CN205735290U - The coiled strip punch press of drift automatic aligning - Google Patents
The coiled strip punch press of drift automatic aligning Download PDFInfo
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- CN205735290U CN205735290U CN201620151750.3U CN201620151750U CN205735290U CN 205735290 U CN205735290 U CN 205735290U CN 201620151750 U CN201620151750 U CN 201620151750U CN 205735290 U CN205735290 U CN 205735290U
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Abstract
This utility model relates to die cutting device technical field, particularly relate to the coiled strip punch press of drift automatic aligning, including for die-cut drift, one end of drift is provided with die-cut station, also include that four-spindle automatic is to bit platform, four-spindle automatic includes base plate to bit platform, CCD camera assembly, computer controls assembly and aligning platform, drift is arranged at aligning platform, four groups it are provided with for driving aligning platform to realize the translation of XY axle and the XY θ bit cell rotated between described base plate and aligning platform, described four groups of XY θ bit cell are rectangular is distributed in base plate, the rotating shaft of four groups of XY θ bit cell is rotatably connected with aligning platform respectively；Described CCD camera assembly and at least three group XY θ bit cell control component electrical signal with computer respectively and are connected, and the shooting of described CCD camera assembly is positioned at the material strip of die-cut station.This punch press realizes material and drift automatic aligning so that die-cut more accurately, para-position more efficient, improve die-cut quality and efficiency.
Description
Technical field
The present invention relates to die cutting device technical field, particularly relate to the coiled strip punch press of drift automatic aligning.
Background technology
Die-cut operation is widely used in modern manufacturing field.Flexible circuit board in process of production, needs to use blanker
Product is gone out by skill.For improving die cutting accuracy, die-cut before need to make flexible circuit board and die cutting die to carry out para-position, current FPC
Punching molding technique in, be to be to realize para-position by positioning needle and the form that cooperates of hole, location before die-cut, should
Mode can only be put into by artificial individual, be taken out wiring board, mode of production inefficiency, lost labor, and production cost is high, to level
Exactness is low.
It is therefore desirable to a kind of para-position of offer is accurate, the fireballing punch press of para-position.
Summary of the invention
Present invention aims to the deficiencies in the prior art and the coiled strip punch press of a kind of drift automatic aligning, para-position are provided
Efficiency is high, accuracy is high.
For achieving the above object, the coiled strip punch press of the drift automatic aligning of the present invention, including for die-cut drift, drift
One end be provided with die-cut station, also include four-spindle automatic to bit platform, four-spindle automatic includes base plate and aligning platform to bit platform,
Drift is arranged at aligning platform, is provided with four groups for driving aligning platform realize the translation of XY axle and turn between described base plate and aligning platform
Dynamic XY θ bit cell, described four groups of XY θ bit cell are rectangular is distributed in base plate, and the rotating shaft of four groups of XY θ bit cell is respectively
It is rotatably connected with aligning platform；
Four-spindle automatic also includes that to bit platform CCD camera assembly and computer control assembly, described CCD camera assembly and at least
Three groups of XY θ bit cell control component electrical signal with computer respectively and are connected, and the shooting of described CCD camera assembly is positioned at die-cut station
Material strip；
The coiled strip punch press of this drift automatic aligning is additionally provided with emptying roller and material receiving roller, emptying roller and material receiving roller and is respectively provided with
Two ends in die-cut station.
Preferably, described four groups of XY θ bit cell include three groups of actively XY θ bit cell and one group of servo-actuated XY θ para-position list
Unit, the power outbound course of the two groups of active XY θ bit cell being positioned at base plate the same side is that equidirectional is arranged, another is organized actively
The power outbound course of XY θ bit cell is mutually perpendicular to the power outbound course of above-mentioned two groups of active XY θ bit cell.
Preferably, described four groups of XY θ bit cell are four groups of actively XY θ bit cell, described four groups of active XY θ para-position lists
The power outbound course of unit is successively in arranging clockwise or counterclockwise.
Preferably, described active XY θ bit cell includes that slide track seat, described slide track seat are provided with the first motor, described
The output shaft of one motor connects has screw axis, described slide track seat to be provided with glidepath, and described glidepath slidably connects sliding block,
Described sliding block is spirally connected with screw axis, and described sliding block is provided with upper slide rail orthogonal with glidepath, and described upper slide rail is sliding
Be dynamically connected top shoe, and described top shoe is provided with rotating shaft.
Preferably, described servo-actuated XY θ bit cell includes that slide track seat, described slide track seat are provided with glidepath, described downslide
Rail slidably connects sliding block, and described sliding block is spirally connected with screw axis, and described sliding block is provided with orthogonal with glidepath
Upper slide rail, described upper slide rail slidably connects top shoe, and described top shoe is provided with rotating shaft.
Preferably, also include for support material strip walk to expect platform, described in walk to expect that platform offers multiple for adhesive material strip
Wind inlet.
Preferably, also including portal frame, portal frame is arranged at aligning platform, and drift is arranged at portal frame.
Preferably, also including sliding-rail sliding assembly, drift is arranged at portal frame by sliding-rail sliding component slippage.
Preferably, described sliding-rail sliding assembly is provided with four groups, and four groups of sliding-rail sliding assemblies are arranged symmetrically with.
Beneficial effects of the present invention: the coiled strip punch press of the drift automatic aligning of the present invention, the shooting of CCD camera assembly is positioned at
Die-cut station material, computer controls assembly and automatically identifies the anchor point of material captured by CCD camera assembly and calculate and benchmark
The deviation of position, and control the motion of XY θ bit cell, drive drift realize the translation of XY axle and rotate, thus realize die-cut station
In material and drift automatic aligning so that die-cut more accurately, para-position more efficient.Without artificial dry in para-position operation
In advance, it is greatly saved business manpower cost, improves die-cut quality and efficiency, reduce production cost.
Accompanying drawing explanation
Fig. 1 is the perspective view of the present invention.
Fig. 2 is that the hiding of the present invention walks to expect the perspective view after platform.
Fig. 3 is the four-spindle automatic perspective view to bit platform of the present invention.
Fig. 4 be the present invention implement the four-spindle automatic of to bit platform perspective view.
Fig. 5 is that the present invention implements the four-spindle automatic of the plan structure schematic diagram to bit platform.
Fig. 6 is the top view structural representation after the embodiment of the present invention one hides aligning platform.
Fig. 7 is the structural representation of the active XY θ bit cell of the present invention.
Fig. 8 is the structural representation of the servo-actuated XY θ bit cell of the present invention.
Fig. 9 be the present invention implement the four-spindle automatic of two to bit platform perspective view.
Figure 10 is that the present invention implements the perspective view after bit platform is hidden aligning platform by the four-spindle automatic of two.
Figure 11 is that the present invention implements the plan structure schematic diagram after bit platform is hidden aligning platform by the four-spindle automatic of two.
Reference includes:
The 1 die-cut station of drift 23 walks to expect platform 4 sliding-rail sliding assembly
5 four-spindle automatics are to bit platform 51 base plate 52 aligning platform 53 actively XY θ bit cell 531 slide rail
Slide rail 537 top shoe on seat 532 first motor 533 screw axis 534 glidepath 535 sliding blocks 536
538 rotating shaft 54 servo-actuated XY θ bit cell 55 CCD camera assembly 551 XY mobile platform 552 CCD camera
6 portal frames.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in detail.
As shown in Fig. 1 ~ 11, the coiled strip punch press of the drift automatic aligning of the present invention, including for die-cut drift 1, drift 1
One end be provided with die-cut station 2, also include four-spindle automatic to bit platform 5, four-spindle automatic includes base plate 51 and right to bit platform 5
Position platform 52, drift 1 is arranged at aligning platform 52, is provided with four groups for driving aligning platform 52 between described base plate 51 and aligning platform 52
Realize the translation of XY axle and the XY θ bit cell rotated, the described rectangular base plate 51 that is distributed in of four groups of XY θ bit cell, four groups of XY θ
The rotating shaft 538 of bit cell is rotatably connected with aligning platform 52 respectively；
Four-spindle automatic also includes that to bit platform 5 CCD camera assembly 55 and computer control assembly, described CCD camera assembly 55
At least three group XY θ bit cell control component electrical signal with computer respectively and are connected, and the shooting of described CCD camera assembly 55 is positioned at punching
The material strip of cut position 2.
The coiled strip punch press of the drift automatic aligning of the present invention is also provided with frame, emptying roller and material receiving roller, and frame is used for
Supporting other parts of the coiled strip punch press of the drift automatic aligning of the present invention, bit platform 5 is used for driving drift 1 by four-spindle automatic
With material automatic aligning to be punched；Emptying roller and material receiving roller are respectively arranged at the two ends of die-cut station 2, drive material strip from die-cut
Station 2 passes.
Drift 1 is movably arranged at vertical direction, drives die cutting die to act on material strip and complete blanker when drift 1 moves down
Sequence.
During work, drift 1 moves up, and material strip to be punched moves the lower section to drift 1, and CCD camera assembly 55 shoots
Being positioned at the material of die-cut station 2, computer controls assembly and automatically identifies the anchor point of material captured by CCD camera assembly 55 and calculate
Go out the deviation with reference position, and control the motion of XY θ bit cell, drive drift 1 realize the translation of XY axle and rotate, thus realize
Drift 1 and the material automatic aligning of die-cut station 2 so that die-cut more accurate, para-position efficiency is high, accuracy is high.In para-position work
Without manual intervention in sequence, it is greatly saved business manpower cost, improves die-cut quality, improve die-cut efficiency.
Preferably, described four groups of XY θ bit cell include three groups of actively XY θ bit cell 53 and one group of servo-actuated XY θ para-position
Unit 54, the power outbound course of the two groups of active XY θ bit cell 53 being positioned at base plate 51 the same side is that equidirectional is arranged, separately
The power outbound course of one group of active XY θ bit cell 53 and the power outbound course of above-mentioned two groups of active XY θ bit cell 53
It is mutually perpendicular to.
Three groups actively XY θ bit cell 53 and one group of servo-actuated XY θ bit cell 54 realize driving aligning platform 52 to realize XY axle
The movement in direction and rotation, said structure is arranged, can be promoted the rotational angle of aligning platform 52 to greatest extent, it is to avoid phase in the running
Interference between Hu, thus reach high speed and high-precision control requirement.
Preferably, described active XY θ bit cell 53 includes that slide track seat 531, described slide track seat 531 are provided with the first motor
532, the output shaft of described first motor 532 connects screw axis 533, and described slide track seat 531 is provided with glidepath 534, described
Glidepath 534 slidably connects sliding block 535, and described sliding block 535 is spirally connected with screw axis 533, and described sliding block 535 is provided with
Upper slide rail 536 orthogonal with glidepath 534, described upper slide rail 536 slidably connects top shoe 537, described top shoe 537
It is provided with rotating shaft 538.First motor 532 drives screw axis 533 to rotate, and screw axis 533 drives sliding block 535 along glidepath 534
Slide.When aligning platform 52 realizes rotational angle, top shoe 537 adapts to the pivot angle of aligning platform 52 and slides along upper slide rail 536.
Preferably, described servo-actuated XY θ bit cell 54 includes that slide track seat 531, described slide track seat 531 are provided with glidepath
534, described glidepath 534 slidably connects sliding block 535, and described sliding block 535 is spirally connected with screw axis 533, described sliding block
535 are provided with upper slide rail 536 orthogonal with glidepath 534, and described upper slide rail 536 slidably connects top shoe 537, described
Top shoe 537 is provided with rotating shaft 538.Servo-actuated XY θ bit cell 54 does not provide power, coordinates other three groups of actively XY θ para-positions
Unit 53 carries out following action, it is achieved aligning platform 52 realizes the axial movement of XY and rotation.
Described CCD camera assembly 55 includes XY mobile platform 551, and described XY mobile platform 551 connects CCD camera
552, the anchor point of CCD camera 552 sheet stock, this XY mobile platform 551 drives CCD camera 552 to carry out the movement in XY direction,
Expand CCD camera 552 and catch the catching range of anchor point.
Preferably, also include walking to expect platform 3 for support material strip, described in walk to expect that platform 3 offers multiple for adhesive material strip
Wind inlet.Emptying roller and material receiving roller drive material strip to move on platform 3 walking to expect, time die-cut, and wind inlet and outside negative pressure equipment
Connecting, make material strip be fixed and walking to expect platform 3, preventing die-cut is material shake, improves die cutting accuracy.
Preferably, also including that portal frame 6, portal frame 6 are arranged at aligning platform 52, drift 1 is arranged at portal frame 6.Portal frame 6
Good stability, improves the stability of this punch press, and XY θ bit cell adjusts the position of aligning platform 52, aligning platform 52 band driven portal
Frame 6 moves, thus adjusts the relative position between drift 1 and material to be punched.
Time die-cut, drift 1 moves down drive die cutting die and acts on material, for improving the stability of drift 1, also includes
Sliding-rail sliding assembly 4, sliding-rail sliding assembly 4 includes slide rail and the slide block cooperated, and drift 1 is sliding by sliding-rail sliding assembly 4
Move and be arranged at portal frame 6.It is further preferred that described sliding-rail sliding assembly 4 is provided with four groups, four groups of sliding-rail sliding assemblies 4 are right
Claim to arrange.
Embodiment two.
With implementing a difference, the present embodiment is that described four groups of XY θ bit cell are four groups of actively XY θ bit cell
53, the power outbound course of described four groups of active XY θ bit cell 53 is successively in arranging clockwise or counterclockwise.Four groups of active XY
θ bit cell 53 can realize driving aligning platform 52 to realize the axial movement of XY and rotation.For improving this work to bit platform
Stability, said structure is that preferred structure is arranged, can promote the rotational angle of aligning platform 52 to greatest extent, it is to avoid phase in the running
Interference between Hu, thus reach high speed and high-precision control requirement, further increase die cutting accuracy and efficiency.
The remainder of the present embodiment is identical with embodiment one, repeats no more here.
Understanding the present invention in sum is to have above-described good characteristic, is made it on using, promotes in the past
The usefulness that do not has in technology and there is practicality, become the product of a great practical value.
Above content is only presently preferred embodiments of the present invention, for those of ordinary skill in the art, according to the present invention's
Thought, the most all will change, and this specification content should not be construed as the present invention
Restriction.
Claims (9)
1. the coiled strip punch press of drift automatic aligning, including for die-cut drift, one end of drift is provided with die-cut station, and it is special
Levy and be: also include four-spindle automatic to bit platform, four-spindle automatic includes base plate and aligning platform to bit platform, and drift is arranged at para-position
Platform, is provided with four groups for driving aligning platform to realize the translation of XY axle and the XY θ para-position list rotated between described base plate and aligning platform
Unit, described four groups of XY θ bit cell are rectangular is distributed in base plate, and the rotating shaft of four groups of XY θ bit cell can turn with aligning platform respectively
It is dynamically connected；
Four-spindle automatic also includes that to bit platform CCD camera assembly and computer control assembly, described CCD camera assembly and at least three groups
XY θ bit cell controls component electrical signal with computer respectively and is connected, and the shooting of described CCD camera assembly is positioned at the material of die-cut station
Band；
The coiled strip punch press of this drift automatic aligning is additionally provided with emptying roller and material receiving roller, emptying roller and material receiving roller and is respectively arranged at punching
The two ends of cut position.
The coiled strip punch press of drift automatic aligning the most according to claim 1, it is characterised in that: described four groups of XY θ para-position lists
Unit includes three groups of actively XY θ bit cell and one group of servo-actuated XY θ bit cell, is positioned at two groups of active XY θ couple of base plate the same side
The power outbound course of bit location is that equidirectional is arranged, the power outbound course of another group actively XY θ bit cell is with above-mentioned
The power outbound course of two groups of active XY θ bit cell is mutually perpendicular to.
The coiled strip punch press of drift automatic aligning the most according to claim 1, it is characterised in that: described four groups of XY θ para-position lists
Unit is four groups of actively XY θ bit cell, and the power outbound course of described four groups of active XY θ bit cell is successively in clockwise or inverse
Hour hands are arranged.
4. according to the coiled strip punch press of the drift automatic aligning described in Claims 2 or 3, it is characterised in that: described active XY θ para-position
Unit includes that slide track seat, described slide track seat are provided with the first motor, and the output shaft of described first motor connects screw axis, described
Slide track seat is provided with glidepath, and described glidepath slidably connects sliding block, and described sliding block is spirally connected with screw axis, described downslide
Block is provided with upper slide rail orthogonal with glidepath, and described upper slide rail slidably connects top shoe, and described top shoe is provided with
Rotating shaft.
The coiled strip punch press of drift automatic aligning the most according to claim 2, it is characterised in that: described servo-actuated XY θ para-position list
Unit includes that slide track seat, described slide track seat are provided with glidepath, and described glidepath slidably connects sliding block, described sliding block and silk
Bar axle is spirally connected, and described sliding block is provided with upper slide rail orthogonal with glidepath, and described upper slide rail slidably connects top shoe,
Described top shoe is provided with rotating shaft.
The coiled strip punch press of drift automatic aligning the most according to claim 1, it is characterised in that: also include for supporting material strip
Walk to expect platform, described in walk to expect that platform offers multiple wind inlet for adhesive material strip.
The coiled strip punch press of drift automatic aligning the most according to claim 1, it is characterised in that: also include portal frame, gantry
Erection is placed in aligning platform, and drift is arranged at portal frame.
The coiled strip punch press of drift automatic aligning the most according to claim 7, it is characterised in that: also include sliding-rail sliding group
Part, drift is arranged at portal frame by sliding-rail sliding component slippage.
The coiled strip punch press of drift automatic aligning the most according to claim 8, it is characterised in that: described sliding-rail sliding assembly sets
Being equipped with four groups, four groups of sliding-rail sliding assemblies are arranged symmetrically with.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620151750.3U CN205735290U (en) | 2016-02-29 | 2016-02-29 | The coiled strip punch press of drift automatic aligning |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620151750.3U CN205735290U (en) | 2016-02-29 | 2016-02-29 | The coiled strip punch press of drift automatic aligning |
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| CN205735290U true CN205735290U (en) | 2016-11-30 |
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| CN201620151750.3U Active CN205735290U (en) | 2016-02-29 | 2016-02-29 | The coiled strip punch press of drift automatic aligning |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110921401A (en) * | 2019-12-07 | 2020-03-27 | 胡帆 | Continuous press-cutting machine for producing mica sheets by adopting mica tapes |
-
2016
- 2016-02-29 CN CN201620151750.3U patent/CN205735290U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110921401A (en) * | 2019-12-07 | 2020-03-27 | 胡帆 | Continuous press-cutting machine for producing mica sheets by adopting mica tapes |
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| GR01 | Patent grant |