CN104827799A - Glue-bound notebook production line - Google Patents

Glue-bound notebook production line Download PDF

Info

Publication number
CN104827799A
CN104827799A CN201510186941.3A CN201510186941A CN104827799A CN 104827799 A CN104827799 A CN 104827799A CN 201510186941 A CN201510186941 A CN 201510186941A CN 104827799 A CN104827799 A CN 104827799A
Authority
CN
China
Prior art keywords
wheel
frame
shaft
cutting
transmission
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201510186941.3A
Other languages
Chinese (zh)
Other versions
CN104827799B (en
Inventor
邓玉坚
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Dongguan Mayor And Xing Printing Machinery Co Ltd
Original Assignee
Dongguan Mayor And Xing Printing Machinery Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Dongguan Mayor And Xing Printing Machinery Co Ltd filed Critical Dongguan Mayor And Xing Printing Machinery Co Ltd
Priority to CN201510186941.3A priority Critical patent/CN104827799B/en
Publication of CN104827799A publication Critical patent/CN104827799A/en
Application granted granted Critical
Publication of CN104827799B publication Critical patent/CN104827799B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The invention belongs to the technical field of printing production line, and especially relates to a glue-bound notebook production line. Based on production technology, the glue-bound notebook production line successively comprises a rolled paper feeding device, a deviation correcting device, a printing device, a crack line slitting device, a folding device, a back cover feeding device, a front cover feeding device, a packaging device, a drying device, and a finished product slitting device; and the above devices are connected with transmission devices. Automatic operation is adopted by the whole production process; human intervention is not needed; production cost is reduced; step connection of a plurality of steps is smooth; production efficiency is increased; and both labour and time are saved.

Description

A kind of mucilage binding notebook production line
Technical field
The present invention relates to printing production line technical field, particularly relate to a kind of mucilage binding notebook production line.
Background technology
Be no matter books, writing notebook or notebook etc. when producing, generally through multiple print, bookbinding and point cutting process, current printing technology, especially before print, the technique and equipment of printing these two aspects, has had certain progress.But the Mechanization Level of whole industry is still not high, manual and a small amount of machinery is generally all adopted to carry out the bookbinding of books and cut.
Conventional processes is each device is separately an equipment, and paper after platform equipment does not complete a procedure, then continues processing by being manually transported to next device, so just greatly reduce production efficiency, waste time and energy, also need to set up the workman for feeding, increase production cost.
Summary of the invention
The object of the invention is to provide a kind of mucilage binding notebook production line for the deficiencies in the prior art, the whole process of the present invention is automation mechanized operation, without the need to human intervention, reduce production cost, and the smooth and easy connection of each process, production efficiency improves, time saving and energy saving.
For achieving the above object, a kind of mucilage binding notebook production line, comprise coil paper feeding device, deviation correcting device, printing equipment successively according to production technology, split line cutting device, folding apparatus, back cover feeding device, front cover feeding device, bag back of the body machine, drying unit and finished product cutting device, connected by transmission device between each device.
Beneficial effect of the present invention: a kind of mucilage binding notebook production line, comprise coil paper feeding device, deviation correcting device, printing equipment successively according to production technology, split line cutting device, folding apparatus, back cover feeding device, front cover feeding device, bag back of the body machine, drying unit and finished product cutting device, connected by transmission device between each device, the whole process of the present invention is automation mechanized operation, without the need to human intervention, reduce production cost, and the smooth and easy connection of each process, production efficiency improves, time saving and energy saving.
Accompanying drawing explanation
fig. 1 is perspective view of the present invention.
Fig. 2 is the top view looking up deviation correcting device of the present invention.
Fig. 3 is the assembly structure schematic diagram of cylinder of the present invention, lower connecting plate and upper junction plate.
Fig. 4 is the cross-sectional view of guiding mechanism of the present invention.
Fig. 5 is the front view of printing equipment of the present invention.
Fig. 6 be the single printing mechanism of printing equipment of the present invention structural representation.
Fig. 7 is the front view that line apparatus is split in the present invention.
Fig. 8 is the assembly structure schematic diagram of air pressure cutting knife of the present invention and lateral adjustment device.
Fig. 9 is the assembly structure schematic diagram after lateral adjustment device of the present invention hides regulating wheel.
Figure 10 is the front view of cutting device of the present invention.
Figure 11 is the left view of cutting device of the present invention.
Figure 12 is the perspective view of invention folding apparatus.
Figure 13 is the cross-sectional view of folding apparatus of the present invention.
Figure 14 is the structure for amplifying schematic diagram at A place in Figure 13.
Figure 15 is the cross-sectional view at another visual angle of folding apparatus of the present invention.
Figure 16 is the structural representation of back cover automatic charging device of the present invention.
Figure 17 is the cross-sectional schematic of back cover automatic charging device of the present invention.
Figure 18 is the structural representation of another state of lowering or hoisting gear in Figure 17.
Figure 19 is the structural representation of front cover clamping device of the present invention.
Figure 20 is the cross-sectional schematic of front cover clamping device of the present invention.
Figure 21 is the structural representation of another state of clamping device in Figure 20.
Figure 22 is the structural representation of bag of the present invention back of the body machine.
Figure 23 is the cross-sectional view of the glue spreading apparatus of bag of the present invention back of the body machine.
Figure 24 is the cross-sectional view of the Frictioning device of bag of the present invention back of the body machine.
Figure 25 is the cross-sectional view of the benefit adhesive dispenser of bag of the present invention back of the body machine.
Figure 26 is the structural representation of the backing paper bar feeding device of bag of the present invention back of the body machine.
Figure 27 is the cross-sectional view of the rotary cutter device of bag of the present invention back of the body machine.
Figure 28 is the structural representation of the horizontal cutting mechanism of finished product cutting device of the present invention.
Figure 29 is the right view of Figure 28.
Figure 30 is the structural representation of the crosscut transmission device of finished product cutting device of the present invention.
Figure 31 is the right view of Figure 30.
Figure 32 is the internal structure schematic diagram of the device for longitudinally cutting of finished product cutting device of the present invention.
Figure 33 is the right view of Figure 32.
Figure 34 is the structural representation of the rip cutting transmission device of finished product cutting device of the present invention.
Figure 35 is the structural representation of the chain wheel set transmission mechanism of finished product cutting device of the present invention.
Figure 36 is the structural representation of the device for longitudinally cutting of finished product cutting device of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing 1 to Figure 36, and detailed description of the invention is described further the present invention.
As shown in Fig. 1 to Figure 36, a kind of mucilage binding notebook production line, comprise coil paper feeding device, deviation correcting device 2, printing equipment 3 successively according to production technology, split line cutting device 4, folding apparatus 5, back cover feeding device 6, front cover feeding device 7, bag back of the body machine 8, drying unit and finished product cutting device 9, connected by transmission device between each device.
This whole process of the present embodiment is automation mechanized operation, without the need to human intervention, reduces production cost, and the smooth and easy connection of each process, and production efficiency improves, time saving and energy saving.
As shown in Figures 2 to 4, described deviation correcting device 2 comprises fixed frame 21, the top of described fixed frame is provided with movable frame 22, the drive unit driving movable frame 22 to offset is provided with between described fixed frame 21 and movable frame 22, described movable frame 22 comprises the first tension force guide roller 221 and the second tension force guide roller 222, described drive unit comprises a cylinder 23, and the cylinder body of described cylinder 23 is connected with fixed frame 21, and the piston rod of this cylinder 23 is connected with movable frame 22.
The present embodiment paper carries out material transfer by the first tension force guide roller 221 and the second tension force guide roller 222, and cylinder 23 drives movable frame 22 to offset, thus automatically adjusts the tensile force at paper two ends, make it be consistent, do not affect later stage printing quality, Adjustment precision is high, time saving and energy saving.
In the present embodiment, described fixed frame 21 frame comprises lower connecting plate 211, upper junction plate 223 is provided with between described first tension force guide roller 221 and the second tension force guide roller 222, the cylinder body of described cylinder 23 is connected with lower connecting plate 211, the piston rod of this cylinder 23 is connected with upper junction plate 223, described drive unit also comprises the first guiding mechanism 24 and the second guiding mechanism 25, described first guiding mechanism 24 comprises the first guide shaft seat 241 and the second guide shaft seat 242 be fixedly connected with fixed frame 21, the axis of guide 243 is equipped with between described first guide shaft seat 241 and described second guide shaft seat 242, the middle part of the described axis of guide 243 is arranged with sliding shaft base 243, the top of described sliding shaft base 243 is fixedly connected with movable frame 22, described first guiding mechanism 24 is identical with described second guiding mechanism 25 structure, the piston rod of cylinder 23 stretches out, movable frame 22 is driven to offset, sliding shaft base 243 slides along the axis of guide 243, in the present embodiment, bearing 26 is also provided with between described fixed frame 21 and described movable frame 22, reduce the friction produced when movable frame 22 offsets.
As shown in Figure 5 to Figure 6, described printing equipment 3 comprises the first frame 31, the both sides of described frame 31 are provided with at least Liang Zu printing mechanism, described printing mechanism comprises live-roller 32 and coating mechanism, described coating mechanism comprises print roller 33, be provided with the interval passed through for paper between described print roller 33 and live-roller 32, the bottom of described first frame 31 is provided with the guide roller 34 for Sheet feeding.
First the present embodiment paper carries out charging by guide roller 34, print roller 33 occupies coating, when the interval of paper between print roller 33 and live-roller 32, coating printing to the surface of paper, then under the effect of live-roller 32, is passed to next printing mechanism and is printed another one face by print roller 33, the present invention can carry out printed on both sides to paper, without the need to increasing other printing equipments, reducing production cost, improve production efficiency.
As the embodiment of the best, the left side of the first frame 31 described in the present embodiment is provided with the first printing mechanism 35 and the 4th printing mechanism 36, the right side of described first frame 31 is provided with the second printing mechanism 37 and the 3rd printing mechanism 38, described first printing mechanism 35, second printing mechanism 37, 3rd printing mechanism 38 is identical with the 4th printing mechanism 36 structure, the present invention can carry out dual-sided two color printing to paper, wherein, printed same face by the first printing mechanism 35 and the 4th printing mechanism 36, printed another one face by the second printing mechanism 37 and 38, the 3rd printing mechanism, the present embodiment can make paper the same face have different print colors or pattern.
In the present embodiment, described first frame 31 is also provided with pressing roll mechanism, described pressing roll mechanism comprises the pedestal 391 be rotatably arranged at below the first printing mechanism 35, described pedestal 391 is provided with pressure roller 392, is provided with the interval passed through for paper between described pressure roller 392 and the live-roller 32 of the first printing mechanism 35.
In the present embodiment, described coating mechanism also comprises coating accumulator tank 310, material roller 312 on material roller 311 and second is provided with on first in described coating accumulator tank 310, the outer setting of described coating accumulator tank 310 has transmission device, described print roller 33 respectively with transmission device, on first, on material roller 311 and second, material roller 312 is in transmission connection, described transmission device comprises initiatively live-roller 313 and Synchronous Transmission roller 314, described dynamic live-roller 313 is connected by chain drive with described Synchronous Transmission roller 314, described Synchronous Transmission roller 314 and print roller 33 are in transmission connection, initiatively live-roller 313 drives Synchronous Transmission roller 314 and print roller 33 to rotate, print roller 33 to drive on first material roller 312 on material roller 311 and second to rotate again, on first on material roller 311 and second material roller 312 while rotation, by the surface of clagging in print roller 33, print roller 33 is printed paper again.
In the present embodiment, described coating accumulator tank 310 outside also connects electrodynamic pump, be provided with level sensor in described coating accumulator tank 310, described level sensor is connected with electrodynamic pump signal, when level sensor senses that coating accumulator tank 310 inside courtyard is too much, electrodynamic pump can be sent a signal to, unnecessary coating is taken away, otherwise, when level sensor senses that coating accumulator tank 310 inside courtyard is very few, can electrodynamic pump be sent a signal to, in coating accumulator tank 310, add coating.
In the present embodiment, the middle part of described first frame 31 is provided with draws together two driers 315, and drier 315 carries out drying and processing to the paper surface printed.
As shown in Fig. 7 to Figure 11, the described line cutting device 4 that splits comprises and splits line apparatus and cutting device, the described line apparatus that splits comprises locating shaft 41, described locating shaft 41 is provided with several for drawing the air pressure cutting knife 42 of folding line, described cutting device comprises the upper cutter shaft 43 be arranged at below locating shaft 41, described upper cutter shaft 43 is provided with several upper cutters 44, the below of described upper cutter shaft 43 arranges lower cutter shaft 45, described lower cutter shaft 45 is arranged with lower cutter 46, and described upper cutter 44 and described lower cutter 46 are provided with the interval passed for paper between this.
The present embodiment paper line is by splitting line apparatus, folding line is marked by air pressure cutting knife 42, in follow-up folding operation, paper by with folding line for benchmark carrys out doubling, after air pressure cutting knife 42 marks folding line, paper continues down feeding, enter cutting device to cut, by coordinating between upper cutter 44 and lower cutter 46, paper is cut into some parts, the most best preferred embodiment, paper is cut into three parts by cutting device of the present invention, the whole process of the present invention is automation mechanized operation, without the need to human intervention, and the smooth and easy connection of the intermediate step splitting line apparatus and cutting device, production efficiency improves, folding line, divide page slot accurate positioning, ensure qualification rate.
In the present embodiment, described locating shaft 41 is provided with contiguous block 411, and described contiguous block 411 is provided with dovetail deck 412, and described dovetail deck 412 is fixedly connected with air pressure cutting knife 42, for fixed air crush-cutting cutter 42.
In the present embodiment, the described line apparatus that splits also comprises lateral adjustment device, described lateral adjustment device and air pressure cutting knife 42 are oppositely arranged, described lateral adjustment device comprises the connection slide plate 471 be slidably connected with locating shaft 41, described connection slide plate 471 is fixedly installed a regulating wheel 472, the interval passed for paper is provided with between described regulating wheel 472 and air pressure cutting knife 42, described connection slide plate 471 is also provided with for regulating the adjusting screw(rod) 473 connecting slide plate 471 displacement, different according to antiquarian, the thickness of paper is also different, lateral adjustment device is for adjusting the spacing distance between regulating wheel 472 and air pressure cutting knife 42, ensure that air pressure cutting knife 42 marks folding line to any paper.
In the present embodiment, also comprise transmission device, described transmission device comprises a driving wheel 481, the both sides of described driving wheel 481 arrange the first assist in synchronization wheel 482 and the second assist in synchronization wheel 483 respectively, one end of described lower cutter shaft 45 is arranged with driven pulley 451, connected by chain drive between described driving wheel 481, first assist in synchronization wheel 42, second assist in synchronization wheel 483 and driven pulley 431, drive lower cutter shaft 45 to rotate by transmission device, lower cutter 46 rotates and coordinates with upper cutter 44 and cuts paper.
In the present embodiment, also comprise blowing device, described blowing device comprises the airduct 49 being arranged at lower cutter shaft 45 side, and described airduct 49 is connected with blower fan 491, and described airduct 49 offers several blowing mouths 492, for blowing away the waste material that slitting cutting device gets off.
As shown in Figure 12 to Figure 15, described folding apparatus 5 comprises holder 51, described holder 51 is provided with can the glide base 52 of length travel, the bottom of described glide base 52 is provided with sheet folding mechanism, the back of described holder 51 is provided with lateral adjustment, described sheet folding mechanism comprises folding skewback 531 and folding bearing 532, described folding skewback 531 and folding bearing 532 are oppositely arranged, the interval passed through for folding paper is provided with between described folding skewback 531 and folding bearing 532, described folding skewback 531 is provided with folding inclined-plane 5311 near one end of folding bearing 532.
The present embodiment coil paper is through the interval folding skewback 531 and folding bearing 532, paper turns down along the folding inclined-plane 5311 of folding skewback 531, in addition, according to the difference of the size of paper, glide base 52 transverse shifting or adjustment holder 51 can be regulated to vertically move and regulate, the present embodiment can carry out folding action to coil paper automatically, for replacing manual operation, thus realize automatically working, improve production efficiency, save manually and reduce the labour intensity of workman.
In the present embodiment, the other end of described folding skewback 531 is equipped with a rotating shaft 533, described rotating shaft 533 part be positioned at outside folding skewback 531 is arranged with roller 534, paper can be divided into two pages through folding operation, comprise turnover page and do not turn down page, turnover page, by the interval between folding skewback 531 and folding bearing 532, does not turn down page then bottom folding skewback 531, by arranging roller 534, be to make paper pass through sheet folding mechanism more smoothly.
In the present embodiment, also comprise paper-pressing mechanism, the bearing block of described folding bearing 532 is provided with a clip slot 5321, described paper-pressing mechanism comprises paper bail 54, described paper bail 54 comprises rotation section 541 and depression bar portion 542, described rotation section 541 is rotatably arranged in clip slot 5321, as preferred forms, the one-body molded setting in described rotation section 541 and depression bar portion 542, described rotation section 541 is in sphere, paper bail 54, for pushing down from sheet folding mechanism to the paper rolled well, makes it completely to rolling well.
In this enforcement, the first adjusting screw(rod) 55 is provided with in described glide base 52, the front end of described holder 51 is provided with the first adjustment rotating disk 511, described first adjusting screw(rod) 55 and first regulates rotating disk 511 to be in transmission connection, described lateral adjustment device comprises the second adjusting screw(rod) 56 being arranged in holder 51 rear end, the rear end of described holder 51 is provided with the second adjustment rotating disk 512, described second adjusting screw(rod) 56 and second regulates rotating disk 512 to be in transmission connection, according to the difference of the size of paper, rotating disk 511 is regulated to regulate holder 51 to vertically move by first, rotating disk 512 is regulated to regulate glide base 52 transverse shifting by second, it is the size that doubling mechanism meets paper.
As shown in Figure 16 to Figure 18, described back cover feeding device 6 comprises the second frame 61, lowering or hoisting gear 62, take out device 63, moves back and forth clamping device 64, lowering or hoisting gear 62 is arranged on one end of the second frame 61, take out device 63 is arranged on the top of lowering or hoisting gear 62, moves back and forth clamping device 64 and is arranged on the second frame 61 and the side being positioned at take out device 63; During work, lowering or hoisting gear 62, take out device 63 and move back and forth clamping device 64 and be controlled by the controller, move back and forth clamping device 64 to reciprocatingly slide along slide bar, material is placed on above lowering or hoisting gear 62, take out device 63 takes out a back cover from material, moves back and forth clamping device 64 and slides into back cover side and just clamp back cover, moves to just decontrol back cover when moving back and forth clamping device 64 in time putting above page core position, back cover just drops on to be waited to put a page core position, just can carry out next process; The invention has the beneficial effects as follows: automation can complete material process on mucilage binding back cover originally, reduce cost of labor, enhance productivity.
In the present embodiment, the described clamping device 64 that moves back and forth comprises the first slide bar 641, second slide bar 642 and support bar 643, first slide bar 641 and the second slide bar 642 are arranged in parallel and are positioned at the same side of feeding table, support bar 643 and the first slide bar 641 and the second slide bar 642 are arranged vertically, and support bar 643 two ends are slidably connected with the first slide bar 641 and the second slide bar 642 respectively; Adopt slide bar and support bar 643 to move back and forth supporter when clamping device 64 slides as being used as, sound construction rigidity is high, also facilitates and arrange multiple clamping device 644 as required on support bar 643.
In the present embodiment, the described clamping device 64 that moves back and forth comprises clamping device 644, clamping device 644 comprises clip page 6441, lower clip page 6442, clip page head fixed head 6443 and connecting rod 6444, lower clip page 6442 is fixedly installed on below clip page head fixed head 6443, the top that upper clip page 6441 is positioned at lower clip page 6442 is connected with clip page head fixed head 6443 by connecting rod 6444, and clip page head fixed head 6443 is arranged at support bar 643; Concrete, when clip page head fixed head 6443 slides into back cover side, upper clip page 6441 and lower clip page 6442 is drawn close and is clamped back cover, in time putting above page core position, just decontrol back cover, back cover just drops on to be waited to put a page core position, just can carry out next process, upper clip page 6441 and lower clip page 6442 adopts four-bar mechanisms to be connected, can realize that clamping face is parallel to be drawn close, increase clip page 6441 and lower clip page 6442 and the contact area of back cover, avoid in clamping process and damage is caused to back cover.
In the present embodiment, described take out device 63 is at least provided with three cover slide unit cylinders 631, slide unit cylinder 631 comprises expansion link 632, expansion link 632 bottom is provided with sucker 633, take out device 63 is by sucker 633 absorbing material, after drawing, sliding cylinder drives expansion link 632 to rise, clamping device 644 slides into material edge and just clamps material, then material is delivered to next station, then slide unit cylinder 631 drives expansion link 632 to decline, sucker 633 absorbing material again, slide unit cylinder 631 structure installment is convenient, be easy to control, sucker 633 can share a set of source of the gas with slide unit cylinder 631, be easy to control, do not damage material, three cover slide unit cylinders 631 can be avoided deforming because material rigidity is less.
In the present embodiment, the described clamping device 64 that moves back and forth also comprises Timing Belt 645, first synchronizing wheel mechanism 647 of synchronizing wheel mechanism 646, second and motor 648, described support bar 643 is fixedly connected with any one section of Timing Belt 645, first synchronizing wheel mechanism 646 and the second synchronizing wheel mechanism 647 are arranged at the two ends of the second frame 661 respectively, first synchronizing wheel mechanism 646 is connected with the second frame 661, and the second synchronizing wheel mechanism 647 is connected with the rotating shaft of motor 648; During work, motor 648 is controlled by the controller, clamping device 644 is driven to move back and forth along slide bar by Timing Belt 645, when clip page head fixed head 6443 slides into back cover side, upper clip page 6441 and lower clip page 6442 is drawn close and is clamped back cover, then back slides into and just decontrol back cover in time putting above page core position, back cover just drops on to be waited to put a page core position, then motor 648 drives clamping device 644 to move to the side of take out device 3, and Timing Belt 645 transmission precisely, steadily, is easy to control.
In the present embodiment, described lowering or hoisting gear 62 comprises power cylinder 621, first hinge arms 622, second hinge arms 623, blowing platform 624, power cylinder 621 comprises stiff end 6211 and sliding bar 6212, stiff end 6211 is arranged at the second frame 661 bottom, first hinge arms 622 and the second hinge arms 623 hinged, bottom and the stiff end 6211 of the first hinge arms 622 are hinged, bottom and the lever of the second hinge arms 623 are hinged, and the top of the first hinge arms 622 and the second hinge arms 623 is hinged with blowing platform 624 respectively; Concrete, lowering or hoisting gear 62 is controlled by the controller, material is placed on blowing platform 624, and when touching material after the back cover that take out device 63 is got is pressed from both sides by clamping device 644, power cylinder 621 drives blowing platform 624 to raise certain distance, ensure that take out device 63 can get back cover again, ensure that material is uninterrupted, realize automatic charging, hinge arms structure is simple, stable drive, is easy to control.
In the present embodiment, described power cylinder 621 is cylinder; Cylinder uses source of the gas to drive, and produces without waste liquid, highly sensitive, is easy to control.
In the present embodiment, described motor 648 is servomotor; Servomotor is easy to control, and the response time is short, and rotation precision is high.
In the present embodiment, three cover clamping devices 644 are had at least to be arranged at support bar 643; Three cover clamping devices 644 considerably increase clip page 6441 and lower clip page 6442 and the contact area of back cover, avoid and deform because material rigidity is less.
As shown in Figure 19 to Figure 21, described front cover feeding device 7 comprises the 3rd frame 71, slide bar 72 is provided with above described 3rd frame 71,3rd frame 71 one end is provided with material taking hand 73, also comprise clamping device 74 and reciprocating drive unit 75, clamping device 74 and slide bar 72 are slidably connected and are positioned at the side of material taking hand 73, and reciprocating drive unit 75 is connected with clamping device 74; During work, reciprocating drive unit 75, clamping device 74 and material taking hand 73 are controlled by the controller, reciprocating drive unit 75 drives clamping device 74 to reciprocatingly slide along slide bar 72, material taking hand 73 takes out a front cover from bank, and when clamping device 74 slides into front cover side, front cover clamped by clamping device 74, when clamping device 74 moves to page core heap top, front cover decontroled by clamping device 74, and front cover has been attached to the top of page core, just can carry out next process; Automation can complete material process on mucilage binding front cover originally, reduce cost of labor, enhance productivity.
In the present embodiment, described clamping device 74 comprises clip page 741, lower clip page 743, clip page head fixed head 743 and connecting rod 744, lower clip page 743 is fixedly installed on below clip page head fixed head 743, the top that upper clip page 741 is positioned at lower clip page 743 is connected with clip page head fixed head 743 by connecting rod 744, and clip page head fixed head 743 and slide bar 72 are slidably connected; Concrete, when clip page head fixed head 743 slides into front cover side, upper clip page 741 and lower clip page 743 is drawn close and is clamped front cover, when clip page head fixed head 743 slides into page core heap top, upper clip page 741 and lower clip page 743 puts down front cover after unclamping, front cover has been attached to the top of page core, just next process can be carried out, upper clip page 741 and lower clip page 743 adopts four-bar mechanisms to be connected, increase clip page 741 and lower clip page 743 and the contact area of front cover, avoid in clamping process and damage is caused to front cover.
In the present embodiment, lifting feeding table 76 is provided with below described material taking hand 73, described lifting feeding table 76 comprises power cylinder 761, first hinge arms 762, second hinge arms 763, blowing platform 764, power cylinder 761 comprises stiff end 7611 and sliding bar 7612, stiff end 7611 is arranged at the 3rd frame 71 bottom, first hinge arms 762 and the second hinge arms 763 hinged, bottom and the stiff end 7611 of the first hinge arms 762 are hinged, bottom and the lever of the second hinge arms 763 are hinged, the top of the first hinge arms 762 and the second hinge arms 763 is hinged with blowing platform 764 respectively, concrete, lifting feeding table 76 is controlled by the controller, material is placed on blowing platform 764, and when touching material after the page that material taking hand 73 is got is pressed from both sides by clamping device 74, power cylinder 761 drives blowing platform 764 to raise certain distance, ensure that material taking hand 73 can get front cover again, ensure that material is uninterrupted, realize automatic charging, hinge arms structure is simple, stable drive, is easy to control.
In the present embodiment, described material taking hand 73 is provided with slide unit cylinder 731, slide unit cylinder 731 comprises expansion link 732, expansion link 732 bottom is provided with sucker 733, material taking hand 73 is by sucker 733 absorbing material, after drawing, sliding cylinder drives expansion link 732 to rise, clamping device 74 slides into material edge and just clamps material, then material is delivered to next station, then slide unit cylinder 731 drives expansion link 732 to decline, sucker 733 absorbing material again, slide unit cylinder 731 structure installment is convenient, be easy to control, sucker 733 can share a set of source of the gas with slide unit cylinder 731, be easy to control, do not damage material.
In the present embodiment, described reciprocating drive unit 75 comprises Timing Belt 751, first synchronizing wheel mechanism 753 of synchronizing wheel mechanism 752, second and motor 754, described clamping device 74 is fixedly connected with any one section of Timing Belt 751, first synchronizing wheel mechanism 752 and the second synchronizing wheel mechanism 753 are arranged at the two ends of the 3rd frame 71 respectively, first synchronizing wheel mechanism 752 is connected with the 3rd frame 71, and the second synchronizing wheel mechanism 753 is connected with the rotating shaft of motor 754; During work, motor 754 is controlled by the controller, clamping device 74 is driven to move back and forth along slide bar 72 by Timing Belt 751, clamping device 74 is clamped front cover rear motor 754 and is driven clamping device 74 to move to the top of page core, after material decontroled by clamping device 74, motor 754 drives clamping device 74 to move to the side of material taking hand 73, and Timing Belt 751 transmission precisely, steadily, is easy to control.
In the present embodiment, described motor 754 is servomotor; Servomotor is easy to control, and the response time is short, and rotation error is little.
In the present embodiment, described power cylinder 761 is cylinder; Cylinder uses source of the gas to drive, and produces without waste liquid, highly sensitive, is easy to control.
As shown in Figure 22 to Figure 27, described bag back of the body machine 8 comprises the 4th frame 81, the front end of described 4th frame 81 is provided with feeding workbench 82, described feeding workbench 82 is connected with the guide production line 83 for transporting book 811, the side of described guide production line 83 is distributed with the glue spreading apparatus 84 for carrying out gluing to book 811 along the line, book 811 after gluing is carried out to the Frictioning device 85 of frictioning, to the drying unit 87 that glue is dried, book 811 is carried out to the backing paper bar feeding device 88 of backing paper bar 812 parcel, the rotary cutter device 89 that backing paper bar 812 is cut off and the rewinding workbench 810 book 811 being carried out to rewinding.Book 811 and front cover send guide production line 83 to by feeding workbench 82, the book 811 of guide production line 83 to laminating front cover transports, first entered glue spreading apparatus 84 and gluing was carried out to it, book 811 after gluing carries out frictioning through Frictioning device 85, make the glue of coating become even, then book 811 is dried through drying unit 87 pairs of glue, when book 811 is through backing paper bar feeding device 88, backing paper bar feeding device 88 releases backing paper bar 812 and book 811, front cover bonding fit backing paper bar 812 bag carry on the back action, the backing paper bar 812 of rotary cutter device 89 pairs of whole pieces cuts off, rewinding workbench 810 pairs of books 811 carry out rewinding, whole process is automation mechanized operation, without the need to human intervention, and the smooth and easy connection of each process, production efficiency improves, the quality of production of book 811 is guaranteed, book 811, front cover, backing paper bar 812 dislocation-free, gluing does not evenly fall page, meet the quality requirement of client.
The glue spreading apparatus 84 of the present embodiment comprises gluing support 841, described gluing support 841 is provided with gluing actuating unit 842, described gluing actuating unit 842 is connected with gluing power output shaft 843, described gluing power output shaft 843 is connected with glue coating wheel 844, and described glue coating wheel 844 outer surface is provided with gluing lines 8441; ; Described gluing support 841 is connected with the first gum box 845, and described glue coating wheel 844 is between guide production line 83 and the first gum box 845.Gluing actuating unit 842 drives gluing power output shaft 843 to rotate, thus glue coating wheel 844 rotates in the first gum box 845, when book 811 is through out-of-date, the glue coating wheel 844 of rotation drives the glue in the first gum box 845 to be coated on the Bao Beichu of book 811, makes book 811 complete the action of gluing.
The Frictioning device 85 of the present embodiment comprises frictioning support 851, described frictioning support 851 is provided with frictioning actuating unit 852, described frictioning actuating unit 852 is connected with frictioning power output shaft 853, described frictioning power output shaft 853 is connected with scrapes rubber tire 854, described in scrape rubber tire 854 outer surface and be provided with frictioning lines 8541; Described frictioning support 851 is connected with the second gum box 855, described in scrape rubber tire 854 between guide production line 83 and the second gum box 855.Frictioning actuating unit 852 drives frictioning power output shaft 853 to rotate, thus scrape rubber tire 854 and rotate in the second gum box 855, when book 811 is through out-of-date, rotate scrape rubber tire 854 pairs of gluings after book 811 carry out frictioning, glue is made to be uniformly distributed in the Bao Beichu of book 811, the glue scraped is flow in the second gum box 855, makes book 811 complete the action of frictioning.
Be provided with between the Frictioning device 85 of the present embodiment and drying unit 87 and mend adhesive dispenser 86, arranging the object of mending adhesive dispenser 86 is the situations preventing the bag back of the body place of book 811 from occurring few glue, starved.Described benefit adhesive dispenser 86 comprises mends glue support 861, described benefit glue support 861 is provided with mends glue actuating unit 862, described benefit glue actuating unit 862 is connected with mends glue power output shaft 863, described benefit glue power output shaft 863 is connected with mends rubber tire 864, and described benefit rubber tire 864 outer surface is provided with mends glue lines 8641; Described benefit glue support 861 is connected with the 3rd gum box 865, and described benefit rubber tire 864 is between guide production line 83 and the 3rd gum box 865.Mending glue actuating unit 862 drives benefit glue power output shaft 863 to rotate, thus benefit rubber tire 864 rotates in the 3rd gum box 865, when book 811 is through out-of-date, book 811 after the benefit rubber tire 864 pairs of frictioning rotated carries out benefit glue, make glue be re-attached to the Bao Beichu of book 811, make book 811 complete the action of mending glue.
The backing paper bar feeding device 88 of the present embodiment comprises feed frame 881, described feed frame 881 is provided with discharge mechanism 882, traction wheel mechanism 883, backing paper bar rubber-coated mechanism 884, First Transition wheel mechanism 885 and spring bearer plate 886, and backing paper bar 812 is successively through discharge mechanism 882, traction wheel mechanism 883, backing paper bar rubber-coated mechanism 884, First Transition wheel mechanism 885 and spring bearer plate 886; Described spring bearer plate 886 is positioned at the side of guide production line 83; Described feed frame 881 is provided with some groups and arranges the laminating wheel mechanism 887 of putting side by side.When the book 811 after gluing is in time drying and be transported to backing paper bar feeding device 88, discharge mechanism 882 uninterruptedly releases backing paper bar 812, backing paper bar 812 is through traction wheel mechanism 883, gluing is carried out in the bottom surface of backing paper bar rubber-coated mechanism 884 pairs of backing paper bars 812, backing paper bar 812 after gluing carries out oppositely carrying on the back having applied the bag of glue facing to book 811 through First Transition wheel mechanism 885, backing paper bar 812 is fitted in the Bao Beichu of book 811 by spring bearer plate 886, then arrange the laminating wheel mechanism 887 of the putting both sides up and down to the backing paper bar 812 after laminating side by side and fold the front cover place fitting in book 811 and complete for some groups, complete the bag back of the body action of book 811.
Particularly, the laminating wheel mechanism 887 of the present embodiment comprises rotating turret 8871, described rotating turret 8871 is rotationally connected with feed frame 881, one end of described rotating turret 8871 is provided with rolling wheel 8872, described rolling wheel 8872 is provided with bag back-trough, the other end of described rotating turret 8871 is extended with supports bar 8873, described in support the end of bar 8873 and feed frame 881 is connected with extension spring 8874, described in support the angle adjusting mechanism 8875 that bar 8873 is connected with regulating rotary moving frame 8871 rotational angle.Book 811 is when through laminating wheel mechanism 887, and extension spring 8874 pulls to be supported bar 8873 and make the rolling wheel 8872 on rotating turret 8871 fit in book 811 to wrap back of the body place, provide the adhesive force of folding bag backing paper.The rotational angle of described angle adjusting mechanism 8875 controlling rotary frame 8871, adjustment rolling wheel 8872 and book 811 wrap the spacing at back of the body place.
The quantity of the laminating wheel mechanism 887 of the present embodiment is four groups, and the width of the bag back-trough of each group rolling wheel 8872 reduces successively.Four groups of laminating wheel mechanisms 887 are adopted to provide adhesive force for folding bag backing paper, and the width of bag back-trough reduces successively, the pressure of folding bag backing paper is increased gradually, guarantee that backing paper bar 812 secure fit is in the Bao Beichu of book 811, ensure the quality of production of book 811, book 811 does not fall page, meets the quality requirement of client.
Be provided with the second transition wheel mechanism 888 between the discharge mechanism 882 of the present embodiment and traction wheel mechanism 883, the side of described second transition wheel mechanism 888 is provided with backing paper bar tension-adjusting gear 889.Second 888 pairs, transition wheel mechanism backing paper bar 812 carries out traction transition, and backing paper bar 812 tension force that backing paper bar tension-adjusting gear 889 pairs of discharge mechanisms 882 are released adjusts, and makes the smooth-going smooth Bao Beichu fitting in book 811 of backing paper bar 812.
As shown in Figure 28 to Figure 36, the rotary cutter device 89 of the present embodiment comprises cutter supporter 891, described cutter supporter 891 is connected with electric rotating machine 892, described cutter supporter 891 is connected with rotating belt wheel 893, described electric rotating machine 892 is connected with belt wheel 893 by V-type band 894, and described belt wheel 893 is connected with Connection Block 895, and described Connection Block 895 is connected with cutting knife 896, described Connection Block 895 is connected with connecting rod 897, is connected with stage clip 898 between described connecting rod 897 and cutter supporter 891.When complete bag the back of the body book 811 through rotary cutter device 89 time, electric rotating machine 892 is with movable belt pulley 893 to rotate, Connection Block 895 on belt wheel 893 drives cutting knife 896 pairs of backing paper bars 812 to cut, and quantity-produced book 811 produces line and is cut off afterwards so that follow-up rewinding.Because Connection Block 895 is connected with connecting rod 897, the stage clip 898 be positioned on connecting rod 897 carries out recovery cushioning effect to cutting knife 896 after cutting.
As shown in Figure 29 to Figure 36, comprise pedestal, described pedestal is provided with feeding-passage, described feeding-passage is provided with horizontal cutting mechanism 91, the output of described horizontal cutting mechanism 91 is provided with device for longitudinally cutting 92, described device for longitudinally cutting 92 is provided with at least one group of longitudinal cutting structure 93, also comprises the crosscut transmission device 94 for driving described horizontal cutting mechanism 91, and for driving the rip cutting transmission device 95 of described device for longitudinally cutting 92; The operation principle of this cutting device is: entered from feeding-passage by the books cut in advance, is then cut according to certain specification by the horizontal edge of horizontal cutting mechanism 91 pairs of books; Complete the books after crosscut to continue to move forward, then device for longitudinally cutting 92 is entered, corresponding books are cut out individual according to the size of longitudinal direction, utilize this device disposablely to complete and relevant cut operation, substantially increase the production efficiency of enterprise, equally, in process of production, also save artificial and reduce the labour intensity of workman.
Specifically, described horizontal cutting mechanism 91 comprises the crosscut slide 911 fixing with described pedestal, the top of described crosscut slide 911 slidably connects the first tool rest 912, the bottom of described crosscut slide 911 is fixedly connected with the second tool rest 913, described first tool rest 912 is provided with crosscut upper slitter 914, and described second tool rest 913 is provided with cutter 915 under the crosscut corresponding with described crosscut upper slitter 914.This horizontal cutting mechanism 91 is when cutting, its crosscut slide 911 is under the driving of crosscut transmission device 94, crosscut slide 911 drives the first tool rest 912 to carry out crosscut to the books entirety cut in advance downwards, the specification size of books according to standard namely cuts by described crosscut, certainly, also can be that the laterally remaining limit cutting books is in advance cut.
Carry out cutting work to make above-mentioned horizontal cutting mechanism 91, described crosscut transmission device 94 comprises the first gear shaft 942 and the first sprocket wheel 941 for being connected with motor-driven, one end of described first gear shaft 942 is connected with the first sprocket wheel 941, the other end of described first gear shaft 942 is connected with eccentric block 943, described eccentric block 943 drives first connecting rod 944, described first connecting rod 944 drives the first balance staff 945, described first balance staff 945 synchronously drives and is connected with the first crank mechanism 961 and the second crank mechanism 962, described first crank mechanism 961 drives second connecting rod 946, one end of described second connecting rod 946 and the first tool rest 912 is hinged, described second crank mechanism 962 drives and connects third connecting rod 947, described third connecting rod 947 drives and is connected with the 3rd crank mechanism 963, described 3rd crank mechanism 963 drives connection double leval jib 948, the other end of described double leval jib 948 and the first tool rest 912 is hinged.According to said structure, motor is by chain drive first sprocket wheel 941, under the effect of the first gear shaft 942, eccentric block 943 drives first connecting rod 944, first connecting rod 944 first balance staff 945 swings, at this moment, first balance staff 945 synchronously drives the first crank mechanism 961 and the second crank mechanism 962, then the first crank mechanism 961 and synchronous respectively second connecting rod 946, third connecting rod 947 being driven of the second crank mechanism 962, this programme utilizes a set of drive unit, make the two ends of horizontal cutting mechanism 91 all realize synchronous driving, greatly save manufacturing cost.
In such scheme, the second swing arm 9612 that described first crank mechanism 961, second crank mechanism 962 includes the first swing arm 9611 with the 3rd crank mechanism 963, is fixedly connected with described first swing arm 9611.
In the technical program, described device for longitudinally cutting 92 comprises device bracket 921, described longitudinal cutting structure 93 is arranged in order and is arranged at device bracket 921, and in general described longitudinal cutting structure 93 can carry out quantitative increase and decrease according to the dimensions cutting books.
Further, described longitudinal cutting structure 93 comprises parting cut frame 931 and is arranged at the 3rd tool rest 932 and the 4th tool rest 933 of described parting cut frame 931, described 3rd tool rest 932 is provided with top slitter 934 moving up and down, described 3rd tool rest 932 is provided with cutter 935 under the rip cutting corresponding with described top slitter 934, and described parting cut frame 931 is also provided with the eccentric shaft 936 for driving described top slitter 934.During work, by the rotation of eccentric shaft 936, thus drive top slitter 934 to move down, thus realize cutting books.
In the technical program, described parting cut frame 931 is also provided with and connects hole, described connecting in hole is provided with guide post 937, described guide post 937 stretches out the pressing plate 938 be connected with for compressing books downwards, describedly connect in hole the elastic component 939 be provided with for reset guide bar 937, described eccentric shaft 936 abuts with the transmission of described pressing plate 938.During work, by eccentric shaft 936 to compressing pressing plate 938, make it move down to be fixed books, when eccentric shaft 936 rotates further, top slitter 934 is driven to cut, after having cut further downwards, under the effect of elastic component 939, guide post 937 upwards resets, and is namely moved up by pressing plate 938, removes fixing.
In the technical program, the second sprocket wheel 952 that described rip cutting transmission device 95 comprises rip cutting power transmission shaft 951 and is connected with motor-driven, described second sprocket wheel 952 drives rip cutting power transmission shaft 951, described rip cutting power transmission shaft 951 is connected to driving gear 953 and the 3rd sprocket wheel 954, described 3rd sprocket wheel 954 is connected with chain wheel set transmission mechanism 97, described chain wheel set transmission mechanism 97 is in transmission connection four-throw mechanism 964, described driving gear 953 is connected with the 5th crank mechanism 965 by gear steering device, described four-throw mechanism 964 is connected with one end of described eccentric shaft 936, described 5th crank mechanism 965 is connected with the other end of described eccentric shaft 936.Exported by motor and drive to rip cutting power transmission shaft 951, rip cutting power transmission shaft 951 drives driving gear 953 and the 3rd sprocket wheel 954 respectively, 3rd sprocket wheel 954 drives four-throw mechanism 964 by chain wheel set transmission mechanism 97, four-throw mechanism 964 is made to drive one end of eccentric shaft 936, simultaneously, driving gear 953, by after the conversion of gear steering device travel direction, is driven the other end of eccentric shaft 936, finally realizes the two ends simultaneously being driven eccentric shaft 936 by a Power output by the 5th crank mechanism 965.
Further, described chain wheel set transmission mechanism 97 comprises and is connected with the 4th sprocket wheel 971 with described 3rd sprocket wheel 954, described 4th sprocket wheel 971 connects parallel Cam splitter 972, and described parallel Cam splitter 972 is in transmission connection by the 5th sprocket wheel 973 and the 5th crank mechanism 965.In above-mentioned chain wheel set transmission mechanism 97, can regulating wheel be increased in position, thus extenuate the chain tension between chain gear transmission, improve the reliability of chain gear transmission.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.

Claims (9)

1. a mucilage binding notebook production line, it is characterized in that: comprise coil paper feeding device, deviation correcting device, printing equipment successively according to production technology, split line cutting device, folding apparatus, back cover feeding device, front cover feeding device, bag back of the body machine, drying unit and finished product cutting device, connected by transmission device between each device.
2. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: comprise fixed frame, the top of described fixed frame is provided with movable frame, the drive unit driving movable frame skew is provided with between described fixed frame and movable frame, described movable frame comprises the first tension force guide roller and the second tension force guide roller, described drive unit comprises a cylinder, the cylinder body of described cylinder is connected with fixed frame, the piston rod of this cylinder is connected with movable frame, described fixed frame comprises lower connecting plate, upper junction plate is provided with between described first tension force guide roller and the second tension force guide roller, the cylinder body of described cylinder is connected with lower connecting plate, the piston rod of this cylinder is connected with upper junction plate, described drive unit also comprises the first guiding mechanism and the second guiding mechanism, described first guiding mechanism is identical with described second guiding mechanism structure, described first guiding mechanism comprises the first guide shaft seat and the second guide shaft seat that are fixedly connected with fixed frame, the axis of guide is equipped with between described first guide shaft seat and described second guide shaft seat, the middle part of the described axis of guide is arranged with sliding shaft base, the top of described sliding shaft base is fixedly connected with movable frame, also bearing is provided with between described fixed frame and described movable frame.
3. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described printing equipment comprises the first frame, the left side of described first frame is provided with the first printing mechanism and the 4th printing mechanism, the right side of described first frame is provided with the second printing mechanism and the 3rd printing mechanism, described first printing mechanism, second printing mechanism, 3rd printing mechanism is identical with the 4th printing mechanism's structure, described printing mechanism comprises live-roller and coating mechanism, described coating mechanism comprises print roller, the interval passed through for paper is provided with between described print roller and live-roller, the bottom of described first frame is provided with the guide roller for Sheet feeding, described first frame is also provided with pressing roll mechanism, described pressing roll mechanism comprises the pedestal be rotatably arranged at below the first printing mechanism, described pedestal is provided with pressure roller, the interval passed through for paper is provided with between the live-roller of described pressure roller and the first printing mechanism, described coating mechanism also comprises coating accumulator tank, material roller on material roller and second is provided with on first in described coating accumulator tank, the outer setting of described coating accumulator tank has transmission device, described print roller respectively with transmission device, on first, on material roller and second, material roller is in transmission connection, described transmission device comprises initiatively live-roller and Synchronous Transmission roller, described dynamic live-roller is connected by chain drive with described Synchronous Transmission roller, described Synchronous Transmission roller and print roller are in transmission connection, described coating accumulator tank outside also connects electrodynamic pump, level sensor is provided with in described coating accumulator tank, described level sensor is connected with electrodynamic pump signal, the middle part of described first frame is provided with draws together two driers.
4. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described in split line cutting device and comprise and split line apparatus and cutting device, the described line apparatus that splits comprises locating shaft, described locating shaft is provided with several for drawing the air pressure cutting knife of folding line, described cutting device comprises the upper cutter shaft be arranged at below locating shaft, described upper cutter shaft is provided with several upper cutters, the below of described upper cutter shaft arranges lower cutter shaft, described lower cutter spindle sleeve is provided with lower cutter, described upper cutter and described lower cutter are provided with the interval passed for paper between this, described locating shaft is provided with contiguous block, described contiguous block is provided with dovetail deck, described dovetail deck is fixedly connected with air pressure cutting knife, the described line apparatus that splits also comprises lateral adjustment device, described lateral adjustment device and air pressure cutting knife are oppositely arranged, described lateral adjustment device comprises the connection slide plate be slidably connected with locating shaft, described connection slide plate is fixedly installed a regulating wheel, the interval passed for paper is provided with between described regulating wheel and air pressure cutting knife, described connection slide plate is also provided with for regulating the adjusting screw(rod) connecting sledge displacement, also comprise transmission device, described transmission device comprises a driving wheel, the both sides of described driving wheel arrange the first assist in synchronization wheel and the second assist in synchronization wheel respectively, one end of described lower cutter shaft is arranged with driven pulley, described driving wheel, first assist in synchronization wheel, connected by chain drive between second assist in synchronization wheel and driven pulley, also comprise blowing device, described blowing device comprises the airduct being arranged at lower cutter shaft side, described airduct is connected with blower fan, described airduct offers several blowing mouths.
5. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described folding apparatus comprises holder, described holder is provided with can the glide base of length travel, the bottom of described glide base is provided with sheet folding mechanism, the back of described holder is provided with lateral adjustment, described sheet folding mechanism comprises folding skewback and folding bearing, described folding skewback and folding bearing are oppositely arranged, the interval passed through for folding paper is provided with between described folding skewback and folding bearing, described folding skewback is provided with folding inclined-plane near one end of folding bearing, the other end of described folding skewback is equipped with a rotating shaft, the part that described rotating shaft is positioned at outside folding skewback is arranged with roller, also comprise paper-pressing mechanism, the bearing block of described folding bearing is provided with a clip slot, described paper-pressing mechanism comprises paper bail, described paper bail comprises rotation section and depression bar portion, described rotation section is rotatably arranged in clip slot, the first adjusting screw(rod) is provided with in described glide base, the front end of described holder is provided with the first adjustment rotating disk, described first adjusting screw(rod) and first regulates rotating disk to be in transmission connection, described lateral adjustment device comprises the second adjusting screw(rod) being arranged in holder rear end, the rear end of described holder is provided with the second adjustment rotating disk, described second adjusting screw(rod) and second regulates rotating disk to be in transmission connection.
6. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described back cover feeding device comprises the second frame, lowering or hoisting gear, take out device, move back and forth clamping device, lowering or hoisting gear is arranged on one end of the second frame, take out device is arranged on the top of lowering or hoisting gear, move back and forth clamping device and be arranged on the second frame and the side being positioned at take out device, the described clamping device that moves back and forth comprises the first slide bar, second slide bar and support bar, first slide bar and the second slide bar are arranged in parallel and are positioned at the same side of feeding table, support bar and the first slide bar and the second slide bar are arranged vertically, support bar two ends are connected with the first slide bar and the second sliding bar respectively, the described clamping device that moves back and forth comprises clamping device, clamping device comprises clip page head, lower clip page head, clip page head fixed head and connecting rod, lower clip page head is fixedly installed on below clip page head fixed head, the top that upper clip page head is positioned at lower clip page head is connected with clip page head fixed head by connecting rod, clip page head fixed head is arranged at support bar, described take out device is at least provided with three cover slide unit cylinders, slide unit cylinder comprises expansion link, expansion link bottom is provided with sucker, the described clamping device that moves back and forth also comprises Timing Belt, first synchronizing wheel mechanism, second synchronizing wheel mechanism and motor, described support bar is fixedly connected with any one section of Timing Belt, first synchronizing wheel mechanism and the second synchronizing wheel mechanism are arranged at the two ends of the second frame respectively, first synchronizing wheel mechanism is connected with the second frame, second synchronizing wheel mechanism is connected with the rotating shaft of motor, described lowering or hoisting gear comprises power cylinder, first hinge arms, second hinge arms, blowing platform, power cylinder comprises stiff end and sliding bar, stiff end is arranged at the second frame bottom, first hinge arms and the second hinge arms hinged, bottom and the stiff end of the first hinge arms are hinged, bottom and the lever of the second hinge arms are hinged, the top of the first hinge arms and the second hinge arms is hinged with blowing platform respectively.
7. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described front cover feeding device comprises the 3rd frame, slide bar is provided with above described 3rd frame, 3rd frame one end is provided with material taking hand, also comprise clamping device and reciprocating drive unit, clamping device is connected with sliding bar and is positioned at the side of material taking hand, reciprocating drive unit is connected with clamping device, described clamping device comprises clip page head, lower clip page head, clip page head fixed head and connecting rod, lower clip page head is fixedly installed on below clip page head fixed head, the top that upper clip page head is positioned at lower clip page head is connected with clip page head fixed head by connecting rod, clip page head fixed head is connected with sliding bar, lifting feeding table is provided with below described material taking hand, described lifting feeding table comprises power cylinder, first hinge arms, second hinge arms, blowing platform, power cylinder comprises stiff end and sliding bar, stiff end is arranged at the 3rd frame bottom, first hinge arms and the second hinge arms hinged, bottom and the stiff end of the first hinge arms are hinged, bottom and the lever of the second hinge arms are hinged, the top of the first hinge arms and the second hinge arms is hinged with blowing platform respectively, described material taking hand is provided with slide unit cylinder, slide unit cylinder comprises expansion link, expansion link bottom is provided with sucker, described reciprocating drive unit comprises Timing Belt, first synchronizing wheel mechanism, second synchronizing wheel mechanism and motor, described clamping device is fixedly connected with any one section of Timing Belt, first synchronizing wheel mechanism and the second synchronizing wheel mechanism are arranged at the two ends of the 3rd frame respectively, first synchronizing wheel mechanism is connected with the 3rd frame, second synchronizing wheel mechanism is connected with the rotating shaft of motor.
8. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described bag back of the body machine comprises the 4th frame, the front end of described 4th frame is provided with feeding workbench, described feeding workbench is connected with the guide production line for transporting book, the side of described guide production line is distributed with the glue spreading apparatus for carrying out gluing to book along the line, book after gluing is carried out to the Frictioning device of frictioning, to the drying unit that glue is dried, book is carried out to the backing paper bar feeding device of backing paper bar parcel, the rotary cutter device that backing paper bar is cut off and book is carried out to the rewinding workbench of rewinding, described glue spreading apparatus comprises gluing support, described gluing Bracket setting has gluing actuating unit, described gluing actuating unit is connected with gluing power output shaft, described gluing power output shaft is connected with glue coating wheel, described glue coating wheel outer surface is provided with gluing lines, described gluing support is connected with the first gum box, described glue coating wheel is between guide production line and the first gum box, described Frictioning device comprises frictioning support, described frictioning Bracket setting has frictioning actuating unit, described frictioning actuating unit is connected with frictioning power output shaft, described frictioning power output shaft is connected with scrapes rubber tire, and described frictioning wheel outer surface is provided with frictioning lines, described frictioning support is connected with the second gum box, described frictioning wheel is between guide production line and the second gum box, benefit adhesive dispenser is provided with between described Frictioning device and drying unit, described benefit adhesive dispenser comprises mends glue support, described benefit glue Bracket setting has mends glue actuating unit, described benefit glue actuating unit is connected with mends glue power output shaft, and described benefit glue power output shaft is connected with benefit rubber tire, and described benefit rubber tire outer surface is provided with mends glue lines, described benefit glue support is connected with the 3rd gum box, described benefit rubber tire is between guide production line and the 3rd gum box, described backing paper bar feeding device comprises feed frame, described feed frame is provided with discharge mechanism, traction wheel mechanism, backing paper bar rubber-coated mechanism, First Transition wheel mechanism and spring bearer plate, and backing paper bar is successively through discharge mechanism, traction wheel mechanism, backing paper bar rubber-coated mechanism, First Transition wheel mechanism and spring bearer plate, described spring bearer plate is positioned at the side of guide production line, described feed frame is provided with some groups and arranges the laminating wheel mechanism of putting side by side, described laminating wheel mechanism comprises rotating turret, described rotating turret is rotationally connected with feed frame, one end of described rotating turret is provided with rolling wheel, described rolling wheel is provided with bag back-trough, the other end of described rotating turret is extended with supports bar, described support bar end and feed frame be connected with extension spring, describedly support the angle adjusting mechanism that bar is connected with regulating rotary moving frame rotational angle, the quantity of described laminating wheel mechanism is four groups, the width of the bag back-trough of each group of rolling wheel reduces successively, the second transition wheel mechanism is provided with between described discharge mechanism and traction wheel mechanism, the side of described second transition wheel mechanism is provided with backing paper bar tension-adjusting gear, described rotary cutter device comprises cutter supporter, described cutter supporter is connected with electric rotating machine, described cutter supporter is connected with rotating belt wheel, described electric rotating machine is connected with belt wheel by V-type band, described belt wheel is connected with Connection Block, described Connection Block is connected with cutting knife, described Connection Block is connected with connecting rod, stage clip is connected with between described connecting rod and cutter supporter.
9. a kind of mucilage binding notebook production line according to claim 1, it is characterized in that: described finished product cutting device comprises pedestal, described pedestal is provided with feeding-passage, described feeding-passage is provided with horizontal cutting mechanism, the output of described horizontal cutting mechanism is provided with device for longitudinally cutting, described device for longitudinally cutting is provided with at least one group of longitudinal cutting structure, also comprise the crosscut transmission device for driving described horizontal cutting mechanism, and for driving the rip cutting transmission device of described device for longitudinally cutting, described horizontal cutting mechanism comprises the crosscut slide fixing with described pedestal, the top of described crosscut slide slidably connects the first tool rest, the bottom of described crosscut slide is fixedly connected with the second tool rest, described first tool rest is provided with crosscut upper slitter, described second tool rest is provided with cutter under the crosscut corresponding with described crosscut upper slitter, described crosscut transmission device comprises the first gear shaft and the first sprocket wheel for being connected with motor-driven, one end of described first gear shaft is connected with the first sprocket wheel, the other end of described first gear shaft is connected with eccentric block, described eccentric block drives first connecting rod, described first connecting rod drives the first balance staff, described first balance staff synchronously drives and is connected with the first crank mechanism and the second crank mechanism, described first crank mechanism drives second connecting rod, one end of described second connecting rod and the first tool rest is hinged, described second crank mechanism drives and connects third connecting rod, described third connecting rod drives and is connected with the 3rd crank mechanism, described 3rd crank mechanism drives connection double leval jib, the other end of described double leval jib and the first tool rest is hinged, described first crank mechanism, second crank mechanism and the 3rd crank mechanism include the first swing arm, the second swing arm be fixedly connected with described first swing arm, described device for longitudinally cutting comprises device bracket, described longitudinal cutting structure is arranged in order and is arranged at device bracket, described longitudinal cutting structure comprises parting cut frame, and be arranged at the 3rd tool rest and the 4th tool rest of described parting cut frame, described 3rd tool rest is provided with top slitter moving up and down, described 3rd tool rest is provided with cutter under the rip cutting corresponding with described top slitter, described parting cut frame is also provided with the eccentric shaft for driving described top slitter, described parting cut frame is also provided with and connects hole, described connecting in hole is provided with guide post, described guide post stretches out the pressing plate be connected with for compressing books downwards, describedly connect in hole the elastic component be provided with for reset guide bar, described eccentric shaft abuts with described pressing plate transmission, the second sprocket wheel that described rip cutting transmission device comprises rip cutting power transmission shaft and is connected with motor-driven, described second chain wheel drive rip cutting power transmission shaft, described rip cutting power transmission shaft is connected to driving gear and the 3rd sprocket wheel, described 3rd chain gear transmission is connected with chain wheel set transmission mechanism, described chain wheel set transmission mechanism is in transmission connection four-throw mechanism, described driving gear is connected with the 5th crank mechanism by gear steering device, described four-throw mechanism is connected with one end of described eccentric shaft, described 5th crank mechanism is connected with the other end of described eccentric shaft, described chain wheel set transmission mechanism comprises and is connected with the 4th sprocket wheel with described 3rd chain gear transmission, described 4th sprocket wheel connects parallel Cam splitter, described parallel Cam splitter is in transmission connection by the 5th sprocket wheel and the 5th crank mechanism.
CN201510186941.3A 2015-04-20 2015-04-20 Glue-bound notebook production line Active CN104827799B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510186941.3A CN104827799B (en) 2015-04-20 2015-04-20 Glue-bound notebook production line

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201510186941.3A CN104827799B (en) 2015-04-20 2015-04-20 Glue-bound notebook production line

Publications (2)

Publication Number Publication Date
CN104827799A true CN104827799A (en) 2015-08-12
CN104827799B CN104827799B (en) 2017-05-24

Family

ID=53806150

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201510186941.3A Active CN104827799B (en) 2015-04-20 2015-04-20 Glue-bound notebook production line

Country Status (1)

Country Link
CN (1) CN104827799B (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109686188A (en) * 2019-02-28 2019-04-26 周口师范学院 A kind of English word learning device
CN112918150A (en) * 2021-02-18 2021-06-08 姚啸泽 Full-automatic cementing machine of printed matter

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE19622917A1 (en) * 1995-07-14 1997-01-16 Kolbus Gmbh & Co Kg Enfolding or spine gluing device for book block - has feed device aligned longitudinally and able to be fed to folding or spine gluing material selectively
JP2002211164A (en) * 2001-01-23 2002-07-31 Hobunsha:Kk Method and apparatus for bookbinding booklet
JP2002370469A (en) * 2001-06-18 2002-12-24 Konica Corp Apparatus and method for gluing and bookbinding, and image forming unit
US20030185654A1 (en) * 2002-03-12 2003-10-02 Horst Rathert Device for preparing adhesive bindings of blocks and brochures, especially for small print runs
CN101032897A (en) * 2006-03-09 2007-09-12 尼司卡股份有限公司 Binding apparatus and image formation system using the same
CN101112842A (en) * 2006-07-28 2008-01-30 龚晓宏 Method for producing inside pages of notebooks
CN204726063U (en) * 2015-04-20 2015-10-28 东莞市长和兴印刷机械有限公司 A kind of mucilage binding notebook production line

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE19622917A1 (en) * 1995-07-14 1997-01-16 Kolbus Gmbh & Co Kg Enfolding or spine gluing device for book block - has feed device aligned longitudinally and able to be fed to folding or spine gluing material selectively
JP2002211164A (en) * 2001-01-23 2002-07-31 Hobunsha:Kk Method and apparatus for bookbinding booklet
JP2002370469A (en) * 2001-06-18 2002-12-24 Konica Corp Apparatus and method for gluing and bookbinding, and image forming unit
US20030185654A1 (en) * 2002-03-12 2003-10-02 Horst Rathert Device for preparing adhesive bindings of blocks and brochures, especially for small print runs
CN101032897A (en) * 2006-03-09 2007-09-12 尼司卡股份有限公司 Binding apparatus and image formation system using the same
CN101112842A (en) * 2006-07-28 2008-01-30 龚晓宏 Method for producing inside pages of notebooks
CN204726063U (en) * 2015-04-20 2015-10-28 东莞市长和兴印刷机械有限公司 A kind of mucilage binding notebook production line

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109686188A (en) * 2019-02-28 2019-04-26 周口师范学院 A kind of English word learning device
CN112918150A (en) * 2021-02-18 2021-06-08 姚啸泽 Full-automatic cementing machine of printed matter

Also Published As

Publication number Publication date
CN104827799B (en) 2017-05-24

Similar Documents

Publication Publication Date Title
CN204726063U (en) A kind of mucilage binding notebook production line
CN202642225U (en) Full-automatic double-layer labeling machine
CN2683343Y (en) Plane glue spreader
JP2009291992A (en) Machine for making corrugated fiberboard sheet box
CN202727416U (en) Automatic edge adhering device for filter element
JP6718695B2 (en) Device for performing a cutting operation of an open format edge of a printed product
CN104827799A (en) Glue-bound notebook production line
CN208628855U (en) Profile drilling cutting all-in-one machine
CN108527933B (en) A kind of packing box production line and production method
CN202185955U (en) Automatic advancing, edge-milling and sawing machine of short timber
CN105460661B (en) A kind of new old material docking facilities of printing machine and its docking calculation
CN201052674Y (en) Paper pasting machine
CN210757900U (en) Paper cutting device of saddle stitching machine
CN204844297U (en) High -speed precision gas cutting machine
CN210619661U (en) Non-stop positioning and splicing paper adjusting and positioning device
CN105583918B (en) Full-automatic unlimited lengthening machine
CN204894047U (en) Cutting machine roll platform
JP2018196991A (en) Wireless binding machine
CN206050313U (en) Coat peeling unit based on upper film gripping body
CN206633574U (en) A kind of printing equipment with cutting function
CN201941065U (en) Edge sealing machine for irregular-shaped boards
CN104742561B (en) Fully automatic spine-wrapping machine
CN104742416B (en) A kind of honeycomb cardboard edge banding apparatus
CN205438710U (en) Abrasive band cylinder cutting structure
CN205600893U (en) Full -automatic infinity connects lead aircraft

Legal Events

Date Code Title Description
PB01 Publication
C06 Publication
SE01 Entry into force of request for substantive examination
EXSB Decision made by sipo to initiate substantive examination
GR01 Patent grant
GR01 Patent grant