CN209425623U - A kind of L-type automatically in plate continuously erect spelling machine - Google Patents
A kind of L-type automatically in plate continuously erect spelling machine Download PDFInfo
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- CN209425623U CN209425623U CN201920519642.0U CN201920519642U CN209425623U CN 209425623 U CN209425623 U CN 209425623U CN 201920519642 U CN201920519642 U CN 201920519642U CN 209425623 U CN209425623 U CN 209425623U
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Abstract
The utility model discloses a kind of L-type, automatically middle plate continuously erects spelling machine, including rack, middle plate plate joggling apparatus, edging mechanism, transport mechanism, steering mechanism, conveyer chain rail mechanism, hot melt tree lace gumming mechanism, docking mechanism, sizing mechanism of reinforcing, middle plate plate joggling apparatus side is equipped with edging mechanism, edging mechanism side is equipped with transport mechanism, transport mechanism lower part is equipped with steering mechanism, steering mechanism side is equipped with conveyer chain rail mechanism, conveyer chain rail mechanism bottom is successively arranged hot melt tree lace gumming mechanism, docking mechanism, and conveyer chain rail mechanism side is equipped with sizing mechanism of reinforcing.The utility model uses servo-drive, and melt glued, middle plate docking is disposable to be completed, substantially increase production efficiency and the quality of production, it can be directly connected to each other with automation forming line, really realize the automation of glued board assembly, advance the automated process of glued board industry.
Description
Technical field
The utility model belongs to the veneer splicing machinery technical field of wood industry production, in particular to during a kind of L-type is full-automatic
Plate continuously erects spelling machine.
Background technique
Currently, multi-plywood is in production. art, vertical veneer as the necessary raw material of glued board mechanical structure demand,
It is influenced by fast-growing forest timber diameter grade and materials'use rate, the vertical list of whole change for meeting glued board size requirements can not be produced
Plate, longitudinal the service of connection devices of traditional veneer, generally existing production efficiency is low, can not achieve full-automatic splicing, and splicing effect is poor (such as
It is uneven to splice gap, fissure of displacement overlapping), connecting method the problems such as not meeting glued board mechanical structure, drastically influence composite plate
The process of production automation constrains the development of plywood industry and the promotion of product quality.
Summary of the invention
The purpose of the utility model is to overcome insufficient in the prior art, provide a kind of L-type automatically in plate continuously erect spelling machine,
According to market needs, using servo-drive, melt glued, middle plate docking is disposable to be completed, substantially increase production efficiency and
The quality of production can directly be connected to each other with automation forming line, really realize the automation of glued board assembly, advance glued board row
The automated process of industry.
To achieve the goals above, the technical solution adopted in the utility model is:
A kind of L-type automatically in plate continuously erect spelling machine, including rack, middle plate plate joggling apparatus, edging mechanism, transport mechanism, turn
To mechanism, conveyer chain rail mechanism, hot melt tree lace gumming mechanism, docking mechanism, sizing mechanism of reinforcing, the middle plate plate joggling apparatus side is equipped with
Edging mechanism, edging mechanism side are equipped with transport mechanism, and transport mechanism lower part is equipped with steering mechanism, and steering mechanism side, which is equipped with, to be passed
Chain rail mechanism is sent, conveyer chain rail mechanism bottom is successively arranged hot melt tree lace gumming mechanism, docking mechanism, conveyer chain rail mechanism side
Equipped with sizing mechanism of reinforcing；Xiao Zhang's veneer splicing at scale cun (such as: 4X4 ruler) wood leather single plate, is passed through edging mechanism by the middle horizontal spelling machine of plate
The both ends of veneer, parallel straight flange is cut into, is delivered at steering mechanism's guiding ruler by transport mechanism and carries out 90 ° of steerings, passed
Send chain rail mechanism that veneer is carried out compression transmission, by hot melt tree lace gumming mechanism, docking mechanism and the completion pair of the wood skin of front
It connects, finally the veneer spliced is driven backward, scale is carried out by sizing mechanism of reinforcing and is cut.
The edging mechanism includes edging bracket, servo motor I, transmission gear, transmission shaft I, carrier chain rail, cutting disc,
The edging bracket is equipped with a pair of of transmission shaft I up and down, and transmission shaft I is equipped with several carrier chain rails, and I shaft end of transmission shaft, which is equipped with, to be passed
Moving gear, transmission gear are the gear of upper and lower a pair of meshing, and I both ends of transmission shaft are equipped with cutting disc, and cutting disc is upper and lower a pair of of circle
Dise knife, servo motor I connect transmission shaft I by shaft coupling, and servo motor I provides power, by the engagement of transmission gear, up and down
A pair of of transmission shaft I moves synchronously, so that the veneer that the splicing of plate plate joggling apparatus is completed in the drive of carrier chain rail is transmitted, transmits
Shearing straight flange is carried out to veneer by the cutting disc at I both ends of transmission shaft in the process.
The transport mechanism includes transmission bracket, servo motor II, transmission shaft II, conveyer belt I, live-roller I, cylinder I, branch
Support, the transmission bracket are equipped with a pair of of transmission shaft II, and transmission shaft II is equipped with several live-rollers I, and live-roller I, which is equipped with, to be passed
Band I is sent, I side of conveyer belt is equipped with support frame, and support frame is fixedly connected on the rack, and II shaft end of transmission shaft is connected by shaft coupling
Servo motor II, servo motor II are fixedly connected on transmission bracket, and transmission frame bottom is equipped with cylinder I, and cylinder I is fixedly connected
On the rack, servo motor II provides power, is transmitted the veneer that the splicing of middle plate plate joggling apparatus is completed by conveyer belt I, gas
Cylinder I provides power, so that transmission bracket is integrally moved up and down relative to rack.
The steering mechanism includes steering bracket, column, guide rail, sliding block, sliding support, servo motor III, sprocket wheel, chain
Item, support live-roller push live-roller, guiding ruler, guide plate, and the steering bracket bottom is equipped with column, and steering bracket passes through vertical
Column is fixedly connected with transmission bracket, and column side wall is equipped with guide rail, is equipped with sliding block outside guide rail, and sliding block is set on sliding support, sliding
Dynamic bracket is set to upper rack, and rack is equipped with several support live-rollers, and support live-roller shaft end is equipped with sprocket wheel, servo motor
III shaft end is equipped with sprocket wheel, and III shaft end sprocket wheel of servo motor connects support live-roller shaft end sprocket wheel by chain, supports live-roller one
Side is equipped with guiding ruler, and guiding ruler one end is equipped with guide plate, and support live-roller top is correspondingly provided with pushing live-roller, pushes live-roller and passes through
Bearing block is fixedly connected on steering bracket, and the veneer that the splicing of middle plate plate joggling apparatus is completed is sent at guiding ruler by transport mechanism, gas
Cylinder I drives steering bracket to move down, further such that pushing live-roller contacts veneer, finally pushes live-roller and support live-roller is total
Enter rear side conveyer chain rail mechanism, complete steering operating in 90 ° with clamping and transmitting veneer.
The conveyer chain rail mechanism include transmission bracket, swivel plate I, cylinder II, rotary shaft I, cylinder III, swivel plate II,
Rotary shaft II, upper transmission chain rail, underdrive chain rail, servo motor IV, driving gear II, driven gear II, transmission shaft IV, crossbeam
I, crossbeam II, I side wall of swivel plate are equipped with cylinder II, and I one end of swivel plate is movably connected in transmission bracket by rotary shaft I
On, by crossbeam I between swivel plate I and swivel plate I, II side wall of swivel plate is equipped with cylinder III, and II one end of swivel plate passes through rotation
Axis II is movably connected in transmission bracket, and crossbeam II, transmission shaft in upper transmission chain rail are equipped between swivel plate II and swivel plate II
IV is fixedly connected on swivel plate I by bearing block, and transmission shaft IV is equipped with driving gear II, upper transmission chain in upper transmission chain rail
Driven gear II, servo motor IV pass through connection on transmission shaft IV in the engagement of driving gear II underdrive chain rail on transmission shaft IV in rail
Axis device connects transmission shaft IV at II center of driving gear, and servo motor IV provides power, so that upper transmission chain rail and underdrive chain
Rail moves simultaneously, and the veneer after steering is clamped transmission.
The hot melt tree lace gumming mechanism includes pallet, deconcentrator, gluing pawl, Jiao Chi, whole wire casing, heat block, the support
Disk is set to transmission bracket side, and for placing tree lace, Jiao Chi is set in transmission bracket pallet, and the side Jiao Chi is equipped with separated time
Device is equipped with gluing pawl in glue pond, and the top Jiao Chi is equipped with whole wire casing, and whole wire casing side is equipped with heat block, is equipped with tree lace in heat block
Hole, the tree lace being arranged on pallet enter gluing pawl by deconcentrator and carry out gluing, arranged by whole wire casing, eventually pass through plus
Tree lace hole in heat block enters docking mechanism.
The docking mechanism includes water cooling pond, support roller, lower compression roller, docking bracket, tension spring, bracket I, in the water cooling pond
Equipped with support roller, support roller top is equipped with lower compression roller, and lower compression roller is set on docking bracket, and docking bracket one end is equipped with tension spring,
Tension spring other end connecting bracket I, bracket I is fixedly connected on crossbeam I, and tree lace is glued by heating tree lace gumming mechanism
Afterwards, docking pressing is carried out finally by support roller and lower compression roller, further such that hot melt tree lace is bonded veneer.
Preferably, I bottom of conveyer belt is equipped with support plate in the transport mechanism, and support plate bottom is equipped with several brackets, support
Frame bottom is fixedly connected on transmission bracket, and support plate prevents conveyer belt I to be recessed during transmitting veneer, influences the biography of veneer
Send transhipment.
Preferably, the sizing mechanism of reinforcing side is equipped with stacking mechanism, and sizing mechanism of reinforcing is complete by conveying band connection stacking mechanism
Stacking storage is carried out at the middle plate of perpendicular spelling.
Beneficial effect is shown the utility model compared with prior art:
1) in the horizontal spelling machine of plate Xiao Zhang's veneer splicing at scale cun wood leather single plate, by edging mechanism the both ends of veneer,
Parallel straight flange is cut into, is delivered at steering mechanism's guiding ruler by transport mechanism and carries out 90 ° of steerings, conveyer chain rail mechanism will be single
Plate carries out compression transmission, docks by the wood skin completion of hot melt tree lace gumming mechanism, docking mechanism and front, finally splicing
Veneer be driven backward, scale is carried out by sizing mechanism of reinforcing and is cut, using servo-drive, melt glued, middle plate docking is primary
Property complete, substantially increase production efficiency and the quality of production；
2) cylinder III eject, drive swivel plate II with rotary shaft II be the center of circle rotate, further such that upper transmission chain rail and
The opening of underdrive chain rail increases, and further facilitates the veneer after turning to and enters transmission；Cylinder II eject, drive swivel plate I with
Rotary shaft I is center of circle rotation, and upper transmission chain rail lifts, and transmission chain rail, which lifts, in one side can be convenient maintenance, on the other hand right
The slab for connecing completion stops transmission, and sizing mechanism of reinforcing completion cuts scale；
3) perpendicular spelling is completed by conveying band connection stacking mechanism equipped with stacking mechanism, sizing mechanism of reinforcing in sizing mechanism of reinforcing side
Middle plate carries out stacking storage, can directly be connected to each other with automation forming line, really realize the automation of glued board assembly, advance
The automated process of glued board industry.
Detailed description of the invention
Attached drawing 1 is that automatically middle plate continuously erects spelling machine structural schematic diagram to a kind of L-type of the utility model；
Attached drawing 2 is a kind of L-type of the utility model automatically middle plate continuous Shu Pinjizhong edging mechanism top view；
Attached drawing 3 is that automatically middle plate continuously erects transport mechanism in spelling machine, steering mechanism's combination shape to a kind of L-type of the utility model
State structural schematic diagram；
Attached drawing 4 is that automatically middle plate continuously erects transport mechanism structural schematic diagram in spelling machine to a kind of L-type of the utility model；
Attached drawing 5 is that automatically middle plate continuously erects steering mechanism structure schematic diagram in spelling machine to a kind of L-type of the utility model；
Attached drawing 6 is that automatically middle plate continuously erects conveyer chain rail mechanism structural schematic diagram in spelling machine to a kind of L-type of the utility model；
Attached drawing 7 is that automatically middle plate continuously erects hot melt tree lace gumming mechanism, docking machine in spelling machine to a kind of L-type of the utility model
Structure structural schematic diagram；
In figure: 10- rack, plate plate joggling apparatus in 11-, 12- edging mechanism, 13- transport mechanism, 14- steering mechanism, 15- are passed
Chain rail mechanism is sent, 16- heats tree lace gumming mechanism, 17- docking mechanism, 18- sizing mechanism of reinforcing, 19- stacking mechanism, 101- edging branch
Frame, 102- servo motor I, 103- transmission gear, 104- transmission shaft I, 105- carrier chain rail, 106- cutting disc, 201- transmission branch
Frame, 202- servo motor II, 203- transmission shaft II, 204- conveyer belt I, 205- live-roller I, 206- support plate, 207- bracket,
208- cylinder I, 209- support frame, 301- steering bracket, 302- column, 303- guide rail, 304- sliding block, 305- sliding support,
306- servo motor III, 307- sprocket wheel, 308- chain, 309- support live-roller, and 3091- pushes live-roller, 310- guiding ruler, 311-
Guide plate, 401- transmission bracket, 402- swivel plate I, 403- cylinder II, 404- rotary shaft I, 405- cylinder III, 406- swivel plate
II, 407- rotary shaft II, the upper transmission chain rail of 408-, 409- underdrive chain rail, 410- servo motor IV, 411- driving gear II,
412- driven gear II, 413- transmission shaft IV, 414- crossbeam I, 415- crossbeam II, 501- pallet, 502- deconcentrator, 503- gluing
Pawl, the whole wire casing of 504- Jiao Chi, 505-, 506- heat block, 601- water cooling pond, 602- support roller, 603- lower compression roller, 604- docking branch
Frame, 605- tension spring, 606- bracket I.
Specific embodiment
For convenience of the understanding of those skilled in the art, 1-7 with reference to the accompanying drawing, to the technical solution of the utility model into one
Step illustrates.
A kind of L-type automatically in plate continuously erect spelling machine, including rack 10, middle plate plate joggling apparatus 11, edging mechanism 12, conveyer
Structure 13, steering mechanism 14, conveyer chain rail mechanism 15, hot melt tree lace gumming mechanism 16, docking mechanism 17, sizing mechanism of reinforcing 18, it is described
Middle 11 side of plate plate joggling apparatus is equipped with edging mechanism 12, and 12 side of edging mechanism is equipped with transport mechanism 13, and 13 lower part of transport mechanism is set
There is steering mechanism 14,14 side of steering mechanism is equipped with conveyer chain rail mechanism 15, and 15 bottom of conveyer chain rail mechanism is successively arranged hot melt
Tree lace gumming mechanism 16, docking mechanism 17,15 side of conveyer chain rail mechanism are equipped with sizing mechanism of reinforcing 18.
The edging mechanism 12 includes edging bracket 101, servo motor I 102, transmission gear 103, transmission shaft I 104, defeated
Chain rail 105, cutting disc 106 are sent, the edging bracket 101 is equipped with a pair of of transmission shaft I 104, transmission shaft I 104 up and down and is equipped with
Several carrier chain rails 105, I 104 shaft end of transmission shaft are equipped with transmission gear 103, and transmission gear 103 is the tooth of upper and lower a pair of meshing
Wheel, I 104 both ends of transmission shaft are equipped with cutting disc 106, and cutting disc 106 is upper and lower a pair of discs knife, and servo motor I 102 passes through shaft coupling
Device connects transmission shaft I 104, and servo motor I 102 provides power, and by the engagement of transmission gear 103, a pair of transmission shaft I is same up and down
Step movement passes through biography so that the veneer that the splicing of plate plate joggling apparatus is completed in the drive of carrier chain rail is transmitted in transmit process
The cutting disc 106 at I both ends of moving axis carries out shearing straight flange to veneer.
The transport mechanism 13 includes transmission bracket 201, servo motor II 202, transmission shaft II 203, conveyer belt I 204, passes
Dynamic roller I 205, cylinder I 208, support frame 209, the transmission bracket 201 are equipped with a pair of of transmission shaft II 203, transmission shaft II 203
Several live-rollers I 205 are equipped with, live-roller I 205 is equipped with conveyer belt I 204, and I 204 side of conveyer belt is equipped with support frame 209,
Support frame 209 is fixedly connected in rack 10, and II 203 shaft end of transmission shaft connects servo motor II 202, servo electricity by shaft coupling
Machine II 202 is fixedly connected on transmission bracket 201, and transmission 201 bottom of bracket is equipped with cylinder I 208, and cylinder I 208 is fixedly connected on
In rack 10, servo motor II 202 provides power, is passed the veneer that the splicing of middle plate plate joggling apparatus is completed by conveyer belt I 204
It send, cylinder I provides power, so that transmission bracket is integrally moved up and down relative to rack.
The steering mechanism 14 includes steering bracket 301, column 302, guide rail 303, sliding block 304, sliding support 305, watches
It takes motor III 306, sprocket wheel 307, chain 308, support live-roller 309, push live-roller 3091, guiding ruler 310, guide plate 311, institute
301 bottom of steering bracket is stated equipped with column 302, steering bracket 301 is fixedly connected with transmission bracket 201, column by column 302
302 side walls are equipped with guide rail 303, are equipped with sliding block 304 outside guide rail 303, sliding block 304 is set on sliding support 305, sliding support
305 are set to 10 top of rack, and rack 10 is equipped with several support live-rollers 309, and support 309 shaft end of live-roller is equipped with sprocket wheel
307, III 306 shaft end of servo motor is equipped with sprocket wheel 307, and III 306 shaft end sprocket wheel 307 of servo motor passes through the connection support of chain 308
309 shaft end sprocket wheel 307 of live-roller, support 309 side of live-roller are equipped with guiding ruler 310, and 310 one end of guiding ruler is equipped with guide plate 311, branch
Support 309 top of live-roller, which is correspondingly provided with, pushes live-roller 3091, pushes live-roller 3091 by bearing block and is fixedly connected on steering
On bracket 301, the veneer that the splicing of middle plate plate joggling apparatus is completed is sent at guiding ruler 310 by transport mechanism 13, I 208 band turn of cylinder
It is moved down to bracket 301, further such that pushing live-roller 3091 contacts veneer, finally pushes live-roller 3091 and support live-roller
309 clamp jointly and transmit veneer and enter rear side conveyer chain rail mechanism 15, complete steering operating in 90 °.
The conveyer chain rail mechanism 15 includes transmission bracket 401, swivel plate I 402, cylinder II 403, rotary shaft I 404, gas
Cylinder III 405, swivel plate II 406, rotary shaft II 407, upper transmission chain rail 408, underdrive chain rail 409, servo motor IV 410, master
Moving gear II 411, driven gear II 412, transmission shaft IV 413, crossbeam I 414, crossbeam II 415, I 402 side wall of swivel plate are set
Have a cylinder II 403, I 402 one end of swivel plate is movably connected in transmission bracket 401 by rotary shaft I 404, swivel plate I 402 with
By crossbeam I 414 between swivel plate I 402, II 406 side wall of swivel plate is equipped with cylinder III 405, and II 406 one end of swivel plate passes through rotation
Shaft II 407 is movably connected in transmission bracket 401, and crossbeam II 415 is equipped between swivel plate II 406 and swivel plate II 406, on
Transmission shaft IV 413 is fixedly connected on swivel plate I 402 by bearing block in transmission chain rail 408, is driven in upper transmission chain rail 408
Axis IV 413 is equipped with driving gear II 411, and driving gear II 411 passes under engaging on transmission shaft IV 413 in upper transmission chain rail 408
Driven gear II 412, servo motor IV 410 connect driving gear II by shaft coupling on transmission shaft IV 413 in dynamic chain rail 409
Transmission shaft IV 413 at 411 centers, servo motor IV 410 provide power, so that upper transmission chain rail 408 and underdrive chain rail 409 are same
Veneer after steering is clamped transmission by Shi Yundong.
The hot melt tree lace gumming mechanism 16 includes pallet 501, deconcentrator 502, gluing pawl 503, glue pond 504, whole wire casing
505, heat block 506, the pallet 501 are set to 401 side of transmission bracket, and for placing tree lace, glue pond 504 is set pallet 501
It is placed in transmission bracket 401,504 side of glue pond is equipped with deconcentrator 502, and gluing pawl 503,504 top of glue pond are equipped in glue pond 504
Equipped with whole wire casing 505, whole 505 side of wire casing is equipped with heat block 506, and tree lace hole is equipped in heat block 506, is arranged on pallet 501
Tree lace by deconcentrator 502 enter gluing pawl 503 carry out gluing, arranged by whole wire casing 505, eventually pass through heat block
Tree lace hole in 506 enters docking mechanism 17.
The docking mechanism 17 include water cooling pond 601, support roller 602, lower compression roller 603, docking bracket 604, tension spring 605,
Bracket I 606, the water cooling pond 601 is interior to be equipped with support roller 602, and 602 top of support roller is equipped with lower compression roller 603, and lower compression roller 603 is set
It is placed on docking bracket 604, docking 604 one end of bracket is equipped with tension spring 605,605 other end connecting bracket I 606 of tension spring, bracket I
606 are fixedly connected on crossbeam I 414, after tree lace is glued by hot melt tree lace gumming mechanism 16, finally by support roller
602 and lower compression roller 603 carry out docking pressing, further such that hot melt tree lace be bonded veneer.
I 204 bottom of conveyer belt is equipped with support plate 206 in the transport mechanism 13, and 206 bottom of support plate is equipped with several brackets
207,207 bottom of bracket is fixedly connected on transmission bracket 201, and support plate prevents conveyer belt I to be recessed during transmitting veneer,
Influence the transmission transhipment of veneer.
18 side of sizing mechanism of reinforcing is equipped with stacking mechanism 19, and sizing mechanism of reinforcing 18 passes through conveying band connection stacking mechanism 19,
It completes the perpendicular middle plate spelled and carries out stacking storage.
A kind of L-type automatically in plate continuously erect spelling machine, the course of work is as follows: the middle horizontal spelling machine of plate is Xiao Zhang's veneer splicing Cheng Ding
Size (such as: 4X4 ruler) wood leather single plate cuts into parallel straight flange, passes through transport mechanism by edging mechanism the both ends of veneer
It is delivered at steering mechanism's guiding ruler and carries out 90 ° of steerings, veneer is carried out compression transmission by conveyer chain rail mechanism, by hot melt tree lace
The wood skin completion of gluing mechanism, docking mechanism and front is docked, and finally the veneer spliced is driven backward, by sizing mechanism of reinforcing into
Row scale is cut.
Above content is only the structure example and explanation to the utility model, the technologies of affiliated the art
Personnel make various modifications or additions to the described embodiments or are substituted in a similar manner, without departing from
The structure of utility model or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (8)
1. automatically middle plate continuously erects spelling machine, including rack, middle plate plate joggling apparatus, edging mechanism, transport mechanism, steering to a kind of L-type
Mechanism, conveyer chain rail mechanism, hot melt tree lace gumming mechanism, docking mechanism, sizing mechanism of reinforcing, it is characterised in that the middle plate plate joggling apparatus
Side is equipped with edging mechanism, and edging mechanism side is equipped with transport mechanism, and transport mechanism lower part is equipped with steering mechanism, steering mechanism one
Side is equipped with conveyer chain rail mechanism, and conveyer chain rail mechanism bottom is successively arranged hot melt tree lace gumming mechanism, docking mechanism, conveyer chain rail
Mechanism side is equipped with sizing mechanism of reinforcing.
2. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 1, it is characterised in that edging mechanism packet
Edging bracket, servo motor I, transmission gear, transmission shaft I, carrier chain rail, cutting disc are included, the edging bracket is equipped with up and down
A pair of of transmission shaft I, transmission shaft I are equipped with several carrier chain rails, and I shaft end of transmission shaft is equipped with transmission gear, and transmission gear is upper and lower
The gear of a pair of meshing, I both ends of transmission shaft are equipped with cutting disc, and cutting disc is upper and lower a pair of discs knife, and servo motor I passes through shaft coupling
Device connects transmission shaft I.
3. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 1, it is characterised in that the transport mechanism packet
Transmission bracket, servo motor II, transmission shaft II, conveyer belt I, live-roller I, cylinder I, support frame are included, is set on the transmission bracket
There is a pair of of transmission shaft II, transmission shaft II is equipped with several live-rollers I, and live-roller I is equipped with conveyer belt I, and I side of conveyer belt is equipped with
Support frame, support frame are fixedly connected on the rack, and II shaft end of transmission shaft connects servo motor II, servo motor II by shaft coupling
It is fixedly connected on transmission bracket, transmission frame bottom is equipped with cylinder I, and cylinder I is fixedly connected on the rack；
The steering mechanism includes steering bracket, column, guide rail, sliding block, sliding support, servo motor III, sprocket wheel, chain, branch
It supports live-roller, push live-roller, guiding ruler, guide plate, the steering bracket bottom is equipped with column, and steering bracket is fixed by column
Connection transmission bracket, column side wall are equipped with guide rail, are equipped with sliding block outside guide rail, sliding block is set on sliding support, sliding support
It is set to upper rack, rack is equipped with several support live-rollers, and support live-roller shaft end is equipped with sprocket wheel, III shaft end of servo motor
Equipped with sprocket wheel, III shaft end sprocket wheel of servo motor connects support live-roller shaft end sprocket wheel by chain, and support live-roller side is equipped with
Guiding ruler, guiding ruler one end are equipped with guide plate, and support live-roller top is correspondingly provided with pushing live-roller, push live-roller and pass through bearing block
It is fixedly connected on steering bracket.
4. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 1, it is characterised in that the conveyer chain trailer
Structure include transmission bracket, swivel plate I, cylinder II, rotary shaft I, cylinder III, swivel plate II, rotary shaft II, upper transmission chain rail, under
Transmission chain rail, servo motor IV, driving gear II, driven gear II, transmission shaft IV, crossbeam I, crossbeam II, I side of swivel plate
Wall is equipped with cylinder II, and I one end of swivel plate is movably connected in transmission bracket by rotary shaft I, between swivel plate I and swivel plate I
By crossbeam I, II side wall of swivel plate is equipped with cylinder III, and II one end of swivel plate is movably connected in transmission bracket by rotary shaft II
On, crossbeam II is equipped between swivel plate II and swivel plate II, transmission shaft IV is fixedly connected on by bearing block in upper transmission chain rail
On swivel plate I, transmission shaft IV is equipped with driving gear II in upper transmission chain rail, driving gear on transmission shaft IV in upper transmission chain rail
Driven gear II, servo motor IV connect II center of driving gear by shaft coupling on transmission shaft IV in II engagement underdrive chain rail
Locate transmission shaft IV.
5. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 1, it is characterised in that on the hot melt tree lace
Gluing mechanism includes pallet, deconcentrator, gluing pawl, Jiao Chi, whole wire casing, heat block, and the pallet is set to transmission bracket side, holds in the palm
For placing tree lace, Jiao Chi is set in transmission bracket disk, and the side Jiao Chi is equipped with deconcentrator, and gluing pawl, Jiao Chi are equipped in glue pond
Top is equipped with whole wire casing, and whole wire casing side is equipped with heat block, is equipped with tree lace hole in heat block.
6. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 2, it is characterised in that the docking mechanism packet
Water cooling pond, support roller, lower compression roller, docking bracket, tension spring, bracket I are included, is equipped with support roller, support roller top in the water cooling pond
Equipped with lower compression roller, lower compression roller is set on docking bracket, and docking bracket one end is equipped with tension spring, tension spring other end connecting bracket I, branch
Frame I is fixedly connected on crossbeam I.
7. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 3, it is characterised in that in the transport mechanism
I bottom of conveyer belt is equipped with support plate, and support plate bottom is equipped with several brackets, and bracket base is fixedly connected on transmission bracket.
8. automatically middle plate continuously erects spelling machine to a kind of L-type according to claim 1, it is characterised in that the sizing mechanism of reinforcing one
Side is equipped with stacking mechanism, and sizing mechanism of reinforcing passes through conveying band connection stacking mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920519642.0U CN209425623U (en) | 2019-04-16 | 2019-04-16 | A kind of L-type automatically in plate continuously erect spelling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920519642.0U CN209425623U (en) | 2019-04-16 | 2019-04-16 | A kind of L-type automatically in plate continuously erect spelling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209425623U true CN209425623U (en) | 2019-09-24 |
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ID=67979309
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920519642.0U Active CN209425623U (en) | 2019-04-16 | 2019-04-16 | A kind of L-type automatically in plate continuously erect spelling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209425623U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112659285A (en) * | 2020-12-30 | 2021-04-16 | 蓬莱正泰木业有限公司 | Continuous plate splicing production line and plate splicing method |
-
2019
- 2019-04-16 CN CN201920519642.0U patent/CN209425623U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112659285A (en) * | 2020-12-30 | 2021-04-16 | 蓬莱正泰木业有限公司 | Continuous plate splicing production line and plate splicing method |
| CN112659285B (en) * | 2020-12-30 | 2023-08-01 | 蓬莱正泰木业有限公司 | Continuous plate splicing production line and plate splicing method |
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