CN217945683U

CN217945683U - Full-automatic paper pile detection production equipment set

Info

Publication number: CN217945683U
Application number: CN202221445055.XU
Authority: CN
Inventors: 杨伟纯; 胡付宜
Original assignee: YANBIAN CHANGBAISHAN PRINTING CO Ltd
Current assignee: YANBIAN CHANGBAISHAN PRINTING CO Ltd
Priority date: 2022-06-10
Filing date: 2022-06-10
Publication date: 2022-12-02
Anticipated expiration: 2032-06-10

Abstract

The utility model relates to a paper buttress arrangement equipment technical field especially relates to full-automatic paper buttress detection production facility group, the slitter edge is cleared up useless equipment and is piled up a pile of paper buttress and carry to the neat haulage equipment that piles up of feeding, the neat haulage equipment that piles up of feeding will fold more after the paper buttress stack carries to breaking off with the fingers and thumb the paper full edge equipment after, transport once more to paper buttress quality testing machine, paper buttress quality testing machine falls into qualified paper buttress and non-qualified paper buttress with the paper buttress, non-qualified paper buttress is carried to paper buttress collection equipment, qualified paper buttress is carried and is piled up conveying equipment to the ejection of compact, the ejection of compact piles up conveying equipment and carries the paper buttress again and pricks equipment to the paper buttress. The utility model has the advantages that: this application is setting up between clear useless machine and the quality control machine through multiunit equipment to realize in the transportation function in the difference, its equipment structure reasonable in design, this design improve equipment's precision and degree of automation, thereby reduce the manpower and materials of producer, improve equipment's production efficiency and product quality.

Description

Full-automatic paper pile detection production equipment set

Technical Field

The utility model relates to a paper buttress arrangement equipment technical field especially relates to full-automatic paper buttress detects production facility group.

Background

Before the cigarette outer packing paper box is made into a box, the cigarette outer packing paper box is a printed and cut small paper board which is processed by a printing factory, the small paper board is a semi-finished product, a certain number of small paper boards are piled into a pile, and the small paper boards are arranged by paper film belts so as to be convenient for packaging, transferring and transporting. After the stacks of cartons have been transported to a cigarette production plant, the cigarette production facility automatically packs and packs the cigarettes.

At present, the cigarette box cardboard buttress that uses on the cigarette production facility needs equipment to inspect the printing effect, need pile up a plurality of cigarette box cardboard buttress before detecting to transport to assigned position, because the paper buttress in transmission process, not align and tie, so need carry on neatly the paper buttress, and stable transport.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to prior art current situation, provide full-automatic paper buttress detection production facility group, realize by multiunit equipment that the paper buttress piles up whole limit, detect categorised and prick multichannel processes such as shaping, whole adoption automation equipment realizes.

The full-automatic paper pile detection production equipment set comprises waste edge waste cleaning equipment, paper pile stacking conveying equipment, paper pile neatly stacking conveying equipment, paper pile edge breaking equipment and paper pile article checking machine, the paper pile article checking machine divides the paper pile into qualified paper piles and unqualified paper piles, the unqualified paper piles are conveyed to the paper pile collection equipment, the qualified paper piles are conveyed to discharging stacking conveying equipment, and the discharging stacking conveying equipment conveys the paper piles to the paper pile binding equipment; the paper stack feeding conveying channel is arranged at a feeding port of a paper stack conveying roller set of the feeding tidy stacking and carrying equipment, the paper stack discharging conveying channel is arranged on one side of the rack, the paper stack lifting roller set positioned in the rack is arranged at a discharging port of the paper stack feeding conveying channel, the paper stack carrying assembly positioned above the paper stack lifting roller set is arranged on the rack, and the paper stack tidy assembly positioned on one side above the paper stack discharging conveying channel is installed on the rack; the first transverse pushing assembly and the second transverse pushing assembly of the discharging stacking conveying equipment are arranged on the frame, the first conveying roller set is installed on the frame through a side supporting plate, the conveying roller lifting assembly drives the second conveying roller set to move up and down, the front end of the first transverse pushing assembly is provided with a paper stack baffle, the first transverse pushing assembly drives the first longitudinal round rod to transversely move back and forth, and the second transverse pushing assembly drives the second longitudinal round rod to transversely move back and forth; paper buttress is pricked bottom one side on the mechanical support of equipment and is equipped with the paper buttress and pushes the structure, and the opposite side is equipped with the feeding structure of tailorring that is used for carrying and cutting the wrapping paper on the mechanical support, and the paper buttress pushes the structure top and is equipped with the folding transport structure who is used for folding wrapping paper, and paper buttress centre gripping structure sets up at the top of mechanical support, and rubberizing tape structure sets up the paper buttress extension board on mechanical support.

The paper pile lifting roller group comprises a paper pile lifting roller, a lifting cylinder and a lifting support, a push rod of the lifting cylinder is connected to the bottom of the lifting support and drives the lifting support to move up and down, a plurality of paper pile lifting rollers are arranged on the lifting support, the paper pile lifting rollers and the paper pile conveying rollers of the paper pile conveying roller group are arranged in a staggered mode, the paper pile lifting rollers are arranged on the lifting support at equal intervals, the paper pile lifting rollers upwards penetrate between the two paper pile conveying rollers to the top of the paper pile conveying roller group, two rows of paper pile conveying roller groups are arranged inside the machine frame, and the paper pile feeding conveying channels are independently connected with feeding ports of the paper pile conveying roller group.

The paper pile conveying assembly comprises a transverse pushing cylinder, a conveying connecting plate, supporting round rods and a positioning plate, wherein the transverse pushing cylinder is connected to the conveying connecting plate through a push rod and drives the conveying connecting plate to move, the supporting round rods are arranged on the conveying connecting plate, a blocking surface of the positioning plate below the L-shaped positioning plate is vertically extended downwards, the top of the transverse pushing cylinder is installed on a synchronous belt through a clamping plate, a driving motor drives the synchronous belt to move back and forth and drives the transverse pushing cylinder to move back and forth, a sliding block at the top of the transverse pushing cylinder is installed on a limiting rail and moves linearly along the limiting rail, the paper pile tidying assembly mainly comprises a first tidying cylinder, a second tidying cylinder and a tidying baffle, the first tidying cylinder installed on a rack drives the second tidying cylinder to move back and forth, a push rod of the second tidying cylinder is connected to the tidying baffle and drives the tidying baffle to move, the front end of a paper pile conveying channel is provided with a paper pile supporting plate, the paper pile supporting plate is connected to a lifting motor, and the lifting motor drives the paper pile supporting plate to move up and down along a guide rod.

Specifically, the stack separating component mainly comprises a lifting driving component, a first transverse pushing cylinder, a second transverse pushing cylinder, a stack separating pressing plate cylinder and a paper stack lifting driving component, wherein the paper stack conveying belt is arranged on the frame, the lifting driving component is arranged on the frame through a bracket, the lifting driving component drives the first transverse pushing cylinder to perform longitudinal linear displacement along a limiting guide rod, the first transverse pushing cylinder drives the stack separating forks to perform front and back displacement through push rods, the second transverse pushing cylinder is arranged on the bracket and positioned below the first transverse pushing cylinder, the second transverse pushing cylinder drives the stack separating forks to perform front and back displacement through the push rods, the stack separating pressing plate cylinder is arranged on the bracket and positioned above the middle stack, the stack separating pressing plate cylinder drives the stack separating pressing plate to perform front and back displacement, and the paper stack lifting driving component is arranged at the discharge end of the paper stack conveying belt, the paper pile lifting driving assembly mainly comprises a lifting paper pile fork, a lifting motor, a ball screw and a guide rod, wherein two sides of the lifting paper pile fork are sleeved on the guide rod, the lifting motor drives the lifting paper pile fork to move up and down along the guide rod on two sides through the ball screw, the paper pile conveying belt consists of two parallel conveying belts, the front end of the lifting paper pile fork extends outwards to form a paper pile supporting strip, three paper pile supporting strips and the two conveying belts are arranged in a staggered manner, a lattice blocking cylinder is arranged above the lifting paper pile fork, a push rod of the lattice blocking cylinder drives a lattice blocking round rod to do longitudinal linear displacement, and the two lattice blocking round rods are vertically arranged, the check keep off horizontal cylinder and drive the displacement around the check keep off cylinder, the side divide the buttress fork to be located well branch buttress fork left and right sides, both sides divide the buttress front end all to be equipped with an inclined plane, well branch buttress fork front end is most advanced and upper surface front end is two inclined planes, break paper subassembly off with fingers and thumb mainly by supporting the mould and push down the mould and constitute, push down the mould setting in the top that supports the mould, support the mould and install on supporting the fixed plate, support the fixed plate and insert a plurality of spacing cylinders, spacing cylinder is located and supports the mould outward flange and block and support the mould, be equipped with in the frame and support triaxial cylinder and push down the triaxial cylinder, support the triaxial cylinder and drive the displacement about supporting the mould through supporting the fixed plate, push down triaxial cylinder and drive and push down displacement about the mould, support mould and push down and be equipped with the paper buttress layer board between the mould, install the paper buttress layer board in the frame and be equipped with the trench that supplies to support the mould to pass through, support mould upper surface and push down the mould lower surface and all be equipped with the cushion.

The lower pressing die is divided into a front inclined pressing plate and a rear inclined pressing plate and an arc pressing plate, the two inclined pressing plates are respectively arranged at the front end and the rear end of a connecting plate of the lower pressing die, an arc pressing plate cylinder arranged on the connecting plate of the lower pressing die is connected to the arc pressing plate, the bottom of the arc pressing plate positioned between the two inclined pressing plates is protruded downwards to form a cambered surface, the inclined pressing plates are all inclined downwards from inside to outside to form an inclined surface, the front inclined pressing plate and the rear inclined pressing plate are symmetrically arranged, the inclined pressing plates are provided with photoelectric switches, pin shafts sleeved with springs are arranged below U-shaped grooves of the photoelectric switches, the supporting fixing plate is provided with two supporting dies, the top of each supporting die is a cambered surface of a downward groove, the paper stack supporting plate is provided with two rectangular groove positions, the two supporting dies can penetrate through the two rectangular groove positions, the supporting dies are divided into a left supporting die and a right supporting die, the upper surface of the left supporting die is protruded upwards, the upper surface of a right side supporting mould is downwards sunken, the pressing mould is divided into a left pressing mould and a right pressing mould, the lower surface of the left side pressing mould is upwards sunken, the supporting moulds correspond to the pressing moulds one by one, a lower supporting plate is arranged between the left supporting mould and the right supporting mould, a pressing supporting plate is arranged between the pressing moulds, the pressing supporting plate is arranged on a pressing mould connecting plate through four supporting shafts sleeved with springs, the front end and the rear end of the left side supporting mould are provided with plane supporting moulds, the carrying assembly mainly comprises carrying clamping plates, carrying pushing cylinders and driving devices, the two carrying clamping plates are symmetrically arranged, the two carrying pushing cylinders drive the carrying clamping plates to approach towards the middle and separate outwards, the driving devices drive the carrying pushing cylinders to do transverse reciprocating motion through supports, the carrying clamping plates are arranged on two sides of a paper pile supporting plate, the inner side surfaces of the carrying clamping plates are provided with groove positions matched with the shape of the paper pile, ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base along the slide rail displacement.

The first transverse pushing assembly is mainly composed of a first displacement bottom plate, a first transverse pushing cylinder and a first sliding block, a push rod of the first transverse pushing cylinder is connected to the first displacement bottom plate, the bottom of the first displacement bottom plate is installed on a double-sliding rail on the rack through a first sliding block, the second transverse pushing assembly is mainly composed of a second displacement bottom plate, a second transverse pushing cylinder and a second sliding block, a push rod of the second transverse pushing cylinder is connected to the second displacement bottom plate, the bottom of the second displacement bottom plate is installed on the double-sliding rail on the rack through a second sliding block, a second longitudinal round rod is installed on the second displacement bottom plate, a first longitudinal round rod is installed on the first displacement bottom plate, a second longitudinal round rod and the first longitudinal round rod are symmetrically arranged, the first transverse pushing assembly and the second transverse pushing assembly respectively drive the second longitudinal round rod and the first longitudinal round rod to approach and separate from each other, the first conveying roller set and the second conveying set are formed by arranging a plurality of conveying rollers, and the motor drives the conveying rollers to rotate equidistantly through gears.

Specifically, the second longitudinal round rod and the first longitudinal round rod penetrate between two conveying rollers from bottom to top, a first transverse pushing cylinder of the first transverse pushing assembly is installed on a distance adjusting block, a corrugated handle pushes the first transverse pushing cylinder to move along a double-sliding rail through an ejector rod, the conveying roller lifting assembly mainly comprises an installation fixing plate, a lifting driving motor and a driving gear, the lifting driving motor drives the installation fixing plate to move up and down through the driving gear and a chain, and the second conveying roller group is installed on the installation fixing plate.

Specifically, the paper stack feeding roller group is arranged on a mechanical support and positioned inside a feeding port of the mechanical support, a material pushing roller arranged on the mechanical support transversely drives an air cylinder to drive a paper stack material pushing roller group to displace, a feeding roller driving device drives the paper stack feeding roller group to rotate, the paper stack feeding roller group and the paper stack material pushing roller group are perpendicular to each other and the roller groups are arranged in a staggered manner, a packaging paper roll driving motor arranged on the mechanical support drives a packaging paper roll shaft to rotate, packaging paper on the packaging paper roll shaft is sequentially pulled to a tension adjusting structure, a cutter component and a double-flat belt transmission component, a first folding paper plate cylinder group and a second folding paper plate cylinder group are respectively arranged on the inner side of the mechanical support, a first folding paper plate and a second folding paper plate are arranged inside the mechanical support, the first folding paper cylinder group drives the first folding paper plate to make transverse linear displacement, the second folding paper cylinder group drives the second folding paper plate to make transverse linear displacement, the paper stack upper push plate is arranged below the space between the first paper folding plate and the second paper folding plate, the paper stack lower press plate is arranged above the space between the first paper folding plate and the second paper folding plate, the double-flat belt transmission assembly is arranged below the first paper folding plate and the second paper folding plate, the paper stack clamping structure is arranged on the mechanical support and is positioned above the paper stack supporting plate, the adhesive tape assembly is arranged in an adhesive tape mounting groove of the paper stack supporting plate, a pull rod of the adhesive tape assembly drives the rubber pressing rollers at two sides to swing, the tooth cutter positioned between the two rubber pressing rollers is arranged on the paper stack supporting plate through the cutter sliding block assembly at one side, the adhesive tape assembly is also provided with an adhesive tape roller for mounting an adhesive tape roll, the driving device mainly comprises a clamping driving motor, a sliding shaft and a synchronous belt, the top of the clamping mounting seat is arranged on the synchronous belt through a clamping plate and a backing plate, the clamping driving motor drives the synchronous belt to displace through a gear set, two sliding shafts arranged on the machine frame penetrate through the clamping mounting seat.

Specifically, one side of the paper stack feeding roller group is arranged on a mechanical support through a driving gear group, a feeding roller driving device drives the paper stack feeding roller group to rotate through the driving gear group, a paper stack positioning baffle is arranged on the other side of the paper stack feeding roller group, a paper stack pushing cylinder is arranged below the position between the paper stack positioning baffle and the paper stack feeding roller group, a paper stack upper pushing plate is arranged at the top of a pushing rod of the paper stack pushing cylinder, the paper stack baffle is arranged in the conveying direction of the paper stack feeding roller group, the back of the paper stack positioning baffle is arranged in the mechanical support through a positioning baffle adjusting base, a baffle corrugated handle drives the paper stack positioning baffle to move back and forth along limiting sliding rods on two sides through the pushing rod, paper pile positioning baffle both sides be equipped with the spacing blend stop of paper pile, two spacing blend stop cylinders of symmetrical arrangement pass through the fixing base and install in mechanical support and drive the spacing blend stop of paper pile through the push rod and draw close or outwards part to the well, the push rod that pushes away the material roller and transversely drive actuating cylinder connect in pushing away the material roller mount pad and drive and push away the material roller mount pad and be horizontal linear displacement along the spacing slide rail of bottom, the paper pile pushes away the material roller set and installs on pushing away the material roller mount pad, push away the material roller and transversely drive actuating cylinder top and be equipped with and push away the material roller regulation seat, push away the ripple handle of material roller and drive through the push rod and push away the material roller mount pad and be horizontal linear displacement along the spacing slide rail of bottom.

Specifically, the tension adjusting structure is arranged on one side of a paper outlet direction of a packaging paper scroll, the cutter assembly is arranged above the tension adjusting structure, the double-flat belt transmission group is arranged on one side of the paper outlet direction of the cutter assembly, one side of the packaging paper scroll is arranged on a mechanical support through a safety chuck, the other side of the packaging paper scroll is arranged on the mechanical support through a safety chuck, the packaging paper scroll adopts an air expansion shaft, a plurality of raised strips used for clamping the inner side of a packaging paper roll are arranged on the air expansion shaft, the cutter assembly mainly comprises an upper cutter, a lower cutter, an upper cutter cylinder and a lower cutter base, the lower cutter is arranged on the mechanical support through the lower cutter base, the upper cutter cylinder is arranged on two sides of the upper cutter above the lower cutter, the upper cutter cylinder drives the upper cutter to move up and down along the upper cutter cylinder, both ends all are equipped with aluminium deflector roll and damping rubber roll around the cutter unit spare, and the aluminium deflector roll is located the below of damping rubber roll and is equipped with the clearance that supplies the wrapping paper to pass through between the two, and the motor is connected in the aluminium deflector roll one side that is located the cutter unit spare front end and is driven the aluminium deflector roll and rotate, two flat belt transmission assembly mainly by flat belt, support side pipe, pivot and motor and constitute, support side pipe and set up inside the flat belt, both ends overlap respectively on the gyro wheel of pivot around two flat belts of parallel arrangement, the pivot divide into initiative pivot and driven spindle, the motor passes through the gear train and drives the initiative pivot and rotate, the flat belt on be equipped with a plurality of suction holes, support side pipe bottom is equipped with a plurality of aspirating holes, support side pipe outside and pass through the trachea and connect the aspiration pump.

Specifically, the first folding paper board cylinder group is symmetrically arranged on two sides of the top of the first folding paper board, the second folding paper board cylinder group is symmetrically arranged on two sides of the top of the second folding paper board, the first folding paper board cylinder group consists of a first folding paper cylinder and a second folding paper cylinder, a push rod of the second folding paper cylinder on the inner wall of the mechanical support is connected with the first folding paper cylinder, a push rod of the first folding paper cylinder is connected with the first folding paper board, the second folding paper board cylinder group consists of a first folding paper cylinder and a second folding paper cylinder, a push rod of the second folding paper cylinder on the inner wall of the mechanical support is connected with the first folding paper cylinder, a push rod of the first folding paper cylinder is connected with the second folding paper board, two sides of the bottoms of the first folding paper board and the second folding paper board are both provided with straight racks, and fulcrum shafts are arranged below the first folding paper board and the second folding paper board, the gear on the fulcrum shaft is meshed with the straight rack, two sides of the first paper folding plate and the second paper folding plate are respectively provided with a limiting sliding strip on the inner wall of the mechanical support, the first paper folding plate and the second paper folding plate are transversely linearly displaced along the upper limiting sliding strip and the lower limiting sliding strip, a paper stack clamping structure is arranged above the space between the first paper folding plate and the second paper folding plate, a paper stack push-up cylinder drives a paper stack push plate to move up and down, a paper stack lower press plate cylinder drives a paper stack lower press plate to move up and down, the adhesive tape assembly mainly comprises an adhesive tape pressing roller, a tooth cutter and an adhesive tape roller, the two adhesive tape pressing rollers are arranged at two ends of the pull rod through sliding rods, one sides of the tooth cutter are connected with the sliding blocks through sliding matching blocks, guide blocks are arranged on the sliding blocks, the two adhesive tape pressing rollers are positioned above the paper stack support plate, the adhesive tape pressing rollers are arranged at one end, the other ends of the sliding rods are connected with the inner wall side plates of the adhesive tape assembly through round rods, the middle end of the sliding rod is connected with the pull rod, the sliding rod is obliquely arranged at two ends of the pull rod and inclines from bottom to top to the middle, one end of the glue pressing roller positioned at the front end of the paper stack conveying direction is provided with a rubber belt clamping guide seat, rubber belts are sequentially pulled to the plastic transition roller and the rubber belt clamping guide seat from the rubber belt roller, the tooth cutter is arranged on the sliding matching block, the tooth cutter and the tooth cutter cover are connected to the same rotating shaft, a push rod extends upwards from the top of the tooth cutter cover, the paper stack clamping structure mainly comprises a paper stack clamping plate, a clamping mounting seat and a driving device, the driving device drives the clamping mounting seat to perform transverse displacement along the double sliding shafts, the two paper stack clamping plates are arranged on the clamping mounting seat, the two paper stack clamping plates clamp the paper stack through a clamping cylinder, the paper stack clamping plate is divided into a first paper stack clamping plate and a second paper stack clamping plate, a clamping plate lifting cylinder is arranged on the second paper stack clamping plate, and drives the second paper stack clamping plate to perform transverse displacement along the sliding rail.

The utility model has the advantages that: this application realizes by multiunit equipment that the paper buttress piles up the whole limit, detect categorised and prick multichannel processes such as shaping, the paper buttress feeding is neatly piled up haulage equipment and is integrated the paper buttress and pile up, full-automatic paper whole limit device of breaking off with the fingers and thumb is responsible for breaking off with the hem of paper buttress and askew, the paper buttress ejection of compact piles up conveying equipment and then piles up the paper buttress after detecting once more, full-automatic paper buttress is pricked equipment and is carried out the rubberizing to this paper buttress and prick the plastic, whole journey adopts automation equipment to realize, every process is accomplished by mechanical equipment, improve equipment's precision and degree of automation, thereby reduce producer's manpower and materials, improve equipment's production efficiency and product quality.

Drawings

FIG. 1 is a perspective view of the present invention;

FIG. 2 is a perspective view of the paper stack carrying assembly of the present invention;

FIG. 3 is a front view of the paper stack handling assembly of the present invention;

FIG. 4 is a perspective view of the material feeding, neatly stacking and carrying apparatus of the present invention;

FIG. 5 is a perspective view of the paper severing assembly of the present invention;

FIG. 6 is a schematic view of the structure of the paper severing assembly of the present invention;

FIG. 7 is a perspective view of the discharging stacking and conveying apparatus of the present invention;

fig. 8 is a front view of the discharge stacking and conveying device of the present invention;

FIG. 9 is a perspective view of the paper stack bundling apparatus of the present invention;

FIG. 10 is a perspective view of the paper stack binding apparatus of the present invention;

FIG. 11 is a perspective view of the cutting and feeding structure of the present invention;

fig. 12 is a perspective view of the tape structure of the present invention.

Detailed Description

The drawings are for illustrative purposes only and are not to be construed as limiting the patent; for the purpose of better illustrating the embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted. The positional relationships depicted in the drawings are for illustrative purposes only and are not to be construed as limiting the present patent.

Description of the labeling: the automatic paper edge breaking and trimming device comprises a waste edge cleaning device 1, a feeding and orderly stacking and carrying device 2, a paper breaking and trimming device 3, a paper stack product inspection machine 4, a paper stack collecting device 5, a discharging and stacking conveying device 6 and a paper stack binding device 7; a paper stack feeding conveying channel 21, a paper stack conveying roller group 22, a paper stack lifting roller group 23, a paper stack carrying assembly 24 and a paper stack tidying assembly 25; the paper pile conveying belt comprises a paper pile conveying belt 31, a pile separating assembly 32, a lifting driving assembly 33, a carrying assembly 34 and a paper breaking assembly 35, wherein the paper pile conveying belt comprises a first transverse pushing assembly 61, a second transverse pushing assembly 62, a first conveying roller group 63, a second conveying roller group 64, a conveying roller lifting assembly 65, a paper pile baffle plate 66, a first longitudinal round rod 67 and a second longitudinal round rod 68; a paper stack pushing structure 71, a cutting and feeding structure 72, a folding and conveying structure 73, a paper stack clamping structure 74 and a tape pasting structure 75; a supporting die 351, a lower pressing die 352, a supporting three-shaft air cylinder 353, a lower pressing three-shaft air cylinder 354, an inclined pressing plate 355, an arc pressing plate 356, a paper stack supporting plate 357, a lower supporting plate 358 and a lower pressing supporting plate 359; a wrapping paper reel 722, a tension adjusting structure 723, a cutter assembly 724, a double-flat belt transmission assembly 725, a wrapping paper roll driving motor 726, an aluminum guide roller 727, a damping rubber roller 728 and a guide roller assembly 729; a first folding cardboard 732, a second folding cardboard 733, a first folding cardboard cylinder 734, a second folding cardboard cylinder 735, a double flat belt transport assembly 736; the device comprises a rubber pressing roller 751, a toothed cutter 752, a rubber belt roller 753, a toothed cutter cover 754, a sliding fit block 755, a sliding block 756, a sliding block guide block 757, a pull rod 758 and a rubber belt clamping guide seat 759.

As shown in fig. 1 to 12, in the full-automatic paper stack detection production equipment group, waste edge cleaning equipment conveys paper stacks one by one to feeding, orderly stacking and conveying equipment, the feeding, orderly stacking and conveying equipment conveys a plurality of stacked paper stacks to paper breaking and edge trimming equipment after stacking the stacked paper stacks, and conveys the stacked paper stacks to a paper stack product inspection machine again, the paper stack product inspection machine divides the paper stacks into qualified paper stacks and unqualified paper stacks, the unqualified paper stacks are conveyed to paper stack collecting equipment, the qualified paper stacks are conveyed to discharging, stacking and conveying equipment conveys the paper stacks to paper stack bundling equipment; the paper stack feeding conveying channel is arranged at a feeding port of a paper stack conveying roller set of the feeding tidy stacking and carrying equipment, the paper stack discharging conveying channel is arranged on one side of the rack, the paper stack lifting roller set positioned in the rack is arranged at a discharging port of the paper stack feeding conveying channel, the paper stack carrying assembly positioned above the paper stack lifting roller set is arranged on the rack, and the paper stack tidy assembly positioned on one side above the paper stack discharging conveying channel is installed on the rack; the first transverse pushing assembly and the second transverse pushing assembly of the discharging stacking conveying equipment are arranged on the frame, the first conveying roller set is installed on the frame through a side supporting plate, the conveying roller lifting assembly drives the second conveying roller set to move up and down, the front end of the first transverse pushing assembly is provided with a paper stack baffle, the first transverse pushing assembly drives the first longitudinal round rod to transversely move back and forth, and the second transverse pushing assembly drives the second longitudinal round rod to transversely move back and forth; paper buttress is pricked bottom one side on the mechanical support of equipment and is equipped with the paper buttress and pushes the structure, and the opposite side is equipped with the feeding structure of tailorring that is used for carrying and cutting the wrapping paper on the mechanical support, and the paper buttress pushes the structure top and is equipped with the folding transport structure who is used for folding wrapping paper, and paper buttress centre gripping structure sets up at the top of mechanical support, and rubberizing tape structure sets up the paper buttress extension board on mechanical support.

Paper buttress feeding neatly piles up haulage equipment includes: frame, paper pile feeding transfer path, paper pile ejection of compact transfer path, paper pile lift roller set and paper pile transport subassembly, paper pile feeding transfer path set up the input port at paper pile transfer roller set, paper pile ejection of compact transfer path sets up in frame one side, the paper pile lift roller set that is located the frame inside sets up the output port at paper pile feeding transfer path, the paper pile transport subassembly that is located paper pile lift roller set top sets up in the frame, the neat subassembly of paper pile that is located paper pile ejection of compact transfer path one side is installed in the frame. The paper stack feeding conveying path and the paper stack discharging conveying path are respectively driven by a driving motor to drive a conveying belt to move, so that paper stacks are continuously conveyed forwards.

Above-mentioned scheme, paper buttress lifting roll group constitute by paper buttress lifting roll, lift cylinder and lifting support, the push rod of lift cylinder is connected in the lifting support bottom and drives lifting support displacement from top to bottom, a plurality of paper buttress lifting rolls set up on lifting support. The paper pile lifting rollers and the paper pile conveying rollers of the paper pile conveying roller group are arranged in a staggered mode, the paper pile lifting rollers are arranged on the lifting support at equal intervals, and the paper pile lifting rollers upwards penetrate to the position above the paper pile conveying roller group from the position between the two paper pile conveying rollers.

Above-mentioned scheme, paper buttress transport subassembly mainly constitute by horizontal propelling movement cylinder, transport connecting plate, support round bar and locating plate, horizontal propelling movement cylinder passes through the push rod and connects in the transport connecting plate and drive the displacement of transport connecting plate, a plurality of support round bars are arranged and are arranged on the transport connecting plate, the perpendicular downwardly extending of fender material face of the horizontal propelling movement cylinder below of locating plate installation of L type and locating plate. Horizontal propelling movement cylinder top pass through splint and install at the hold-in range, driving motor drives the hold-in range and does to come and go the displacement and drive horizontal propelling movement cylinder and come and go the displacement, the slider at horizontal propelling movement cylinder top is installed on spacing track and is linear displacement along spacing track.

According to the scheme, the paper stack tidying assembly mainly comprises the first tidying cylinder, the second tidying cylinder and the tidying baffle, the first tidying cylinder installed on the rack drives the second tidying cylinder to displace forwards and backwards, and the push rod of the second tidying cylinder is connected to the tidying baffle and drives the tidying baffle to displace. The front end of paper buttress ejection of compact transfer way be equipped with the paper buttress backup pad, the paper buttress backup pad is connected in elevator motor, elevator motor drives the paper buttress backup pad along guide arm displacement from top to bottom.

The equipment operates as follows: firstly, two paper stack feeding conveying tracks drive a plurality of paper stacks to be continuously conveyed forwards and conveyed to a paper stack conveying roller set, a motor drives a paper stack conveying roller to rotate, and the paper stack conveying roller set drives the paper stacks to be continuously conveyed to the upper part of a paper stack lifting roller set; then the lifting cylinder drives the whole lifting support to move upwards, a paper stack lifting roller of the lifting support drives the whole paper stack to move upwards, at the moment, a supporting round rod of the paper stack carrying assembly moves to the position below the paper stack, the lifting support moves downwards to reset, and a driving motor drives the paper stack carrying assembly to move to the position above a paper stack supporting plate through a synchronous belt; and finally, the second tidying cylinder drives the tidying baffle to move to one side of the paper stack, the first tidying cylinder pushes the second tidying cylinder to move, the tidying baffle and the positioning plate clamp the paper stack and are tidy, the transverse pushing cylinder is started again to drive the carrying connecting plate to move forwards, the paper stack is made to fall onto the paper stack supporting plate, the paper stack supporting plate moves downwards for a certain distance under the action of bottom driving, the paper stack carrying assembly and the paper stack tidying assembly reset, the paper stacks are stacked on the paper stack supporting plate by analogy in sequence, and the stacked paper stacks are transported to the next station by the paper stack discharging conveying channel to be detected.

Full-automatic paper whole limit device of breaking off with fingers and thumb includes: frame, paper pile conveyer belt, branch buttress subassembly, transport subassembly, break paper subassembly and ejection of compact conveyer belt off with fingers and thumb, the paper pile conveyer belt setting at the frame front end, divide the setting of buttress subassembly and just be located the feed inlet department of transport subassembly in the top of feed subassembly, the setting of transport subassembly is breaking both sides around the paper subassembly off with fingers and thumb, ejection of compact conveyer belt sets up the discharge gate department at the transport subassembly.

According to the scheme, the branch buttress subassembly is mainly by lift drive assembly, first horizontal propelling movement cylinder, the horizontal propelling movement cylinder of second, branch buttress clamp plate cylinder and paper buttress lift drive assembly constitute, the paper pile conveyer belt sets up in the frame, lift drive assembly passes through the support mounting in the frame, lift drive assembly drives first horizontal propelling movement cylinder and is longitudinal linearity displacement along spacing guide arm, first horizontal propelling movement cylinder drives both sides branch buttress fork front and back displacement through the push rod, the horizontal propelling movement cylinder of second is installed at the support and is located first horizontal propelling movement cylinder below, the horizontal propelling movement cylinder of second drives branch buttress fork front and back displacement in through the push rod, branch buttress clamp plate cylinder is installed on the support and is located well buttress top, branch buttress clamp plate cylinder drives branch buttress clamp plate front and back displacement, paper buttress lift drive assembly sets up the discharge end at the paper pile conveyer belt.

Above-mentioned scheme, paper pile conveyer belt one side is equipped with the paper pile baffle, paper pile conveyer belt opposite side paper pile arrangement push pedal, paper pile arrangement push pedal sets up the discharge end at the paper pile conveyer belt, the push pedal cylinder is installed in the frame and promotes paper pile arrangement push pedal through the push rod and draws close to paper pile conveyer belt one side, paper pile lift drive assembly mainly comprises lift paper pile fork, elevator motor, ball screw and guide arm, lift paper pile fork both sides cover is on the guide arm, elevator motor drives lift paper pile fork and shifts from top to bottom along both sides guide arm through ball screw, the paper pile conveyer belt constitute by the conveyer belt of two parallels, lift paper pile fork front end outwards extends formation paper pile support bar, three paper pile support bars and two conveyer belts arrange that stagger each other. The utility model discloses a paper pile fork, including lift paper pile fork, check and stop cylinder, the push rod that the cylinder was kept off to the check drives the check and keeps off the round bar and do vertical linear displacement, two check keep off the round bar and install perpendicularly, the horizontal cylinder of check fender drives the check and keeps off displacement around the cylinder, the side divide the buttress fork to be located well branch buttress fork left and right sides, both sides divide the buttress front end all to be equipped with an inclined plane, well branch buttress fork front end is most advanced and upper surface front end is two inclined planes.

According to the scheme, break paper subassembly off with fingers and thumb mainly comprises supporting die and push down the mould, and the push down mould setting is in the top that supports the mould, supports the mould and installs on supporting the fixed plate, supports the fixed plate and inserts a plurality of spacing cylinders, and spacing cylinder is located and supports the mould outward flange and block and support the mould, is equipped with in the frame and supports triaxial cylinder and push down triaxial cylinder, supports triaxial cylinder and drives through supporting the fixed plate and support the mould displacement from top to bottom, pushes down triaxial cylinder and drive and push down mould displacement from top to bottom, supporting die and push down the mould between be equipped with the paper buttress layer board, the paper buttress layer board of installing in the frame is equipped with the trench that supplies to support the mould to pass through, supports the mould upper surface and all is equipped with the cushion with push down the mould lower surface.

This equipment is equipped with two sets of paper subassemblies of breaking off with fingers and thumb, and two oblique clamp plates and arc clamp plate around the holding-down die that the paper subassembly was broken off with fingers and thumb are divided to first group, and two oblique clamp plates set up both ends around the holding-down die connecting plate respectively, and the arc clamp plate cylinder of installing on the holding-down die connecting plate is connected in the arc clamp plate, and the arc clamp plate bottom that lies in the middle of two oblique clamp plates is protruding downwards and forms an cambered surface, oblique clamp plate all form an inclined plane by inside to outside downward sloping, two oblique clamp plates are symmetrical arrangement around, are equipped with photoelectric switch on the oblique clamp plate, and the round pin axle that the cover has the spring sets up in photoelectric switch's U type groove below.

Two supporting dies are arranged on a supporting fixing plate of the second group of paper breaking assemblies, the tops of the supporting dies are cambered surfaces of downward grooves, two rectangular groove positions are arranged on the paper stack supporting plate, and the two supporting dies can penetrate through the two rectangular groove positions. The supporting die is divided into a left supporting die and a right supporting die, the upper surface of the left supporting die is upwards convex, the upper surface of the right supporting die is downwards concave, the lower pressing die is divided into a left lower pressing die and a right lower pressing die, the lower surface of the left lower pressing die is upwards concave, the supporting die and the lower pressing die are in one-to-one correspondence, a lower supporting plate is arranged between the left supporting die and the right supporting die, a lower pressing supporting plate is arranged between the lower pressing dies, the lower pressing supporting plate is arranged on a lower pressing die connecting plate through four support shafts sleeved with springs, and the left supporting die is provided with plane supporting dies at the front end and the rear end.

The pressing three-axis cylinder drives the pressing die to move downwards, the supporting three-axis cylinder drives the supporting die to move upwards, the supporting die and the pressing die are matched with each other, the paper stack is clamped, and corners of the paper stack are bent by using a special shape structure, so that the subsequent process is facilitated.

When the staff need the installation to support the mould, only need to support the mould about three face of inboard withstand spacing cylinder, at this moment, the screw hole that supports the mould just aims at the screw hole on the supporting fixed plate, the rethread bolt will support the mould to fix on the supporting fixed plate, its installation with change the supporting mould extremely convenient and fast, applicable multiple different shapes's supporting mould moreover.

Above-mentioned scheme, the transport subassembly mainly comprises transport splint, transport propelling movement cylinder and drive arrangement, and two transport splint symmetrical arrangement, two transport propelling movement cylinders drive transport splint to the centre draw close and outwards part, and drive arrangement drives transport propelling movement cylinder through the support and is horizontal back and forth movement, and transport splint set up in paper buttress layer board both sides, and the inboard surface of transport splint is equipped with the trench that matches with the paper buttress shape. Ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, the paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base and along the slide rail displacement.

A paper pile stacking and feeding process: firstly, a plurality of paper piles are placed on a rack by workers, a controller starts a paper pile conveying belt to drive the whole paper pile to be conveyed below a lifting driving assembly, a push plate cylinder drives a paper pile arranging push plate to approach one side of the paper board, and the paper pile arranging push plate is matched with a paper pile baffle on the other side to arrange the paper board pile of the paper pile; then the lifting driving assembly drives the first transverse pushing cylinder to move downwards along the limiting guide rod, the grid blocking cylinder drives the grid blocking round rod to move downwards to block the inner side of the paperboard pile, and the pile pressing plate cylinder drives the pile separating pressing plate to press the outer side of the paperboard pile through the push rod to tidily push the paperboard pile; and finally, the second transverse pushing cylinder drives the middle stack-dividing fork to be inserted between the two paper boards, the first transverse pushing cylinder drives the side stack-dividing fork to be inserted between the two paper boards, and the lifting driving assembly and the paper stack baffle move upwards to complete reset.

A paper breaking and conveying process: the motor of the driving device drives the two carrying clamp plates to be positioned at the foremost end through a transmission belt, the carrying push cylinder is started again to push the carrying clamp plates to be close to the middle, the paper stack is clamped, the motor of the driving device is started again to carry the paper stack to the next station, the carrying is carried to the first group of paper breaking assemblies, the rest is done in sequence, the paper breaking assemblies are carried to the second group after the paper breaking for the first time, the paper stack is carried to the discharging conveying belt finally, the paper stack is conveyed to the appointed position through the discharging conveying belt, at the tail end of the discharging conveying belt, the paper stack push cylinder pushes the two paper stack clamping bases to be displaced to the two sides of the paper stack, the paper stack clamping cylinder is started again to drive the paper stack clamping plates to be close to the middle, and the paper stack is clamped to the same place to be stacked through the paper stack push cylinder again.

Conveying equipment is piled up in paper buttress ejection of compact includes: frame, first horizontal promotion subassembly, the horizontal propelling movement subassembly of second and conveying roller lifting unit, the horizontal propelling movement subassembly of first horizontal promotion subassembly and second set up in the frame, first conveying roller group passes through the side support board and installs in the frame, conveying roller lifting unit drives the displacement from top to bottom of second conveying roller group, first horizontal promotion subassembly front end is equipped with a paper buttress baffle, first horizontal promotion subassembly drives the horizontal displacement of making a round trip of first vertical round bar, the horizontal promotion subassembly of second drives the horizontal displacement of making a round trip of the vertical round bar of second. The first conveying roller group and the second conveying roller group are formed by arraying a plurality of conveying rollers at equal intervals, and the motor drives the conveying rollers to rotate through gears.

According to the scheme, the first transverse pushing assembly mainly comprises a first displacement bottom plate, a first transverse pushing cylinder and a first sliding block, a push rod of the first transverse pushing cylinder is connected to the first displacement bottom plate, the bottom of the first displacement bottom plate is arranged on a double slide rail on the rack through the first sliding block, the second transverse pushing assembly mainly comprises a second displacement bottom plate, a second transverse pushing cylinder and a second sliding block, the push rod of the second transverse pushing cylinder is connected to the second displacement bottom plate, and the bottom of the second displacement bottom plate is arranged on the double slide rail on the rack through the second sliding block. The first transverse pushing cylinder of the first transverse pushing assembly is mounted on the distance adjusting block, and the corrugated handle pushes the first transverse pushing cylinder to move along the double sliding rails through the ejector rod.

According to the scheme, the second longitudinal round rod is installed on the second displacement bottom plate, the first longitudinal round rod is installed on the first displacement bottom plate, the second longitudinal round rod and the first longitudinal round rod are symmetrically arranged, the first transverse pushing assembly and the second transverse pushing assembly respectively drive the second longitudinal round rod and the first longitudinal round rod to be close to and separate from each other, and the second longitudinal round rod and the first longitudinal round rod penetrate between the two conveying rollers from bottom to top.

According to the scheme, the conveying roller lifting assembly mainly comprises the mounting fixing plate, the lifting driving motor and the driving gear, the lifting driving motor drives the mounting fixing plate to move up and down through the driving gear and the chain, and the second conveying roller group is mounted on the mounting fixing plate.

When the paper stack detection device is implemented, the first conveying roller group is connected to a discharge port of paper stack detection equipment, a paper stack is conveyed to the first conveying roller group, a motor is started to drive the conveying rollers to rotate, and the paper stack is continuously conveyed forwards and then is blocked by a paper stack baffle; then, a first transverse pushing cylinder of the first transverse pushing assembly is started, the first transverse pushing cylinder drives two first longitudinal round rods on the left side of the paper stack to move towards the right side through a first displacement bottom plate and pushes the paper stack to a second conveying roller set, at the moment, the second transverse pushing cylinder drives a second longitudinal round rod to move similarly, and the longitudinal round rods on the left side and the right side of the paper stack clamp the paper stack and position the paper stack; and finally, the first transverse pushing assembly drives the first longitudinal round rod to reset leftwards, and the conveying roller lifting assembly is started to drive the second conveying roller set to move downwards, so that the next paper stack is pushed onto the paper stack conveniently, and the paper stack is stacked.

The paper stack inspection machine may be an existing inspection machine on the market, and only a conveying belt for conveying the paper stack needs to be arranged at a feeding port and a discharging port of the inspection machine, and the conveying belt is used for conveying the paper stack to the next station.

The paper pile delivery equipment is connected to a paper pile discharge port of the unqualified standard of the paper pile inspection machine through a transmission belt, and the paper pile delivery equipment transports a paper pile to a specified position through a rolling roller and stores the paper pile.

Full-automatic paper pile pricks equipment, includes: mechanical support, paper buttress push the structure, tailor feeding structure, folding conveying structure, rubberizing tape structure and paper buttress centre gripping structure, its characterized in that: mechanical support on bottom one side be equipped with the paper buttress and push the structure, the opposite side is equipped with the feeding structure of tailorring that is used for carrying and cutting the wrapping paper on the mechanical support, the paper buttress pushes the structure top and is equipped with the folding conveying structure who is used for folding wrapping paper, paper buttress clamping structure sets up at mechanical support's top, the rubberizing tape structure sets up the paper buttress extension board on mechanical support.

Paper buttress pushes in structure includes: paper buttress feeding roller set, paper buttress push away the material roller set and push away the material roller and transversely drive actuating cylinder, paper buttress feeding roller set up on mechanical support and be located inside the feed port of mechanical support, the material roller of pushing away of installing on mechanical support transversely drives actuating cylinder and drives the paper buttress and push away material roller set displacement, feed roller drive arrangement drives paper buttress feeding roller set and rotates, paper buttress feeding roller set and paper buttress push away material roller set mutually perpendicular and mutual staggered arrangement between the roller set, be equipped with the paper buttress baffle on the paper buttress feeding roller set direction of delivery. Paper pile positioning baffle both sides be equipped with the spacing blend stop of paper pile, two spacing blend stop cylinders of symmetrical arrangement pass through the fixing base and install in mechanical support and drive the spacing blend stop of paper pile through the push rod and draw close or outwards part to the centre.

Above-mentioned scheme, paper buttress feeding roller set one side install on mechanical support through drive gear group, feed roll drive arrangement drives paper buttress feeding roller group through drive gear group and rotates, paper buttress feeding roller set opposite side is equipped with paper buttress positioning baffle, the paper buttress pushes up the cylinder setting in the below between paper buttress positioning baffle and paper buttress feeding roller set, push pedal setting pushes up the push rod top of cylinder on the paper buttress.

According to the scheme, the back of the paper stack positioning baffle is installed inside the mechanical support through the positioning baffle adjusting base, and the baffle corrugated handle drives the paper stack positioning baffle to move back and forth along the limiting sliding rods on the two sides through the push rod. The push rod of the pushing roller transverse driving cylinder is connected to the pushing roller mounting seat and drives the pushing roller mounting seat to do transverse linear displacement along the limiting slide rail at the bottom, and the paper stack pushing roller set is mounted on the pushing roller mounting seat. The pushing roller transversely drives the upper portion of the air cylinder to be provided with a pushing roller adjusting seat, and the corrugated handle of the pushing roller drives the pushing roller mounting seat to make transverse linear displacement along the limiting slide rail at the bottom through the push rod.

Tailor feeding structure includes: the packaging paper roll driving motor arranged on the mechanical support drives the packaging paper roll to rotate, and packaging paper on the packaging paper roll is sequentially pulled to the tension adjusting structure, the cutter assembly and the double-flat belt transmission assembly. The tension adjusting structure is composed of a potentiometer assembly, swing arms, a tension adjusting rotating shaft and a guide shaft, wherein the potentiometer assembly is arranged on one side of the tension adjusting rotating shaft, the tension adjusting rotating shaft drives the swing arms on two sides to swing, and two sides of the guide shaft are installed on the swing arms.

According to the scheme, the tension adjusting structure is arranged on one side of the paper outlet direction of the packaging paper reel, the cutter assembly is located above the tension adjusting structure, and the double-flat belt transmission group is located on one side of the paper outlet direction of the cutter assembly. Packaging paper spool one side install at mechanical support through safe chuck, packaging paper spool opposite side passes through safe chuck and installs at mechanical support, packaging paper spool adopts the physiosis axle, has arranged a plurality of sand grips that are used for blocking the packing scroll inboard on the physiosis axle.

According to the scheme, the cutter assembly mainly comprises an upper cutter, a lower cutter, an upper cutter cylinder and a lower cutter base, wherein the lower cutter is mounted on the mechanical support through the lower cutter base, the upper cutter cylinders are arranged on two sides of the upper cutter above the lower cutter, and the upper cutter cylinder drives the upper cutter to move up and down along the sliding seat. Cutter unit all be equipped with aluminium deflector roll and damping rubber roll around both ends, the aluminium deflector roll is located the below of damping rubber roll and is equipped with the clearance that supplies the wrapping paper to pass through between the two, the motor is connected in the aluminium deflector roll one side that is located cutter unit front end and is driven aluminium deflector roll and rotate, guide roller set up the aluminium deflector roll front end that has the motor, set up the counter roll on guide roller of guide roller set, be equipped with two rubber wheels on the counter roll.

According to the scheme, two flat belt transmission assembly mainly comprise flat belt, support side's pipe, pivot and motor, support side's pipe sets up inside the flat belt, both ends overlap respectively on the gyro wheel of pivot around two flat belts of parallel arrangement, the pivot divide into initiative pivot and driven spindle, the motor passes through the gear train and drives the rotation of initiative pivot, the flat belt on be equipped with a plurality of suction holes, support side's pipe bottom is equipped with a plurality of aspirating holes, support side's pipe outside is through trachea connection aspiration pump.

A wrapper folding and conveying structure comprising: first cardboard, second cardboard, first cardboard cylinder group, second cardboard cylinder group, the push pedal is folded to the paper buttress and paper buttress holding down plate on the paper buttress, first cardboard cylinder group and second cardboard cylinder group install respectively at the mechanical support inboardly, first cardboard and second cardboard are folded and are installed inside the mechanical support, first cardboard cylinder group drives first cardboard of folding and do horizontal linear displacement, the second cardboard cylinder group of folding drives the second cardboard of folding and do horizontal linear displacement, the push pedal setting is in the below between first cardboard and the second cardboard of folding in the paper buttress, the top of paper buttress setting between first cardboard and the second cardboard of folding, two flat belt transmission assembly set up the below at first cardboard and the second cardboard of folding.

According to the scheme, the first paper folding board cylinder groups are symmetrically arranged on two sides of the top of the first paper folding board, and the second paper folding board cylinder groups are symmetrically arranged on two sides of the top of the second paper folding board. The first paper folding plate cylinder group is composed of a first paper folding cylinder and a second paper folding cylinder, a push rod of the second paper folding cylinder located on the inner wall of the mechanical support is connected to the first paper folding cylinder, and a push rod of the first paper folding cylinder is connected to the first paper folding plate. The second paper folding plate cylinder group consists of a first paper folding cylinder and a second paper folding cylinder, a push rod of the second paper folding cylinder positioned on the inner wall of the mechanical support is connected to the first paper folding cylinder, and a push rod of the first paper folding cylinder is connected to the second paper folding plate. The first folding paper board and the second folding paper board are provided with straight racks on two sides of the bottom, support shafts are arranged below the first folding paper board and the second folding paper board, and gears on the support shafts are meshed with the straight racks.

According to the scheme, the limiting sliding strips on the inner wall of the mechanical support are arranged on the two sides of the first folding paper board and the second folding paper board, and the first folding paper board and the second folding paper board do transverse linear displacement along the upper limiting sliding strip and the lower limiting sliding strip.

According to the scheme, the paper stack clamping structure is arranged above the first paper folding plate and the second paper folding plate. The paper pile push-up cylinder drives the paper pile push plate to move up and down, and the paper pile lower pressing plate cylinder drives the paper pile lower pressing plate to move up and down. The paper pile clamping structure mainly comprises a paper pile clamping plate, a clamping mounting seat and a driving device, wherein the driving device drives the clamping mounting seat to do transverse displacement along a double-sliding shaft, the two paper pile clamping plates are arranged on the clamping mounting seat, and the two paper pile clamping plates clamp a paper pile through a clamping cylinder. The paper pile clamping plate is divided into a first paper pile clamping plate and a second paper pile clamping plate, a clamping plate lifting cylinder is arranged on the second paper pile clamping plate, the clamping plate lifting cylinder drives the second paper pile clamping plate to move up and down along the slide rail, and the clamping cylinder drives the second paper pile clamping plate to move transversely. The driving device mainly comprises a clamping driving motor, sliding shafts and a synchronous belt, wherein the top of the clamping mounting seat is arranged on the synchronous belt through a clamping plate and a base plate, the clamping driving motor drives the synchronous belt to move through a gear set, and the two sliding shafts arranged on the mechanical rack penetrate through the clamping mounting seat.

Rubberizing tape structure, including: the paper stack clamping structure is arranged on a mechanical support and located above the paper stack supporting plate, the adhesive tape component is installed in an adhesive tape installation groove of the paper stack supporting plate, a pull rod of the adhesive tape component drives the rubber pressing rollers on two sides to swing, a tooth cutter located between the two rubber pressing rollers is installed on the paper stack supporting plate through a cutter sliding block component on one side, and the adhesive tape component is further provided with an adhesive tape roller used for installing an adhesive tape roll.

According to the scheme, the adhesive tape assembly mainly comprises the rubber-covered rollers, the tooth cutters and the adhesive tape rollers, the two rubber-covered rollers are mounted at two ends of the pull rod through the sliding rods, one side of the tooth cutters is connected to the sliding block through the sliding matching block, and the sliding block is provided with the sliding block guide block. The two glue pressing rollers are positioned above the paper stack supporting plate, the glue pressing rollers are provided with sliding rods at one ends, the other ends of the sliding rods are connected to the inner wall side plate of the adhesive tape assembly through round rods, and the middle ends of the sliding rods are connected to the pull rod. The sliding rods are obliquely arranged at two ends of the pull rod and are inclined from bottom to top to the middle, an adhesive tape clamping guide seat is arranged at one end of the rubber pressing roller positioned at the front end of the paper stack conveying direction, and the adhesive tape is sequentially pulled to the plastic transition roller and the adhesive tape clamping guide seat from the adhesive tape roller. A sliding rod of the second rubber pressing roller exerts certain tension on the second rubber pressing roller through a tension spring, so that the two rubber pressing rollers can be driven to swing upwards to reset, the tooth cutter is arranged on the sliding fit block, the tooth cutter and the tooth cutter cover are connected to the same rotating shaft, a push rod extends upwards from the top of the tooth cutter cover, the tooth cutter and the tooth cutter cover are matched through a torsion spring, the tooth cutter cover covers the tooth cutter in a normal state, and a worker is prevented from being cut by the tooth cutter during maintenance and adjustment.

The paper pile clamping structure mainly comprises paper pile clamping plates, a clamping mounting seat and a driving device, wherein the driving device drives the clamping mounting seat to perform transverse displacement along a double-sliding shaft, the two paper pile clamping plates are arranged on the clamping mounting seat, and the two paper pile clamping plates clamp a paper pile through a clamping air cylinder. The paper pile clamping plate is divided into a first paper pile clamping plate and a second paper pile clamping plate, a clamping plate lifting cylinder is arranged on the second paper pile clamping plate, the clamping plate lifting cylinder drives the second paper pile clamping plate to move up and down along the slide rail, and the clamping cylinder drives the second paper pile clamping plate to move transversely. The driving device mainly comprises a clamping driving motor, sliding shafts and synchronous belts, wherein the top of a clamping mounting seat is arranged on the synchronous belts through clamping plates and backing plates, the clamping driving motor drives the synchronous belts to move through a gear set, and the two sliding shafts arranged on the mechanical rack penetrate through the clamping mounting seat.

A paper stack feeding step: firstly, a worker places a paper stack on a paper stack feeding roller group, a feeding roller driving device drives the paper stack feeding roller group to rotate through a driving gear group, the paper stack feeding roller group drives the paper stack to be conveyed forwards, and a paper stack baffle blocks the paper stack; then starting a material pushing roller to transversely drive an air cylinder to push the paper stack from one side of the paper stack to one side of a paper stack positioning baffle plate through a paper stack material pushing roller group, and pushing the paper stack to a push plate on the paper stack; and finally, driving the paper stack limiting barrier to be close to the middle by a limiting barrier cylinder, limiting the front end and the rear end of the paper stack by the paper stack limiting barrier, mutually matching the paper stack pushing roller set and the paper stack positioning baffle to clamp the left side and the right side of the paper stack, trimming the paper stack, and then starting the paper stack push-up cylinder to push the paper stack upwards to a specified position.

Feeding packaging paper: firstly, a worker installs a packaging paper roll on a packaging paper roll shaft, an inflatable shaft clamps the interior of the packaging paper roll, and the packaging paper is pulled to a tension adjusting structure, a cutter assembly and a double-flat belt transmission assembly; then a controller starts a motor on one side of the aluminum guide roller and a packaging paper roll driving motor to drive packaging paper to be continuously conveyed forwards, the front end of the packaging paper is conveyed to the double-flat belt conveying assembly, at the moment, an upper cutter cylinder drives an upper cutter to move downwards along the sliding seat, and the upper cutter is matched with a lower cutter to cut off the packaging paper; and finally, starting an air suction pump to suck air from the support square pipe, adsorbing the packaging paper through the air suction holes of the flat belts, driving the double flat belts to operate by the motor through driving the driving rotating shaft, and driving the packaging paper to be conveyed to a specified position by matching with the negative air pressure of the flat belts.

Folding packaging paper: firstly, a double-flat belt transmission assembly flatly conveys wrapping paper to the upper part of a paper stack and the lower part of the wrapping paper between a first paper folding plate and a second paper folding plate, then a paper stack push-up cylinder is started to drive a push plate on the paper stack to move upwards, and the wrapping paper is wrapped on the upper surface and two sides of the paper stack by matching with a paper stack clamping plate of a paper stack clamping structure while the paper stack is pushed upwards; then starting a first paper folding board cylinder group and a second paper folding board cylinder group through a controller, driving a first paper folding board and a second paper folding board to be close to the middle for a small distance by a first paper folding cylinder of the first paper folding board cylinder group and the second paper folding board cylinder, inwards folding the bottom edges of the packing paper at two sides of the paper stack for a little, clamping the paper stack, and starting a paper stack push-up cylinder again to drive a paper stack push plate to reset downwards; and finally, starting the second paper folding cylinder to push the first paper folding plate and the second paper folding plate to approach to the middle again, so that the packing paper on one side of the bottom of the paper stack is turned inwards.

And (3) gluing the packaging paper: firstly, a push plate on a paper stack drives the paper stack to move upwards between two paper stack clamping plates, a clamping cylinder drives a second paper stack clamping plate on one side to approach to a first paper stack clamping plate to clamp the paper stack wrapped with wrapping paper, at the moment, a controller starts a clamping driving motor to drive a rotating shaft to rotate, a gear set on the rotating shaft drives a synchronous belt to move, a paper stack clamping structure on the synchronous belt continuously moves forwards, and the paper stack clamping structure moves to an adhesive tape assembly; when the paper stack passes through the second rubber pressing roller, the second rubber pressing roller resets upwards to enable the tail end of the adhesive tape to be tightly attached; and finally, carrying the paper stack to a specified position, driving a second paper stack clamping plate to move upwards by a clamping plate lifting cylinder, driving a paper stack clamping structure to reset to the position above a paper stack upper push plate by a clamping driving motor, and binding the next paper stack according to the action steps.

It is obvious that the above embodiments of the present invention are only examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the claims of the present invention.

Claims

1. Full-automatic paper buttress detects production facility group, its characterized in that: the waste edge cleaning and removing equipment conveys a stack of paper stacks to feeding, orderly stacking and conveying equipment, the feeding, orderly stacking and conveying equipment conveys the stacked paper stacks to the paper breaking and edge trimming equipment, and conveys the stacked paper stacks to the paper stack product inspection machine, the paper stack product inspection machine divides the paper stacks into qualified paper stacks and unqualified paper stacks, the unqualified paper stacks are conveyed to the paper stack collecting equipment, the qualified paper stacks are conveyed to the discharging, stacking and conveying equipment, and the discharging, stacking and conveying equipment conveys the paper stacks to the paper stack bundling equipment;

the paper stack feeding conveying channel is arranged at a feeding port of a paper stack conveying roller set of the feeding tidy stacking and carrying equipment, the paper stack discharging conveying channel is arranged on one side of the rack, the paper stack lifting roller set positioned in the rack is arranged at a discharging port of the paper stack feeding conveying channel, the paper stack carrying assembly positioned above the paper stack lifting roller set is arranged on the rack, and the paper stack tidy assembly positioned on one side above the paper stack discharging conveying channel is installed on the rack;

the paper pile conveying belt of the paper breaking and edge trimming equipment is arranged at the front end of the frame, the stacking component is arranged above the feeding component and is positioned at a feeding port of the carrying component, the carrying components are arranged on the front side and the rear side of the paper breaking and edge trimming component, and the discharging conveying belt is arranged at a discharging port of the carrying component;

the first transverse pushing assembly and the second transverse pushing assembly of the discharging stacking conveying equipment are arranged on the rack, the first conveying roller set is arranged on the rack through a side supporting plate, the conveying roller lifting assembly drives the second conveying roller set to move up and down, a paper stack baffle is arranged at the front end of the first transverse pushing assembly, the first transverse pushing assembly drives the first longitudinal round rod to transversely move back and forth, and the second transverse pushing assembly drives the second longitudinal round rod to transversely move back and forth;

paper buttress is pricked bottom one side and is equipped with paper buttress and push the structure on the mechanical support of equipment, and the opposite side is equipped with the feeding structure of tailorring that is used for carrying and cutting the wrapping paper on the mechanical support, and the paper buttress pushes the structure top and is equipped with the folding transport structure who is used for folding wrapping paper, and paper buttress centre gripping structure sets up the paper buttress extension board on mechanical support, rubberizing tape structure setting.

2. The full-automatic paper stack detection production equipment set according to claim 1, characterized in that: the paper pile lifting roller group consists of a paper pile lifting roller, a lifting cylinder and a lifting support, a push rod of the lifting cylinder is connected to the bottom of the lifting support and drives the lifting support to move up and down, a plurality of paper pile lifting rollers are arranged on the lifting support, the paper pile lifting rollers and the paper pile conveying rollers of the paper pile conveying roller group are arranged in a staggered manner, the paper pile lifting rollers are arranged on the lifting support at equal intervals, the paper pile lifting rollers upwards penetrate to the upper part of the paper pile conveying roller group from between the two paper pile conveying rollers, two rows of paper pile conveying roller groups are arranged in the rack, two paper pile feeding conveying channels are independently connected with feeding ports of the paper pile conveying roller group, the paper pile conveying assembly mainly consists of a transverse pushing cylinder, a conveying connecting plate, a supporting round rod and a positioning plate, the transverse pushing cylinder is connected to the conveying connecting plate through the push rod and drives the conveying connecting plate to move, the paper pile tidying assembly mainly comprises a first tidying cylinder, a second tidying cylinder and a tidying baffle, wherein the first tidying cylinder is arranged on the frame and drives the second tidying cylinder to displace forwards and backwards, a push rod of the second tidying cylinder is connected with the tidying baffle and drives the tidying baffle to displace, a paper pile support plate is arranged at the front end of the paper pile discharging conveying channel and connected with a lifting motor, the lifting motor drives the paper stack supporting plate to move up and down along the guide rod.

3. The full-automatic paper stack detection production equipment set according to claim 2, characterized in that: the stack separating component mainly comprises a lifting driving component, a first transverse pushing cylinder, a second transverse pushing cylinder, a stack separating pressure plate cylinder and a paper stack lifting driving component, wherein the paper stack conveying belt is arranged on the frame, the lifting driving component is arranged on the frame through a bracket, the lifting driving component drives the first transverse pushing cylinder to do longitudinal linear displacement along a limiting guide rod, the first transverse pushing cylinder drives the stack separating forks on two sides to move back and forth through a push rod, the second transverse pushing cylinder is arranged on the bracket and is positioned below the first transverse pushing cylinder, the second transverse pushing cylinder drives the stack separating forks to move back and forth through the push rod, the stack separating pressure plate cylinder is arranged on the bracket and is positioned above the stacks, the stack separating pressure plate cylinder drives the stack separating pressure plate to move back and forth, the paper stack lifting driving component is arranged at the discharge end of the paper stack conveying belt, one side of the paper stack conveying belt is provided with a paper stack baffle plate, the paper pile arranging push plate is arranged at the discharge end of the paper pile conveying belt at the other side of the paper pile conveying belt, the paper pile arranging push plate is arranged on the frame and is pushed to approach one side of the paper pile conveying belt through a push rod, the paper pile lifting driving assembly mainly comprises a lifting paper pile fork, a lifting motor, a ball screw and a guide rod, two sides of the lifting paper pile fork are sleeved on the guide rod, the lifting motor drives the lifting paper pile fork to move up and down along the guide rod at two sides through the ball screw, the paper pile conveying belt consists of two parallel conveying belts, the front end of the lifting paper pile fork extends outwards to form a paper pile supporting bar, three paper pile supporting bars and two conveying belt supporting bars are arranged in a staggered mode, a lattice blocking cylinder is arranged above the lifting paper pile fork, a lattice blocking round bar is driven by a push rod of the lattice blocking cylinder to do longitudinal linear displacement, the two lattice blocking round bars are vertically arranged, and a lattice blocking transverse cylinder drives the lattice blocking cylinder to move back and forth, the side branch buttress fork be located well branch buttress fork left and right sides, both sides branch buttress front end all is equipped with an inclined plane, well branch buttress fork front end be most advanced and upper surface front end be two inclined planes, break paper subassembly off with fingers and thumb mainly by supporting the mould and push down the mould and constitute, push down the mould setting in the top of supporting the mould, support the mould and install on supporting the fixed plate, support the fixed plate and insert a plurality of spacing cylinders, spacing cylinder is located and supports the mould outward flange and block and support the mould, be equipped with in the frame and support triaxial cylinder and push down triaxial cylinder, support triaxial cylinder and drive through supporting the fixed plate and support the mould displacement from top to bottom, push down triaxial cylinder and drive and push down the mould displacement from top to bottom, support mould and push down and be equipped with the paper buttress layer board between the mould, the paper buttress layer board of installing in the frame is equipped with the trench that supplies to support the mould to pass through, support mould upper surface and lower surface all are equipped with the cushion.

4. The full-automatic paper stack detection production equipment set according to claim 3, characterized in that: the lower pressing die is divided into a front inclined pressing plate and a rear inclined pressing plate and an arc pressing plate, the two inclined pressing plates are respectively arranged at the front end and the rear end of a connecting plate of the lower pressing die, an arc pressing plate cylinder arranged on the connecting plate of the lower pressing die is connected to the arc pressing plate, the bottom of the arc pressing plate positioned between the two inclined pressing plates is protruded downwards to form a cambered surface, the inclined pressing plates are all inclined downwards from inside to outside to form an inclined surface, the front inclined pressing plate and the rear inclined pressing plate are symmetrically arranged, the inclined pressing plates are provided with photoelectric switches, pin shafts sleeved with springs are arranged below U-shaped grooves of the photoelectric switches, the supporting fixing plate is provided with two supporting dies, the top of each supporting die is a cambered surface of a downward groove, the paper stack supporting plate is provided with two rectangular groove positions, the two supporting dies can penetrate through the two rectangular groove positions, the supporting dies are divided into a left supporting die and a right supporting die, the upper surface of the left supporting die is protruded upwards, the upper surface of the right side supporting die is sunken downwards, the lower pressing die is divided into a left lower pressing die and a right lower pressing die, the lower surface of the left lower pressing die is sunken upwards, the supporting dies correspond to the lower pressing dies one by one, a lower supporting plate is arranged between the left supporting die and the right supporting die, a lower pressing supporting plate is arranged between the lower pressing dies, the lower pressing supporting plate is arranged on a lower pressing die connecting plate through four supporting shafts sleeved with springs, the front end and the rear end of the left supporting die are provided with plane supporting dies, the carrying assembly mainly comprises carrying clamping plates, carrying pushing cylinders and driving devices, the two carrying clamping plates are symmetrically arranged, the two carrying pushing cylinders drive the carrying clamping plates to be close to the middle and be separated outwards, the driving devices drive the carrying pushing cylinders to do transverse reciprocating motion through brackets, the carrying clamping plates are arranged on two sides of a paper pile supporting plate, the inner side surfaces of the carrying clamping plates are provided with groove positions matched with the shape of the paper pile, ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base along the slide rail displacement.

5. The full-automatic paper stack detection production equipment set according to claim 1, characterized in that: the first transverse pushing assembly mainly comprises a first displacement bottom plate, a first transverse pushing cylinder and a first sliding block, a push rod of the first transverse pushing cylinder is connected to the first displacement bottom plate, the bottom of the first displacement bottom plate is installed on a double sliding rail on the rack through the first sliding block, the second transverse pushing assembly mainly comprises a second displacement bottom plate, a second transverse pushing cylinder and a second sliding block, a push rod of the second transverse pushing cylinder is connected to the second displacement bottom plate, the bottom of the second displacement bottom plate is installed on the double sliding rail on the rack through the second sliding block, a second longitudinal round rod is installed on the second displacement bottom plate, a first longitudinal round rod is installed on the first displacement bottom plate, a second longitudinal round rod and a first longitudinal round rod are symmetrically arranged, the first transverse pushing assembly and the second transverse pushing assembly respectively drive the second longitudinal round rod and the first longitudinal round rod to be close to and separate from each other, the first conveying roller group and the second conveying roller group are formed by arranging a plurality of conveying rollers at equal intervals, and a motor drives the conveying rollers to rotate through gears.

6. The full-automatic paper stack detection production equipment set according to claim 5, characterized in that: the conveying roller lifting assembly mainly comprises an installation fixing plate, a lifting driving motor and a driving gear, wherein the lifting driving motor drives the installation fixing plate to move up and down through the driving gear and a chain, and the second conveying roller group is installed on the installation fixing plate.

7. The full-automatic paper stack detection production equipment set according to claim 1, characterized in that: the paper stack feeding roller group is arranged on a mechanical support and positioned in a feeding port of the mechanical support, a material pushing roller arranged on the mechanical support transversely drives a cylinder to drive a paper stack pushing roller group to displace, a feeding roller driving device drives the paper stack feeding roller group to rotate, the paper stack feeding roller group and the paper stack pushing roller group are perpendicular to each other and are arranged in a staggered mode, a packaging paper roll driving motor arranged on the mechanical support drives a packaging paper roll to rotate, packaging paper on the packaging paper roll is sequentially pulled to a tension adjusting structure, a cutter assembly and a double-flat belt transmission assembly, a first paper folding plate cylinder group and a second paper folding plate cylinder group are respectively arranged on the inner side of the mechanical support, the first paper folding plate cylinder group and the second paper folding plate cylinder group are arranged inside the mechanical support, the first paper folding plate cylinder group drives the first paper folding plate to transversely linearly displace, the second paper folding plate cylinder group drives the second paper folding plate to transversely linearly displace, a push plate on the paper stack is arranged below a position between the first paper folding plate and the second paper folding plate, a paper stack lower paper stack pressing plate is arranged above a position between the first paper folding plate and the second paper stack, a paper stack clamping plate assembly is arranged above a position where the paper stack clamping motor assembly clamps a paper roll supporting plate, a synchronous belt is arranged on one side of the paper roll, a synchronous belt clamping motor is arranged on one side of the paper roll supporting plate assembly, and a synchronous belt clamping plate, a synchronous belt clamping device arranged on one side of the synchronous belt clamping plate assembly, and a synchronous belt clamping plate, the synchronous belt device is arranged on the synchronous belt clamping plate, the synchronous belt driving motor arranged on one side of the synchronous belt clamping plate assembly, the synchronous belt clamping device, two sliding shafts arranged on the machine frame penetrate through the clamping mounting seat.

8. The full-automatic paper stack detection production equipment set according to claim 7, characterized in that: the paper pile feeding roller group is characterized in that one side of the paper pile feeding roller group is installed on a mechanical support through a driving gear group, a feeding roller driving device drives the paper pile feeding roller group to rotate through the driving gear group, the other side of the paper pile feeding roller group is provided with a paper pile positioning baffle, a paper pile pushing cylinder is arranged below the position between the paper pile positioning baffle and the paper pile feeding roller group, a paper pile pushing plate is arranged at the top of a push rod of the paper pile pushing cylinder, a paper pile baffle is arranged in the conveying direction of the paper pile feeding roller group, the back of the paper pile positioning baffle is installed inside the mechanical support through a positioning baffle adjusting base, a baffle corrugated handle drives the paper pile positioning baffle to move back and forth along limiting sliding rods on two sides through the push rod, paper pile limiting baffle strips are arranged on two sides of the paper pile positioning baffle, two symmetrically arranged limiting baffle strips are installed in the mechanical support through fixing seats and drive the paper pile limiting baffle strips to move inwards or outwards through the push rod, the push rod of a push rod driving cylinder is connected to a push rod mounting seat of the push rod and drives the push rod mounting seat to move transversely along the limit sliding rail on the bottom of the push rod mounting seat to move linearly, the push rod is installed on the paper pile pushing roller mounting seat, and the push rod of the push rod driving roller is arranged on the push rod driving roller group to drive the push rod to move transversely.

9. The full-automatic paper stack detection production equipment set according to claim 8, characterized in that: the tension adjusting structure is arranged on one side of a paper outlet direction of a packaging paper scroll, the cutter assembly is arranged above the tension adjusting structure, the double-flat belt transmission group is arranged on one side of the paper outlet direction of the cutter assembly, one side of the packaging paper scroll is arranged on a mechanical support through a safety chuck, the other side of the packaging paper scroll is arranged on the mechanical support through a safety chuck, the packaging paper scroll adopts an air expanding shaft, a plurality of convex strips used for clamping the inner side of a packaging paper roll are arranged on the air expanding shaft, the cutter assembly mainly comprises an upper cutter, a lower cutter, an upper cutter cylinder and a lower cutter base, the lower cutter is arranged on the mechanical support through the lower cutter base, the upper cutter cylinder is arranged on two sides of the upper cutter above the lower cutter, and the upper cutter cylinder drives the upper cutter to move up and down along the upper cutter cylinder, both ends all are equipped with aluminium deflector roll and damping rubber roll around the cutter unit spare, and the aluminium deflector roll is located the below of damping rubber roll and is equipped with the clearance that supplies the wrapping paper to pass through between the two, and the motor is connected in the aluminium deflector roll one side that is located the cutter unit spare front end and is driven the aluminium deflector roll and rotate, two flat belt transmission assembly mainly by flat belt, support side pipe, pivot and motor and constitute, support side pipe and set up inside the flat belt, both ends overlap respectively on the gyro wheel of pivot around two flat belts of parallel arrangement, the pivot divide into initiative pivot and driven spindle, the motor passes through the gear train and drives the initiative pivot and rotate, the flat belt on be equipped with a plurality of suction holes, support side pipe bottom is equipped with a plurality of aspirating holes, support side pipe outside and pass through the trachea and connect the aspiration pump.

10. The full automatic paper stack detection production equipment set according to claim 9, wherein: first cardboard cylinder group be symmetrical arrangement in first cardboard top both sides, second cardboard cylinder group is symmetrical arrangement in second cardboard top both sides, first cardboard cylinder group by first paper cylinder and the second paper cylinder of rolling over constitute, the push rod that is located the second paper cylinder of rolling over on the mechanical support inner wall is connected in first paper cylinder of rolling over, the push rod of first paper cylinder of rolling over is connected in first cardboard, second cardboard cylinder group of rolling over constitute by first paper cylinder of rolling over and the second paper cylinder of rolling over, the push rod of first paper cylinder of rolling over is connected in the second cardboard of rolling over, first cardboard and second cardboard bottom both sides of rolling over all be equipped with the spur rack, be located first cardboard and second and roll over the cardboard below and be equipped with the counter roll, gear and spur rack intermeshing on the counter roll, first cardboard and second cardboard both sides of rolling over all install the spacing slip on the mechanical support inner wall, the first folding paper board and the second folding paper board do transverse linear displacement along an upper limiting slide bar and a lower limiting slide bar, a paper stack clamping structure is arranged above the space between the first folding paper board and the second folding paper board, a paper stack push-up cylinder drives a paper stack push plate to move up and down, a paper stack lower press plate cylinder drives a paper stack lower press plate to move up and down, the adhesive tape component mainly comprises a press roller, a tooth cutter and an adhesive tape roller, the two press rollers are arranged at two ends of a pull rod through slide rods, one side of the tooth cutter is connected with the slide block through a sliding matching block, the slide block is provided with a slide block guide block, the two press rollers are arranged above the paper stack support plate, the press roller is provided with the slide rod at one end, the other end of the slide rod is connected with an inner wall side plate of the adhesive tape component through a round rod, the middle end of the slide rod is connected with the pull rod, the slide rod is obliquely arranged at two ends of the pull rod and inclines from bottom to top to middle, the one end that is located the moulding-rubber roll of paper buttress direction front end is equipped with sticky tape centre gripping guide holder, and the sticky tape is drawn to plastic transition roller and sticky tape centre gripping guide holder from the sticky tape roller in proper order, tooth cutter set up on the sliding fit piece, tooth cutter and tooth cutter lid are connected in same pivot, and tooth cutter lid top upwards extends a push rod, paper buttress clamping structure mainly constitute by paper buttress grip block, centre gripping mount pad and drive arrangement, drive arrangement drive centre gripping mount block do lateral shifting along two smooth axles, two paper buttress grip blocks are installed on the centre gripping mount block, two paper buttress grip blocks are cliied the paper buttress through the centre gripping cylinder, the paper buttress grip block divide into first paper buttress grip block and second paper buttress grip block, be equipped with grip block lift cylinder on the second paper buttress grip block, grip block lift cylinder drives the second paper buttress grip block and moves from top to bottom along the slide rail, the centre gripping cylinder drives the second paper buttress grip block and does lateral shifting.