CN110497096A - A kind of fexible film sheet material laser cutting device - Google Patents
A kind of fexible film sheet material laser cutting device Download PDFInfo
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- CN110497096A CN110497096A CN201910623788.4A CN201910623788A CN110497096A CN 110497096 A CN110497096 A CN 110497096A CN 201910623788 A CN201910623788 A CN 201910623788A CN 110497096 A CN110497096 A CN 110497096A
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- mould group
- cutting
- mobile mould
- film sheet
- feeding
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/36—Removing material
- B23K26/38—Removing material by boring or cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/36—Removing material
- B23K26/40—Removing material taking account of the properties of the material involved
- B23K26/402—Removing material taking account of the properties of the material involved involving non-metallic material, e.g. isolators
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/70—Auxiliary operations or equipment
- B23K26/702—Auxiliary equipment
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- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Plasma & Fusion (AREA)
- Mechanical Engineering (AREA)
- Laser Beam Processing (AREA)
Abstract
The embodiment of the present invention is suitable for OLED display panel technical field of processing equipment, provides a kind of fexible film sheet material laser cutting device.The equipment includes the feed mechanism being arranged successively, cutting mechanism, first cutting agency and the second cutting agency, after carrying out centering on the pallet centering cylinder assembly that is placed in thin-film sheet to be cut in feed mechanism, the thin-film sheet to be cut is drawn using feeding Suction cup assembly, if thin-film sheet to be cut is transported to after being cut into dry plate thin-film sheet on cutting mechanism using feeding movement mould group, the thin-film sheet that cutting is completed is drawn by the first cutting agency again to transport to the second cutting agency, it is labelled using reading code labeling assembly, packaging orientation is carried out to the thin-film sheet that cutting is completed finally by centering body, its high production efficiency, production cost is low and ensure that product quality.
Description
Technical field
The invention belongs to OLED display panel technical field of processing equipment more particularly to a kind of fexible film sheet material laser to cut
Cut equipment.
Background technique
Currently, due to OLED (Organic Light-Emitting Diode Organic Light Emitting Diode) display screen is ultra-thin,
The advantages of flexible, power saving, wide colour gamut, high contrast, wide viewing angle, high reaction speed and the low persistence of vision, more and more extensive answers
For numerous areas such as smart phone, Pad, car-mounted display, high definition television, notebook, AR；It is produced for flexible OLED display
Thin-film sheet in manufacturing process cuts process, and there are no preferable methods efficiently to complete at this stage, usually by a large amount of people
Work industry, is limited by operating personnel's gimmick and operating environment, not only efficiency is extremely low, at high cost, the dimensional accuracy after cutting
It not can guarantee, and the carrying in operation process and sliding will lead to thin-film sheet and the defects of folding line, scratch occur, and seriously affect
The progress of product quality and backend process.
Summary of the invention
The technical problem to be solved by the embodiment of the invention is that providing a kind of fexible film sheet material laser cutting device, purport
Solving the problems, such as thin-film sheet cutting process in the prior art, there are low efficiency, yields are low and at high cost.
The embodiments of the present invention are implemented as follows, provides a kind of fexible film sheet material laser cutting device.The fexible film
Sheet material laser cutting device includes the feed mechanism being arranged successively, cutting mechanism, the first cutting agency and the second cutting agency；
The feed mechanism includes feeding pedestal, the pallet centering gas for thin-film sheet to be cut to be carried out to centering positioning
It cylinder component, the feeding Suction cup assembly drawn for the diaphragm to be cut after positioning centering and is used for the feeding
Suction cup assembly is moved to the movement mould group of the feeding on the cutting mechanism, the feeding movement mould group and pallet centering cylinder assembly
It is installed on the feeding pedestal, the feeding Suction cup assembly is installed in the feeding movement mould group；
The cutting mechanism includes cutting base, the Cutting platform component for placing thin-film sheet, to be cut for locking
If cut the CCD component of thin-film sheet initial cut location, for thin-film sheet is cut into the cutting head assembly of dry plate with
And the cutting movement mould group for driving the cutting head assembly mobile, the Cutting platform component, CCD component and cutting fortune
Dynamic model group is installed on the cutting base, and the cutting head assembly is mounted in the cutting movement mould group；
First cutting agency include the first blanking pedestal, for draw cutting after thin-film sheet transfer component,
For driving the transfer component to transport to the first blanking campaign mould group on second cutting agency；The first blanking fortune
Dynamic model group is mounted on the first blanking pedestal, and the transfer component is mounted in the first blanking campaign mould group；
Second cutting agency includes the second blanking pedestal, the platform assembly for loading thin-film sheet, for thin
The reading code labeling assembly that film sheet is labelled, is used for the blanking Suction cup assembly for adsorbing the thin-film sheet after the completion of labelling
Thin-film sheet is subjected to the fixed centering body of centering and the second blanking campaign mould group, the platform assembly are moveably mounted
On the second blanking pedestal, the reading code labeling assembly and blanking Suction cup assembly are mounted on the second blanking campaign mould group
On, the centering body is mounted on the one end of the second blanking pedestal far from first cutting agency.
Further, the pallet centering cylinder assembly includes pallet, ball platform, adjustable pedestal, position-limited wheel, first pair
Middle cylinder and the second centering cylinder；The adjustable pedestal is mounted on the feeding pedestal, and the ball stage+module is in described
The upper end of adjustable pedestal, for adjusting the ball podium level, the pallet is moveably positioned in institute the adjustable pedestal
It states on ball platform, the first centering cylinder is mounted on the side of the ball platform, the ball platform and described first
The opposite other side of centering cylinder is equipped with position-limited wheel, and the second centering cylinder is mounted on the ball platform and described first
The adjacent side of centering cylinder, the ball platform other side opposite with the second centering cylinder are equipped with the limit
Wheel.
Further, feeding movement mould group includes feeding X to mobile mould group and the mobile mould group of feeding Y-direction, it is described on
Material Suction cup assembly include the mobile mould group of feeding Z-direction, connecting framework, rangefinder, for adsorbent thin film sheet material adsorption hole board group with
And the leveling column for adjusting the adsorption hole board group；
The mobile mould group of the feeding Y-direction is installed on the feeding pedestal, and the feeding X is installed on described to mobile mould group
In the mobile mould group of feeding Y-direction, the mobile mould group of the feeding Z-direction is installed on the feeding X in mobile mould group, the connecting framework
It is mounted on the lower end of the mobile mould group of the feeding Z-direction, passes through the leveling between the connecting framework and the adsorption hole board group
Column connection, the rangefinder are mounted on the upper end of the adsorption hole board group.
Further, the lower end of the adsorption hole board group offers adsorption hole, have in the adsorption hole board group with it is described
The cavity of adsorption hole connection, the cavity connection vacuum source and compressed air gas source.
Further, the cutting movement mould group includes cutting X to mobile mould group, the mobile mould group of cutting Y-direction and cutting Z
To mobile mould group, the CCD component includes coarse positioning CCD and fine positioning CCD；The mobile mould group of the cutting Y-direction is mounted on described
On cutting base, the coarse positioning CCD is mounted on the cutting base close to one end of the feeding pedestal, the cutting X to
Mobile mould group is installed on the cutting base by fixed frame, and the mobile mould group of the cutting Z-direction is mounted on the cutting X to shifting
In dynamic model group, the cutting head assembly is mounted in the mobile mould group of the cutting Z-direction, and the fine positioning CCD is mounted on described solid
Determine on frame；
The Cutting platform component includes vacuum adsorption plate, base, air bearing component and leveling seat, and the base is installed on
In the mobile mould group of the cutting Y-direction, the air bearing component is mounted on the base, and the vacuum adsorption plate is pacified by leveling seat
Loaded on the base, the air bearing component and the vacuum adsorption plate air circuit connection.
Further, the leveling seat includes fixing seat, nut, adjusts stud, ball and support base；The adjusting spiral shell
One end of column is connect with the fixing seat, and described one end for adjusting stud is connect by ball with the support base, the nut
It is sheathed on the adjusting stud.
Further, the cutting mechanism further includes optical path component, and the optical path component includes laser, fixed optical path box
And mobile optical path box, the laser issue laser successively after the fixed optical path box, mobile optical path box reflection,
The cutting head assembly is vertically injected, the focus lamp in the cutting head assembly is focused into the laser that can be used for cutting thin-film sheet
Beam.
Further, the transfer component includes the mobile mould group of transfer Z-direction, transfer skeleton, ceramic sucker and Balance Air
Cylinder buffer unit, the first blanking campaign mould group move mould group to mobile mould group and the first blanking Y-direction including the first blanking X；
The mobile mould group of the first blanking Y-direction is mounted on the first blanking pedestal, and the first blanking X pacifies to mobile mould group
In the mobile mould group of the first blanking Y-direction, the mobile mould group of the transfer Z-direction is mounted on the first blanking X to mobile mould
In group, the transfer skeleton is mounted on the lower end of the mobile mould group of the transfer Z-direction, and the ceramics sucker passes through the balance cylinder
Buffer unit is mounted on the lower end of the transfer skeleton.
Further, the second blanking campaign mould group includes the mobile mould group of the first Y-direction, the second Y-direction mobile mould group, first
Mould group, the 2nd X moves mould group to mobile mould group, the first Z-direction and the second Z-direction moves mould group to moving by X；
The mobile mould group of first Y-direction and the mobile mould group of the second Y-direction are installed on the second blanking pedestal, the platform
Component is mounted in the mobile mould group of first Y-direction, and the first X is installed on institute to mobile mould group and the 2nd X to mobile mould group
It states in the mobile mould group of the second Y-direction, the mobile mould group of first Z-direction is installed on the first X in mobile mould group, the 2nd Z
The 2nd X is installed on in mobile mould group to mobile mould group, and the reading code labeling assembly is installed on the mobile mould of first Z-direction
In group, the blanking Suction cup assembly is installed in the mobile mould group of second Z-direction.
Further, the centering body include plate, positioning plate, left-handed screw rod, dextrorotation screw rod, sliding rail, motor and
Pulley assembly, the surrounding of the plate are distributed with the positioning plate, and the sliding rail and motor are installed under the plate
End, the positioning plate is slidably mounted on the sliding rail by connecting plate, in two opposite connecting plates, wherein one
A connecting plate is connect with the left-handed wire rod thread, another described connecting plate is connect with the dextrorotation wire rod thread, institute
It states left-handed screw rod and the dextrorotation screw rod is rotatably mounted in the lower end of the plate, the motor passes through the belt pulley
Component synchronization drives the left-handed screw rod and dextrorotation screw rod to rotate simultaneously, to enable two opposite positioning plates simultaneously
It moves towards.
Compared with prior art, beneficial effect is the embodiment of the present invention: the present invention is by putting thin-film sheet to be cut
It is placed on the pallet centering cylinder assembly in feed mechanism after carrying out centering, draws the film to be cut using feeding Suction cup assembly
Sheet material, if being transported thin-film sheet to be cut to being cut into dry plate thin-film sheet on cutting mechanism using feeding movement mould group
Afterwards, then the thin-film sheet that cutting is completed is drawn by the first cutting agency to transport to the second cutting agency, labelled using reading code
Component is labelled, and carries out packaging orientation, high production efficiency, life to the thin-film sheet that cutting is completed finally by centering body
It produces at low cost and ensure that product quality.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of fexible film sheet material laser cutting device provided in an embodiment of the present invention；
Fig. 2 is the structural schematic diagram of the feed mechanism in Fig. 1；
Fig. 3 is the structural schematic diagram of the pallet centering cylinder assembly in Fig. 2；
Fig. 4 is the structural schematic diagram of the feeding Suction cup assembly in Fig. 2；
Fig. 5 is the structural schematic diagram of the cutting mechanism in Fig. 1；
Fig. 6 is another angled arrangement schematic diagram of cutting mechanism shown in fig. 5；
Fig. 7 is the structural schematic diagram of the Cutting platform component in Fig. 6；
Fig. 8 is the schematic view of the front view of Cutting platform component shown in Fig. 7；
Fig. 9 is the schematic cross-sectional view of the leveling seat in Fig. 8；
Figure 10 is the structural schematic diagram of the first cutting agency in Fig. 1；
Figure 11 is the structural schematic diagram of the transfer component in Figure 10；
Figure 12 is the structural schematic diagram of the second cutting agency in Fig. 1；
Figure 13 is the structural schematic diagram of the centering body in Figure 12；
Figure 14 is the structure schematic diagram of centering body shown in Figure 13.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
As shown in Figure 1, being a kind of fexible film sheet material laser cutting device provided in an embodiment of the present invention.The fexible film
Sheet material laser cutting device includes the feed mechanism 1 being arranged successively, cutting mechanism 2, the first cutting agency 3 and the second blanking machine
Structure 4.
In above-described embodiment, feed mechanism 1 includes feeding pedestal 11, for thin-film sheet to be cut to be carried out centering positioning
Pallet centering cylinder assembly 12, the feeding Suction cup assembly 13 drawn for the thin-film sheet to be cut after positioning centering
And the feeding for being moved to feeding Suction cup assembly 13 on cutting mechanism 2 moves mould group 14, feeding moves mould group 14 and support
Disk centering cylinder assembly 12 is installed on feeding pedestal 11, and feeding Suction cup assembly 13 is installed in feeding movement mould group 14.
Above-mentioned pallet centering cylinder assembly 12 includes pallet 121, ball platform 122, adjustable pedestal 123, position-limited wheel
124, the first centering cylinder 125 and the second centering cylinder 126.Adjustable pedestal 123 is mounted on feeding pedestal 11, ball platform
122 are installed on the upper end of adjustable pedestal 123, and adjustable pedestal 123 is for adjusting ball podium level, specifically, this is adjustable pedestal
123 use screw rod and nut connection type, by the connection height of adjusting screw rod and ball platform 122, to guarantee ball platform
122 flatness.
For placing thin-film sheet to be cut, which is moveably positioned in ball platform above-mentioned pallet 121
On 122, the first centering cylinder 125 is mounted on the side of ball platform 122, and ball platform 122 and the first centering cylinder 125 are opposite
The other side position-limited wheel 124 is installed, it is adjacent with the first centering cylinder 125 that the second centering cylinder 126 is mounted on ball platform 122
Side, the other side opposite with the second centering cylinder 126 of ball platform 122 is equipped with position-limited wheel 124.Pass through the first centering gas
The output end of cylinder 125 and the second centering cylinder 126 pushes pallet 121, stops after the side of pallet 121 is resisted against position-limited wheel 124
It only moves, so far pallet 121 reaches operating position, completes the centering to pallet 121.
Above-mentioned feeding movement mould group 14 includes feeding X to mobile mould group 141 and the mobile mould group 142 of feeding Y-direction, and feeding is inhaled
Disk component 13 include the mobile mould group 131 of feeding Z-direction, connecting framework 132, rangefinder 133, for the adsorption hole of adsorbent thin film sheet material
Board group 134 and leveling column 135 for adjusting adsorption hole board group 134.The mobile mould group 131 of feeding Y-direction is installed on feeding pedestal
On 11, feeding X is installed in the mobile mould group 142 of feeding Y-direction to mobile mould group 141, enables feeding X to mobile mould group 141 along Y
Axis direction is mobile.The mobile mould group 131 of feeding Z-direction is installed on feeding X in mobile mould group 141, makes the mobile mould group 131 of feeding Z-direction
It can move along the x axis.Connecting framework 132 is mounted on the lower end of the mobile mould group 131 of feeding Z-direction, connecting framework 132 and absorption
It is connected between hole board group 134 by leveling column 135, adjusts adsorption hole board group 134 by turning the screw on leveling column 135
Levelness is driven by feeding X to mobile mould group 141, the mobile mould group 142 of feeding Y-direction and the mobile mould group 131 of feeding Z-direction
Adsorption hole board group 134 moves to draw the thin-film sheet to be cut on pallet 121 along X/Y/Z axis direction.Specifically, the adsorption hole
The lower end surface of board group 134 offers adsorption hole, has the cavity being connected to adsorption hole in adsorption hole board group 124, and cavity passes through true
Empty solenoid valve connection vacuum source connects compressed air gas source with by air blowing solenoid valve.Original state, vacuum solenoid and blows
Pneumoelectric magnet valve is in close state, and when opening vacuum solenoid, adsorption hole board group 134 picks up thin-film sheet, when closing vacuum
Air blowing solenoid valve is opened after solenoid valve, thin-film sheet is laid down by adsorption hole board group 134.
Above-mentioned rangefinder 133 is mounted on the upper end side of adsorption hole board group 134, after pallet 121 is in operating position,
Adsorption hole board group 134 is moved to the surface of pallet 121, carries out real-time range feedback, control absorption orifice plate by rangefinder 133
Group the distance between 134 and pallet 121, make adsorption hole board group 134 draw the thin-film sheet to be cut of top layer in pallet 121,
And it transports to cutting mechanism 2.
Above-mentioned cutting mechanism 2 includes cutting base 21, the Cutting platform component 25 for placing thin-film sheet, for locking
CCD (Charge Coupled Device charge-coupled device) component of fixed thin-film sheet initial cut location to be cut is used for
If being cut into the cutting head assembly 23 of dry plate to thin-film sheet and the cutting movement for driving cutting head assembly mobile
Mould group 24, Cutting platform component 25, CCD component and cutting movement mould group 24 are installed on cutting base 21, cutting head group
Part 23 is mounted in cutting movement mould group 24.
Above-mentioned cutting movement mould group 24 includes cutting X to mobile mould group 241, the mobile mould group 242 of cutting Y-direction and cutting
Z-direction moves mould group 243, and CCD component includes coarse positioning CCD 26 and fine positioning CCD 27；The mobile mould group 242 of cutting Y-direction is mounted on
On cutting base 21, coarse positioning CCD 26 is mounted on cutting base 21 close to one end of feeding pedestal 11, cuts X to mobile mould group
241 are installed on cutting base 21 by fixed frame 244, and the mobile mould group 243 of cutting Z-direction is mounted on cutting X to mobile mould group 241
On, cutting head assembly 23 is mounted in the mobile mould group 243 of cutting Z-direction, and fine positioning CCD 27 is mounted on fixed frame 244.
Feeding Suction cup assembly 13 during carrying on thin-film sheet to Cutting platform component 25 to be cut, cutting by setting
Coarse positioning CCD 26 on pedestal 21 can grab two Mark on thin-film sheet to be cut and feed back to master control, and instruction is assigned in master control
Driving feeding Suction cup assembly 13, which adjusts thin-film sheet to be cut, to be continued to remove toward Cutting platform component 25 behind the position in X/Y plane
Fortune, its location information can be fed back by coarse positioning CCD 26 to master after thin-film sheet to be cut is put on Cutting platform component 25
Control, master control, which is assigned, shows the control rotation of Cutting platform component 25, after rotating corresponding angle, guarantees that the essence on fixed frame 244 is fixed
Position CCD 27 can read the Mark on thin-film sheet to be cut.
Above-mentioned Cutting platform component 25 includes vacuum adsorption plate 251, base 252, air bearing component 253 and leveling seat
254, base 252 is installed in the mobile mould group 242 of cutting Y-direction, and air bearing component 253 is mounted on base 252, vacuum adsorption plate
251 are installed on base 252 by leveling seat 254, air bearing component 253 and 251 air circuit connection of vacuum adsorption plate.By using gas
The flexure that the floating fine tuning of component 253 252 outer rim cantilever of base is excessive and generates, guarantees that base 252 is horizontal, by using leveling seat
254 adaptive levelling function reduces the rigging error of base 252 as far as possible, guarantees that base 252 is horizontal.Above-mentioned leveling seat
254 include fixing seat 2541, nut 2542, adjusting stud 2543, ball 2544 and support base 2545；Adjust stud 2543
One end is connect with fixing seat 2541, and the one end for adjusting stud 2543 is connect by ball 2544 with support base 2545, nut 2542
It is sheathed on and adjusts on stud 2543, support base 2545 is allowed to deviate the certain angle of horizontal plane, compensate for base 252 and branch
Support the rigging error of seat 2544.
Above-mentioned cutting mechanism 2 further includes optical path component, and optical path component includes laser, fixed optical path box 28 and movement
Optical path box 29, laser issue laser successively after fixed optical path box 28, the 29 son reflection of mobile optical path box, and vertical inject is cut
Head assembly 23 is cut, the focus lamp cut in head assembly 23 is focused into the laser beam that can be used for cutting thin-film sheet.
The first above-mentioned cutting agency 3 includes the first blanking pedestal 31, the transfer for drawing the thin-film sheet after cutting
Component 32, for drive transfer component 32 transport to the first blanking campaign mould group 33 on the second cutting agency 4 and for tearing
The dyestripping component 34 of film；First blanking campaign mould group 33 is mounted on the first blanking pedestal 31, and transfer component 32 is mounted on first
In blanking campaign mould group 33, dyestripping component 34 is mounted on the lower section of transfer component 32.Transfer component 32 is from Cutting platform component 25
Several pieces of thin-film sheets of cutting completion and a piece of hollow dummy are disposably drawn and transported on the second cutting agency 4, transfer
It, can be at the uniform velocity by tearing during component 32 carries the membrane material to the second cutting agency 4 after cutting from Cutting platform component 25
34 top of membrane module, and dyestripping technique is completed in the station.
Above-mentioned transfer component 32 includes the mobile mould group 321 of transfer Z-direction, transfer skeleton 322, ceramic sucker 323 and puts down
Weigh cylinder buffer device 324, and the first blanking campaign mould group 33 includes that the first blanking X is moved to mobile mould group 331 and the first blanking Y-direction
Dynamic model group 332.The mobile mould group 332 of first blanking Y-direction is mounted on the first blanking pedestal 31, and the first blanking X is to mobile mould group 331
It is mounted in the mobile mould group 332 of the first blanking Y-direction, the mobile mould group 321 of transfer Z-direction is mounted on the first blanking X to mobile mould group 331
On, transfer skeleton 322 is mounted on the lower end of the mobile mould group 321 of transfer Z-direction, and ceramic sucker 323 passes through balance cylinder buffer unit
324 are mounted on the lower end of transfer skeleton 322.
After transfer component 32 carries the thin-film sheet after cutting and completes dyestripping above dyestripping component 34, ceramic sucker
323 can guarantee to remain to stablize in the case where 30% leak rate to draw thin-film sheet；It is evenly distributed with secondly, transfer component 32 increases
It is arranged in the balance cylinder buffer unit 324 of ceramic 323 surrounding of sucker, which can offset big absolutely
The gravity of the ceramic sucker 323 in part, and have buffer function in vertical direction, avoid ceramic sucker 323 from Cutting platform component
When drawing the thin-film sheet after cutting on 25, product is damaged by pressure since vertical direction decline is excessive.
The second above-mentioned cutting agency 4 includes the second blanking pedestal 41, the platform assembly 42 for loading thin-film sheet, uses
In the reading code labeling assembly 43 labelled to thin-film sheet, the blanking sucker group for adsorbing the thin-film sheet after the completion of labelling
Part 44, the centering body 45 for fixing thin-film sheet progress centering and the second blanking campaign mould group 46, platform assembly 42
It is movably mounted on the second blanking pedestal 41, reading code labeling assembly 43 and blanking Suction cup assembly 44 are mounted on the second blanking fortune
In dynamic model group 46, centering body 45 is mounted on the one end of the second blanking pedestal 41 far from the first cutting agency 3.
The second above-mentioned blanking campaign mould group 46 includes the mobile mould group 461 of the first Y-direction, the mobile mould group 462 of the second Y-direction, the
Mould group 463, the 2nd X moves mould group 465 to mobile mould group 464, the first Z-direction and the second Z-direction moves mould group 466 to moving by one X.
The mobile mould group 461 of first Y-direction and the mobile mould group 462 of the second Y-direction are installed on the second blanking pedestal 41, and platform assembly 42 is mounted on
In the mobile mould group 461 of first Y-direction, the first X is installed on the movement of the second Y-direction to mobile mould group 463 and the 2nd X to mobile mould group 464
In mould group 462, the mobile mould group 465 of the first Z-direction is installed on the first X in mobile mould group 463, and the mobile mould group 466 of the second Z-direction is installed
In the 2nd X in mobile mould group 464, reading code labeling assembly 43 is installed in the mobile mould group 465 of the first Z-direction, blanking Suction cup assembly
44 are installed in the mobile mould group of the second Z-direction.
Platform assembly 42 is connected to after the thin-film sheet that transfer component 32 is put down, and is moved to reading code labeling group toward discharging direction
43 position of part, the VCR on reading code labeling assembly 43 can read the bar code of thin-film sheet and feed back to master control system, master control system
After controlling the corresponding label of marking machine printing, reading code labeling assembly 43 takes mark from bid mouth, is then pasted onto every thin-film sheet
The specified position in surface.After the completion of labeling, platform assembly 42 continues to be moved to 44 position of blanking Suction cup assembly toward discharging direction, by
Blanking Suction cup assembly 44 is drawn thin-film sheet and is carried on centering body 45.
Above-mentioned centering body 45 includes plate 451, positioning plate 452, left-handed screw rod 453, dextrorotation screw rod 454, sliding rail
455, motor 456 and pulley assembly 457, the surrounding of plate 451 are distributed with positioning plate 452, sliding rail 455 and motor 456
It is installed on the lower end of plate 451, positioning plate 452 is slidably mounted on sliding rail 455 by connecting plate 458, is oppositely arranged
In two connecting plates 458, one of connecting plate 458 is threadedly coupled with left-handed screw rod 453, another connecting plate 458 and dextrorotation
Screw rod 454 is threadedly coupled, and left-handed screw rod 453 is rotatably mounted in the lower end of plate 451, motor 456 with dextrorotation screw rod 454
Left-handed screw rod 453 and dextrorotation screw rod 454 is driven to rotate simultaneously by the way that pulley assembly 457 is synchronous, to keep opposite two fixed
Position plate 452 can move towards simultaneously.When motor 456 rotates forward, 452 ecto-entad of positioning plate shrinks the diaphragm completed to cutting
Material is positioned, and when motor 456 inverts, positioning plate 452 unclamps the thin-film sheet that cutting is completed from inside to outside, convenient manually to take
Under.
In conclusion fexible film sheet material laser cutting device of the invention is by the way that thin-film sheet to be cut to be placed in
Expect after carrying out centering on the pallet centering cylinder assembly 12 in mechanism 1, draws the film to be cut using feeding Suction cup assembly 13
Sheet material, if being transported thin-film sheet to be cut to being cut into dry plate film on cutting mechanism 2 using feeding movement mould group 14
After sheet material, then the thin-film sheet that cutting is completed is drawn by the first cutting agency 3 and is transported to the second cutting agency 4, utilizes reading
Code labeling assembly 43 is labelled, and carries out packaging orientation, tool finally by the thin-film sheet that 45 pairs of centering body cuttings are completed
Have the advantages that high production efficiency, production cost are low and production product quality is high.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.
Claims (10)
1. a kind of fexible film sheet material laser cutting device, which is characterized in that including feed mechanism, the cutting machine being arranged successively
Structure, the first cutting agency and the second cutting agency；
The feed mechanism includes feeding pedestal, the pallet centering air cylinder group for thin-film sheet to be cut to be carried out to centering positioning
It part, the feeding Suction cup assembly drawn for the diaphragm to be cut after positioning centering and is used for the feeding sucker
Component is moved to the movement mould group of the feeding on the cutting mechanism, and the feeding movement mould group and pallet centering cylinder assembly are installed
In on the feeding pedestal, the feeding Suction cup assembly is installed in the feeding movement mould group；
The cutting mechanism includes cutting base, the Cutting platform component for placing thin-film sheet, to be cut thin for locking
If the CCD component of film sheet initial cut location, cutting head assembly and use for being cut into dry plate to thin-film sheet
In the cutting movement mould group for driving the cutting head assembly mobile, the Cutting platform component, CCD component and cutting movement mould
Group is installed on the cutting base, and the cutting head assembly is mounted in the cutting movement mould group；
First cutting agency includes the first blanking pedestal, the transfer component for drawing the thin-film sheet after cutting, is used for
The transfer component is driven to transport to the first blanking campaign mould group on second cutting agency；The first blanking campaign mould
Group is mounted on the first blanking pedestal, and the transfer component is mounted in the first blanking campaign mould group；
Second cutting agency includes the second blanking pedestal, the platform assembly for loading thin-film sheet, for diaphragm
Reading code labeling assembly that material is labelled, the blanking Suction cup assembly for adsorbing the thin-film sheet after the completion of labeling, for will be thin
Film sheet carries out the fixed centering body of centering and the second blanking campaign mould group, the platform assembly are movably mounted at institute
It states on the second blanking pedestal, the reading code labeling assembly and blanking Suction cup assembly are mounted in the second blanking campaign mould group,
The centering body is mounted on the one end of the second blanking pedestal far from first cutting agency.
2. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that the pallet centering air cylinder group
Part includes pallet, ball platform, adjustable pedestal, position-limited wheel, the first centering cylinder and the second centering cylinder；The adjustable pedestal peace
On the feeding pedestal, the ball stage+module is in the upper end of the adjustable pedestal, and the adjustable pedestal is for adjusting
The ball podium level, the pallet are moveably positioned on the ball platform, and the first centering cylinder is mounted on
The side of the ball platform, the ball platform other side opposite with the first centering cylinder are equipped with position-limited wheel, institute
It states the second centering cylinder and is mounted on the ball platform side adjacent with the first centering cylinder, the ball platform and institute
It states the second centering cylinder opposite other side and the position-limited wheel is installed.
3. fexible film sheet material laser cutting device as claimed in claim 2, which is characterized in that the feeding moves mould group packet
Feeding X is included to mobile mould group and the mobile mould group of feeding Y-direction, the feeding Suction cup assembly includes the mobile mould group of feeding Z-direction, connection bone
Frame, rangefinder, the leveling column for the adsorption hole board group of adsorbent thin film sheet material and for adjusting the adsorption hole board group；
The mobile mould group of the feeding Y-direction is installed on the feeding pedestal, and the feeding X is installed on the feeding to mobile mould group
In the mobile mould group of Y-direction, the mobile mould group of the feeding Z-direction is installed on the feeding X in mobile mould group, the connecting framework installation
In the lower end of the mobile mould group of the feeding Z-direction, connected between the connecting framework and the adsorption hole board group by the leveling column
It connects, the rangefinder is mounted on the upper end of the adsorption hole board group.
4. fexible film sheet material laser cutting device as claimed in claim 3, which is characterized in that under the adsorption hole board group
End offers adsorption hole, has the cavity being connected to the adsorption hole in the adsorption hole board group, and the cavity connects vacuum gas
Source and compressed air gas source.
5. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that the cutting movement mould group packet
Cutting X is included to mobile mould group, the mobile mould group of cutting Y-direction and the mobile mould group of cutting Z-direction, the CCD component includes coarse positioning CCD
With fine positioning CCD；The mobile mould group of the cutting Y-direction is mounted on the cutting base, and the coarse positioning CCD is mounted on described cut
Pedestal is cut close to one end of the feeding pedestal, the cutting X is installed on the cutting base by fixed frame to mobile mould group
On, the mobile mould group of the cutting Z-direction is mounted on the cutting X in mobile mould group, and the cutting head assembly is mounted on described cut
It cuts in the mobile mould group of Z-direction, the fine positioning CCD is mounted on the fixed frame；
The Cutting platform component includes vacuum adsorption plate, base, air bearing component and leveling seat, and the base is installed on described
It cuts in the mobile mould group of Y-direction, the air bearing component is mounted on the base, and the vacuum adsorption plate is installed on by leveling seat
On the base, the air bearing component and the vacuum adsorption plate air circuit connection.
6. fexible film sheet material laser cutting device as claimed in claim 5, which is characterized in that the leveling seat includes fixing
Seat, adjusts stud, ball and support base at nut；Described one end for adjusting stud is connect with the fixing seat, the adjusting spiral shell
One end of column is connect by ball with the support base, and the nut is sheathed on the adjusting stud.
7. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that the cutting mechanism further includes
Optical path component, the optical path component include laser, fixed optical path box and mobile optical path box, the laser issue laser according to
It is secondary after the fixed optical path box, the reflection of mobile optical path box, vertically inject the cutting head assembly, the cutting head group
Focus lamp in part is focused into the laser beam that can be used for cutting thin-film sheet.
8. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that during the transfer component includes
Turning the mobile mould group of Z-direction, transfer skeleton, ceramic sucker and balance cylinder buffer unit, the first blanking campaign mould group includes
First blanking X moves mould group to mobile mould group and the first blanking Y-direction；
The mobile mould group of the first blanking Y-direction is mounted on the first blanking pedestal, and the first blanking X is mounted on to mobile mould group
In the mobile mould group of the first blanking Y-direction, the mobile mould group of the transfer Z-direction is mounted on the first blanking X in mobile mould group,
The transfer skeleton is mounted on the lower end of the mobile mould group of the transfer Z-direction, and the ceramics sucker is buffered by the balance cylinder
Device is mounted on the lower end of the transfer skeleton.
9. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that the second blanking campaign mould
Group includes the mobile mould group of the first Y-direction, the mobile mould group of the second Y-direction, the first X to mobile mould group, the 2nd X to mobile mould group, the first Z-direction
Mobile mould group and the mobile mould group of the second Z-direction；
The mobile mould group of first Y-direction and the mobile mould group of the second Y-direction are installed on the second blanking pedestal, the platform assembly
It is mounted in the mobile mould group of first Y-direction, the first X is installed on described the to mobile mould group and the 2nd X to mobile mould group
In the mobile mould group of two Y-directions, the mobile mould group of first Z-direction is installed on the first X in mobile mould group, and second Z-direction is moved
Dynamic model group is installed on the 2nd X in mobile mould group, and the reading code labeling assembly is installed on the mobile mould group of first Z-direction
On, the blanking Suction cup assembly is installed in the mobile mould group of second Z-direction.
10. fexible film sheet material laser cutting device as described in claim 1, which is characterized in that the centering body includes
Plate, positioning plate, left-handed screw rod, dextrorotation screw rod, sliding rail, motor and pulley assembly, the surrounding of the plate are distributed with
The positioning plate, the sliding rail and motor are installed on the lower end of the plate, and the positioning plate is slideably pacified by connecting plate
Loaded on the sliding rail, in two opposite connecting plates, one of them described connecting plate and the left-handed wire rod thread connect
It connects, another described connecting plate is connect with the dextrorotation wire rod thread, and the left-handed screw rod and the dextrorotation screw rod are rotatable
Ground is installed on the lower end of the plate, and the motor drives the left-handed screw rod and dextrorotation silk by the way that the pulley assembly is synchronous
Bar rotates simultaneously, so that two opposite positioning plates be enable to move towards simultaneously.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910623788.4A CN110497096B (en) | 2019-07-11 | 2019-07-11 | Flexible film sheet laser cutting equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910623788.4A CN110497096B (en) | 2019-07-11 | 2019-07-11 | Flexible film sheet laser cutting equipment |
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| CN110497096B CN110497096B (en) | 2021-07-16 |
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| CN111015828A (en) * | 2019-12-31 | 2020-04-17 | 南京富技腾精密机械有限公司 | High-pressure water cutting device and method |
| CN112872620A (en) * | 2021-01-18 | 2021-06-01 | 山东欧锐激光科技有限公司 | Laser cutting machine with automatic positioning function |
| CN113953678A (en) * | 2020-12-09 | 2022-01-21 | 深圳市拓博瑞激光科技有限公司 | Ultraviolet laser film cutting machine and film cutting method thereof |
| CN115592276A (en) * | 2022-10-20 | 2023-01-13 | 深圳泰德半导体装备有限公司（Cn） | Copper-clad ceramic substrate cutting machine |
| CN116967633A (en) * | 2023-09-25 | 2023-10-31 | 深圳铭创智能装备有限公司 | Precise laser cutting machine for film material |
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