CN209380937U - A kind of perpendicular spelling machine of the continuous toe joint of middle plate - Google Patents

Abstract

The utility model discloses a kind of middle continuous toe joints of plate to erect spelling machine, including rack, feeding mechanism, comb teeth mechanism, forward pass mechanism, gumming mechanism, laminating mechanism, rear clamp system, Hou Chuan mechanism, sizing mechanism of reinforcing, electrical control cabinet, delivery band, delivery roller, shaft, connecting plate I, transferring platform, front end of rack is equipped with feeding mechanism, feeding mechanism side is equipped with comb teeth mechanism, comb teeth mechanism top sidewall is equipped with electrical control cabinet, comb teeth mechanism side is equipped with transferring platform, and transferring platform head and the tail pass through delivery band connection；Transferring platform is equipped with forward pass mechanism, gumming mechanism, laminating mechanism, rear clamp system, and transferring platform side is equipped with Hou Chuan mechanism, and Hou Chuan mechanism side is equipped with sizing mechanism of reinforcing.The utility model uses servo-drive, and melt glued, comb teeth docking is disposable to be completed.

Description

A kind of perpendicular spelling machine of the continuous toe joint of middle plate

Technical field

The utility model belongs to plate splicing field in wood industry production, in particular to a kind of continuous toe joint of middle plate is perpendicular to spell Machine.

Background technique

Currently, multi-plywood is in production. art, vertical veneer as the necessary raw material of glued board mechanical structure demand, It is influenced by fast-growing forest timber diameter grade and materials'use rate, the vertical list of whole change for meeting glued board size requirements can not be produced Plate, longitudinal the service of connection devices of traditional veneer, generally existing production efficiency is low, can not achieve full-automatic splicing, and splicing effect is poor (such as It is uneven to splice gap, fissure of displacement overlapping), connecting method the problems such as not meeting glued board mechanical structure.Drastically influence composite plate The process of production automation constrains the development of plywood industry and the promotion of product quality.According to market needs, we are released Plate comb teeth docking machine in a new generation, using servo-drive, melt glued, comb teeth docking is disposable to be completed, and substantially increases life Efficiency and the quality of production are produced, can be directly connected to each other with automation forming line, really be realized the automation of glued board assembly, advance The automated process of glued board industry.

Summary of the invention

The purpose of the utility model is to overcome deficiencies in the prior art, provide a kind of perpendicular spelling machine of the continuous toe joint of middle plate, use Servo-drive, melt glued, comb teeth docking, automatic gauging etc. are disposably completed, and production efficiency and production matter are substantially increased Amount can directly be connected to each other with automation forming line, advance the automated process of glued board industry.

To achieve the goals above, the technical solution adopted in the utility model is:

A kind of continuous toe joint of middle plate erects spelling machine, including rack, feeding mechanism, comb teeth mechanism, forward pass mechanism, gumming mechanism, Laminating mechanism, rear clamp system, Hou Chuan mechanism, sizing mechanism of reinforcing, electrical control cabinet, delivery band, delivery roller, shaft, connecting plate I, Transferring platform, the front end of rack are equipped with feeding mechanism, and the feeding mechanism side is equipped with comb teeth mechanism, comb teeth mechanism top Portion's side wall is equipped with electrical control cabinet, and comb teeth mechanism side is equipped with transferring platform, and transferring platform head and the tail pass through delivery band connection, delivery Band is overlapped on delivery roller, and delivery roller center is equipped with shaft, and both ends of the shaft is equipped with bearing block, and shaft is fixedly connected by bearing block In connecting plate I, connecting plate I is set on framework pillar side wall；The transferring platform is equipped with forward pass mechanism, gumming mechanism, pressure Mechanism, rear clamp system are closed, the transferring platform side is equipped with Hou Chuan mechanism, and Hou Chuan mechanism side is equipped with sizing mechanism of reinforcing；Transhipment Platform provides power by servo motor, and transferring platform moves back and forth in parallel on rack rail relative to rack, plays and hold Effect under opening, slab enter comb teeth mechanism by feeding mechanism, on transferring platform to after comb teeth slab carry out forward pass, on Glue, pressing docking are sent to sizing mechanism of reinforcing finally by Hou Chuan mechanism and carry out customized cut-off, melt glued, comb teeth docking one Secondary property is completed, and production efficiency and the quality of production are substantially increased, and can be directly connected to each other, be advanced compound with automation forming line The full-automatic process of board industry.

The feeding mechanism includes stock support, lower lock block I, supporting block I, cylinder I, slider I, guide rail I, cylinder II, consolidates Reservation, the stock support are equipped with a pair of guide rails I, and guide rail I is equipped with slider I, is fixedly connected on supporting block I at the top of slider I, I top of supporting block is equipped with lower lock block I, and I bottom of supporting block is equipped with a pair of of cylinder I, and I head of cylinder passes through supporting block I and is fixedly connected On lower lock block I, by the ejection of cylinder I, so that lower lock block I is detached from supporting block I, lower lock block I and supporting block I and carries out to slab It clamps, clamp；The stock support both ends are equipped with fixing seat, and fixing seat is equipped with cylinder II, and II head of cylinder is fixedly connected on I both ends of supporting block, it is flexible by cylinder II, realize that lower lock block I and supporting block I clamp slab and carry out feeding.

The comb teeth mechanism includes comb-rack, comb teeth cylinder, comb teeth knife rest, guiding axis, rack type cutter, comb teeth seat, described Comb-rack lower part is equipped with comb teeth cylinder, and comb teeth cylinder head connects comb teeth knife rest, and comb teeth knife rest both ends are equipped with guiding axis, comb teeth Knife rest bottom is equipped with rack type cutter, with rack type cutter relative to rack be equipped with comb teeth seat, comb teeth cylinders providing power passes through guiding Axis carries out guide-localization, and the comb teeth of feeding mechanism transmission slab is completed in the cooperation of rack type cutter and comb teeth seat.

The transferring platform includes support plate I, sliding block II, guide rail II, servo motor I, transmission shaft I, support frame I, gear I, rack gear I, fixed frame I, the support plate I are equipped with fixed frame I, and the fixed frame I is equipped with link block, and delivery band one end is solid It is scheduled on link block side wall, clamp system side wall after delivery band other end connection；I bottom of support plate is equipped with sliding block II, sliding block II bottom is equipped with guide rail II, and guide rail II is fixedly connected on the rack, and II side of guide rail is equipped with rack gear I, and rack gear I is fixedly connected on machine On frame, support frame I is set to I bottom of support plate, and support frame I is equipped with transmission shaft I, and transmission shaft I is equipped with servo motor I, passes I both ends of moving axis are equipped with gear I, and gear I and rack gear I are intermeshed；Servo motor I provides power, and gear I is walked on rack gear I, To drive the opposite sliding on guide rail II of support plate I, further realizes transferring platform and freely walk on guide rail II, turn It transports platform and provides power by servo motor I, the spacing of walking is adjusted by servo, transferring platform is led relative to rack in rack It is moved back and forth in parallel on rail II, plays the role of forming a connecting link, so that transhipment fluent movements.

The forward pass mechanism includes support plate II, sliding block III, guide rail III, adjustment block, fixed frame II, backing plate I, screw rod I, spiral shell Female I, servo motor II, spring I, chain wheel I, chain I, gear II, rack gear II, lug I, lug II, pin shaft, forward pass bracket, gas Cylinder III, support shaft I, connecting rod I, guide pad I, lower lock block II, supporting block II, II bottom of support plate are equipped with sliding block III, sliding block III bottom is equipped with guide rail III, and guide rail III is fixedly connected in support plate I；Forward pass bracket lower part is equipped with a pair of of cylinder III, gas III head of cylinder connects lower lock block II, and III side of cylinder is equipped with support shaft I, and support shaft I is equipped with connecting rod I, the connection of I other end of connecting rod Lower lock block II, II both ends of lower lock block are equipped with guide pad I, and II bottom of lower lock block is equipped with supporting block II, provide power by cylinder III, So that lower lock block II and supporting block II clamp, clamp slab and be transmitted；II side wall of supporting block is equipped with lug II, supporting block II side is equipped with adjustment block, and adjustment block side wall is equipped with lug I, and lug I is flexibly connected with lug II by pin shaft；It is set in adjustment block There is fixed frame II, II top of fixed frame is equipped with servo motor II, and II shaft end chain wheel I of servo motor connects adjustment block by chain I Shaft end chain wheel I, adjustment block shaft end sprocket wheel side are equipped with gear II, and II lower part of gear is equipped with rack gear II, the two intermeshing, rack gear II is fixedly connected in support plate I, and servo motor II provides power and makes, and forward pass mechanism is opposite on I upper rail III of support plate Sliding；The fixed frame II is equipped with backing plate I, and backing plate I is equipped with screw rod I, and I head of screw rod is equipped with nut I, sets on the outside of screw rod I There is spring I, spring I is overlapped between fixed frame II and forward pass bracket；Supporting block II is flexibly connected with adjustment block by pin shaft, is led to Rotating nuts I are crossed, to compress spring I between supporting plate I and forward pass bracket, further adjustment supporting block II and adjustment block are direct Swing angle, further adjust comb teeth after slab dock when gap so that after comb teeth slab dock when gap it is uniform, It cooperates.

The gumming mechanism includes glue box, coating frame, glue tooth, support shaft IV, support plate III, fixed plate I, sliding block IV, leads Rail IV, bottom plate, fixed frame III, screw rod II, nut II, spring II, sliding support, cylinder VI, supporting plate I, connecting plate II, fixed branch Frame, sliding block V, guide rail V, the glue box both ends are equipped with connecting plate II, and connecting plate II is fixedly connected in support plate I, connecting plate II bottom is equipped with fixed bracket, and fixed bracket is equipped with guide rail V, and V top of guide rail is equipped with sliding block V, and sliding block V is fixedly connected on On sliding support, sliding support bottom is equipped with cylinder VI, and VI tail portion of cylinder is fixedly connected on supporting plate I, and supporting plate I is fixedly connected on On fixed bracket；Described sliding support one end is equipped with bottom plate, and bottom plate is equipped with guide rail IV, and guide rail IV is equipped with sliding block IV, sliding block IV is set to I bottom of fixed plate, and I top of fixed plate is equipped with support plate III；The coating frame is equipped with glue tooth, and coating frame passes through branch Support axis IV is fixedly connected in support plate III；Cylinder VI provides power, so that sliding support is driven to move back and forth on guide rail V, So that glue tooth dips hot melt adhesive in glue box；The bottom plate is equipped with fixed frame III, and fixed frame III is equipped with screw rod II, spiral shell II head of bar is equipped with nut II, is equipped with spring II outside screw rod II, and spring II is overlapped between fixed frame III and support plate III, is led to Rotating nuts II are crossed, it is further to compress spring II between fixed frame III and support plate III, so as to adjust glue tooth and comb teeth back plate Gap between skin further realizes comb teeth slab and uniformly glues.

The laminating mechanism includes pressing bracket, cylinder IV, support shaft II, connecting rod II, guide pad II, lower lock block III, branch Bracer III, cold pressing water pipe, the pressing bracket lower part are equipped with a pair of of cylinder IV, and IV head of cylinder connects lower lock block III, cylinder IV Side is equipped with support shaft II, and support shaft II is equipped with connecting rod II, and II other end of connecting rod connects lower lock block III, and III both ends of lower lock block are set There is guide pad II, III bottom of lower lock block is equipped with cold pressing water pipe, and III lower part of lower lock block is equipped with supporting block III, is equipped at the top of supporting block III It is cold-pressed water pipe, cylinder IV provides power, so that lower lock block III and supporting block III press, passes through the recirculated cooling water in cold pressing water pipe Fuse machine is cooled down, to complete the docking to slab after comb teeth.

Bracket, cylinder V, support shaft III, connecting rod III, guide pad III, lower lock block are clamped after clamp system includes after described IV, supporting block IV clamps bracket lower part and is equipped with a pair of of cylinder V after described, V head of cylinder connects lower lock block IV, cylinder V 1 Side is equipped with support shaft III, and support shaft III is equipped with connecting rod III, and III other end of connecting rod connects lower lock block IV, and IV both ends of lower lock block are equipped with Guide pad III, IV lower part of lower lock block are equipped with supporting block IV, and cylinder V provides power, so that lower lock block IV and supporting block IV press, To the slab after gripping comb, rear clamp system and forward pass mechanism hold the slab after comb teeth respectively, then pass through gluing machine Structure carries out hot melt adhesive gluing, completes cold pressing docking by laminating mechanism.

The Hou Chuan mechanism passes bracket, cylinder VII, support shaft V, connecting rod IV, guide pad IV, lower lock block V, branch after including Bracer V, through slot, servo motor III, transmission shaft II, support frame II, gear III, rack gear III, fixed frame IV, sliding block VI, guide rail VI, bracket lower part is passed after described and is equipped with a pair of of cylinder VII, and VII head of cylinder connects lower lock block V, and VII side of cylinder is equipped with support shaft V, support shaft V is equipped with connecting rod IV, and IV other end of connecting rod connects lower lock block V, and V both ends of lower lock block are equipped with guide pad IV, under V lower part of briquetting is equipped with supporting block V, and V upper surface of supporting block is equipped with through slot, and through slot facilitates delivery band to pass through；The supporting block V Both ends are equipped with fixed frame IV, and IV lower part of fixed frame is equipped with sliding block VI, and VI bottom of sliding block is equipped with guide rail VI, and guide rail VI is set to rack On；V bottom of supporting block is equipped with support frame II, and support frame II is equipped with transmission shaft II, and transmission shaft II is equipped with servo motor III, II both ends of transmission shaft are equipped with gear III, and III lower part of gear is equipped with rack gear III, is intermeshed therebetween, and rack gear III is fixedly connected on In rack；Servo motor III provides power, so that passing afterwards, bracket is free to slide in guide rail VI, and cylinder VII provides power, further Lower lock block V holds the slab after docking with supporting block V and advances to sizing mechanism of reinforcing, completes scale.

The sizing mechanism of reinforcing includes sawing bracket, upper cutter, chopping block, crank connecting link, transmission shaft III, servo motor IV, chain II, chain II are taken turns, the sawing bracket is equipped with chopping block, upper cutter is equipped at the top of chopping block, and upper cutter both ends are equipped with crank connecting link, The crank connecting link other end is equipped with transmission shaft III, and transmission shaft III is equipped with chain wheel II, and servo motor IV is fixedly connected on the rack, watches It takes IV shaft end chain wheel II of motor and III shaft end chain wheel II of transmission shaft is connected by chain II, servo motor IV provides power, passes through song The fixed length of slab after handle connecting rod drives upper cutter to complete comb teeth docking.

Further, comb teeth mechanism side is equipped with clout removal mechanism, and the clout removal mechanism includes push plate, guide rail VII, sliding block VII, pressing plate, cylinder VIII, supporting block VI, stock guide, connecting plate III, cylinder Ⅸ, fixed frame V, the push plate top are set There is stock guide, push plate bottom is equipped with guide rail VII, and VII lower part of guide rail is equipped with sliding block VII, and push plate is fixedly connected on guide rail VII by pressing plate On, VII side wall of guide rail is equipped with cylinder VIII, and VIII tail portion of cylinder is fixedly connected in feeding mechanism on stock support, and cylinder VIII provides dynamic Power drives guide rail VII to move, so that push plate is moved forward and backward relative to sliding block VII, thus more than the slab tail portion that comb teeth mechanism is cut off Material ejection, which is hit, falls, and VII lower part of sliding block is equipped with supporting block VI, and VI side of supporting block is equipped with connecting plate III, and III lower part of connecting plate is set There is cylinder Ⅸ, cylinder Ⅸ is set on fixed frame V, and fixed frame V is set in rack, and cylinder Ⅸ provides power, so that support Block VI rises, and does not influence the ejection feeding of feeding mechanism, and when slab tail portion is cut off by comb teeth mechanism, slab tail portion clout is not It easily falls, cylinder Ⅸ is needed to shrink, supporting block VI is driven to fall, so that the ejecting push plate at VI top of supporting block, crash panel Skin tail portion clout.

Preferably, the rack two sides are equipped with observation window, and frame top is equipped with top cover, carries out observation slab by observation window Whether the movement of running is smooth.

Preferably, the comb teeth actuator base is equipped with guide plate, and the waste material that guide plate generates comb teeth carries out, and guiding is received Collection, facilitates centralized recovery to utilize.

Preferably, the servo motor II can be replaced hydraulic motor.

Beneficial effect is shown the utility model compared with prior art:

1) transferring platform provides power by servo motor, and transferring platform is parallel reciprocal on rack rail relative to rack Movement, plays the role of forming a connecting link, slab enters comb teeth mechanism by feeding mechanism, to the plate after comb teeth on transferring platform Skin carries out forward pass, gluing, pressing docking, is sent to sizing mechanism of reinforcing finally by Hou Chuan mechanism and carries out customized cut-off, hot melt adhesive glue It closes, comb teeth docking is disposable to be completed, and production efficiency and the quality of production are substantially increased, can be directly opposite with automation forming line It connects, advances the full-automatic process of compound board industry；

2) supporting block II is flexibly connected with adjustment block by pin shaft, by rotating nuts I, to compress supporting plate I and forward pass Spring I between bracket, it is further to adjust supporting block II and the direct swing angle of adjustment block, further adjust slab after comb teeth Gap when docking cooperates so that gap is uniform when slab docks after comb teeth；

3) cylinder VI provides power, to drive sliding support to move back and forth on guide rail V, so that glue tooth is in glue Hot melt adhesive is dipped in box, it is further to compress spring II between fixed frame III and support plate III by rotating nuts II, to adjust Gap after whole glue tooth and comb teeth between slab further realizes comb teeth slab and uniformly glues；

4) servo-drive is used, melt glued, comb teeth docking is disposable to be completed, and substantially increases production efficiency and production Quality can directly be connected to each other with automation forming line, advance the automated process of compound board industry.

Detailed description of the invention

Attached drawing 1 is that a kind of middle continuous toe joint of plate of the utility model erects spelling machine structural schematic diagram；

Attached drawing 2 is that a kind of middle continuous toe joint of plate of the utility model erects spelling machine schematic diagram of internal structure；

Attached drawing 3 is that a kind of middle continuous toe joint of plate of the utility model erects feeding mechanism, comb teeth mechanism structural schematic diagram in spelling machine；

Attached drawing 4 is a kind of middle continuous toe joint Shu Pinjizhong forward pass mechanism partial enlargement structural representation of plate of the utility model；

Attached drawing 5 is that a kind of middle continuous toe joint of plate of the utility model erects forward pass mechanism structure schematic diagram in spelling machine；

Attached drawing 6 is that a kind of middle continuous toe joint of plate of the utility model erects gumming mechanism structural schematic diagram in spelling machine；

Attached drawing 7 is that a kind of middle continuous toe joint of plate of the utility model erects laminating mechanism structural schematic diagram in spelling machine；

Attached drawing 8 is clamp system structural schematic diagram after a kind of middle continuous toe joint of plate of the utility model erects in spelling machine；

Attached drawing 9 is to pass mechanism structure schematic diagram after a kind of middle continuous toe joint of plate of the utility model erects in spelling machine；

Attached drawing 10 is that a kind of middle continuous toe joint of plate of the utility model erects sizing mechanism of reinforcing structural schematic diagram in spelling machine；

Attached drawing 11 is that a kind of middle continuous toe joint of plate of the utility model erects in spelling machine clout removal mechanism structure in sizing mechanism of reinforcing Schematic diagram；

In figure: 11- rack, 12- feeding mechanism, 13- comb teeth mechanism, 131- comb-rack, 132- comb teeth cylinder, 133- comb Serrated knife frame, 134- guiding axis, 135- rack type cutter, 136- comb teeth seat, 14- forward pass mechanism, 15- gumming mechanism, 16- laminating mechanism, Clamp system after 17-, 18- Hou Chuan mechanism, 19- sizing mechanism of reinforcing, 20- electrical control cabinet, 21- top cover, 22- observation window, 23- delivery Band, 24- link block, 25- delivery roller, 26- shaft, 27- connecting plate I, 30- transferring platform, 101- stock support, 102- lower lock block I, 103- supporting block I, 104- cylinder I, 105- slider I, 106- guide rail I, 107- cylinder II, 108- fixing seat, 109- guide plate, 201- support plate I, 202- sliding block II, 203- guide rail II, 204- servo motor I, 205- transmission shaft I, 206- support frame I, 207- Gear I, 208- rack gear I, 209- fixed frame I, 301- support plate II, 3011- sliding block III, 3012- guide rail III, 302- adjustment block, 303- fixed frame II, 304- backing plate I, 305- screw rod I, 306- nut I, 307- servo motor II, 308- spring I, 309- sprocket wheel I, 310- chain I, 311- gear II, 312- rack gear II, 313- lug I, 314- lug II, 315- pin shaft, 316- forward pass bracket, 317- cylinder III, 318- support shaft I, 319- connecting rod I, 320- guide pad I, 321- lower lock block II, 322- supporting block II, 401- pressure Close bracket, 402- cylinder IV, 403- support shaft II, 404- connecting rod II, 405- guide pad II, 406- lower lock block III, 407- support Block III, 408- are cold-pressed water pipe, and bracket, 502- cylinder V, 503- support shaft III, 504- connecting rod III, 505- guiding are clamped after 501- Block III, 506- lower lock block IV, 507- supporting block IV, 601- glue box, 602- coating frame, 603- glue tooth, 604- support shaft IV, 605- Support plate III, 606- fixed plate I, 607- sliding block IV, 608- guide rail IV, 609- bottom plate, 610- fixed frame III, 611- screw rod II, 612- nut II, 613- spring II, 614- sliding support, 615- cylinder VI, 616- supporting plate I, 617- connecting plate II, 618- is fixed Bracket, 619- sliding block V, 620- guide rail V pass bracket after 701-, 702- cylinder VII, 703- support shaft V, 704- connecting rod IV, 705- guide pad IV, 706- lower lock block V, 707- supporting block V, 7071- through slot, 708- servo motor III, 709- transmission shaft II, 710- support frame II, 711- gear III, 712- rack gear III, 713- fixed frame IV, 714- sliding block VI, 715- guide rail VI, 801- saw Cut bracket, 802- upper cutter, 803- chopping block, 804- crank connecting link, 805- transmission shaft III, 806- servo motor IV, 807- sprocket wheel II, 808- chain II, 901- push plate, 902- guide rail VII, 903- sliding block VII, 904- pressing plate, 905- cylinder VIII, 906- supporting block VI, 907- stock guide, 908- connecting plate III, 909- cylinder Ⅸ, 910- fixed frame V.

Specific embodiment

For convenience of the understanding of those skilled in the art, 1-11 with reference to the accompanying drawing, to the technical solution of the utility model into One step illustrates.

A kind of continuous toe joint of middle plate erects spelling machine, including rack 11, feeding mechanism 12, comb teeth mechanism 13, forward pass mechanism 14, on Gluing mechanism 15, laminating mechanism 16, rear clamp system 17, Hou Chuan mechanism 18, sizing mechanism of reinforcing 19, electrical control cabinet 20, delivery band 23, Delivery roller 25, shaft 26, connecting plate I 27, transferring platform 30,11 front end of rack are equipped with feeding mechanism 12, the feeder 12 side of structure is equipped with comb teeth mechanism 13, and 13 top sidewall of comb teeth mechanism is equipped with electrical control cabinet 20,13 side of comb teeth mechanism Equipped with transferring platform 30,30 head and the tail of transferring platform are connected by delivery band 23, and delivery band 23 is overlapped on delivery roller 25, delivery roller 25 centers are equipped with shaft 26, and 26 both ends of shaft are equipped with bearing block, and shaft 26 is fixedly connected on connecting plate I 27 by bearing block, even Fishplate bar I 27 is set on 11 column side wall of rack；The transferring platform 30 is equipped with forward pass mechanism 14, gumming mechanism 15, pressing Mechanism 16, rear clamp system 17,30 side of transferring platform are equipped with Hou Chuan mechanism 18, and 18 side of Hou Chuan mechanism is equipped with shear gauge Structure 19.

The feeding mechanism 12 includes stock support 101, lower lock block I 102, supporting block I 103, cylinder I 104, slider I 105, guide rail I 106, cylinder II 107, fixing seat 108, the stock support 101 is equipped with a pair of guide rails I 106, on guide rail I 106 Equipped with slider I 105, supporting block I 103 is fixedly connected at the top of slider I 105, I 103 top of supporting block is equipped with lower lock block I 102, branch I 103 bottom of bracer is equipped with a pair of of cylinder I 104, and I 104 head of cylinder passes through supporting block I 103 and is fixedly connected on lower lock block I 102 On, by the ejection of cylinder I 104, so that lower lock block I 102 is detached from supporting block I 103, lower lock block I 102 and I 103 pairs of plates of supporting block Skin is clamped, clamps；101 both ends of stock support are equipped with fixing seat 108, and fixing seat 108 is equipped with cylinder II 107, gas II 107 head of cylinder is fixedly connected on I 103 both ends of supporting block, flexible by cylinder II 107, realizes lower lock block I 102 and supporting block I 103, which clamp slab, carries out feeding.

The comb teeth mechanism 13 includes comb-rack 131, comb teeth cylinder 132, comb teeth knife rest 133, guiding axis 134, comb teeth Knife 135, comb teeth seat 136,131 lower part of comb-rack are equipped with comb teeth cylinder 132, and 132 head of comb teeth cylinder connects rack type cutter Frame 133,133 both ends of comb teeth knife rest are equipped with guiding axis 134, and 133 bottom of comb teeth knife rest is equipped with rack type cutter 135, with 135 phase of rack type cutter For rack be equipped with comb teeth seat 136, comb teeth cylinder 132 provide power, pass through guiding axis 134 carry out guide-localization, comb teeth The comb teeth that feeding mechanism 12 transmits slab is completed in the cooperation of knife 135 and comb teeth seat 136.

The transferring platform 30 includes support plate I 201, sliding block II 202, guide rail II 203, servo motor I 204, transmission shaft I 205, support frame I 206, gear I 207, rack gear I 208, fixed frame I 209, the support plate I 201 are equipped with fixed frame I 209, institute Fixed frame I 209 is stated equipped with link block 24,23 one end of delivery band is fixed on 24 side wall of link block, the connection of 23 other end of delivery band 17 side wall of clamp system afterwards；I 201 bottom of support plate is equipped with sliding block II 202, and II 202 bottom of sliding block is equipped with guide rail II 203, Guide rail II 203 is fixedly connected in rack 11, and II 203 side of guide rail is equipped with rack gear I 208, and rack gear I 208 is fixedly connected on rack On 11, support frame I 206 is set to I 201 bottom of support plate, and support frame I 206 is equipped with transmission shaft I 205, sets on transmission shaft I 205 There is servo motor I 204, I 205 both ends of transmission shaft are equipped with gear I 207, and gear I 207 and rack gear I 208 are intermeshed；Servo motor I 204 provide power, and gear I 207 is walked on rack gear I 208, to drive support plate I 201 relatively sliding on guide rail II 203 It is dynamic, it further realizes transferring platform 30 and freely walks on guide rail II 203, transferring platform 30 is mentioned by servo motor I 204 For power, the spacing of walking, the parallel reciprocal fortune on rack rail II 203 relative to rack of transferring platform 30 are adjusted by servo It is dynamic, play the role of forming a connecting link, so that transhipment fluent movements.

The forward pass mechanism 14 includes support plate II 301, sliding block III 3011, guide rail III 3012, adjustment block 302, fixed frame II 303, backing plate I 304, screw rod I 305, nut I 306, servo motor II 307, spring I 308, chain wheel I 309, chain I 310, tooth Take turns II 311, rack gear II 312, lug I 313, lug II 314, pin shaft 315, forward pass bracket 316, cylinder III 317, support shaft I 318, connecting rod I 319, guide pad I 320, lower lock block II 321, supporting block II 322, II 301 bottom of support plate are equipped with sliding block III 3011, III 3011 bottom of sliding block is equipped with guide rail III 3012, and guide rail III 3012 is fixedly connected in support plate I 201；The forward pass branch 316 lower part of frame is equipped with a pair of of cylinder III 317, and III 317 head of cylinder connects lower lock block II 321, and III 317 side of cylinder is equipped with support Axis I 318, support shaft I 318 are equipped with connecting rod I 319, and I 319 other end of connecting rod connects lower lock block II 321, II 321 both ends of lower lock block Equipped with guide pad I 320, II 321 bottom of lower lock block is equipped with supporting block II 322, provides power by cylinder III 317, so that pushing Block II 321 and supporting block II 322, which clamp, clamps slab is transmitted；II 322 side wall of supporting block is equipped with lug II 314, branch II 322 side of bracer is equipped with adjustment block 302, and 302 side wall of adjustment block is equipped with lug I 313, and lug I 313 passes through with lug II 314 Pin shaft 315 is flexibly connected；Adjustment block 302 is equipped with fixed frame II 303, and II 303 top of fixed frame is equipped with servo motor II 307, II 307 shaft end chain wheel I 309 of servo motor connects 302 shaft end chain wheel I 309 of adjustment block, 302 shaft end of adjustment block by chain I 310 309 side of sprocket wheel is equipped with gear II 311, and II 311 lower part of gear is equipped with rack gear II 312, the two intermeshing, and rack gear II 312 is consolidated Surely it is connected in support plate I 201, servo motor II 307 provides power and makes, and forward pass mechanism 14 is in I 201 upper rail III of support plate Opposite sliding on 3012；The fixed frame II 303 is equipped with backing plate I 304, and backing plate I 304 is equipped with screw rod I 305, screw rod I 305 Head is equipped with nut I 306, and I 305 outside of screw rod is equipped with spring I 308, and spring I 308 is overlapped on fixed frame II 303 and forward pass bracket Between 316；Supporting block II 322 is flexibly connected with adjustment block 302 by pin shaft 315, by rotating nuts I 306, to compress pad Spring I between plate I 304 and forward pass bracket 316, it is further to adjust supporting block II 322 and the direct angle of oscillation of adjustment block 302 Degree, gap when further slab docks after adjustment comb teeth, so that gap is uniform when slab docks after comb teeth, phase interworking It closes.

The gumming mechanism 15 include glue box 601, coating frame 602, glue tooth 603, support shaft IV 604, support plate III 605, Fixed plate I 606, sliding block IV 607, guide rail IV 608, bottom plate 609, fixed frame III 610, screw rod II 611, nut II 612, spring II 613, sliding support 614, cylinder VI 615, supporting plate I 616, connecting plate II 617, fixed bracket 618, sliding block V 619, guide rail V 620,601 both ends of glue box are equipped with connecting plate II 617, and connecting plate II 617 is fixedly connected in support plate I 201, connecting plate II 617 bottoms are equipped with fixed bracket 618, and fixed bracket 618 is equipped with guide rail V 620, and V 620 top of guide rail is equipped with sliding block V 619, Sliding block V 619 is fixedly connected on sliding support 614, and 614 bottom of sliding support is equipped with cylinder VI 615, and VI 615 tail portion of cylinder is solid Surely it is connected on supporting plate I 616, supporting plate I 616 is fixedly connected on fixed bracket 618；Described 614 one end of sliding support is equipped with bottom Plate 609, bottom plate 609 are equipped with guide rail IV 608, and guide rail IV 608 is equipped with sliding block IV 607, and sliding block IV 607 is set to fixed plate I 606 bottoms, I 606 top of fixed plate are equipped with support plate III 605；The coating frame 602 is equipped with glue tooth 603, and coating frame 602 is worn Support shaft IV 604 is crossed to be fixedly connected in support plate III 605；Cylinder VI 615 provides power, so that sliding support 614 be driven to exist It is moved back and forth on guide rail V 620, so that glue tooth 603 dips hot melt adhesive in glue box 601；The bottom plate 609 is equipped with solid Determine frame III 610, fixed frame III 610 is equipped with screw rod II 611, and II 611 head of screw rod is equipped with nut II 612, outside screw rod II 611 Equipped with spring II 613, spring II 613 is overlapped between fixed frame III 610 and support plate III 605, by rotating nuts II 612, Spring II 613 between further compression fixed frame III 610 and support plate III 605, so as to adjust slab after glue tooth 603 and comb teeth Between gap, further realize comb teeth slab and uniformly glue.

The laminating mechanism 16 includes pressing bracket 401, cylinder IV 402, support shaft II 403, connecting rod II 404, guide pad II 405, lower lock block III 406, supporting block III 407, cold pressing water pipe 408,401 lower part of pressing bracket are equipped with a pair of of cylinder IV 402, IV 402 head of cylinder connects lower lock block III 406, and IV 402 side of cylinder is equipped with support shaft II 403, sets in support shaft II 403 There is connecting rod II 404, II 404 other end of connecting rod connects lower lock block III 406, and III 406 both ends of lower lock block are equipped with guide pad II 405, under III 406 bottom of briquetting is equipped with cold pressing water pipe 408, and III 406 lower part of lower lock block is equipped with supporting block III 407, and III 407 top of supporting block is set There is cold pressing water pipe 408, cylinder IV 402 provides power, so that lower lock block III 406 and supporting block III 407 press, by being cold-pressed water pipe Recirculated cooling water in 408 cools down fuse machine, to complete the docking to slab after comb teeth.

Bracket 501 is clamped after clamp system 17 includes after described, cylinder V 502, support shaft III 503, connecting rod III 504, is led To block III 505, lower lock block IV 506, supporting block IV 507,501 lower part of bracket is clamped after described and is equipped with a pair of of cylinder V 502, cylinder V 502 heads connect lower lock block IV 506, and V 502 side of cylinder is equipped with support shaft III 503, and support shaft III 503 is equipped with connecting rod III 504, III 504 other end of connecting rod connects lower lock block IV 506, and IV 506 both ends of lower lock block are equipped with guide pad III 505, lower lock block IV 506 Lower part is equipped with supporting block IV 507, and cylinder V 502 provides power, so that lower lock block IV 506 and supporting block IV 507 press, to press from both sides Slab after holding comb teeth, rear clamp system 17 holds the slab after comb teeth with forward pass mechanism 14 respectively, then passes through gumming mechanism 15 carry out hot melt adhesive gluing, complete cold pressing docking by laminating mechanism 16.

The Hou Chuan mechanism 18 passes bracket 701, cylinder VII 702, support shaft V 703, connecting rod IV 704, guide pad after including IV 705, lower lock block V 706, supporting block V 707, through slot 7071, servo motor III 708, transmission shaft II 709, support frame II 710, Gear III 711, rack gear III 712, fixed frame IV 713, sliding block VI 714, guide rail VI 715 pass 701 lower part of bracket after described and are equipped with one To cylinder VII 702, VII 702 head of cylinder connects lower lock block V 706, and VII 702 side of cylinder is equipped with support shaft V 703, support shaft V 703 are equipped with connecting rod IV 704, and IV 704 other end of connecting rod connects lower lock block V 706, and V 706 both ends of lower lock block are equipped with guide pad IV 705, V 706 lower part of lower lock block is equipped with supporting block V 707, and V 707 upper surface of supporting block is equipped with through slot 7071,7071 side of through slot Just delivery band 23 passes through；V 707 both ends of supporting block are equipped with fixed frame IV 713, and IV 713 lower part of fixed frame is equipped with sliding block VI 714, VI 714 bottom of sliding block is equipped with guide rail VI 715, and guide rail VI 715 is set in rack 11；V 707 bottom of supporting block is equipped with branch Support II 710, support frame II 710 are equipped with transmission shaft II 709, and transmission shaft II 709 is equipped with servo motor III 708, transmission shaft II 709 both ends are equipped with gear III 711, and III 711 lower part of gear is equipped with rack gear III 712, is intermeshed therebetween, rack gear III 712 It is fixedly connected in rack 11；Servo motor III 708 provides power, so that biography bracket 701 is free to slide in guide rail VI 715 afterwards, Cylinder VII 702 provides power, and further lower lock block V 706 holds the slab after docking with supporting block V 707 and advances to scale Mechanism 19 completes scale.

The sizing mechanism of reinforcing 19 includes sawing bracket 801, upper cutter 802, chopping block 803, crank connecting link 804, transmission shaft III 805, servo motor IV 806, chain wheel II 807, chain II 808, the sawing bracket 801 are equipped with chopping block 803, and chopping block 803 pushes up Portion is equipped with upper cutter 802, and 802 both ends of upper cutter are equipped with crank connecting link 804, and 804 other end of crank connecting link is equipped with transmission shaft III 805, transmission shaft III 805 is equipped with chain wheel II 807, and servo motor IV 806 is fixedly connected in rack 11, servo motor IV 806 Shaft end chain wheel II 807 connects III 805 shaft end chain wheel II 807 of transmission shaft by chain II 808, and servo motor IV 806 provides power, The fixed length of slab after driving upper cutter 802 to complete comb teeth docking by crank connecting link 804.

13 side of comb teeth mechanism is equipped with clout removal mechanism, and the clout removal mechanism includes push plate 901, guide rail VII 902, sliding block VII 903, pressing plate 904, cylinder VIII 905, supporting block VI 906, stock guide 907, connecting plate III 908, cylinder Ⅸ 909, Fixed frame V 910,901 top of push plate are equipped with stock guide 907, and 901 bottom of push plate is equipped with guide rail VII 902, under guide rail VII 902 Portion is equipped with sliding block VII 903, and push plate 901 is fixedly connected on guide rail VII 902 by pressing plate 904, and VII 902 side wall of guide rail is equipped with cylinder VIII 905, VIII 905 tail portion of cylinder is fixedly connected in feeding mechanism 12 on stock support 101, and cylinder VIII 905 provides power, is driven Guide rail VII 902 moves, so that push plate 901 is moved forward and backward relative to sliding block VII 903, thus the slab tail that comb teeth mechanism 13 is cut off Clout ejection in portion's, which is hit, falls；VII 903 lower part of sliding block is equipped with supporting block VI 906, and VI 906 side of supporting block is equipped with connecting plate III 908, III 908 lower part of connecting plate is equipped with cylinder Ⅸ 909, and cylinder Ⅸ 909 is set on fixed frame V 910, and fixed frame V 910 is arranged In in rack 11, cylinder Ⅸ 909 provides power, so that supporting block VI 906 rises, does not influence the ejection feeding of feeding mechanism 12, When slab tail portion is cut off by comb teeth mechanism 13, slab tail portion clout is not easy to fall, and cylinder Ⅸ 909 is needed to shrink, and drives branch Bracer VI 906 falls, so that the push plate 901 at VI 906 top of supporting block ejects, hits slab tail portion clout.

11 two sides of rack are equipped with observation window 22, are equipped with top cover 21 at the top of rack 11, carry out access panel by observation window Whether the movement of skin running is smooth.

13 bottom of comb teeth mechanism is equipped with guide plate 109, and the waste material that guide plate generates comb teeth carries out, and guiding is collected, Centralized recovery is facilitated to utilize.

The servo motor II 307 can be replaced hydraulic motor.

A kind of perpendicular spelling machine of the continuous toe joint of middle plate, the course of work are as follows: transferring platform passes through servo motor and provides power, transhipment Platform moves back and forth on rack rail in parallel relative to rack, plays the role of forming a connecting link, slab by feeding mechanism into Enter comb teeth mechanism, forward pass, gluing, pressing docking is carried out to the slab after comb teeth on transferring platform, finally by Hou Chuan mechanism Be sent to sizing mechanism of reinforcing and carry out customized cut-off, melt glued, comb teeth docking is disposable to be completed, substantially increase production efficiency and The quality of production can directly be connected to each other with automation forming line, advance the full-automatic process of compound board industry.

Above content is only the structure example and explanation to the utility model, the technologies of affiliated the art Personnel make various modifications or additions to the described embodiments or are substituted in a similar manner, without departing from The structure of utility model or beyond the scope defined by this claim, all should belong to the protection range of the utility model.

Claims (10)

1. a kind of continuous toe joint of middle plate erects spelling machine, including rack, feeding mechanism, comb teeth mechanism, forward pass mechanism, gumming mechanism, pressure It closes mechanism, rear clamp system, Hou Chuan mechanism, sizing mechanism of reinforcing, electrical control cabinet, delivery band, delivery roller, shaft, connecting plate I, turn Transport platform, it is characterised in that the front end of rack is equipped with feeding mechanism, and the feeding mechanism side is equipped with comb teeth mechanism, the comb Gear mechanism top sidewall is equipped with electrical control cabinet, and comb teeth mechanism side is equipped with transferring platform, and transferring platform head and the tail pass through delivery band Connection, delivery band are overlapped on delivery roller, and delivery roller center is equipped with shaft, and both ends of the shaft is equipped with bearing block, and shaft passes through bearing Seat is fixedly connected on connecting plate I, and connecting plate I is set on framework pillar side wall；The transferring platform be equipped with forward pass mechanism, on Gluing mechanism, laminating mechanism, rear clamp system, the transferring platform side are equipped with Hou Chuan mechanism, and Hou Chuan mechanism side is equipped with scale Mechanism.

2. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the feeding mechanism includes sending Expect that bracket, lower lock block I, supporting block I, cylinder I, slider I, guide rail I, cylinder II, fixing seat, the stock support are equipped with a pair Guide rail I, guide rail I are equipped with slider I, and supporting block I is fixedly connected at the top of slider I, and I top of supporting block is equipped with lower lock block I, support I bottom of block is equipped with a pair of of cylinder I, and I head of cylinder passes through supporting block I and is fixedly connected on lower lock block I；The stock support both ends Equipped with fixing seat, fixing seat is equipped with cylinder II, and II head of cylinder is fixedly connected on I both ends of supporting block；

The comb teeth mechanism includes comb-rack, comb teeth cylinder, comb teeth knife rest, guiding axis, rack type cutter, comb teeth seat, the comb teeth Bracket lower part is equipped with comb teeth cylinder, and comb teeth cylinder head connects comb teeth knife rest, and comb teeth knife rest both ends are equipped with guiding axis, comb teeth knife rest Bottom be equipped with rack type cutter, with rack type cutter relative to rack be equipped with comb teeth seat, comb teeth cylinders providing power, by guiding axis into The comb teeth of feeding mechanism transmission slab is completed in the cooperation of row guide-localization, rack type cutter and comb teeth seat；

Comb teeth mechanism side be equipped with clout removal mechanism, the clout removal mechanism include push plate, guide rail VII, sliding block VII, Pressing plate, cylinder VIII, supporting block VI, stock guide, connecting plate III, cylinder Ⅸ, fixed frame V, the push plate top are equipped with stock guide, Push plate bottom is equipped with guide rail VII, and VII lower part of guide rail is equipped with sliding block VII, and push plate is fixedly connected on guide rail VII by pressing plate, guide rail VII Side wall is equipped with cylinder VIII, and VIII tail portion of cylinder is fixedly connected in feeding mechanism on stock support；VII lower part of sliding block is equipped with supporting block VI, VI side of supporting block is equipped with connecting plate III, and III lower part of connecting plate is equipped with cylinder Ⅸ, and cylinder Ⅸ is set on fixed frame V, Gu Determine frame V to be set in rack.

3. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the transferring platform includes branch Fagging I, sliding block II, guide rail II, servo motor I, transmission shaft I, support frame I, gear I, rack gear I, fixed frame I, the support plate I It is equipped with fixed frame I, the fixed frame I is equipped with link block, and delivery band one end is fixed on link block side wall, the delivery band other end Clamp system side wall after connection；I bottom of support plate is equipped with sliding block II, and II bottom of sliding block is equipped with guide rail II, and guide rail II is fixed On the rack, II side of guide rail is equipped with rack gear I for connection, and rack gear I is fixedly connected on the rack, and support frame I is set to I bottom of support plate Portion, support frame I are equipped with transmission shaft I, and transmission shaft I is equipped with servo motor I, and I both ends of transmission shaft are equipped with gear I, gear I and tooth Item I is intermeshed.

4. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the forward pass mechanism includes branch Fagging II, sliding block III, guide rail III, adjustment block, fixed frame II, backing plate I, screw rod I, nut I, servo motor II, spring I, sprocket wheel I, chain I, gear II, rack gear II, lug I, lug II, pin shaft, forward pass bracket, cylinder III, support shaft I, connecting rod I, guide pad I, lower lock block II, supporting block II, II bottom of support plate are equipped with sliding block III, and III bottom of sliding block is equipped with guide rail III, and guide rail III is solid Surely it is connected in support plate I；Forward pass bracket lower part is equipped with a pair of of cylinder III, and III head of cylinder connects lower lock block II, cylinder III side is equipped with support shaft I, and support shaft I is equipped with connecting rod I, and I other end of connecting rod connects lower lock block II, and II both ends of lower lock block are equipped with Guide pad I, II bottom of lower lock block are equipped with supporting block II；II side wall of supporting block is equipped with lug II, and II side of supporting block is equipped with Adjustment block, adjustment block side wall are equipped with lug I, and lug I is flexibly connected with lug II by pin shaft；Adjustment block is equipped with fixed frame II, II top of fixed frame is equipped with servo motor II, and II shaft end chain wheel I of servo motor connects adjustment block shaft end sprocket wheel by chain I I, adjustment block shaft end sprocket wheel side is equipped with gear II, and II lower part of gear is equipped with rack gear II, and the two intermeshing, rack gear II is fixed to be connected It connects in support plate I；The fixed frame II is equipped with backing plate I, and backing plate I is equipped with screw rod I, and I head of screw rod is equipped with nut I, spiral shell Spring I is equipped on the outside of bar I, spring I is overlapped between fixed frame II and forward pass bracket.

5. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the gumming mechanism includes glue Box, coating frame, glue tooth, support shaft IV, support plate III, fixed plate I, sliding block IV, guide rail IV, bottom plate, fixed frame III, screw rod II, Nut II, spring II, sliding support, cylinder VI, supporting plate I, connecting plate II, fixed bracket, sliding block V, guide rail V, the glue box Both ends are equipped with connecting plate II, and connecting plate II is fixedly connected in support plate I, and II bottom of connecting plate is equipped with fixed bracket, fixed branch Frame is equipped with guide rail V, and V top of guide rail is equipped with sliding block V, and sliding block V is fixedly connected on sliding support, and sliding support bottom is set There is cylinder VI, VI tail portion of cylinder is fixedly connected on supporting plate I, and supporting plate I is fixedly connected on fixed bracket；The sliding support one End is equipped with bottom plate, and bottom plate is equipped with guide rail IV, and guide rail IV is equipped with sliding block IV, and sliding block IV is set to I bottom of fixed plate, fixed plate I top is equipped with support plate III；The coating frame is equipped with glue tooth, and coating frame passes through support shaft IV and is fixedly connected on support plate III On；The bottom plate is equipped with fixed frame III, and fixed frame III is equipped with screw rod II, and II head of screw rod is equipped with nut II, outside screw rod II Portion is equipped with spring II, and spring II is overlapped between fixed frame III and support plate III.

6. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the laminating mechanism includes pressure Close bracket, cylinder IV, support shaft II, connecting rod II, guide pad II, lower lock block III, supporting block III, cold pressing water pipe, the pressing branch Frame lower part is equipped with a pair of of cylinder IV, and IV head of cylinder connects lower lock block III, and IV side of cylinder is equipped with support shaft II, in support shaft II Equipped with connecting rod II, II other end of connecting rod connects lower lock block III, and III both ends of lower lock block are equipped with guide pad II, and III bottom of lower lock block is equipped with It is cold-pressed water pipe, III lower part of lower lock block is equipped with supporting block III, cold pressing water pipe is equipped at the top of supporting block III.

7. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that clamp system includes after described Bracket, cylinder V, support shaft III, connecting rod III, guide pad III, lower lock block IV, supporting block IV are clamped afterwards, are clamped under bracket after described Portion is equipped with a pair of of cylinder V, and V head of cylinder connects lower lock block IV, and V side of cylinder is equipped with support shaft III, and support shaft III is equipped with Connecting rod III, III other end of connecting rod connect lower lock block IV, and IV both ends of lower lock block are equipped with guide pad III, and IV lower part of lower lock block is equipped with support Block IV.

8. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that after the Hou Chuan mechanism includes Pass bracket, cylinder VII, support shaft V, connecting rod IV, guide pad IV, lower lock block V, supporting block V, through slot, servo motor III, transmission Axis II, support frame II, gear III, rack gear III, fixed frame IV, sliding block VI, guide rail VI pass bracket lower part and are equipped with a pair of of gas after described Cylinder VII, VII head of cylinder connect lower lock block V, and VII side of cylinder is equipped with support shaft V, and support shaft V is equipped with connecting rod IV, connecting rod IV other end connects lower lock block V, and V both ends of lower lock block are equipped with guide pad IV, and V lower part of lower lock block is equipped with supporting block V, supporting block V upper surface is equipped with through slot；V both ends of supporting block are equipped with fixed frame IV, and IV lower part of fixed frame is equipped with sliding block VI, VI bottom of sliding block Portion is equipped with guide rail VI, and guide rail VI is set in rack；V bottom of supporting block is equipped with support frame II, and support frame II is equipped with transmission shaft II, transmission shaft II is equipped with servo motor III, and II both ends of transmission shaft are equipped with gear III, and III lower part of gear is equipped with rack gear III, the two Between be intermeshed, rack gear III is fixedly connected on the rack.

9. a kind of middle continuous toe joint of plate according to claim 1 erects spelling machine, it is characterised in that the sizing mechanism of reinforcing includes saw Bracket, upper cutter, chopping block, crank connecting link, transmission shaft III, servo motor IV, chain wheel II, chain II are cut, on the sawing bracket Equipped with chopping block, upper cutter is equipped at the top of chopping block, upper cutter both ends are equipped with crank connecting link, and the crank connecting link other end is equipped with transmission shaft III, transmission shaft III is equipped with chain wheel II, and servo motor IV is fixedly connected on the rack, and IV shaft end chain wheel II of servo motor passes through chain Item II connects III shaft end chain wheel II of transmission shaft.

10. a kind of middle continuous toe joint of plate according to claim 4 erects spelling machine, it is characterised in that the rack two sides, which are equipped with, to be seen Window is examined, frame top is equipped with top cover, and the comb teeth actuator base is equipped with guide plate, and the servo motor II can be replaced hydraulic motor.