CN202174763U

CN202174763U - Thin-blade slitting and scoring machine

Info

Publication number: CN202174763U
Application number: CN2011202867840U
Authority: CN
Inventors: 林永发
Original assignee: JIANGMEN JINGOU PACKAGE MACHINERY CO Ltd
Current assignee: JIANGMEN JINGOU PACKAGE MACHINERY CO Ltd
Priority date: 2011-08-09
Filing date: 2011-08-09
Publication date: 2012-03-28
Anticipated expiration: 2021-08-09

Abstract

The utility model discloses a thin-blade slitting and scoring machine, which comprises a frame mechanism, a pre-pressing conveying mechanism, a slitting mechanism, a slitting transverse moving mechanism, a scoring mechanism, a scoring transverse moving mechanism and a transmission mechanism. The pre-pressing conveying mechanism, the slitting mechanism and the scoring mechanism are abreast sequentially arranged among parts of the frame mechanism, the slitting transverse moving mechanism is arranged on one side of the slitting mechanism, the scoring transverse moving mechanism is arranged on one side of the scoring mechanism, and the transmission mechanism is arranged on the outer side of the frame mechanism. The thin-blade slitting and scoring machine has the advantages of simple structure, convenience in mounting and maintenance, low cost and simplicity in operation.

Description

The thin knife paper-dividing line-pressing machine

Technical field

The utility model relates to corrugated case manufacturing industry technical field, especially a kind of thin knife paper-dividing line-pressing machine.

Background technology

Combined type separation line ball equipment commonly used has following three handling characteristics: 1. and traversing with hand propelled, lean on the screw tightening; 2. use the gear spanner manually traversing, use the screw tightening; 3. it is electronic traversing to press button. lean on the electromagnetic clutch tightening.Its weak point is: efficient low (more obvious when making the small lot order especially), labour intensity is relatively large, to having relatively high expectations of operator.

The utility model content

The purpose of the utility model provides a kind of thin knife paper-dividing line-pressing machine, and it is low to have overcome existing equipment efficient, and labour intensity is relatively large, to operator's the deficiency of having relatively high expectations, has simple in structurely, and installation, maintenance is convenient; Cost is low, advantage simple to operate.

In order to reach above-mentioned purpose of design, the technical scheme that the utility model adopts is following:

A kind of thin knife paper-dividing line-pressing machine; Comprise frame mechanism, precompressed conveying mechanism, paper distributing mechanism, separation transverse-moving mechanism, thread depressing mechanism, line ball transverse-moving mechanism, transmission mechanism; Be set up in parallel precompressed conveying mechanism, paper distributing mechanism, thread depressing mechanism successively between the said frame mechanism; Paper distributing mechanism one side is provided with the separation transverse-moving mechanism, and thread depressing mechanism one side is provided with the line ball transverse-moving mechanism; The said frame mechanism outside is provided with transmission mechanism.

Said frame mechanism comprises right wallboard, left wallboard, channel-section steel, lateral paper guide, paper feeding platform; Said right wallboard, left wallboard are oppositely arranged; Four corners of left side wallboard, right wallboard connect through channel-section steel respectively; Between right wallboard, left wallboard and the channel-section steel respectively through thread connection, said paper feeding platform through thread locking in the left side of right wallboard, the right side of left wallboard, lateral paper guide is threaded on the paper feeding platform.

Said precompressed conveying mechanism mainly comprises adjustment axle, the conveying axis of going forward, preceding delivery wheel and the down preceding conveying roller gone up; Said adjustment axle, go forward conveying axis and down before conveying roller from up to down be set up in parallel successively between right wallboard, left wallboard; Said down preceding conveying roller and lateral paper guide are oppositely arranged, the solid preceding delivery wheel of going up of cover on the said conveying axis of going forward; The said conveying axis two ends of going forward are coupling respectively on right wallboard, left wallboard; Spider and transportation sprocket bearing before the said conveying axis left end of going forward extends left wallboard and passes transportation sprocket; The locking of spider and transportation sprocket bearing is on left wallboard before the transportation sprocket; The shaft coupling sprocket wheel is coupling on the said transportation sprocket bearing; Shaft coupling sprocket wheel left side fixes intermediate shaft coupling; Intermediate shaft coupling left side fixes the axle head shaft coupling, the axle head shaft coupling by key connecting on the conveying axis of going forward; Said down before the conveying roller two ends be installed on right wallboard, the left wallboard by rolling bearing units respectively, press solidly cover between sealing plate and sealing by rolling bearing units on the spindle nose of conveying roller before down, down before the conveying roller left end by the key connecting transportation sprocket; Said adjustment axle two ends fasten respectively on right wallboard, left wallboard; Adjustment axle left end is adjusted gear admittedly by the key cover; The adjustment gear is arranged on the left wallboard outside; Said adjustment gear and bearing block engagement; The fastening seat of adjustment gear arranged outside adjustment gear of said adjustment axle right-hand member, the fastening seat locking of adjustment gear is on the adjustment axle.

Said paper distributing mechanism comprises that mainly knife rest fixed axis, knife rest move seat, scotch, knife rest movable plate, cut paper power transmission shaft, cut paper driving gear, knife rest plate, cutter axis, cut paper driven gear, cut paper blade, edge bearing axle and edge bearing seat; Said cut paper power transmission shaft is installed on right wallboard, the left wallboard through rolling bearing units, is respectively equipped with cover between sealing plate and sealing between cut paper power transmission shaft and right wallboard, the left wallboard, overlaps between sealing plate, sealing to press solidly on the cut paper power transmission shaft through rolling bearing units; The cut paper sprocket wheel is fixed in cut paper power transmission shaft left end; Said knife rest fixed axis two ends are fixed in respectively on right wallboard, the left wallboard, and knife rest fixed axis right-hand member is provided with groove, fix scotch in the groove of knife rest fixed axis; The scotch interlocking is on right wallboard; The solid knife rest of cover moves seat on the said knife rest fixed axis, and knife rest moves seat and goes up locking knife rest movable plate, locking cut paper driving shaft bearing sleeve on the knife rest movable plate; Said cut paper active bearings cover is fixed on the final drive shaft bearing sleeve; The cut paper active bearings puts locking final drive shaft pressure cap, and said final drive shaft bearing sleeve is socketed on the cut paper power transmission shaft through feather key, the solid cut paper driving gear of cover on the final drive shaft bearing sleeve; Knife rest plate locks on the said knife rest movable plate; The solid cutter axis left end of said knife rest sleeve-board, locking cutter axis capping and be pressed on the knife rest plate outside, the solid cutter axis bearing of cover on the said cutter axis on the cutter axis; Locking cut paper driven gear on the cutter axis bearing; Locking hand papercutter sheet and cutterhead gland on the said cutter axis bearing, said cutter axis bearing right side locking final drive shaft pressure cap and compression axis bearing outer-ring, said cutter axis right side locking cutter axis pressure cap also compresses bearing inner race; Said edge bearing axle two ends are set on respectively on right wallboard, the left wallboard; The cutter axis capping that locks respectively of edge bearing axle two ends, and the cutter axis capping is pressed on right wallboard, the left wallboard, the edge bearing seat is set on the edge bearing axle; Edge bearing seat upside locking cut paper edge bearing, said cut paper edge bearing is relative with the cut paper blade.

Said separation transverse-moving mechanism comprises that mainly stepper motor, shaft coupling, reductor input tooth axle, reduction box, the axis of guide, knife rest fixed axis, knife rest move seat, knife rest moves tooth axle, knife rest movable plate; Said stepper motor is connected by shaft coupling with reductor input tooth axle; Reductor input tooth axle is connected to the input of reduction box, and said stepper motor is connected with reduction box; Said reduction box is fixed on knife rest and moves on the seat; Knife rest moves seat and is fixed on the knife rest fixed axis; Said and knife rest fixed axis is provided with the axis of guide side by side; Said knife rest moves in the seat and moves the tooth axle by the solid knife rest of bearing holder (housing, cover); Knife rest moves the tooth axle and connects reduction box by key; Said knife rest moves tooth axle and the tooth bar engagement that is installed in the knife rest fixed axis; The side that said knife rest moves seat is equipped with the knife rest movable plate by thread connection; Fabric wheel moves a gland locking and moves a downside at knife rest after said the going up, and compresses bearing.

Said thread depressing mechanism mainly comprises adjustment axle, adjustment gear, the fastening seat of right adjustment gear, go up that the back fabric wheel moves seat, goes up back fabric wheel movable block, goes up the back fabric wheel, goes up the back bar for pressing wire, back conveying roller down; Said adjustment axle is fixed on right wallboard, the left wallboard, and adjustment axle left end cover is adjusted gear admittedly, and said adjustment axle right-hand member cover is adjusted gear admittedly; The fastening seat of the right adjustment of adjustment gear outside interlocking gear of adjustment axle right-hand member; The fastening seat of said right adjustment gear fixes on the adjustment axle, and said adjustment axle is gone up the solid back fabric wheel of going up of cover and moved seat, and last back fabric wheel moves a downside locking and goes up back fabric wheel movable block; Last back fabric wheel movable block is stuck in the groove of back fabric wheel relatively; The said back fabric wheel of going up is fixed on the bar for pressing wire of back, and the said bar for pressing wire two ends, back of going up are separately fixed on right wallboard, the left wallboard, the gear of said bearing block cylindrical and adjustment gears engaged; The said back bar for pressing wire left end of going up wears spider behind transportation sprocket bearing and the transportation sprocket; The spider locking is on left wallboard behind transportation sprocket bearing and the transportation sprocket, and cover connects firmly the axial organ sprocket wheel on the said transportation sprocket bearing, and shaft coupling sprocket wheel left side fixes intermediate shaft coupling; The intermediate shaft coupling left side fixes the axle head shaft coupling, and said axle head shaft coupling is fixed in back bar for pressing wire left end; Conveying roller two ends, said back down are fixed on right wallboard, the left wallboard through rolling bearing units respectively; Be respectively equipped with cover between conveying axis sealing plate, sealing between following conveying roller two ends, back and right wallboard, the left wallboard; Cover presses solidly on the conveying roller of following back through rolling bearing units between conveying axis sealing plate, sealing, and said back down conveying roller left end cover is transportation sprocket admittedly.

Said line ball transverse-moving mechanism mainly comprises stepper motor; Shaft coupling; Reductor input tooth axle; Reduction box; Last back fabric wheel moves seat; The adjustment axle; The knife rest fixed axis; Last back fabric wheel moves the tooth axle; Said stepper motor is connected by shaft coupling with reductor input tooth axle; Said reductor input tooth axle passes the input that bearing is connected to reduction box; Said stepper motor is connected with reduction box; Said reduction box is fixed on the back fabric wheel and moves on the seat; Last back fabric wheel moves seat and is fixed on adjustment axle and the knife rest fixed axis; Last back fabric wheel moves the solid back fabric wheel of going up of the interior cover of seat and moves the tooth axle; Last back fabric wheel moves the tooth axle and connects reduction box by key; The said back fabric wheel of going up moves the tooth bar engagement on tooth axle and the knife rest fixed axis, and fabric wheel moves a gland locking and goes up the outer ring that the back fabric wheel moves seat and compresses bearing after said the going up.

Said transmission mechanism mainly comprises line ball transmission mechanism, motor transmission mechanism and separation, precompressed conveying mechanism.

Said line ball transmission mechanism mainly comprises back tensioner wheel shaft, tensioner sprocket wheel, shaft coupling sprocket wheel, transportation sprocket, following tensioner wheel shaft; Said back tensioner wheel shaft right-hand member passes left wallboard and locks on left wallboard; The solid tensioner sprocket wheel of back tensioner wheel shaft left end cover, the tensioner sprocket wheel is by chain coupling sprocket wheel and transportation sprocket; Said tensioner wheel shaft right-hand member down passes left wallboard and locks on left wallboard, and following tensioner wheel shaft left end is by the solid tensioner sprocket wheel of bearing holder (housing, cover), and the tensioner sprocket wheel connects by chain and joins transportation sprocket.

Said motor transmission mechanism mainly comprises motor, driving pulley, passive belt wheel, drive sprocket axle, drive sprocket, motor base; Said motor base locking is on channel-section steel; Fixed electrical machinery on the motor base, motor output shaft end locking driving pulley, driving pulley is connected to passive belt wheel through band; Said passive belt wheel is fixed in the drive sprocket axle right-hand member; The capping of drive sprocket axle right-hand member locking cutter axis, drive sprocket axle is fixed on the left wallboard through rolling bearing units, the solid drive sprocket of said drive sprocket axle left end cover.

Said separation, precompressed conveying mechanism mainly comprise cut paper power transmission shaft, cut paper sprocket wheel, preceding tensioner wheel shaft, tensioner sprocket wheel, preceding conveying axis, shaft coupling sprocket wheel, down preceding conveying roller and transportation sprocket; Said cut paper power transmission shaft is installed on the left wallboard through rolling bearing units; The cut paper sprocket wheel on the cut paper power transmission shaft, through rolling bearing units presses solidly between conveying axis sealing plate and sealing cover on the spindle nose of said cut paper power transmission shaft through key connecting; Tensioner wheel shaft one end locking is on left wallboard before said, the preceding tensioner wheel shaft other end tensioner sprocket wheel that is coupling, and the cut paper sprocket wheel on said tensioner sprocket wheel and the cut paper power transmission shaft is relative and be in transmission connection through chain; Conveying axis is installed on the left wallboard through bearing block and interior bearing thereof before said; Said bearing block left side is provided with preceding spider of transportation sprocket and transportation sprocket bearing; Spider and transportation sprocket bearing are fixed on the left wallboard successively before the transportation sprocket; The shaft coupling sprocket wheel that is coupling on the said transportation sprocket bearing, said shaft coupling sprocket wheel and tensioner sprocket wheel are in transmission connection relatively and through chain, and said shaft coupling sprocket wheel passes on left the solid mode of groove and connects intermediate shaft coupling; Said intermediate shaft coupling passes on left the solid mode of groove and connects the axle head shaft coupling, and said axle head shaft coupling is fixed on the preceding conveying axis through key; Said down preceding conveying roller is coupling on left wallboard through rolling bearing units; Press solidly cover between conveying axis sealing plate and sealing through rolling bearing units on the spindle nose of conveying roller down; Said down preceding conveying roller is terminal through key socket transportation sprocket, and transportation sprocket and shaft coupling sprocket wheel are in transmission connection relatively and through chain.

Said shaft coupling sprocket wheel, transportation sprocket, cut paper sprocket wheel and tensioner sprocket wheel are through the chain transfer motion power; Transportation sprocket, tensioner sprocket wheel and drive sprocket are through the chain transfer motion power; Shaft coupling sprocket wheel, transportation sprocket, cut paper sprocket wheel and tensioner sprocket wheel are through the chain transfer motion power; Driving pulley and passive belt wheel are through the band transfer motion power.

The beneficial effect of the described thin knife paper-dividing line-pressing machine of the utility model is: simple in structure, the location fast, accurately, steadily and the not high transverse-moving mechanism of cost, solved carton factory at trial-production order, small lot order, mend the production efficiency problem when single.This mechanism also has been equipped with advanced automation control element, makes user's use more humane, operates more simple.

Description of drawings

Fig. 1 is the sketch map of the described thin knife paper-dividing line-pressing machine of the utility model embodiment;

Fig. 2 is the A-A view of Fig. 1;

Fig. 3 is Fig. 1 upward view;

Fig. 4 is the D-D view of Fig. 1;

Fig. 5 is the E-E view of Fig. 1;

Fig. 6 is the F-F view of Fig. 2;

Fig. 7 is the G-G view of Fig. 2;

Fig. 8 is the H-H view of Fig. 2;

Fig. 9 is the J-J view of Fig. 3;

Figure 10 is the K-K view of Fig. 3;

Figure 11 is the L-L view of Fig. 3.

The specific embodiment

Below in conjunction with accompanying drawing the optimum implementation of the utility model is done further detailed description.

Shown in Fig. 1-3; The described thin knife paper-dividing line-pressing machine of the utility model embodiment; Comprise frame mechanism, precompressed conveying mechanism, paper distributing mechanism, separation transverse-moving mechanism, thread depressing mechanism, line ball transverse-moving mechanism, transmission mechanism; Be set up in parallel precompressed conveying mechanism, paper distributing mechanism, thread depressing mechanism successively between the said frame mechanism, paper distributing mechanism one side is provided with the separation transverse-moving mechanism, and thread depressing mechanism one side is provided with the line ball transverse-moving mechanism; The said frame mechanism outside is provided with transmission mechanism.

Said frame mechanism comprises right wallboard 1, left wallboard 1a, channel-section steel 2 (2a, 2b, 2c), lateral paper guide 3, paper feeding platform 4; Said right wallboard 1, left wallboard 1a are oppositely arranged; Four corners of right wallboard 1, left wallboard 1a connect through channel-section steel 2 (2a, 2b, 2c) respectively; Between right wallboard 1, left wallboard 1a and the channel-section steel 2 (2a, 2b, 2c) respectively through thread connection, said paper feeding platform 4 pass through thread locking in the left side of right wallboard 1, the right side of left wallboard 1a, lateral paper guide 3 is threaded on the paper feeding platform 4.

Shown in Fig. 2 and 6; Said precompressed conveying mechanism mainly comprises adjustment axle 21, the conveying axis 22 of going forward, preceding delivery wheel 23 and the down preceding conveying roller 31 gone up; Said adjustment axle 21, go forward conveying axis 22 and down before conveying roller 31 from up to down be set up in parallel successively between right wallboard 1, left wallboard 1a; Said down before conveying roller 31 be oppositely arranged with lateral paper guide 3, promptly down before the contact outer wall of conveying roller 31 than the high 2mm in the ground of lateral paper guide 3, go up delivery wheel 23 through key 24 covers before solid on the said conveying axis 22 of going forward; Said conveying axis 22 two ends of going forward are fixed on the bearing block 19 through bearing 20 respectively; Bearing block 19 is installed in the hole of right wallboard 1, left wallboard 1a; Spider 18 and transportation sprocket bearing 15 before said conveying axis 22 left ends of going forward extend left wallboard 1a and pass transportation sprocket; Spider 18 is installed on the left wallboard 1a through screw with transportation sprocket bearing 15 together before the transportation sprocket, through bearing 14 shaft coupling sprocket wheel 13 is installed on the said transportation sprocket bearing 15, and shaft coupling sprocket wheel 13 passes on left groove and connects intermediate shaft coupling 12; Intermediate shaft coupling 12 passes on left groove and connects axle head shaft coupling 11, and axle head shaft coupling 11 is connected on the conveying axis 22 of going forward through key 10; Said down before conveying roller 31 two ends be installed on right wallboard 1, the left wallboard 1a through rolling bearing units 28 respectively; Press solidly between sealing plate 26 and sealing through rolling bearing units 28 on the spindle nose of conveying roller 31 down and overlap 27, down before conveying roller 31 left ends connect transportation sprockets 29 through key 30; Said adjustment axle 21 two ends fasten respectively on right wallboard 1, left wallboard 1a; Adjustment axle 21 left ends are adjusted gear 16 admittedly through key 17 covers; Adjustment gear 16 is arranged on the left wallboard 1a outside; Said adjustment gear 16 and bearing block 19 engagements, the fastening seat 25 of adjustment gear 16 arranged outside adjustment gear of said adjustment axle 21 right-hand members, the fastening seat 25 of adjustment gear is fixed on the adjustment axle 21 through key 17.

Precompressed conveying mechanism operation instruction: adjust preceding gap of going up delivery wheel 23 and down preceding conveying roller 31 according to the thickness of cardboard; Go up delivery wheel 23 before making and on cardboard, extrude one the precompressed trace; And has the effect of carrying cardboard; Concrete grammar is: rotate adjustment axle 21; Adjustment axle 21 drives adjustment gear 16 through key 17 and rotates, and adjustment gear 16 drives the bearing block 19 that is engaged with and rotates, because the bearing block 19 cylindrical flank of tooth and its dead eye are eccentric relatively; When bearing block 19 rotates, the go forward central axis of conveying axis 22 is also made eccentric rotary with respect to bearing block 19 flank of tooth center lines, go up before when rotating adjustment axle 21 delivery wheel 23 with down before the gap of conveying roller 31 also do corresponding variation.

According to the axial spacing of going up before the line ball size adjusting of cardboard between the delivery wheel 23, concrete grammar is: the axial direction along the conveying axis 22 of going forward moves the preceding delivery wheel 23 of going up to specifying Spacing locking.Start motor 112; Motor 112 is through band and chain transmission; Drive shaft coupling sprocket wheel 13 and transportation sprocket 29 rotations, shaft coupling sprocket wheel 13 drives the conveying axis 22 of going forward through intermediate shaft coupling 12, axle head shaft coupling 11 and key 10 and rotates, and the conveying axis 22 of going forward drives the preceding delivery wheel 23 of going up through key 24 and rotates; Transportation sprocket 29 drives down preceding conveying roller 31 through key 30 and rotates, and the preceding delivery wheel 23 of going up must be opposite with turning to of down preceding conveying roller 31, and turn to identical with the cardboard throughput direction.Cardboard is placed on paper feeding platform 4 table tops; The cardboard side leans against the side of lateral paper guide 3; Go up before cardboard sent into delivery wheel 23 with down before the gap location of conveying roller 31, preceding go up delivery wheel 23 with down before conveying roller 31 clamp cardboards, be transported to next operation and on the face of cardboard, extrude shallow and wide trace together.

Shown in Fig. 2 and 7; Said paper distributing mechanism comprises that mainly knife rest fixed axis 36, knife rest move seat 38, scotch 39, knife rest movable plate 47, cut paper power transmission shaft 44, cut paper driving gear 52, knife rest plate 54, cutter axis 55, cut paper driven gear 60, cut paper blade 42, edge bearing axle 43 and edge bearing seat 40; Said cut paper power transmission shaft 44 is installed on right wallboard 1, the left wallboard 1a through rolling bearing units 28; Be respectively equipped with between cut paper power transmission shaft 44 and right wallboard 1, the left wallboard 1a between sealing plate 26 and sealing and overlap 27; Cover 27 presses solidly on cut paper power transmission shaft 44 through rolling bearing units 28 between conveying axis sealing plate 26, sealing, and cut paper sprocket wheel 45 connects through key 46 and is installed in cut paper power transmission shaft 44 left ends, and said knife rest fixed axis 36 two ends are fixed on right wallboard 1, the left wallboard 1a through axle sleeve 35 respectively; Knife rest fixed axis 36 right-hand members are provided with groove; Fix scotch 39 in the groove of knife rest fixed axis 36, on right wallboard 1, the solid knife rest of cover moves seat 38 to scotch 39 on the said knife rest fixed axis 36 through thread connection; Knife rest moves on the seat 38 through screw locking knife rest movable plate 47; Through screw locking cut paper driving shaft bearing sleeve 51, said cut paper driving shaft bearing sleeve 51 is fixed on the final drive shaft bearing sleeve 50 through bearing 49 on the knife rest movable plate 47, passes through screw locking final drive shaft pressure cap 48 on the cut paper driving shaft bearing sleeve 51; Said final drive shaft bearing sleeve 50 is socketed on the cut paper power transmission shaft 44 through feather key 62, overlaps solid cut paper driving gear 52 through key 63 on the final drive shaft bearing sleeve 50; Pass through screw locking knife rest plate 54 on the said knife rest movable plate 47; Overlap solid cutter axis 55 left ends through key 53 on the said knife rest plate 54; On the cutter axis 55 through screw locking cutter axis capping 37 and be pressed on knife rest plate 54 outsides; Through the solid cutter axis bearing 61 of bearing 56 covers, through screw locking cut paper driven gear 60, pass through screw locking cut paper blade 42 and cutterhead gland 57 on the said cutter axis bearing 61 on the cutter axis bearing 61 on the said cutter axis 55; Said cutter axis bearing 61 right sides are through screw locking final drive shaft pressure cap 58 and compress bearing 56 outer rings, and said cutter axis 55 right sides are through screw locking cutter axis pressure cap 59 and compress bearing 56 inner rings; Said edge bearing axle 43 two ends are set on respectively on right wallboard 1, the left wallboard 1a; Edge bearing axle 43 two ends are respectively through screw locking cutter axis capping 37; And cutter axis capping 37 is pressed on right wallboard 1, the left wallboard 1a; Edge bearing seat 40 is set on the edge bearing axle 43, and edge bearing seat 40 upsides are through screw locking cut paper edge bearing 41, and said cut paper edge bearing 41 is relative with cut paper blade 42.

Shown in Fig. 2 and 5; Said separation transverse-moving mechanism comprises that mainly stepper motor 80, shaft coupling 81, reductor input tooth axle 82, reduction box 85, the axis of guide 96, knife rest fixed axis 36, knife rest move seat 38, knife rest moves tooth axle 95, knife rest movable plate 47; Said stepper motor 80 drives through stepper motor driver; Stepper motor driver is through HMI input size and through PLC control; Said stepper motor 80 and reductor input tooth axle 82 is connected through shaft coupling 81, and reductor is imported tooth axle 82 and is connected to the input of reduction box 85 through bearing 83, and said stepper motor 80 passes through flange 84 and is connected with reduction box 85; Said reduction box 85 is fixed on knife rest and moves on the seat 38; Knife rest moves seat 38 and is fixed on the knife rest fixed axis 36, and said and knife rest fixed axis 36 is provided with the axis of guide 96 side by side, and knife rest moves seat 38 can be along the diaxon transverse moving left and right; Said knife rest moves in the seat 38 and moves tooth axle 95 through bearing 88 and the solid knife rest of bearing 90 covers; Knife rest moves tooth axle 95 and connects reduction box 85 through key 93, and said knife rest moves tooth axle 95 and the tooth bar that is installed in knife rest fixed axis 36 92 engagements, and the side that said knife rest moves seat 38 is equipped with the knife rest movable plate 47 through thread connection; Fabric wheel moves a gland 91 and moves seat 38 downsides through screw locking at knife rest after said the going up, and compresses bearing 90.

Paper distributing mechanism and separation transverse-moving mechanism use principle are: according to the axial spacing between the separation size adjusting cut paper blade 42 of cardboard; Concrete grammar is: in HMI (touch-screen) input size; PLC (Programmable Logic Controller) rotates according to the size Control stepper motor of input; Stepper motor 80 drives reductor input tooth axle 82 through shaft coupling 81 and rotates; Reductor input tooth axle 82 passes through engagement and drives reduction box 85 rotations, and reduction box 85 drives knife rest through key 93 and moves 95 rotations of tooth axle, and knife rest moves tooth axle 95 and the tooth bar that is installed in knife rest fixed axis 36 92 engagements; Thereby the drive knife rest moves seat 38 and moves axially along the axis of guide 96 and knife rest fixed axis 36, and cut paper blade 42 also moves along with knife rest moves seat 38; Start motor 112; Motor 112 is through band and chain transmission; Drive cut paper sprocket wheel 45 and rotate, cut paper sprocket wheel 45 drives cut paper power transmission shaft 44 through key 46 and rotates, and cut paper power transmission shaft 44 drives final drive shaft bearing sleeve 50 through main transmission feather key 62 and rotates; Final drive shaft bearing sleeve 50 drives cut paper driving gear 52 through key 63 and rotates; Cut paper driving gear 52 drives the cut paper driven gear 60 that is engaged with and rotates, and cut paper driven gear 60 drives through the fastening cutter axis bearing 61 of screw, cut paper blade 42, cutterhead gland 57, final drive shaft pressure cap 58 and rotates, and it is identical with the cardboard throughput direction that cut paper blade 42 turns to; Conveying roller 31 is transported to cut paper blade 42 and cut paper edge bearing 41 to cardboard through preceding upward delivery wheel 23 and down, and at this moment, cut paper blade 42 divides incision with the cardboard of support on cut paper edge bearing 41, thereby a big cardboard is cut into the cardboard of one or two given size.

Shown in Fig. 2 and 8; Said thread depressing mechanism mainly comprises the fastening seat of adjustment axle 65, adjustment gear 16, right adjustment gear 25, go up that the back fabric wheel moves seat 66, goes up back fabric wheel movable block 68, goes up back fabric wheel 71, goes up back bar for pressing wire 72, back conveying roller 69 down; Said adjustment axle 65 is fixed on right wallboard 1, the left wallboard 1a through nylon jacket 67; Adjustment axle left end is adjusted gear 16 admittedly through key 17 covers, and said adjustment axle 65 right-hand members cover is adjusted gear 16 admittedly, the fastening seat 25 of the right adjustment of adjustment gear 16 outside screw interlockings gear of adjustment axle 65 right-hand members; The fastening seat 25 of said right adjustment gear fixes on adjustment axle 65 through key 17; The solid back fabric wheel of going up of cover moves seat 66 on the said adjustment axle 65, and last back fabric wheel moves seat 66 downsides through back fabric wheel movable block 68 on the screw locking, and last back fabric wheel movable block 68 is stuck in the groove of back fabric wheel 71 relatively; Bar for pressing wire 72 moves along last back to stir back fabric wheel 71 through last back fabric wheel movable block 68; The said back fabric wheel 71 of going up is fixed on the bar for pressing wire 72 of back through key 70, and said bar for pressing wire 72 two ends, back of going up are fixed on right wallboard 1, the left wallboard 1a through bearing 20 and bearing block 19 respectively, and the gear of said bearing block 19 cylindricals meshes with adjustment gear 16; Said back bar for pressing wire 72 left ends of going up wear spider 74 behind transportation sprocket bearing 15 and the transportation sprocket; Spider 74 on left wallboard 1a, through bearing 14 covers connects firmly axial organ sprocket wheel 13a on the said transportation sprocket bearing 15 through screw locking behind transportation sprocket bearing 15 and the transportation sprocket, and shaft coupling sprocket wheel 13a left side fixes intermediate shaft coupling 12; Intermediate shaft coupling 12 left sides fix axle head shaft coupling 11, and said axle head shaft coupling 11 is fixed in back bar for pressing wire 72 left ends through key 10; Conveying roller 69 two ends, said down back are fixed on right wallboard 1, the left wallboard 1a through rolling bearing units 28 respectively; Be respectively equipped with between following conveying roller 69 two ends, back and right wallboard 1, the left wallboard 1a between conveying axis sealing plate 26, sealing and overlap 27; Cover 27 presses solidly on the conveying roller 69 of following back through rolling bearing units 28 between conveying axis sealing plate 26, sealing, and said back down conveying roller 69 left ends overlap solid transportation sprocket 29a through key 73.

Shown in Fig. 2 and 4; Said line ball transverse-moving mechanism mainly comprises stepper motor 80, shaft coupling 81, reductor input tooth axle 82, reduction box 85, upward the back fabric wheel moves seat 66, adjustment axle 65, knife rest fixed axis 36, upward the back fabric wheel moves tooth axle 89; Said stepper motor 80 drives through stepper motor driver; Stepper motor driver is through HMI input size and through PLC control; Said stepper motor 80 is connected through shaft coupling 81 with reductor input tooth axle 82; Said reductor input tooth axle 82 passes the input that bearing 83 is connected to reduction box 85, and said stepper motor 80 is connected with reduction box 85 through flange 84, and said reduction box 85 is fixed on the back fabric wheel and moves on the seat 66; Last back fabric wheel moves seat 66 and is fixed on adjustment axle 65 and the knife rest fixed axis 36; Last back fabric wheel moves seat 66 can be along the diaxon transverse moving left and right, and last back fabric wheel moves in the seat 66 and moves tooth axle 89 through the solid back fabric wheel of going up of bearing 88 and bearing 90 covers, and last back fabric wheel moves tooth axle 89 and connects reduction box 85 through key 93; The said back fabric wheel of going up moves tooth bar 92 engagements on tooth axle 89 and the knife rest fixed axis 36, and the said back fabric wheel of going up moves the outer ring that a gland 91 moves seat 66 through back fabric wheel on the thread connection and compresses bearing 90.

Thread depressing mechanism and line ball transverse-moving mechanism use principle are: according to the gap that back fabric wheel 71 and following back conveying roller 69 are gone up in the thickness adjustment of cardboard, make back fabric wheel 71 on cardboard, extrude one impression, and have the effect of carrying cardboard.Concrete grammar is: rotate and adjust axle 65, adjust axle 65 through 16 rotations of key 17 drive adjustment gears; Adjustment gear 16 drives the bearing block 19 that is engaged with and rotates; Because the bearing block 19 cylindrical flank of tooth and its dead eye are eccentric relatively; When bearing block 19 rotates, go up the central axis of back bar for pressing wire 72 and also make eccentric rotary, when rotating adjustment axle 65, go up back fabric wheel 71 and also do corresponding variation with the gap of back conveying roller 69 down with respect to bearing block 19 flank of tooth center lines; It is littler with the gap of down preceding conveying roller 31 than preceding upward delivery wheel 23 with the gap of following back conveying roller 69 generally to go up back fabric wheel 71.

Based on the axial spacing between the fabric wheel 71 of back on the line ball adjusted size of cardboard; Concrete grammar is: in HMI (touch-screen) input size; PLC (Programmable Logic Controller) rotates based on the size Control stepper motor of input; Stepper motor 80 drives reductor input tooth axle 82 through shaft coupling 81 and rotates; Reductor input tooth axle 82 passes through to mesh drive reduction box 85 and rotates, and fabric wheel moved 89 rotations of tooth axle after reduction box 85 drove upward through key 93, and last back fabric wheel moves tooth axle 89 and meshes with the tooth bar 92 that is installed in knife rest fixed axis 36; Thereby the back fabric wheel moves seat 66 and moves axially along adjustment axle 65 and knife rest fixed axis 36 in the drive, and fabric wheel 71 moved after last back fabric wheel moved seat 66 and drives upward through last back fabric wheel movable block 68; Start motor 112; Motor 112 is through band and chain transmission; Driving shaft coupling sprocket wheel 13a and transportation sprocket 29a rotates; Shaft coupling sprocket wheel 13a drives upward back bar for pressing wire 72 rotations through intermediate shaft coupling 12, axle head shaft coupling 11 and key 10, and fabric wheel 71 rotated after last back bar for pressing wire 72 was gone up through key 70 drives; Transportation sprocket 29a drives back conveying roller 69 rotations down through key 73, and following back conveying roller 69 must be opposite with turning to of last back fabric wheel 71, and turn to identical with the cardboard throughput direction; Cardboard is transported to down the gap location of back conveying roller 69 and last back fabric wheel 71 after cutting, following back conveying roller 69 clamps cardboards with last back fabric wheel 71, transfer out outside the machine and on the precompressed trace of cardboard again weight once draw darker together narrow trace.

Like Fig. 3,9, shown in 10 and 11; Said transmission mechanism mainly comprises line ball transmission mechanism, motor transmission mechanism and separation, precompressed conveying mechanism; Shown in Fig. 3 and 9; Said line ball transmission mechanism mainly comprises back tensioner wheel shaft 102, tensioner sprocket wheel 101, shaft coupling sprocket wheel 13, following tensioner wheel shaft 104, tensioner sprocket wheel 101a, transportation sprocket 29a; Said back tensioner wheel shaft 102 right-hand members pass left wallboard 1a and through locking on left wallboard 1a through nut, back tensioner wheel shaft 102 left ends are through the solid tensioner sprocket wheel 101 of bearing 100 covers, and tensioner sprocket wheel 101 is through chain 103 driving coupling shaft coupling sprocket wheel 13 and transportation sprocket 29a; Said tensioner wheel shaft 104 right-hand members down pass left wallboard 1a and lock on left wallboard 1a through nut, and following tensioner wheel shaft 104 left ends are through the solid tensioner sprocket wheel 101a of bearing 100a cover, and tensioner sprocket wheel 101a is through chain 105 driving coupling couplet transportation sprocket 29a.

Shown in Fig. 3 and 10; Said motor transmission mechanism mainly comprises motor 112, driving pulley 114, passive belt wheel 110, drive sprocket axle 118, drive sprocket 117, motor base 113; On channel-section steel 2c, fixed electrical machinery 112 on the motor base 113 through screw locking for said motor base 113, motor 112 output axle head locking driving pulleys 114; Driving pulley 114 is through being with 115 to be connected to passive belt wheel 110; Said passive belt wheel 110 is fixed in drive sprocket axle 118 right-hand members through key 111, and drive sprocket axle 118 right-hand members are pressed on drive sprocket axle 118 right-hand members through cutter axis capping 37 with passive belt wheel 110 through screw locking cutter axis capping 37; Drive sprocket axle 118 is fixed on the left wallboard 1a through rolling bearing units 28, and said drive sprocket axle 118 left ends are through the solid drive sprocket 117 of key 116 covers.

Shown in Fig. 3 and 11; Said separation, precompressed conveying mechanism mainly comprise cut paper power transmission shaft 44, cut paper sprocket wheel 45, preceding tensioner wheel shaft 121, tensioner sprocket wheel 101a, preceding conveying axis 22, shaft coupling sprocket wheel 13, down preceding conveying roller 31 and transportation sprocket 29; Said cut paper power transmission shaft 44 is installed on the left wallboard 1a through rolling bearing units 28; Cut paper sprocket wheel 45 connects through key 46 and is installed on the cut paper power transmission shaft 44, presses solidly between conveying axis sealing plate 26 and sealing through rolling bearing units 28 on the spindle nose of said cut paper power transmission shaft 44 and overlaps 27; Tensioner wheel shaft 121 1 ends pass through screws on left wallboard 1a before said; Preceding tensioner wheel shaft 121 other ends are coupling through bearing 100a, and (outer ring of bearing 100a is installed on the tensioner sprocket wheel 101a tensioner sprocket wheel 101a; Inner ring is installed on the preceding tensioner wheel shaft 121;), the cut paper sprocket wheel 45 on said tensioner sprocket wheel 101a and the cut paper power transmission shaft 44 is in transmission connection relatively and through chain 120; Said preceding conveying axis 22 is installed in left wallboard 1a through bearing block 19 and interior bearing 20 thereof, and upward (preceding conveying axis 22 passes bearing 20 endoporus; Bearing 20 is installed in the bearing block 19); Bearing block 19 is installed in the hole of left wallboard 1a; Said bearing block 19 left sides are provided with preceding spider 18 of transportation sprocket and transportation sprocket bearing 15; Spider 18 is installed on the left wallboard 1a through screw with transportation sprocket bearing 15 successively before the transportation sprocket, and through the bearing 14 shaft coupling sprocket wheel 13 that is coupling, said shaft coupling sprocket wheel 13 is in transmission connection with tensioner sprocket wheel 101a relatively and through chain 120 on the said transportation sprocket bearing 15; Said shaft coupling sprocket wheel 13 passes on left the solid mode of groove and connects intermediate shaft coupling 12; On the conveying axis 22, said intermediate shaft coupling 12 passed on left the solid mode of groove and connects axle head shaft coupling 11 before intermediate shaft coupling 12 was socketed in, and said axle head shaft coupling 11 is fixed on the preceding conveying axis 22 through key 10; Said down preceding conveying roller 31 is coupling on left wallboard 1a through rolling bearing units 28; Press solidly between conveying axis sealing plate 26 and sealing through rolling bearing units 28 on the spindle nose of conveying roller 31 down and overlap 27; The said down preceding conveying roller 31 terminal key 30 socket transportation sprockets 29 that pass through, transportation sprocket 29 is in transmission connection with shaft coupling sprocket wheel 13 relatively and through chain 120.

Its transmission of power principle is: shaft coupling sprocket wheel 13a, transportation sprocket 29a, cut paper sprocket wheel 45 and tensioner sprocket wheel 101 are through chain 103 transfer motion powers; Transportation sprocket 29a, tensioner sprocket wheel 101a and drive sprocket 117 are through chain 105 transfer motion powers; Shaft coupling sprocket wheel 13, transportation sprocket 29, cut paper sprocket wheel 45 and tensioner sprocket wheel 101 are through chain 120 transfer motion powers; Driving pulley 114 and passive belt wheel 110 are through being with 115 transfer motion powers.

The preferred embodiment of this specific embodiment the utility model can not limit the utility model, and concrete each item rights protection scope is defined by the claims.

Claims

1. thin knife paper-dividing line-pressing machine; It is characterized in that: comprise frame mechanism, precompressed conveying mechanism, paper distributing mechanism, separation transverse-moving mechanism, thread depressing mechanism, line ball transverse-moving mechanism, transmission mechanism; Be set up in parallel precompressed conveying mechanism, paper distributing mechanism, thread depressing mechanism successively between the said frame mechanism; Paper distributing mechanism one side is provided with the separation transverse-moving mechanism, and thread depressing mechanism one side is provided with the line ball transverse-moving mechanism; The said frame mechanism outside is provided with transmission mechanism.

2. thin knife paper-dividing line-pressing machine according to claim 1; It is characterized in that: said frame mechanism comprises right wallboard, left wallboard, channel-section steel, lateral paper guide, paper feeding platform; Said right wallboard, left wallboard are oppositely arranged, and four corners of left wallboard, right wallboard connect through channel-section steel respectively, pass through thread connection respectively between right wallboard, left wallboard and the channel-section steel; Said paper feeding platform through thread locking in the left side of right wallboard, the right side of left wallboard, lateral paper guide is threaded on the paper feeding platform.

3. thin knife paper-dividing line-pressing machine according to claim 1; It is characterized in that: said precompressed conveying mechanism mainly comprises adjustment axle, the conveying axis of going forward, preceding delivery wheel and the down preceding conveying roller gone up; Said adjustment axle, go forward conveying axis and down before conveying roller from up to down be set up in parallel successively between right wallboard, left wallboard; Said down preceding conveying roller and lateral paper guide are oppositely arranged, the solid preceding delivery wheel of going up of cover on the said conveying axis of going forward; The said conveying axis two ends of going forward are coupling respectively on right wallboard, left wallboard; Spider and transportation sprocket bearing before the said conveying axis left end of going forward extends left wallboard and passes transportation sprocket; The locking of spider and transportation sprocket bearing fixes intermediate shaft coupling before the transportation sprocket on the left of the shaft coupling sprocket wheel that is coupling on the said transportation sprocket bearing, shaft coupling sprocket wheel on left wallboard; Intermediate shaft coupling left side fixes the axle head shaft coupling, the axle head shaft coupling through key connecting on the conveying axis of going forward; Said down before the conveying roller two ends be installed on right wallboard, the left wallboard through rolling bearing units respectively, press solidly cover between sealing plate and sealing through rolling bearing units on the spindle nose of conveying roller before down, down before the conveying roller left end through the key connecting transportation sprocket; Said adjustment axle two ends fasten respectively on right wallboard, left wallboard; Adjustment axle left end is adjusted gear admittedly through the key cover; The adjustment gear is arranged on the left wallboard outside; Said adjustment gear and bearing block engagement, the fastening seat of adjustment gear arranged outside adjustment gear of said adjustment axle right-hand member, the fastening seat locking of adjustment gear is on the adjustment axle.

4. thin knife paper-dividing line-pressing machine according to claim 1; It is characterized in that: said paper distributing mechanism comprises that mainly knife rest fixed axis, knife rest move seat, scotch, knife rest movable plate, cut paper power transmission shaft, cut paper driving gear, knife rest plate, cutter axis, cut paper driven gear, cut paper blade, edge bearing axle and edge bearing seat; Said cut paper power transmission shaft is installed on right wallboard, the left wallboard through rolling bearing units, is respectively equipped with cover between sealing plate and sealing between cut paper power transmission shaft and right wallboard, the left wallboard, overlaps between sealing plate, sealing to press solidly on the cut paper power transmission shaft through rolling bearing units; The cut paper sprocket wheel is fixed in cut paper power transmission shaft left end; Said knife rest fixed axis two ends are fixed in respectively on right wallboard, the left wallboard, and knife rest fixed axis right-hand member is provided with groove, fix scotch in the groove of knife rest fixed axis; The scotch interlocking is on right wallboard; The solid knife rest of cover moves seat on the said knife rest fixed axis, and knife rest moves seat and goes up locking knife rest movable plate, locking cut paper driving shaft bearing sleeve on the knife rest movable plate; Said cut paper active bearings cover is fixed on the final drive shaft bearing sleeve; The cut paper active bearings puts locking final drive shaft pressure cap, and said final drive shaft bearing sleeve is socketed on the cut paper power transmission shaft through feather key, the solid cut paper driving gear of cover on the final drive shaft bearing sleeve; Knife rest plate locks on the said knife rest movable plate; The solid cutter axis left end of said knife rest sleeve-board, locking cutter axis capping and be pressed on the knife rest plate outside, the solid cutter axis bearing of cover on the said cutter axis on the cutter axis; Locking cut paper driven gear on the cutter axis bearing; Locking hand papercutter sheet and cutterhead gland on the said cutter axis bearing, said cutter axis bearing right side locking final drive shaft pressure cap and compression axis bearing outer-ring, said cutter axis right side locking cutter axis pressure cap also compresses bearing inner race; Said edge bearing axle two ends are set on respectively on right wallboard, the left wallboard; The cutter axis capping that locks respectively of edge bearing axle two ends, and the cutter axis capping is pressed on right wallboard, the left wallboard, the edge bearing seat is set on the edge bearing axle; Edge bearing seat upside locking cut paper edge bearing, said cut paper edge bearing is relative with the cut paper blade.

5. thin knife paper-dividing line-pressing machine according to claim 4; It is characterized in that: said separation transverse-moving mechanism comprises that mainly stepper motor, shaft coupling, reductor input tooth axle, reduction box, the axis of guide, knife rest fixed axis, knife rest move seat, knife rest moves tooth axle, knife rest movable plate; Said stepper motor is connected through shaft coupling with reductor input tooth axle; Reductor input tooth axle is connected to the input of reduction box, and said stepper motor is connected with reduction box; Said reduction box is fixed on knife rest and moves on the seat; Knife rest moves seat and is fixed on the knife rest fixed axis; Said and knife rest fixed axis is provided with the axis of guide side by side, and said knife rest moves in the seat and moves the tooth axle through the solid knife rest of bearing holder (housing, cover), and knife rest moves the tooth axle through key connection reduction box; Said knife rest moves tooth axle and the tooth bar engagement that is installed in the knife rest fixed axis; The side that said knife rest moves seat is equipped with the knife rest movable plate through thread connection, and fabric wheel moves a gland locking and moves a downside at knife rest after said the going up, and compresses bearing.

6. thin knife paper-dividing line-pressing machine according to claim 1; It is characterized in that: said thread depressing mechanism mainly comprises the adjustment axle; The adjustment gear; The fastening seat of right adjustment gear; Last back fabric wheel moves seat; Last back fabric wheel movable block; Last back fabric wheel; Last back bar for pressing wire; Following back conveying roller; Said adjustment axle is fixed in right wallboard; On the wallboard of a left side; Adjustment axle left end cover is adjusted gear admittedly; Said adjustment axle right-hand member cover is adjusted gear admittedly; The fastening seat of the right adjustment of adjustment gear outside interlocking gear of adjustment axle right-hand member; The fastening seat of said right adjustment gear fixes on the adjustment axle; Said adjustment axle is gone up the solid back fabric wheel of going up of cover and is moved seat; Last back fabric wheel moves a downside locking and goes up back fabric wheel movable block; Last back fabric wheel movable block is stuck in the groove of back fabric wheel relatively; The said back fabric wheel of going up is fixed on the bar for pressing wire of back; The said bar for pressing wire two ends, back of going up are separately fixed at right wallboard; On the wallboard of a left side; The gear of said bearing block cylindrical and adjustment gears engaged; The said back bar for pressing wire left end of going up wears spider behind transportation sprocket bearing and the transportation sprocket; The spider locking is on left wallboard behind transportation sprocket bearing and the transportation sprocket; Cover connects firmly the axial organ sprocket wheel on the said transportation sprocket bearing; Shaft coupling sprocket wheel left side fixes intermediate shaft coupling; The intermediate shaft coupling left side fixes the axle head shaft coupling, and said axle head shaft coupling is fixed in back bar for pressing wire left end; Conveying roller two ends, said back down are fixed on right wallboard, the left wallboard by rolling bearing units respectively; Be respectively equipped with cover between conveying axis sealing plate, sealing between following conveying roller two ends, back and right wallboard, the left wallboard; Cover presses solidly on the conveying roller of following back by rolling bearing units between conveying axis sealing plate, sealing, and said back down conveying roller left end cover is transportation sprocket admittedly.

7. thin knife paper-dividing line-pressing machine according to claim 6; It is characterized in that: said line ball transverse-moving mechanism mainly comprises stepper motor, shaft coupling, reductor input tooth axle, reduction box, go up the back fabric wheel move seat, adjustment axle, knife rest fixed axis, go up after fabric wheel move the tooth axle; Said stepper motor is connected through shaft coupling with reductor input tooth axle; Said reductor input tooth axle passes the input that bearing is connected to reduction box; Said stepper motor is connected with reduction box, and said reduction box is fixed on the back fabric wheel and moves on the seat, and last back fabric wheel moves seat and is fixed on adjustment axle and the knife rest fixed axis; Last back fabric wheel moves the solid back fabric wheel of going up of the interior cover of seat and moves the tooth axle; Last back fabric wheel moves the tooth axle through key connection reduction box, and the said back fabric wheel of going up moves the tooth bar engagement on tooth axle and the knife rest fixed axis, and fabric wheel moves a gland locking and goes up the outer ring that the back fabric wheel moves seat and compresses bearing after said the going up.

8. thin knife paper-dividing line-pressing machine according to claim 1 is characterized in that: said transmission mechanism mainly comprises line ball transmission mechanism, motor transmission mechanism and separation, precompressed conveying mechanism.

9. thin knife paper-dividing line-pressing machine according to claim 8; It is characterized in that: said line ball transmission mechanism mainly comprises back tensioner wheel shaft, tensioner sprocket wheel, shaft coupling sprocket wheel, transportation sprocket, following tensioner wheel shaft; Said back tensioner wheel shaft right-hand member passes left wallboard and locks on left wallboard; The solid tensioner sprocket wheel of back tensioner wheel shaft left end cover, the tensioner sprocket wheel is through chain coupling sprocket wheel and transportation sprocket; Said tensioner wheel shaft right-hand member down passes left wallboard and locks on left wallboard, and following tensioner wheel shaft left end is through the solid tensioner sprocket wheel of bearing holder (housing, cover), and the tensioner sprocket wheel connects the couplet transportation sprocket through chain.

10. thin knife paper-dividing line-pressing machine according to claim 8; It is characterized in that: said motor transmission mechanism mainly comprises motor, driving pulley, passive belt wheel, drive sprocket axle, drive sprocket, motor base, and said motor base locks on channel-section steel, fixed electrical machinery on the motor base; Motor output shaft end locking driving pulley; Driving pulley is connected to passive belt wheel through band, and said passive belt wheel is fixed in the drive sprocket axle right-hand member, the capping of drive sprocket axle right-hand member locking cutter axis; Drive sprocket axle is fixed on the left wallboard through rolling bearing units, the solid drive sprocket of said drive sprocket axle left end cover.

11. thin knife paper-dividing line-pressing machine according to claim 8; It is characterized in that: said separation, precompressed conveying mechanism mainly comprise cut paper power transmission shaft, cut paper sprocket wheel, preceding tensioner wheel shaft, tensioner sprocket wheel, preceding conveying axis, shaft coupling sprocket wheel, down preceding conveying roller and transportation sprocket; Said cut paper power transmission shaft is installed on the left wallboard through rolling bearing units; The cut paper sprocket wheel on the cut paper power transmission shaft, through rolling bearing units presses solidly between conveying axis sealing plate and sealing cover on the spindle nose of said cut paper power transmission shaft through key connecting; Tensioner wheel shaft one end locking is on left wallboard before said, the preceding tensioner wheel shaft other end tensioner sprocket wheel that is coupling, and the cut paper sprocket wheel on said tensioner sprocket wheel and the cut paper power transmission shaft is relative and be in transmission connection through chain; Conveying axis is installed on the left wallboard through bearing block and interior bearing thereof before said; Said bearing block left side is provided with preceding spider of transportation sprocket and transportation sprocket bearing; Spider and transportation sprocket bearing are fixed on the left wallboard successively before the transportation sprocket; The shaft coupling sprocket wheel that is coupling on the said transportation sprocket bearing, said shaft coupling sprocket wheel and tensioner sprocket wheel are in transmission connection relatively and through chain, and said shaft coupling sprocket wheel passes on left the solid mode of groove and connects intermediate shaft coupling; Said intermediate shaft coupling passes on left the solid mode of groove and connects the axle head shaft coupling, and said axle head shaft coupling is fixed on the preceding conveying axis through key; Said down preceding conveying roller is coupling on left wallboard through rolling bearing units; Press solidly cover between conveying axis sealing plate and sealing through rolling bearing units on the spindle nose of conveying roller down; Said down preceding conveying roller is terminal through key socket transportation sprocket, and transportation sprocket and shaft coupling sprocket wheel are in transmission connection relatively and through chain.

12. according to claim 9 or 10 or 11 described thin knife paper-dividing line-pressing machines, it is characterized in that: said shaft coupling sprocket wheel, transportation sprocket, cut paper sprocket wheel and tensioner sprocket wheel are through the chain transfer motion power; Transportation sprocket, tensioner sprocket wheel and drive sprocket are through the chain transfer motion power; Shaft coupling sprocket wheel, transportation sprocket, cut paper sprocket wheel and tensioner sprocket wheel are through the chain transfer motion power; Driving pulley and passive belt wheel are through the band transfer motion power.