixedly arranged, the rear positioning block 65 is pushed by a rear positioning block cylinder to move back and forth, and right positioning block 67 is pushed by a right positioning block cylinder to move left and right. The action process of the front and rear paper board grabbing mechanisms is as follows: the front row suction nozzles 60 suck the paper board A at the paper board storage position or on the front conveying platform, and then the paper board A is conveyed to the grabbing positioning table 66, and the paper board A is accurately positioned under the combined action of the front positioning block, the rear positioning block, the left positioning block and the right positioning block on the grabbing positioning table 66; in the process that the front row suction nozzles 60 grab and convey the paper boards to the grabbing and positioning table 66, the rear row suction nozzles 68 grab the paper boards positioned on the grabbing and positioning table 66 and convey the paper boards to the front conveying platform or the forming mechanism, so that the positioning and grabbing functions are realized.

As shown in fig. 10, the upper cover member 10 includes a left clamp plate 104, a right clamp plate and a top block 101, the left clamp plate 104 is moved left and right by being pushed by a left clamp plate cylinder 103, the right clamp plate is moved left and right by being pushed by a right clamp plate cylinder, finger clamping plates 105 are provided on both sides of the clamp plate, the finger clamping plates 105 are pushed by finger clamping cylinders, the top block 101 is located above the middle position of the left and right clamp plates and is moved up and down by being pushed by a top block driving member 102, and a vacuum suction hole is provided on the bottom surface of the top block 101. The lid-in-box feeding unit 9 includes a feeding platform 902 and a push-cover plate 901, the feeding platform 902 is fixedly installed, the lid-in-box storage bin 904 is installed on the feeding platform 902, and the push-cover plate 901 is movable back and forth at the bottom of the lid-in-box storage bin 904 and pushed by a push-cover plate cylinder 903. The lid loading action is performed as follows (see fig. 13): the inner covers C in the boxes are stacked up and down in the box inner cover storage bin 904, the cover plate pushing cylinder 903 acts, the cover plate pushing cylinder 901 pushes the box inner cover at the bottommost part in the box inner cover storage bin 904 outwards and sends the box inner cover to the lower part of the ejector block 101, and the vacuum suction holes in the bottom surface of the ejector block 101 can suck and fix the box inner covers C; at this moment, when the card box B with the upward bottom is conveyed to the station of the inner cover of the upper box to stop intermittently, the left clamping plate 104 and the right clamping plate can hold the left side and the right side of the card box B forward, meanwhile, the clamping finger plate 105 acts to hold the front side and the rear side of the card box B so as to accurately position the card box B, then the jacking block 101 acts downward to accurately convey the inner cover C into the card box B until the inner cover C is close to the box cover, and further the action of loading the inner cover is completed.

As shown in fig. 11 and 12, the bubble pressing member 12 includes a left bubble pressing plate 128, a right bubble pressing plate 129 and an inner core mold 121, the left bubble pressing plate 128 is moved left and right by being pushed by a left bubble pressing plate cylinder 125, the right bubble pressing plate 128 is moved left and right by being pushed by a right bubble pressing plate cylinder 120, the left bubble pressing plate cylinder 125, the right bubble pressing plate cylinder 120 is a double-cylinder combination (or a double-stroke cylinder), positioning clamp plates 127 are arranged on two sides of the bubble pressing plate, the positioning clamp plates 127 are pushed by a clamping finger cylinder 126, the clamping finger cylinder 126 is arranged on the back of a left bubble pressing plate 128 and a right bubble pressing plate 129, an inner core mold 121 is positioned above the middle position of the left bubble pressing plate and the right bubble pressing plate and is pushed by an inner core mold driving part 122 to move up and down, small bubble pressing plates 123 are arranged on the front side and the rear side of the inner core mold 121 close to the top position, the small bubble pressing plates 123 are synchronously up and down along with the inner core mold 121, the small bubble pressing plates 123 are pushed by a small bubble pressing plate cylinder 124 to move up and down, and the small bubble pressing plate cylinder 124 is arranged on the inner core mold pushing plate. The foam pressing component performs the foam pressing action in the following way: when the card box B is conveyed to the foam pressing station to stop intermittently, the left foam pressing plate 128 and the right foam pressing plate 129 can hold the left side and the right side of the card box B forward, the positioning clamp plate 127 acts to hold the front side and the rear side of the card box B simultaneously, so that the card box B is accurately positioned, the inner core mold 121 acts downward, the card box B is deeply inserted into the card box B to play a supporting role inside the card box, then the left foam pressing plate 128 and the right foam pressing plate 129 continue to act forward, meanwhile, the small foam pressing plate 123 acts forward, the previous gluing and bonding part and the anti-counterfeit label bonding part of the card box B are compressed and compacted, and the foam pressing action of the card box B is completed.

As shown in fig. 10, the shaping component 13 includes four shaping blocks, namely, a front shaping block 131, a rear shaping block 131, a left cylinder 132, a right cylinder 132, a left cylinder 132, a right cylinder, a front shaping block 135, a rear cylinder 136, a front cylinder 136, a slide carriage 133, and a transverse cylinder 134. The shaping component performs the shaping action as follows: when the card box B is conveyed to the shaping station for intermittent stop, the slide seat moves forwards to enable the front shaping block and the rear shaping block to be positioned in front of and behind the card box, the left shaping block and the right shaping block to be positioned on the left side and the right side of the card box, the front shaping cylinder, the rear shaping cylinder, the left shaping cylinder, the right shaping cylinder, the front shaping cylinder, the right shaping cylinder, the left shaping cylinder, the right shaping cylinder, the card box and the card box.

The invention works as follows: the front paperboard grabbing mechanism firstly acts, the paperboard which is subjected to die cutting indentation is grabbed and positioned from a paperboard storage position and is conveyed to the front conveying platform, the paperboard is conveyed on the front conveying platform, the portion, to be bonded, of the paperboard is brushed with glue at a gluing station in the conveying process, the glue is dried at a drying station, then the paperboard is grabbed, positioned and conveyed to the forming mechanism from the front conveying platform by the rear paperboard grabbing mechanism, the paperboard is grabbed, positioned and conveyed to the forming mechanism from the forming mechanism along with the indexing rotation of the turntable through the actions of the vertical folding component, the transverse folding component, the cover closing component and the box discharging component, the card box body is formed and falls onto the transition platform, at the moment, a worker can manually paste the anti-counterfeiting label at a punching position close to the bottom on the inner wall of the box body, then the transition platform is placed back again, the box cover faces downwards, then the card box on which the anti-counterfeiting label is pasted enters the rear conveying platform and is conveyed again, and the inner cover station of the upper box is arranged in the conveying process, the box internal lid is in the propelling movement entering card box, and at the pressure bubble station, the pressure bubble part presses the bubble action to the card box, compresses tightly the compaction to the preceding rubber coating bonding position of card box and antifalsification label pasting position, and at the plastic station, the plastic part extrudees the card box from the inside direction in four sides outside, carries out the plastic to the card box, and finally, the card box is seen off, accomplishes the shaping preparation of card box.

Claims

1. Card box make-up machine, its characterized in that: the carton packaging machine comprises a front carton grabbing mechanism for grabbing and conveying cartons from a carton storage position to a front conveying platform and a rear carton grabbing mechanism for grabbing and conveying the cartons from the front conveying platform to a forming mechanism, wherein the front conveying platform is provided with a gluing station and a drying station, the gluing mechanism is arranged corresponding to the gluing station, the drying mechanism is arranged corresponding to the drying station, and the forming mechanism is used for forming a carton; the discharging position of forming mechanism is equipped with transition platform, and transition platform links up with back conveying platform, and back conveying platform is equipped with upper box inner cover station, bubble pressing station and plastic station, corresponds the upper box inner cover station and is equipped with upper box inner cover part, and the side of upper box inner cover part is equipped with box inner cover pay-off part, corresponds the bubble pressing station and is equipped with the bubble pressing part, corresponds the plastic station and is equipped with the plastic part.

2. The cartridge molding machine of claim 1, wherein: forming mechanism includes the carousel, the graduation is made to the carousel and is rotated the setting, the outer circumference of carousel is equipped with erects a station, the cross-folding station, close and cover the station and go out the box station, every station is equipped with forming die, forming die fixed mounting on the carousel, forming die's surface is equipped with the vacuum and inhales the hole, it is equipped with the perpendicular part of rolling over to correspond to erect the station, it is equipped with the cross-folding part to correspond the cross-folding station, it is equipped with and closes and covers the part to correspond to close to cover the station, it is equipped with out the box part to correspond out the box station, it is used for turning over the book that upwards of card box side to erect the part, the cross-folding part is used for the card box top edge to.

3. The cartridge molding machine of claim 2, wherein: the vertical folding component comprises an intermediate plate and a left and right turning plate, the intermediate plate is positioned under a forming die of the vertical folding station, the intermediate plate is pushed by an intermediate plate cylinder to move up and down, and the left turning plate and the right turning plate are arranged on the left and right sides of the intermediate plate in an upturning and overturning manner and are respectively pushed by a left turning plate cylinder and a right turning plate cylinder.

4. The cartridge molding machine of claim 2, wherein: the transverse folding component comprises a left folding plate and a right folding roller, the left folding plate and the right folding roller are arranged on the left side and the right side of a forming die of a transverse folding station, the left folding plate is pushed by a left folding plate cylinder to move left and right, the left folding plate cylinder is mounted on a left lifting seat, the left lifting seat is pushed by a left lifting seat cylinder to move up and down, the right folding roller is pushed by a right folding roller cylinder to move left and right, the right folding roller cylinder is mounted on a right lifting seat, and the right lifting seat is pushed by a right lifting seat cylinder to move up and down.

5. The cartridge molding machine of claim 2, wherein: the cover closing component comprises a left tongue folding plate and a right tongue folding plate, the left tongue folding plate and the right tongue folding plate are arranged on the left side and the right side of a forming die of a cover closing station, the left tongue folding plate is pushed by a left tongue folding plate cylinder to move left and right, the right tongue folding plate is pushed by a right tongue folding plate cylinder to move left and right, an inclined block is mounted at the bottom of the tongue folding plate, a cover closing push block and a small tongue folding plate are respectively arranged at the upper part and the lower part of the front position of the tongue folding plate, the cover closing push block is pushed by a cover closing push block cylinder to move front and back, the pushing surface of the cover closing push block is provided with grid teeth, the small tongue folding plate is pushed by a small tongue folding plate cylinder to move front and back, a cover turning plate is arranged above the tongue folding plate, the cover turning plate is pushed by a cover plate cylinder to move up and down, and the cover plate is provided with an inclined plane corresponding to the inclined block and a grid tooth groove corresponding to the grid teeth.

6. The cartridge molding machine of claim 2, wherein: go out the box part and press from both sides tight piece including a left side and press from both sides tight piece with the right side, press from both sides tight piece, the right side and press from both sides tight piece and set up in the left and right sides of the forming die who goes out the box station, press from both sides tight piece in a left side and press from both sides tight piece cylinder by a left side and promote and do about the activity, press from both sides tight piece in the right side and press from both sides tight piece cylinder by the right side and push away the action and control the activity, press from both sides tight piece cylinder in a left side and right side and install on the slide, the slide is promoted by sharp module slip table and is done the front and back activity.

7. The cartridge molding machine of claim 1, wherein: the front and rear paperboard grabbing mechanism comprises a grabbing seat, a front row suction nozzle and a rear row suction nozzle which are installed on the grabbing seat, the grabbing seat performs reciprocating motion front and back, the front row suction nozzle is pushed by a front row suction nozzle cylinder to move up and down on the grabbing seat, the rear row suction nozzle is pushed by a rear row suction nozzle cylinder to move up and down on the grabbing seat, a grabbing positioning table is arranged below the front and rear row suction nozzles and fixedly installed, front, rear, left and right positioning blocks are arranged around the grabbing positioning table, a front positioning block and a left positioning block are fixedly arranged, the rear positioning block is pushed by a rear positioning block cylinder to move front and back, and the right positioning block is pushed by a right positioning block cylinder to move left and right.

8. The cartridge molding machine of claim 1, wherein: the upper box inner cover part comprises a left clamping plate, a right clamping plate and an ejector block, the left clamping plate is pushed by a left clamping plate cylinder to move left and right, the right clamping plate is pushed by a right clamping plate cylinder to move left and right, finger clamping plates are arranged on two sides of the clamping plates and are pushed by finger clamping cylinders, the ejector block is located above the middle position of the left clamping plate and the right clamping plate and is pushed by an ejector block driving part to move up and down.

9. The cartridge molding machine of claim 1, wherein: the pressure bubble part comprises a left pressure bubble plate, a right pressure bubble plate and an inner core die, the left pressure bubble plate is pushed by a left pressure bubble plate cylinder to move left and right, the right pressure bubble plate is pushed by a right pressure bubble plate cylinder to move left and right, the pressure bubble plate cylinder is a double-stroke cylinder or a double-cylinder combination, two sides of the pressure bubble plate are provided with positioning clamp plates, the positioning clamp plates are pushed by a clamp finger cylinder, the inner core die is positioned above the middle position of the left pressure bubble plate and the right pressure bubble plate, the inner core die is pushed by an inner core die driving piece to move up and down, the inner core die is provided with a small pressure bubble plate on the front side and the rear side close to the top position, the small pressure bubble plate is synchronous up and down along with the inner core die, and the small pressure bubble plate is pushed by the small pressure bubble plate cylinder to move back and forth.

10. The cartridge molding machine of claim 1, wherein: the cardboard storage position is equipped with about two sets of cardboard storage storehouses of looks isostructure, and a set of is in the work position, and a set of is in reserve position, but station is converted each other in two sets of cardboard storage warehouses.