CN106476406B - Glass turns to overlay film guillotine - Google Patents
Glass turns to overlay film guillotine Download PDFInfo
- Publication number
- CN106476406B CN106476406B CN201611130108.8A CN201611130108A CN106476406B CN 106476406 B CN106476406 B CN 106476406B CN 201611130108 A CN201611130108 A CN 201611130108A CN 106476406 B CN106476406 B CN 106476406B
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- CN
- China
- Prior art keywords
- contraposition
- supporting roller
- lifting
- overlay film
- dyestripping
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B38/00—Ancillary operations in connection with laminating processes
- B32B38/10—Removing layers, or parts of layers, mechanically or chemically
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B43/00—Operations specially adapted for layered products and not otherwise provided for, e.g. repairing; Apparatus therefor
- B32B43/003—Cutting
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- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The present invention discloses a kind of glass steering overlay film guillotine, and the charging is set to the rear portion of the rack to position mechanism；Contraposition lifting rotation component is located at the charging in front of the mechanism of position after described, the supporting roller mechanism is located at the front of the rear contraposition lifting rotation component, the upper film-covering mechanism and the lower film-covering mechanism are located at the over and under of the supporting roller mechanism, and the component that cuts is located between the lower rear supporting roller and lower preceding supporting roller；Contraposition lifting rotation component is identical as the rear contraposition lifting rotation modular construction before described and is located at the front of the supporting roller mechanism；The discharging mechanism is located at the front of the preceding contraposition lifting rotation component.Glass steering overlay film of the present invention cuts function and is automatically performed the overlay film of glass plate upper and lower surface and can cut film, substantially increases production efficiency.
Description
Technical field
The present invention relates to machinery fields more particularly to a kind of glass to turn to overlay film guillotine.
Background technique
In glass plate process, surface on it and lower surface overlay film are needed, now, it is complete which generally passes through manpower
At production efficiency is low.
Summary of the invention
The purpose of the present invention is to provide a kind of glass steerings that can be automatically performed glass plate upper and lower surface coating processes to cover
Film guillotine, to improve production efficiency.
To achieve the goals above, the technical solution of the present invention is as follows: providing a kind of glass steering overlay film guillotine, including machine
Frame and the control system being installed in the rack, charging to position mechanism, two contraposition lifting rotation components, supporting roller mechanism, on
Film-covering mechanism, lower film-covering mechanism cut component and discharging mechanism, and the two contraposition lifting rotation components are aligned after being respectively and risen
It drops rotary components and the preceding contraposition lifting rotation component, the charging is set to the rear portion of the rack to position mechanism；After described
Align lifting rotation component and be located at the charging in front of the mechanism of position, it is described after contraposition lifting rotation component include positioning mechanism and
Lifting rotation mechanism, the positioning mechanism include contraposition bracket, contraposition roller shaft, contraposition roller driving mechanism, contraposition transmission electricity
Machine, main driving wheel move sliding block, rear movable block sliding rail and preceding from driving wheel, driving belt, the mobile sliding block of left contraposition, right contraposition
Movable block sliding rail, several described contraposition roller shafts or so move towards horizontal rotation parallel to each other and are installed on the contraposition bracket, institute
It states and is installed with several contraposition idler wheels on contraposition roller shaft, the rear movable block sliding rail and the preceding movable block sliding rail are respectively positioned on described
Align the lower section of roller shaft and move towards horizontal in left and right and set, the left contraposition move sliding block or so to be slidably connected to it is described after
On movable block sliding rail and the preceding movable block sliding rail, mobile sliding block of the right contraposition or so is to being slidably connected to the preceding movable block
On sliding rail and the rear movable block sliding rail, it is respectively perpendicular at the top of the mobile sliding block of right contraposition and the mobile sliding block of the left contraposition
It is connected with several right contraposition columns and left contraposition column in tandem, the upper end of the right contraposition column and the left contraposition column is from adjacent
The two contraposition roller shafts be up pierced by, it is described contraposition driving motor be installed on it is described contraposition bracket bottom, the main biography
Driving wheel and rotating horizontally respectively from driving wheel is connected to the left and right ends of the bottom of the contraposition bracket, the contraposition driving motor
Output shaft connect with the main driving wheel, the driving belt is wound in the main driving wheel and described except driving wheel,
The mobile sliding block of right contraposition and the left front and back for aligning mobile sliding block and being individually fixed in the driving belt；It is described
Lifting rotation mechanism includes lifting cylinder, pneumatic divider, rotating platform, lifting air cylinder seat and divider mounting base, described
Lifting air cylinder seat is fixed on the lower part of the contraposition bracket, and the divider mounting base is installed on the top of the lifting cylinder,
Lifting cylinder mounting hole and divider mounting hole are offered in the lifting air cylinder seat and the divider mounting base respectively, it is described
Pneumatic divider is installed in the divider mounting hole, the lifting cylinder be fixed on the bottom of the lifting air cylinder seat,
And the output shaft of the lifting cylinder up stretches out the lifting cylinder mounting hole and connects with the pneumatic divider, it is described pneumatic
The output end of the lifting cylinder is fixed in the lower end of divider, and the rotating platform level is fixed in the pneumatic divider
Upper end, offers on the rotating platform and holds the lifting through-hole that the contraposition idler wheel passes through, and the rotating platform is located at the right side
It aligns between column and the left contraposition column；The supporting roller mechanism is located at the front of the rear contraposition lifting rotation component, described
Supporting roller mechanism includes upper rear supporting roller, supporting roller of going forward, lower rear supporting roller, lower preceding supporting roller and servo-actuated driving mechanism, institute
Supporting roller and described supporting roller or so of going forward move towards horizontal rotation parallel to each other and are installed in the rack after stating, it is described it is lower after
Supporting roller or so move towards to rotate horizontally be connected in the rack and be located at it is described it is upper after supporting roller underface, it is described it is lower before with
Driving wheel or so moves towards to rotate horizontally the underface for being connected in the rack and being located at the lower preceding supporting roller, described lower rear servo-actuated
The top edge of wheel, lower preceding supporting roller and the contraposition idler wheel is located in same level；The upper film-covering mechanism be located at it is described with
The top of driving wheel mechanism, the upper film-covering mechanism include upper overlay film frame, upper air-expanding shaft, upper dyestripping axis and the driving upper dyestripping
The upper dyestripping spindle motor of axis rotation, the upper overlay film are set up in the top of the supporting roller mechanism, the upper air-expanding shaft level rotation
Turn to be connected on the inner sidewall of the upper overlay film frame, the upper dyestripping spindle motor is installed on the lateral wall of the upper overlay film frame, institute
State and offer motor through-hole on overlay film frame, the output shaft of the upper dyestripping spindle motor stretch out the upper motor through-hole with it is described
One end of upper dyestripping axis connects, and the upper dyestripping axle position is in the front of the upper air-expanding shaft；The lower film-covering mechanism is located at described
The lower section of supporting roller mechanism, the lower film-covering mechanism include lower overlay film frame, lower air-expanding shaft, lower dyestripping axis and the driving lower gas
The lower dyestripping spindle motor of swelling shaft rotation, the lower overlay film are set up in the lower section of the supporting roller mechanism, the lower inflatable motor peace
Lateral wall loaded on the lower overlay film frame, one end horizontal connection of the lower air-expanding shaft on the inner sidewall of the lower overlay film frame,
The lower dyestripping spindle motor is installed on the lateral wall of the lower overlay film frame, offers lower motor through-hole, institute under the lower overlay film frame
The output shaft for stating lower dyestripping spindle motor stretches out the lower motor through-hole and connects with one end of the lower dyestripping axis, the lower dyestripping axis
Positioned at the front of the lower air-expanding shaft；The component that cuts is located between the lower rear supporting roller and lower preceding supporting roller, for cutting out
Cut glue film；Contraposition lifting rotation component is identical as the rear contraposition lifting rotation modular construction before described and is located at the supporting roller
The front of mechanism；The discharging mechanism be located at it is described before contraposition lifting rotation component front, for by glass finished-product export to
Designated position.
The charging to position mechanism include moved towards to position bracket, several left and right horizontal rotation parallel to each other be installed on it is described to
On the bracket of position to the inductor in place of position roller shaft, roller shaft driving mechanism and first, it is described to be installed on the roller shaft of position
It is several to position idler wheel, the roller shaft driving mechanism be installed on it is described on the bracket of position, for driving the roller shaft to rotate, institute
State first in place inductor be installed on the front to position bracket, for whether in place incuding glass.
The component that cuts includes upper cutter mechanism and incision seat elevating mechanism, and the incision seat elevating mechanism includes branch
Support and cuts seat board at seat, two lifting cylinders, described support base or so trend be fixed on the rack and be located at it is described it is lower after with
Lower section between driving wheel and the lower preceding supporting roller, the fixing end of the lifting cylinder are individually fixed in the left and right of the support base
The left and right ends at both ends, the bottom for cutting seat board connect with the output end of the lifting cylinder respectively, the top for cutting seat board
Portion offers the cutting blade slot of left and right trend, the underface of blade of the cutting blade slot position in the cutter；The upper cutter mechanism
Screw rod, two screw rod axle beds, screw rod sliding block, lead screw motor, cutter mounting plate and two cutters including cutter seat, left and right trend,
The cutter seat is located at the top between the upper rear supporting roller and the supporting roller of going forward, and the two screw rod axle beds are installed respectively
In offering screw rod screw hole on the left and right ends of the cutter seat, the screw rod sliding block, the screw rod is screwed across the screw rod
Screw hole, and the both ends of the screw rod rotate be connected in the screw rod axle bed respectively, the upper end of the cutter mounting plate is fixed on
The lower end of the cutter mounting plate is fixed in the lower end of the screw rod sliding block, the upper end of the cutter, and the blade of the cutter hangs down
Directly the cutter mounting plate is stretched out down and can be inserted in the cutting blade slot.
Compared with prior art, glass of the present invention turns to overlay film and cuts the overlay film that function is automatically performed glass plate upper and lower surface
And film can be cut, substantially increase production efficiency.
Through the following description and in conjunction with the attached drawings, the present invention will become more fully apparent, these attached drawings are used to explain the present invention
Embodiment.
Detailed description of the invention
Fig. 1 is the structure chart that glass of the present invention turns to overlay film guillotine.
Fig. 2 is the Local map that glass of the present invention turns to overlay film guillotine.
Fig. 3 is the structure chart for the rear contraposition lifting rotation component that glass of the present invention turns to overlay film guillotine.
Fig. 4 is the structure chart for the lifting rotation mechanism that glass of the present invention turns to overlay film guillotine.
Fig. 5 is the structure chart for the upper cutter mechanism that glass of the present invention turns to overlay film guillotine.
Fig. 6 is the structure chart for the incision seat elevating mechanism that glass of the present invention turns to overlay film guillotine.
Fig. 7 is the structure chart for the upper film-covering mechanism that glass of the present invention turns to overlay film guillotine.
Specific embodiment
Referring to figs. 1 to Fig. 7, glass of the present invention turns to overlay film guillotine 1000 including rack 900 and is installed on the machine
Control system (not shown) on frame 900, charging after position mechanism 100, after align lifting rotation component 200, supporting roller mechanism
300, upper film-covering mechanism, lower film-covering mechanism, cut component, preceding contraposition lifting rotation component 700 and discharging mechanism 800.
It is described charging to position mechanism 100 be set to the rack rear portion, it is described to position mechanism 100 include to position bracket 110,
Several left and right move towards horizontal rotation parallel to each other be installed on it is described to being driven to position roller shaft 120, roller shaft on position bracket 110
Mechanism (not shown) and the first inductor 140 in place.It is described several to position idler wheel 121, institute to be installed on position roller shaft 120
State roller shaft driving mechanism be installed on it is described to which on position bracket 110, for driving the roller shaft 120 to rotate, described first is arrived
Position inductor 140 is installed on the front to position bracket 110, for whether in place to incude glass.
Contraposition lifting rotation component 200 is located at the charging to 100 front of position mechanism after described.The contraposition lifting rotation
Component 200 includes positioning mechanism 210 and lifting rotation mechanism.The positioning mechanism 210 includes contraposition bracket 211, contraposition idler wheel
Axis 212, contraposition roller driving mechanism (not shown), contraposition driving motor 213, main driving wheel 214, from driving wheel, driving belt
(not shown), the mobile sliding block 217 of left contraposition, the mobile sliding block 218 of right contraposition, rear movable block sliding rail 219 and preceding movable block sliding rail
2191.Several contraposition roller shafts 212 or so move towards horizontal rotation parallel to each other and are installed on the contraposition bracket 211.Institute
It states and is installed with several contraposition idler wheels 2121 on contraposition roller shaft 212, the rear movable block sliding rail 219 and the preceding shifting sledge
2191 are respectively positioned on the lower section of the contraposition roller shaft 212 respectively and move towards horizontal in left and right and set.The mobile sliding block of left contraposition
217 or so to be slidably connected to the Forward movable slider 2191 and it is described after on movable block sliding rail 219.The right contraposition is mobile to be slided
Block 217 or so to be slidably connected to the preceding movable block sliding rail 2191 and it is described after on movable block sliding rail 219.The right side is to displacement
Movable slider 218 and the left top for aligning mobile sliding block 217 are vertically connected with several right contraposition columns in tandem respectively
2181 and left contraposition column 2171, the upper end of the right contraposition column 2181 and left contraposition column 2171 is from the two adjacent contraposition idler wheels
Axis 212 is up pierced by.The contraposition driving motor 213 is installed on the bottom of the contraposition bracket 211, the main driving wheel 214
And rotate horizontally the left and right ends for being connected to the bottom of the contraposition bracket 211, the contraposition driving motor respectively from driving wheel
213 output shaft connects with the main driving wheel 214, and the driving belt is wound in the main driving wheel 214 and described from biography
Except driving wheel, the mobile sliding block 218 of right contraposition and the mobile sliding block 217 of the left contraposition are individually fixed in the driving belt
Front and back.
The lifting rotation mechanism includes lifting cylinder 221, pneumatic divider 222, rotating platform 223, lifting air cylinder seat
224 and divider mounting base 225.The lifting air cylinder seat 224 is fixed on the lower part of the contraposition bracket 211, the segmentation
Device mounting base 225 is installed on the top of the lifting cylinder 224, the lifting air cylinder seat 224 and the divider mounting base 225
Upper to offer lifting cylinder mounting hole (not shown) and divider mounting hole 2251 respectively, the pneumatic divider 222 is installed on
In the divider mounting hole 2251, the lifting cylinder 221 be fixed on the bottom of the lifting air cylinder seat 224, and it is described
The output shaft of lifting cylinder 221 up stretches out the lifting cylinder mounting hole and connects with the pneumatic divider 222.It is described pneumatic
The output end of the lifting cylinder 221 is fixed in the lower end of divider 222, and 223 level of rotating platform is fixed in the gas
The upper end of divider 222 is moved, is offered on the rotating platform 223 and holds the lifting through-hole that the contraposition idler wheel 2121 passes through
2231.The rotating platform 223 is located between the preceding contraposition column 2181 and the rear contraposition column 2171.
The supporting roller mechanism 300 is located at the front of the rear contraposition lifting rotation component 200.The supporting roller mechanism
300 include upper rear supporting roller 310, supporting roller 320 of going forward, lower rear supporting roller 330, lower preceding supporting roller 340 and servo-actuated driving machine
Structure (not shown), the upper rear supporting roller 310 and the supporting roller 320 or so of going forward move towards horizontal rotation parallel to each other and are installed on
In the rack 900.The lower rear supporting roller 330 or so, which moves towards to rotate horizontally, to be connected in the rack 900 and positioned at described
The underface of supporting roller 310 after upper.The lower preceding supporting roller 340 or so move towards rotate horizontally be connected in the rack 900 and
Positioned at the underface of the supporting roller 320 of going forward.The lower rear supporting roller 330, lower preceding supporting roller 340 and the contraposition idler wheel
2121 top edge is located in same level.
The upper film-covering mechanism is located at the top of the supporting roller mechanism 300.The upper film-covering mechanism includes upper overlay film frame
410, the upper dyestripping spindle motor 440 that upper air-expanding shaft 420, upper dyestripping axis 430 and the driving upper dyestripping axis 430 rotate.It is described
Upper overlay film frame 410 is set to the top of the supporting roller mechanism 300, and the upper horizontal rotation of air-expanding shaft 420, which is connected on described, to be covered
On the inner sidewall of film frame 410, the upper dyestripping spindle motor 440 is installed on the lateral wall of the upper overlay film frame 410, the upper overlay film
Offer motor through-hole on frame 410, the output shaft of the upper dyestripping spindle motor 440 stretch out the upper motor through-hole and it is described on
One end of dyestripping axis 430 connects, and the upper dyestripping axis 430 is located at the front of the upper air-expanding shaft 420.
The lower film-covering mechanism is located at the lower section of the supporting roller mechanism 300.The lower film-covering mechanism includes lower overlay film frame
510, the lower dyestripping spindle motor 540 that lower air-expanding shaft 520, lower dyestripping axis 530 and the driving lower air-expanding shaft 520 rotate.It is described
Lower overlay film frame 510 is set to the lower section of the supporting roller mechanism 300, and the lower inflatable motor is installed on the lower overlay film frame 510
Lateral wall, one end horizontal connection of the lower air-expanding shaft 520 is on the inner sidewall of the lower overlay film frame 510, the lower dyestripping axis
Motor 540 is installed on the lateral wall of the lower overlay film frame 510, lower motor through-hole is offered under the lower overlay film frame 410, under described
The output shaft of dyestripping spindle motor 540 stretches out the lower motor through-hole and connects with one end of the lower dyestripping axis 530, the lower dyestripping
Axis 530 is located at the front of the lower air-expanding shaft 520.
The component that cuts includes upper cutter mechanism 610 and incision seat elevating mechanism 620.The incision seat elevating mechanism
620 include support base 621, two lifting cylinders 622 and cutting seat board 623.The trend of support base 621 or so is fixed on the machine
Lower section on frame 900 and between the lower rear supporting roller 330 and the lower preceding supporting roller 340.The lifting cylinder 622
Fixing end is individually fixed in the left and right ends of the support base 621, the left and right ends of the bottom for cutting seat board 623 respectively with institute
The output end for stating lifting cylinder 622 connects.The top for cutting seat board 623 offers the cutting blade slot 6231 of left and right trend, described
Cutting blade slot 6231 is located at the underface of the blade of the cutter 617.The upper cutter mechanism 610 is walked including cutter seat 611, left and right
To screw rod 612, two screw rod axle beds 613, screw rod sliding block 614, lead screw motor 615, cutter mounting plate 616 and two cutters 617.
The cutter seat 611 is located at the top between the upper rear supporting roller 310 and the supporting roller 320 of going forward.Two screw axis
Seat 613 is respectively arranged in the left and right ends of the cutter seat 611.Screw rod screw hole is offered on the screw rod sliding block 614, and (figure is not
Show), the screw rod 612 is screwed across the screw rod screw hole, and the both ends of the screw rod 612 rotate be connected to the screw rod respectively
In axle bed 613.The lower end of the screw rod sliding block 614 is fixed in the upper end of the cutter mounting plate 616, the cutter 617 it is upper
The lower end of the cutter mounting plate 616 is fixed at end.The blade of the cutter 617 vertically stretches out the cutter mounting plate down
It 616 and can be inserted in the cutting blade slot 6231.
Preferably, the top for cutting seat board 623 are equipped with several suction holes 6232 in the two sides of the cutting blade slot 6231.
Contraposition lifting rotation component 700 is identical as rear contraposition 200 structure of lifting rotation component before described and is located at institute
State the front of supporting roller mechanism 300.
The discharging mechanism 800 is located at the front of the preceding contraposition lifting rotation component 700, for exporting glass finished-product
To designated position.
When glass of the present invention turns to the work of overlay film guillotine 1000, glass plate is held on charging to position mechanism 100 by manpower
To on position idler wheel 121, control system control roller shaft driving mechanism is to make to rotate to position idler wheel 121, thus by glass plate
It conveys forward, when the rear end of glass plate is after first in place inductor 140, roller shaft driving mechanism stops working, contraposition rolling
Actuation starting drives contraposition idler wheel 2121 to roll to convey glass plate forward, meanwhile, the mobile sliding block of right contraposition
218 and the mobile sliding block 217 of left contraposition moved towards inside under the drive of driving belt, right contraposition column 2181 and left contraposition column
2171 move towards to clamp glass plate and realize contraposition, and then lifting cylinder 221 adjusts adjustable height, then pneumatic segmentation
Device 222, which acts, drives the rotation specified angle of rotating platform 223, and in the present embodiment, the pneumatic movement of divider 222 drives rotating platform
223 are rotated by 90 °.Then, glass plate enters between upper rear supporting roller 310 and lower rear supporting roller 330, meanwhile, upper dyestripping axis electricity
Machine 440 and lower dyestripping spindle motor 540 are pneumatic, drive upper air-expanding shaft 420 and the rotation of lower air-expanding shaft 520 respectively while dyestripping simultaneously
It completes to carry out pad pasting to the upper and lower surface of glass plate.Later, the drive of lifting cylinder 622 is cut seat board 623 and is moved up, and makes to cut seat board 623
The back edge at top withstand the preceding lower end of glass plate, meanwhile, so that the blade of the cutter 617 is inserted in the cutting blade slot 6231
In, at this point, lead screw motor 615 drives screw rod 612 to rotate, so that screw rod sliding block 614 be driven to move left and right, and then drive cutter
617, which horizontally slip, completes cutting action, after glass plate well cutting film, preceding contraposition lifting rotation component 700 by glass plate rotate to
Initial angle sends out finished glass plate finally by discharging mechanism 800.Overall process movement is automated by control system to be controlled
System.
Glass steering overlay film of the present invention cuts function and is automatically performed the overlay film of glass plate upper and lower surface and can cut film,
Substantially increase production efficiency.
Combining most preferred embodiment above, present invention is described, but the invention is not limited to implementations disclosed above
Example, and various modifications and equivalent combinations according to the essence of this embodiment should be covered.
Claims (3)
1. a kind of glass turns to overlay film guillotine, it is characterised in that: including rack and the control system being installed in the rack,
Charging to position mechanism, two contraposition lifting rotation components, supporting roller mechanism, upper film-covering mechanism, lower film-covering mechanism, cut component and
Discharging mechanism, the two contraposition lifting rotation components align lifting rotation component and preceding contraposition lifting rotation component after being respectively,
The charging is set to the rear portion of the rack to position mechanism；Contraposition lifting rotation component is located at the charging to position mechanism after described
Front, it includes positioning mechanism and lifting rotation mechanism that lifting rotation component is aligned after described, and the positioning mechanism includes contraposition branch
Frame, contraposition roller shaft, contraposition roller driving mechanism, contraposition driving motor, main driving wheel, from driving wheel, driving belt, left contraposition
Mobile sliding block, the mobile sliding block of right contraposition, rear movable block sliding rail and preceding movable block sliding rail, several described contraposition roller shafts or so trend
Horizontal rotation parallel to each other is installed on the contraposition bracket, and several contraposition idler wheels are installed on the contraposition roller shaft, described
Movable block sliding rail and the preceding movable block sliding rail are respectively positioned on the lower section of the contraposition roller shaft and move towards horizontal in left and right and set afterwards,
Mobile sliding block of the left contraposition or so to be slidably connected to it is described after on movable block sliding rail and the preceding movable block sliding rail, the right side
Mobile sliding block or so is aligned to being slidably connected on the preceding movable block sliding rail and the rear movable block sliding rail, the right side is to displacement
Movable slider and the left top for aligning mobile sliding block are vertically connected with several right contraposition columns in tandem and left contraposition respectively
The upper end of column, the right contraposition column and the left contraposition column is up pierced by from the two adjacent contraposition roller shafts, the contraposition
Driving motor is installed on the bottom of the contraposition bracket, described in the main driving wheel and rotating horizontally respectively from driving wheel is connected to
The left and right ends of the bottom of bracket are aligned, the output shaft of the contraposition driving motor connects with the main driving wheel, the transmission
Belt is wound in the main driving wheel and described except driving wheel, the mobile sliding block of right contraposition and the mobile cunning of the left contraposition
Block is individually fixed in the front and back of the driving belt；The lifting rotation mechanism include lifting cylinder, pneumatic divider,
Rotating platform, lifting air cylinder seat and divider mounting base, the lifting air cylinder seat are fixed on the lower part of the contraposition bracket, institute
The top that divider mounting base is installed on the lifting cylinder is stated, is distinguished in the lifting air cylinder seat and the divider mounting base
Lifting cylinder mounting hole and divider mounting hole are offered, the pneumatic divider is installed in the divider mounting hole, institute
The lifting cylinder is fixed on the bottom of the lifting air cylinder seat, and the output shaft of the lifting cylinder up stretches out the lifting
Cylinder mounting holes connect with the pneumatic divider, and the output of the lifting cylinder is fixed in the lower end of the pneumatic divider
End, the rotating platform level are fixed in the upper end of the pneumatic divider, offer on the rotating platform and hold the contraposition
The lifting through-hole that idler wheel passes through, the rotating platform is between the right contraposition column and the left contraposition column；The supporting roller
Mechanism be located at it is described after contraposition lifting rotation component front, the supporting roller mechanism include it is upper after supporting roller, supporting roller of going forward,
Supporting roller, lower preceding supporting roller and servo-actuated driving mechanism after lower, the upper rear supporting roller and supporting roller or so trend of going forward
Horizontal rotation parallel to each other is installed in the rack, and described lower rear supporting roller or so, which moves towards to rotate horizontally, is connected to the rack
Underface that is upper and being located at the upper rear supporting roller, described lower preceding supporting roller or so are moved towards to rotate horizontally and be connected in the rack
And it is located at the underface of the lower preceding supporting roller, the top edge of the lower rear supporting roller, lower preceding supporting roller and the contraposition idler wheel
In same level；The upper film-covering mechanism is located at the top of the supporting roller mechanism, and the upper film-covering mechanism includes upper
Overlay film frame, upper air-expanding shaft, upper dyestripping axis and the upper dyestripping spindle motor of the driving upper dyestripping axis rotation, the upper overlay film are set up
In the top of the supporting roller mechanism, the upper air-expanding shaft horizontal rotation is connected on the inner sidewall of the upper overlay film frame, described
Upper dyestripping spindle motor is installed on the lateral wall of the upper overlay film frame, offers motor through-hole on the upper overlay film frame, it is described on
The output shaft of dyestripping spindle motor stretches out the upper motor through-hole and connects with one end of the upper dyestripping axis, the upper dyestripping axle position in
The front of the upper air-expanding shaft；The lower film-covering mechanism is located at the lower section of the supporting roller mechanism, and the lower film-covering mechanism includes
Lower overlay film frame, lower air-expanding shaft, lower dyestripping axis and the lower dyestripping spindle motor of the driving lower air-expanding shaft rotation, the lower overlay film frame
Set on the lower section of the supporting roller mechanism, the lower inflatable motor is installed on the lateral wall of the lower overlay film frame, the lower inflatable
In on the inner sidewall of the lower overlay film frame, the lower dyestripping spindle motor is installed on the lower overlay film frame for one end horizontal connection of axis
Lateral wall, lower motor through-hole is offered under the lower overlay film frame, and the output shaft of the lower dyestripping spindle motor stretches out the lower motor
Through-hole connects with one end of the lower dyestripping axis, and the lower dyestripping axle position is in the front of the lower air-expanding shaft；It is described to cut component
Between the lower rear supporting roller and lower preceding supporting roller, for cutting glue film；Preceding contraposition lifting rotation component aligns before described
Lifting rotation component is identical as the rear contraposition lifting rotation modular construction and is located at the front of the supporting roller mechanism；It is described go out
Expect that mechanism is located at the front of the preceding contraposition lifting rotation component, for exporting glass finished-product to designated position.
2. glass as described in claim 1 turns to overlay film guillotine, it is characterised in that: the charging includes to position to position mechanism
Bracket, several left and right move towards horizontal rotation parallel to each other be installed on it is described to being driven to position roller shaft, roller shaft on the bracket of position
Mechanism and the first inductor in place, it is described several to position idler wheel, the roller shaft driving mechanism to be installed on the roller shaft of position
Be installed on it is described on the bracket of position, for driving the roller shaft to rotate, described first in place inductor be installed on it is described to position
The front of bracket, for whether in place to incude glass.
3. glass as described in claim 1 turns to overlay film guillotine, it is characterised in that: the component that cuts includes upper cutter machine
Structure and incision seat elevating mechanism, the incision seat elevating mechanism include support base, two lifting cylinders and cut seat board, the branch
The lower section that support seat or so trend is fixed on the rack and is located between the lower rear supporting roller and the lower preceding supporting roller, institute
The fixing end for stating lifting cylinder is individually fixed in the left and right ends of the support base, the left and right ends point of the bottom for cutting seat board
Do not connect with the output end of the lifting cylinder, it is described to cut the cutting blade slot that left and right trend is offered at the top of seat board, the cutting blade
Slot position is in the underface of the blade of the cutter；The upper cutter mechanism includes screw rod, two screw axis of cutter seat, left and right trend
Seat, screw rod sliding block, lead screw motor, cutter mounting plate and two cutters, the cutter seat be located at it is described it is upper after supporting roller with it is described
The top gone forward between supporting roller, the two screw rod axle beds are respectively arranged in the left and right ends of the cutter seat, and the screw rod is sliding
Screw rod screw hole is offered on block, the screw rod is screwed across the screw rod screw hole, and the both ends of the screw rod rotate connection respectively
In the screw rod axle bed, the lower end of the screw rod sliding block, the upper end of the cutter are fixed in the upper end of the cutter mounting plate
It is fixed on the lower end of the cutter mounting plate, the blade of the cutter vertically stretches out the cutter mounting plate down and can be inserted in
In the cutting blade slot.
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| CN201611130108.8A CN106476406B (en) | 2016-12-09 | 2016-12-09 | Glass turns to overlay film guillotine |
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| CN201611130108.8A CN106476406B (en) | 2016-12-09 | 2016-12-09 | Glass turns to overlay film guillotine |
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| CN106476406B true CN106476406B (en) | 2019-08-16 |
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| CN102976629A (en) * | 2012-11-28 | 2013-03-20 | 中山市创科科研技术服务有限公司 | Full-automatic efficient glass film sticking machine |
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| CN204278680U (en) * | 2014-10-02 | 2015-04-22 | 深圳市龙锋泰自动化有限公司 | A kind of large glass laminating machine |
| CN204894717U (en) * | 2015-07-16 | 2015-12-23 | 江苏景泰玻璃有限公司 | Shellproof glass tectorial membrane device |
| CN206426606U (en) * | 2016-12-09 | 2017-08-22 | 广东莱宝智能装备股份有限公司 | Glass turns to overlay film guillotine |
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2016
- 2016-12-09 CN CN201611130108.8A patent/CN106476406B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11268125A (en) * | 1998-03-25 | 1999-10-05 | Dainippon Printing Co Ltd | Laminator |
| CN102976629A (en) * | 2012-11-28 | 2013-03-20 | 中山市创科科研技术服务有限公司 | Full-automatic efficient glass film sticking machine |
| CN204278681U (en) * | 2014-10-02 | 2015-04-22 | 深圳市龙锋泰自动化有限公司 | A kind of large-sized sheet material laminating machine |
| CN204278680U (en) * | 2014-10-02 | 2015-04-22 | 深圳市龙锋泰自动化有限公司 | A kind of large glass laminating machine |
| CN204894717U (en) * | 2015-07-16 | 2015-12-23 | 江苏景泰玻璃有限公司 | Shellproof glass tectorial membrane device |
| CN206426606U (en) * | 2016-12-09 | 2017-08-22 | 广东莱宝智能装备股份有限公司 | Glass turns to overlay film guillotine |
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| CN106476406A (en) | 2017-03-08 |
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Address after: No. 1, Niu Shan gate of Niu Shan, Dongcheng District, Dongcheng District, Guangdong Applicant after: Guangdong LEYBOLD intelligent equipment Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongcheng District Dongguan long Lu Niu Mountain Village Gate No. 1 Campo LEYBOLD company Applicant before: DONGGUAN LAIBAO ELECTRICAL TECHNOLOGY CO., LTD. |
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