CN102674057B - Sheet feeding device - Google Patents
Sheet feeding device Download PDFInfo
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- CN102674057B CN102674057B CN201210122122.9A CN201210122122A CN102674057B CN 102674057 B CN102674057 B CN 102674057B CN 201210122122 A CN201210122122 A CN 201210122122A CN 102674057 B CN102674057 B CN 102674057B
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Abstract
The invention discloses a sheet feeding device which comprises a support bottom plate component. A moving bottom plate component is arranged on a guide rail of the support bottom plate component, and the bottom thereof is connected with a transverse driving component. A feed box component is arranged on the upper portion of the moving bottom plate component, and a feed component is arranged above the feed box component and is fixedly mounted to a longitudinal support component which is provided with a longitudinal driving component. The transverse driving component drives the moving bottom plate component to drive the feed box component to move transversely so as to compensate deviation of the transversely-feeding position caused by deformation of a film and conveying feeding error. The film is stamped downwards by the feed component so as to fall onto a feed support plate of the longitudinal support component. The longitudinal driving component drives the feed support plate to move downwards so that the film can enter the feed box component stably. The sheet feeding device can self-adaptively longitudinally adjust feed positions, compensates the deviation of the transversely-feeding position caused by deformation of the film and the conveying feeding error, and has the advantages of compact structure, convenience to operate and high reliability.
Description
Technical field
The present invention relates to film transportation art, be specifically related to the blanking device of the flaky material of a kind of based thin film conveying, realize the function reclaiming desirable tablet material from film.
Background technology
In industries such as printing, packaging and electronic manufacture, membraneous material obtains and uses widely.In concrete production process, membraneous material as object to be processed, also may may be applied to production as the carrier of work material.During as carrier, work piece is bonded to be fixed on film, completes a series of operation, finally obtain finished product or half-blank under the drive of film, then obtains required form through local stamping-out, finally reclaims piecewise.Tradition adopts artificial rewinding mode to waste time and energy, and inefficiency, cannot meet the needs of automated production.In order to meet differentiation blanking to non-defective unit, waste product, the method for direct blanking after existing stamping-out, more difficult measuring ability being integrated in blanking mechanism, therefore needing the blanking device of sheet material independently to become functional module.
In addition, in order to self adaptation treats the transfer position change of blanking sheet material, need blanking device can carry out position and automatically adjust.Membraneous material is easily out of shape, the operating mode of the easy embrittlement of sheet material, what need blanking device can adjust splicing space, and the product avoiding sheet-stacking to cause is bad.Have no the device meeting these completely and require in the market.
Summary of the invention
The object of the invention is to overcome above deficiency, there is provided a kind of and be suitable for that film itself is yielding, the blanking device reclaimed under sheet material easy embrittlement requirement, self adaptation longitudinally can adjust blanking position, and compensate because of deformation of thin membrane and be delivered into the horizontal blanking position deviation caused to error, there is compact conformation, simple to operation, the feature that reliability is high.
A kind of sheet material blanking device, comprise horizontal driven unit 10, with the support baseboard assembly 20 of guide rail, movable base plate assembly 30, magazine assembly 40, blanking assembly 50, longitudinal ligament assembly 60 with blanking support plate and zigzag tread patterns assembly 70, the guide rail of support baseboard assembly 20 is provided with movable base plate assembly 30, the bottom of movable base plate assembly 30 connects horizontal driven unit 10, the top of movable base plate assembly 30 is provided with magazine assembly 40, the top of magazine assembly 40 is provided with blanking assembly 50, blanking assembly 50 is installed in longitudinal ligament assembly 60, longitudinal ligament assembly 60 is placed in support baseboard assembly 20, longitudinal ligament assembly 60 is also provided with zigzag tread patterns assembly 70, horizontal driven unit 10 orders about movable base plate assembly 30 and drives magazine assembly 40 transverse shifting, thus compensate because of deformation of thin membrane and be delivered into the horizontal blanking position deviation caused to error, blanking assembly 50 downwards punching press film makes on its blanking support plate falling into longitudinal ligament assembly 60, and zigzag tread patterns assembly 70 drives blanking support plate to move down thus makes film steadily enter magazine assembly 40.
Further, described blanking assembly 50 comprises film fixation clip cushion rubber 501, film fixation clip 502, film fixation clip attaching parts 503, blanking pressing plate 504, blanking fixation clip stay bearing plate 505, linear bearing fixed plate 506, blanking cylinder adapter shaft 507, blanking cylinder 508, blanking cylinder locating dowel pin 509, film fixing spring 510, blanking pressing plate adapter shaft 511, blanking linear bearing 512 and blanking pressing plate adapter shaft bearing 513, film fixation clip 502 is connected with blanking fixation clip stay bearing plate 505 by film fixation clip attaching parts 503, film fixation clip 502 has breach, breach blanking pressing plate 504 is by the downward punching press film of breach on film fixation clip 502, the lower surface of film fixation clip 502 is provided with film fixation clip cushion rubber 501 along breach edge, blanking pressing plate 504 upper surface is provided with blanking pressing plate adapter shaft bearing 513, blanking pressing plate adapter shaft bearing 513 is fixed with blanking pressing plate adapter shaft 511, blanking pressing plate adapter shaft 511 connects blanking cylinder adapter shaft 507 through blanking fixation clip stay bearing plate 505, blanking cylinder adapter shaft 507 is connected with blanking cylinder 508, blanking cylinder 508 is fixed on longitudinal ligament assembly 60, blanking cylinder adapter shaft 507 is provided with blanking cylinder locating dowel pin 509, blanking pressing plate adapter shaft 511 is provided with blanking linear bearing 512, blanking linear bearing 512 is fixed in the central line bearing mounting hole on blanking fixation clip stay bearing plate 505 by linear bearing fixed plate 506, and blanking pressing plate adapter shaft 511 is provided with film fixing spring 510 between blanking linear bearing 512 and blanking cylinder adapter shaft 507.
Further, described longitudinal ligament assembly 60 comprises blanking supporting spring 601, film fixes supporting plate 602, the axis of guide 603, blanking cylinder positive stop 604, positive stop supporting seat 605, blanking support plate 606, blanking cylinder supports seat 607, blanking cylinder supports plate 608, blanking support plate contiguous block 609, blanking cylinder fixed supporting seat 610, blanking support plate lifting arm 611, promote connecting panel 612, promote limit sensors catch 613, lift rail 614, lift rail block 615, supporting vertical plate 616, enhancing screw positive stop 617, three promote limit sensors 618, supporting vertical plate permanent seat 619 and film adapter plate bearing 620, film is fixed supporting plate 602 and is installed on support baseboard 616 by film adapter plate bearing 620, film is fixed on supporting plate 602 and is had blanking breach, and blanking supporting spring 601 is installed to the bottom that film fixes two long limits of supporting plate 602 blanking breach, and the axis of guide 603 is arranged on film and fixes on supporting plate 602, blanking cylinder supports plate 608 is installed in supporting vertical plate 616 by fixed supporting seat 610, blanking cylinder supports plate 608 is provided with blanking cylinder supports seat 607, blanking cylinder supports seat 607 connects blanking cylinder 508, blanking cylinder positive stop 604 is arranged on blanking cylinder supports plate 608 by positive stop supporting seat 605, supporting vertical plate 616 is installed on movable base plate assembly 30 by supporting vertical plate permanent seat 619, three promote limit sensors 618 and are arranged in supporting vertical plate 616, represent positive and negative electrode extreme position and the zero-bit of lift system respectively, be arranged on supporting vertical plate 616 and be provided with enhancing screw positive stop 617 and lift rail 614, lift rail 614 is provided with slide block and prevents this slide block from the lift rail block 615 of landing guide rail, promoting connecting panel 612 is arranged on the slide block of lift rail 614, promotes limit sensors catch 613 and is arranged on lifting connecting panel 612, block three promote the motion that limit sensors 618 instruct lift system by it, promote on connecting panel 612 and connect blanking support plate lifting arm 611, blanking support plate lifting arm 611 connects blanking support plate 606 by blanking support plate contiguous block 609, and blanking support plate 606 is below blanking pressing plate 504 and between magazine assembly 40.
Further, described zigzag tread patterns assembly 70 comprises enhancing screw supporting seat 701, lifting leading screw 702, enhancing screw nut Connection Block 703, promotes leading screw permanent seat 704, lifting motor seat 705, lifting motor 706, lifting motor coupler 707; Promoting leading screw 702 is installed in supporting vertical plate 616 by promoting leading screw permanent seat 704 and promoting leading screw supporting seat 701, promote leading screw 702 to be connected with lifting connecting panel 612 by enhancing screw nut Connection Block 703, lifting motor 706 is installed in supporting vertical plate 616 by lifting motor seat 705, and is connected with lifting leading screw 702 by lifting motor coupler 707.
Further, described horizontal driven unit 10 comprises horizontal drive motor 101, horizontal drive motor permanent seat 102, is horizontal drives leading screw permanent seat 103, horizontal driving feed screw nut cushion block 104, horizontal driving leading screw supporting seat, laterally driving feed screw nut Connection Block 106, horizontal driving leading screw 107 and horizontal drive motor coupler 108; Horizontal drive motor 101 is fixed on support baseboard assembly 20 by horizontal drive motor permanent seat 102, horizontal drive motor 101 drives leading screw 107 to be connected by horizontal drive motor coupler 108 with horizontal, horizontal driving leading screw 107 passes through laterally to drive leading screw permanent seat 103 to be installed on support baseboard assembly 20 with horizontal driving leading screw supporting seat 105, laterally drives leading screw 107 to be connected with the bottom of support baseboard assembly 20 with the horizontal feed screw nut cushion block 104 that drives by horizontal driving feed screw nut Connection Block 106.
Further, described support baseboard assembly 20 comprises fixed base plate 201, transverse shifting guide track block 202, root transverse shifting guide rail 203, two panels limiting buffer pad 204 and three cross spacing sensors 205; Rectangular indentation is had in the middle of fixed base plate 201, two transverse shifting guide rails 202 are installed on fixed base plate 201, every root transverse shifting guide rail 202 is placed with slide block and the anti-limited slip block transverse shifting guide track block 202 from landing guide rail, two panels limiting buffer sheet 204 is arranged on the two ends of fixed base plate 201 rectangular indentation respectively for providing mechanical position limitation for horizontal driven unit 10, three cross spacing sensors 205 are installed on fixed base plate 201, represent the spacing and zero-bit of the positive and negative electrode of movable base plate assembly 30 respectively.
Further, movable base plate assembly 30 comprises movable base plate 301 and lock screw back-up block 302 mounted thereto, lock screw 303, magazine rib 304, blanking sensor 305, blanking sensor support seat 306, magazine block 307 and cross spacing sensor catch 308; Movable base plate 301 connects horizontal driven unit 10, magazine assembly 40 is laid between magazine rib 304 and magazine block 307, lock screw back-up block 302 and lock screw 303, for locking magazine assembly 40, blanking sensor support seat 306 are provided with blanking sensor 305.
Further, described magazine assembly 40 comprises magazine base 401 and the circumferential guidepost 402 be fixed thereon.
Technique effect of the present invention is embodied in:
The horizontal driven unit 10 of the present invention orders about movable base plate assembly 30 and drives magazine assembly 40 transverse shifting, thus compensate because of deformation of thin membrane and be delivered into the horizontal blanking position deviation caused to error, blanking assembly 50 downwards punching press film makes on its blanking support plate falling into longitudinal ligament assembly 60, zigzag tread patterns assembly 70 drives blanking support plate to move down thus makes film steadily enter magazine assembly 40, and so circulation is until fill magazine assembly.The present invention is particularly useful for the situation that film itself is yielding, reclaim the easy embrittlement of sheet material, sheet just steady fall can be ensured, and compensate because of deformation of thin membrane and be delivered into the horizontal blanking position deviation caused to error, there is compact conformation, simple to operation, the feature that reliability is high.
Accompanying drawing explanation
Fig. 1 is the better embodiment three-dimensional structure diagram of sheet material blanking device of the present invention;
Fig. 2 is the spatial structure exploded drawings of the sheet material blanking device in Fig. 1;
Fig. 3 is the three-dimensional structure diagram of the horizontal driven unit in Fig. 1;
Fig. 4 is the three-dimensional structure diagram of the support baseboard assembly in Fig. 1;
Fig. 5 is the three-dimensional structure diagram of the movable base plate assembly in Fig. 1;
Fig. 6 is the three-dimensional structure diagram of the magazine assembly in Fig. 1;
Fig. 7 is the three-dimensional structure diagram of the blanking assembly in Fig. 1;
Fig. 8 is the spatial structure exploded drawings of the blanking assembly in Fig. 7;
Fig. 9 is the three-dimensional structure diagram of the longitudinal ligament assembly in Fig. 1;
Figure 10 is the spatial structure exploded drawings of the longitudinal ligament assembly in Fig. 9;
Figure 11 is the three-dimensional structure diagram of the zigzag tread patterns assembly in Fig. 1;
Detailed description of the invention
Now better embodiment by reference to the accompanying drawings further illustrates the present invention.
Refer to Fig. 1, Fig. 2, better embodiment of the present invention mainly comprises a horizontal driven unit 10, for the function driving movable base plate to realize fine position.One support baseboard assembly 20, for each assembly in support sheet blanking device, and is fixed to package unit in a whole set of production facilities.One movable base plate assembly 30, for compensating because of deformation of thin membrane and being delivered into the blanking position deviation caused to error.Two magazine assemblies 40, for temporarily depositing the finished product or semi-finished product material that are reclaimed by sheet material blanking device, and realize depositing respectively of certified products and waste product.Two blanking assemblies 50, be responsible for fixing handle thin films, then finished product or half-blank are stamped in magazine from film, avoid and answer Film stiffness poor and cause occurring during bar stock cutting by punching moderate finite deformation, two cover blanking assemblies are respectively used to the blanking to certified products and waste product, when without waste product, two cover blanking assemblies simultaneously for the recovery to certified products, can improve blanking efficiency.In apparatus of the present invention Space Layout Structure, two blanking assemblies 50 lay respectively at the top of two magazine assemblies 40, and the sheet material being convenient to blanking falls into magazine.One longitudinal ligament assembly 60, for supporting and fixing blanking assembly and zigzag tread patterns assembly, and be responsible for blanking support plate to rise to blanking position, and the position of blanking support plate can be regulated in real time according to the material deposited in magazine, the stacking that guarantee finished product or half-blank can be neat is in magazine.One zigzag tread patterns assembly 70, for driving the blanking support plate lift system in longitudinal ligament assembly, realizes the adjustment to blanking support plate position.
Refer to Fig. 1, Fig. 2, Fig. 3, a set of horizontal driven unit 10 in the present invention comprises a horizontal drive motor 101, horizontal drive motor permanent seat 102, and laterally drives leading screw permanent seat 103, a piece laterally to drive feed screw nut cushion block 104, laterally to drive leading screw supporting seat 105, laterally to drive feed screw nut Connection Block 106, laterally to drive leading screw 107 and a horizontal drive motor coupler 108.Horizontal drive motor 101 is installed on fixed base plate 201 by horizontal drive motor permanent seat 102, horizontal drive motor 101 drives leading screw 107 to be connected by horizontal drive motor coupler 108 with horizontal, laterally drive leading screw 107 by horizontal driving leading screw permanent seat 103 and laterally drive leading screw supporting seat 105 to be installed on fixed base plate 201, and being connected with movable base plate 301 with the horizontal feed screw nut cushion block 104 that drives by the transverse direction driving feed screw nut Connection Block 106 be arranged on feed screw nut.
Refer to Fig. 1, Fig. 2, Fig. 4, a set of support baseboard assembly 20 in the present invention comprises one piece of fixed base plate, 201, four pieces of transverse shifting guide track block, 202, two transverse shifting guide rails 203, two panels limiting buffer pad 204 and three cross spacing sensors 205.Transverse shifting guide rail 202 to be arranged on fixed base plate 201 and by the anti-limited slip block of transverse shifting guide track block 202 from landing guide rail.Two panels limiting buffer sheet 204 is arranged on the two ends of fixed base plate 201 rectangular indentation respectively, provides mechanical position limitation for laterally driving leading screw 107.Three cross spacing sensors 205 are installed on fixed base plate 201, represent the spacing and zero-bit of the positive and negative electrode of motion base plate 301 respectively.
Refer to Fig. 1, Fig. 2, Fig. 5, in the present invention, a set of movable base plate assembly 30 comprises one piece of movable base plate, 301, two pieces of lock screw back-up blocks, 302, two lock screws, 303, one piece of magazine rib, 304, blanking sensor, 305, blanking sensor support seat, 306, two pieces of magazine blocks 307 and a cross spacing sensor catch 308.Movable base plate 301 is arranged on two transverse shifting guide rails 203, and transverse shifting is realized under the drive of horizontal driving leading screw 107, being arranged on one piece of magazine rib 304 on movable base plate 301 and two pieces of magazine blocks 307 for two jacking case assemblies 40 provides machinery location, and complete the locking to two jacking case assemblies 40 by the lock screw 303 be arranged in two pieces of lock screw back-up blocks 302 on movable base plate 301, be arranged on the blanking sensor support seat 306 on movable base plate 301 and blanking sensor 305 is installed, the position of blanking sensor 305 can be finely tuned as required in the U-shaped mounting groove of blanking sensor stand 306.Cross spacing sensor catch 308 is arranged on movable base plate 301, blocks by it motion that three cross spacing sensors 205 instruct motion base plate 301.
Refer to Fig. 1, Fig. 2, Fig. 6, two jacking case assemblies 40 in the present invention comprise a magazine base 401 and seven guideposts 402 respectively.Seven guideposts 402 are respectively installed on magazine base 401, two jacking case assemblies 40 are respectively certified products magazine and waste product magazine, for when not distinguishing the situation of certified products and waste product, two magazine assemblies 40 can complete finished product or semi-finished blanking simultaneously, improve blanking efficiency.Use cylindrical structural as magazine rib, can reduce the friction of finished product or half-blank and magazine sidewall in rewinding process by actv., the regularity of raising rewinding, also can take out descended finished product or half-blank from magazine easily.
Refer to Fig. 1, Fig. 2, Fig. 7, Fig. 8, two cover blanking assemblies 50 in the present invention comprise a slice film fixation clip cushion rubber 501 respectively, one piece of film fixation clip 502, two film fixation clip attaching partss 503, one piece of blanking pressing plate 504, one piece of blanking fixation clip stay bearing plate 505, two panels linear bearing fixed plate 506, a blanking cylinder adapter shaft 507, a blanking cylinder 508, two blanking cylinder locating dowel pins 509, a film fixing spring 510, a blanking pressing plate adapter shaft 511, a blanking linear bearing 512 and a blanking pressing plate adapter shaft bearing 513.Film fixation clip 502 and blanking fixation clip stay bearing plate 505 link together by two film fixation clip attaching partss 503, film fixation clip is provided with film fixation clip cushion rubber 501 for 502 times, film fixation clip cushion rubber 501 is for having certain elastomeric compressing tablet, buffering can be provided with during film contacts on the one hand at film fixation clip 502, the friction force between it can be increased on the one hand, effectively avoid answering blanking and the film edge distortion that causes.Blanking pressing plate 504 is by being arranged on the blanking pressing plate adapter shaft bearing 513 of upper surface and the blanking pressing plate adapter shaft 511 be fixed therein, be connected with blanking cylinder 508 by blanking cylinder adapter shaft 507, blanking cylinder adapter shaft 507 is symmetrically installed with two blanking cylinder locating dowel pins 509, the oad of blanking pressing plate 504 should be corresponding with reclaimed finished product or semi-finished oad, ensure that the whole lower surface of blanking pressing plate 504 is in contact with it, avoid damaging the hard brittle material in finished product or half-blank because of unbalance stress.Blanking pressing plate adapter shaft 511 is provided with blanking linear bearing 512, blanking linear bearing 511 is fixed in the central line bearing mounting hole on blanking fixation clip stay bearing plate 505 by linear bearing fixed plate 506, blanking pressing plate adapter shaft 511 is also provided with a film fixing spring 510, between blanking linear bearing 512 and blanking cylinder adapter shaft 507, for fixed film provides pressure.
Refer to Fig. 1, Fig. 2, Fig. 9, Figure 10, a set of longitudinal ligament assembly 60 in the present invention comprises four blanking supporting springs 601, one piece of film fixes supporting plate 602, four axis of guides 603, two blanking cylinder positive stops 604, two positive stop supporting seats 605, one piece of blanking support plate 606, two blanking cylinder supports seats 607, one block of blanking cylinder supports plate 608, two blanking support plate contiguous blocks 609, a blanking cylinder fixed supporting seat 610, two blanking support plate lifting arms 611, one piece promotes connecting panel 612, one promotes limit sensors catch 613, a lift rail 614, two pieces of lift rail blocks 615, one piece of supporting vertical plate 616, two pieces of enhancing screw positive stops 617, three promote limit sensors 618, a supporting vertical plate permanent seat 619 and a film adapter plate bearing 620.Film is fixed supporting plate 602 and is installed on support baseboard 616 by film adapter plate bearing 620, four every two panels of blanking supporting spring 601 are a pair, two pairs symmetrical is respectively installed to the bottom that film fixes two long limits of supporting plate 602 blanking breach, the mounting portion of blanking supporting spring 601 is a U-type groove, can adjust the length of sponson as required, when bar stock cutting by punching, finished product or half-blank are played to the effect of auxiliary buffering, improve the regularity of rewinding.Four axis of guides 603 are arranged on film respectively and fix on supporting plate 602.Blanking cylinder supports plate 608 is installed in supporting vertical plate 616 by fixed supporting seat 610.It is provided with two blanking cylinder supports seats 607, blanking cylinder supports seat 607 connects blanking cylinder 508, two blanking cylinder positive stops 604 are arranged on blanking cylinder supports plate 608 respectively by two positive stop supporting seats 605, and the position of blanking cylinder positive stop 604 can as required at the enterprising Row sum-equal matrix of positive stop supporting seat 605.Supporting vertical plate 616 is installed on movable base plate 301 by supporting vertical plate permanent seat 619, and three promote limit sensors 618 and are arranged in supporting vertical plate 616, represent positive and negative electrode extreme position and the zero-bit of lift system respectively.The two pieces of enhancing screw positive stops 617 be arranged in supporting vertical plate 616 provide mechanical position limitation for promoting leading screw 702.Lift rail 614 is arranged in supporting vertical plate 616, and prevents its slide block from landing guide rail by two pieces of lift rail blocks 615.Promoting connecting panel 612 is arranged on the slide block of lift rail 614, promotes limit sensors catch 613 and is arranged on lifting connecting panel 612, blocks three promote the motion that limit sensors 618 instruct lift system by it.Be arranged on the two blanking support plate lifting arms 611 promoted on connecting panel 612 and drive blanking support plate 606 longitudinal movement by the blanking support plate contiguous block be arranged on blanking support plate 606.Blanking support plate 606 is below blanking pressing plate 504 and between magazine assembly 40.
Two cover blanking assemblies 50 are installed to respectively by blanking cylinder 508 on the blanking cylinder supports seat 607 in longitudinal ligament assembly 60, ensure that the axis of guide 603 can be inserted in film fixation clip 502, two film fixation clip attaching partss 503 of corresponding blanking assembly 50 and the pilot hole of blanking pressing plate 504 simultaneously.Blanking cylinder locating dowel pin 509 by with corresponding blanking cylinder positive stop 604 with the use of, the mechanical position limitation function to blanking cylinder 508 can be realized.
The present invention adopts two cover pressing blanking assemblies 50, can realize the difference blanking to certified products and waste product.When not needing to distinguish certified products and waste product, two cover blanking assemblies 50 can carry out blanking simultaneously, substantially increase the efficiency of blanking.Pressing blanking assembly 50 adopts a blanking cylinder 508 to drive and fixes and blanking two actions the pressing of film, because in structure, the distance of film fixation clip 502 and film is less than the distance between blanking pressing plate 504 and film, so after during each blanking, first film fixes by fixation clip 502, blanking pressing plate 504 just can complete blanking.Film laminating is fixed required pressure and is indirectly applied by film fixing spring 510 by blanking cylinder 508, and the blanking pressure needed for blanking pressing plate 504 is directly provided by blanking cylinder 508, depression distance needed for blanking, can adjust by regulating the position of blanking cylinder positive stop 505 on blanking cylinder positive stop supporting seat 506
Refer to Fig. 1, Fig. 2, Figure 11, the zigzag tread patterns assembly 70 in the present invention comprises an enhancing screw supporting seat 701, lifting leading screw 702, one piece of enhancing screw nut Connection Block 703, lifting leading screw permanent seat 704, lifting motor seat 705, lifting motor 706, lifting motor coupler 707.Promoting leading screw 702 is installed in supporting vertical plate 616 by promoting leading screw permanent seat 704 and promoting leading screw supporting seat 701, promote leading screw 702 to be connected with lifting connecting panel 612 by enhancing screw nut Connection Block 703 simultaneously, lifting motor 706 is installed in supporting vertical plate 616 by lifting motor seat 705, and is connected with lifting leading screw 702 by lifting motor coupler 707.The rotation thus the longitudinal movement of realization lifting connecting panel 612 that promote leading screw 702 is driven by the rotation of lifting motor 706.
Before film enters blanking device of the present invention, the film overwhelming majority that finished product or half-blank sheet perimeter depend on is cut off by the mode such as cross cutting or punching press, only leaves part point of connection and keeps sheet material and bear part film feeding tractive force.
When using apparatus of the present invention to complete sheet material blanking task, first manually magazine assembly 40 is installed in the magazine position limited by magazine rib 304 and magazine block 307, ensure that blanking support plate lifting arm 611 is inserted in two blanking support plate contiguous blocks, is then fixed magazine assembly 40 by magazine lock screw 303 simultaneously.In the automatic blanking stage thereafter, by zigzag tread patterns assembly 70 blanking support plate 606 risen on the upper/lower positions limited by blanking sensor 305 and wait for blanking; Then according to deformation of thin membrane and be delivered into the blanking position deviation caused to error, movable base plate assembly 30 is driven to complete the accurate contraposition of magazine and blanking position by horizontal driven unit 10, finally complete blanking by blanking assembly 50, and so forth until after filling magazine, again enter and manually change the magazine stage.
Those skilled in the art will readily understand; the foregoing is only preferred embodiment of the present invention; not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a sheet material blanking device, comprise horizontal driven unit (10), with the support baseboard assembly (20) of guide rail, movable base plate assembly (30), magazine assembly (40), blanking assembly (50), longitudinal ligament assembly (60) with blanking support plate and zigzag tread patterns assembly (70), the guide rail of support baseboard assembly (20) is provided with movable base plate assembly (30), the bottom of movable base plate assembly (30) connects horizontal driven unit (10), the top of movable base plate assembly (30) is provided with magazine assembly (40), the top of magazine assembly (40) is provided with blanking assembly (50), blanking assembly (50) is installed in longitudinal ligament assembly (60), longitudinal ligament assembly (60) is placed in support baseboard assembly (20), longitudinal ligament assembly (60) is also provided with zigzag tread patterns assembly (70), horizontal driven unit (10) is ordered about movable base plate assembly (30) and is driven magazine assembly (40) transverse shifting, thus compensate because of deformation of thin membrane and be delivered into the horizontal blanking position deviation caused to error, blanking assembly (50) downwards punching press film makes on its blanking support plate falling into longitudinal ligament assembly (60), and zigzag tread patterns assembly (70) drives blanking support plate move down thus make film steadily enter magazine assembly (40).
2. sheet material blanking device according to claim 1, it is characterized in that, described blanking assembly (50) comprises film fixation clip cushion rubber (501), film fixation clip (502), film fixation clip attaching parts (503), blanking pressing plate (504), blanking fixation clip stay bearing plate (505), linear bearing fixed plate (506), blanking cylinder adapter shaft (507), blanking cylinder (508), blanking cylinder locating dowel pin (509), film fixing spring (510), blanking pressing plate adapter shaft (511), blanking linear bearing (512) and blanking pressing plate adapter shaft bearing (513), film fixation clip (502) is connected with blanking fixation clip stay bearing plate (505) by film fixation clip attaching parts (503), (502) have breach to film fixation clip, blanking pressing plate (504) is by the downward punching press film of the breach on film fixation clip (502), the lower surface of film fixation clip (502) is provided with film fixation clip cushion rubber (501) along breach edge, blanking pressing plate (504) upper surface is provided with blanking pressing plate adapter shaft bearing (513), blanking pressing plate adapter shaft bearing (513) is fixed with blanking pressing plate adapter shaft (511), blanking pressing plate adapter shaft (511) connects blanking cylinder adapter shaft (507) through blanking fixation clip stay bearing plate (505), blanking cylinder adapter shaft (507) is connected with blanking cylinder (508), blanking cylinder (508) is fixed on longitudinal ligament assembly (60), blanking cylinder adapter shaft (507) is provided with blanking cylinder locating dowel pin (509), blanking pressing plate adapter shaft (511) is provided with blanking linear bearing (512), blanking linear bearing (512) is fixed in the central line bearing mounting hole on blanking fixation clip stay bearing plate (505) by linear bearing fixed plate (506), blanking pressing plate adapter shaft (511) is positioned between blanking linear bearing (512) and blanking cylinder adapter shaft (507) and is provided with film fixing spring (510).
3. sheet material blanking device according to claim 2, it is characterized in that, described longitudinal ligament assembly (60) comprises blanking supporting spring (601), film fixes supporting plate (602), the axis of guide (603), blanking cylinder positive stop (604), positive stop supporting seat (605), blanking support plate (606), blanking cylinder supports seat (607), blanking cylinder supports plate (608), blanking support plate contiguous block (609), blanking cylinder fixed supporting seat (610), blanking support plate lifting arm (611), promote connecting panel (612), promote limit sensors catch (613), lift rail (614), lift rail block (615), supporting vertical plate (616), enhancing screw positive stop (617), three promote limit sensors (618), supporting vertical plate permanent seat (619) and film adapter plate bearing (620), film is fixed supporting plate (602) and is installed in supporting vertical plate (616) by film adapter plate bearing (620), film is fixed on supporting plate (602) and is had blanking breach, blanking supporting spring (601) is installed to the bottom that film fixes two long limits of supporting plate (602) blanking breach, and the axis of guide (603) is arranged on film and fixes on supporting plate (602), blanking cylinder supports plate (608) is installed in supporting vertical plate (616) by blanking cylinder fixed supporting seat (610), blanking cylinder supports plate (608) is provided with blanking cylinder supports seat (607), blanking cylinder supports seat (607) connects blanking cylinder (508), blanking cylinder positive stop (604) is arranged on blanking cylinder supports plate (608) by positive stop supporting seat (605), supporting vertical plate (616) is installed on movable base plate assembly (30) by supporting vertical plate permanent seat (619), three promote limit sensors (618) and are arranged in supporting vertical plate (616), just represent lift system respectively, negative pole extreme position and zero-bit, supporting vertical plate (616) is provided with enhancing screw positive stop (617) and lift rail (614), and lift rail (614) is provided with slide block and prevents this slide block from the lift rail block (615) of landing guide rail, promoting connecting panel (612) is arranged on the slide block of lift rail (614), promoting limit sensors catch (613) is arranged in lifting connecting panel (612), blocks three promote the motion that limit sensors (618) instructs lift system by it, promote connecting panel (612) upper connection blanking support plate lifting arm (611), blanking support plate lifting arm (611) connects blanking support plate (606) by blanking support plate contiguous block (609), and blanking support plate (606) is positioned between blanking pressing plate (504) below and magazine assembly (40).
4. sheet material blanking device according to claim 3, it is characterized in that, described zigzag tread patterns assembly (70) comprises lifting leading screw supporting seat (701), lifting leading screw (702), enhancing screw nut Connection Block (703), promotes leading screw permanent seat (704), lifting motor seat (705), lifting motor (706), lifting motor coupler (707); Promoting leading screw (702) is installed in supporting vertical plate (616) by promoting leading screw permanent seat (704) and promoting leading screw supporting seat (701), promote leading screw (702) to be connected with lifting connecting panel (612) by enhancing screw nut Connection Block (703), lifting motor (706) is installed in supporting vertical plate (616) by lifting motor seat (705), and is connected with lifting leading screw (702) by lifting motor coupler (707).
5. sheet material blanking device according to claim 1, it is characterized in that, described horizontal driven unit (10) comprise horizontal drive motor (101), horizontal drive motor permanent seat (102), one laterally drive leading screw permanent seat (103), laterally drive feed screw nut cushion block (104), laterally drive leading screw supporting seat, laterally drive feed screw nut Connection Block (106), laterally drive leading screw (107) and horizontal drive motor coupler (108), horizontal drive motor (101) is fixed on support baseboard assembly (20) by horizontal drive motor permanent seat (102), horizontal drive motor (101) drives leading screw (107) to be connected by horizontal drive motor coupler (108) with horizontal, laterally drive leading screw (107) by laterally driving leading screw permanent seat (103) and laterally driving leading screw supporting seat (105) to be installed on support baseboard assembly (20), leading screw (107) is laterally driven to be connected with the bottom of support baseboard assembly (20) with horizontal feed screw nut cushion block (104) that drives by laterally driving feed screw nut Connection Block (106).
6. sheet material blanking device according to claim 1 or 5, it is characterized in that, described support baseboard assembly (20) comprises fixed base plate (201), transverse shifting guide track block (202), two transverse shifting guide rails (203), two panels limiting buffer pad (204) and three cross spacing sensors (205), rectangular indentation is had in the middle of fixed base plate (201), two transverse shifting guide rails (203) are installed on fixed base plate (201), every root transverse shifting guide rail (203) is placed with slide block and the anti-limited slip block transverse shifting guide track block (202) from landing guide rail, the two ends that two panels limiting buffer pad (204) is arranged on fixed base plate (201) rectangular indentation are respectively used for providing mechanical position limitation for horizontal driven unit (10), three cross spacing sensors (205) are installed on fixed base plate (201), just represent movable base plate assembly (30) respectively, spacing and the zero-bit of negative pole.
7. the sheet material blanking device according to claim 1 or 6, it is characterized in that, movable base plate assembly (30) comprises movable base plate (301) and lock screw back-up block (302) mounted thereto, lock screw (303), magazine rib (304), blanking sensor (305), blanking sensor support seat (306), magazine block (307) and cross spacing sensor catch (308); Movable base plate (301) connects horizontal driven unit (10), magazine assembly (40) is laid between magazine rib (304) and magazine block (307), lock screw back-up block (302) and lock screw (303), for locking magazine assembly (40), blanking sensor support seat (306) are provided with blanking sensor (305).
8. sheet material blanking device according to claim 1, is characterized in that, described magazine assembly (40) comprises magazine base (401) and the circumferential guidepost (402) be fixed thereon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210122122.9A CN102674057B (en) | 2012-04-24 | 2012-04-24 | Sheet feeding device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210122122.9A CN102674057B (en) | 2012-04-24 | 2012-04-24 | Sheet feeding device |
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| Publication Number | Publication Date |
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| CN102674057A CN102674057A (en) | 2012-09-19 |
| CN102674057B true CN102674057B (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210122122.9A Active CN102674057B (en) | 2012-04-24 | 2012-04-24 | Sheet feeding device |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104401783B (en) * | 2014-11-24 | 2016-09-21 | 盐城市华森机械有限公司 | Sand paper automatic stacking mechanism |
| CN105173683A (en) * | 2015-10-08 | 2015-12-23 | 湖北恒力达焊接装备有限公司 | Automatic small-workpiece feeding device for robot station |
| CN106623669B (en) * | 2016-12-31 | 2018-08-28 | 汕头市新青罐机有限公司 | Intelligent feeding device |
| CN113715103B (en) * | 2021-11-02 | 2022-02-15 | 江苏金彩高分子材料科技有限公司 | Conveying equipment and production process of PET antifogging sheet material |
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| JPS63284757A (en) * | 1987-05-15 | 1988-11-22 | Seiko Instr & Electronics Ltd | Manufacture of coin type lithium cell |
| WO2005010662A2 (en) * | 2003-07-03 | 2005-02-03 | Diamond Machine Werks, Inc. | Load cell deflasher assembly and method |
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| CN102306744A (en) * | 2011-08-26 | 2012-01-04 | 深圳市赢合科技股份有限公司 | Electrode sheet forming machine |
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| JP4462353B2 (en) * | 2008-01-11 | 2010-05-12 | セイコーエプソン株式会社 | Flexible substrate manufacturing method and flexible substrate punching apparatus |
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| JPS63284757A (en) * | 1987-05-15 | 1988-11-22 | Seiko Instr & Electronics Ltd | Manufacture of coin type lithium cell |
| WO2005010662A2 (en) * | 2003-07-03 | 2005-02-03 | Diamond Machine Werks, Inc. | Load cell deflasher assembly and method |
| CN101269495A (en) * | 2008-04-30 | 2008-09-24 | 徐剑锋 | Spacing mould beam cutter for button cell production |
| CN201329605Y (en) * | 2008-12-31 | 2009-10-21 | 昆山维信诺显示技术有限公司 | Cutting device for flexible circuit board |
| CN102306744A (en) * | 2011-08-26 | 2012-01-04 | 深圳市赢合科技股份有限公司 | Electrode sheet forming machine |
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| CN102674057A (en) | 2012-09-19 |
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