CN104562849B - Korean cashmere machine - Google Patents

Abstract

The invention discloses a Korean cashmere machine. The Korean cashmere machine comprises a bracket which is connected with a left side plate and a right side plate, wherein a motor is arranged inside the right side plate; a transfer shaft, an upper glue shaft and a lower glue shaft are arranged on the upper part of each of the left and right side plates; an optical shaft is arranged in an optical shaft connecting hole; the upper glue shaft is matched with the optical shaft; the lower glue shaft is arranged on the lower part of the optical shaft; the upper glue shaft is arranged on the right top position of the optical shaft; the transfer shaft is arranged on the right bottom part of the lower glue shaft; a paper transfer shaft is arranged on the right top side of the lower glue shaft; a paper feeding plate is arranged on the paper feeding side between the optical shaft and the lower glue shaft; a paper receiving plate is arranged on the paper outlet side between the optical shaft and the lower glue shaft; the transfer shaft is connected with the motor through a speed reducer; the lower glue shaft, the upper glue shaft and the optical shaft are respectively connected with the transfer shaft by virtue of transmission structures. By using a single motor as a power source, the Korean cashmere machine disclosed by the invention is low in production cost, and the speed ratio of the lower glue shaft and the optical shaft is constant, so that the problem in the prior art that the film casting effect caused by change of the speed ratio is poor is solved.

Description

Korea Spro's suede machine

Technical field

The present invention relates to film equipment technical field, more particularly to a kind of Korea Spro's suede machine of printing paper film.

Background technology

Printing paper film of the prior art Korea Spro's suede machine, drives respectively different rotary parts, such as using multiple motors Optical axis, glue axle etc., the problem that this structure is present is that mechanism is complicated, and volume is big, and production cost is high, and production process electric energy Consume many, and because the adjustment of rotational speed of each drive mechanism is loaded down with trivial details, speeds match is easily varied, need veteran operation Personnel are adjusted, and regulated efficiency is low, and film effect is poor, and the quality for easily causing film product is unstable, or even produce more Defective work, increase production cost.The content of the invention

The purpose of the present invention is exactly to solve the problems referred to above that prior art is present, there is provided a kind of Korea Spro's suede machine；The present invention is adopted With single motor as power source, production cost is reduced, make lower glue axle constant with the speed ratio of optical axis, film printing paper steady quality It is reliable.

The present invention solves the technical scheme of technical problem：

A kind of Korea Spro's suede machine, including lower seat, the bearing is connected with left plate, right plate, is provided with the inside of right plate Motor, is correspondingly provided with respectively bridge shaft connecting hole, lower glue axle connecting hole, gluing axle and connects in the upper position of left plate, right plate Hole, optical axis connecting hole are connect, bridge shaft connecting hole is provided with the bridge shaft that speed change is carried out as intermediate transmission, and lower glue axle connecting hole is provided with Lower glue axle, gluing axle connecting hole is provided with gluing axle, and optical axis connecting hole is provided with optical axis, and gluing axle coordinates with optical axis, the lower glue axle Connecting hole connects located at the bottom of optical axis connecting hole, gluing axle connecting hole located at the right side position on the upper side of optical axis connecting hole, bridge shaft Lower right side of the hole located at lower glue axle connecting hole is connect, in the upper right side of lower glue axle connecting hole paper feeding shaft connecting hole is provided with, while passing Also in the upper right side of bridge shaft connecting hole, paper feeding shaft connecting hole is provided with paper feeding shaft to reel connecting hole；The optical axis and lower glue axle Between paper feed side be provided with into cardboard, enter cardboard and be connected with left plate, right plate respectively by entering cardboard fixed block；The optical axis Splicing plate is provided with the paper delivery side between lower glue axle, wherein on the outside of splicing plate, i.e. near the side and paper feeding shaft inner side of paper delivery side Position coordinates, and splicing plate inner side and lower glue axle paper delivery position coordinate, the bridge shaft by reductor and motor connection, it is described under Glue axle, gluing axle, optical axis are connected respectively by speed changing structure with bridge shaft.

Described gear includes the drive sprocket located at speed reducer output shaft, in the bridge shaft near right plate side On be sequentially provided with bridge sprocket one, bridge sprocket two, bridge sprocket three from Inside To Outside, lower glue axle chain is provided with lower glue axle Wheel two, is provided with gluing shaft gear on gluing axle, and light shaft gear, optical axis sprocket wheel are provided with optical axis, in the biography near left plate Reel is provided with paper feeding shaft sprocket wheel；The bridge sprocket one is connected with output shaft sprocket wheel by chain, the bridge sprocket two-way Cross chain to be connected with optical axis sprocket wheel, optical axis sprocket wheel is axially external light shaft gear, the bridge sprocket three and lower glue axle sprocket wheel Two are connected by chain；Lower glue axle sprocket wheel one, paper feeding shaft sprocket wheel and lower glue axle chain are provided with the lower glue axle one end near left plate Wheel one is connected by sprocket wheel；The gluing shaft gear is engaged with light shaft gear, and the optical axis is matched somebody with somebody respectively with gluing axle, lower glue axle Close；The lower left side of the lower glue axle connecting hole is provided with tensioning shaft connecting hole, and tensioning shaft connecting hole is provided with tensioning shaft, on tensioning shaft Tightener sprocket is provided with, the tensioning shaft is connected by bearing with support base, the tightener sprocket and optical axis sprocket wheel, bridge sprocket two Connected by a chain；The lower glue axle is provided with frictioning axle near paper feed side, and frictioning bar, the frictioning axle are installed on frictioning axle Two ends be connected with right plate, left plate by frictioning axle sleeve respectively, frictioning axle coordinates with lower glue axle；The lower glue axle downside sets The bottom for having water pond, lower glue axle is entered in the water of water pond；The gluing axle, lower glue axle, the outer cylinder surface of paper feeding shaft are provided with silicon Rubber layer.

The frictioning axle is adjusted with the gap of lower glue axle by gap adjustment structure, and the gap adjustment structure includes snail Wheel, frictioning shaft position of the worm gear on the outside of right plate, the worm screw being engaged, the worm screw and snail are provided with worm gear top Bar support block connects, and the worm screw is connected with frictioning axle regulation handle axle, and frictioning axle regulation handle axle outer end is provided with handwheel；Frictioning Left side flange of the axle regulation handle axle through right plate；The lower glue axle downside is provided with water pond, the bottom immersion water pond of lower glue axle Water in, the upper-lower position of the water pond is adjusted by water pond adjustment structure, the water pond adjustment structure include water pond adjusting bracket Support bar one, water pond adjusting bracket support bar two, water-plate tray holder, water pond adjusting set, water pond adjust ratchet, water pond adjusting bracket spine tooth, Water pond adjusting bracket rocker, the water pond adjusting bracket support bar one, water pond adjusting bracket support bar two connect respectively with left plate, right plate Connect, water-plate tray holder is connected with water pond adjusting bracket rocker, water pond adjusting bracket rocker is propped up respectively with water pond adjusting bracket support bar one, water pond Strut two connects, and water pond adjusting bracket support bar one is connected with water pond adjusting set, water pond is provided with outside water pond adjusting set and adjusts ratchet, Water pond adjusts ratchet and is connected with water pond regulation handle, and in the upper right side of water pond adjusting bracket support bar one water pond adjusting bracket spine is provided with Tooth, water pond adjusting bracket spine tooth adjusts ratchet and engages with water pond.

The topmost bus position of the periphery of the slightly less than lower glue axle of the upper plane of the splicing plate and paper feeding shaft, splicing plate It is connected with splicing plate support shaft, splicing plate support shaft two ends connect respectively at left plate, right plate；It is described enter cardboard upper plane With the bus of the peak of lower glue axle in same level；The splicing plate is on the inside of the side near paper delivery side with paper feeding shaft Position coordinates, and splicing plate inner side coordinates with lower glue axle paper delivery position, and splicing plate inner side is provided with bending inclined to lower inside, rolls over It is curved to be provided with knuckle with upper surface；The splicing plate is being provided with vertical flange near left plate, right plate both sides, is vertically turning over While being provided with support slot, support slot coordinates with splicing plate support shaft.

The gluing axle with light axle steer conversely, gluing axle linear resonance surface velocity is identical with optical axis linear resonance surface velocity, it is described under Glue axle is identical with light axle steer, the speed on optical axis surface and the linear velocity on lower glue axle surface there is the speed of constant ratio the machine and compare be 3:1；The linear velocity on the slightly higher than lower glue axle surface of the linear velocity on the paper feeding shaft surface, the gluing shaft gear adopts nylon material Matter makes.

In the vertical direction position-adjustable of right plate, the motor top on the inside of right plate is provided with motor guarantor to the motor Shield box, it is to avoid liquid drips downwards the hidden danger for causing；The lower inside of the left plate is provided with fluid infusion pump gripper shoe, Fagging is provided with fluid infusion pump；Be respectively equipped with the inside of the right plate at optical axis and gluing axle two ends, on the inside of left plate right side connect glue box, Left side connects glue box.

The lower glue axle connecting hole is the long slot bore of vertical direction, and the gluing axle connecting hole, paper feeding shaft connecting hole are water Square to long slot bore, the lower glue axle, gluing axle, paper feeding shaft can be moved respectively in respective long slot bore.

Bearing slider is respectively equipped with the outside of the right plate, left plate, bearing slider connects with the plain bearing housing in outside Connect, plain bearing housing is moved horizontally along guide rail on bearing slider, plain bearing housing is provided with bearing, the gluing axle two ends difference It is connected with the bearing in plain bearing housing, the right side of the plain bearing housing is coordinated by screw thread with plain bearing housing briquetting and connected Connect, the right side of plain bearing housing briquetting is provided with screwed hole, the support block being connected with right plate is provided with the right side of bearing slider, Support block is provided with the gluing axle adjusting rod of horizontal positioned, and gluing axle adjusting rod is relatively moved in the axial direction predetermined in support block Distance, be provided with external screw thread on the left of gluing axle adjusting rod, gluing axle adjusting rod is by external screw thread and plain bearing housing briquetting Screwed hole coordinates, right side flange of the gluing axle adjusting rod through right plate；The right plate side is provided with the outer end of bridge shaft Bridge crossing plate, bridge crossing plate is connected by bridge crossing plate support bar with right plate, and bridge crossing plate lateral surface is provided with support base, and support base is provided with axle Hold, the bridge shaft and bearing fit.

The right plate is provided with lower glue axle adjustment axis one in lower glue axle bottom, and the lower glue axle connects with lower glue axle bearing plate Connect, lower glue axle bearing plate is provided with internal thread, the lower lower end of glue axle adjustment axis one is provided with bevel gear one, upper end and is provided with external screw thread, External screw thread and screw-internal thread fit, the right plate is provided with gripper shoe, and the gripper shoe is provided with lower glue axle adjusting rod two, and lower glue axle is adjusted The inner of pole two is provided with bevel gear two, outer end and is provided with adjusting handle, and the bevel gear two is engaged with bevel gear one, and lower glue axle is adjusted Left side flange of the pole two through right plate.

The bearing includes the channel-section steel frame of quadrangle, and the left plate, the bottom flange of right plate are connected with channel-section steel, groove The lower shrouding being connected with channel-section steel is provided with steel frame, bearing bottom is provided with Moving caster；Right cover is provided with the outside of right plate, The shrouding after paper delivery side is provided with, on the top of rear shrouding upper sealing plate two is provided with, and rear shrouding is connected respectively with right plate, left plate, Left plate is provided with left hood, and left plate, by gemel connection, in the centre of right plate right cover door, right cover is provided with left hood Door is provided with door lock；Left front door, offside door are provided with below paper feed side, left front door, offside door are respectively equipped with door knob, left front Door, the top of offside door are provided with front beam, and front beam top is provided with front upper sealing plate, and front upper sealing plate top is provided with upper sealing plate one.

Beneficial effects of the present invention：

1. the present invention is changed in prior art using multiple motors respectively as power using single motor as power source Type of drive, reduces production cost；It is used as intermediate transmission by being provided with the Overbridge device of multiple drive sprockets on bridge shaft Structure, makes lower glue axle constant with the speed ratio of optical axis, solves the film effect caused because of the change of fast ratio in prior art Poor problem.

2nd, lower glue axle is immersed in the water and scrapes off unnecessary water by frictioning axle, and by the natural absorption band water of silica gel, printing paper can be with It is smooth by machine, it is to avoid because the natural torsion of printing paper causes the problem that printing paper folding line occurs, even damages, while also Can make to produce frictional force between printing paper and lower glue axle, drive printing paper to keep to driving front.Simultaneously frictioning axle is also scraped off because operation During Korea Spro's suede liquid for dripping from optical axis accidentally, it is to avoid Korea Spro's suede liquid for dripping from optical axis accidentally affects the overall effect of Korea Spro's suede Really, it is ensured that the quality and effect of printing paper after processing.

3rd, splicing plate makes in design the plane of splicing plate less than lower glue axle peak and paper feeding shaft peak.Because printing paper It is of different sizes, some printing paper is more relatively small, when by gap between lower glue axle and optical axis, the lower surface meeting of printing paper Few water is stained with, the vacuum suction of local is formed between meeting and splicing plate when contacting with splicing plate on splicing plate, if The height paper feeding shaft peak of splicing plate is identical, when printing paper is all by lower glue axle, can all adsorb on splicing plate, with transfer Axle is not contacted, and is not driven further along, therefore the height design of splicing plate is less than into the height of paper feeding shaft peak, while reduce connecing The width of cardboard.

3. by one end downward bending near lower glue axle, it is to avoid splicing plate end face is because the hair of the generation such as processing and fabricating The rough factors such as thorn are to the picture after film, the damage of printing paper, while knuckle is provided with, more can be by the picture after processing Or photo etc. is smoothly derived, prevent because Action of Gravity Field, picture or photo are sagging can not to derive what is caused from outlet side Damage.The height of splicing plate can just touch biography by leading edge less than paper feeding shaft height when printing paper is also not entirely through lower glue axle Reel, paper feeding shaft is similarly glue axle, and the coefficient of friction on surface is larger, forms larger with paper feeding shaft after printing paper encounters paper feeding shaft Frictional force, makes formation triangular space between three prevent to form vacuum suction, simultaneously as the friction between printing paper and paper feeding shaft Power, enables printing paper easily to driving front, into drying channel.

4. smooth shaft gear is identical with optical axis, gluing shaft diameter with the reference diameter of gluing shaft gear, and due to gluing Shaft gear is made using nylon material, greatly reduces the noise in the course of work；Lower glue axle is identical with light axle steer, optical axis table The speed that the speed in face constant ratio the machine occurs with the linear velocity on lower glue axle surface compares for 3:1, it is ensured that drench can photograph surface The uniform Korea Spro's chorion of last layer；The linear velocity on the slightly higher than lower glue axle surface of the linear velocity on paper feeding shaft surface, it is to avoid paper delivery because It is detained and bends the mass defect for causing.

5. water pond adjusting bracket rocker swings around the horizontal parallel of water pond adjusting bracket support bar two, to keep water pond adjustment structure And support meanss ensure that water pond when mobile holding level, do not incline, it is to avoid liquid tilt outflow therein.

6. motor can conveniently adjust the elasticity of transmission, in right plate in the vertical direction position-adjustable of right plate The motor top of inner side is provided with electric motor protecting box, it is to avoid liquid drips downwards the hidden danger for causing, under the left plate Portion inner side is provided with fluid infusion pump, reduces liquid-transport pipe-line because the vacuum that produces of poor sealing, it is ensured that enough amount of infusion and Speed, it is ensured that film quality；Right side is respectively equipped with the inside of the right plate at optical axis and gluing axle two ends, on the inside of left plate and connects glue Box, left side connect glue box, and unnecessary liquid is reclaimed in time to reuse, reduce waste and reduces cost.

7., by being provided with bearing slider on the outside of right plate, left plate, bearing slider connects with the plain bearing housing in outside Connect, plain bearing housing is moved horizontally along guide rail on bearing slider, gluing axle adjusting rod drives plain bearing housing along support block Predetermined distance is moved horizontally, the axial distance of gluing axle and optical axis can be easily and accurately adjusted such that it is able to be quick, accurate Ground adjusts the thickness of film, obtains optimal technique effect,.

Description of the drawings

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation with bridge crossing plate of Fig. 1；

Fig. 3 is the left view of Fig. 1；

Fig. 4 is the right view of Fig. 1；

Fig. 5 is the rearview of Fig. 1；

Fig. 6 is the top view of Fig. 1；

Fig. 7 is splicing plate structure schematic diagram；

Fig. 8 is the A of Fig. 7 to rotational structure schematic diagram；

Fig. 9 is the stereogram one of the present invention；

Figure 10 is the stereogram two of the present invention.

Specific embodiment

For a better understanding of the present invention, below in conjunction with the accompanying drawings explaining in detail embodiments of the present invention.

Serial number in figure：Paper feeding shaft sprocket wheel 1, lower glue axle sprocket wheel 1, water pond adjusts ratchet 3, water pond adjusting set 4, water pond Regulation handle 5, left plate 6, light bearing housing 7, frictioning axle sleeve 8, lower glue axle bearing plate 9, water pond adjusting bracket spine tooth 10, water pond is adjusted Section frame support bar 1, bridge crossing plate 12, bridge crossing plate support bar 13, right side connects glue box 14, lower glue axle 15, electric motor protecting box 16, electricity Machine 17, reductor 18, optical axis 19, left side connects glue box 20, paper feeding shaft 21, water pond 22, water-plate tray holder 23, water pond adjusting bracket rocker 24, water pond adjusting bracket support bar 2 25, fluid infusion pump shaft board 26, lower glue axle sprocket wheel 2 27, worm gear structure 28, frictioning axle is adjusted Section Handle axis 29, handwheel 30, tightener sprocket 31, deep groove ball bearing 32, tensioning shaft 33, lower glue axle adjusting rod 2 34, bevel gear 35, Motor sprocket 36, light shaft gear 37, optical axis sprocket wheel 38, gluing shaft gear 39, bearing slider 40, plain bearing housing briquetting 41 is sliding Moving axis bearing 42, gluing axle adjusting rod 43, rhombic supporting seat 44, bridge shaft 45, bridge sprocket 1, bridge sprocket 2 47, mistake Bridge sprocket wheel 3 48, lower glue axle adjustment axis 1, right plate 50, castor 51, frictioning axle 52, gluing axle 53, splicing plate 54, splicing plate Support shaft 55, support bar 56, lower shrouding 57, channel-section steel 58 enters cardboard 59, enters cardboard fixed block 60, deep groove ball bearing 74, support base 75。

As shown in Figures 1 to 10, a kind of Korea Spro's suede machine, including lower seat, the bearing connects with left plate 6, right plate 50 Connect, motor 17 is provided near medium position in the inner side of right plate 50, motor 17 is connected with reductor 18, the output shaft of reductor 18 End is provided with output shaft sprocket wheel 36, and the lower seat includes the channel-section steel frame of quadrangle, under the left plate 6, right plate 50 Portion's flange is connected with channel-section steel 58, lower shrouding 57 is provided with channel-section steel frame and is supported on channel-section steel 58.Bearing bottom is provided with mobile pin Wheel 51.The left plate 6, right plate 50 form stable by the connection of support bar 56 of channel-section steel 58, many horizontal parallel settings Frame structure.

Left plate 6, right plate 50 upper position be correspondingly provided with respectively bridge shaft connecting hole, lower glue axle connecting hole, on Glue axle connecting hole, optical axis connecting hole, bridge shaft connecting hole is provided with the bridge shaft 45 that speed change is carried out as intermediate transmission, and lower glue axle connects Connect hole and be provided with lower glue axle 15, gluing axle connecting hole is provided with gluing axle 53, and optical axis connecting hole is provided with optical axis 19, gluing axle 53 and optical axis 19 coordinate, and, located at the bottom of optical axis connecting hole, gluing axle connecting hole is located at the right side of optical axis connecting hole for the lower glue axle connecting hole Position on the upper side, bridge shaft connecting hole is provided with biography located at the lower right side of lower glue axle connecting hole in the upper right side of lower glue axle connecting hole Reel connecting hole, while paper feeding shaft connecting hole is also in the upper right side of bridge shaft connecting hole, paper feeding shaft connecting hole is provided with paper feeding shaft 21；

Wherein：Bridge sprocket one 46, mistake is being sequentially provided with from the outside of interior direction finding on the bridge shaft of the side of right plate 50 Bridge sprocket wheel 2 47, bridge sprocket 3 48, lower glue axle is provided with lower glue axle sprocket wheel 2 27, and gluing axle 53 is provided with gluing shaft gear 39, optical axis 19 is provided with light shaft gear 37, optical axis sprocket wheel 38, and on the paper feeding shaft 21 of left plate 6 paper feeding shaft sprocket wheel is being provided with 1；The lower left side of lower glue axle connecting hole is provided with tensioning shaft connecting hole, and tensioning shaft connecting hole is provided with tensioning shaft 33, on tensioning shaft 33 Tightener sprocket 31 is provided with, the tensioning shaft 33 is connected with deep groove ball bearing 32, deep groove ball bearing is in support base 75；The mistake Bridge sprocket wheel 1 is connected with output shaft sprocket wheel 36 by chain, and the bridge sprocket 2 47 passes through chain and optical axis sprocket wheel 38, opens Tight sprocket wheel 31 connects, and optical axis sprocket wheel 38 is in the axial outside of light shaft gear 37, the bridge sprocket 3 48 and lower glue axle sprocket wheel 2 27 are connected by chain；Lower glue axle sprocket wheel 1 is provided with the lower one end of glue axle 15 near left plate 6, paper feeding shaft sprocket wheel 1 is with Glue axle sprocket wheel 1 is connected by sprocket wheel；The gluing shaft gear 39 is engaged with light shaft gear 37.The optical axis 19 respectively with gluing Axle 53, lower glue axle 15 coordinate, and lower glue axle 15 coordinates with frictioning axle 52.

Paper feed side between the optical axis 19 and lower glue axle 15 is provided with into cardboard 59, enters cardboard 59 by entering cardboard fixed block 60 are connected respectively with left plate 6, right plate 50, it is described enter cardboard upper plane and the peak of lower glue axle bus in same water In plane.

Paper delivery side between the optical axis 19 and lower glue axle 15 is provided with splicing plate 54, wherein splicing plate outside 546, i.e. close The side of paper delivery side coordinates with the inner side of paper feeding shaft 21, and splicing plate inner side 547 coordinates with the lower paper delivery position of glue axle 15, splicing plate Inner side 547 is provided with to lower inside and inclines bending 542 at 45 °, and bending 542 is provided with knuckle 541 with upper surface 543.Institute State splicing plate 54 and be provided with vertical flange 545 near left plate 6, the both sides of right plate 50, in vertical flange 545 support slot is provided with 544, support slot 544 coordinates with splicing plate support shaft 55.By arranging folding net, it is to avoid the end face of splicing plate 54 is because processing etc. is produced The damage of the rough factor to the picture after film such as burr, while be provided with knuckle, more can be by the picture after processing Or photo etc. is smoothly derived, prevent because Action of Gravity Field, picture or photo are sagging can not to derive what is caused from outlet side Damage.

The topmost bus position of the periphery of the slightly less than lower glue axle of the upper plane of splicing plate 54 and paper feeding shaft 21, lower glue axle Surface peak is in same horizontal plane with the bus of paper feeding shaft peak.Splicing plate 54 connects with splicing plate support shaft 55 Connect, the two ends of splicing plate support shaft 55 connect respectively at left plate 6, right plate 50.Picture or photo during derivation, especially It is heavier picture or photo, the surface of paper feeding shaft 21 is just directed to when splicing 54 face of plate is also not exposed to simultaneously smoothly Derive on ground, it is to avoid the problems such as poor surface quality for causing is contacted with splicing plate 54 to the picture that just processed or photo, Ensure that the quality of product.

Frictioning axle 52 is provided near paper feed side in lower glue axle 15, frictioning bar is installed on frictioning axle, the two of the frictioning axle 52 End is connected respectively by frictioning axle sleeve 8 with right plate 50, left plate 6, and frictioning axle 52 coordinates with lower glue axle 15, and frictioning axle 52 is with The gap of glue axle 15 is adjusted by gap adjustment structure.The gap adjustment structure includes worm gear, and the worm gear is located at right side The position of frictioning axle 52 in the outside of plate 50, the worm screw being engaged is provided with worm gear top, and the worm screw is connected with worm screw support block, institute State worm screw to be connected with frictioning axle regulation handle axle 29, the outer end of frictioning axle regulation handle axle 29 is provided with handwheel 30.Worm screw, worm gear, snail Bar support block, frictioning axle regulation handle axle 29, handwheel 30 are collectively forming worm gear structure 28.Frictioning axle regulation handle axle 29 is worn Cross the left side flange of right plate 50.

The gluing shaft gear is made using nylon material.The gluing axle is with light axle steer conversely, gluing axle surface line Speed is identical with optical axis linear resonance surface velocity.The reference diameter of light shaft gear and gluing shaft gear and optical axis, gluing shaft diameter phase Together, and gluing shaft gear using nylon material make, greatly reduce the noise in the course of work.

The lower glue axle is identical with light axle steer, and the speed on optical axis surface occurs constant with the linear velocity on lower glue axle surface Compare for 3 than the speed of the machine:1, it is ensured that photograph surface can be made to drench the uniform Korea Spro's chorion of last layer.

The linear velocity on the slightly higher than lower glue axle surface of the linear velocity on the paper feeding shaft surface, the present invention lower glue axle chain in passing through Wheel 1 compares 2 with paper feeding shaft chain wheel speed:1, lower glue shaft diameter is less than 2 with paper feeding shaft diameter ratio:1 structure realizes the technical requirements.

The lower glue axle downside is provided with water pond, and in the water of the bottom immersion water pond of lower glue axle, the bottom of the water pond 22 passes through Water pond adjustment structure is connected with left plate 6, right plate 50.

The water pond adjustment structure includes water pond adjusting bracket support bar 1, water pond adjusting bracket support bar 2 25, water pond support Frame 23, water pond adjusting set 4, water pond adjust ratchet 3, water pond adjusting bracket spine tooth 10, water pond adjusting bracket rocker 24, and the water pond is adjusted Frame support bar 1, water pond adjusting bracket support bar 2 25 are connected respectively with left plate 6, right plate 50, water-plate tray holder 23 and water pond Adjusting bracket rocker 24 connects, and water pond adjusting bracket rocker 24 connects respectively with water pond adjusting bracket support bar one 11, water pond support bar 2 25 Connect, water pond adjusting bracket support bar 1 is connected with water pond adjusting set 4, water pond is provided with outside water pond adjusting set 4 and adjusts ratchet 3, water Disk adjusts ratchet 3 and is connected with water pond regulation handle 5, and in the upper right side of water pond adjusting bracket support bar 1 water pond adjusting bracket spine is provided with Tooth 10, water pond adjusting bracket spine tooth 10 adjusts ratchet 3 and engages with water pond.The water pond adjusting bracket rocker 24 is around water pond adjusting bracket The horizontal parallel of strut 2 25 swings, to keep holding level during the movement of water pond 22, not incline, it is to avoid outside liquid tilt therein Stream.The upper-lower position of water pond is adjusted by water pond adjustment structure.

Vertical direction position-adjustable of the motor in right plate 50.Electricity is provided with the motor top of the inner side of right plate 50 Machine protecting box 16, it is to avoid liquid drips downwards the hidden danger for causing.

The lower inside of the left plate 6 is provided with fluid infusion pump gripper shoe 26, and gripper shoe 26 is provided with fluid infusion pump.

The inner side of right plate 50, the inner side of left plate 6 at optical axis 19 and the two ends of gluing axle 53 be respectively equipped with right side connect glue box 14, Left side connects glue box 20.

The optical axis 19 is connected respectively by light bearing housing 7, deep groove ball bearing 74 with right plate 50, left plate 6, described Lower glue axle 15 is connected by lower glue axle bearing plate 9 with left plate 6.

The lower glue axle connecting hole is the long slot bore of vertical direction, and the gluing axle connecting hole, paper feeding shaft connecting hole are water Square to long slot bore, the lower glue axle, gluing axle, paper feeding shaft position can respectively in respective long slot bore adjust.

Gluing axle, lower glue axle, the outer cylinder surface of the seamless steel pipe of paper feeding shaft are provided with silastic-layer.

The right plate 50, the outside of left plate 6 are respectively equipped with the sliding axle in bearing slider 40, bearing slider 40 and outside Bearing 42 connects, and plain bearing housing 42 is moved horizontally along guide rail on bearing slider 40, and plain bearing housing 42 is provided with bearing, described The two ends of gluing axle 53 are connected respectively with the bearing in plain bearing housing 42,

The right side of the plain bearing housing 42 is connected with plain bearing housing briquetting 41 by screw thread, plain bearing housing pressure The right side of block 41 is provided with screwed hole, the support block being connected with right plate 50 is provided with the right side of bearing slider 40, in support block Be provided with the gluing axle adjusting rod 43 of horizontal positioned, gluing axle adjusting rod 43 in support block it is relatively moved in the axial direction it is predetermined away from From the left side of gluing axle adjusting rod 43 is provided with external screw thread, and gluing axle adjusting rod 43 is by external screw thread and plain bearing housing briquetting 41 Screwed hole coordinate, such gluing axle adjusting rod 43 drives plain bearing housing 42 to move horizontally predetermined distance along support block, To adjust the axial distance of gluing axle 53 and optical axis 19, so as to adjust the thickness of film.Gluing axle adjusting rod 43 passes through right plate 50 right side flange.

The two ends of the paper feeding shaft 21 are connected by bearing with rhombic supporting seat 44.

The side of the right plate 50 is provided with bridge crossing plate 12 in the outer end of bridge shaft 45, and bridge crossing plate 12 passes through bridge crossing plate support bar 13 are connected with right plate 50, and the lateral surface of bridge crossing plate 12 is provided with rhombic supporting seat, and rhombic supporting seat is provided with bearing, the bridge shaft 45 With bearing fit.

The right plate 50 is provided with lower glue axle adjustment axis 1, the lower glue axle and lower glue axle bearing plate in lower glue axle bottom 9 connections, lower glue axle bearing plate 9 is provided with internal thread, and the lower lower end of glue axle adjustment axis 1 is provided with bevel gear one, upper end and is provided with outer Screw thread, external screw thread and screw-internal thread fit, the right plate 50 is provided with gripper shoe, and the gripper shoe is provided with lower glue axle adjusting rod two 34, the inner of lower glue axle adjusting rod 2 34 is provided with bevel gear 2 35, outer end and is provided with adjusting handle, the bevel gear 2 35 and umbrella tooth Wheel one is engaged.Left side flange of the lower glue axle adjusting rod 2 34 through right plate 50.

Right cover is provided with the outside of right plate 50, the shrouding after paper delivery side is provided with is provided with envelope on the top of rear shrouding Plate two, rear shrouding is connected respectively with right plate 50, left plate 6, and left plate 6 is provided with left hood, and left plate 6 is with left hood by closing Page connection, in the centre of right plate 50 right cover door is provided with, and right cover door is provided with door lock.It is provided with left front below paper feed side Door, offside door, left front door, offside door are respectively equipped with door knob, front beam are provided with the top of left front door, offside door, on front beam Portion is provided with front upper sealing plate, and front upper sealing plate top is provided with upper sealing plate one.

The operation principle explanation of the present invention：

The optical axis 19 of the present invention is to rotate backward with gluing axle 53；Optical axis and lower glue axle 15 are rotating in same direction, optical axis surface Adjustable gap is provided between lower glue axle surface, optical axis is identical with transfer direction of principal axis；

The motor 17 of the present invention is linked by chain with the bridge sprocket one on bridge shaft, and bridge sprocket one is located at bridge shaft The most inboard position near right plate, bridge sprocket one drives bridge shaft to rotate, and bridge sprocket two is in bridge sprocket on bridge shaft One outside, the centre position of bridge shaft）, bridge sprocket three is in the outside of bridge sprocket two, bridge shaft near the position of bridge crossing plate Put, bridge sprocket three, bridge sprocket two obtain power.Bridge sprocket two is linked with optical axis sprocket wheel, tightener sprocket, turns optical axis It is dynamic；While the pinion rotation on optical axis, the gluing shaft gear rotation being engaged with, the rotation of gluing axle, direction and light axle steer phase Instead, and two axles axial plane linear velocity it is identical, wherein light shaft gear is straight with optical axis, gluing axle with the reference diameter of gluing shaft gear Footpath is identical, and gluing shaft gear is made using nylon material, greatly reduces the noise in the course of work.Bridge sprocket 3 with Lower glue axle sprocket wheel 2 is linked, and rotates lower glue axle, and identical with light axle steer.Requirement, selection further according to transmission speed is suitable There is constant ratio in teeth number of sprocket, the speed and the speed of lower glue axle for making optical axis, to ensure that it is uniform that last layer is drenched on photograph surface Korea Spro's chorion, the linear velocity ratio of the speed ratio of the machine, the i.e. linear velocity of optical axis and lower glue axle is 3:1.Lower glue axle sprocket wheel 1 and paper feeding shaft Sprocket wheel is linked, and by transmission the linear velocity of the slightly higher than lower glue axle of the linear velocity of paper feeding shaft is made, and the present invention is by lower glue axle sprocket wheel One compares 2 with paper feeding shaft chain wheel speed:1, lower glue shaft diameter is less than 2 with paper feeding shaft diameter ratio:1 realizes the linear velocity of paper feeding shaft slightly Higher than the linear velocity of lower glue axle.

1st, the gap of optical axis and lower glue axle is adjusted：The height of lower glue axle is adjusted by handwheel adjusting means, due to optical axis It is fixed on by bearing block motionless on side plate, the gap and the thickness of crossed printing paper for making two axles matches.

2nd, the gap of gluing axle and optical axis is adjusted：Gluing axle and light are adjusted by the adjusting means of adjusting handle operation The surface gap of axle, makes gluing axle surface contact with optical axis seamless surface, while making light shaft gear correct with gluing shaft gear Engagement.

3rd, water pond is adjusted：Water pond adds water, and makes the water in water pond reach the 85% of water pond volume, is then placed on water pond adjusting bracket On, pull water pond regulation handle and allow water pond rising to meet place with lower glue axle, make the position leaching of the bottom close 1/3rd of lower glue axle In entering water.

4th, frictioning axle is adjusted：Frictioning bar is installed on frictioning axle, machine is opened, adjusting frictioning axle makes frictioning bar with lower glue axle Contact, and water unnecessary on lower glue axle is scraped off, by the natural suction-operated of silica gel, make the attached one layer of very thin water in lower glue axle surface Film.Simultaneously frictioning axle is also scraped off because Korea Spro's suede liquid dripped from optical axis accidentally in operating process, it is to avoid dripped from optical axis accidentally Korea Spro's suede liquid for falling affects the whole structure of Korea Spro's suede, it is ensured that the quality and effect of printing paper after processing.

5th, work：Start machine makes equipment smoothly run, and in the contact position of optical axis and gluing axle Korea Spro's suede liquid is added, and passes through The rotation of axle make optical axis surface formed one layer of uniform Korea Spro's chorion, subsequently into printing paper, allow printing paper from enter cardboard above into Under equipment between glue axle and optical axis, due to entering the height of cardboard and the bus of the peak of lower glue axle in same level, The uniform Korea Spro's suede liquid of last layer is applied on phase paper, is then driven to driving front by the rotation of lower glue axle, then by splicing plate, Paper feeding shaft is dried subsequently into drying channel.

The present invention, as power source, by Overbridge device, makes lower glue axle constant with the speed ratio of optical axis using single motor, gram Change and the problem of film effect difference that causes of matching difference because fast ratio are taken in prior art.

The gluing axle of the present invention, lower glue axle, the outer cylinder surface of the seamless steel pipe of paper feeding shaft are provided with silastic-layer, lower glue axle Be immersed in the water and unnecessary water scraped off by frictioning axle, by silica gel it is natural absorption band water, make printing paper can with smooth by machine, Avoiding prior art because the natural torsion of printing paper, is causing printing paper folding line, or even the problem of breaking-up printing paper occur, while also Can make to produce frictional force between printing paper and lower glue axle, drive printing paper to keep to driving front.

The upper surface of the splicing plate of the present invention is less than the bus position of lower glue axle peak and paper feeding shaft peak, due to phase Paper it is of different sizes, some printing paper is more relatively small, when by gap between lower glue axle and optical axis, the lower surface of printing paper Few water can be stained with, printing paper forms the vacuum suction of local when contacting with splicing plate in splicing plate between meeting and splicing plate On, if the height paper feeding shaft peak of splicing plate is identical, when printing paper is all by lower glue axle, all can adsorb in splicing plate On, do not contact with paper feeding shaft, it is not driven further along, therefore the height design of splicing plate is less than into the height of paper feeding shaft peak, The width of splicing plate is reduced simultaneously, in one end downward bending near lower glue axle, it is to avoid the burr in manufacturing process is to printing paper Damage.The height of splicing plate can just touch biography by leading edge less than paper feeding shaft height when printing paper is also not entirely through lower glue axle Reel, paper feeding shaft is similarly glue axle, and the coefficient of friction on surface is larger, forms larger with paper feeding shaft after printing paper encounters paper feeding shaft Frictional force, makes formation triangular space between three prevent to form vacuum suction, simultaneously as the friction between printing paper and paper feeding shaft Power, enables printing paper easily to driving front, into drying channel.

Although the above-mentioned accompanying drawing that combines is described to the specific embodiment invented, not to the scope of the present invention Restriction, on the basis of technical scheme, those skilled in the art make by need not paying creative work Various modifications or deformation still within protection scope of the present invention.

Claims (9)

1. a kind of Korea Spro's suede machine, including lower seat, the bearing is connected with left plate, right plate, and electricity is provided with the inside of right plate Machine, in the upper position of left plate, right plate bridge shaft connecting hole, lower glue axle connecting hole, the connection of gluing axle are correspondingly provided with respectively Hole, optical axis connecting hole, bridge shaft connecting hole is provided with the bridge shaft that speed change is carried out as intermediate transmission, and lower glue axle connecting hole is provided with down Glue axle, gluing axle connecting hole is provided with gluing axle, and optical axis connecting hole is provided with optical axis, and gluing axle coordinates with optical axis, and the lower glue axle connects Hole is connect located at the bottom of optical axis connecting hole, gluing axle connecting hole is located at the right side position on the upper side of optical axis connecting hole, bridge shaft connection Hole is provided with paper feeding shaft connecting hole, while transfer located at the lower right side of lower glue axle connecting hole in the upper right side of lower glue axle connecting hole Also in the upper right side of bridge shaft connecting hole, paper feeding shaft connecting hole is provided with paper feeding shaft to axle connecting hole；The optical axis and lower glue axle it Between paper feed side be provided with into cardboard, enter cardboard and be connected with left plate, right plate respectively by entering cardboard fixed block；The optical axis with Paper delivery side between lower glue axle is provided with splicing plate, wherein on the outside of splicing plate, i.e. near the side and paper feeding shaft inner side position of paper delivery side Cooperation is put, splicing plate inner side coordinates with lower glue axle paper delivery position, and the bridge shaft is by reductor and motor connection, the lower glue Axle, gluing axle, optical axis are connected respectively by speed changing structure with bridge shaft, be it is characterized in that, described gear is included located at subtracting The drive sprocket of fast machine output shaft, bridge sprocket is being sequentially provided with the bridge shaft of right plate side from Inside To Outside First, bridge sprocket two, bridge sprocket three, are provided with lower glue axle sprocket wheel two on lower glue axle, and gluing shaft gear is provided with gluing axle, Light shaft gear, optical axis sprocket wheel are provided with optical axis, on the paper feeding shaft of left plate paper feeding shaft sprocket wheel is being provided with；The gap bridge chain Wheel one is connected with output shaft sprocket wheel by chain, and the bridge sprocket two is connected by chain with optical axis sprocket wheel, and optical axis sprocket wheel exists Light shaft gear it is axially external, the bridge sprocket three is connected with lower glue axle sprocket wheel two by chain；Under left plate Glue axle one end is provided with lower glue axle sprocket wheel one, and paper feeding shaft sprocket wheel is connected with lower glue axle sprocket wheel one by sprocket wheel；The gluing shaft gear Engage with light shaft gear, the optical axis coordinates respectively with gluing axle, lower glue axle；The lower left side of the lower glue axle connecting hole is provided with opens Mandrel connecting hole, tensioning shaft connecting hole is provided with tensioning shaft, and tensioning shaft is provided with tightener sprocket, the tensioning shaft by bearing with Support base connects, and the tightener sprocket is connected with optical axis sprocket wheel, bridge sprocket two by a chain；The lower glue axle near enter Paper side is provided with frictioning axle, and frictioning bar is installed on frictioning axle, and the two ends of the frictioning axle are respectively by frictioning axle sleeve and right plate, a left side Side plate connects, and frictioning axle coordinates with lower glue axle；The lower glue axle downside is provided with water pond, and the bottom of lower glue axle enters the water of water pond In；The gluing axle, lower glue axle, the outer cylinder surface of paper feeding shaft are provided with silastic-layer.

2. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the frictioning axle is tied with the gap of lower glue axle by gap adjustment Adjusting, the gap adjustment structure includes worm gear, frictioning shaft position of the worm gear on the outside of right plate, on worm gear to structure Portion is provided with the worm screw being engaged, and the worm screw is connected with worm screw support block, and the worm screw is connected with frictioning axle regulation handle axle, scrapes Glue axle regulation handle axle outer end is provided with handwheel；Left side flange of the frictioning axle regulation handle axle through right plate；Under the lower glue axle Side is provided with water pond, and in the water of the bottom immersion water pond of lower glue axle, the upper-lower position of the water pond is adjusted by water pond adjustment structure, The water pond adjustment structure includes that water pond adjusting bracket support bar one, water pond adjusting bracket support bar two, water-plate tray holder, water pond are adjusted Set, water pond adjust ratchet, water pond adjusting bracket spine tooth, water pond adjusting bracket rocker, and the water pond adjusting bracket support bar one, water pond is adjusted Frame support bar two is connected respectively with left plate, right plate, and water-plate tray holder is connected with water pond adjusting bracket rocker, water pond adjusting bracket rocker It is connected with water pond adjusting bracket support bar one, water pond support bar two respectively, water pond adjusting bracket support bar one is connected with water pond adjusting set, Water pond is provided with outside water pond adjusting set and adjusts ratchet, water pond adjusts ratchet and is connected with water pond regulation handle, in water pond adjusting bracket The upper right side of strut one is provided with water pond adjusting bracket spine tooth, and water pond adjusting bracket spine tooth adjusts ratchet and engages with water pond.

3. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the upper plane of the splicing plate is slightly less than lower glue axle and paper feeding shaft Periphery topmost bus position, splicing plate is connected with splicing plate support shaft, and splicing plate support shaft two ends are respectively at left side Plate, right plate connection；It is described enter cardboard upper plane and the peak of lower glue axle bus in same level；The splicing Plate coordinates in the side near paper delivery side with paper feeding shaft inner side, and splicing plate inner side coordinates with lower glue axle paper delivery position, splicing Plate inner side is provided with bending inclined to lower inside, and bending is provided with knuckle with upper surface；The splicing plate is near left side Plate, right plate both sides are provided with vertical flange, and in vertical flange support slot is provided with, and support slot coordinates with splicing plate support shaft；It is described Enter the upper plane of cardboard and the bus of the peak of lower glue axle in same level.

4. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the gluing axle is with light axle steer conversely, gluing axle surface line Speed is identical with optical axis linear resonance surface velocity, and the lower glue axle is identical with light axle steer, the linear speed of the linear velocity of optical axis and lower glue axle Degree is than being 3:1；The linear velocity on the slightly higher than lower glue axle surface of the linear velocity on the paper feeding shaft surface, the gluing shaft gear is adopted Nylon material makes.

5. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the motor right plate vertical direction position-adjustable, Motor top on the inside of right plate is provided with electric motor protecting box, it is to avoid liquid drips downwards the hidden danger for causing；The left side The lower inside of side plate is provided with fluid infusion pump gripper shoe, and gripper shoe is provided with fluid infusion pump；In the right plate at optical axis and gluing axle two ends Glue box, left side are connect on the right side of being respectively equipped with the inside of inner side, left plate connect glue box.

6. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the lower glue axle connecting hole for vertical direction long slot bore, institute The long slot bore that gluing axle connecting hole, paper feeding shaft connecting hole are horizontal direction is stated, the lower glue axle, gluing axle, paper feeding shaft can divide Do not move in respective long slot bore.

7. Korea Spro's suede machine as claimed in claim 1, is characterized in that, bearing cunning is respectively equipped with the outside of the right plate, left plate Block, bearing slider is connected with the plain bearing housing in outside, and plain bearing housing is moved horizontally along guide rail on bearing slider, sliding axle Bearing is provided with bearing, and the gluing axle two ends are connected respectively with the bearing in plain bearing housing, the right side of the plain bearing housing It is connected by screw thread with plain bearing housing briquetting, the right side of plain bearing housing briquetting is provided with screwed hole, in bearing slider Right side is provided with the support block being connected with right plate, and the gluing axle adjusting rod of horizontal positioned is provided with support block, and gluing axle is adjusted Bar predetermined distance relatively moved in the axial direction in support block, is provided with external screw thread on the left of gluing axle adjusting rod, gluing axle is adjusted Pole is coordinated by external screw thread with the screwed hole of plain bearing housing briquetting, right side flange of the gluing axle adjusting rod through right plate； The right plate side is provided with bridge crossing plate in the outer end of bridge shaft, and bridge crossing plate is connected by bridge crossing plate support bar with right plate, mistake Bridge plate lateral surface is provided with support base, and support base is provided with bearing, the bridge shaft and bearing fit.

8. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the right plate is provided with lower glue axle adjustment axis in lower glue axle bottom One, the lower glue axle is connected with lower glue axle bearing plate, and lower glue axle bearing plate is provided with internal thread, the lower lower end of glue axle adjustment axis one It is provided with bevel gear one, upper end and is provided with external screw thread, external screw thread and screw-internal thread fit, the right plate is provided with gripper shoe, the support Plate is provided with lower glue axle adjusting rod two, and the inner of lower glue axle adjusting rod two is provided with bevel gear two, outer end and is provided with adjusting handle, the umbrella Gear two is engaged with bevel gear one, left side flange of the lower glue axle adjusting rod two through right plate.

9. Korea Spro's suede machine as claimed in claim 1, is characterized in that, the bearing includes the channel-section steel frame of quadrangle, the left side Plate, the bottom flange of right plate are connected with channel-section steel, and the lower shrouding being connected with channel-section steel is provided with channel-section steel frame, and bearing bottom is provided with shifting Dynamic castor；Right cover is provided with the outside of right plate, the shrouding after paper delivery side is provided with is provided with upper sealing plate on the top of rear shrouding Two, rear shrouding is connected respectively with right plate, left plate, and left plate is provided with left hood, and left plate passes through gemel connection with left hood, Right cover door is provided with the centre of right plate, right cover door is provided with door lock；Left front door, offside door are provided with below paper feed side, Left front door, offside door are respectively equipped with door knob, and on the top of left front door, offside door front beam is provided with, front beam top be provided with before on Shrouding, front upper sealing plate top is provided with upper sealing plate one.