CN216104747U

CN216104747U - Material discharging machine for transferring material edges of full-automatic leather case machine

Info

Publication number: CN216104747U
Application number: CN202122493918.2U
Authority: CN
Inventors: 蔡兰汉; 蔡建光; 潘贻东; 杨敏
Original assignee: Ruian Guoan Printing Machinery Co ltd
Current assignee: Ruian Guoan Printing Machinery Co ltd
Priority date: 2021-10-15
Filing date: 2021-10-15
Publication date: 2022-03-22
Anticipated expiration: 2031-10-15

Abstract

The utility model relates to a material discharging machine for a material transferring and covering edge of a full-automatic leather shell machine, wherein a paper board is conveyed at a baffle limiting assembly from the front process through a material transferring driving assembly, then a lifting paper board on a material absorbing and lifting assembly is adsorbed at the material absorbing and lifting assembly, a material transferring opening and closing assembly moves material transferring devices on two sides in opposite directions so as to expand a material transferring channel, the paper board is vertically moved downwards onto a paper feeding assembly through the material absorbing and lifting assembly after being separated from a material transferring plate, so that the material transferring of the paper board is realized, then the paper board is conveyed through the material feeding assembly and moves back and forth in the material covering channel through the material feeding driving assembly, the paper board is intermittently placed at the material covering assembly for covering edge, the continuous material transferring, material feeding, covering edge discharging and a whole set of continuous actions are realized, and the product processing efficiency is improved.

Description

Material discharging machine for transferring material edges of full-automatic leather case machine

Technical Field

The utility model relates to the field of paper product processing, in particular to a material transferring, material wrapping and discharging machine of a full-automatic leather case machine.

Background

The automatic leather case machine is also called a covering machine, is suitable for various book cases, book type boxes, folders, chessboard, desk calendars and other related products, adopts new technologies such as servo transmission, hydraulic drive light-operated positioning and the like, automatically finishes the processes of facial tissue feeding, gluing, automatic paperboard feeding, positioning, four-side edge covering and the like, has high precision, high speed and beautiful angle pressing edge covering, and is suitable for mass production of the majority of printing and packaging circles with the same kernel: moon cakes, tea leaves, mobile phones, underwear, artware, cosmetics and other outer packaging boxes, folders, desk calendars, hardcover book covers and other most effective solutions.

However, the conventional automatic leather case machine includes an automatic double-side folding covering machine (usually short edges) and a feeding covering and blanking device (usually long edges), after a paperboard (usually an ash plate) and a face paper are attached, the left side edge and the right side edge of the paperboard are respectively covered with the short edges by the automatic double-side folding covering machine, after longitudinal covering is completed, the paperboard continues to the tail end of a longitudinal conveying path, the position of the paperboard is accurately ensured by limiting at the tail end, and then the paperboard is conveyed to the feeding covering and blanking device by steering to carry out long-edge covering, but the conventional automatic leather case machine is easy to collide and bend during material turning, folds are easy to occur during long-edge covering, continuous feeding, covering and blanking of the paperboard cannot be realized, so that the working efficiency is low, and correction is urgently needed.

SUMMERY OF THE UTILITY MODEL

The technical problem to be solved by the utility model is to provide a material transferring, edge wrapping and blanking machine of a full-automatic leather shell machine, aiming at the defects of the prior art.

In order to achieve the purpose, the utility model provides the following technical scheme: full-automatic leather case machine change material package limit blanking machine, including second edging frame, set up change material device in second edging frame and set up the pay-off unloader that bordures of changing material device below, its characterized in that: the feeding and edge covering blanking device comprises two edge covering devices which are oppositely arranged, each edge covering device comprises a feeding edge covering plate, a feeding assembly arranged on the feeding edge covering plate, a feeding driving assembly for driving the feeding assembly to move along the feeding edge covering plate and an edge covering assembly for turning over and covering two sides of a paperboard, an edge covering channel for moving a paper feeding plate from a material transferring device to the edge covering assembly is formed between the two feeding edge covering plates, the feeding assemblies are oppositely arranged in the edge covering channel, the material transferring device comprises two material transferring mechanisms which are oppositely arranged on a second edge covering rack, each material transferring mechanism comprises a material transferring plate, a material transferring driving assembly arranged on the material transferring plate and used for conveying the paper feeding plate and a material transferring opening and closing assembly for driving the material transferring devices on two sides to open and close intermittently, and a material transferring channel for conveying the paper feeding plate along the material transferring plate is formed between the two material transferring driving assemblies, the one end that changes the material passageway and correspond the passageway of borduring is equipped with the spacing subassembly of baffle that the restriction cardboard continues to remove along changeing the flitch, the one end that the second frame of borduring corresponds the spacing subassembly of baffle is equipped with and sends the cardboard to inhaling on the feeding unit from changeing the material device and expect lifting unit.

According to the technical scheme, the paperboard is conveyed from the front process to the position of the baffle limiting assembly through the material transferring driving assembly, then the lifting paperboard on the material sucking lifting assembly is adsorbed to the position of the material sucking lifting assembly, the material transferring opening and closing assembly moves the material transferring devices on two sides in the opposite directions, and further the material transferring channel is enlarged, so that the paperboard is separated from the material transferring plate and then vertically moves downwards on the paper feeding assembly through the material sucking lifting assembly, the paperboard is transferred, then the paperboard is conveyed through the material feeding assembly, the paperboard is moved in the edge covering channel in a reciprocating mode through the material feeding driving assembly, the paperboard is intermittently placed at the edge covering assembly to be covered, a whole set of continuous actions of continuous material transferring, material conveying, edge covering and discharging are achieved, and the product processing efficiency is improved.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the automatic paper folding machine is characterized in that a plurality of rotary material adjusting grooves are formed in the upper portion of the rotary material plate, at least two pre-folding cylinders are arranged at one ends of the rotary material plate, corresponding to the baffle limiting assemblies, the output ends of the pre-folding cylinders are provided with pre-folding pressing wheels for pressing marks at the positions of the paper plates to be folded, and the pre-folding cylinders can be movably mounted on the rotary material plate through the rotary material adjusting grooves.

By adopting the technical scheme, the pre-folding cylinder can be movably mounted on the rotating material plate through the rotating material adjusting groove, the pre-folding cylinder is adapted to the paper plates with different specifications, when the paper plates move to the baffle limiting assembly, the pre-folding cylinder can push the pre-folding pressing wheel to enable the paper plates to be arranged at the positions of the folded edges to form the pressed marks, and the paper plates are prevented from being folded after the folded edges are arranged at the positions of the folded edges during subsequent edge covering.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the material turning and opening assembly comprises a material turning and adjusting base arranged on the second edge wrapping frame, a material turning and opening arm arranged on the material turning and adjusting base and a material turning and opening and closing cylinder, one end of the material turning and opening arm is hinged to the material turning and adjusting base, the other end of the material turning and opening arm is hinged to the material turning plate, the output end of the material turning and opening and closing cylinder is connected with the material turning and opening arm, and the material turning plates at the two ends are driven to move in opposite directions or opposite directions.

By adopting the technical scheme, the material rotating plate is movably arranged on the material rotating adjusting base through the material rotating opening and closing arm, the material rotating opening and closing arm is driven to swing through the material rotating opening and closing cylinder, the material rotating opening and closing arm is driven to move horizontally through the material rotating plate when swinging, the material rotating plates at two ends are driven to move in opposite directions or opposite directions, namely when a paperboard is conveyed, the material rotating plates move in opposite directions, the paperboard is conveyed to the position of the baffle limiting component through the material rotating driving component, the material rotating plates are driven to move in opposite directions through the material rotating opening and closing cylinder, the paperboard is separated from the material rotating plates and conveyed to the feeding component below, the material rotating opening and closing arm can be hinged with the material rotating plates through the material rotating linkage arm, the material rotating linkage arm drives the material rotating plates to move when the material rotating opening and closing arm moves, and meanwhile, the pushing and pulling are more labor-saving and more stable due to the material rotating linkage arm being consistent with the moving direction of the material rotating plates.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the second edge wrapping machine frame is provided with a material transferring adjusting guide rail for moving a material transferring adjusting base along the second edge wrapping machine frame, the material transferring plate comprises a left material transferring plate and a right material transferring plate, left material transferring adjusting rods in threaded connection with the material transferring adjusting base are arranged on the material transferring adjusting bases on two sides of the left material transferring plate, the left material transferring adjusting rods synchronously rotate through a left material transferring synchronous chain wheel, right material transferring adjusting rods in threaded connection with the material transferring adjusting bases are arranged on the material transferring adjusting bases on two sides of the right material transferring plate, the right material transferring adjusting rods synchronously rotate through a right material transferring synchronous chain wheel, the material transferring driving assembly comprises a material transferring driving motor arranged on the material transferring plate, a material transferring driven wheel arranged at one end of the material transferring plate far away from the material transferring driving motor, and a plurality of material transferring press wheels arranged in a material transferring adjusting groove, and the output end of the material transferring driving motor is provided with a material transferring driving wheel, the material transferring conveying belt is arranged between the material transferring driven wheel and the material transferring driving wheel in a winding mode, and the paper board is conveyed to the position of the baffle limiting assembly in a matching mode through the material transferring pressing wheel and the material transferring conveying belt.

Adopt above-mentioned technical scheme, change the flitch including turning left the flitch and turning right the flitch, and adjust the track and remove in the top through changeing the material, adjust the pole through changeing the material and drive the flitch back-and-forth movement that turns left, and realize turning left flitch both ends synchro-control through the synchronous sprocket of the material of turning left, adjust the pole through changeing the material and drive the flitch back-and-forth movement that turns right, and realize turning right flitch both ends synchro-control through the synchronous sprocket of the material of turning right, and then control changes the interval between the flitch, the cardboard of different specifications of adaptation, change material driving motor and change the material from the driving wheel through setting up, make change the material driving motor and drive the material conveyer belt rotation of commentaries on classics, and then make the cardboard can carry through the commentaries on classics material passageway that changes and form between material conveyer belt, and change the setting up of material pinch roller and can compress tightly the anterior process minor face that has bordured of cardboard once more.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the spacing subassembly of baffle is including setting up the baffle gag lever post on the pay-off board of borduring, be equipped with the baffle adjustment tank on the baffle gag lever post, the baffle adjustment tank is internal to be loaded with the baffle mount pad that a plurality of can install in the arbitrary department of baffle adjustment tank, the baffle mount pad is equipped with the dog towards the one end of changeing the material passageway, the dog bottom is equipped with gas blowing device, inhale material lifting unit including setting up inhaling material lift cylinder in the second frame of borduring, inhaling the material lifter plate and setting up inhaling the material suction nozzle that a plurality of and the air supply on inhaling the material lifter plate are connected, the output of inhaling material lift cylinder with inhale the material lifter plate and be connected to it changes the material passageway to drive to inhale the material suction nozzle business turn over.

Adopt above-mentioned technical scheme, through set up the baffle gag lever post on pay-off board of borduring, make the dog can pass through baffle adjustment tank movable mounting on the baffle gag lever post, the cardboard of the different width of adaptation, through setting up in the dog bottom, it is spacing to avoid waiting that the hem portion of cardboard influences the blockking of dog to the cardboard, it is more accurate to make the cardboard location, through making the cardboard edge can not be touched the back deformation by gear spacing subassembly, avoid crooked too big influence follow-up borduring, after cardboard and baffle spacing subassembly contact, inhale material lift cylinder will promote and inhale the material suction nozzle and rise and live the cardboard absorption, then change the material and open and shut the subassembly and will change the material passageway widen back, inhale material lift cylinder and send the cardboard to pay-off subassembly department with perpendicular decline, realize that the cardboard changes the material fast.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the edge covering assembly comprises an edge covering seat arranged on one side of the feeding edge covering plate far away from an edge covering channel, an edge covering pressing plate arranged above the edge covering seat, a transverse edge covering mechanism for driving the edge covering seat to be close to or far away from the feeding edge covering plate, a lifting edge covering mechanism for driving the edge covering pressing plate to lift along the edge covering seat, a paper pressing plate arranged at the upper end of the feeding edge covering plate, and a paper pressing driving mechanism for driving the paper pressing plate to move axially, wherein one end of the feeding edge covering plate, facing the paper pressing plate, is provided with an edge covering groove for accommodating the edge covering pressing plate, one end of the edge covering pressing plate extends into the edge covering groove and folds and covers two sides of the paper pressing plate through the lifting edge covering mechanism and the transverse edge covering mechanism, the paper pressing driving mechanism comprises two paper pressing rods arranged on two sides of the paper pressing plate, a paper pressing driving plate arranged on one side of the paper pressing rod far away from the paper pressing plate, a paper pressing driving cylinder arranged on the feeding edge covering plate, and two paper pressing guide sleeves arranged on the feeding edge covering plate, the paper pressing rod is sleeved in the paper pressing guide sleeve, and the output end of the paper pressing driving cylinder is connected with the paper pressing driving plate and drives the paper pressing plate to be close to or far away from the feeding edge covering plate.

By adopting the technical scheme, the paperboards are conveyed by the feeding assembly and reciprocate in the edge covering channel by the feeding driving assembly, the paperboards are intermittently placed at the edge covering assembly for edge covering, when the paperboards are edge-covered, the paperboards are positioned at the upper end surfaces of the feeding edge covering plates, the edge covering is fixed by the paper pressing driving mechanism, the positions to be edge-covered at two ends of the paperboards pass through the paper pressing plates and are arranged at the groove-lacking positions of the edge covering, the edge covering pressing plates firstly ascend to fold the positions to be edge-covered of the paperboards through the transverse edge covering mechanism and the lifting edge covering mechanism, then transversely inwards move to cover the folded positions to be edge-covered on the paperboards, the whole action of the front, the back, the front, the bottom and the top is completed, the whole action of the whole is more beautiful and stable during edge covering, the arrangement of the paper pressing plates can enable the feeding assembly to feed the paperboards to be fixed, the feeding assembly can rapidly convey subsequent paperboards and push the front paperboards out of the second edge covering frame, the processing efficiency is improved, the paper board of the edge covering assembly can not swing when the edge is covered, the product yield is improved, the paper pressing driving cylinder is arranged on the feeding edge covering plate, the paper pressing driving cylinder pushes the paper pressing driving plate to move axially, and then the paper pressing driving plate drives the paper pressing plate to press fit or separate the feeding edge covering plate through the paper pressing rod, so that the paper board is fixed and separated.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: pay-off drive assembly is including setting up the pay-off synchronizing wheel in pay-off bordure board both sides, around locating pay-off hold-in range between the pay-off synchronizing wheel, setting up pay-off synchronous machine in the second bordure frame and set up the pay-off synchronizing shaft at pay-off synchronous machine output, the pay-off synchronizing shaft passes two corresponding pay-off synchronizing wheels to drive the pay-off hold-in range and rotate, be equipped with the pay-off synchronizing block that supplies the pay-off subassembly installation on the pay-off hold-in range, the pay-off synchronizing block meshes with the pay-off hold-in range mutually and drives the cardboard and in bordure the passageway internalization along the pay-off hold-in range.

By adopting the technical scheme, the feeding component is arranged on the feeding synchronous belt through the feeding synchronous block, so that the feeding synchronous motor drives the two feeding synchronous wheels to synchronously rotate through the feeding synchronous shaft, the feeding components on two sides are driven to synchronously and stably intermittently feed the paper boards to the edge covering component for edge covering, and the feeding synchronous belt can realize feeding quickly and stably.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the feeding assembly comprises a feeding claw arranged on the feeding synchronous block and a feeding lifting cylinder arranged on the feeding synchronous block, the feeding claw extends upwards towards one end of the edge covering assembly to form a material pushing block for pushing the paper board out of the second edge covering rack, the other end of the feeding claw is provided with a feeding suction nozzle connected with an air source, the output end of the feeding lifting cylinder is connected with the feeding claw and drives the feeding claw to lift axially, one end of the second edge covering rack corresponding to the edge covering device is provided with a paper width bidirectional adjusting screw rod and a paper width guide shaft, one end of the edge covering device is provided with an adjusting guide sleeve for the paper width guide shaft to penetrate through, the other end of the edge covering device is provided with a paper width adjusting sleeve in threaded connection with the paper width bidirectional adjusting screw rod, the paper width adjusting sleeves on the two edge covering devices are respectively in threaded connection with two sections of the paper width bidirectional adjusting screw rod in an inverse manner, one end of the paper width bidirectional adjusting screw rod penetrates out of the second packaging rack and is provided with a paper width adjusting hand wheel, and the paper width adjusting hand wheel drives the edge covering devices to move in opposite or opposite directions.

By adopting the technical scheme, one end of the feeding claw forms negative pressure through the feeding suction nozzle to stably fix the paper boards on the feeding claw, the positive pressure can release the paper boards, the other end is provided with a material pushing block with the height higher than the upper end surface of the feeding edge covering plate when rising, the paper boards after being covered by the edge covering component in front are pushed out of the discharging roller shaft to be tightly pressed and discharged, mutual interference between the paper boards is avoided, meanwhile, the material is continuously discharged, the product processing efficiency is improved, the feeding claw can rise and fall through the feeding lifting cylinder by arranging the feeding lifting cylinder on the feeding synchronous block, when the feeding claw sends the paper boards to the edge covering component for edge covering, the feeding claw can descend and reset, namely, the paper board covering is not interfered, the paper boards can be continuously transported at the beginning, the quick feeding of a plurality of paper boards is realized, the product processing efficiency is improved, the paper width bidirectional adjusting screw rod is provided with two sections of threads with different directions on one screw rod, the paper width adjusting sleeve is in threaded connection with the right-handed thread and the left-handed thread on the paper width adjusting sleeve, when the paper width bidirectional adjusting screw rod rotates, the paper width adjusting sleeve approaches or separates from the paper width bidirectional adjusting screw rod quickly, so that a user can drive the paper width bidirectional adjusting screw rod to rotate through the paper width adjusting hand wheel, the width of a wrapping channel can be controlled quickly, the paper width of different specifications can be matched, and the adaptability of equipment can be improved.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the lifting edge covering mechanism comprises an edge covering lifting cylinder, edge covering lifting shafts and an edge covering drive plate, wherein the edge covering lifting cylinder is arranged on the edge covering seat and is far away from one end of an edge covering press plate, the edge covering lifting shafts are arranged on two sides of the edge covering lifting cylinder, the edge covering drive plate is arranged on one side of the edge covering lifting shaft and is far away from the edge covering press plate, the edge covering lifting shafts penetrate through the edge covering seat and are connected with the edge covering press plate, the output end of the edge covering lifting cylinder is connected with the edge covering drive plate, and the edge covering press plate is driven to move axially.

By adopting the technical scheme, the hemming lifting cylinder is arranged on the hemming seat, and drives the hemming drive plate to axially move, so that the hemming drive plate is linked to the hemming press plate to be close to or far away from the hemming seat through the hemming lifting shaft to realize the hemming of the hemming press plate axially moving.

Foretell full-automatic skin shell machine change material charge machine in limit can further set up to: the horizontal mechanism of borduring is including setting up horizontal guiding axle on the pay-off board of borduring, setting up and keeping away from the horizontal cylinder of borduring of pay-off board one end of borduring at the seat of borduring, setting up horizontal articulated seat on the pay-off board of borduring and set up the horizontal regulation bottom plate on the pay-off board of borduring, the outer peripheral face at horizontal guiding axle is established to the seat cover of borduring, the output of horizontal cylinder of borduring passes behind the seat of borduring articulated seat with horizontal articulated seat articulated to drive the seat lateral shifting of borduring, horizontal regulation bottom plate is equipped with the lateral regulation guide rail towards the one end of base of borduring, be equipped with the horizontal regulating block of erectting on the seat of borduring at the lateral regulation guide rail, set up the horizontal movable groove that supplies the lift axle of borduring and the lift cylinder lateral shifting of borduring on the horizontal regulation bottom plate.

By adopting the technical scheme, the transverse edge covering cylinder is arranged on the edge covering seat, the transverse edge covering cylinder is enabled to enter and exit the air to push and pull the edge covering seat, the edge covering seat is enabled to be close to or separate from the feeding edge covering plate along the transverse guide shaft, edge covering of the edge covering plate is achieved, when the transverse adjusting bottom plate is arranged at the bottom of the edge covering seat, the edge covering seat is enabled to transversely move through the transverse edge covering mechanism, the transverse adjusting block can horizontally move on the transverse adjusting guide rail, the edge covering seat can not deviate in the transverse moving process, the stability of the equipment during edge covering is improved, through the transverse moving groove, the edge covering lifting shaft and the edge covering lifting cylinder are enabled not to interfere with the transverse adjusting bottom plate during moving, the moving range of the edge covering seat is limited through the transverse moving groove, and the stability of a product during edge covering is improved.

The utility model is further described below with reference to the accompanying drawings.

Drawings

Fig. 1 is a perspective view of an embodiment of the present invention.

FIG. 2 is a top view of an embodiment of the present invention.

Fig. 3 is a schematic perspective view of a material transferring device according to an embodiment of the present invention.

Fig. 4 is a schematic perspective view of a material transferring mechanism according to an embodiment of the present invention.

Fig. 5 is a schematic perspective view of a feeding, edge covering and blanking device in an embodiment of the utility model.

Fig. 6 is a schematic perspective view of a hemming device according to an embodiment of the present invention.

Fig. 7 is a perspective view of a hemming assembly according to an embodiment of the present invention.

Fig. 8 is a schematic structural view of the taping assembly according to the embodiment of the present invention in a working state.

Detailed Description

As shown in fig. 1-8, the material transferring and covering blanking machine of the full-automatic leather casing machine comprises a second covering frame 1, a material transferring device arranged on the second covering frame 1, and a material transferring and covering blanking device arranged below the material transferring device, wherein the material transferring and covering blanking device comprises two covering devices which are oppositely arranged, the covering device comprises a material transferring and covering plate 2, a material feeding component 3 arranged on the material transferring and covering plate 2, a material feeding driving component 4 for driving the material feeding component 3 to move along the material transferring and covering plate 2, and a covering component 5 for turning over and covering two sides of a paperboard a, a covering channel b for moving a paper feeding plate a from the material transferring device to the covering component 5 is formed between the two material transferring and covering plates 2, the material feeding component 3 is oppositely arranged in the covering channel b, the material transferring device comprises two material transferring mechanisms which are oppositely arranged on the second covering frame 1, the material transferring mechanism comprises a material transferring plate 6, a material transferring driving assembly 7 arranged on the material transferring plate 6 and used for conveying a paper board a, and a material transferring opening and closing assembly 8 for driving material transferring devices on two sides to intermittently open and close, a material transferring channel c for conveying the paper board a along the material transferring plate 6 is formed between the two material transferring driving assemblies 7, one end of the material transferring channel c corresponding to a covering channel b is provided with a baffle limiting assembly for limiting the paper board a to continuously move along the material transferring plate 6, one end of the second covering rack 1 corresponding to the baffle limiting assembly is provided with a material sucking and lifting assembly 9 for conveying the paper board a from the material transferring device to the material feeding assembly 3, a plurality of material transferring adjusting grooves 61 are arranged above the material transferring plate 6, one end of the material transferring plate 6 corresponding to the baffle limiting assembly is provided with at least two pre-folding air cylinders 62, the output end of the pre-folding air cylinders 62 is provided with pre-folding press wheels 63 for pressing the positions of the paper board a to be folded, the pre-folding cylinder 62 can be movably installed on the material transferring plate 6 through the material transferring adjusting groove 61, the material transferring opening and closing assembly 8 comprises a material transferring adjusting base 81 arranged on the second edge wrapping frame 1, a material transferring opening and closing arm 82 and a material transferring opening and closing cylinder 83 arranged on the material transferring adjusting base 81, one end of the material transferring opening and closing arm 82 is hinged with the material transferring adjusting base 81, the other end of the material transferring opening and closing arm is hinged with the material transferring plate 6, the output end of the material transferring opening and closing cylinder 83 is connected with the material transferring opening and closing arm 82 and drives the material transferring plates 6 at two ends to move in opposite directions or opposite directions, the material transferring adjusting guide rail 11 for the material transferring adjusting base 81 to move along the second edge wrapping frame 1 is arranged on the second edge wrapping frame 1, the material transferring plate 6 comprises a left material transferring plate 68 and a right material transferring plate 69, left material transferring adjusting rods 681 in threaded connection with the material transferring adjusting base 81 are arranged on the material transferring adjusting base 81 at two sides of the left material transferring plate 68, the left material turning adjusting rods 681 synchronously rotate through a left material turning synchronous chain wheel 682, the right material turning adjusting rods 691 in threaded connection with the material turning adjusting bases 81 are arranged on the material turning adjusting bases 81 on the two sides of the right material turning plate 69, the right material turning adjusting rods 691 synchronously rotate through a right material turning synchronous chain wheel 692, the material turning driving assembly 7 comprises a material turning driving motor 71 arranged on the material turning plate 6, a material turning driven wheel 72 arranged at one end of the material turning plate 6 far away from the material turning driving motor 71 and a plurality of material turning pressure wheels 73 arranged in the material turning adjusting groove 61, the output end of the material turning driving motor 71 is provided with a material turning driving wheel 74, a material turning conveying belt 75 is wound between the material turning driven wheel 72 and the material turning driving wheel 74, a paperboard is conveyed to a baffle limiting assembly through the material turning pressure wheels 73 and the material turning conveying belt 75 in a matched manner, the baffle limiting assembly comprises a baffle limiting rod 21 arranged on the feeding edge covering plate 2, the baffle limiting rod 21 is provided with a baffle adjusting groove 22, the baffle adjusting groove 22 is loaded with a plurality of baffle mounting seats 23 which can be mounted at any position of the baffle adjusting groove 22, one end of the baffle mounting seat 23 facing the material transfer passage c is provided with a stop block 24, the bottom of the stop block 24 is provided with a blowing device, the material sucking lifting component 9 comprises a material sucking lifting cylinder 91, a material sucking lifting plate 92 and a plurality of material sucking suction nozzles 93 which are arranged on the material sucking lifting plate 92 and connected with an air source, the material sucking lifting cylinder 91 is connected with the material sucking lifting plate 92 at the output end and drives the material sucking nozzles 93 to pass in and out the material transfer passage c, the edge covering component 5 comprises an edge covering seat 51 arranged at one side of the material conveying edge covering plate 2 far away from the edge covering passage b, an edge covering pressing plate 52 arranged above the edge covering seat 51, a transverse edge covering mechanism driving the edge covering seat 51 to be close to or far away from the material conveying edge covering plate 2, and a transverse edge covering mechanism, The device comprises a lifting edge covering mechanism for driving an edge covering pressing plate 52 to lift along an edge covering seat 51, a paper pressing plate 53 arranged at the upper end of the feeding edge covering plate 2 and a paper pressing driving mechanism for driving the paper pressing plate 53 to axially move, wherein one end of the feeding edge covering plate 2, facing the paper pressing plate 53, is provided with an edge covering notch 25 for accommodating the edge covering pressing plate 52, one end of the edge covering pressing plate 52 extends into the edge covering notch 25 and turns over and cover the two sides of a paper board a through the lifting edge covering mechanism and a transverse edge covering mechanism, the paper pressing driving mechanism comprises two paper pressing rods 531 arranged at the two sides of the paper pressing plate 53, a paper pressing driving plate 532 arranged at one side of the paper pressing rods 531, far away from the paper pressing plate 53, a paper pressing driving cylinder 533 arranged on the feeding edge covering plate 2 and two paper pressing guide sleeves 26 arranged on the feeding edge covering plate 2, the paper pressing rods 531 are sleeved in the paper pressing guide sleeves 26, the output end of the paper pressing driving cylinder 533 is connected with the paper pressing driving plate 5, and drive the paper pressing plate 53 to be close to or far away from the feeding and edging plate 2, the feeding drive component 4 comprises feeding synchronizing wheels 41 arranged at two sides of the feeding and edging plate 2, a feeding synchronous belt 42 wound between the feeding synchronizing wheels 41, a feeding synchronous motor 43 arranged on the second edging frame 1 and a feeding synchronous shaft 44 arranged at the output end of the feeding synchronous motor 43, the feeding synchronous shaft 44 passes through the two corresponding feeding synchronizing wheels 41 and drives the feeding synchronous belt 42 to rotate, a feeding synchronous block 45 for installing the feeding component 3 is arranged on the feeding synchronous belt 42, the feeding synchronous block 45 is meshed with the feeding synchronous belt 42 and drives the paper board a to move in the edging channel b along the feeding synchronous belt 42, the feeding component 3 comprises a feeding claw 31 arranged on the feeding synchronous block 45 and a feeding lifting cylinder 32 arranged on the feeding synchronous block 45, the feeding claw 31 extends upwards towards one end of the edge covering component 5 to form a pushing block 33 which pushes the paper board a out of the second edge covering rack 1, the other end of the feeding claw is provided with a feeding suction nozzle 34 connected with an air source, the height of the pushing block 33 is higher than the upper end surface of the feeding edge covering plate 2, the output end of the feeding lifting cylinder 32 is connected with the feeding claw 31 and drives the feeding claw 31 to lift axially, one end of the second edge covering rack 1 corresponding to the edge covering device is provided with a paper width bidirectional adjusting screw rod 12 and a paper width guide shaft 13, one end of the edge covering device is provided with an adjusting guide sleeve 14 which is penetrated by the paper width guide shaft 13, the other end of the edge covering device is provided with a paper width adjusting sleeve 15 which is in threaded connection with the paper width bidirectional adjusting screw rod 12, the adjusting guide sleeve 14 is locked to fix the feeding edge covering plate 2, and the paper width adjusting sleeves 15 on the two edge covering devices are respectively in threaded connection with two sections of the paper width bidirectional adjusting screw rod 12, the utility model discloses a two-way accommodate lead screw 12 one end of paper width is worn out and is equipped with paper width adjusting hand wheel 16 behind second packing frame 1 to it is motion in opposite directions or opposite direction to drive the device of borduring through paper width adjusting hand wheel 16, lift mechanism of borduring is including setting up at borduring seat 51 and keeping away from borduring lift cylinder 513 of borduring clamp plate 52 one end, set up at borduring lift cylinder 514 of borduring lift cylinder 513 both sides and set up at borduring lift cylinder 514 and keep away from borduring drive plate 515 of clamp plate 52 one side of borduring, borduring lift shaft 514 passes behind borduring seat 51 and is connected with borduring clamp plate 52, the output of borduring lift cylinder 513 is connected with borduring drive plate 515 to drive and borduring clamp plate 52 axial motion, horizontal mechanism of borduring is including setting up horizontal guiding axle 27 on pay-off borduring board 2, setting up at the horizontal cylinder 511 of borduring seat 51 keeping away from pay-off borduring board 2 one end of borduring, setting up on pay-off borduring board 2, set up horizontal seat 28 and the horizontal accent on pay-off borduring board 2 and set up on pay-off borduring board 2 Festival bottom plate 29, the outer peripheral face at horizontal guiding axle 27 is established to bordure seat 51 cover, the output of horizontal bordure cylinder 511 passes behind bordure seat 51 articulated with horizontal articulated seat 28 to drive bordure seat 51 lateral shifting, horizontal regulation bottom plate 29 is equipped with horizontal regulation guide rail 291 towards the one end of bordure seat 51, be equipped with on the bordure seat 51 and erect the horizontal regulating block 512 on horizontal regulation guide rail 291, horizontal regulation bottom plate 29 is last to be seted up and to be supplied bordure lift axle 514 and bordure lift cylinder 513 lateral shifting's horizontal movable groove 292.

Claims

1. Full-automatic leather case machine change material package limit blanking machine, including second edging frame, set up change material device in second edging frame and set up the pay-off unloader that bordures of changing material device below, its characterized in that: the feeding and edge covering blanking device comprises two edge covering devices which are oppositely arranged, each edge covering device comprises a feeding edge covering plate, a feeding assembly arranged on the feeding edge covering plate, a feeding driving assembly for driving the feeding assembly to move along the feeding edge covering plate and an edge covering assembly for turning over and covering two sides of a paperboard, an edge covering channel for moving a paper feeding plate from a material transferring device to the edge covering assembly is formed between the two feeding edge covering plates, the feeding assemblies are oppositely arranged in the edge covering channel, the material transferring device comprises two material transferring mechanisms which are oppositely arranged on a second edge covering rack, each material transferring mechanism comprises a material transferring plate, a material transferring driving assembly arranged on the material transferring plate and used for conveying the paper feeding plate and a material transferring opening and closing assembly for driving the material transferring devices on two sides to open and close intermittently, and a material transferring channel for conveying the paper feeding plate along the material transferring plate is formed between the two material transferring driving assemblies, the one end that changes the material passageway and correspond the passageway of borduring is equipped with the spacing subassembly of baffle that the restriction cardboard continues to remove along changeing the flitch, the one end that the second frame of borduring corresponds the spacing subassembly of baffle is equipped with and sends the cardboard to inhaling on the feeding unit from changeing the material device and expect lifting unit.

2. The full-automatic hull machine's commentaries on classics material contained edge blanking machine of claim 1 characterized in that: the automatic paper folding machine is characterized in that a plurality of rotary material adjusting grooves are formed in the upper portion of the rotary material plate, at least two pre-folding cylinders are arranged at one ends of the rotary material plate, corresponding to the baffle limiting assemblies, the output ends of the pre-folding cylinders are provided with pre-folding pressing wheels for pressing marks at the positions of the paper plates to be folded, and the pre-folding cylinders can be movably mounted on the rotary material plate through the rotary material adjusting grooves.

3. The full-automatic hull machine's commentaries on classics material contained edge blanking machine of claim 2 characterized in that: the material turning and opening assembly comprises a material turning and adjusting base arranged on the second edge wrapping frame, a material turning and opening arm arranged on the material turning and adjusting base and a material turning and opening and closing cylinder, one end of the material turning and opening arm is hinged to the material turning and adjusting base, the other end of the material turning and opening arm is hinged to the material turning plate, the output end of the material turning and opening and closing cylinder is connected with the material turning and opening arm, and the material turning plates at the two ends are driven to move in opposite directions or opposite directions.

4. The full-automatic hull machine's commentaries on classics material contained edge blanking machine of claim 3, characterized in that: the second edge wrapping machine frame is provided with a material transferring adjusting guide rail for moving a material transferring adjusting base along the second edge wrapping machine frame, the material transferring plate comprises a left material transferring plate and a right material transferring plate, left material transferring adjusting rods in threaded connection with the material transferring adjusting base are arranged on the material transferring adjusting bases on two sides of the left material transferring plate, the left material transferring adjusting rods synchronously rotate through a left material transferring synchronous chain wheel, right material transferring adjusting rods in threaded connection with the material transferring adjusting bases are arranged on the material transferring adjusting bases on two sides of the right material transferring plate, the right material transferring adjusting rods synchronously rotate through a right material transferring synchronous chain wheel, the material transferring driving assembly comprises a material transferring driving motor arranged on the material transferring plate, a material transferring driven wheel arranged at one end of the material transferring plate far away from the material transferring driving motor, and a plurality of material transferring press wheels arranged in a material transferring adjusting groove, and the output end of the material transferring driving motor is provided with a material transferring driving wheel, the material transferring conveying belt is arranged between the material transferring driven wheel and the material transferring driving wheel in a winding mode, and the paper board is conveyed to the position of the baffle limiting assembly in a matching mode through the material transferring pressing wheel and the material transferring conveying belt.

5. The full-automatic hull machine's commentaries on classics material contained edge blanking machine of claim 4 characterized in that: the spacing subassembly of baffle is including setting up the baffle gag lever post on the pay-off board of borduring, be equipped with the baffle adjustment tank on the baffle gag lever post, the baffle adjustment tank is internal to be loaded with the baffle mount pad that a plurality of can install in the arbitrary department of baffle adjustment tank, the baffle mount pad is equipped with the dog towards the one end of changeing the material passageway, the dog bottom is equipped with gas blowing device, inhale material lifting unit including setting up inhaling material lift cylinder in the second frame of borduring, inhaling the material lifter plate and setting up inhaling the material suction nozzle that a plurality of and the air supply on inhaling the material lifter plate are connected, the output of inhaling material lift cylinder with inhale the material lifter plate and be connected to it changes the material passageway to drive to inhale the material suction nozzle business turn over.

6. The full-automatic hull machine's of any one of claims 1-5 commentaries on classics material overlap blanking machine, characterized in that: the edge covering assembly comprises an edge covering seat arranged on one side of the feeding edge covering plate far away from an edge covering channel, an edge covering pressing plate arranged above the edge covering seat, a transverse edge covering mechanism for driving the edge covering seat to be close to or far away from the feeding edge covering plate, a lifting edge covering mechanism for driving the edge covering pressing plate to lift along the edge covering seat, a paper pressing plate arranged at the upper end of the feeding edge covering plate, and a paper pressing driving mechanism for driving the paper pressing plate to move axially, wherein one end of the feeding edge covering plate, facing the paper pressing plate, is provided with an edge covering groove for accommodating the edge covering pressing plate, one end of the edge covering pressing plate extends into the edge covering groove and folds and covers two sides of the paper pressing plate through the lifting edge covering mechanism and the transverse edge covering mechanism, the paper pressing driving mechanism comprises two paper pressing rods arranged on two sides of the paper pressing plate, a paper pressing driving plate arranged on one side of the paper pressing rod far away from the paper pressing plate, a paper pressing driving cylinder arranged on the feeding edge covering plate, and two paper pressing guide sleeves arranged on the feeding edge covering plate, the paper pressing rod is sleeved in the paper pressing guide sleeve, and the output end of the paper pressing driving cylinder is connected with the paper pressing driving plate and drives the paper pressing plate to be close to or far away from the feeding edge covering plate.

7. The full-automatic hull machine's of claim 6 commentaries on classics material contained side blanking machine, characterized in that: pay-off drive assembly is including setting up the pay-off synchronizing wheel in pay-off bordure board both sides, around locating pay-off hold-in range between the pay-off synchronizing wheel, setting up pay-off synchronous machine in the second bordure frame and set up the pay-off synchronizing shaft at pay-off synchronous machine output, the pay-off synchronizing shaft passes two corresponding pay-off synchronizing wheels to drive the pay-off hold-in range and rotate, be equipped with the pay-off synchronizing block that supplies the pay-off subassembly installation on the pay-off hold-in range, the pay-off synchronizing block meshes with the pay-off hold-in range mutually and drives the cardboard and in bordure the passageway internalization along the pay-off hold-in range.

8. The full-automatic hull machine's of claim 7 commentaries on classics material contained side blanking machine, characterized in that: the feeding assembly comprises a feeding claw arranged on the feeding synchronous block and a feeding lifting cylinder arranged on the feeding synchronous block, the feeding claw extends upwards towards one end of the edge covering assembly to form a material pushing block for pushing the paper board out of the second edge covering rack, the other end of the feeding claw is provided with a feeding suction nozzle connected with an air source, the output end of the feeding lifting cylinder is connected with the feeding claw and drives the feeding claw to lift axially, one end of the second edge covering rack corresponding to the edge covering device is provided with a paper width bidirectional adjusting screw rod and a paper width guide shaft, one end of the edge covering device is provided with an adjusting guide sleeve for the paper width guide shaft to penetrate through, the other end of the edge covering device is provided with a paper width adjusting sleeve in threaded connection with the paper width bidirectional adjusting screw rod, the paper width adjusting sleeves on the two edge covering devices are respectively in threaded connection with two sections of the paper width bidirectional adjusting screw rod in an inverse manner, one end of the paper width bidirectional adjusting screw rod penetrates out of the second packaging rack and is provided with a paper width adjusting hand wheel, and the paper width adjusting hand wheel drives the edge covering devices to move in opposite or opposite directions.

9. The full-automatic hull machine's of claim 8 commentaries on classics material contained side blanking machine, characterized in that: the lifting edge covering mechanism comprises an edge covering lifting cylinder, edge covering lifting shafts and an edge covering drive plate, wherein the edge covering lifting cylinder is arranged on the edge covering seat and is far away from one end of an edge covering press plate, the edge covering lifting shafts are arranged on two sides of the edge covering lifting cylinder, the edge covering drive plate is arranged on one side of the edge covering lifting shaft and is far away from the edge covering press plate, the edge covering lifting shafts penetrate through the edge covering seat and are connected with the edge covering press plate, the output end of the edge covering lifting cylinder is connected with the edge covering drive plate, and the edge covering press plate is driven to move axially.

10. The full-automatic hull machine's of claim 9 commentaries on classics material contained side blanking machine, characterized in that: the horizontal mechanism of borduring is including setting up horizontal guiding axle on the pay-off board of borduring, setting up and keeping away from the horizontal cylinder of borduring of pay-off board one end of borduring at the seat of borduring, setting up horizontal articulated seat on the pay-off board of borduring and set up the horizontal regulation bottom plate on the pay-off board of borduring, the outer peripheral face at horizontal guiding axle is established to the seat cover of borduring, the output of horizontal cylinder of borduring passes behind the seat of borduring articulated seat with horizontal articulated seat articulated to drive the seat lateral shifting of borduring, horizontal regulation bottom plate is equipped with the lateral regulation guide rail towards the one end of base of borduring, be equipped with the horizontal regulating block of erectting on the seat of borduring at the lateral regulation guide rail, set up the horizontal movable groove that supplies the lift axle of borduring and the lift cylinder lateral shifting of borduring on the horizontal regulation bottom plate.