CN208947698U - Laminator film exfoliating device - Google Patents
Laminator film exfoliating device Download PDFInfo
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- CN208947698U CN208947698U CN201821305350.9U CN201821305350U CN208947698U CN 208947698 U CN208947698 U CN 208947698U CN 201821305350 U CN201821305350 U CN 201821305350U CN 208947698 U CN208947698 U CN 208947698U
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Abstract
Laminator film exfoliating device, comprising: die-cutting component, transfer assembly, glue surface film absorbent module；The upper layer glue surface film of die-cutting component centering transferring film by transfer assembly is transferred to removing plate after being cut, vacuum chuck normotopia is set to adsorb glue surface film by the tracks in glue surface film absorbent module, glue surface film completes the separation with centrifugation film by the absorption of vacuum chuck and the shearing force of separating plate of linear velocity operation identical as centrifugation film, in entire cross cutting, separation process, elongation, buckling phenomena will not occur for glue surface film, operate convenient for the pad pasting of subsequent liquid crystal display panel.
Description
Technical field
The utility model relates to liquid crystal display panel film sticking equipment technical fields, specially laminator film exfoliating device.
Background technique
Liquid crystal display panel, that is, LCD screen is the panel that the thin plane of picture is placed for liquid crystal display.Liquid crystal display panel can
Largely to determine brightness, contrast, color and the visible angle of liquid crystal display, the height of its technology and quality
Quality is not only related to the quality, price and marketplace trend of liquid crystal display itself, be also relate to entire product functional parameter,
Display effect and service life etc..Liquid crystal display panel processing transport process in be frequently necessary to surface attach in revolving die to prevent liquid
Phenomena such as crystal display screen occurs surface contamination or is scratched during transfer.Producer generally can directly buy die cut to liquid crystal
Transferring film in the finished product of product size, but the middle transferring film of this cross cutting to purpose size, which needs to carry out surrounding cross cutting, causes clout unrestrained
Take, furthermore, the corresponding product size of finished film is single；More and more producers select entire volume film, not only reduce cost, moreover it is possible to root
Flexibly cut according to required size, but due to middle revolving die include lower section centrifugation film and be attached to be centrifuged film on glue surface
Film, so how film and glue surface UF membrane will be centrifuged and not make glue surface film that fold occur is still the field urgent problem to be solved.
In view of the above technical problems, which proposes laminator film exfoliating device, comprising: die-cutting component, transmission
Component, glue surface film absorbent module；The upper layer glue surface film of die-cutting component centering transferring film by transfer assembly is transferred to stripping after being cut
From plate, so that vacuum chuck normotopia is adsorbed glue surface film by the tracks in glue surface film absorbent module, glue surface film by with
The separation with centrifugation film is completed in the absorption of vacuum chuck and the shearing force of separating plate that are centrifuged the identical linear velocity operation of film,
In entire cross cutting, separation process, elongation, buckling phenomena will not occur for glue surface film, operate convenient for the pad pasting of subsequent liquid crystal display panel.
Summary of the invention
The utility model patent provides a kind of simple laminator film exfoliating device of structure, passes through fortune synchronous with centrifugation film
The glue surface film that top has been cut is sucked in capable vacuum chuck, by glue surface film and is centrifuged film by the shearing centrifugation of separating plate
Removing makes glue surface film not be stretched and keeps smooth convenient for subsequent pad pasting in the case where glue surface film is separated with centrifugation film
Operation.
Laminator film exfoliating device, comprising: die-cutting component 1, transfer assembly 2, glue surface film absorbent module 3, transfer assembly 2
Transferring film back kick is passed in drive, by carrying out the cutting of length direction when die-cutting component 1 to glue surface film, but is centrifuged film and has still been kept
Whole, the middle transferring film after cutting continues to transmit backward under the action of transfer assembly 2, glue surface film when reaching 4 front end of workbench
Absorbent module 3 can be moved to the surface of glue surface film and be adsorbed glue surface film by negative pressure of vacuum, glue surface film absorbent module 3 with from
The movement linear velocity of heart film is identical, so while being centrifuged film and travelling forward, the glue surface film that is adsorbed by glue surface film absorbent module 3
It can gradually be separated with centrifugation film；
Die-cutting component 1 includes the first carriage 11 across 4 width two sides of workbench, the cunning in the first carriage 11
Block is fixed with the first cylinder 12, and round cutter 13 is fixed on the sliding block of the first cylinder 12 by connecting plate screw, the first cylinder
12 drive 13 oscilaltion campaign of cutter, and the first carriage 11 drives cutter 13 to slide along the width direction of workbench 4, in cunning
The cutting that top glue surface film in centering transferring film is completed in dynamic process will not be centrifuged film to lower section simultaneously and impact；
Transfer assembly 2 includes drawing-inroller 21, power wheel 22, driven wheel 23, waste material wheel 24, the cylinder upper side of drawing-inroller 21
Concordant with the upper face of workbench 4, power wheel 22, driven wheel 23 are located at the underface of workbench 4 and driven wheel 23 is located at power
Wheel 22 surface, power wheel 22 by servo motor drive rotate, the length both ends of driven wheel 23 with constant pressure bringing device 25
Connection, constant pressure bringing device 25 can apply constant pressure straight down to driven wheel 23 on perpendicular, guarantee from the two it
Between the centrifugation film that passes through of gap compressed and by upper and lower driven wheel 23, power wheel 22 with the rotation of driving wheel 22, driven wheel 23
Continue to transmit to 24 direction of waste material wheel, waste material wheel 24 be located at the underface of workbench 4, on direction of transfer power wheel 22 rear,
Waste material wheel 24 drives rotary material collecting by servo motor；Canoe of the middle transferring film in transfer assembly 2 after being tensioned, smoothing
Are as follows: the cylinder upper side for being close to drawing-inroller 21 reaches 4 upper surface of workbench and transmits backward, around the rearmost end of transfer table 4
And the centrifugation film after separation directly around 4 lower section of workbench and passes through power wheel 22, driven wheel 23 from the rear end of workbench 4
Between gap, during power wheel 22, driven wheel 23 rotate towards each other be centrifuged film will continue to 24 end motion of waste material wheel and
Discarded centrifugation film is set to be wrapped in the recycling for completing centrifugation film on waste material wheel 24 under the draw of waste material wheel servo motor；
Glue surface film absorbent module 3 includes the absorbent module X tracks 31 moved by PLC control, absorbent module Y motion rail
Road 32, absorbent module Z tracks 33, tracks are made of power source, slideway and the sliding block being socketed on slideway, dynamic
Move back and forth sliding block along the direction of slideway；4 periphery of workbench is equipped with fixed frame 5, fixed frame
Frame 5 includes being symmetrically distributed in 4 width two sides of workbench and being higher than the horizontal fixed plate 51 of plane and two levels on workbench 4
The lateral fixed plate 52 that 51 end of fixed plate is fixedly connected, the lower section of horizontal and lateral fixed plate is by vertical supporting plate (in figure
It is not shown) support；Absorbent module X tracks 31, absorption group are mounted on the horizontal fixed plate 51 of 4 width two sides of workbench
Slideway in part Y motion track 32 is above 4 width of workbench and slideway both ends are solid with the sliding block in X tracks 31 respectively
Fixed connection, the slideway of absorbent module Z tracks 33 are vertically fixed on the sliding block of absorbent module Y motion track 32 by connecting plate
On, vacuum chuck 34 is fixed with by connecting plate on the sliding block of absorbent module Z tracks 33, wherein the effect of vacuum chuck 34
Area is identical with the area of glue surface film after cutting；Wherein, absorbent module X tracks 31, absorbent module Y motion track
Be mounted on 32 fibre optical sensor (not shown) for find glue surface film X to be separated, Y-direction edge position and will
Transducing signal is transmitted to PLC controller, and PLC controller manipulates absorbent module X tracks 31, absorbent module according to calculated result
Y motion track 32 moves to right above the glue surface film that need to be separated, then controls absorbent module Z tracks 33 and drop to glue surface film table
Simultaneously glue surface film is sucked by negative pressure of vacuum in face；
The feed end of workbench 4 is horizontally arranged with die-cutting component 1 in width direction, discharge end by screw be equipped with
The concordant separating plate 41 in 4 upper surface of workbench, separating plate 41 are equipped with separation inclined surface 411 far from one end of workbench 4, and separation is inclined
The slanted angle of inclined-plane 411 and horizontal plane is 40 °~65 °.
Working principle are as follows: after effect of the middle revolving die by cutter 13 in die-cutting component 1 after tensioning, smooth, transfer
The upper layer glue surface film of film is rearward transmitted with lower layer's centrifugation film continuation, when being transferred to 4 rear end of workbench in glue surface film absorbent module 3
It is fixed on the fibre optical sensors of absorbent module X tracks 31 and seeking side and passing to signal for X-direction is carried out to glue surface film
PLC is carried out the position compensation of X-direction by PLC, so according to the position signal control absorbent module X tracks 31 received
The fibre optical sensor on absorbent module Y motion track 32 finds the Y-axis side of glue surface film afterwards, with reason PLC control absorbent module Y fortune
Dynamic rail road 32 carries out the position compensation of Y-axis, and the last PLC control movement of absorbent module Z tracks 33 makes it drive vacuum chuck
34 normotopias adsorb glue surface film, wherein 34 normotopia of vacuum chuck adsorbs the X-axis linear velocity for being centrifuged film with lower section after glue surface film and keeps one
It causes, during glue surface film is with centrifugation film synchronous transmitting, the centrifugation film of lower section passes through 4 end separating plate 41 of workbench and inclines separation
Inclined surface 411 is simultaneously bypassed from 41 lower end of separating plate, and glue surface film is separating inclined surface 411 under the suction-operated of vacuum chuck 34
Place is separated with centrifugation film, and since vacuum adsorption force is tightly attached on vacuum chuck 34, centrifugation film passes through the glue surface film after separation
Transfer assembly 2 is finally wrapped on waste material wheel 24.
Above-mentioned stripping off device structure is simple, and the glue surface film after cutting smoothly can separate with centrifugation film, avoids making
The fold of plastic facial mask, and the separation force between glue surface film and centrifugation film not will cause glue surface from horizontal shearing force
The stretching of film, the glue surface film size after making cross cutting keep stablizing.
Preferably, the laminator film exfoliating device, separate inclined surface 411 seamed edge at be machined with chamfering, avoid by
The excessively sharp scratch of seamed edge in 41 front end of separating plate separation inclined surface 411 is centrifuged film.
Preferably, the laminator film exfoliating device, what is be equipped with above workbench 4 cuts membrane pressure plate 6, and it is horizontal to cut membrane pressure plate 6
Across 4 width two sides of workbench, the width two sides of workbench 4 are equipped with fixed block 63, are machined with through-hole on fixed block 63, cut membrane pressure
The first rotating shaft 61 at 6 both ends rear portion of plate is interspersed in the through-hole of fixed block 63 and can rotate around through-hole, cuts 6 both ends front of membrane pressure plate
62 end of the second shaft be interspersed in the waist through hole 641 in pulling plate 64, the lower end of pulling plate 64 and lifting cylinder 65 it is dynamic
Power output shaft connection drives the lifting of pulling plate 64 by lifting cylinder 65 to drive the second shaft 62 to decline and then make to cut membrane pressure plate 6
Front be swung down to contact workbench 4 on middle transferring film, wherein the front for cutting membrane pressure plate 6 be machined with present a theatrical performance as the last item on a programme plane 66 and
Membrane pressure plate 6 is cut when front is rotated down movement under lifting cylinder 65 acts on, plane of presenting a theatrical performance as the last item on a programme 66 is close to the surface of workbench 4.
When transferring film needs to be die cut in the middle, the front for cutting membrane pressure plate 6, which first rotates down under the action of lifting cylinder 65, to be made to press
Platform plane 66 is close to the surface of workbench 4 and pushes down the middle transferring film to be die cut, and prevents in die cutting process, and fold occurs for middle transferring film
Lead to be die cut size inaccurately or cross cutting pulls phenomenon.
Preferably, the laminator film exfoliating device, the power wheel 22 in transfer assembly 2 are the idler wheel of stainless steel material
Face, driven wheel 23 be plastic cement material idler wheel surface, wherein with the centrifugation film after glue surface UF membrane first bypass driven wheel 23 and from from
It is wound into above driving wheel 23 between the gap of driven wheel 23, power wheel 22, gets forwarded to subsequent work further around the lower end surface for crossing power wheel 23
Position.
Driven wheel 23 is plastic rubber surface material, and centrifugation film is around can just enter rolling friction gap after driven wheel 23, due to glue
Stiction between face driven wheel 23 and centrifugation film is larger, so being greatly improved the transmitting power of centrifugation film prevents from skidding.
Preferably, the laminator film exfoliating device, between the lower section of workbench 4, power wheel 22 and waste material wheel 24 also
Equipped with floating roller 26, the both ends of floating roller 26 are fixed by the floating roller that rolling bearing is fixed on positioned at 4 width two sides of workbench
In plate 261, the vertical chute for being buckled in floating roller fixed plate 261 that the rolling bearing at 26 both ends of floating roller can be lifting up and down
In 2611, wherein position sensor is installed, position sensor is by the floating roller 26 sensed in floating roller fixed plate 261
Position height information passes to PLC controller, manipulates 24 rotating electric machine of waste material wheel according to the height of floating roller 26 by PLC controller
Rotation make the intermittent rewinding of waste material wheel 24.
Preferably, the laminator film exfoliating device, constant pressure bringing device 25 include pressure controllable cylinder 251, pressure
251 power output shaft of controllable cylinder is arranged right below pressure transmitting block 252, and the top of pressure transmitting block 252 is machined with blind hole
And blind hole is located at the underface of 251 power output shaft of pressure controllable cylinder, power output shaft is can be plugged into when declining in blind hole will
Pressure passes to pressure transmitting block 252；Pressure transmitting block 252 is vertically fixed on the length both ends of driven wheel 23, is applied by constant pressure
Feeder apparatus 25 applies constant pressure straight down to driven wheel 23 and guarantees there is sufficiently large rolling between driven wheel 23, power wheel 22
It rubs to drive centrifugation film to continue to transmit.
Preferably, the laminator film exfoliating device, absorbent module X tracks 31 in glue surface film absorbent module 3 are inhaled
Power source in attached component Y motion track 32, absorbent module Z tracks 33 is the mould group of servomotor, gear reducer composition, sliding
Road is screw rod, and sliding block is socketed in the medial surface that on screw rod and sliding block is contacted with screw rod and is machined with and matched helicitic texture, servo
Motor, speed reducer mould group power output end connect with screw rod and drive screw rod rotation, and then it is reciprocal on screw rod with movable slider
Movement.
Preferably, the laminator film exfoliating device, the first carriage 11 in die-cutting component 1 are by servo electricity
Machine, the power source that speed reducer combines, the screw rod being connect with the power output end of power source, the sliding block being socketed on screw rod composition.
Wherein, existing connecting plate in the prior art, vacuum can be used in the connecting plate of above-mentioned structural member fixed installation
Vacuum chuck in the prior art can be used in sucker 34, in the sliding rail and die-cutting component 1 in glue surface film absorbent module 3
The technical terms prior art such as power source, screw rod, sliding block that uses of the first carriage 11, it is attached so no longer huge legendary turtle is stated herein
The fixed plate at fixed idler whell structure both ends is not shown in the figure.
Detailed description of the invention:
Specific embodiment is further described with reference to the accompanying drawing, in which:
Fig. 1 be the utility model relates to laminator film exfoliating device assembling schematic diagram；
Fig. 2 be the utility model relates to laminator film exfoliating device partial structure diagram；
Fig. 3 be the utility model relates to laminator film exfoliating device in constant pressure bringing device structural schematic diagram；
Fig. 4 be the utility model relates to laminator with cutting membrane pressure board assembling structure schematic diagram in film exfoliating device；
Fig. 5 be the utility model relates to laminator film exfoliating device in separated board structure schematic diagram；
Fig. 6 be the utility model relates to laminator with cutting film pressure plate structure schematic diagram in film exfoliating device；
Structure number illustrates in attached drawing:
Die-cutting component 1, the first carriage 11, the first cylinder 12, cutter 13, transfer assembly 2, drawing-inroller 21, power wheel
22, driven wheel 23, waste material wheel 24, constant pressure bringing device 25, pressure controllable cylinder 251, pressure transmit block 252, floating roller 26, float
Driving wheel fixed plate 261, the vertical chute 2611, glue surface film absorbent module 3, absorbent module X tracks 31, absorbent module Y motion
Track 32, absorbent module Z tracks 33, vacuum chuck 34, workbench 4, separating plate 41 separate inclined surface 411, fixed frame
5, horizontal fixed plate 51, lateral fixed plate 52 cuts membrane pressure plate 6, first rotating shaft 61, the second shaft 62, fixed block 63, pulling plate 64,
Waist through hole 641, lifting cylinder 65, plane of presenting a theatrical performance as the last item on a programme 66
The following detailed description will be further explained with reference to the above drawings the utility model.
Specific embodiment
Case 1 is embodied:
Laminator film exfoliating device, comprising: die-cutting component 1, transfer assembly 2, glue surface film absorbent module 3, transfer assembly 2
Transferring film back kick is passed in drive, by carrying out the cutting of length direction when die-cutting component 1 to glue surface film, but is centrifuged film and has still been kept
Whole, the middle transferring film after cutting continues to transmit backward under the action of transfer assembly 2, glue surface film when reaching 4 front end of workbench
Absorbent module 3 can be moved to the surface of glue surface film and be adsorbed glue surface film by negative pressure of vacuum, glue surface film absorbent module 3 with from
The movement linear velocity of heart film is identical, so while being centrifuged film and travelling forward, the glue surface film that is adsorbed by glue surface film absorbent module 3
It can gradually be separated with centrifugation film；
Die-cutting component 1 includes the first carriage 11 across 4 width two sides of workbench, the cunning in the first carriage 11
Block is fixed with the first cylinder 12, and round cutter 13 is fixed on the sliding block of the first cylinder 12 by connecting plate screw, the first cylinder
12 drive 13 oscilaltion campaign of cutter, and the first carriage 11 drives cutter 13 to slide along the width direction of workbench 4, in cunning
The cutting that top glue surface film in centering transferring film is completed in dynamic process will not be centrifuged film to lower section simultaneously and impact；
Transfer assembly 2 includes drawing-inroller 21, power wheel 22, driven wheel 23, waste material wheel 24, the cylinder upper side of drawing-inroller 21
Concordant with the upper face of workbench 4, power wheel 22, driven wheel 23 are located at the underface of workbench 4 and driven wheel 23 is located at power
Wheel 22 surface, power wheel 22 by servo motor drive rotate, the length both ends of driven wheel 23 with constant pressure bringing device 25
Connection, constant pressure bringing device 25 can apply constant pressure straight down to driven wheel 23 on perpendicular, guarantee from the two it
Between the centrifugation film that passes through of gap compressed and by upper and lower driven wheel 23, power wheel 22 with the rotation of driving wheel 22, driven wheel 23
Continue to transmit to 24 direction of waste material wheel, waste material wheel 24 be located at the underface of workbench 4, on direction of transfer power wheel 22 rear,
Waste material wheel 24 drives rotary material collecting by servo motor；Canoe of the middle transferring film in transfer assembly 2 after being tensioned, smoothing
Are as follows: the cylinder upper side for being close to drawing-inroller 21 reaches 4 upper surface of workbench and transmits backward, around the rearmost end of transfer table 4
And the centrifugation film after separation directly around 4 lower section of workbench and passes through power wheel 22, driven wheel 23 from the rear end of workbench 4
Between gap, during power wheel 22, driven wheel 23 rotate towards each other be centrifuged film will continue to 24 end motion of waste material wheel and
Discarded centrifugation film is set to be wrapped in the recycling for completing centrifugation film on waste material wheel 24 under the draw of waste material wheel servo motor；
Glue surface film absorbent module 3 includes the absorbent module X tracks 31 moved by PLC control, absorbent module Y motion rail
Road 32, absorbent module Z tracks 33, tracks are made of power source, slideway and the sliding block being socketed on slideway, dynamic
Move back and forth sliding block along the direction of slideway；4 periphery of workbench is equipped with fixed frame 5, fixed frame
Frame 5 includes being symmetrically distributed in 4 width two sides of workbench and being higher than the horizontal fixed plate 51 of plane and two levels on workbench 4
The lateral fixed plate 52 that 51 end of fixed plate is fixedly connected, the lower section of horizontal and lateral fixed plate is by vertical supporting plate (in figure
It is not shown) support；Absorbent module X tracks 31, absorption group are mounted on the horizontal fixed plate 51 of 4 width two sides of workbench
Slideway in part Y motion track 32 is above 4 width of workbench and slideway both ends are solid with the sliding block in X tracks 31 respectively
Fixed connection, the slideway of absorbent module Z tracks 33 are vertically fixed on the sliding block of absorbent module Y motion track 32 by connecting plate
On, vacuum chuck 34 is fixed with by connecting plate on the sliding block of absorbent module Z tracks 33, wherein the effect of vacuum chuck 34
Area is identical with the area of glue surface film after cutting；Wherein, absorbent module X tracks 31, absorbent module Y motion track
Be mounted on 32 fibre optical sensor (not shown) for find glue surface film X to be separated, Y-direction edge position and will
Transducing signal is transmitted to PLC controller, and PLC controller manipulates absorbent module X tracks 31, absorbent module according to calculated result
Y motion track 32 moves to right above the glue surface film that need to be separated, then controls absorbent module Z tracks 33 and drop to glue surface film table
Simultaneously glue surface film is sucked by negative pressure of vacuum in face；
The feed end of workbench 4 is horizontally arranged with die-cutting component 1 in width direction, is equipped with and workbench 4 in discharge end
The concordant separating plate 41 in upper surface, separating plate 41 are equipped with separation inclined surface 411 far from one end of workbench 4, separate inclined surface 411
Slanted angle with horizontal plane is 45 °.
Wherein, it separates and is machined with chamfering at the seamed edge of inclined surface 411, avoid separating inclined surface 411 due to 4 front end of separating plate
Seamed edge excessively sharp scratch be centrifuged film, what is be equipped with above workbench 4 cuts membrane pressure plate 6, cuts membrane pressure plate 6 across 4 width of workbench
Two sides, the width two sides of workbench 4 are equipped with fixed block 63, are machined with through-hole on fixed block 63, cut 6 both ends rear portion of membrane pressure plate
First rotating shaft 61 is interspersed in the through-hole of fixed block 63 and can rotate around through-hole, cuts the second shaft 62 of 6 both ends front of membrane pressure plate
End is interspersed in the vertical waist through hole 641 in pulling plate 64, the lower end of pulling plate 64 and the power output shaft of lifting cylinder 65
Connection, the lifting of pulling plate 64 is driven from lifting cylinder 65 to drive the second shaft 62 to decline so that make to cut the front of membrane pressure plate 6 to
Under turn to contact workbench 4 on middle transferring film, wherein the front for cutting membrane pressure plate 6, which is machined with, presents a theatrical performance as the last item on a programme plane 66 and cuts membrane pressure plate 6
When front is rotated down movement under the effect of lifting cylinder 65, plane of presenting a theatrical performance as the last item on a programme 66 is close to the surface of workbench 4；Constant pressure bringing device
25 include pressure controllable cylinder 251, and 251 power output shaft of pressure controllable cylinder is arranged right below pressure transmitting block 252, pressure
The top of transmitting block 252 is machined with blind hole and blind hole is located at the underface of 251 power output shaft of pressure controllable cylinder, power output
Axis can be plugged into blind hole when declining pressure passing to pressure transmitting block 252；Pressure transmitting block 252 is vertically fixed on driven wheel
23 length both ends guarantee driven wheel 23 to the constant pressure of the application of driven wheel 23 straight down by constant pressure bringing device 25, move
There is sufficiently large rolling friction between wheels 22 to drive centrifugation film to continue to transmit.
Absorbent module X tracks 31, absorbent module Y motion track 32, absorbent module Z fortune in glue surface film absorbent module 3
Power source in dynamic rail road 33 is the mould group of servomotor, gear reducer composition, and slideway is screw rod, and sliding block is socketed on screw rod and slides
The medial surface that block is contacted with screw rod be machined with matched helicitic texture, the power output end of servomotor, gear reducer mould group with
Screw rod connection drives screw rod rotation, and then the reciprocating motion with movable slider on screw rod.
The first carriage 11 in die-cutting component 1 is the power source combined by servomotor, gear reducer and power source
The screw rod of power output end connection, the sliding block composition being socketed on screw rod.
Further, floating roller 26, floating roller 26 are additionally provided between the lower section of workbench 4, power wheel 22 and waste material wheel 24
Both ends be fixed in the floating roller fixed plate 261 of 4 width two sides of workbench by rolling bearing, 26 both ends of floating roller
In the vertical chute 2611 for being buckled in floating roller fixed plate 261 that rolling bearing can be lifting up and down, wherein floating roller fixed plate
Position sensor is installed, the position height information of the floating roller 26 sensed is passed to PLC control by position sensor on 261
Device makes the intermittent receipts of waste material wheel 24 according to the rotation that the height of floating roller 26 manipulates 24 rotating electric machine of waste material wheel by PLC controller
Material.
Laminator involved in this specific embodiment is simple with film exfoliating device structure and operation logic, is controlled by PLC
Device passes through linear speed identical as centrifugation film to processes, glue surface films such as cross cutting, transmitting, the separation of transferring film in the manipulation completion of each power source
The shearing force of the absorption and separating plate 41 of spending the vacuum chuck 34 of operation completes the separation with centrifugation film, entire cross cutting,
In separation process, elongation, buckling phenomena will not occur for glue surface film, operate convenient for the pad pasting of subsequent liquid crystal display panel.
Case 2 is embodied:
Laminator film exfoliating device, comprising: die-cutting component 1, transfer assembly 2, glue surface film absorbent module 3, transfer assembly 2
Transferring film back kick is passed in drive, by carrying out the cutting of length direction when die-cutting component 1 to glue surface film, but is centrifuged film and has still been kept
Whole, the middle transferring film after cutting continues to transmit backward under the action of transfer assembly 2, glue surface film when reaching 4 front end of workbench
Absorbent module 3 can be moved to the surface of glue surface film and be adsorbed glue surface film by negative pressure of vacuum, glue surface film absorbent module 3 with from
The movement linear velocity of heart film is identical, so while being centrifuged film and travelling forward, the glue surface film that is adsorbed by glue surface film absorbent module 3
It can gradually be separated with centrifugation film；
Die-cutting component 1 includes the first carriage 11 across 4 width two sides of workbench, the cunning in the first carriage 11
Block is fixed with the first cylinder 12, and round cutter 13 is fixed on the sliding block of the first cylinder 12 by connecting plate screw, the first cylinder
12 drive 13 oscilaltion campaign of cutter, and the first carriage 11 drives cutter 13 to slide along the width direction of workbench 4, in cunning
The cutting that top glue surface film in centering transferring film is completed in dynamic process will not be centrifuged film to lower section simultaneously and impact；
Transfer assembly 2 includes drawing-inroller 21, power wheel 22, driven wheel 23, waste material wheel 24, the cylinder upper side of drawing-inroller 21
Concordant with the upper face of workbench 4, power wheel 22, driven wheel 23 are located at the underface of workbench 4 and driven wheel 23 is located at power
Wheel 22 surface, power wheel 22 by servo motor drive rotate, the length both ends of driven wheel 23 with constant pressure bringing device 25
Connection, constant pressure bringing device 25 can apply constant pressure straight down to driven wheel 23 on perpendicular, guarantee from the two it
Between the centrifugation film that passes through of gap compressed and by upper and lower driven wheel 23, power wheel 22 with the rotation of driving wheel 22, driven wheel 23
Continue to transmit to 24 direction of waste material wheel, waste material wheel 24 be located at the underface of workbench 4, on direction of transfer power wheel 22 rear,
Waste material wheel 24 drives rotary material collecting by servo motor；Canoe of the middle transferring film in transfer assembly 2 after being tensioned, smoothing
Are as follows: the cylinder upper side for being close to drawing-inroller 21 reaches 4 upper surface of workbench and transmits backward, around the rearmost end of transfer table 4
And the centrifugation film after separation directly around 4 lower section of workbench and passes through power wheel 22, driven wheel 23 from the rear end of workbench 4
Between gap, during power wheel 22, driven wheel 23 rotate towards each other be centrifuged film will continue to 24 end motion of waste material wheel and
Discarded centrifugation film is set to be wrapped in the recycling for completing centrifugation film on waste material wheel 24 under the draw of waste material wheel servo motor；
Glue surface film absorbent module 3 includes the absorbent module X tracks 31 moved by PLC control, absorbent module Y motion rail
Road 32, absorbent module Z tracks 33, tracks are made of power source, slideway and the sliding block being socketed on slideway, dynamic
Move back and forth sliding block along the direction of slideway；4 periphery of workbench is equipped with fixed frame 5, fixed frame
Frame 5 includes being symmetrically distributed in 4 width two sides of workbench and being higher than the horizontal fixed plate 51 of plane and two levels on workbench 4
The lateral fixed plate 52 that 51 end of fixed plate is fixedly connected, the lower section of horizontal and lateral fixed plate is by vertical supporting plate (in figure
It is not shown) support；Absorbent module X tracks 31, absorption group are mounted on the horizontal fixed plate 51 of 4 width two sides of workbench
Slideway in part Y motion track 32 is above 4 width of workbench and slideway both ends are solid with the sliding block in X tracks 31 respectively
Fixed connection, the slideway of absorbent module Z tracks 33 are vertically fixed on the sliding block of absorbent module Y motion track 32 by connecting plate
On, vacuum chuck 34 is fixed with by connecting plate on the sliding block of absorbent module Z tracks 33, wherein the effect of vacuum chuck 34
Area is identical with the area of glue surface film after cutting；Wherein, absorbent module X tracks 31, absorbent module Y motion track
Be mounted on 32 fibre optical sensor (not shown) for find glue surface film X to be separated, Y-direction edge position and will
Transducing signal is transmitted to PLC controller, and PLC controller manipulates absorbent module X tracks 31, absorbent module according to calculated result
Y motion track 32 moves to right above the glue surface film that need to be separated, then controls absorbent module Z tracks 33 and drop to glue surface film table
Simultaneously glue surface film is sucked by negative pressure of vacuum in face；
The feed end of workbench 4 is horizontally arranged with die-cutting component 1 in width direction, is equipped with and workbench 4 in discharge end
The concordant separating plate 41 in upper surface, separating plate 41 are equipped with separation inclined surface 411 far from one end of workbench 4, separate inclined surface 411
Slanted angle with horizontal plane is 60 °.
Wherein, it separates and is machined with chamfering at the seamed edge of inclined surface 411, avoid separating inclined surface 411 due to 4 front end of separating plate
Seamed edge excessively sharp scratch be centrifuged film, what is be equipped with above workbench 4 cuts membrane pressure plate 6, cuts membrane pressure plate 6 across 4 width of workbench
Two sides, the width two sides of workbench 4 are equipped with fixed block 63, are machined with through-hole on fixed block 63, cut 6 both ends rear portion of membrane pressure plate
First rotating shaft 61 is interspersed in the through-hole of fixed block 63 and can rotate around through-hole, cuts the second shaft 62 of 6 both ends front of membrane pressure plate
End is interspersed in the vertical waist through hole 641 in pulling plate 64, the lower end of pulling plate 64 and the power output shaft of lifting cylinder 65
Connection, the lifting of pulling plate 64 is driven from lifting cylinder 65 to drive the second shaft 62 to decline so that make to cut the front of membrane pressure plate 6 to
Under turn to contact workbench 4 on middle transferring film, wherein the front for cutting membrane pressure plate 6, which is machined with, presents a theatrical performance as the last item on a programme plane 66 and cuts membrane pressure plate 6
When front is rotated down movement under the effect of lifting cylinder 65, plane of presenting a theatrical performance as the last item on a programme 66 is close to the surface of workbench 4；Constant pressure bringing device
25 include pressure controllable cylinder 251, and 251 power output shaft of pressure controllable cylinder is arranged right below pressure transmitting block 252, pressure
The top of transmitting block 252 is machined with blind hole and blind hole is located at the underface of 251 power output shaft of pressure controllable cylinder, power output
Axis can be plugged into blind hole when declining pressure passing to pressure transmitting block 252；Pressure transmitting block 252 is vertically fixed on driven wheel
23 length both ends guarantee driven wheel 23 to the constant pressure of the application of driven wheel 23 straight down by constant pressure bringing device 25, move
There is sufficiently large rolling friction between wheels 22 to drive centrifugation film to continue to transmit.
Absorbent module X tracks 31, absorbent module Y motion track 32, absorbent module Z fortune in glue surface film absorbent module 3
Power source in dynamic rail road 33 is the mould group of servomotor, gear reducer composition, and slideway is screw rod, and sliding block is socketed on screw rod and slides
The medial surface that block is contacted with screw rod be machined with matched helicitic texture, the power output end of servomotor, gear reducer mould group with
Screw rod connection drives screw rod rotation, and then the reciprocating motion with movable slider on screw rod.
The first carriage 11 in die-cutting component 1 is the power source combined by servomotor, gear reducer and power source
The screw rod of power output end connection, the sliding block composition being socketed on screw rod.
Further, the power wheel 22 in transfer assembly 2 is the idler wheel surface of stainless steel material, and driven wheel 23 is plastic cement material
Idler wheel surface, wherein first bypass driven wheel 23 with the centrifugation film after glue surface UF membrane and be wound into above driven wheel 23 driven
Between the gap for taking turns 23, power wheel 22, subsequent work stations are got forwarded to further around the lower end surface for crossing power wheel 23.
Laminator involved in this specific embodiment is simple with film exfoliating device structure and operation logic, is controlled by PLC
Device passes through linear speed identical as centrifugation film to processes, glue surface films such as cross cutting, transmitting, the separation of transferring film in the manipulation completion of each power source
The shearing force of the absorption and separating plate 41 of spending the vacuum chuck 34 of operation completes the separation with centrifugation film, entire cross cutting,
In separation process, elongation, buckling phenomena will not occur for glue surface film, operate convenient for the pad pasting of subsequent liquid crystal display panel.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (8)
1. laminator film exfoliating device, comprising: die-cutting component, transfer assembly, glue surface film absorbent module；
Die-cutting component includes the first carriage across workbench width two sides, and the sliding block in the first carriage is fixed with
One cylinder, round cutter are fixed on the sliding block of the first cylinder by connecting plate screw, and the first cylinder drives cutter oscilaltion
Movement, the first carriage drive cutter to slide along the width direction of workbench, complete during sliding in middle transferring film
The cutting of top glue surface film will not be centrifuged film to lower section simultaneously and impact；
Transfer assembly includes drawing-inroller, power wheel, driven wheel, waste material wheel, the cylinder upper side of drawing-inroller and the upper plate of workbench
Face is concordant, and power wheel, driven wheel are located at the lower section of workbench and driven wheel is located at the surface of power wheel, and power wheel is by servo electricity
Machine drives rotation, and the length both ends of driven wheel are connect with constant pressure bringing device, and constant pressure bringing device can be right on perpendicular
Driven wheel applies constant pressure straight down, waste material wheel be located at the lower section of workbench, on direction of transfer power wheel rear, waste material
Wheel drives rotary material collecting by servo motor；
Glue surface film absorbent module includes by the absorbent module X tracks of PLC control movement, absorbent module Y motion track, absorption
Component Z tracks, tracks are made of power source, slideway and the sliding block being socketed on slideway, in the effect of power source
Under allow sliding block along slideway direction move back and forth；Workbench periphery is equipped with fixed frame, and fixed frame includes symmetrical point
Cloth is in workbench width two sides and is higher than the horizontal fixed plate of plane on workbench, is fixedly connected with two horizontal fixed plate ends
Lateral fixed plate, the lower section of horizontal and lateral fixed plate passes through vertical supporting plate support；The level of workbench width two sides is solid
Absorbent module X tracks are mounted on fixed board, the slideway in absorbent module Y motion track above workbench width and
Slideway both ends are fixedly connected with the sliding block in X tracks respectively, and the slideway of absorbent module Z tracks is vertical by connecting plate
It is fixed on the sliding block of absorbent module Y motion track, vacuum is fixed with by connecting plate on the sliding block of absorbent module Z tracks
Sucker, wherein the active area of vacuum chuck is identical with the area of glue surface film after cutting；Wherein, absorbent module X is moved
Fibre optical sensor is mounted on track, absorbent module Y motion track for finding the edge of glue surface film X to be separated, Y-direction
Transducing signal is simultaneously transmitted to PLC controller by position, and PLC controller manipulates absorbent module X tracks according to calculated result, inhales
Attached component Y motion track moves to right above the glue surface film that need to be separated, then controls absorbent module Z tracks and drop to glue surface film
Simultaneously glue surface film is sucked by negative pressure of vacuum in surface；
The feed end of workbench is horizontally arranged with die-cutting component in width direction, is equipped in discharge end flat with worktable upper surface
Neat separating plate, separating plate are equipped with separation inclined surface far from one end of workbench, separate the slanted angle of inclined surface and horizontal plane
It is 40 °~65 °.
2. laminator film exfoliating device as described in claim 1, it is characterised in that: separate and be machined with down at the seamed edge of inclined surface
Angle.
3. laminator film exfoliating device as described in claim 1, it is characterised in that: what is be equipped with above workbench cuts membrane pressure plate,
Membrane pressure plate is cut across workbench width two sides, the width two sides of workbench are equipped with fixed block, are machined with through-hole on fixed block, cut
The first rotating shaft at membrane pressure board ends rear portion is interspersed in the through-hole of fixed block and can rotate around through-hole, cuts membrane pressure board ends front
Second roller end is interspersed in the vertical waist through hole in pulling plate, and the lower end of pulling plate and the power output shaft of lifting cylinder connect
It connects, drives pulling plate lifting to connect to drive the second shaft to decline and then be swung down to the front for cutting membrane pressure plate by lifting cylinder
Touch the middle transferring film on workbench, wherein the front for cutting membrane pressure plate is machined with to present a theatrical performance as the last item on a programme plane and cut membrane pressure plate and act in lifting cylinder
When lower front is rotated down movement, plane of presenting a theatrical performance as the last item on a programme is close to the surface of workbench.
4. laminator film exfoliating device as described in claim 1, it is characterised in that: the power wheel in transfer assembly is stainless steel
The idler wheel surface of material, driven wheel are the idler wheel surface of plastic cement material, wherein first bypass driven wheel with the centrifugation film after glue surface UF membrane
And by being wound among the gap of driven wheel, power wheel above driven wheel, subsequent work stations are got forwarded to further around the lower end surface for crossing power wheel.
5. laminator film exfoliating device as described in claim 1, it is characterised in that: lower section, power wheel and the waste material of workbench
Floating roller is additionally provided between wheel, the both ends of floating roller are consolidated by the floating roller that rolling bearing is fixed on positioned at workbench width two sides
In fixed board, what the rolling bearing at floating roller both ends can be lifting up and down is buckled in the vertical chute of floating roller fixed plate, is floated
Position sensor is installed in wheel fixed plate, the position height information of floating roller is passed to PLC controller by position sensor, by
PLC controller makes the intermittent rewinding of waste material wheel according to the rotation that the height of floating roller manipulates waste material wheel rotating electric machine.
6. laminator film exfoliating device as described in claim 1, it is characterised in that: constant pressure bringing device includes pressure controllable gas
Cylinder, pressure controllable cylinder power output shaft be arranged right below pressure transmitting block, pressure transmitting block above be machined with blind hole and
Blind hole is located at the underface of pressure controllable cylinder power output shaft, and power output shaft can be plugged into blind hole when declining and pass pressure
Pass pressure transmitting block；Pressure transmitting block is vertically fixed on the length both ends of driven wheel, by constant pressure bringing device to driven wheel
The constant pressure applied straight down guarantees to have sufficiently large rolling friction between driven wheel, power wheel to drive centrifugation film to continue
Transmitting.
7. laminator film exfoliating device as described in claim 1, it is characterised in that: absorbent module X in glue surface film absorbent module
Tracks, absorbent module Y motion track, the power source in absorbent module Z tracks are servomotor, gear reducer composition
Mould group, slideway are screw rod, and sliding block is socketed in the medial surface that on screw rod and sliding block is contacted with screw rod and is machined with and matched screw thread knot
Structure, the power output end of servomotor, gear reducer mould group is connect with screw rod drives screw rod rotation, and then with movable slider on screw rod
Reciprocating motion.
8. laminator film exfoliating device as described in claim 1, it is characterised in that: the first carriage in die-cutting component is
The power source that is combined by servomotor, gear reducer, the screw rod being connect with the power output end of power source, the cunning being socketed on screw rod
Block composition.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821305350.9U CN208947698U (en) | 2018-08-14 | 2018-08-14 | Laminator film exfoliating device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821305350.9U CN208947698U (en) | 2018-08-14 | 2018-08-14 | Laminator film exfoliating device |
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| Publication Number | Publication Date |
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| CN208947698U true CN208947698U (en) | 2019-06-07 |
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ID=66733662
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821305350.9U Active CN208947698U (en) | 2018-08-14 | 2018-08-14 | Laminator film exfoliating device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111148610A (en) * | 2019-12-16 | 2020-05-12 | 苏州信运比尔精密机械有限公司 | Length-adjustable flexible film material cutting device |
| CN112455060A (en) * | 2020-11-18 | 2021-03-09 | 巨轮(广州)智能装备有限公司 | Laser film separation device |
| CN115214928A (en) * | 2022-09-20 | 2022-10-21 | 中媒数字媒体(江苏)有限公司 | Film pasting device for hard protective film of display screen |
-
2018
- 2018-08-14 CN CN201821305350.9U patent/CN208947698U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111148610A (en) * | 2019-12-16 | 2020-05-12 | 苏州信运比尔精密机械有限公司 | Length-adjustable flexible film material cutting device |
| WO2021119962A1 (en) * | 2019-12-16 | 2021-06-24 | 苏州信运比尔精密机械有限公司 | Flexible film material cutting device capable of length adjustment |
| CN111148610B (en) * | 2019-12-16 | 2021-08-24 | 苏州信运比尔精密机械有限公司 | Length-adjustable flexible film material cutting device |
| CN112455060A (en) * | 2020-11-18 | 2021-03-09 | 巨轮(广州)智能装备有限公司 | Laser film separation device |
| CN115214928A (en) * | 2022-09-20 | 2022-10-21 | 中媒数字媒体(江苏)有限公司 | Film pasting device for hard protective film of display screen |
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