CN108934124A - Disconnecting device and flexible circuit board processing machine - Google Patents
Disconnecting device and flexible circuit board processing machine Download PDFInfo
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- CN108934124A CN108934124A CN201810894910.7A CN201810894910A CN108934124A CN 108934124 A CN108934124 A CN 108934124A CN 201810894910 A CN201810894910 A CN 201810894910A CN 108934124 A CN108934124 A CN 108934124A
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- winding displacement
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K3/00—Apparatus or processes for manufacturing printed circuits
- H05K3/0011—Working of insulating substrates or insulating layers
- H05K3/0044—Mechanical working of the substrate, e.g. drilling or punching
Abstract
The present invention relates to the production technical fields of flexible circuit board.Disconnecting device, including fixing seat, gravity tensioning mechanism and fixed length cutting mechanism；Gravity tensioning mechanism and fixed length cutting mechanism are mounted in fixing seat.The advantages of disconnecting device is the neat degree for improving fracture, and flexible circuit board cuts high yield rate.
Description
Technical field
The present invention relates to the production technical fields of flexible circuit board.
Background technique
Flexible circuit board has height reliability, has the characteristics that Distribution density is high, light-weight, thickness is thin, bending is good,
Therefore it is widely used.The processing of flexible circuit board includes winding displacement feeding, winding displacement rubberizing and winding displacement cutting stock, existing
Processing method operate separately, processing efficiency is low.
Summary of the invention
It is an object of the present invention to provide the disconnecting devices that a kind of flexible circuit board cuts high yield rate；Of the invention is another
One purpose is to provide one kind and is automatically performed winding displacement and gummed paper feeding, and circuit board cuts the flexible circuit board processing of high yield rate
Machine.
To achieve the goals above, the invention adopts the following technical scheme: disconnecting device, including fixing seat, gravity
Tight mechanism and fixed length cutting mechanism；Gravity tensioning mechanism and fixed length cutting mechanism are mounted in fixing seat；
Gravity tensioning mechanism includes transition roller, gravity action roller, vertical optical axis, photoelectric sensor, discharging idler wheel and connection
Plate；Gravity action roller is connected on vertical optical axis by linear bearing；Vertical optical axis is arranged on connecting plate, connecting plate installation
In fixing seat；Connecting plate is respectively arranged with photoelectric sensor up and down, and photoelectric sensor is for detecting gravity action roller most
High position and extreme lower position；Discharge roller wheel is rotatably installed on connecting plate；
Fixed length cutting mechanism includes that mounting base, feed wheel, punishment in advance component, channel adjust component, reloading component and cuts component, edge
Feedstock direction feed wheel, channel adjust component, the component that reloads, cut component and binder component is arranged successively；Mounting base is mounted on
In fixing seat；
Feed wheel is connected on the feed end of mounting base, feed wheel and glue-pressing device location matches；Channel adjusts component, group of reloading
Part cuts component and binder component is in mounting base, and channel adjusts component and carries out width direction limit to winding displacement；Reload component
For driving winding displacement to feed；
The component that reloads includes the second motor, the second V belt translation component, the compression bar that reloads, roller mounting plate, lower driving roller, upper adjusting
Roller adjusts screw, the first spring and dovetail plywood；Roller mounting plate is mounted in mounting base, lower driving roller rotation connection
In roller mounting plate, the upper shaft for adjusting roller be in the vertical slot of roller mounting plate, and winding displacement is across lower driving roller and upper
It adjusts between roller；Second motor is mounted in mounting base, and the second motor drives roller by the way that the connection of the second V belt translation component is lower；
It adjusts screw to be connected on roller mounting plate, adjusts screw by adjusting roller in the connection of the first spring, it is logical to adjust screw lower end
The first spring is crossed to push upper adjusting roller；The compression bar that reloads is connected in roller mounting plate by pin shaft, compression bar end of reloading
In the upper lower section for adjusting roller shaft, roller is adjusted in compression bar control of reloading and is moved up and down in vertical slot；The compression bar that reloads is in U-shape,
Reload two free ends of compression bar be respectively at adjust roller shaft lower section；Dovetail plywood is mounted in mounting base, dovetail
Plywood is in upper adjusting roller and cuts between component；
Cutting component includes third motor, fixing cutter, mobile fracture knife, lifting knife rest, wear-resisting ring and eccentric wheel；Third motor peace
In mounting base, eccentric wheel is connected on third motor output shaft, and wear-resisting ring is nested on eccentric wheel；Fixing cutter is mounted on
It fills on seat, fixing cutter is in the U-shaped of blade upward；Mobile fracture knife is movably connected on lifting knife rest, mobile fracture knife blade court
Under, lifting knife rest vertical shift cooperation is in mounting base, fixing cutter and mobile fracture knife upper and lower position matching；Wear-resisting ring lateral wall
Contact lifting knife rest, third motor control lifting knife rest by eccentric wheel and move up and down；
Binder component includes fixed block, binder block and second spring；Fixed block is mounted on mobile fracture knife, the company on binder block
Spindle is movably connected on fixed block, and second spring is socketed in the connecting shaft between fixed block and binder block, and binder block is along solid
Determine block to move up and down；Binder block bottom is in the lower section of mobile fracture knife blade.
Preferably, it includes adjusting plate, lower groove bar and two pieces of adjustable plates that channel, which adjusts component,；Plate is adjusted to be mounted on
In mounting base, lower groove bar, which is in, to be adjusted below plate, and two pieces of adjustable plates disposed in parallel, which are in, to be adjusted above plate, and adjustable plate is worn
Plate is overregulated to be connected with lower groove bar.Adjustable plate is connected with lower groove bar by the T-nut in bolt and lower groove bar, winding displacement from
It is passed through between two adjustable plates.
Flexible circuit board processing machine, including rack, feeding device, punishment in advance platform assembly, tape sticking device, glue-pressing device and cut
Disconnected device, feeding device, punishment in advance platform assembly, tape sticking device and glue-pressing device are mounted on the rack, and feeding device and punishment in advance are flat
The linking of platform component, glue-pressing device position correspond to punishment in advance platform assembly, and tape sticking device, glue-pressing device and disconnecting device are successively connected；
Gravity tensioning mechanism is connected with glue-pressing device discharge end；Transition roller is rotatablely connected on the rack.
Using the disconnecting device of above-mentioned technical proposal, gravity tensioning mechanism stretches tight the flexible circuit board that rubberizing is completed
Tightly, as transition mechanism, guarantee the reliable and stable work of fixed length cutting mechanism；Fixed length cutting mechanism is soft for completing to rubberizing
Property circuit board is cut.Gravity tensioning mechanism reduces the failure rate that fixed length cutting mechanism is answered feeding too fast or generated slowly excessively,
Winding displacement is cached in gravity tensioning mechanism, provides reliable operating condition for fixed length cutting mechanism, and is conducive to winding displacement and keeps straight.It is fixed
Long cutting mechanism adjusts the setting of component by channel, improves the accuracy of winding displacement charging, guarantees the verticality of fracture；It reloads
Component conveniently reloads, and does not damage winding displacement surface, solves the problems, such as hardly possible of reloading during cutting；Component is cut by eccentric wheel drive,
Structure is simple, and stroke is relatively easy to control, and the installation of wear-resisting ring improves service life；The design of binder component breaking out cut improves
The neat degree of fracture.The advantages of disconnecting device is the neat degree for improving fracture, and flexible circuit board cuts high yield rate.
Using above scheme flexible circuit board processing machine the advantages of be to be automatically performed winding displacement feeding, be automatically performed gummed paper feeding, glue
Paper is pasted, gummed paper cutting and gummed paper detect, and is compressed and cut, high in machining efficiency.
Detailed description of the invention
Fig. 1 is the configuration schematic diagram of the embodiment of the present invention 2.
Fig. 2 is the configuration schematic diagram of the feeding device of the embodiment of the present invention 2.
Fig. 3 is the configuration schematic diagram of the punishment in advance platform assembly of the embodiment of the present invention 2.
Fig. 4 is the configuration schematic diagram of the optical fiber component of the embodiment of the present invention 2.
Fig. 5 is the configuration schematic diagram of the tape sticking device of the embodiment of the present invention 2.
Fig. 6 is the configuration schematic diagram of functional module group in the rubberizing of the embodiment of the present invention 2.
Fig. 7 is the configuration schematic diagram of the gummed paper guide post component of the embodiment of the present invention 2.
Fig. 8 is the configuration schematic diagram of the gummed paper press mechanism of the embodiment of the present invention 2.
Fig. 9 is the configuration schematic diagram of the gummed paper cut-off mechanism of the embodiment of the present invention 2.
Figure 10 be the embodiment of the present invention 2 rubberizing under functional module group configuration schematic diagram.
Figure 11 is the configuration schematic diagram of the synchronizer assembly of the embodiment of the present invention 2.
Figure 12 is the configuration schematic diagram of the driving assembly of the embodiment of the present invention 2.
Figure 13 is the configuration schematic diagram of the pushing component of the embodiment of the present invention 2.
Figure 14 is the structural schematic diagram of the stifled glue detection components of the embodiment of the present invention 2.
Figure 15 is the configuration schematic diagram of the glue-pressing device of the embodiment of the present invention 2.
Figure 16 is the configuration schematic diagram of the disconnecting device of the embodiment of the present invention.
Figure 17 is the configuration schematic diagram of the gravity tensioning mechanism of the embodiment of the present invention.
Figure 18 is the configuration schematic diagram of the fixed length cutting mechanism of the embodiment of the present invention.
Figure 19 is that the channel of the embodiment of the present invention adjusts the configuration schematic diagram of component.
Figure 20 is the configuration schematic diagram of the component that reloads of the embodiment of the present invention.
Figure 21 is the configuration schematic diagram for cutting component of the embodiment of the present invention.
Figure 22 is the configuration schematic diagram of the binder component of the embodiment of the present invention.
Specific embodiment
The present invention is described further below with reference to Fig. 1-Figure 22.
Embodiment 1
Disconnecting device 5 as shown in Figure 16-22, including fixing seat 51, gravity tensioning mechanism 52 and fixed length cutting mechanism 53；It is fixed
Seat 51 is placed on the ground, and gravity tensioning mechanism 52 is connected with 4 discharge end of glue-pressing device, and gravity tensioning mechanism 52 and fixed length are cut
Mechanism 53 is mounted in fixing seat 51, and gravity tensioning mechanism 52 tightens the flexible circuit board that rubberizing is completed, as transition
Mechanism guarantees the reliable and stable work of fixed length cutting mechanism 53；Fixed length cutting mechanism 53 is used for the flexible circuit completed to rubberizing
Plate is cut.
Gravity tensioning mechanism 52 includes transition roller 521, gravity action roller 522, vertical optical axis 523, photoelectric sensor
524, discharge idler wheel 525 and connecting plate 526；Transition roller 521 is rotatably connected in rack 6, and flexible circuit board is in its top；
Gravity action roller 522 is connected on vertical optical axis 523 by linear bearing, and flexible circuit board is in gravity action roller 522
Lower section；Vertical 523 upper and lower ends of optical axis are arranged on connecting plate 526, and connecting plate 526 is mounted in fixing seat 51；Connecting plate 526
Be respectively arranged with photoelectric sensor 524 up and down, photoelectric sensor 524 be used to detect gravity action roller 522 extreme higher position and
Extreme lower position；Discharging idler wheel 525 is rotatably installed on connecting plate 526, and flexible circuit board is disposed over, and discharging idler wheel 525 is used
Enter in fixed length cutting mechanism 53 in leading flexible circuit board to put down；
Gravity tensioning mechanism 52 at work, by the self gravity of gravity action roller 522, flexible circuit that rubberizing is completed
Plate tensioning, so as to the reliable and stable work of fixed length cutting mechanism 53；Gravity action roller 522 is limited by photoelectric sensor 524
Upper and lower pole location makes flexible circuit board be able to transition buffer herein by controlling 53 operating rate of fixed length cutting mechanism；Weight
The effect of power strainer 52 is: the failure rate that fixed length cutting mechanism 53 is answered feeding too fast or generated slowly excessively is reduced, in gravity
Winding displacement is cached in strainer 52, provides reliable operating condition for fixed length cutting mechanism 53, and is conducive to winding displacement and keeps straight.
Fixed length cutting mechanism 53 includes mounting base 531, feed wheel 532, punishment in advance component 533, channel adjusting component 534, changes
Expect component 535 and cut component 536, adjusts component 534 along feedstock direction feed wheel 532, channel, the component 535 that reloads, cuts group
Part 536 and binder component 537 are arranged successively.Mounting base 531 is mounted in fixing seat 51.
Feed wheel 532 is connected on the feed end of mounting base 531, feed wheel 532 and 4 location matches of glue-pressing device, charging
Wheel 532 is used for the charging of winding displacement.Channel adjusts component 534, the component 535 that reloads, cuts component 536 and binder component 537 is in
In mounting base 531, channel adjusts component 534 and carries out width direction limit to winding displacement.The component 535 that reloads for drive winding displacement into
Material, and winding displacement can be replaced here.Component 536 is cut for winding displacement to be cut into segment, by binder component during cutting
537 binders are assisted.
At work, winding displacement enters channel after feed wheel 532 and adjusts component 534 fixed length cutting mechanism 53, by logical
Road, which adjusts component 534, prevents left and right play.The component 535 that reloads for driving winding displacement, and in unexpected situations such as winding displacement blockings or
When replacing winding displacement, replaced by the component.It is cut finally by component 536 is cut, is improved and cut out by binder component 537
The uniformity of cut-off port is completed to cut.The effect of fixed length cutting mechanism 53 is: adjusting the setting of component 534 by channel, improves
The accuracy of winding displacement charging, guarantees the verticality of fracture；The component 535 that reloads conveniently reloads, and does not damage winding displacement surface, solves to cut out
The problem for hardly possible of reloading during cutting；Component 536 is cut by eccentric wheel drive, structure is simple, and stroke is relatively easy to control, the peace of wear-resisting ring
Dress improves service life；The design of 537 breaking out cut of binder component improves the neat degree of fracture.
It includes adjusting plate 5341, lower groove bar 53 42 and two pieces of adjustable plates 5343 that channel, which adjusts component 534,.Adjust plate
5341 are mounted in mounting base 531, and lower groove bar 5342, which is in, adjusts 5341 lower section of plate, two pieces of adjustable plates 5343 disposed in parallel
In adjusting above plate 5341, winding displacement is on the adjusting plate 5341 between two pieces of adjustable plates, and adjustable plate 5343, which passes through, to be adjusted
Section plate 5341 is connected with lower groove bar 5342, and specifically adjustable plate 5343 and lower groove bar 5342 pass through bolt 5344 and lower groove bar
T-nut in 5342 is connected, and winding displacement is passed through between two adjustable plates 5343, adjust two adjustable plates 5343 it is mutual away from
From the winding displacement to adapt to different in width, it is positioned.
The component 535 that reloads includes the second motor 5351, the second V belt translation component 5352, the compression bar 5353 that reloads, roller installation
Plate 5354, upper adjusting roller 5356, adjusts screw 5357, the first spring 5358 and dovetail plywood 5359 at lower driving roller 5355.
Roller mounting plate 5354 is mounted in mounting base 531, and lower driving roller 5355 is rotatably connected in roller mounting plate 5354, up-regulation
The shaft of section roller 5356 is in the vertical slot of roller mounting plate 5354, and winding displacement passes through lower driving roller 5355 and upper adjusting roller
Between 5356.Second motor 5351 is mounted in mounting base 531, and the second motor 5351 is connected by the second V belt translation component 5352
Power is transmitted to lower driving roller 5355 from the second motor 5351 by lower driving roller 5355.It adjusts screw 5357 and is connected to rolling
On cylinder mounting plate 5354, screw 5357 is adjusted by adjusting roller 5356 in the connection of the first spring 5358, is adjusted under screw 5357
End is pushed upper adjusting roller 5356 by the first spring 5358, and lower surging is controlled by adjusting screw 5357.Reload compression bar
5353 are connected in roller mounting plate 5354 by pin shaft, and 5353 end of compression bar of reloading is under up-regulation section 5356 shaft of roller
Side, the compression bar 5353 that reloads control adjusting roller 5356 and move up and down in vertical slot.The compression bar 5353 that reloads is in U-shape, and reload compression bar
Two free ends are respectively at the lower section for adjusting the shaft of roller 5356, press the compression bar that reloads downwards, reload compression bar two certainly
Increase upper adjusting roller 5356 the upper shaft tilting for adjusting roller 5356 by holding.Dovetail plywood 5359 is mounted on mounting base
On 531, winding displacement passes through dovetail plywood 5359, and dovetail plywood 5359 is in upper adjusting roller 5356 and cuts between component 536, i.e.,
Dovetail plywood 5359 is located at behind lower driving roller 5355 and upper adjusting roller 5356, for limiting winding displacement.
Component 535 reload at work, drives lower driving roller 5355 to rotate clockwise by the second motor 5351, and raises
Winding displacement is pressed on lower driving roller 5355 by section roller 5356, and the movement of winding displacement is realized by frictional force.It is stifled when there is winding displacement
Plug, fold or reload etc. situations when, reloaded compression bar 5353 by manpower pushing, by lever principle by upper adjusting roller 5356
Upper lift, to unclamp winding displacement therein, realization is reloaded.
Component 536 is cut to include third motor 5361, fixing cutter 5362, mobile fracture knife 5363, go up and down knife rest 5364, is resistance to
Grinding ring 5365 and eccentric wheel 5366.Third motor 5361 is mounted in mounting base 531, and eccentric wheel 5366 is connected to third motor
On 5361 output shafts, wear-resisting ring 5365 is nested on eccentric wheel 5366.Fixing cutter 5362 is mounted in mounting base 531, fixing cutter
5362 be in the U-shaped of blade upward.Mobile fracture knife 5363 is movably connected on lifting knife rest 5364, mobile 5363 blade of fracture knife
Downward, the cooperation of lifting 5364 vertical shift of knife rest is in mounting base 531, fixing cutter 5362 and mobile 5363 upper and lower position of fracture knife
Matching.5365 lateral wall of wear-resisting ring contact lifting knife rest 5364, third motor 5361 pass through the control lifting knife rest of eccentric wheel 5366
5364 move up and down.
It cuts component 536 at work, is rotated by third motor 5361 with movable eccentric wheel 5366, eccentric wheel 5366, which drives, to be risen
It drops knife rest 5364 to go up and down, is cut off winding displacement by mobile fracture knife 5363 and fixing cutter 5362 in lifting process.
Binder component 537 includes fixed block 5371, binder block 5372 and second spring 5373.Fixed block 5371 is mounted on shifting
On dynamic circuit breaker material knife 5363, the connecting shaft on binder block 5372 is movably connected on fixed block 5371, and second spring 5373 is socketed in
In connecting shaft between fixed block 5371 and binder block 5372, binder block 5372 is moved up and down along fixed block 5371.Binder block
5372 bottoms are in the lower section of mobile 5363 blade of fracture knife.
Binder component 537 moves up and down together with mobile fracture knife 5363, is first pushed winding displacement by binder block 5372,
Then it moves fracture knife 5363 and cuts off winding displacement, improve the quality of notch.
Embodiment 2
A kind of process equipment of flexible circuit board as shown in Fig. 1-Figure 22, including rack 6, feeding device 1, punishment in advance platform assembly
2, tape sticking device 3, glue-pressing device 4 and disconnecting device 5, feeding device 1, punishment in advance platform assembly 2, tape sticking device 3 and glue-pressing device 4
It is mounted in rack 6, feeding device 1 is connected with punishment in advance platform assembly 2, and 4 position of glue-pressing device corresponds to punishment in advance platform assembly 2, patch
Adhesive dispenser 3, glue-pressing device 4 and disconnecting device 5 are successively connected.
Feeding device 1 is used to be beforehand with the feeding of the wire rod of lopping material formula；Punishment in advance platform assembly 2 is used for wire guide
At straight, and rubberizing is realized at this；There are two tape sticking devices 3, arranges up and down, for sticking lower gummed paper；Glue-pressing device 4 and patch
3 end of adhesive dispenser is mutually connected, for being compacted the gummed paper of upper and lower surface in wire rod；Disconnecting device 5 is held in the mouth with 4 phase of glue-pressing device
It connects, the flexible circuit board of rubberizing completion is cut for fixed length.
Feeding device 1 includes installation side plate 11, charging tray 12, first motor 13, narrow wire rod limited roller 14, the limit of the wide line material
Idler wheel 15, charging roller fixing base 16 adjust pressing plate 17, charging idler wheel 18, charging seat 19, the second motor 110, driving idler wheel
111, pinch rollers 112, the first cylinder 113 and lifting mounting base 114；Installation side plate 11 is fixed in rack 6, charging tray 12
It is mounted in installation side plate 11, for placing wire coil in charging tray 12.13 output shaft of first motor is connected with 12 shaft of charging tray,
First motor 13 drives charging tray 12 to rotate；Narrow wire rod limited roller 14 and the wide line material limited roller 15 are connected to installation side plate 11
On, it is respectively used to wind narrow wire rod and the wide line material, be selected as required in specific processing, the flange of roller surface is to its width
Direction is limited；Charging idler wheel 18 is connected in rack 6 by feeding roller fixing base 16, is adjusted pressing plate 17 and is mounted on charging
On 16 upper end plate of roller fixing base, both adjustable mutual distance, wire rod to be rubberized, which is located at, to be adjusted between pressing plate 17；Into
Material seat 19 is fixed in rack 6, and the second motor 110 is mounted in rack 6,110 output shaft of the second motor and driving idler wheel
111 are connected, and the driving connection of idler wheel 111 is mounted on charging seat 19；Pinch rollers 112 are connected in lifting mounting base 114, are risen
Two columns of drop mounting base 114 are connected on the linear bearing of charging seat 19, and lifting 114 side of mounting base is fitted to charging
On the recessing item 115 of seat 19；First cylinder 113 is connected with 19 upper end of charging seat, and 113 telescopic end of the first cylinder and lifting are installed
Seat 114 is connected.
Punishment in advance platform assembly 2 includes platform 21, stator ring seat 22, stator ring 23, adjusting screw 24, movable guide wheel portion
Part 25 and optical fiber component 26；Platform 21 and stator ring seat 22 are fixed in rack 6, and stator ring seat 22 is located at platform 21
Feed end, movable guide wheel component 25 are connected on the optical axis of stator ring seat 22 by prismatic pair, and adjusting screw 24 is led with activity
The threaded hole in 25 center of wheel component forms screw pair connection；Optical fiber component 26 is mounted on platform 21,26 position of optical fiber component with
Tape sticking device 3 matches, and optical fiber component 26 is located at 3 front of tape sticking device, for detecting wire width.
As shown in figure 4, optical fiber component 26 includes fixed stop 261, adjusts block 262, cantilever lever 263, the first optical fiber peace
Fill seat 264 and the first fibre optical sensor 265；Fixed stop 261 and cantilever lever 263 are fixedly mounted on platform 21, the first optical fiber
Mounting base 264 is mounted on 263 right end of cantilever lever；It adjusts block 262 to be mounted in the translot of cantilever lever 263, can move left and right；
Fixed stop 261 and adjust block 262 it is positioned opposite, lower surface is provided with square groove, by adjust adjust block 262 or so away from
From so that wire rod is located exactly in square groove；First fibre optical sensor 265 is separately mounted to adjust block 262 and the first optical fiber peace
It fills on seat 264, the width of wire rod is detected by two the first fibre optical sensors 265.
Tape sticking device 3 is two setting up and down, is respectively used to stick gummed paper and lower gummed paper, and optical fiber component 26 is two groups,
Each tape sticking device 3 is in the rear side of an optical fiber component 26.Tape sticking device 3 includes fixed supported slab 31, the second cylinder 32, patch
Functional module group 35 and first linearly moves rail assembly 36 under functional module group 33, adjusting guide wheel assembly 34, rubberizing on glue；Fixed supported slab 31
It is fixed in rack 6, the second cylinder 32 is vertically installed at 31 back side of fixed supported slab；Functional module group 33 passes through first in rubberizing
The linear rail assembly 36 that moves is connected on fixed supported slab 31, and functional module group 33 is flexible by link block 37 and the second cylinder 32 in rubberizing
Mandrel is connected；Functional module group 35 is mounted in rack 6 under rubberizing, and functional module group 35 is located at functional module group 33 in rubberizing under rubberizing
Underface；Functional module group 33 and 35 collective effect of functional module group under rubberizing, realize feeding, the stickup, cutting, inspection of gummed paper in rubberizing
The processes such as survey；Adjusting guide wheel assembly 34 is two groups, is located at 35 both ends of functional module group under rubberizing, adapts to wire rod for adjusting
Width positions it.
Tape sticking device 3 drives functional module group 33 in rubberizing to move up and down at work, by the second cylinder 32, by going out for gummed paper
Material height adapts to the wire rod under rubberizing in functional module group 35；Functional module group 33 realizes the feeding and sanction of gummed paper in the rubberizing
It cuts, functional module group 35 realizes detection, rubberizing, moulding and the rubberizing detection of wire rod charging rate under the rubberizing；Function in rubberizing
Can mould group 33 and both functional module groups 35 collective effect under rubberizing by time cooperation between each component complete rubberizing.
Functional module group 33 includes installation side plate 331, gummed paper charging tray 332, frictional damping component 333, gummed paper guiding in rubberizing
Bar assembly 334, gummed paper press mechanism 335 and gummed paper cut-off mechanism 336；Installation side plate 331 passes through the first linear shifting rail assembly 36
It is mounted on fixed supported slab 31, gummed paper charging tray 332 is connected in installation side plate 331, for placing gummed paper.Frictional damping component
333 are mounted on 331 back side of installation side plate, are in contact with the shaft of gummed paper charging tray 332, prevent gummed paper charging tray 332 rotate excessively and
Lead to gummed paper relaxation；Gummed paper guide post component 334 is mounted in installation side plate 331, for being oriented to gummed paper；Gummed paper press mechanism
335 are mounted in installation side plate 331, for gummed paper to be pressed on functional module group 35 under rubberizing；Gummed paper cut-off mechanism 336 is used for
The gummed paper end cutting of wire rod will be sticked；
Gummed paper guide post component 334 includes fixing bolt seat 3341, adjusts bolt 3342, screw hole block 3343, adjustable plate 3344, wave
Rasp bar 3345 and polished rod 3346；Fixing bolt seat 3341 is fixed in installation side plate 331, is adjusted bolt 3342 and is located at fixation
In 3341 circular hole of bolt block；Each adjusting bolt 3342 is respectively corresponded with a screw hole block 3343 is unified, and adjusts bolt by rotation
3342 translate screw hole block 3343；Adjustable plate 3344 is connected with screw hole block 3343, thus two pieces of adjustable plates 3344 of control
Spacing, to adapt to the adhesive tape of different in width；Polished rod 3346 is connected with adjustable plate 3344, is in contact with the off-style paper layer of gummed paper；
Ripple bar 3345 is in contact with gummed paper adhesive layer, and indent and convex ripple is arranged in 3345 surface of ripple bar, reduces contact area；
At work, rotation adjusts bolt 3342 to gummed paper guide post component 334, changes the spacing of adjustable plate 3344, to adapt to not
With the gummed paper of width, gummed paper enters gummed paper press mechanism 335 after the guiding of gummed paper guide post component 334 and positioning；Gummed paper
Guide post component 334 reduces the problem of adhesive tape position inaccuracy in feeding and paste process, limits glue by adjustable plate 3344
The position of band, it is more acurrate to be allowed to feeding.
Gummed paper press mechanism 335 include third cylinder 3351, second linearly move rail assembly 3352, lifting wedge block 3353,
Pinch rollers seat 3354 and gummed paper pinch rollers 3355；Third cylinder 3351 is mounted in installation side plate 331 by folded plate 3356,
Lifting wedge block 3353 is connected in installation side plate 331 by the second linear rail assembly 3352 that moves, 3351 telescopic end of third cylinder
It is connected with lifting wedge block 3353；Gummed paper pinch rollers 3355 are connected on pinch rollers seat 3354, pinch rollers seat 3354
It is mounted on lifting 3353 inclined-plane of wedge block；
Gummed paper press mechanism 335 drives gummed paper pinch rollers 3355 to move downward at work, by third cylinder 3351, by gummed paper
It is pressed in toothed wheel 3522, it is in order to which pressing force moves towards perpendicular with gummed paper that lifting wedge block 3353, which is arranged to inclination,；Gummed paper
Press mechanism 335 solves the phenomenon that gummed paper easily skids during driving, is designed to heeling condition, preferably vertically presses gummed paper
Tightly, it is not easy to skid.
Gummed paper cut-off mechanism 336 include the 4th cylinder mounting plate 3361, sliding slot 3362, the 4th cylinder 3363, frid 3364,
Cutter 3365, upper cover plate 3366 and tooth form item 3367；4th cylinder mounting plate, 3361 side is fixed at installation side plate 331
On, sliding slot 3362 is fixedly mounted on the 4th cylinder mounting plate 3361, and frid 3364 is fitted in sliding slot 3362；4th gas
Cylinder 3363 is fixed on the 4th cylinder mounting plate 3361, and 3363 slip shaft of the 4th cylinder is connected with frid 3364；It cuts
Knife 3365 is mounted on 3364 front end of frid by overhanging connection strap 3368；Upper cover plate 3366 covers on frid 3364, is fixed on
On in sliding slot 3362,3366 front end of upper cover plate is equipped with tooth form item 3367；Tooth form line is provided on tooth form item 3367, for placing
The viscous layer of gummed paper；
At work, gummed paper passes through the gap of tooth form item 3367 and upper cover plate 3366 to gummed paper cut-off mechanism 336, into cutter 3365
With the gap of frid 3364, and upper cover plate 3366 is close to 3364 phase of frid, cutter 3365 under the contraction of the 4th cylinder 3363,
It is formed and is misplaced with upper cover plate 3366, so that gummed paper therein be cut off.
Functional module group 35 includes the synchronizer assembly 351 being successively connected, driving assembly 352, pushes 353 and of component under rubberizing
Stifled glue detection components 354, synchronizer assembly 351, driving assembly 352, pushing component 353 and stifled glue detection components 354 are respectively mounted
In rack 6；Synchronizer assembly 351 is used to detect the speed of wire rod charging, is that the two reaches to control the charging rate of gummed paper
To synchronization；Driving assembly 352 and 335 collective effect of gummed paper press mechanism, gummed paper is conveyed to the right；Pushing component 353 is used for will
Rear tractionless gummed paper is cut to be pressed on wire rod；Whether stifled glue detection components 354 have stifled glue existing for detecting rubberizing in the process
As passing through alarm and reminding worker if so, then shutting down at once；
As shown in figure 11, synchronizer assembly 351 include test the speed idler wheel mounting rack 3511, the idler wheel 3522 that tests the speed, encoder 3513, on
Shaft 3515 and upper pressure swing rod 3516 in pressing roller 3514, upper pressure；The idler wheel mounting rack 3511 that tests the speed is mounted in rack 6, is tested the speed
Idler wheel 3522, which is connected to, to test the speed on idler wheel mounting rack 3511；Encoder 3513, which is mounted on, to test the speed on idler wheel mounting rack 3511, with survey
Fast 3522 shaft of idler wheel is connected, for 3522 slewing rate of idler wheel that tests the speed；Shaft 3515 is connected to including surveying in upper pressure
On fast idler wheel mounting rack 3511, upper pressing roller 3514 is mounted in middle shaft 3515 by two connecting rods 3517；Upper pressure swing rod
3516 left ends are fixedly connected with 3515 phase of shaft in upper pressure；
Synchronizer assembly 351 at work, by artificially up mentioning upper pressure swing rod 3516, is put so that upper pressing roller 3514 is upward
It is dynamic, wire rod is pressed on and is tested the speed on idler wheel 3522, the rotation of idler wheel 3522 of testing the speed is driven, the idler wheel that tests the speed is measured by encoder 3513
3522 revolving speed further calculates the rate of wire rod charging, to control the feeding rate of gummed paper by processor；Remove people
Upper pressing roller 3514 will receive the gravity bottom after power, and idler wheel 3522 separates with testing the speed；Synchronizer assembly 351 solve gummed paper and
Winding displacement feeding speed inconsistent the problem of leading to defective products, the component need not work always, only work in-process be needed to measure winding displacement
After speed, in the feeding speed of control gummed paper, it is consistent the two.
Driving assembly 352 includes toothed wheel mounting base 3521, toothed wheel 3522, wire rod idler wheel 3523 and third motor
3524；Toothed wheel mounting base 3521 is fixed in rack 6, and toothed wheel 3522 and wire rod idler wheel 3523 are rotatably connected on tooth
In shape wheel mounting base 3521, toothed wheel 3522 is located at the upper right side of wire rod idler wheel 3523；Third motor 3524 is fixedly mounted on
Determine on supporting plate 31,3524 output shaft of third motor is connected with toothed wheel 3522；
At work, wire rod a is horizontally set on wire rod idler wheel 3523 driving assembly 352, and gummed paper b is inclined at toothed wheel
Between 3522 and gummed paper pinch rollers 3355, gummed paper b feeding is driven by toothed wheel 3522, the gummed paper b of feeding is cut off by gummed paper
It is pasted it on wire rod a after mechanism 336 by pushing component 353.The effect of driving assembly 352 is: adhesive layer driving avoids
It skids in feeding process；It is in contact with gummed paper adhesive layer driving by toothed wheel 3522, comparison release paper driving, due to release paper
It is relatively smooth, it is not easy to skid.
Pushing component 353 includes stand 3531, fixed idler whell 3532, down-pressed pole 3533, lifting seat 3534 and the 5th cylinder
3535；Stand 3531 is fixed in rack 6, and fixed idler whell 3532 is rotatably connected on 3531 top of stand；Down-pressed pole 3533
It is rotatably connected on lifting seat 3534, the column of lifting seat 3534 is connected in stand 3531 by prismatic pair, down-pressed pole 3533
Right above fixed idler whell 3532, it can move up and down；
It pushes component 353 at work, is connected with 336 phase of gummed paper cut-off mechanism, after gummed paper is cut off, on next piece of gummed paper
There is no adhesive force between material and the charging of wire rod, is pushed by the interval of down-pressed pole 3533, one will be sticked between gummed paper and wire rod
It rises；The decline of down-pressed pole 3533 is controlled by the 5th cylinder 3535, so that mutually leaning between down-pressed pole 3533 and fixed idler whell 3532
Closely, it compresses it；The effect for pushing component 353 is: solving the problems, such as that gummed paper separates after cutting with winding displacement；Since gummed paper is attached to one
It needs to cut after measured length, the gummed paper after cutting is sticked on winding displacement by the component, is the common feeding of the two.
Stifled glue detection components 354 include the second optical fiber mounting base 3541 and the second fibre optical sensor 3542；Second optical fiber peace
Dress seat 3541 is fixedly mounted in rack 6, and two the second fibre optical sensors 3542 are mounted in the second optical fiber mounting base 3541, line
Material and gummed paper are respectively positioned between the second fibre optical sensor 3542, and when there is stifled gluey condition, stifled glue detection components 354 feed back to control
Device processed generates alarm signal；The effect of stifled glue detection components 354 is: solving the bad product rate of product, is convenient for manual intervention machine
Device work；Because more finely once stifled glue, subsequent feeding will will lead to even more serious consequence, pass through the mechanism rubberizing process
It shuts down in time, convenient for control.
Glue-pressing device 4 includes the 6th cylinder 41, moulding frame 42, upper synchronizing wheel 43, upper synchronous belt 44, moulding pedestal 45, the
Four motors 46, adjust synchronizing wheel 48 and lower synchronous belt 49 at driving synchronizing wheel 47；Moulding pedestal 45 is arranged in rack 6, the 6th gas
Cylinder 41 is fixed on moulding pedestal 45, and 41 telescopic end of the 6th cylinder is connected with moulding frame 42；Moulding frame 42 passes through movement
Pair is connected on moulding pedestal 45, and upper synchronizing wheel 43 is rotatably connected on moulding frame 42, and upper synchronous belt 44 is wrapped in synchronizing wheel
On 43；4th motor 46 is mounted on moulding pedestal 45, and driving synchronizing wheel 47 is rotatably connected on moulding pedestal 45, the 4th motor
46 output shafts are connected with driving synchronizing wheel 47；It adjusts synchronizing wheel 48 and lower end synchronizing wheel 410 is mounted on moulding pedestal 45,
Both adjustable relative distance, to adapt to the spacing of upper synchronizing wheel 43；
Glue-pressing device 4 drives lower synchronous belt 49 to rotate clockwise at work, by the 4th motor 46, changes and adjusts synchronizing wheel 48
Left and right distance is to adapt to the distance of upper synchronizing wheel 43, in order to have support during the depression process in upper synchronizing wheel 43；Upper synchronous belt 44
It is driven, is pressed in down on lower same step band 49 in the vertical direction by the 6th cylinder 41, gummed paper and wire rod are located at upper synchronous belt 44 under
Between synchronous belt 49, by the way that gummed paper and wire rod are pressed together after glue-pressing device 4.
Disconnecting device 5 includes fixing seat 51, gravity tensioning mechanism 52 and fixed length cutting mechanism 53；Fixing seat 51 is placed on ground
On face, gravity tensioning mechanism 52 is connected with 4 discharge end of glue-pressing device, and gravity tensioning mechanism 52 and fixed length cutting mechanism 53 are mounted on
In fixing seat 51, gravity tensioning mechanism 52 tightens the flexible circuit board that rubberizing is completed, and as transition mechanism, guarantees fixed length
The reliable and stable work of cutting mechanism 53；The flexible circuit board that fixed length cutting mechanism 53 is used to complete rubberizing is cut.
Gravity tensioning mechanism 52 includes transition roller 521, gravity action roller 522, vertical optical axis 523, photoelectric sensor
524, discharge idler wheel 525 and connecting plate 526；Transition roller 521 is rotatably connected in rack 6, and flexible circuit board is in its top；
Gravity action roller 522 is connected on vertical optical axis 523 by linear bearing, and flexible circuit board is in gravity action roller 522
Lower section；Vertical 523 upper and lower ends of optical axis are arranged on connecting plate 526, and connecting plate 526 is mounted in fixing seat 51；Connecting plate 526
Be respectively arranged with photoelectric sensor 524 up and down, photoelectric sensor 524 be used to detect gravity action roller 522 extreme higher position and
Extreme lower position；Discharging idler wheel 525 is rotatably installed on connecting plate 526, and flexible circuit board is disposed over, and discharging idler wheel 525 is used
Enter in fixed length cutting mechanism 53 in leading flexible circuit board to put down；
Gravity tensioning mechanism 52 at work, by the self gravity of gravity action roller 522, flexible circuit that rubberizing is completed
Plate tensioning, so as to the reliable and stable work of fixed length cutting mechanism 53；Gravity action roller 522 is limited by photoelectric sensor 524
Upper and lower pole location makes flexible circuit board be able to transition buffer herein by controlling 53 operating rate of fixed length cutting mechanism；Weight
The effect of power strainer 52 is: the failure rate that fixed length cutting mechanism 53 is answered feeding too fast or generated slowly excessively is reduced, in gravity
Winding displacement is cached in strainer 52, provides reliable operating condition for fixed length cutting mechanism 53, and is conducive to winding displacement and keeps straight.
Fixed length cutting mechanism 53 includes mounting base 531, feed wheel 532, punishment in advance component 533, channel adjusting component 534, changes
Expect component 535 and cut component 536, adjusts component 534 along feedstock direction feed wheel 532, channel, the component 535 that reloads, cuts group
Part 536 and binder component 537 are arranged successively.Mounting base 531 is mounted in fixing seat 51.
Feed wheel 532 is connected on the feed end of mounting base 531, feed wheel 532 and 4 location matches of glue-pressing device, charging
Wheel 532 is used for the charging of winding displacement.Channel adjusts component 534, the component 535 that reloads, cuts component 536 and binder component 537 is in
In mounting base 531, channel adjusts component 534 and carries out width direction limit to winding displacement.The component 535 that reloads for drive winding displacement into
Material, and winding displacement can be replaced here.Component 536 is cut for winding displacement to be cut into segment, by binder component during cutting
537 binders are assisted.
At work, winding displacement enters channel after feed wheel 532 and adjusts component 534 fixed length cutting mechanism 53, by logical
Road, which adjusts component 534, prevents left and right play.The component 535 that reloads for driving winding displacement, and in unexpected situations such as winding displacement blockings or
When replacing winding displacement, replaced by the component.It is cut finally by component 536 is cut, is improved and cut out by binder component 537
The uniformity of cut-off port is completed to cut.The effect of fixed length cutting mechanism 53 is: adjusting the setting of component 534 by channel, improves
The accuracy of winding displacement charging, guarantees the verticality of fracture；The component 535 that reloads conveniently reloads, and does not damage winding displacement surface, solves to cut out
The problem for hardly possible of reloading during cutting；Component 536 is cut by eccentric wheel drive, structure is simple, and stroke is relatively easy to control, the peace of wear-resisting ring
Dress improves service life；The design of 537 breaking out cut of binder component improves the neat degree of fracture.
It includes adjusting plate 5341, lower groove bar 53 42 and two pieces of adjustable plates 5343 that channel, which adjusts component 534,.Adjust plate
5341 are mounted in mounting base 531, and lower groove bar 5342, which is in, adjusts 5341 lower section of plate, two pieces of adjustable plates 5343 disposed in parallel
In adjusting above plate 5341, winding displacement is on the adjusting plate 5341 between two pieces of adjustable plates, and adjustable plate 5343, which passes through, to be adjusted
Section plate 5341 is connected with lower groove bar 5342, and specifically adjustable plate 5343 and lower groove bar 5342 pass through bolt 5344 and lower groove bar
T-nut in 5342 is connected, and winding displacement is passed through between two adjustable plates 5343, adjust two adjustable plates 5343 it is mutual away from
From the winding displacement to adapt to different in width, it is positioned.
The component 535 that reloads includes the second motor 5351, the second V belt translation component 5352, the compression bar 5353 that reloads, roller installation
Plate 5354, upper adjusting roller 5356, adjusts screw 5357, the first spring 5358 and dovetail plywood 5359 at lower driving roller 5355.
Roller mounting plate 5354 is mounted in mounting base 531, and lower driving roller 5355 is rotatably connected in roller mounting plate 5354, up-regulation
The shaft of section roller 5356 is in the vertical slot of roller mounting plate 5354, and winding displacement passes through lower driving roller 5355 and upper adjusting roller
Between 5356.Second motor 5351 is mounted in mounting base 531, and the second motor 5351 is connected by the second V belt translation component 5352
Power is transmitted to lower driving roller 5355 from the second motor 5351 by lower driving roller 5355.It adjusts screw 5357 and is connected to rolling
On cylinder mounting plate 5354, screw 5357 is adjusted by adjusting roller 5356 in the connection of the first spring 5358, is adjusted under screw 5357
End is pushed upper adjusting roller 5356 by the first spring 5358, and lower surging is controlled by adjusting screw 5357.Reload compression bar
5353 are connected in roller mounting plate 5354 by pin shaft, and 5353 end of compression bar of reloading is under up-regulation section 5356 shaft of roller
Side, the compression bar 5353 that reloads control adjusting roller 5356 and move up and down in vertical slot.The compression bar 5353 that reloads is in U-shape, and reload compression bar
Two free ends are respectively at the lower section for adjusting the shaft of roller 5356, press the compression bar that reloads downwards, reload compression bar two certainly
Increase upper adjusting roller 5356 the upper shaft tilting for adjusting roller 5356 by holding.Dovetail plywood 5359 is mounted on mounting base
On 531, winding displacement passes through dovetail plywood 5359, and dovetail plywood 5359 is in upper adjusting roller 5356 and cuts between component 536, i.e.,
Dovetail plywood 5359 is located at behind lower driving roller 5355 and upper adjusting roller 5356, for limiting winding displacement.
Component 535 reload at work, drives lower driving roller 5355 to rotate clockwise by the second motor 5351, and raises
Winding displacement is pressed on lower driving roller 5355 by section roller 5356, and the movement of winding displacement is realized by frictional force.It is stifled when there is winding displacement
Plug, fold or reload etc. situations when, reloaded compression bar 5353 by manpower pushing, by lever principle by upper adjusting roller 5356
Upper lift, to unclamp winding displacement therein, realization is reloaded.
Component 536 is cut to include third motor 5361, fixing cutter 5362, mobile fracture knife 5363, go up and down knife rest 5364, is resistance to
Grinding ring 5365 and eccentric wheel 5366.Third motor 5361 is mounted in mounting base 531, and eccentric wheel 5366 is connected to third motor
On 5361 output shafts, wear-resisting ring 5365 is nested on eccentric wheel 5366.Fixing cutter 5362 is mounted in mounting base 531, fixing cutter
5362 be in the U-shaped of blade upward.Mobile fracture knife 5363 is movably connected on lifting knife rest 5364, mobile 5363 blade of fracture knife
Downward, the cooperation of lifting 5364 vertical shift of knife rest is in mounting base 531, fixing cutter 5362 and mobile 5363 upper and lower position of fracture knife
Matching.5365 lateral wall of wear-resisting ring contact lifting knife rest 5364, third motor 5361 pass through the control lifting knife rest of eccentric wheel 5366
5364 move up and down.
It cuts component 536 at work, is rotated by third motor 5361 with movable eccentric wheel 5366, eccentric wheel 5366, which drives, to be risen
It drops knife rest 5364 to go up and down, is cut off winding displacement by mobile fracture knife 5363 and fixing cutter 5362 in lifting process.
Binder component 537 includes fixed block 5371, binder block 5372 and second spring 5373.Fixed block 5371 is mounted on shifting
On dynamic circuit breaker material knife 5363, the connecting shaft on binder block 5372 is movably connected on fixed block 5371, and second spring 5373 is socketed in
In connecting shaft between fixed block 5371 and binder block 5372, binder block 5372 is moved up and down along fixed block 5371.Binder block
5372 bottoms are in the lower section of mobile 5363 blade of fracture knife.
Binder component 537 moves up and down together with mobile fracture knife 5363, is first pushed winding displacement by binder block 5372,
Then it moves fracture knife 5363 and cuts off winding displacement, improve the quality of notch.
When work, the feeding of winding displacement material is implemented as by feeding device 1, after a series of guiding and limit, linear water
It is flat to be arranged on punishment in advance platform assembly 2；Tape sticking device 3 is able to achieve the feeding of gummed paper, rubberizing, cuts and detect, and carries out to wire rod
Rubberizing processing, tape sticking device 3 are arranged two sets up and down, stick corresponding adhesive tape in wire rod two sides, be between having between the adhesive tape pasted
Every, it is arranged according to the requirement of product；Pass through glue-pressing device 4 after the completion of rubberizing to be compacted；The non-rubberizing section of wire rod passes through disconnecting device 5
It carries out fixed length to cut, is machined to product after cutting.
Claims (4)
1. disconnecting device, it is characterised in that including fixing seat, gravity tensioning mechanism and fixed length cutting mechanism；Gravity tensioning mechanism and
Fixed length cutting mechanism is mounted in fixing seat；
Gravity tensioning mechanism includes transition roller, gravity action roller, vertical optical axis, photoelectric sensor, discharging idler wheel and connection
Plate；Gravity action roller is connected on vertical optical axis by linear bearing；Vertical optical axis is arranged on connecting plate, connecting plate installation
In fixing seat；Connecting plate is respectively arranged with photoelectric sensor up and down, and photoelectric sensor is for detecting gravity action roller most
High position and extreme lower position；Discharge roller wheel is rotatably installed on connecting plate；
Fixed length cutting mechanism includes that mounting base, feed wheel, punishment in advance component, channel adjust component, reloading component and cuts component, edge
Feedstock direction feed wheel, channel adjust component, the component that reloads, cut component and binder component is arranged successively；Mounting base is mounted on
In fixing seat；
Feed wheel is connected on the feed end of mounting base, feed wheel and glue-pressing device location matches；Channel adjusts component, group of reloading
Part cuts component and binder component is in mounting base, and channel adjusts component and carries out width direction limit to winding displacement；Reload component
For driving winding displacement to feed；
The component that reloads includes the second motor, the second V belt translation component, the compression bar that reloads, roller mounting plate, lower driving roller, upper adjusting
Roller adjusts screw, the first spring and dovetail plywood；Roller mounting plate is mounted in mounting base, lower driving roller rotation connection
In roller mounting plate, the upper shaft for adjusting roller be in the vertical slot of roller mounting plate, and winding displacement is across lower driving roller and upper
It adjusts between roller；Second motor is mounted in mounting base, and the second motor drives roller by the way that the connection of the second V belt translation component is lower；
It adjusts screw to be connected on roller mounting plate, adjusts screw by adjusting roller in the connection of the first spring, it is logical to adjust screw lower end
The first spring is crossed to push upper adjusting roller；The compression bar that reloads is connected in roller mounting plate by pin shaft, compression bar end of reloading
In the upper lower section for adjusting roller shaft, roller is adjusted in compression bar control of reloading and is moved up and down in vertical slot；The compression bar that reloads is in U-shape,
Reload two free ends of compression bar be respectively at adjust roller shaft lower section；Dovetail plywood is mounted in mounting base, dovetail
Plywood is in upper adjusting roller and cuts between component；
Cutting component includes third motor, fixing cutter, mobile fracture knife, lifting knife rest, wear-resisting ring and eccentric wheel；Third motor peace
In mounting base, eccentric wheel is connected on third motor output shaft, and wear-resisting ring is nested on eccentric wheel；Fixing cutter is mounted on
It fills on seat, fixing cutter is in the U-shaped of blade upward；Mobile fracture knife is movably connected on lifting knife rest, mobile fracture knife blade court
Under, lifting knife rest vertical shift cooperation is in mounting base, fixing cutter and mobile fracture knife upper and lower position matching；Wear-resisting ring lateral wall
Contact lifting knife rest, third motor control lifting knife rest by eccentric wheel and move up and down；
Binder component includes fixed block, binder block and second spring；Fixed block is mounted on mobile fracture knife, the company on binder block
Spindle is movably connected on fixed block, and second spring is socketed in the connecting shaft between fixed block and binder block, and binder block is along solid
Determine block to move up and down；Binder block bottom is in the lower section of mobile fracture knife blade.
2. disconnecting device according to claim 1, it is characterised in that it includes adjusting plate, lower groove bar that channel, which adjusts component,
With two pieces of adjustable plates；It adjusts plate to be mounted in mounting base, lower groove bar, which is in, to be adjusted below plate, two pieces of adjustings disposed in parallel
Plate, which is in, to be adjusted above plate, and adjustable plate passes through adjusting plate and is connected with lower groove bar.
3. disconnecting device according to claim 2, it is characterised in that adjustable plate and lower groove bar pass through in bolt and lower groove bar
T-nut be connected, winding displacement is passed through between two adjustable plates.
4. flexible circuit board processing machine, it is characterised in that including rack, feeding device, punishment in advance platform assembly, tape sticking device, moulding
Device and disconnecting device described in claim 1, feeding device, punishment in advance platform assembly, tape sticking device and glue-pressing device are mounted on
In rack, feeding device is connected with punishment in advance platform assembly, and glue-pressing device position corresponds to punishment in advance platform assembly, tape sticking device, moulding
Device and disconnecting device are successively connected；Gravity tensioning mechanism is connected with glue-pressing device discharge end；Transition roller is rotatably connected on machine
On frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810894910.7A CN108934124A (en) | 2018-08-08 | 2018-08-08 | Disconnecting device and flexible circuit board processing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810894910.7A CN108934124A (en) | 2018-08-08 | 2018-08-08 | Disconnecting device and flexible circuit board processing machine |
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| Publication Number | Publication Date |
|---|---|
| CN108934124A true CN108934124A (en) | 2018-12-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810894910.7A Pending CN108934124A (en) | 2018-08-08 | 2018-08-08 | Disconnecting device and flexible circuit board processing machine |
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| Country | Link |
|---|---|
| CN (1) | CN108934124A (en) |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20010004872A (en) * | 1999-06-30 | 2001-01-15 | 박재훈 | PCB laminating device |
-
2018
- 2018-08-08 CN CN201810894910.7A patent/CN108934124A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20010004872A (en) * | 1999-06-30 | 2001-01-15 | 박재훈 | PCB laminating device |
Non-Patent Citations (1)
| Title |
|---|
| 专业风格设计: "全自动贴双面胶贴胶带机贴FPC一整条线的图纸在内项目", 《HTTP://WWW.MFCAD.COM/TUZHI/SOLIDWORKS/JIXIESHEBEI/162971.HTML》 * |
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