CN207607165U - A kind of corrugated paper cutting stacking equipment integrating - Google Patents
A kind of corrugated paper cutting stacking equipment integrating Download PDFInfo
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- CN207607165U CN207607165U CN201721682822.8U CN201721682822U CN207607165U CN 207607165 U CN207607165 U CN 207607165U CN 201721682822 U CN201721682822 U CN 201721682822U CN 207607165 U CN207607165 U CN 207607165U
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Abstract
It is cut the utility model discloses a kind of corrugated paper and stacks equipment integrating, including the division mechanism and stacker mechanism set gradually；Wherein, the division mechanism includes the transverse cutting mechanism set gradually according to feed direction and longitudinal sectional mechanism, wherein the transverse cutting mechanism includes transverse cutting mechanism rack, Electric Motor Wheel saw, carrying roller, conveying roller and the conveying roller driving mechanism for driving conveying roller to rotate；The stacker mechanism includes the infeed conveyor belt docked successively, splicing platform and output conveyer belt, wherein the feed end of the infeed conveyor belt is docked with longitudinal sectional mechanism, and is provided with paper distributing mechanism between the discharge end of infeed conveyor belt and splicing platform.
Description
Technical field
The utility model is related to corrugated case production equipment technologies more particularly to a kind of cutting of corrugated paper to stack one
Equipment.
Background technology
Corrugated paper generally has three-layer composite structure, by facial tissue, inner paper, core paper and is processed into the corrugated paper of waveform corrugation and leads to
Cross and be bonded, have at low cost, light weight, processing easily, intensity is big, printing adaptability sample is excellent, storage convenient in carrying etc. is excellent
Point.In existing production technology, corrugated board using corrugated band successively by it is crosscutting and it is longitudinal sectional cut, wherein existing
Longitudinal sectional equipment generally cut in a manner of " flying shear ", i.e., using upper slitter and cut to by corrugated band carry out pair
It cuts, however above equipment has the following disadvantages：First, equipment it is complicated, be unfavorable for reduce equipment purchase cost and after
The maintenance cost of phase；Second, the serious forgiveness of structure is low, under normal circumstances upper slitter and cut using misplace to by the way of cutting to watt
Stupefied paper carry out it is longitudinal sectional, if however upper slitter and cut position during last use and deviate, can allow upper slitter and cutting it
Between gap increase make notch out-of-flatness and generate edge grinding or upper slitter in cut out portion and the overlapping of lower cutter position collides damage
Equipment.In the production process of corrugated case, need to carry out point the corrugated board cut folded, existing corrugated board point is folded
Equipment is generally successively stacked by the way of splicing platform active lifting, and splicing platform need to be with corrugated board input speed
It is synchronous to decline, it is stacked to make corrugated board be given birth in splicing platform, if the lifting speed of splicing platform does not catch up with the speed of splicing
It is at random then to be easy to cause pile, therefore its speed is difficult to improve.
Invention content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of structure novel, high degree of automation,
The corrugated paper cutting of corrugated board specification wide adaptability stacks equipment integrating.
In order to achieve the goal above, the used technical solution of the utility model is：
A kind of cutting of corrugated paper stacks equipment integrating, including the division mechanism and stacker mechanism set gradually；Wherein, described
Division mechanism includes the transverse cutting mechanism set gradually according to feed direction and longitudinal sectional mechanism, wherein the transverse cutting mechanism includes cross
Cut mechanism rack, Electric Motor Wheel saw, carrying roller, conveying roller and the conveying roller driving mechanism for driving conveying roller to rotate；It is wherein described
The top of transverse cutting mechanism rack is equipped with the lateral guide groove extended along corrugated band width direction, the adjustable installation of Electric Motor Wheel saw
In in the lateral guide groove, and the shaft of Electric Motor Wheel saw is parallel with corrugated band width direction, and the carrying roller is rotatablely connected
In transverse cutting mechanism frame lower and with the Electric Motor Wheel saw it is opposite up and down, the conveying roller is rotationally connected under transverse cutting mechanism rack
Portion and the upstream and downstream for being located at the carrying roller；The longitudinal sectional mechanism includes the preceding pressure roller group set gradually according to feed direction, longitudinal knife
Mechanism and rear pressure roller group, wherein the preceding pressure roller group and rear pressure roller group includes a pair of pressure roller setting up and down, and two
There are the spacing less than corrugated band thickness between pressure roller, the longitudinal sectional cutter mechanism includes upper die cutting roller opposing upper and lower, lower die
It cuts roller and drives the longitudinal sectional driving mechanism of upper die cutting roller and the rotation of lower die cut roller reverse sync, wherein the upper mold cuts the roller of roller
Be formed with the longitudinal knife extended along corrugated band width direction on face, at the same on the roll surface of lower die cut roller there are with it is described longitudinal sectional
The groove of knife cooperation；The stacker mechanism includes the infeed conveyor belt docked successively, splicing platform and exports conveyer belt, wherein
The feed end of the infeed conveyor belt is docked with longitudinal sectional mechanism, and is arranged between the discharge end of infeed conveyor belt and splicing platform
There is a paper distributing mechanism, the paper distributing mechanism includes organic frame, the swing arm that is articulated in the rack, is rotationally connected with frame lower
Branch's conveying roller, the cross bar for being set to swing arm free end, is arranged in cross bar at the guide roller for being rotationally connected with swing arm free end
On a plurality of elastic layering, drive rack lifting rack elevating mechanism and drive swing arm swing swing arm swing mechanism；Institute
The splicing platform stated includes the splicing conveyer belt for being set to splicing platform upper surface, the activity orientation for being set to splicing platform sides
Baffle and stationary positioned baffle, wherein the activity orientation baffle is opposite with paper distributing mechanism, the stationary positioned baffle with it is defeated
Go out that conveyer belt is opposite, which is also configured with for driving it along the activity orientation translated perpendicular to its board direction
Baffle translation mechanism.
Further, the cross bar is pivotally connected with swing arm free end and is configured with the press strip oscillating machine for driving elastic layering to swing
Structure, the press strip swing mechanism include connecting rod and oscillating cylinder, the connecting rod two end respectively with crossbar end and oscillating cylinder
Piston rod it is hinged, the cylinder body of the oscillating cylinder and swing arm are hinged；Position limiting structure is equipped on the downside of the swing arm, when swing arm freedom
When end is rocked to lowest order, position limiting structure is touched with rack.
Further, the rack elevating mechanism includes rack fixed seat, vertical lead screw and vertical lead screw is driven to rotate
Rack lifting motor, the rack lifting motor are fixedly connected in rack fixed seat, and the vertical lead screw connects with rack screw thread
It connects.
Further, the swing arm swing mechanism includes the driven pulley coaxially connected with swing arm, drive pulley, company
Connect the driving belt of driven pulley and drive pulley and the servo motor of driving drive pulley rotation.
Further, the infeed conveyor belt is conveyed with output conveyer belt parallel arrangement, the splicing conveyer belt with input
Band and output conveyer belt are perpendicular；The activity orientation baffle translation mechanism includes the translation gas for driving the translation of activity orientation baffle
Cylinder.
Further, mounting base connection, the Electric Motor Wheel saw are sawed by Electric Motor Wheel between the Electric Motor Wheel saw and lateral guide groove
Mounting base includes the mounting base main body being fixedly connected with Electric Motor Wheel saw and the sliding block being slidably connected with lateral guide groove, the sliding block
Also it is threaded with the clamping screw of top pressure lateral guide groove.
Further, the conveying roller driving mechanism includes the conveying roller driving mechanism follower belt coaxially connected with conveying roller
Wheel, conveying roller driving mechanism drive pulley, conveying roller driving mechanism driving belt and with conveying roller driving mechanism active skin
The coaxially connected conveying roll drive motor of belt wheel.
Further, the longitudinal sectional driving mechanism include the driven gear coaxially connected with upper die cutting roller, it is same with lower die cut roller
Axis connection driving gear and longitudinal sectional driving mechanism driven pulley, the driving cog being engaged between driven gear and driving gear
Wheel, longitudinal sectional driving mechanism driving belt, longitudinal sectional driving mechanism drive pulley and same with longitudinal sectional driving mechanism drive pulley
The longitudinal sectional driving motor of axis connection.
The utility model has the beneficial effects that：The corrugated paper cutting of the utility model stacks equipment integrating and is disposed with point
Cutting mill structure and stacker mechanism.Wherein division mechanism can realize to corrugated band successively carry out it is crosscutting（I.e. along corrugated band length side
To cutting）With it is longitudinal sectional（Cut along corrugated band width direction）, it is plate-like to which corrugated band to be cut into.Wherein, it indulges
The longitudinal sectional mode that mechanism uses upper die cutting roller and lower die cut roller is cut, structure is relatively easy and not will produce side crops.Specifically
Process is：Corrugated band first inputs transverse cutting mechanism, drives corrugated band to Forward using the conveying roller in transverse cutting mechanism when input
It is dynamic, when corrugated band is sawed by Electric Motor Wheel, sawed by Electric Motor Wheel crosscutting；After corrugated band enters longitudinal sectional mechanism, preceding pressure is utilized
Corrugated band compression is prevented corrugated band in longitudinal sectional shift by roller group and rear pressure roller group, while being utilized upper in longitudinal sectional cutter mechanism
Die cutting roller and the cooperation of lower die cut roller carry out corrugated band longitudinal sectional.Stacker mechanism can realize that corrugated board stacks automatically, specific
Process is as follows：Corrugated board is inputted from cutting equipment through infeed conveyor belt, when it is delivered to paper distributing mechanism, passes through paper distributing mechanism
Conveying roller it is inputted in splicing platform in the form of flying out by higher speed, paper distributing mechanism is fallen before when working to minimum
Then position is gradually increasing, corrugated board is made gradually to stack.For corrugated board by activity orientation baffle, splicing conveyer belt is anti-in splicing
Make corrugated board by stationary positioned baffle positioning to conveying, using activity orientation baffle and stationary positioned baffle fit by corrugated paper
Plate positions, and after corrugated board stacks in splicing platform, activity orientation baffle exits, while splicing conveyer belt will be stacked
Corrugated board be input to output conveyer belt.
Description of the drawings
Fig. 1 is the side view figure of the utility model.
Fig. 2 is the side view of the division mechanism of the utility model.
Fig. 3 is the side view of the transverse cutting mechanism of the utility model.
Fig. 4 is the vertical view of the transverse cutting mechanism of the utility model.
Fig. 5 is the side view of the longitudinal sectional mechanism of the utility model.
Fig. 6 is the cut paper process schematic of upper die cutting roller and lower die cut roller in the utility model.
Fig. 7 is the partial enlarged view of region A in Fig. 6.
Fig. 8 is the side view of the stacker mechanism of the utility model.
Fig. 9 is the vertical view of the stacker mechanism of the utility model.
Figure 10 is the side view of the paper distributing mechanism of the utility model.
Wherein, 1- division mechanisms, 11- transverse cutting mechanisms, 111- transverse cutting mechanism racks, 1111- lateral guide grooves, 112- Electric Motor Wheels
Saw, 113- carrying rollers, 114- conveying rollers, 115- conveying roller driving mechanisms, 1151- conveying roller driving mechanism driven pulleies, 1152-
Conveying roller driving mechanism drive pulley, 1153- conveying roller driving mechanism driving belts, 1154- convey roll drive motor, 116-
Electric Motor Wheel saws mounting base, and 1161- mounting base main bodys, 1162- sliding blocks, 1163- clamping screws, 12- longitudinal sectional mechanisms press before 121a-
Roller group, pressure roller group after 121b-, 1211- pressure rollers, the longitudinal sectional cutter mechanisms of 122-, the upper die cutting rollers of 1221-, 12211- longitudinal knives, 1222-
Lower die cut roller, 12221- grooves, 12231- driven gears, 12232- driving gears, 12233- transmission gears, the longitudinal sectional drives of 12234-
Motivation structure driven pulley, the longitudinal sectional driving mechanism driving belts of 12235-, the longitudinal sectional driving mechanism drive pulleys of 12236-,
The longitudinal sectional driving motors of 12237-, 2- stacker mechanisms, 21- infeed conveyor belts, 22- paper distributing mechanisms, 221- racks, 222- swing arms,
2221- position limiting structures, 223- branches conveying roller, 224- guide rollers, 225- cross bars, 2251- elastic layerings, 226- swing arms pendulum
Motivation structure, 2261- driven pulleies, 2262- drive pulleys, 2263- driving belts, 2264- servo motors, 227- rack liters
Descending mechanism, 2271- rack fixed seats, the vertical lead screws of 2272-, 2273- rack lifting motors, 228- press strip swing mechanisms, 2281-
Connecting rod, 2282- oscillating cylinders, 23- splicing platforms, 231- splicing conveyer belts, 232- activity orientation baffles, 233- stationary positioneds gear
Plate, 234- flat-removing air cyclinders, 24- export conveyer belt 31- corrugated bands, 32- corrugated boards.
Specific implementation mode
The utility model technical solution claimed is done further specifically in conjunction with the drawings and specific embodiments
It is bright.
Shown in Figure 1, the corrugated paper cutting in the present embodiment stacks the division mechanism 1 and heap that equipment integrating includes setting
Folded mechanism 2.
Shown in Fig. 2 to Fig. 7, the division mechanism 1 in the present embodiment include according to 31 conveying direction of corrugated band successively
The transverse cutting mechanism 11 and longitudinal cutting structure of setting.
Wherein, the transverse cutting mechanism 11 includes transverse cutting mechanism rack 111, Electric Motor Wheel saw 112, carrying roller 113, conveying roller
114 and for drive conveying roller 114 rotate conveying roller driving mechanism 115；The top of the wherein transverse cutting mechanism rack 111 is set
There is the lateral guide groove 1111 extended along 31 width direction of corrugated band, Electric Motor Wheel saw 112 is adjustable to be installed on the lateral guide groove
On 1111, and the shaft of Electric Motor Wheel saw 112 is parallel with 31 width direction of corrugated band.In the present embodiment, Electric Motor Wheel is sawed
Mounting base 116 is sawed between 112 and lateral guide groove 1111 by Electric Motor Wheel to connect, the Electric Motor Wheel saw mounting base 116 includes and electricity
Driving wheel saws the 112 mounting base main bodys 1161 being fixedly connected and the sliding block 1162 being slidably connected with lateral guide groove 1111, the cunning
Block 1162 is also threaded with the clamping screw 1163 of top pressure lateral guide groove 1111, and clamping screw 1163 is to lateral guide groove 1111
The position of Electric Motor Wheel saw 112 is fixed in top pressure effect, when needing to adjust the position of Electric Motor Wheel saw 112, then can unclamp locking
After bolt 1163 by Electric Motor Wheel saw mounting base 116 after transversely guide groove 1111 slides into setting position, then profit tightens clamping screw
1163 fixed positions.
The carrying roller 113 is rotationally connected with 111 lower part of transverse cutting mechanism rack and saws about 112 relatively with the Electric Motor Wheel,
The conveying roller 114 is rotationally connected with 111 lower part of transverse cutting mechanism rack and the upstream and downstream positioned at the carrying roller 113, conveying roller driving
Mechanism 115 includes the conveying roller driving mechanism driven pulley 1151 coaxially connected with conveying roller 114, conveying roller driving mechanism master
Dynamic belt pulley 1152, conveying roller driving mechanism driving belt 1153 and coaxial with conveying roller driving mechanism drive pulley 1152
The conveying roll drive motor 1154 of connection.
Longitudinal sectional mechanism 12 includes preceding pressure roller group 121a, the longitudinal sectional cutter mechanism set gradually according to 31 conveying direction of corrugated band
122 and rear pressure roller group 121b, wherein the preceding pressure roller group 121a and rear pressure roller group 121b includes a pair of setting up and down
Pressure roller 1211, and there are the spacing less than 31 thickness of corrugated band between two pressure rollers 1211, to generate to corrugated band 31
Pressure, the longitudinal sectional cutter mechanism 122 include upper die cutting roller 1221 opposing upper and lower, lower die cut roller 1222 and drive on be die cut
The longitudinal sectional driving mechanism of roller 1221 and 1222 reverse sync of lower die cut roller rotation, wherein the upper mold cut on the roll surface of roller 1221 at
Shape has a longitudinal knife 12211 extended along 31 width direction of corrugated band, at the same on the roll surface of lower die cut roller 1222 there are with institute
State the groove 12221 of the cooperation of longitudinal knife 12211.The longitudinal sectional driving mechanism includes and coaxially connected driven of upper die cutting roller 1221
Gear 12231, with 1222 coaxially connected driving gear 12232 of lower die cut roller and longitudinal sectional driving mechanism driven pulley 12234,
Transmission gear 12233, the longitudinal sectional driving mechanism driving belt being engaged between driven gear 12231 and driving gear 12232
12235, longitudinal sectional driving mechanism drive pulley 12236 and coaxially connected with longitudinal sectional driving mechanism drive pulley 12236
Longitudinal sectional driving motor 12237.
Shown in Fig. 8 to Figure 10, the stacker mechanism 2 in the present embodiment includes the infeed conveyor belt 21 docked successively, connects
Paper platform 23 and output conveyer belt 24.
The feed end of the wherein infeed conveyor belt 21 is docked with longitudinal sectional mechanism 12, and going out in infeed conveyor belt 21
Paper distributing mechanism 22 is provided between material end and splicing platform 23, the paper distributing mechanism 22 includes organic frame 221, is articulated in the machine
Swing arm 222 on frame 221, the branch's conveying roller 223 for being rotationally connected with 221 lower part of rack, be rotationally connected with swing arm 222 from
By hold guide roller 224, be articulated in 222 free end of swing arm cross bar 225, for driving the press strip pendulum that elastic layering 2251 swings
Motivation structure 228, a plurality of elastic layering 2251 being arranged on cross bar 225, the rack elevating mechanism 227 for driving rack 221 to lift
And the swing arm swing mechanism 226 for driving swing arm 222 to swing.In the present embodiment, press strip swing mechanism 228 includes connecting rod 2281
With oscillating cylinder 2282,2281 both ends of connecting rod are hinged with the piston rod of 225 end of cross bar and oscillating cylinder 2282 respectively, swing
The cylinder body of cylinder 2282 is hinged with swing arm 222, is stretched by the piston rod of oscillating cylinder 2282 and connecting rod 2281 is driven to swing finally
Make press strip synchronous hunting to adjust the angle of elastic layering 2251, to adjust pressure of the elastic layering 2251 to corrugated board 32
Power.This 222 downside of outer swing arm is equipped with position limiting structure 2221, when 222 free end of swing arm is rocked to lowest order, position limiting structure 2221
It is touched with rack 221, while there are only pass through for one layer of corrugated board 32 between guide roller 224 and branch's conveying roller 223
Gap be that corrugated board 32 successively exports.In the present embodiment, rack elevating mechanism 227 includes rack fixed seat 2271, erects
It is fixedly connected to lead screw 2272 and the rack lifting motor 2273 for driving vertical lead screw 2272 to rotate, rack lifting motor 2273
In in rack fixed seat 2271, vertical lead screw 2272 is threadedly coupled with rack 221 makes vertical lead screw 2272 constitute rolling with rack 221
Ballscrew pair, when vertical lead screw 2272 is when rack lifting motor 2273 is rotated by, rack 221 is vertically on lead screw 2272
Lower lifting.In the present embodiment, swing arm swing mechanism 226 includes the driven pulley 2261 coaxially connected with swing arm 222, actively
The driving belt 2263 and driving drive pulley of belt pulley 2262, connection driven pulley 2261 and drive pulley 2262
The servo motor 2264 of 2262 rotations drives swing arm 222 to swing using swing arm swing mechanism 226.
Splicing platform 23 includes the splicing conveyer belt 231 for being set to 23 upper surface of splicing platform, is set to splicing platform 23
The activity orientation baffle 232 and stationary positioned baffle 233 of side, wherein the activity orientation baffle 232 and paper distributing mechanism 22
Relatively, the stationary positioned baffle 233 is opposite with output conveyer belt 24, which is also configured with for driving
It is along 232 translation mechanism of activity orientation baffle perpendicular to the translation of its board direction.In the present embodiment, infeed conveyor belt 21 with
It exports conveyer belt 24 to be arranged in parallel, splicing conveyer belt 231 and infeed conveyor belt 21 and output conveyer belt 24 are perpendicular.Activity orientation
232 translation mechanism of baffle includes the flat-removing air cyclinder 234 for driving 232 translation of activity orientation baffle.
The course of work that the corrugated paper cutting of the present embodiment stacks equipment integrating is as follows：
Corrugated band 31 first inputs transverse cutting mechanism 11, and when input utilizes the conveying roller 114 in transverse cutting mechanism 11 to drive corrugation
Paper tape 31 moves forward, crosscutting by Electric Motor Wheel saw 112 when corrugated band 31 is by Electric Motor Wheel saw 112, with corrugated band 31
Constantly being fed forward makes corrugated band 31 by persistently crosscutting segmentation.After corrugated band 31 enters longitudinal sectional mechanism 12, preceding pressure is utilized
The compression of corrugated band 31 is prevented corrugated band 31 in longitudinal sectional offset by roller group 121a and rear pressure roller group 121b, while utilizing longitudinal knife
Upper die cutting roller 1221 and the cooperation of lower die cut roller 1222 in mechanism 122 carry out corrugated band 31 longitudinal sectional.Make in the above manner
Corrugated band 31 is cut into the corrugated board 32 of fixed specification.
Corrugated board 32 is inputted from infeed conveyor belt 21, when it is delivered to paper distributing mechanism 22, passes through paper distributing mechanism 22
Branch's conveying roller 223 is inputted it in splicing platform 23 in the form of flying out by higher speed, and paper distributing mechanism 22 works
When fall before to lowest order and then being gradually increasing, so that corrugated board 32 is gradually stacked, while swing arm swing mechanism 226 drives swing arm
222 bottoms make 222 free end of swing arm drop to lowest point, at this time due to being stayed between guide roller 224 and branch's conveying roller 223
Have only supply one layer of corrugated board 32 by gap, therefore corrugated board 32 can be limited and successively exported, while by elastic layering
2251 correction effect makes corrugated board 32 entirely export, that is, avoids causing its side can not be with because corrugated board 32 deflects
The case where activity orientation 232 smooth fitting of baffle.Corrugated board 32 is by activity orientation baffle 232, and splicing conveyer belt 231 is in splicing
Shi Fanxiang conveyings make corrugated board 32 be positioned by stationary positioned baffle 233, utilize activity orientation baffle 232 and stationary positioned baffle
233 cooperations position corrugated board 32, after corrugated board 32 stacks in splicing platform 23, activity orientation baffle 232
It exiting, press strip swing mechanism 228 drives elastic layering 2251 to be swung up, and prevents elastic layering 2251 from stopping corrugated board 32,
Stacked corrugated board 32 is input to output conveyer belt 24 by splicing conveyer belt 231 simultaneously.
The embodiment of the above is only the preferred embodiment of the utility model, not does any form to the utility model
On limitation.Any technical person familiar with the field all can profit in the case where not departing from technical solutions of the utility model ambit
More possible variations and retouching are made to technical solutions of the utility model with the technology contents of the disclosure above, or are revised as equivalent
The equivalent embodiment of variation.Therefore all contents without departing from technical solutions of the utility model, the thinking according to the utility model are made
Equivalent equivalence changes, should all be covered by the scope of protection of the utility model.
Claims (8)
1. a kind of corrugated paper cutting stacks equipment integrating, it is characterised in that：Including the division mechanism set gradually（1）And stacker
Structure（2）；Wherein, the division mechanism（1）It include the transverse cutting mechanism set gradually according to feed direction（11）With longitudinal sectional mechanism
（12）, wherein the transverse cutting mechanism（11）Including transverse cutting mechanism rack（111）, Electric Motor Wheel saw（112）, carrying roller（113）, conveying
Roller（114）With for driving conveying roller（114）The conveying roller driving mechanism of rotation（115）；The wherein described transverse cutting mechanism rack
（111）Top be equipped with along corrugated band（31）The lateral guide groove that width direction extends（1111）, the Electric Motor Wheel saw（112）It can
Adjusting is installed on the lateral guide groove（1111）On, and the Electric Motor Wheel is sawed（112）Shaft and corrugated band（31）Width side
To parallel, the carrying roller（113）It is rotationally connected with transverse cutting mechanism rack（111）It is simultaneously sawed with the Electric Motor Wheel lower part（112）Up and down
Relatively, the conveying roller（114）It is rotationally connected with transverse cutting mechanism rack（111）Lower part is simultaneously located at the carrying roller（113）It is upper and lower
Trip；The longitudinal sectional mechanism（12）It include the preceding pressure roller group set gradually according to feed direction（121a）, longitudinal sectional cutter mechanism（122）With
Pressure roller group afterwards（121b）, wherein the preceding pressure roller group（121a）With rear pressure roller group（121b）Include a pair of setting up and down
Pressure roller（1211）, and two pressure rollers（1211）Between there are less than corrugated band（31）The spacing of thickness, the longitudinal sectional cutter mechanism
（122）Including upper die cutting roller opposing upper and lower（1221）, lower die cut roller（1222）And drive upper die cutting roller（1221）With lower die
Cut roller（1222）The longitudinal sectional driving mechanism of reverse sync rotation, wherein the upper mold cuts roller（1221）Roll surface on be formed with along watt
Stupefied paper tape（31）The longitudinal knife that width direction extends（12211）, while in lower die cut roller（1222）Roll surface on there are with it is described
Longitudinal knife（12211）The groove of cooperation（12221）；The stacker mechanism（2）Including the infeed conveyor belt docked successively（21）, connect
Paper platform（23）And output conveyer belt（24）, wherein the infeed conveyor belt（21）Feed end and longitudinal sectional mechanism（12）It is right
It connects, and in infeed conveyor belt（21）Discharge end and splicing platform（23）Between be provided with paper distributing mechanism（22）, the separation machine
Structure（22）Including organic frame（221）, be articulated in the rack（221）On swing arm（222）, be rotationally connected with rack（221）Under
Branch's conveying roller in portion（223）, be rotationally connected with swing arm（222）The guide roller of free end（224）, be set to swing arm
（222）The cross bar of free end（225）, be arranged in cross bar（225）On a plurality of elastic layering（2251）, drive rack（221）It rises
The rack elevating mechanism of drop（227）And drive swing arm（222）The swing arm swing mechanism of swing（226）；The splicing platform
（23）Including being set to splicing platform（23）The splicing conveyer belt of upper surface（231）, be set to splicing platform（23）The work of side
Dynamic positioning baffle（232）With stationary positioned baffle（233）, wherein the activity orientation baffle（232）With paper distributing mechanism（22）
Relatively, the stationary positioned baffle（233）With output conveyer belt（24）Relatively, the activity orientation baffle（232）It is also configured with use
In the activity orientation baffle for driving its edge to be translated perpendicular to its board direction（232）Translation mechanism.
2. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The cross bar（225）
With swing arm（222）Free end, which is pivotally connected and is configured with, drives elastic layering（2251）The press strip swing mechanism of swing（228）, the pressure
Swing mechanism（228）Including connecting rod（2281）And oscillating cylinder（2282）, the connecting rod（2281）Both ends respectively with cross bar
（225）End and oscillating cylinder（2282）Piston rod it is hinged, the oscillating cylinder（2282）Cylinder body and swing arm（222）Hinge
It connects；The swing arm（222）Downside is equipped with position limiting structure（2221）, work as swing arm（222）When free end is rocked to lowest order, limit knot
Structure（2221）With rack（221）Touching.
3. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The rack elevator
Structure（227）Including rack fixed seat（2271）, vertical lead screw（2272）And drive vertical lead screw（2272）The rack liter of rotation
Motor drops（2273）, the rack lifting motor（2273）It is fixedly connected on rack fixed seat（2271）On, the vertical lead screw
（2272）With rack（221）It is threadedly coupled.
4. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The swing arm is swung
Mechanism（226）Including with swing arm（222）Coaxially connected driven pulley（2261）, drive pulley（2262）, connection it is driven
Belt pulley（2261）With drive pulley（2262）Driving belt（2263）And driving drive pulley（2262）Rotation
Servo motor（2264）.
5. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The input conveying
Band（21）With output conveyer belt（24）Parallel arrangement, the splicing conveyer belt（231）With infeed conveyor belt（21）It is conveyed with output
Band（24）It is perpendicular；The activity orientation baffle（232）Translation mechanism includes driving activity orientation baffle（232）The translation of translation
Cylinder（234）.
6. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The Electric Motor Wheel saw
（112）With lateral guide groove（1111）Between mounting base sawed by Electric Motor Wheel（116）Connection, the Electric Motor Wheel saw mounting base（116）
Including being sawed with Electric Motor Wheel（112）The mounting base main body being fixedly connected（1161）And and lateral guide groove（1111）The cunning being slidably connected
Block（1162）, the sliding block（1162）Also it is threaded with top pressure lateral guide groove（1111）Clamping screw（1163）.
7. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The conveying roller driving
Mechanism（115）Including with conveying roller（114）Coaxially connected conveying roller driving mechanism driven pulley（1151）, conveying roller driving
Mechanism drive pulley（1152）, conveying roller driving mechanism driving belt（1153）And with conveying roller driving mechanism drive pulley
Wheel（1152）Coaxially connected conveying roll drive motor（1154）.
8. a kind of corrugated paper cutting according to claim 1 stacks equipment integrating, it is characterised in that：The longitudinal sectional driving machine
Structure includes and upper die cutting roller（1221）Coaxially connected driven gear（12231）And lower die cut roller（1222）Coaxially connected active
Gear（12232）And longitudinal sectional driving mechanism driven pulley（12234）, be engaged in driven gear（12231）With driving gear
（12232）Between transmission gear（12233）, longitudinal sectional driving mechanism driving belt（12235）, longitudinal sectional driving mechanism drive pulley
Wheel（12236）And with longitudinal sectional driving mechanism drive pulley（12236）Coaxially connected longitudinal sectional driving motor（12237）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721682822.8U CN207607165U (en) | 2017-12-06 | 2017-12-06 | A kind of corrugated paper cutting stacking equipment integrating |
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| CN201721682822.8U CN207607165U (en) | 2017-12-06 | 2017-12-06 | A kind of corrugated paper cutting stacking equipment integrating |
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| CN207607165U true CN207607165U (en) | 2018-07-13 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454923A (en) * | 2018-09-30 | 2019-03-12 | 句容市南山包装制品有限公司 | A kind of cardboard processing line |
| CN111300545A (en) * | 2020-04-28 | 2020-06-19 | 胡月明 | Continuous die-cutting machine |
-
2017
- 2017-12-06 CN CN201721682822.8U patent/CN207607165U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454923A (en) * | 2018-09-30 | 2019-03-12 | 句容市南山包装制品有限公司 | A kind of cardboard processing line |
| CN111300545A (en) * | 2020-04-28 | 2020-06-19 | 胡月明 | Continuous die-cutting machine |
| CN111300545B (en) * | 2020-04-28 | 2021-11-30 | 苏州健腾电子科技有限公司 | Continuous die-cutting machine |
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