CN209141729U - A kind of cementing machine - Google Patents

Abstract

The utility model discloses a kind of cementing machines, including the mechanism that publishes books, cover paper transport mechanism；Cover paper transport mechanism includes draw frame machine, conveying assembly, creasing mechanism；Draw frame machine attracts cover paper and cover paper is conveyed to conveying assembly, conveying assembly receives the cover paper of draw frame machine conveying and sends the cover paper to creasing mechanism, creasing mechanism exports after carrying out impression to cover paper, and mucilage binding component receives the cover paper of creasing mechanism output and by itself and page mucilage binding；The mechanism that publishes books includes receiving platform, Buffer Unit, pushing component, and receiving platform includes the driving assembly for receiving the receiver board of books, for driving receiver board to slide；Sliding slot is offered on shell, one end of sliding slot tilts；Pulley is rotatably connected on receiver board, pulley rolling is connected in sliding slot, and the utility model, which can automatically deliver cover paper liberation employee's both hands while books can be improved, falls reliability.

Description

A kind of cementing machine

Technical field

The utility model relates to bookbinding technical fields, specially one of cementing machine cementing machine.

Background technique

Cementing machine can be used for the books such as bound book, photograph album, scratchpad, de luxe edition as equipment after a kind of print, especially suitable Close diagram text manufacture center, library, photo studio, medium and small printing enterprise, designing institute, research institute, publishing centre, government bodies, large size The files of the mechanisms such as enterprise binds purposes, cooperates the output tool and good printing books of high-quality, be short version fast-assembling books, The optimal selection of bidding documents bookbinding, mucilage binding effect can more embody the professional standards of file.

The cover paper of existing cementing machine is using the form placed by hand, such as mentions in application number 201721015643.9 A kind of cementing machine with control system, cover paper need it is artificial place, since cover paper needs accurate positioning, manually The mode of placement needs the plenty of time in positioning, thus seriously reduces mucilage binding efficiency.

A kind of Luo Shu mechanism for cementing machine mentioned in publication number CN207190579U simultaneously, including frame body, set The working plate being placed on frame body, the front plate, the rear folder with front plate cooperation for the face of pressing from both sides that are set to above working plate Plate and the book bucket that goes out being set to below working plate, the working plate include being located at below front plate and being driven by driving device Dynamic movable plate and below rear plate and it is fixed on the fixed plate on frame body；It is respectively provided in the movable plate and fixed plate Strip hole；The front plate and rear plate are separately connected and are set to the rack gear below movable plate and fixed plate, two rack gears by Corresponding front drive gear or rear drive gear control do relative motion, and realize the folding of front plate and rear plate；Pass through shifting The setting of movable plate can make the books behind folder face or thin falls directly into out book bucket, so that fore-edge maximization will be fallen, while fore-clamp Plate and rear plate are driven by gear, and driving force is big, and work efficiency is high, avoid due to resistance is big and what can not be opened ask Topic.But according to the program, in movable plate sliding, it will drive books movement, will be led when the moving distance of books is excessive Books are caused to become the state to couch, so that books can not normally be fallen.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide one kind can automatically deliver cover paper The cementing machine that books fall reliability can be improved in liberation employee's both hands simultaneously.

To achieve the above object, the utility model provides following technical solution: a kind of cementing machine, including gumming mechanism, Page transport mechanism, the mechanism that publishes books, mucilage binding mechanism, the page transport mechanism are sequentially transmitted page to gumming mechanism, cementing machine Structure, publish books mechanism, further includes cover paper transport mechanism；The cover paper transport mechanism includes draw frame machine, conveying assembly, impression Mechanism；The draw frame machine attracts cover paper and cover paper is conveyed to conveying assembly, and conveying assembly receives draw frame machine conveying Cover paper and send the cover paper to creasing mechanism, the creasing mechanism exports after carrying out impression to cover paper, the glue Arrangement receives the cover paper of creasing mechanism output and by itself and page mucilage binding；The mechanism that publishes books includes passing for receiving page The receiving platform for the books that the mucilage binding for sending mechanism to send out is completed, is used for the Buffer Unit for receiving the books fallen in receiving station The pushing component of the output of books is pushed, the receiving platform includes for receiving the receiver board of books, for driving receiver board sliding Dynamic driving assembly；Sliding slot is offered on the shell, one end of the sliding slot tilts；Cunning is rotatably connected on the receiver board Wheel, the pulley rolling are connected in sliding slot, and when one end sliding that driving assembly driving receiver board is tilted to sliding slot, pulley exists It is rolled in sliding slot, while receiver board slides into the position of sliding slot tilting, so that receiver board is inclined；The Buffer Unit connects It receives the books slid on receiver board and exports to going back after books buffer to pushing component, pushing component send books promotion Out.

The Buffer Unit includes for preventing books from falling inclined baffle, tearing open as a further improvement of the utility model, Unload the buffer substrate tablet being connected on shell；For one end dismantling connection of the buffer substrate tablet on shell, the other end tilts shape towards baffle At inclined-plane, one end of the tilting is the one end of buffer substrate tablet with respect to ground, when the books on receiver board are fallen, books and buffering Piece is inconsistent, which slides under the ramp effect of buffer substrate tablet to baffle, and falls on pushing component.

The pushing component includes that driving motor and driving motor link as a further improvement of the utility model, Push plate；The baffle is located at the top of push plate, and the push plate receives the books fallen, when books are fallen in push plate, driving Motor driven push plate is retracted to enclosure interior, and books are by baffle；When push plate retracts beyond the position of baffle, books are from pushing away It is fallen on plate, while driving motor driving push plate stretches out to outside shell and books is pushed to send out；The push plate is L-shaped, the push plate There is buffer board towards the one side dismantling connection of baffle, the buffer board receives the books fallen.

Dismantling connection has slide plate on the shell as a further improvement of the utility model, and the slide plate is with respect to push plate It is another be sloped downwardly, when books are fallen from push plate, books are fallen on slide plate；The dog-ear of the push plate is in an acute angle Angle；The follow block for arranging books is slidably connected on the slide plate, and slideway is offered on the slide plate, is opened on the follow block Equipped with pilot hole corresponding with slipway location, connecting rod is slidably connected in the pilot hole, one end of the connecting rod is fixed Be connected with support chip, other end dismantling connection has a damping fin, the damping fin with it is inconsistent with respect to the another side of follow block on slide plate； Spring is additionally provided between the support chip and slide plate, one end of the spring and support chip are inconsistent, the other end and slide plate phase It contradicts, the spring props up support chip and damping fin is fitted closely with slide plate, and the push plate cooperation follow block arranges books.

The draw frame machine includes siphunculus, bleed motor as a further improvement of the utility model,；It is opened on the siphunculus Equipped with multiple through-holes, blade is provided in the bleed motor, bleed motor is worked as in one end connection of the bleed motor and siphunculus When rotation, the air extracted in siphunculus is rotated with movable vane piece；The through-hole is towards cover paper place, when the air quilt in siphunculus When extraction, outside air is inhaled into siphunculus by through-hole, while attracting cover paper；The siphunculus opens up on the position of through-hole It is coaxially cased with absorption ring, the absorption ring is in palisade, and the through-hole adsorbs ring by palisade and the external world is interconnected.

The conveying assembly includes that active transmission wheel and active transmission wheel join as a further improvement of the utility model, Dynamic driven transmission wheel, the feed belt covered in driven transmission wheel and active transmission wheel simultaneously, with the linkage of active transmission wheel First transport motor, Auxiliary transmission wheels, the second transport motor with Auxiliary transmission wheels linkage；The driven transmission wheel can coaxially turn Dynamic is set on siphunculus；The active transmission wheel is linked by belt and driven transmission wheel；When cover paper is attracted to siphunculus When upper and inconsistent with feed belt, the first transport motor drives the rotation of active transmission wheel, while feed belt drives cover paper It is conveyed to Auxiliary transmission wheels, second transport motor drives Auxiliary transmission wheels to convey cover paper to creasing mechanism.

The conveying assembly further includes assembly item, is rotatably connected on assembly item as a further improvement of the utility model, On auxiliary wheel, assembly cross bar, with assemble the assembled shaft that is fixedly connected of cross bar；The assembly item is rotatably connected on assembled shaft On, the auxiliary wheel is rotatably connected on one end of assembly item, and the other end of the opposite auxiliary wheel of the assembly item is provided with One end of torsional spring, the torsional spring is connect with assembly item, and the other end is connect with assembly cross bar, and the assembly item is cut with scissors by torsional spring elasticity It connects in assembled shaft；When torsional spring tightening, one end that assembly item is connect with torsional spring is pulled to assembly cross bar, and the other end is with auxiliary Idler wheel is squeezed to Auxiliary transmission wheels, to cooperate clamping cover paper with Auxiliary transmission wheels.

The creasing mechanism includes driven spindle, is coaxially fixed on from turn as a further improvement of the utility model, Driven pinch roller on axis, transmission shaft, the coaxial active pinch roller being fixed on transmission shaft with the linkage of the second transport motor；It is described from Turn axis is rotatably connected on assembly cross bar, and the active pinch roller is fixedly connected on transmission shaft, and the Auxiliary transmission wheels are coaxial It is fixed on transmission shaft；The first groove that annular is coaxially offered on the driven pinch roller, it is recessed with first on the active pinch roller The corresponding position of slot is coaxially arranged with embeddable the first bulge loop in the first groove, when active pinch roller receives Auxiliary transmission wheels When the cover paper of output, active pinch roller and driven pinch roller mutual extrusion cover paper, while the first bulge loop is embedded into the first groove Impression is carried out to cover paper.

The creasing mechanism further includes the active being coaxially fixed on transmission shaft as a further improvement of the utility model, Auxiliary pressing wheel is coaxially fixed on driven auxiliary pressing wheel on driven spindle, coaxially offers annular on the driven auxiliary pressing wheel The second groove, position corresponding with the second groove is coaxially arranged with embeddable into the second groove on the active auxiliary pressing wheel The second bulge loop, when active auxiliary pressing wheel receive Auxiliary transmission wheels output cover paper when, active auxiliary pressing wheel with it is driven auxiliary Pressing aid wheel mutual extrusion cover paper, while the second bulge loop is embedded into the second groove to cover paper progress impression.

The active pinch roller is fixedly connected with respect to one end of active auxiliary pressing wheel as a further improvement of the utility model, There is the first rotary table, first rotary table is coaxially fixed on transmission shaft, the top surface of first rotary table and the fixed company of active pinch roller It connects, and the top surface is identical as the end face size of active pinch roller；One end of the relatively driven auxiliary pressing wheel of driven pinch roller is fixed to be connected It is connected to the second rotary table, second rotary table is coaxially fixed on driven spindle, and the bottom surface of second rotary table and driven pinch roller are solid Fixed connection, and the bottom surface is identical as the end face size of driven pinch roller；First rotary table and the second rotary table are adapted, when active is pressed When wheel is with driven pinch roller mutual extrusion cover paper, the side mutual extrusion cover paper of the side of the first rotary table and the second rotary table.

The draw frame machine of the beneficial effects of the utility model, setting can carry out obtaining for cover paper by way of absorption Take, compared to crawl mode can better protective cover paper, avoid scratching cover paper when crawl, while compared to directly passing through rolling The mode of friction is taken turns to export for cover paper, idler wheel cannot squeeze too tight with cover paper, be easily damaged cover paper, be also easy Multiple cover paper are exported simultaneously, what can not be squeezed is too loose, is easy the side that friction leads to not transmit, and draws less than cover paper Formula just has biggish inspectable space, and can only draw the cover paper of top layer every time, and the conveying assembly of setting can cooperate suction Take mechanism to be transmitted cover paper, cover paper can be carried out impression by the creasing mechanism of setting, facilitate subsequent mucilage binding component into Bending mucilage binding when row mucilage binding, for existing artificial placement cover paper and positioning cover paper, knot through this embodiment Structure carries out mechanical transfer and the artificial working time is greatly saved, and improves the efficiency of books mucilage binding；The present embodiment cooperates mucilage binding Books when the books after the completion of mucilage binding mechanism mucilage binding drop out, can be delivered to by mucilage binding mechanism and be connect by the mucilage binding mechanism of machine It receives above plate, when books need to fall, driving assembly drives receiver board sliding, and the pulley being arranged at this time can be by receiver board and cunning Sliding friction between slot switchs to rolling friction, so that the power of driving assembly driving receiver board sliding is smaller, while avoiding sliding Dynamic friction aggravates the abrasion of receiver board, and when receiver board slides into one end of sliding slot tilting, receiver board is tilted, and forms inclined-plane, when When mucilage binding mechanism discharges books, books are fallen into Buffer Unit, and receiver board is inclined at this time, and inclined receiver board has one Fixed guiding role can more smoothly be fallen into Buffer Unit, simultaneously when books are fallen under the guiding role of receiver board Also avoid mentioning in background technique in movable plate sliding, it is mobile to will drive books, when the moving distance of books is excessive It will lead to the state that books become to couch, so that the case where books can not normally be fallen appearance, after books are fallen, by buffering Output pushes submitting to obtain for user to pushing component by pushing component after component buffering.

Detailed description of the invention

Fig. 1 is the overall structure stereoscopic schematic diagram of the utility model；

Fig. 2 is the overall structure schematic front view of the utility model；

Fig. 3 is the overall structure schematic top plan view of the utility model；

Fig. 4 is the conveying assembly partial structure diagram of the utility model；

Fig. 5 is the feed belt assembling schematic diagram of the utility model；

Fig. 6 is the auxiliary wheel structural schematic diagram of the utility model；

Fig. 7 is the active pinch roller and auxiliary pressing wheel fit structure schematic diagram of the utility model；

Fig. 8 is the active auxiliary pressing wheel and driven auxiliary pressing wheel structural schematic diagram of the utility model；

Fig. 9 is the overall structure stereoscopic schematic diagram of the utility model；

Figure 10 is the one side structural schematic diagram of the utility model；

Figure 11 is the another side structural schematic diagram of the utility model；

Figure 12 is the schematic view of the front view of the utility model；

Figure 13 is the receiving platform structural schematic diagram of the utility model.

Drawing reference numeral: 101, draw frame machine；1011, siphunculus；10111, through-hole；1012, bleed motor；10121, blade； 1013, ring is adsorbed；102, conveying assembly；1021, active transmission wheel；1022, driven transmission wheel；1023, feed belt；1024, First transport motor；1025, Auxiliary transmission wheels；1026, the second transport motor；10271, item is assembled；10272, auxiliary wheel； 10273, cross bar is assembled；10274, assembled shaft；10275, torsional spring；103, creasing mechanism；1031, driven spindle；1032, from dynamic pressure Wheel；1033, transmission shaft；1034, active pinch roller；1035, the first groove；1036, the first bulge loop；1037, active auxiliary pressing wheel； 10371, the second bulge loop；1038, driven auxiliary pressing wheel；10381, the second groove；1041, the first rotary table；1042, the second rotary table； 201, shell；2011, sliding slot；202, receiving platform；2021, receiver board；2022, pulley；203, Buffer Unit；2031, baffle； 2032, buffer substrate tablet；204, pushing component；2041, driving motor；2042, push plate；2043, buffer board；205, slide plate；2051, sliding Road；2052, follow block；2053, pilot hole；2054, connecting rod；2055, spring；2056, support chip；2057, damping fin.

Specific embodiment

The utility model is described in further detail below in conjunction with embodiment given by attached drawing.

Referring to Fig.1 shown in -13, a kind of cementing machine of the present embodiment, including gumming mechanism, page transport mechanism, machine of publishing books Structure, mucilage binding mechanism, the page transport mechanism be sequentially transmitted page to gumming mechanism, mucilage binding mechanism, publish books mechanism, further include envelope Facial tissue transport mechanism；The cover paper transport mechanism includes draw frame machine 101, conveying assembly 102, creasing mechanism 103；The suction It takes mechanism 101 to attract cover paper and cover paper is conveyed to conveying assembly 102, conveying assembly 102 receives draw frame machine 101 and conveys Cover paper and send the cover paper to creasing mechanism 103, the creasing mechanism 103 exports after carrying out impression to cover paper, The mucilage binding component receives the cover paper that creasing mechanism 103 exports and by itself and page mucilage binding；The mechanism that publishes books includes being used for Receive the receiving platform 202 for the books that the mucilage binding that page transport mechanism is sent out is completed, for receiving the books fallen in receiving station Buffer Unit 203, output for pushing books pushing component 204, the receiving platform 202 includes for receiving connecing for books Receive plate 2021, the driving assembly for driving receiver board 2021 to slide；Sliding slot 2011, the cunning are offered on the shell 201 One end of slot 2011 tilts；Pulley 2022 is rotatably connected on the receiver board 2021, the rolling of pulley 2022 is connected to cunning In slot 2011, when one end sliding that driving assembly driving receiver board 2021 is tilted to sliding slot 2011, pulley 2022 is in sliding slot It is rolled in 2011, while receiver board 2021 slides into the position of the tilting of sliding slot 2011, so that receiver board 2021 is inclined；Institute Buffer Unit 203 is stated to receive the books slid on receiver board 2021 and export to going back after books buffer to pushing component 204, The books are pushed and are sent out by pushing component 204.

Through the above technical solutions, a placement cover paper can be set when user needs to carry out cover paper placement Estrade, by the estrade close to draw frame machine 101, when the draw frame machine 101 starting, draw frame machine 101 attracts the envelope on estrade Facial tissue can be contacted when cover paper is attracted up with conveying assembly 102, and cover paper can be transported and be transmitted by conveying assembly 102 at this time To creasing mechanism 103, exported after carrying out impression to cover paper by creasing mechanism 103, conveying assembly 102 continues cover at this time Paper conveying, the mucilage binding until carrying out books to subsequent mucilage binding component.The draw frame machine 101 being provided with can be by absorption Mode carries out the acquisition of cover paper, compared to crawl mode can better protective cover paper, avoid scratching cover paper when crawl, It compares directly by way of idler wheel friction and is exported for cover paper simultaneously, idler wheel cannot squeeze too tight with cover paper, hold Cover paper easy to damage is also easy while exporting multiple cover paper, and what can not be squeezed is too loose, and be easy friction causes less than cover paper The mode that can not be transmitted, and draw just has biggish inspectable space, and can only draw the cover paper of top layer every time, setting Conveying assembly 102 can cooperate draw frame machine 101 to be transmitted cover paper, and the creasing mechanism 103 of setting can be by cover paper Impression is carried out, bending mucilage binding when subsequent mucilage binding component being facilitated to carry out mucilage binding compares existing artificial placement cover paper and positioning For cover paper, structure through this embodiment carries out mechanical transfer and the artificial working time is greatly saved, and improves books The efficiency of mucilage binding.And the present embodiment cooperates the mucilage binding mechanism cooperation of cementing machine, and the books after the completion of mucilage binding mechanism mucilage binding need When dropping out, books can be delivered to by 2021 top of receiver board, when books need to fall, driving group by page transport mechanism Part drives receiver board 2021 to slide, and the pulley 2022 being arranged at this time can rub the sliding between receiver board 2021 and sliding slot 2011 Wiping switchs to rolling friction, so that the power that driving assembly driving receiver board 2021 slides is smaller, while sliding friction being avoided to aggravate The abrasion of receiver board 2021, when receiver board 2021 slides into one end of the tilting of sliding slot 2011, receiver board 2021 is tilted, and is formed oblique Face, when mucilage binding mechanism discharges books, books are fallen into Buffer Unit 203, and receiver board 2021 is inclined at this time, inclined Receiver board 2021 has certain guiding role, can be under the guiding role of receiver board 2021 more smoothly when books are fallen Fall into Buffer Unit 203, at the same also avoid mentioning in background technique in movable plate sliding, it is mobile to will drive books, It will lead to the state that books become to couch when the moving distance of books is excessive, so that books go out the case where can not normally falling Existing, after books are fallen, output is sent to pushing component 204 by pushing component 204 to push after the buffering of Buffer Unit 203 It is obtained out for user.

As an improved specific embodiment, the Buffer Unit 203 includes for preventing books from falling inclined baffle 2031, buffer substrate tablet 2032 of the dismantling connection on shell 201；One end dismantling connection of the buffer substrate tablet 2032 on shell 201, The other end forms inclined-plane towards the tilting of baffle 2031, and one end of the tilting is the one end of buffer substrate tablet 2032 with respect to ground, when connecing When books on receipts plate 2021 are fallen, books and buffer substrate tablet 2032 are inconsistent, and the books are under the ramp effect of buffer substrate tablet 2032 It slides, and is fallen on pushing component 204 to baffle 2031.

Through the above technical solutions, when books drop into Buffer Unit 203, first books can fall down can hit it is slow Punching 2032, since one section of tilting of buffer substrate tablet 2032 forms inclined-plane, buffer substrate tablet 2032 has certain guiding role at this time, makes Obtaining books can slide along the inclined-plane, and the books after landing can be resisted against on baffle 2031, while in the conflict of buffer substrate tablet 2032 Lower cooperation baffle 2031, books can be fitted on baffle 2031, and books can be allowed to keep falling under better posture at this time On pushing component 204, the more convenient promotion of pushing component 204 can be allowed in this way, while also guarantee the neat degree of books, after convenient Continuous user, which arranges, to carry.

As an improved specific embodiment, the pushing component 204 includes driving motor 2041 and driving motor The push plate 2042 of 2041 linkages；The baffle 2031 is located at the top of push plate 2042, and the push plate 2042 receives the books fallen, When books are fallen in push plate 2042, driving motor 2041 drives push plate 2042 to retracting inside shell 201, and books are by baffle 2031 stop；When push plate 2042 retracts beyond the position of baffle 2031, books are fallen from push plate 2042, while driving motor 2041 driving push plates 2042 are stretched out to outside shell 201 pushes books to send out；The push plate 2042 is L-shaped, 2042 court of push plate There is buffer board 2043 to the one side dismantling connection of baffle 2031, the buffer board 2043 receives the books fallen.

Through the above technical solutions, wherein driving motor 2041 and the linked manner of push plate 2042 can pass through the connection of rack gear Dynamic, one section of rack gear is fixed in push plate 2042, is engaged with hour rack with the gear in the shaft of driving motor 2041, is passed through drive The rotation of dynamic motor 2041 can be with the rotation of carry-over bar, and then drives push plate 2042 mobile；When the needs of pushing component 204 push away It when dynamic books, is fallen in push plate 2042 when being fallen down due to books, push plate at this time 2042 cooperates buffer substrate tablet 2032 and gear Plate 2031 can allow books holding preferably to fall posture, and then driving motor 2041 drives push plate 2042 to inside contract to shell 201 It returns, until 2042 retracted position of push plate is more than baffle 2031, the bottom of books is no longer supported by push plate 2042 at this time, then book Originally it falls down, then driving motor 2041 drives and stretches out outside 2042 phase shell 201 of push plate, and push plate at this time 2042 pushes books It is displaced outwardly, such way of propelling can allow books also to keep good posture when exporting outward, so that the books of output are more Add neatly, will not be disorderly and unsystematic, so that user increases working time and labour when arranging and carrying.By the way that buffer board is arranged 2043, it can allow books when falling with certain buffering effect, protect the integrality of books, while can also be to avoid existing for a long time The shock lower baffle plate 2031 of books generates deformation, and then has an impact to the uniformity of subsequent books output, the push plate of L shape 2042 while facilitating support books, and another side also facilitates promotion books, while the structure is simply convenient for production.

As an improved specific embodiment, dismantling connection has slide plate 205,205 phase of slide plate on the shell 201 The another of push plate 2042 is sloped downwardly, when books are fallen from push plate 2042, books are fallen on slide plate 205；It is described The dog-ear of push plate 2042 is in an acute angle；The follow block 2052 for arranging books is slidably connected on the slide plate 205, it is described Slideway 2051 is offered on slide plate 205, and pilot hole 2053 corresponding with 2051 position of slideway, institute are offered on the follow block 2052 It states and slidably connects connecting rod 2054 in pilot hole 2053, one end of the connecting rod 2054 is fixedly connected with support chip 2056, Other end dismantling connection has damping fin 2057, and the damping fin 2057 offsets with the another side on slide plate 205 with respect to follow block 2052 Touching；Spring 2055, one end of the spring 2055 and support chip 2056 are additionally provided between the support chip 2056 and slide plate 205 Inconsistent, the other end and slide plate 205 are inconsistent, and the spring 2055 props up support chip 2056 and makes damping fin 2057 and slide plate 205 fit closely, and the push plate 2042 cooperates follow block 2052 to arrange books.

Through the above technical solutions, the slide plate 205 of setting has certain tilt angle, when books are fallen on slide plate 205 When, push plate 2042 pushes books that can push books along the inclined angle, so that the gravity that books receive is on slide plate 205 It is decomposed, assists push plate 2042 to push books using gravity component in the horizontal direction, it is possible to reduce driving motor 2041 Power consumption, and then reach energy-efficient effect.The acute angle can cooperate with the tilt angle of slide plate 205, push plate 2042 The side of opposite slide plate 205 can be with 205 near vertical of slide plate, so that push plate 2042 is more convenient when pushing books, can be with Increase push plate 2042 to the effectiveness of the thrust of books.Bottom plate is pushed to the position close to baffle 2031 first, when books from When falling in push plate 2042, follow block 2052 can support books, and books is avoided to translate into, and then push plate 2042 pushes books, make It is fitted on follow block 2052, simultaneously because the tilt angle of slide plate 205, so that books rely on follow block under the effect of gravity On 2052, when push plate 2042 pushes the books fallen, the books newly fallen will be relied on the last books fallen, And push plate 2042 pushes when books can be with follow block 2052 to sliding outside shell 201, and then arranges books, a step One step pushes follow block 2052, until follow block 2052 slides onto the end of slideway 2051, user can be by the book of overall alignment at this time This is disposably taken out, and progress is self-contained, facilitates the subsequent carrying operation of user, is compared to the prior art that books are mixed and disorderly For submitting, the present embodiment substantially increases the working efficiency of user；The damping fin 2057 of setting can allow follow block 2052 can be with In the promotion lower slider of push plate 2042, but the books on follow block 2052 can be avoided relying on again push under the effect of gravity and support Plate 2052, the spring 2055 of setting can allow damping fin 2057 to fit closely slide plate 205, while the support chip 2056 being arranged can also To be threadedly attached in connecting rod 2054, carry out the tightness of adjustment spring 2055, and then adjusts damping fin 2057 and slide Fitting intensity between plate 205.

As an improved specific embodiment, the draw frame machine 101 includes siphunculus 1011, bleed motor 1012；Institute It states and offers multiple through-holes 10111 on siphunculus 1011, blade 10121, the pumping electricity are provided in the bleed motor 1012 Machine 1012 is connect with one end of siphunculus 1011, and when bleed motor 1012 rotates, siphunculus 1011 is extracted in the band rotation of movable vane piece 10121 Interior air；The through-hole 10111 is towards cover paper place, and when the air in siphunculus 1011 is extracted, outside air is logical It crosses through-hole 10111 to be inhaled into siphunculus 1011, while attracting cover paper；The siphunculus 1011 opens up the position of through-hole 10111 On be coaxially cased with absorption ring 1013, the absorption ring 1013 be in palisade, the through-hole 10111 by palisade adsorb ring 1013 with outside Boundary is interconnected.

Through the above technical solutions, bleed motor 1012 is started when draw frame machine 101 attracts cover paper, pumping electricity Machine 1012 will drive the rotation of blade 10121, and blade 10121 extracts the air in siphunculus 1011 out after rotating, in 1011 phase of siphunculus After being sealed setting to the other end of bleed motor 1012, the efficiency of absorption can be improved, the air in siphunculus 1011 is taken out Out after outside air can be entered in through-hole 10111 by through-hole 10111, at this time in air generate air-flow by cover paper attract to The position of through-hole 10111 draws the injury that can be avoided completely to cover paper by way of generating air-flow, improves cover paper Protective value, it is ensured that the integrality of product.When cover paper is attracted to 10111 position of through-hole on siphunculus 1011, Cover paper can be fitted on absorption ring 1013, and absorption ring 1013 is arranged to palisade permeability with higher can be outer to avoid influencing Portion's air enters the efficiency in through-hole 10111, while cover paper can be allowed to have better contact position, compared to being directly drawn It conforms on siphunculus 1011, cover paper may close through-hole 10111, at this time the extraction air of bleed motor 1012 When intensity is excessively high, the draught head in siphunculus 1011 may result in cover paper breakage, can be kept away by the absorption ring 1013 of palisade Exempt from such case appearance, it can better protective cover paper.

As an improved specific embodiment, the conveying assembly 102 includes active transmission wheel 1021 and actively transmits The driven transmission wheel 1022 of 1021 linkage of wheel covers the feed belt in driven transmission wheel 1022 and active transmission wheel 1021 simultaneously 1023, the first transport motor 1024, Auxiliary transmission wheels 1025 and the Auxiliary transmission wheels 1025 to link with active transmission wheel 1021 The second dynamic transport motor 1026；The driven transmission wheel 1022 is coaxially rotatably set on siphunculus 1011；The active Transmission wheel 1021 is linked by belt and driven transmission wheel 1022；When cover paper be attracted on siphunculus 1011 and and feed belt 1023 it is inconsistent when, the first transport motor 1024 drive active transmission wheel 1021 rotate, while feed belt 1023 drive cover Paper is conveyed to Auxiliary transmission wheels 1025, and second transport motor 1026 drives Auxiliary transmission wheels 1025 by cover paper to marking press Structure 103 conveys.

Through the above technical solutions, the driven transmission wheel 1022 of setting is located on siphunculus 1011, size is arranged can be with It is identical to adsorb ring 1013, when cover paper is adsorbed on absorption ring 1013, cover paper will be inconsistent with feed belt 1023, It is rotated since the rotation of the first transport motor 1024 will drive active transmission wheel 1021, and then driving belt is driven to be driven, Driving belt will drive cover paper to be driven by the effect of frictional force at this time, when feed belt 1023 transmits cover paper When to the position of Auxiliary transmission wheels 1025, the second transport motor 1026 drives Auxiliary transmission wheels 1025 to rotate, Auxiliary transmission wheels Cover paper is transmitted to creasing mechanism 103 by 1025, transmits paper by feed belt 1023, paper will not be caused roll or Person generates dent, can keep the original sample of cover paper, has better protective effect.

As an improved specific embodiment, the conveying assembly 102 further includes assembly item 10271, is rotatably connected on Auxiliary wheel 10272, assembly cross bar 10273 on assembly item 10271, the assembled shaft being fixedly connected with assembly cross bar 10273 10274；The assembly item 10271 is rotatably connected in assembled shaft 10274, and the auxiliary wheel 10272 is rotatably connected on assembly The other end of one end of item 10271, the opposite auxiliary wheel 10272 of the assembly item 10271 is provided with torsional spring 10275, described One end of torsional spring 10275 is connect with assembly item 10271, and the other end is connect with assembly cross bar 10273, and the assembly item 10271 is logical 10275 elastic hinge joint of torsional spring is crossed in assembled shaft 10274；When torsional spring 10275 is tightened, assembly item 10271 and torsional spring 10275 connect The one end connect be pulled to assembly cross bar 10273, the other end with auxiliary wheel 10272 to Auxiliary transmission wheels 1025 squeeze, with Auxiliary transmission wheels 1025 cooperate clamping cover paper.

Through the above technical solutions, when Auxiliary transmission wheels 1025 transmit cover paper, since the tightening of torsional spring 10275 is made With the one end for assembling item 10271 being packed up, the other end with auxiliary wheel 10272 is close to Auxiliary transmission wheels due to lever principle 1025, it is bonded with Auxiliary transmission wheels 1025 and compresses cover paper, when Auxiliary transmission wheels 1025 transmit cover paper, auxiliary wheel 10272 cooperation 1025 clamping cover paper of Auxiliary transmission wheels, can increase the frictional force between cover paper and Auxiliary transmission wheels 1025, The transmission process of cover paper can be allowed more stable, simultaneously because auxiliary wheel 10272 be under the action of torsional spring 10275 with it is auxiliary The cooperation transmission cover paper of transmission wheel 1025 is helped, selects to generate under the torsional spring 10275 of reasonable coefficient of elasticity to avoid to cover paper Impression, while when this mode makes cover paper transmission process more stable, can to avoid cover paper in transmission process due to envelope The friction unevenness that facial tissue receives causes the position of cover paper to generate the phenomenon that deviating and then leading to locating bias appearance.The dress of setting Assembled shaft 10274 and the better rigging position of torsional spring 10275 can be provided with cross bar 10273；The assembled shaft 10274 of setting can be with It allows assembly item 10271 to be assembled, and then allows assembly item 10271 and assembled shaft 10274 to form lever, and then reach and auxiliary is allowed to roll The effect of 10272 cooperation 1025 clamping cover paper of Auxiliary transmission wheels of wheel.

As an improved specific embodiment, the creasing mechanism 103 include driven spindle 1031, coaxially be fixed on from Driven pinch roller 1032 on turn axis 1031, with the transmission shaft 1033 of the second transport motor 1026 linkage, coaxial be fixed on transmission Active pinch roller 1034 on axis 1033；The driven spindle 1031 is rotatably connected on assembly cross bar 10273, the active pinch roller 1034 are fixedly connected on transmission shaft 1033, and the Auxiliary transmission wheels 1025 are coaxially fixed on transmission shaft 1033；It is described driven The first groove 1035 that annular is coaxially offered on pinch roller 1032, it is corresponding with the first groove 1035 on the active pinch roller 1034 Position is coaxially arranged with embeddable the first bulge loop 1036 in the first groove 1035, passes when active pinch roller 1034 receives auxiliary When sending the cover paper of 1025 output of wheel, active pinch roller 1034 and driven 1032 mutual extrusion cover paper of pinch roller, while the first bulge loop 1036 are embedded into the first groove 1035 to cover paper progress impression.

Through the above technical solutions, when Auxiliary transmission wheels 1025 send cover paper to creasing mechanism 103, the second transmission It drives transmission shaft 1033 to rotate under 1026 driving effect of motor, drives active pinch roller 1034 and auxiliary when transmission shaft 1033 rotates simultaneously Help transmission wheel 1025 to rotate, when Auxiliary transmission wheels 1025 and active pinch roller 1034 rotate, Auxiliary transmission wheels 1025 by cover paper to The transmission of mucilage binding component, while active pinch roller 1034 and the cooperation of driven pinch roller 1032 squeeze cover paper, the first bulge loop 1036 is embedding at this time Enter into the first groove 1035, impression processing is carried out to cover paper, the driven spindle 1031 of setting facilitates fixed driven pinch roller 1032, the transmission shaft 1033 of setting can drive Auxiliary transmission wheels 1025 and active pinch roller 1034 simultaneously, at this time can be by auxiliary The cover paper for helping transmission wheel 1025 to transmit cover paper, while being transmitted can squeezing in active pinch roller 1034 and driven pinch roller 1032 Pressure forms impression, and the arrangement that removes photoresist after convenient carries out mucilage binding pressing, wherein driven pinch roller 1032 can use rubber material, tool Have it is certain can deformability, avoiding active pinch roller 1034 and driven pinch roller 1032 from carrying out impression movement is to destroy cover paper.

As an improved specific embodiment, the creasing mechanism 103 further includes coaxially being fixed on transmission shaft 1033 Active auxiliary pressing wheel 1037, be coaxially fixed on driven auxiliary pressing wheel 1038 on driven spindle 1031, it is described from dynamic auxiliary pressure It takes turns and coaxially offers the second annular groove 10381 on 1038, it is right with the second groove 10381 on the active auxiliary pressing wheel 1037 The position answered is coaxially arranged with embeddable the second bulge loop 10371 in the second groove 10381, when active auxiliary pressing wheel 1037 connects When receiving the cover paper of the output of Auxiliary transmission wheels 1025, active auxiliary pressing wheel 1037 and driven 1038 mutual extrusion of auxiliary pressing wheel are sealed Facial tissue, while the second bulge loop 10371 is embedded into the second groove 10381 to cover paper progress impression.

Through the above technical solutions, the active auxiliary pressing wheel 1037 and driven auxiliary pressing wheel 1038 of setting respectively correspond actively Pinch roller 1034 and driven pinch roller 1032, while also being corresponded to each other in its structure, transmission shaft 1033 will drive master when rotating simultaneously Dynamic auxiliary pinch roller 1037 rotates, and directly can carry out impression arranged side by side to cover paper by this set, cooperate and active pinch roller 1034 with driven pinch roller 1032 impression that can directly to extrude two parallel, facilitate mucilage binding component in mucilage binding to cover paper Bending, more convenient when by cover paper with page progress mucilage binding, bending cover paper will not be rolled over partially.

As an improved specific embodiment, one end of the opposite active auxiliary pressing wheel 1037 of the active pinch roller 1034 is solid Surely it is connected with the first rotary table 1041, first rotary table 1041 is coaxially fixed on transmission shaft 1033, first rotary table 1041 Top surface be fixedly connected with active pinch roller 1034, and the top surface is identical as the end face size of active pinch roller 1034；It is described from dynamic pressure One end of 1032 relatively driven auxiliary pressing wheels 1038 of wheel is fixedly connected with the second rotary table 1042, and second rotary table 1042 is coaxially solid Be scheduled on driven spindle 1031, the bottom surface of second rotary table 1042 is fixedly connected with driven pinch roller 1032, and the bottom surface with from The end face size of dynamic pressure wheel 1032 is identical；First rotary table 1041 and the second rotary table 1042 are adapted, when active pinch roller 1034 When with driven 1032 mutual extrusion cover paper of pinch roller, the side mutual extrusion of the side of the first rotary table 1041 and the second rotary table 1042 Cover paper.

Through the above technical solutions, when active pinch roller 1034 and 1032 mutual extrusion of driven pinch roller pressing cover paper, the Meeting mutual extrusion in the side of one rotary table 1041 and the second rotary table 1042 is matched since the side of rotary table has certain tilt angle The impression effect for closing the first bulge loop 1036 and the first groove 1035, cover paper can be bent along impression, so that subsequent Mucilage binding component carries out being more easier to bend mucilage binding again when mucilage binding, and avoiding will not in the subsequent mucilage binding bending cover paper of mucilage binding component Folding is inclined.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (10)

1. a kind of cementing machine, including gumming mechanism, page transport mechanism, the mechanism that publishes books, mucilage binding mechanism, the page transport mechanism Be sequentially transmitted page to gumming mechanism, mucilage binding mechanism, publish books mechanism, which is characterized in that further include cover paper transport mechanism；It is described Cover paper transport mechanism includes draw frame machine (101), conveying assembly (102), creasing mechanism (103)；The draw frame machine (101) Attract cover paper and cover paper is conveyed to conveying assembly (102), conveying assembly (102) receives draw frame machine (101) conveying Cover paper simultaneously sends the cover paper creasing mechanism (103) to, and the creasing mechanism (103) is to defeated after cover paper progress impression Out, the mucilage binding component receives the cover paper of creasing mechanism (103) output and by itself and page mucilage binding；The mechanism that publishes books includes Shell (201), the receiving platform (202) for receiving the books that the mucilage binding of page transport mechanism submitting is completed receive for receiving The Buffer Unit (203) of the books fallen on platform, output for pushing books pushing component (204), the receiving platform (202) include for receiving the receiver board of books (2021), for drive receiver board (2021) slide driving assembly；The shell It is offered on body (201) sliding slot (2011), one end of the sliding slot (2011) tilts；It is rotatablely connected on the receiver board (2021) Have pulley (2022), the pulley (2022), which rolls, to be connected in sliding slot (2011), when driving assembly drives receiver board (2021) When the one end tilted to sliding slot (2011) is slided, pulley (2022) rolls in sliding slot (2011), while receiver board (2021) is sliding The position tilted to sliding slot (2011) is moved, so that receiver board (2021) is inclined；The Buffer Unit (203) receives The books that slide on plate (2021) are simultaneously given pushing component (204) to output after books buffer is gone back, and pushing component (204) should Books, which push, to be sent out.

2. cementing machine according to claim 1, which is characterized in that the Buffer Unit (203) includes for preventing books Fall the buffer substrate tablet (2032) of inclined baffle (2031), dismantling connection on shell (201)；It tears open one end of the buffer substrate tablet (2032) It unloads and is connected on shell (201), the other end tilts towards baffle (2031) and forms inclined-plane, and one end of the tilting is buffer substrate tablet (2032) one end on opposite ground, when the books on receiver board (2021) are fallen, books and buffer substrate tablet (2032) are inconsistent, should Books slide under the ramp effect of buffer substrate tablet (2032) to baffle (2031), and fall on pushing component (204).

3. cementing machine according to claim 2, which is characterized in that the pushing component (204) includes driving motor (2041), the push plate (2042) to link with driving motor (2041)；The baffle (2031) is located at the top of push plate (2042), institute It states push plate (2042) and receives the books fallen, when books are fallen on push plate (2042), driving motor (2041) drives push plate (2042) to retraction inside shell (201), books are stopped by baffle (2031)；When push plate (2042) retracts beyond baffle (2031) Position when, books are fallen from push plate (2042), at the same driving motor (2041) driving push plate (2042) to shell (201) outside It stretches out and books is pushed to send out；The push plate (2042) is L-shaped, and the one side of the push plate (2042) towards baffle (2031) is dismantled It is connected with buffer board (2043), the buffer board (2043) receives the books fallen.

4. cementing machine according to claim 3, which is characterized in that dismantling connection has slide plate on the shell (201) (205), another being sloped downwardly of the slide plate (205) opposite push plate (2042), when books are fallen from push plate (2042), Books are fallen on slide plate (205)；The dog-ear of the push plate (2042) is in an acute angle；The company of sliding on the slide plate (205) It is connected to the follow block (2052) for arranging books, is offered slideway (2051) on the slide plate (205), on the follow block (2052) Pilot hole (2053) corresponding with slideway (2051) position is offered, slidably connects connecting rod in the pilot hole (2053) (2054), one end of the connecting rod (2054) is fixedly connected with support chip (2056), and other end dismantling connection has damping fin (2057), the damping fin (2057) with it is inconsistent with respect to the another side of follow block (2052) on slide plate (205)；The support chip (2056) it is additionally provided between slide plate (205) spring (2055), one end and support chip (2056) phase of the spring (2055) Contradict, the other end and slide plate (205) are inconsistent, the spring (2055) prop up support chip (2056) make damping fin (2057) and Slide plate (205) fits closely, and push plate (2042) cooperation follow block (2052) arranges books.

5. cementing machine according to claim 1, which is characterized in that the draw frame machine (101) includes siphunculus (1011), takes out Pneumatic generator (1012)；It offers multiple through-holes (10111) on the siphunculus (1011), is provided on the bleed motor (1012) Blade (10121), the bleed motor (1012) connect with one end of siphunculus (1011), when bleed motor (1012) rotation, The air extracted in siphunculus (1011) is rotated with movable vane piece (10121)；The through-hole (10111) towards cover paper place, when When air in siphunculus (1011) is extracted, outside air is inhaled into siphunculus (1011) by through-hole (10111), is inhaled simultaneously Draw cover paper；The siphunculus (1011), which opens up, is coaxially cased with absorption ring (1013), the absorption ring on the position of through-hole (10111) It (1013) is in palisade, the through-hole (10111) is interconnected by palisade absorption ring (1013) and the external world.

6. cementing machine according to claim 5, which is characterized in that the conveying assembly (102) includes active transmission wheel (1021), it covers with the driven transmission wheel (1022) of active transmission wheel (1021) linkage, simultaneously in driven transmission wheel (1022) and master The first transport motor (1024) of feed belt (1023) and active transmission wheel (1021) linkage on dynamic transmission wheel (1021), Auxiliary transmission wheels (1025), the second transport motor (1026) with Auxiliary transmission wheels (1025) linkage；The driven transmission wheel (1022) it is coaxially rotatably set on siphunculus (1011)；The active transmission wheel (1021) passes through belt and driven transmission wheel (1022) it links；When cover paper is attracted on siphunculus (1011) and is inconsistent with feed belt (1023), the first transmission electricity Machine (1024) drives active transmission wheel (1021) rotation, while feed belt (1023) drives cover paper to Auxiliary transmission wheels (1025) it conveys, second transport motor (1026) drives Auxiliary transmission wheels (1025) by cover paper to creasing mechanism (103) Conveying.

7. cementing machine according to claim 6, which is characterized in that the conveying assembly (102) further includes assembly item (10271), auxiliary wheel (10272), assembly cross bar (10273) and the assembly cross bar being rotatably connected in assembly item (10271) (10273) assembled shaft (10274) being fixedly connected；The assembly item (10271) is rotatably connected on assembled shaft (10274), institute State one end that auxiliary wheel (10272) is rotatably connected on assembly item (10271), the opposite auxiliary rolling of assembly item (10271) The other end of wheel (10272) is provided with torsional spring (10275), and one end of the torsional spring (10275) is connect with assembly item (10271), The other end is connect with assembly cross bar (10273), and the assembly item (10271) is by torsional spring (10275) elastic hinge joint in assembled shaft (10274) on；When torsional spring (10275) tightening, one end that assembly item (10271) is connect with torsional spring (10275) is pulled to assembly Cross bar (10273), the other end with auxiliary wheel (10272) to Auxiliary transmission wheels (1025) squeeze, with Auxiliary transmission wheels (1025) cooperate clamping cover paper.

8. cementing machine according to claim 7, which is characterized in that the creasing mechanism (103) includes driven spindle (1031), what the driven pinch roller (1032) and the second transport motor (1026) being coaxially fixed on driven spindle (1031) linked Transmission shaft (1033), the active pinch roller (1034) being coaxially fixed on transmission shaft (1033)；Driven spindle (1031) rotation It is connected in assembly cross bar (10273), the active pinch roller (1034) is fixedly connected on transmission shaft (1033), and the auxiliary passes Wheel (1025) is sent coaxially to be fixed on transmission shaft (1033)；First that annular is coaxially offered on the driven pinch roller (1032) is recessed Slot (1035), position corresponding with the first groove (1035) is coaxially arranged with embeddable to first on the active pinch roller (1034) The first bulge loop (1036) in groove (1035), when active pinch roller (1034) receives the cover of Auxiliary transmission wheels (1025) output When paper, active pinch roller (1034) and driven pinch roller (1032) mutual extrusion cover paper, while the first bulge loop (1036) is embedded into the Impression is carried out to cover paper in one groove (1035).

9. cementing machine according to claim 8, which is characterized in that the creasing mechanism (103) further includes coaxially being fixed on Active auxiliary pressing wheel (1037) on transmission shaft (1033), the driven auxiliary pressing wheel being coaxially fixed on driven spindle (1031) (1038), the second groove (10381) of annular, the active auxiliary pressure are coaxially offered on the driven auxiliary pressing wheel (1038) Position corresponding with the second groove (10381) is coaxially arranged with embeddable the in the second groove (10381) on wheel (1037) Two bulge loops (10371), it is actively auxiliary when active auxiliary pressing wheel (1037) receives the cover paper of Auxiliary transmission wheels (1025) output Pressing aid wheel (1037) and driven auxiliary pressing wheel (1038) mutual extrusion cover paper, while the second bulge loop (10371) is embedded into second Impression is carried out to cover paper in groove (10381).

10. cementing machine according to claim 9, which is characterized in that the opposite actively auxiliary pressure of the active pinch roller (1034) One end of wheel (1037) is fixedly connected with the first rotary table (1041), and first rotary table (1041) is coaxially fixed on transmission shaft (1033) on, the top surface of first rotary table (1041) is fixedly connected with active pinch roller (1034), and the top surface and active pinch roller (1034) end face size is identical；One end of the relatively driven auxiliary pressing wheel (1038) of the driven pinch roller (1032) is fixedly connected with Second rotary table (1042), second rotary table (1042) are coaxially fixed on driven spindle (1031), second rotary table (1042) bottom surface is fixedly connected with driven pinch roller (1032), and the bottom surface is identical as the end face size of driven pinch roller (1032)； First rotary table (1041) and the second rotary table (1042) are adapted, when active pinch roller (1034) and driven pinch roller (1032) are mutual When squeezing cover paper, the side of the first rotary table (1041) and the side mutual extrusion cover paper of the second rotary table (1042).