CN104227780A - Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material - Google Patents
Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material Download PDFInfo
- Publication number
- CN104227780A CN104227780A CN201410355779.9A CN201410355779A CN104227780A CN 104227780 A CN104227780 A CN 104227780A CN 201410355779 A CN201410355779 A CN 201410355779A CN 104227780 A CN104227780 A CN 104227780A
- Authority
- CN
- China
- Prior art keywords
- power transmission
- transmission shaft
- plate
- supporting plate
- cutter
- 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.)
- Pending
Links
Abstract
The invention relates to a method and a device for universally and continuously die-stamping a FPC (Flexible Printed Circuit) auxiliary material. A punching mechanism in the device is divided into an upper mould and a lower mould, wherein the upper mould comprises an upper mould seat, an upper clamping plate and an upper template, and the upper mould seat, the upper clamping plate and the upper template are fixedly connected through bolts; the lower mould comprises a lower template, a lower mould seat and a clamping seat, and the lower template and the lower mould seat are respectively and fixedly arranged on the clamping seat through bolts. By effectively combining a feeding mechanism comprising a fixed clamping device and a movable clamping device with a universal die-punching mechanism and a cutting mechanism, inputting required dimension data into a controller display and controlling a punching machine at intervals to adjust the shape size of the stamped auxiliary material, not only is the transformation from original manual punching to continuous automatic punching realized, but also the die-cutting range and magnitude of a mould can be flexibly adjusted, the molding mould-opening quantity of the FPC auxiliary material and the machining working procedure of the auxiliary material are decreased, the production cost is lowered, and the production efficiency is improved.
Description
Technical field
The present invention relates to mobile phone and computer/digital product part processing and manufacturing field, particularly relate to the omnipotent progressive die punching method of the auxiliary material of a kind of FPC and device.
Background technology
Along with making constant progress of science and technology, also more and more higher to the requirement of circuit board, especially digital product pursues convenience and lightweight, have and greatly can be developed at electronic applications as high-tech product and apply by the light flexible PCB of immunity, ultra-thin property, quality, simultaneously, the requirement of its performance is also improved gradually, but in today of automatic high-speed development, flexible PCB auxiliary material stamp still adopts traditional processing technology: be cut into sheet, wrapper sheet, boring, manual stamp, production cost is high and efficiency is low.
Under the continuous growth of electronics technology industry and development, precise treatment, automation, large quantization, Labor-saving etc. are then the important indicators that FPC industry development is grown up, and how to provide a kind of progressive die flushing device to promote production capacity, efficiency, to reduce costs the problem becoming and need solution badly.
Summary of the invention
The object of the present invention is to provide a kind of fast, high accuracy, low cost, diversification, the omnipotent progressive die flushing device of the auxiliary material of FPC of automation and method.
The object of the invention is to be achieved through the following technical solutions.
The omnipotent progressive die flushing device of a kind of auxiliary material of FPC, comprises support (1), material receiving mechanism (2), feed mechanism (3), stamp mechanism (4), drive unit (5), cutting mechanism (6), power set and controller (8), described material receiving mechanism (2), feed mechanism (3), stamp mechanism (4), drive unit (5) and cutting mechanism (6) are arranged on support (1) successively from front to back, and described controller and power set are all connected feed mechanism (3), stamp mechanism (4), drive unit (5) and cutting mechanism (6), described feed mechanism (3) comprises the servo module (31) be located on support (1), being fixed on the fixed clamping device (32) unclamping and clamp material on servo module (31) and being locked in of arranging successively servo module (31) can move forward and backward and can unclamp and clamp the mobile clamping device (33) of material, described stamp mechanism (4) is arranged on punch press (41) for carrying out punching press to material, on point, counterdie, described patrix comprises: upper bolster (42), train wheel bridge (43), cope match-plate pattern (44), described upper bolster (42), train wheel bridge (43) and cope match-plate pattern (44) are bolted to connection, described upper bolster (42) is for passing through screw locking patrix, play and hold up patrix effect, described train wheel bridge (43) is for fixing red needle, described cope match-plate pattern (44) is for de-material, described counterdie comprises: lower bolster (45), die shoe (46) and deck (47), described lower bolster (45) and die shoe (46) are respectively by being bolted on described deck (47), described die shoe (46) is for fixing counterdie, and described deck 47 is for being fixedly connected with counterdie with punch press, the centre of surface place of described upper bolster (42) is also fixed with a die shank (48) for being fixedly connected with punch press by patrix.
Further preferably, described material receiving mechanism (2) comprises unreeling air-expanding shaft (21) and being located at circular shaft (22) composition unreeled under air-expanding shaft (21) for installing material, and the material unreeling air-expanding shaft (21) enters feed mechanism (3) from front the walking around of circular shaft (22).
Further preferably, described fixed clamping device (32) comprises cylinder A (321), connecting rod A (322), upper backup pad A (323), linear bearing A (324), pressing plate A (325), rubber strip A (326) and lower supporting plate A (327), described cylinder A (321) is fixed on upper backup pad A (323), described connecting rod A (322) is connected between upper backup pad A (323) and lower supporting plate A (327), described linear bearing A (324) is socketed on connecting rod A (322), described pressing plate A (325) is socketed in linear bearing A (55) and fixes with it, the lower surface of described pressing plate A (325) is provided with rubber strip A (326), described cylinder A (321) is passed down through upper backup pad A (323) by the piston rod of its lower end and is fixed on pressing plate A (325), thus drive pressing plate A (325) to move up and down, when pressing plate A (325) moves down, rubber strip A (326) and lower supporting plate A (327) press, described lower supporting plate A (327) is fixed on servo module (31),
Described mobile clamping device comprises cylinder B (331) for (33), connecting rod B (332), upper backup pad B (333), linear bearing B (334), pressing plate B (335), rubber strip B (336) and lower supporting plate B (337), described cylinder B (331) is fixed on upper backup pad B (333), described connecting rod B (332) is connected between upper backup pad B (333) and lower supporting plate B (337), described linear bearing B (334) is socketed on connecting rod B (332), described pressing plate B (335) is socketed in linear bearing B (334) and fixes with it, the lower surface of described pressing plate B (335) is provided with rubber strip B (336), described cylinder B (331) is passed down through upper backup pad B (333) by the piston rod of its lower end and is fixed on pressing plate B (335), thus drive pressing plate B (335) to move up and down, when pressing plate B (335) moves down, rubber strip B (336) and lower supporting plate B (337) press, the basal sliding of described lower supporting plate B (337) is connected on servo module (31),
Also comprise and be located at pressure pin servo module (31) rear end and its upper surface pressure pin (34) mutually concordant with the upper surface of lower supporting plate A (327) or lower supporting plate B (337).
Further preferably, described stamp mechanism (4) is a punch press (41) and is arranged on the mould that punch press (41) can carry out punching press to material.
Further preferably, described drive unit (5) comprises last item (51) and friction roller (52), described last item (51) and friction roller (52) be pressing setting up and down successively, described friction roller (52) driven by power set as driving wheel, to drive the last item (51) as driven pulley to rotate, material passes between last item (51) and friction roller (52).
Further preferably, described cutting mechanism (6) comprises cylinder (61), connecting plate (62), two linear bearing C (63), upper slitter installing plate (64), two connecting rod C (65), lower cutter installing plate (66), upper cutter (67), lower cutter (68) and base (69)
Described cylinder (61) is fixed on connecting plate (62), described connecting rod C (65) is connected between connecting plate (62) and base (69), described linear bearing C (63) is socketed on connecting rod C (65), the sleeve (63b) that described linear bearing C (63) comprises square block (63a) and is connected up and down with square block (63a), the circular channel that middle formation can be inserted for connecting rod C (65), upper slitter installing plate (64) through the sleeve (63b) of linear bearing C (63) and its upper end be fixedly connected with square block (63a), the side of described upper slitter installing plate (64) is provided with the upper cutter (67) of lower surface lower than upper slitter installing plate (64) lower surface, lower cutter installing plate (66) is provided with in the gap that described base (69) and upper slitter installing plate (64) are formed on base (69), the described side of lower cutter installing plate (66) and the upper surface of base (69) are provided with lower cutter (68), cylinder (61) is passed down through connecting plate (62) by the piston rod of its lower end and is fixed in upper slitter installing plate (64) and goes up and drive it to move up and down, when upper slitter installing plate (64) down drives upper cutter (67) to move downward, upper cutter (67) laminating lower cutter (68).
Further preferably, the upper surface of described lower cutter installing plate (66) is concordant with the upper surface of lower cutter (68), on the upper surface of lower cutter installing plate (66) and lower cutter (68), be also provided with holding pad (611) in the gap that described base (69) and upper slitter installing plate (64) are formed, described holding pad (611) inside contracts a segment distance relative to the lateral surface of lower cutter (68).
Further preferably, dragging mechanism (7) is also provided with between drive unit (5) and cutting mechanism (6), described dragging mechanism (7) comprises power transmission shaft (71), some rubber bars (72), two guide posts (73) and distance adjustment roller (74), described power transmission shaft (71) is provided with four, be followed successively by from front to back: the first power transmission shaft (71a), second driving shaft (71b), 3rd power transmission shaft (71c) and the 4th power transmission shaft (71d), described 4th power transmission shaft (71d) is located on the base (69) of cutting mechanism (6), described base (69) is also provided with the slide block (691) that can move forward and backward back and forth along the upper guide rail arranged of support (1), the height of described first power transmission shaft (71a) and the 4th power transmission shaft (71d) is equal, the height of second driving shaft (71b) and the 3rd power transmission shaft (71c) is equal, described first power transmission shaft (71a) and the 4th power transmission shaft (71d) bottom and the top of second driving shaft (71b) and the 3rd power transmission shaft (71c) on same level height, described power transmission shaft (71) is equipped with some ring annular grooves (75) successively around its external peripheral surface, described first power transmission shaft (71a), second driving shaft (71b), the equal one_to_one corresponding in position of the annular groove (75) of the 3rd power transmission shaft (71c) and the 4th power transmission shaft (71d), described two guide posts (73) are vertically connected to bottom the left and right sides of support (1) respectively, described guide post (73) vertically has guide groove (73a), between the respective guide groove (73a) that distance adjustment roller (74) is located at two guide posts (73) and its two ends have screw thread, nut is locked the screw thread of distance adjustment roller (74) thus is made distance adjustment roller (74) be connected to the desired location of guide groove (73a) from the outside of guide post (73), the upper surface that described some rubbers article (72) extend to the 4th power transmission shaft (71d) from the upper surface of the first power transmission shaft (71a) detours to the lower surface of the 4th power transmission shaft (71a), upper surface via the 3rd power transmission shaft (71c) extremely detours to the rear surface of distance adjustment roller (74) downwards, then detour to the front surface of distance adjustment roller (74), then the lower surface of the first power transmission shaft (71a) is walked to via the upper surface of second driving shaft (71b), finally close mutually with its upper surface, the equal one_to_one corresponding in position of described some rubber bars (72) and some ring annular grooves (75).
A plunger approach for the omnipotent progressive die flushing device of the auxiliary material of FPC, comprises the following steps:
Step one: the material of web-like is placed on and unreels on air-expanding shaft (21), material is become horizontal direction from circular shaft (22) front walking around, penetrate between the rubber strip A (326) of fixed clamping device (32) and lower supporting plate A (327) successively, between the rubber strip B (336) of mobile clamping device (33) and lower supporting plate B (337), between the train wheel bridge of stamp mechanism (4) and lower bolster, between last item (51) and friction roller (52), between the upper cutter (67) of cutting mechanism (6) and lower cutter (68), and the degree of depth adjusting stamp mechanism cope match-plate pattern is to pre-set threshold value,
Step 2: opening controller (8), the rubber strip A (326) that controller (8) controls fixed clamping device (32) unclamps material with lower supporting plate A (327), rubber strip B (336) and the lower supporting plate B (337) of mobile clamping device (33) clamp material and move to stamp mechanism (4) at the upper mobile material that makes of servo module (31), move to certain distance, be set to a station, at this moment the rubber strip A (326) of fixed clamping device (32) clamps material with lower supporting plate A (327), rubber strip B (336) and the lower supporting plate B (337) of mobile clamping device (33) unclamp material and get back to home position,
Step 3: during an above-mentioned station, controller (8) completes stamp by arranging different step distance with the degree of depth controlling stamp mechanism (4) adjustment cope match-plate pattern;
Step 4: simultaneously, controller controls power set to be made to roll as driving wheel friction roller (52), friction roller (52) drives the rolling as the last item (51) of driven pulley, make the material be between friction roller (52) and feed mechanism (3) keep tensioning state, and make material be in same level all the time;
Step 5: simultaneously, the rubber bar (72) of material under the drive of drive unit (5) on the power transmission shaft of dragging mechanism (7) (71) enters cutting mechanism (6), controller (8) controls cutting mechanism (6), the length cut as required regulates in the scope of 300mm, after material moves certain distance, the instruction of cut-out assigned by controller (8), upper cutter (68) and the lower cutter (69) of cutting mechanism (6) cut off material, and material then enters next circulation automatically after cutting off.
Further preferably, also comprise the height of adjustable range dancer rools (74) on guide post (73), thus change the 4th power transmission shaft (71d) relative to the position on guide rail on support (1), and then change the distance between cutting mechanism (6) and drive unit (5).
The present invention compared with prior art, beneficial effect is: the invention provides the omnipotent progressive die flushing device of the auxiliary material of a kind of FPC and method, by will containing fixed clamping device, the feed mechanism of mobile clamping device, effectively combining of omnipotent stamping type mechanism and cutting mechanism, and by input in controller display the sized data of needs and spacing control plastic former regulate rush the size of auxiliary material external form, not only achieve by the conversion of original manual stamp to continuous stamp automatically, and the scope die-cut to mould can be adjusted flexibly, size, reduce FPC plate auxiliary material forming die sinking quantity and auxiliary material manufacturing procedure, reduce production cost, enhance productivity.
Accompanying drawing explanation
Fig. 1 be the omnipotent progressive die flushing device of the auxiliary material of the present invention wear material front view.
Fig. 2 is the perspective view of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 3 is material receiving mechanism and the feeding machine structure schematic diagram of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 4 is the structural representation of the fixed clamping device of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 5 is the structural representation of the mobile clamping device of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 6 is the front portion structure schematic diagram of the cutting mechanism of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 7 is the rear structure schematic diagram of the cutting mechanism of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Fig. 8 is that the dragging mechanism of the omnipotent progressive die flushing device of the auxiliary material of the present invention does not wear rubber bar structural representation.
Fig. 9 be the auxiliary material of the present invention omnipotent progressive die flushing device dragging mechanism penetrate rubber bar structural representation.
Figure 10 is the stamp mechanism structural representation of the omnipotent progressive die flushing device of the auxiliary material of the present invention.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The invention provides the omnipotent progressive die flushing device of the auxiliary material of a kind of FPC, comprise support 1, material receiving mechanism 2, feed mechanism 3, stamp mechanism 4, drive unit 5, cutting mechanism 6, power set and controller 8; Described material receiving mechanism 2, feed mechanism 3, stamp mechanism 4, drive unit 5 and cutting mechanism 6 are arranged on support 1 successively from front to back, and described controller and power set are all connected feed mechanism 3, stamp mechanism 4, drive unit 5 and cutting mechanism 6; Described feed mechanism 3 comprise the servo module 31 be located on support 1, successively before and after the fixed clamping device 32 and being locked in unclamping and clamp material be fixed on servo module 31 that arranges servo module 31 can move forward and backward and can unclamp and clamp the mobile clamping device 33 of material.
Described material receiving mechanism 2 comprises unreeling air-expanding shaft 21 and being located at the circular shaft 22 unreeled under air-expanding shaft 21 and form for installing material, and the material unreeling air-expanding shaft 21 is walked around and entered feed mechanism 3 before circular shaft 22.
Described fixed clamping device 32 comprises cylinder A321, connecting rod A322, upper backup pad A323, linear bearing A324, pressing plate A325, rubber strip A326 and lower supporting plate A327, described cylinder A321 is fixed on upper backup pad A323, described connecting rod A322 is connected between upper backup pad A323 and lower supporting plate A327, described linear bearing A324 is socketed on connecting rod A322, described pressing plate A325 is socketed in linear bearing A55 and fixes with it, the lower surface of described pressing plate A325 is provided with rubber strip A326, described cylinder A321 is passed down through upper backup pad A323 by the piston rod of its lower end and is fixed on pressing plate A325, thus drive pressing plate A325 to move up and down, when pressing plate A325 moves down, rubber strip A326 and lower supporting plate A327 presses, described lower supporting plate A327 is fixed on servo module 31.
Described mobile clamping device is 33 comprise cylinder B331, connecting rod B332, upper backup pad B333, linear bearing B334, pressing plate B335, rubber strip B336 and lower supporting plate B337, described cylinder B331 is fixed on upper backup pad B333, described connecting rod B332 is connected between upper backup pad B333 and lower supporting plate B337, described linear bearing B334 is socketed on connecting rod B332, described pressing plate B335 is socketed in linear bearing B334 and fixes with it, the lower surface of described pressing plate B335 is provided with rubber strip B336, described cylinder B331 is passed down through upper backup pad B333 by the piston rod of its lower end and is fixed on pressing plate B335, thus drive pressing plate B335 to move up and down, when pressing plate B335 moves down, rubber strip B336 and lower supporting plate B337 presses, the basal sliding of described lower supporting plate B337 is connected on servo module 31.
Also comprise and be located at pressure pin servo module 31 rear end and its upper surface pressure pin 34 mutually concordant with the upper surface of lower supporting plate A327 or lower supporting plate B337, such pressure pin 34 material make its maintenance level at the volley in tow.
Described stamp mechanism 4 is arranged on punch press 41 for carrying out punching press to material, divide upper and lower mould, described patrix comprises: upper bolster 42, train wheel bridge 43, cope match-plate pattern 44, described upper bolster 42, train wheel bridge 43 and cope match-plate pattern 44 are bolted to connection, described upper bolster 42 is for passing through screw locking patrix, play and hold up patrix effect, described train wheel bridge 43 is for fixing red needle, and described cope match-plate pattern 44 is for de-material; Described counterdie comprises: lower bolster 45, die shoe 46 and deck 47, described lower bolster 45 and die shoe 46 are respectively by being bolted on described deck 47, described lower bolster 45 is for coordinating with described red needle, go out required size, described die shoe 46 is for fixing counterdie, prevent die deformation, described deck 47 is for being fixedly connected with counterdie with punch press; The centre of surface place of described upper bolster 42 is also fixed with a die shank 48, for being fixedly connected with punch press by patrix.
During specific works, comprise following several step:
1. shut die: (1) installs to part of the upper die on punch press, is screwed;
(2) slow matched moulds, after matched moulds, under counterdie is first fixing gently with screw, divide afterwards, matched moulds several times, treat that upper and lower mould compares up time, counterdie screw fix tightly, namely shut die operation completes.
2, mode transfer: adjustment die height, when making it to thrust the carrier mould that silver foil can not thrust again below, namely mode transfer completes.
3, stamp: after mode transfer completes, under the drive of punch press, part of the upper die contacts with part of the lower die (matched moulds), make the stressed rising of stripper plate, red needle contacts with silver foil, goes out the degree of depth of needs, upper and lower mould is separated (parting) afterwards, under the action of the spring, complete de-material, this is that a jig frequency completes to stripper plate.
Described drive unit 5 comprises last item 51 and friction roller 52, described last item 51 and friction roller 52 be pressing setting up and down successively, described friction roller 52 driven by power set as driving wheel, and to drive the last item 51 as driven pulley to rotate, material passes between last item 51 and friction roller 52.
Described cutting mechanism 6 comprises cylinder 61, connecting plate 62, two linear bearing C63, upper slitter installing plate 64, two connecting rod C65, lower cutter installing plate 66, upper cutter 67, lower cutter 68 and base 69, described cylinder 61 is fixed on connecting plate 62, described connecting rod C65 is connected between connecting plate 62 and base 69, described linear bearing C63 is socketed on connecting rod C65, the sleeve 63b that described linear bearing C63 comprises square block 63a and is connected up and down with square block 63a, middle formation can for the circular channel of connecting rod C65 insertion, upper slitter installing plate 64 is also fixedly connected with square block 63a its upper end through the sleeve 63b of linear bearing C63, the side of described upper slitter installing plate 64 is provided with the upper cutter 67 of lower surface lower than upper slitter installing plate 64 lower surface, lower cutter installing plate 66 is provided with in the gap that described base 69 and upper slitter installing plate 64 are formed on base 69, the described side of lower cutter installing plate 66 and the upper surface of base 69 are provided with lower cutter 68, cylinder 61 is passed down through connecting plate 62 by the piston rod of its lower end and is fixed on upper slitter installing plate 64 and drives it to move up and down, when upper slitter installing plate 64 down drives upper cutter 67 to move downward, upper cutter 67 is fitted lower cutter 68.
The upper surface of described lower cutter installing plate 66 is concordant with the upper surface of lower cutter 68, on the upper surface of lower cutter installing plate 66 and lower cutter 68, be also provided with holding pad 611 in the gap that described base 69 and upper slitter installing plate 64 are formed, described holding pad 611 inside contracts a segment distance relative to the lateral surface of lower cutter 68.
Dragging mechanism 7 is also provided with between drive unit 5 and cutting mechanism 6, described dragging mechanism 7 comprises power transmission shaft 71, some rubber bars 72, two guide posts 73 and distance adjustment roller 74, described power transmission shaft 71 is provided with four, be followed successively by from front to back: the first power transmission shaft 71a, second driving shaft 71b, the 3rd power transmission shaft 71c and the 4th power transmission shaft 71d, described 4th power transmission shaft 71d is located on the base 69 of cutting mechanism 6, described base 69 is also provided with the slide block 691 that can move forward and backward back and forth along the guide rail that support 1 is arranged, the height of described first power transmission shaft 71a and the 4th power transmission shaft 71d is equal, the height of second driving shaft 71b and the 3rd power transmission shaft 71c is equal, described first power transmission shaft 71a and the 4th power transmission shaft 71d bottom and the top of second driving shaft 71b and the 3rd power transmission shaft 71c on same level height, described power transmission shaft 71 is equipped with some ring annular grooves 75 successively around its external peripheral surface, described first power transmission shaft 71a, second driving shaft 71b, the equal one_to_one corresponding in position of the annular groove 75 of the 3rd power transmission shaft 71c and the 4th power transmission shaft 71d, described two guide posts 73 are vertically connected to bottom the left and right sides of support 1 respectively, described guide post 73 vertically has guide groove 73a, between the respective guide groove 73a that distance adjustment roller 74 is located at two guide posts 73 and its two ends have screw thread, nut is locked the screw thread of distance adjustment roller 74 thus is made distance adjustment roller 74 be connected to the desired location of guide groove 73a from the outside of guide post 73, the upper surface that described some rubbers articles 72 extend to the 4th power transmission shaft 71d from the upper surface of the first power transmission shaft 71a detours to the lower surface of the 4th power transmission shaft 71a, upper surface via the 3rd power transmission shaft 71c extremely detours to the rear surface of distance adjustment roller 74 downwards, then detour to the front surface of distance adjustment roller 74, then the lower surface of the first power transmission shaft 71a is walked to via the upper surface of second driving shaft 71b, finally close mutually with its upper surface, the equal one_to_one corresponding in position of described some rubber bars 72 and some ring annular grooves 75.
Present invention also offers the progressive die punching method of described auxiliary material progressive die flushing device, comprise the following steps:
Step one: the material of web-like is placed on and unreels on air-expanding shaft 21, material is walked around before circular shaft 22 and becomes horizontal direction, penetrate between the rubber strip A326 of fixed clamping device 32 and lower supporting plate A327 successively, between the rubber strip B336 of mobile clamping device 33 and lower supporting plate B337, between the cope match-plate pattern 44 of stamp mechanism 4 and lower bolster 45, between last item 51 and friction roller 52, between the upper cutter 67 of cutting mechanism 6 and lower cutter 68, and the degree of depth adjusting stamp mechanism cope match-plate pattern is to pre-set threshold value.
Above-mentioned pre-set threshold value is the degree of depth of stamp mechanism when just only thrusting silver foil face and be not flushed to carrier film below.
Step 2: opening controller 8, controller 8 controls the rubber strip A326 of fixed clamping device 32 and lower supporting plate A327 and unclamps material, the rubber strip B336 of mobile clamping device 33 and lower supporting plate B337 clamps material movement on servo module 31 makes material move to stamp mechanism 4, move to certain distance, be set to a station, at this moment the rubber strip A326 of fixed clamping device 32 and lower supporting plate A327 clamps material, and rubber strip B336 and the lower supporting plate B337 of mobile clamping device 33 unclamp material and get back to home position.
Step 3: during an above-mentioned station, controller 8 completes stamp by arranging different step distance with the degree of depth controlling stamp mechanism 4 and adjust cope match-plate pattern;
Step 4: simultaneously, controller controls power set to be made to roll as driving wheel friction roller 52, friction roller 52 drives the rolling of the last item 51 as driven pulley, makes the material be between friction roller 52 and feed mechanism 3 keep tensioning state, and makes material be in same level all the time.
Step 5: simultaneously, the rubber bar 72 of material under the drive of drive unit 5 on the power transmission shaft 71 of dragging mechanism 7 enters cutting mechanism 6, controller 8 controls cutting mechanism 6, the length cut as required regulates in the scope of 300mm, after material moves certain distance, the instruction of cut-out assigned by controller 8, and upper cutter 68 and lower cutter 69 pairs of materials of cutting mechanism 6 cut off, and material then enters next circulation automatically after cutting off.
Also comprise the height of adjustable range dancer rools 74 on guide post 73 in above-mentioned steps, thus change the 4th power transmission shaft 71d relative to the position on guide rail on support 1, and then change the distance between cutting mechanism 6 and drive unit 5.By changing the 4th power transmission shaft (71d) relative to the position on guide rail on support (1), to realize cutting knife knife edge position and adjacent two sheet material cut-off part position consistency.
Also comprise before above-mentioned steps one: adopt cutting machine entire volume 250mm silver foil to be cut into the silver foil of laminating required size.
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 (10)
1. the omnipotent progressive die flushing device of the auxiliary material of FPC, comprises support (1), material receiving mechanism (2), feed mechanism (3), stamp mechanism (4), drive unit (5), cutting mechanism (6), power set and controller (8), described material receiving mechanism (2), feed mechanism (3), stamp mechanism (4), drive unit (5) and cutting mechanism (6) are arranged on support (1) successively from front to back, and described controller and power set are all connected feed mechanism (3), stamp mechanism (4), drive unit (5) and cutting mechanism (6), described feed mechanism (3) comprises the servo module (31) be located on support (1), being fixed on the fixed clamping device (32) unclamping and clamp material on servo module (31) and being locked in of arranging successively servo module (31) can move forward and backward and can unclamp and clamp the mobile clamping device (33) of material, it is characterized in that, described stamp mechanism (4) is arranged on punch press (41) for carrying out punching press to material, on point, counterdie, described patrix comprises: upper bolster (42), train wheel bridge (43), cope match-plate pattern (44), described upper bolster (42), train wheel bridge (43) and cope match-plate pattern (44) are bolted to connection, described upper bolster (42) is for passing through screw locking patrix, play and hold up patrix effect, described train wheel bridge (43) is for fixing red needle, described cope match-plate pattern (44) is for de-material, described counterdie comprises: lower bolster (45), die shoe (46) and deck (47), described lower bolster (45) and die shoe (46) are respectively by being bolted on described deck (47), described die shoe (46) is for fixing counterdie, and described deck 47 is for being fixedly connected with counterdie with punch press, the centre of surface place of described upper bolster (42) is also fixed with a die shank (48) for being fixedly connected with punch press by patrix.
2. the omnipotent progressive die flushing device of the auxiliary material of FPC according to claim 1, it is characterized in that, described material receiving mechanism (2) comprises unreeling air-expanding shaft (21) and being located at circular shaft (22) composition unreeled under air-expanding shaft (21) for installing material, and the material unreeling air-expanding shaft (21) enters feed mechanism (3) from front the walking around of circular shaft (22).
3. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, is characterized in that,
Described fixed clamping device (32) comprises cylinder A (321), connecting rod A (322), upper backup pad A (323), linear bearing A (324), pressing plate A (325), rubber strip A (326) and lower supporting plate A (327), described cylinder A (321) is fixed on upper backup pad A (323), described connecting rod A (322) is connected between upper backup pad A (323) and lower supporting plate A (327), described linear bearing A (324) is socketed on connecting rod A (322), described pressing plate A (325) is socketed in linear bearing A (55) and fixes with it, the lower surface of described pressing plate A (325) is provided with rubber strip A (326), described cylinder A (321) is passed down through upper backup pad A (323) by the piston rod of its lower end and is fixed on pressing plate A (325), thus drive pressing plate A (325) to move up and down, when pressing plate A (325) moves down, rubber strip A (326) and lower supporting plate A (327) press, described lower supporting plate A (327) is fixed on servo module (31),
Described mobile clamping device comprises cylinder B (331) for (33), connecting rod B (332), upper backup pad B (333), linear bearing B (334), pressing plate B (335), rubber strip B (336) and lower supporting plate B (337), described cylinder B (331) is fixed on upper backup pad B (333), described connecting rod B (332) is connected between upper backup pad B (333) and lower supporting plate B (337), described linear bearing B (334) is socketed on connecting rod B (332), described pressing plate B (335) is socketed in linear bearing B (334) and fixes with it, the lower surface of described pressing plate B (335) is provided with rubber strip B (336), described cylinder B (331) is passed down through upper backup pad B (333) by the piston rod of its lower end and is fixed on pressing plate B (335), thus drive pressing plate B (335) to move up and down, when pressing plate B (335) moves down, rubber strip B (336) and lower supporting plate B (337) press, the basal sliding of described lower supporting plate B (337) is connected on servo module (31),
Also comprise and be located at pressure pin servo module (31) rear end and its upper surface pressure pin (34) mutually concordant with the upper surface of lower supporting plate A (327) or lower supporting plate B (337).
4. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, is characterized in that, described stamp mechanism (4) is a punch press (41) and is arranged on the mould that punch press (41) can carry out punching press to material.
5. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, it is characterized in that, described drive unit (5) comprises last item (51) and friction roller (52), described last item (51) and friction roller (52) be pressing setting up and down successively, described friction roller (52) driven by power set as driving wheel, to drive the last item (51) as driven pulley to rotate, material passes between last item (51) and friction roller (52).
6. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, it is characterized in that, described cutting mechanism (6) comprises cylinder (61), connecting plate (62), two linear bearing C (63), upper slitter installing plate (64), two connecting rod C (65), lower cutter installing plate (66), upper cutter (67), lower cutter (68) and base (69)
Described cylinder (61) is fixed on connecting plate (62), described connecting rod C (65) is connected between connecting plate (62) and base (69), described linear bearing C (63) is socketed on connecting rod C (65), the sleeve (63b) that described linear bearing C (63) comprises square block (63a) and is connected up and down with square block (63a), the circular channel that middle formation can be inserted for connecting rod C (65), upper slitter installing plate (64) through the sleeve (63b) of linear bearing C (63) and its upper end be fixedly connected with square block (63a), the side of described upper slitter installing plate (64) is provided with the upper cutter (67) of lower surface lower than upper slitter installing plate (64) lower surface, lower cutter installing plate (66) is provided with in the gap that described base (69) and upper slitter installing plate (64) are formed on base (69), the described side of lower cutter installing plate (66) and the upper surface of base (69) are provided with lower cutter (68), cylinder (61) is passed down through connecting plate (62) by the piston rod of its lower end and is fixed in upper slitter installing plate (64) and goes up and drive it to move up and down, when upper slitter installing plate (64) down drives upper cutter (67) to move downward, upper cutter (67) laminating lower cutter (68).
7. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, it is characterized in that, the upper surface of described lower cutter installing plate (66) is concordant with the upper surface of lower cutter (68), on the upper surface of lower cutter installing plate (66) and lower cutter (68), be also provided with holding pad (611) in the gap that described base (69) and upper slitter installing plate (64) are formed, described holding pad (611) inside contracts a segment distance relative to the lateral surface of lower cutter (68).
8. the omnipotent continuous stamping of the auxiliary material of FPC according to claim 1, it is characterized in that, dragging mechanism (7) is also provided with between drive unit (5) and cutting mechanism (6), described dragging mechanism (7) comprises power transmission shaft (71), some rubber bars (72), two guide posts (73) and distance adjustment roller (74), described power transmission shaft (71) is provided with four, be followed successively by from front to back: the first power transmission shaft (71a), second driving shaft (71b), 3rd power transmission shaft (71c) and the 4th power transmission shaft (71d), described 4th power transmission shaft (71d) is located on the base (69) of cutting mechanism (6), described base (69) is also provided with the slide block (691) that can move forward and backward back and forth along the upper guide rail arranged of support (1), the height of described first power transmission shaft (71a) and the 4th power transmission shaft (71d) is equal, the height of second driving shaft (71b) and the 3rd power transmission shaft (71c) is equal, described first power transmission shaft (71a) and the 4th power transmission shaft (71d) bottom and the top of second driving shaft (71b) and the 3rd power transmission shaft (71c) on same level height, described power transmission shaft (71) is equipped with some ring annular grooves (75) successively around its external peripheral surface, described first power transmission shaft (71a), second driving shaft (71b), the equal one_to_one corresponding in position of the annular groove (75) of the 3rd power transmission shaft (71c) and the 4th power transmission shaft (71d), described two guide posts (73) are vertically connected to bottom the left and right sides of support (1) respectively, described guide post (73) vertically has guide groove (73a), between the respective guide groove (73a) that distance adjustment roller (74) is located at two guide posts (73) and its two ends have screw thread, nut is locked the screw thread of distance adjustment roller (74) thus is made distance adjustment roller (74) be connected to the desired location of guide groove (73a) from the outside of guide post (73), the upper surface that described some rubbers article (72) extend to the 4th power transmission shaft (71d) from the upper surface of the first power transmission shaft (71a) detours to the lower surface of the 4th power transmission shaft (71a), upper surface via the 3rd power transmission shaft (71c) extremely detours to the rear surface of distance adjustment roller (74) downwards, then detour to the front surface of distance adjustment roller (74), then the lower surface of the first power transmission shaft (71a) is walked to via the upper surface of second driving shaft (71b), finally close mutually with its upper surface, the equal one_to_one corresponding in position of described some rubber bars (72) and some ring annular grooves (75).
9. the plunger approach of the omnipotent progressive die flushing device of the auxiliary material of the FPC according to any one of claim 1 to 8, is characterized in that, comprise the following steps:
Step one: the material of web-like is placed on and unreels on air-expanding shaft (21), material is become horizontal direction from circular shaft (22) front walking around, penetrate between the rubber strip A (326) of fixed clamping device (32) and lower supporting plate A (327) successively, between the rubber strip B (336) of mobile clamping device (33) and lower supporting plate B (337), between the cope match-plate pattern of stamp mechanism (4) and lower bolster, between last item (51) and friction roller (52), between the upper cutter (67) of cutting mechanism (6) and lower cutter (68), and the degree of depth adjusting stamp mechanism cope match-plate pattern is to pre-set threshold value,
Step 2: opening controller (8), the rubber strip A (326) that controller (8) controls fixed clamping device (32) unclamps material with lower supporting plate A (327), rubber strip B (336) and the lower supporting plate B (337) of mobile clamping device (33) clamp material and move to stamp mechanism (4) at the upper mobile material that makes of servo module (31), move to certain distance, be set to a station, at this moment the rubber strip A (326) of fixed clamping device (32) clamps material with lower supporting plate A (327), rubber strip B (336) and the lower supporting plate B (337) of mobile clamping device (33) unclamp material and get back to home position,
Step 3: during an above-mentioned station, controller (8) completes stamp by arranging different step distance with the degree of depth controlling stamp mechanism (4) adjustment cope match-plate pattern;
Step 4: simultaneously, controller controls power set to be made to roll as driving wheel friction roller (52), friction roller (52) drives the rolling as the last item (51) of driven pulley, make the material be between friction roller (52) and feed mechanism (3) keep tensioning state, and make material be in same level all the time;
Step 5: simultaneously, the rubber bar (72) of material under the drive of drive unit (5) on the power transmission shaft of dragging mechanism (7) (71) enters cutting mechanism (6), controller (8) controls cutting mechanism (6), the length cut as required regulates in the scope of 300mm, after material moves certain distance, the instruction of cut-out assigned by controller (8), upper cutter (68) and the lower cutter (69) of cutting mechanism (6) cut off material, and material then enters next circulation automatically after cutting off.
10. the plunger approach of the omnipotent progressive die flushing device of the auxiliary material of FPC according to claim 9, it is characterized in that, also comprise the height of adjustable range dancer rools (74) on guide post (73), thus change the 4th power transmission shaft (71d) relative to the position on guide rail on support (1), and then change the distance between cutting mechanism (6) and drive unit (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410355779.9A CN104227780A (en) | 2014-09-26 | 2014-09-26 | Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410355779.9A CN104227780A (en) | 2014-09-26 | 2014-09-26 | Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104227780A true CN104227780A (en) | 2014-12-24 |
Family
ID=52217120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410355779.9A Pending CN104227780A (en) | 2014-09-26 | 2014-09-26 | Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104227780A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890051A (en) * | 2015-06-29 | 2015-09-09 | 王言新 | High-accuracy continuous punching machine for whole-roll circuit board |
| CN107718158A (en) * | 2017-10-31 | 2018-02-23 | 珠海锐翔智能科技有限公司 | A kind of full-automatic move expects decompressor |
| WO2018233465A1 (en) * | 2017-06-23 | 2018-12-27 | 江苏坤泰机械有限公司 | Non-metallic soft material feeding mechanism |
| CN109093754A (en) * | 2018-09-30 | 2018-12-28 | 欣兴同泰科技（昆山）有限公司 | High-speed molding device with automatic deploying and retracting material device |
| CN110205039A (en) * | 2019-05-27 | 2019-09-06 | 合肥福映光电有限公司 | A kind of openning glue tool for stitching |
| CN115152337A (en) * | 2017-07-11 | 2022-10-11 | 唐山市燕南制锹有限公司 | Punch die set for fixed clamping plate |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201446189U (en) * | 2009-06-29 | 2010-05-05 | 苏州宝馨科技实业股份有限公司 | Punching die capable of rapidly repairing and exchanging punch needles |
| CN201997664U (en) * | 2011-04-21 | 2011-10-05 | 东莞市德生通用电器制造有限公司 | Rivet assembly machine |
| CN202241466U (en) * | 2011-09-26 | 2012-05-30 | 苏州东福电子有限公司 | Aluminium foil mylar die cutting structure |
| JP5063144B2 (en) * | 2007-03-02 | 2012-10-31 | 株式会社セーコウ | Paper bundle cutting machine |
| CN203018543U (en) * | 2012-12-13 | 2013-06-26 | 杭州杭达机械有限公司 | Punching tool of forklift connecting workpiece |
| CN103934859A (en) * | 2014-04-30 | 2014-07-23 | 鲁吉志 | Auxiliary material continuous stamping method and device |
-
2014
- 2014-09-26 CN CN201410355779.9A patent/CN104227780A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5063144B2 (en) * | 2007-03-02 | 2012-10-31 | 株式会社セーコウ | Paper bundle cutting machine |
| CN201446189U (en) * | 2009-06-29 | 2010-05-05 | 苏州宝馨科技实业股份有限公司 | Punching die capable of rapidly repairing and exchanging punch needles |
| CN201997664U (en) * | 2011-04-21 | 2011-10-05 | 东莞市德生通用电器制造有限公司 | Rivet assembly machine |
| CN202241466U (en) * | 2011-09-26 | 2012-05-30 | 苏州东福电子有限公司 | Aluminium foil mylar die cutting structure |
| CN203018543U (en) * | 2012-12-13 | 2013-06-26 | 杭州杭达机械有限公司 | Punching tool of forklift connecting workpiece |
| CN103934859A (en) * | 2014-04-30 | 2014-07-23 | 鲁吉志 | Auxiliary material continuous stamping method and device |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890051A (en) * | 2015-06-29 | 2015-09-09 | 王言新 | High-accuracy continuous punching machine for whole-roll circuit board |
| WO2018233465A1 (en) * | 2017-06-23 | 2018-12-27 | 江苏坤泰机械有限公司 | Non-metallic soft material feeding mechanism |
| CN115152337A (en) * | 2017-07-11 | 2022-10-11 | 唐山市燕南制锹有限公司 | Punch die set for fixed clamping plate |
| CN107718158A (en) * | 2017-10-31 | 2018-02-23 | 珠海锐翔智能科技有限公司 | A kind of full-automatic move expects decompressor |
| CN107718158B (en) * | 2017-10-31 | 2024-04-26 | 珠海锐翔智能科技有限公司 | Full-automatic material stamping device that moves |
| CN109093754A (en) * | 2018-09-30 | 2018-12-28 | 欣兴同泰科技（昆山）有限公司 | High-speed molding device with automatic deploying and retracting material device |
| CN110205039A (en) * | 2019-05-27 | 2019-09-06 | 合肥福映光电有限公司 | A kind of openning glue tool for stitching |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103934859B (en) | Auxiliary material progressive die punching method and device | |
| CN104227780A (en) | Method and device for universally and continuously die-stamping FPC (Flexible Printed Circuit) auxiliary material | |
| CN203370969U (en) | Automatic feeding punching machine | |
| CN202151863U (en) | Manipulator device | |
| CN103350152A (en) | Punching machine with automatic feeding function | |
| KR102342617B1 (en) | digital lettering machine | |
| CN204018517U (en) | A kind of outer automatic hook materials device of mould of punching continuous die | |
| CN203805076U (en) | Continuous stamping device for auxiliary materials | |
| CN202753223U (en) | Full automation die-cutting machine | |
| CN203199584U (en) | Printed circuit board (PCB) transmission system | |
| CN204396654U (en) | A kind of diel of functional furniture splice plate | |
| CN204172114U (en) | The omnipotent progressive die flushing device of the auxiliary material of FPC | |
| CN110053404B (en) | Novel intelligent forming box embossing machine | |
| CN204396649U (en) | A kind of diel of panel beating brace | |
| CN202169309U (en) | Punching and cutting combined mould equipment | |
| CN212102887U (en) | Two-dimensional pattern punching manufacturing device | |
| CN103639266A (en) | Magnetic-conducting piece blanking die | |
| CN105599056A (en) | 3M glue auto-pasting and die-cutting machine | |
| CN208976677U (en) | A kind of automatic punch of container punch components | |
| CN208932625U (en) | A kind of film molding automatic feeding | |
| CN206652880U (en) | Continuously extruding feeds hexagonal device in punching to a kind of lathe on a small quantity | |
| CN206733149U (en) | Die-cutting machine with induction installation | |
| CN106825235B (en) | Automobile front subframe lower plate diel | |
| CN206415499U (en) | Automobile front subframe lower plate diel | |
| CN106784430B (en) | Lithium battery polymer cell aluminum plastic film forming machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20141224 |