CN205555644U - Two rolls of copper foil guillootines - Google Patents
Two rolls of copper foil guillootines Download PDFInfo
- Publication number
- CN205555644U CN205555644U CN201620221656.0U CN201620221656U CN205555644U CN 205555644 U CN205555644 U CN 205555644U CN 201620221656 U CN201620221656 U CN 201620221656U CN 205555644 U CN205555644 U CN 205555644U
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Abstract
The utility model discloses a two rolls of copper foil guillootines, the pay -off unit includes longitudinal arrangement's a feeding mechanism and the 2nd feeding mechanism, the storage unit includes the frame, initiative feed roller, the pinch roller, adjustment mechanism is taken to drive arrangement and material, the pinch roller tightly supports to be realized firstly by drive arrangement driven initiative feed roller, the transport is overlapped in two material areas, the material takes adjustment mechanism to locate on the frame by longitudinal sliding motion, the material takes the first branch material wheel on the adjustment mechanism to lie in directly over the second branch material wheel, first incorporation material wheel lies in firstly, two fens material wheel along the place aheads of expecting to take transmission direction, through initiative first behind the feed roller, two material areas are passed through earlier firstly respectively, two fens material wheels, again together through first incorporation material wheel, and it is first, at least one side surface process down in the material wheel above -mentioned at least of two material areas, expect the first of wheel through first incorporation, two material areas are overlapped entering cutter unit and are cut, and sent into stacking unit by double -layered material list unit and pile up, the utility model discloses a high -speed, the high efficiency cuts and pile up.
Description
Technical field
This utility model relates to a kind of copper foil cutter, espespecially a kind of two-fold copper foil cutter.
Background technology
Laminated circuit board processing procedure is required for cut by Copper Foil and stack, Copper Foil cuts at present is all that monovolume Copper Foil feeding carries out cutting into monolithic Copper Foil, the most individual sheet monolithic Copper Foil is carried out ordered stacks, it is this that to cut stack manner production efficiency low, Copper Foil for different materials needs many set cutting apparatus to cut, and takes up room big, and equipment cost is high, monolithic cuts and stacking is also easy to cause concordance between each Copper Foil poor, and heap poststack product quality is affected.
Utility model content
In order to make up above deficiency, this utility model provides a kind of two-fold copper foil cutter, and this two-fold copper foil cutter is capable of double-deck Copper Foil and synchronizes feeding, stacks and cuts and stack, and production efficiency is high, takes up room little, and the product quality of heap poststack is high.
nullThis utility model be the technical scheme is that a kind of two-fold copper foil cutter to solve its technical problem，Including feeding unit、Storing unit、Cut unit、Material folding unit and stackable unit，Described feeding unit、Storing unit、Cut unit、Material folding unit and stackable unit order linking arrangement，Wherein，Feeding unit includes the first feed mechanism and the second feed mechanism，First、Two feed mechanisms are along longitudinal arrangement，The first material strip is drawn on first feed mechanism，The second material strip is drawn on second feed mechanism，First material strip is just positioned at directly over the second material strip，Storing unit includes framework、Active-feeding cylinder、Contact roller、Driving means and material strip governor motion，Described active-feeding cylinder and contact roller can be rotatably positioned on framework，Contact roller can be tight against active-feeding roll circumference outer surface，Driving means drives active-feeding cylinder to rotate，First、Two material strip overlaps are located between active-feeding cylinder and contact roller，Material strip governor motion can be along being longitudinally slidably located on framework，Can rotate on material strip governor motion is provided with first、Two sub-material wheels and first merge material wheel，Described first sub-material wheel is positioned at directly over the second sub-material wheel，First merges material wheel is positioned at first、Two sub-material wheels are along the front in material strip transmission direction，First material strip sequentially passes through the first sub-material wheel and first after active-feeding cylinder and merges material wheel，Second material strip sequentially passes through the second sub-material wheel and first after active-feeding cylinder and merges material wheel，And first material strip at least first sub-material wheel and first merge material wheel at least one downside surface pass through，Second material strip at least passes through at the second sub-material wheel and first at least one downside surface merged in material wheel，The first of material wheel surface overlap is merged first、Two material strips entrance cut unit and cut，Material folding unit can be sent into stackable unit stack cutting the double-deck tablet that unit cuts.
As further improvement of the utility model, described material strip governor motion also includes that third and fourth sub-material wheel and second merges material wheel, 3rd sub-material wheel is positioned at directly over the 4th sub-material wheel, second merges material wheel is positioned at third and fourth sub-material wheel front along web feed direction, third and fourth sub-material wheel is positioned at the first merging material wheel front along web feed direction, first material strip sequentially passes through the 3rd sub-material wheel and second after first merges material wheel and merges material wheel, and the second material strip sequentially passes through the 4th sub-material wheel and second after first merges material wheel and merges material wheel.
As further improvement of the utility model, described first material strip be continuous print S shape take turns through the first sub-material, first merge material wheel, the 3rd sub-material wheel and second merge material wheel, the second material strip be continuous print S-shaped take turns through the second sub-material, first merge material wheel, the 4th sub-material wheel and second merge material take turns.
As further improvement of the utility model, described contact roller can be tight against the structure of active-feeding roll circumference outer surface, being installed with a cylinder on framework, contact roller can rotate on the piston rod being installed on cylinder, and cylinder piston rod can stretch out towards active-feeding cylinder direction.
As further improvement of the utility model, it is additionally provided with first and second transition wheel, first and second transition wheel can be rotatably positioned on the framework of storing unit, first material strip draw from active-feeding cylinder after through First Transition wheel laggard enter material strip governor motion, the second material strip draw from active-feeding cylinder after through the second transition wheel laggard enter material strip governor motion.
As further improvement of the utility model, described first feed mechanism and the second feed mechanism all include charging tray and third and fourth transition wheel, and after first and second material strip is drawn from charging tray, order is S-shaped through third and fourth transition wheel.
As further improvement of the utility model, described first and second feed mechanism being also equipped with brake cylinder, the piston rod of described brake cylinder can be tight against the tape surface on the 3rd transition wheel surface.
nullThe beneficial effects of the utility model are: this utility model uses automatic equipment to realize volume two Copper Foils and synchronizes feeding，On volume two Copper Foils first、Cut out double-deck Copper Foil after two material strip overlaps simultaneously，Achieve at a high speed、High efficiency cuts and stacks，Improve the total quality of heap poststack product，Before entrance cuts unit，First、Two material strips experience are repeatedly deciliter，Ensure that first、The synchronization feeding of two material strips and first、The tension synchronous of two material strips，Double-deck sheet size after cutting keeps highly consistent，First、Two material strips enter and are kept material strip to be in tensioning state all the time by material strip governor motion in storing unit before cutting unit，Ensure that cut unit cuts quality，Realize interim storing function simultaneously，When feeding speed is less than speed of cut，The material strip temporarily stored can be discharged by storing unit，Realize feed，Avoid material strip to break，Ensure that material strip cuts precision，This utility model smart structural design，Double layer band is capable of high-precise synchronization conveying、Synchronization cuts，Once realize the stacking of double-deck tablet，Production efficiency is high，Piled products Mass accuracy is high.
Accompanying drawing explanation
Fig. 1 is structural principle front view of the present utility model；
Fig. 2 is structural principle top view of the present utility model；
Fig. 3 is the state diagram that in storing unit of the present utility model, material strip governor motion is positioned at two extreme positions.
Detailed description of the invention
nullEmbodiment: a kind of two-fold copper foil cutter，Including feeding unit 1、Storing unit 2、Cut unit 3、Material folding unit 4 and stackable unit 5，Described feeding unit 1、Storing unit 2、Cut unit 3、Material folding unit 4 and stackable unit 5 order linking arrangement，Wherein，Feeding unit 1 includes the first feed mechanism 6 and the second feed mechanism 7，First、Two feed mechanisms are along longitudinal arrangement，The first material strip 8 is drawn on first feed mechanism 6，The second material strip 9 is drawn on second feed mechanism 7，First material strip 8 is just positioned at directly over the second material strip 9，Storing unit 2 includes framework 10、Active-feeding cylinder 11、Contact roller 12、Driving means 13 and material strip governor motion，Described active-feeding cylinder and contact roller 12 can be rotatably positioned on framework 10，Contact roller 12 can be tight against active-feeding roll circumference outer surface，Driving means 13 drives active-feeding cylinder to rotate，First、Two material strip overlaps are located between active-feeding cylinder and contact roller 12，Material strip governor motion can be along being longitudinally slidably located on framework 10，Can rotate on material strip governor motion is provided with first、Two sub-material wheels 14、15 and first merge material wheel 16，Described first sub-material wheel is positioned at directly over the second sub-material wheel，First merges material wheel 16 is positioned at first、Two sub-material wheels 14、15 transmit the front in direction along material strip，First material strip 8 sequentially passes through the first sub-material wheel and first after active-feeding cylinder and merges material wheel 16，Second material strip 9 sequentially passes through the second sub-material wheel and first after active-feeding cylinder and merges material wheel 16，And first material strip 8 at least first sub-material wheel and first merge material wheel 16 at least one downside surface pass through，Second material strip 9 at least passes through at the second sub-material wheel and first at least one downside surface merged in material wheel 16，The first of material wheel 16 surface overlap is merged first、Two material strips entrance cut unit 3 and cut，Material folding unit 4 can be sent into stackable unit 5 stack cutting the double-deck tablet that unit 3 cuts.
nullFirst、Two material strips send first respectively、Storing unit 2 is drawn and entered to two feed mechanisms，First、Two material strips are overlapping on the active-feeding cylinder 11 of storing unit 2，Clipped be fed forward by active-feeding cylinder 11 and contact roller 12，First、Two material strips are separately around in first on material strip governor motion again after leaving active-feeding cylinder 11 respectively、Two sub-material wheels 14、On 15，Last merge material wheel 16 surfaces first the most again and overlap and finally send storing unit 2 and enter and cut unit 3 and carry out the synchronization of double-deck material and cut，The tablet cut is double-deck tablet，Bilayer tablet is pinched stackable unit 5 and stacks by material folding unit 4，Realize the stacking of double-deck tablet，Present invention achieves the synchronization of double-deck material and cut stacking，Different materials can be realized cut with the double-deck feeding of identical material，The synchronization of double-deck material cuts tablet and keeps high consistency，Ensure the product size precision of stacking，Cut and to stack speed fast，Production efficiency doubles，First、After in two material strips material strip governor motion in storing unit 2，First、Two material strip torr material strip governor motion，When cutting unit 3 speed of cut and being slower than feeding unit 1 feeding speed，First、Two material strips start to fluff，Material strip governor motion under self gravitation effect slide downward by first、Two material strip tensions，Realize storing function，Material strip pine excessively is avoided to cause cutting scale error，When cutting unit 3 speed of cut and being faster than feeding unit 1 feeding speed，First、Two material strips start to become tight，Material strip governor motion is first、Upward sliding under two material strip holding power effects，The first of storing unit 2 will be stored in、Two material strips are sent，Avoid breaking material strip.
nullDescribed material strip governor motion also includes the 3rd、Four sub-material wheels 17、18 and second merge material wheel 19，3rd sub-material wheel is positioned at directly over the 4th sub-material wheel，Second merges material wheel 19 is positioned at the 3rd、Four sub-material wheels 17、18 along the front in web feed direction，3rd、Four sub-material wheels 17、18 are positioned at the first merging material wheel 16 front along web feed direction，First material strip 8 sequentially passes through the 3rd sub-material wheel and second after first merges material wheel 16 and merges material wheel 19，Second material strip 9 sequentially passes through the 4th sub-material wheel and second after first merges material wheel 16 and merges material wheel 19，First、Through twice separation with overlapping after two material strips entrance material strip governor motions，It is prevented effectively from first、The two transfer rate difference is caused because of factors such as skiddings during two material strips transmission，Ensure the two synchronous driving，And then ensure cutting of cutting that unit 3 can be neat，The two panels tablet cut keeps high consistency.
Described first material strip 8 is taken turns through the first sub-material in continuous print S-shaped, the first merging material wheel the 16, the 3rd sub-material wheel and second merges material wheel 19, second material strip 9 is taken turns through the second sub-material in continuous print S-shaped, the first merging material wheel the 16, the 4th sub-material wheel and second merges material wheel 19, this kind of structure ensures that first and second material strip stably transmits, and keeps stable tightening force.
Described contact roller 12 can be tight against the structure of active-feeding roll circumference outer surface, a cylinder 20 it is installed with on framework 10, contact roller 12 can rotate on the piston rod being installed on cylinder 20, cylinder 20 piston rod can stretch out towards active-feeding cylinder 11 direction, the elasticity realized between contact roller 12 and active-feeding cylinder 11 circumferential surface by the piston rod oil pressure of cylinder 20 is pushed against, ensure to stablize feeding, the mode that elastic component compresses can also be used in addition.
It is additionally provided with first, two transition wheels 21, 22, first, two transition wheels 21, 22 can be rotatably positioned on the framework 10 of storing unit 2, first material strip 8 draw from active-feeding cylinder 11 after through First Transition wheel laggard enter material strip governor motion, second material strip 9 draw from active-feeding cylinder 11 after through the second transition wheel laggard enter material strip governor motion, first drawn on active-feeding cylinder 11, two material strips first pass through first, two transition wheels 21, 22 separate, then the first of material strip governor motion is entered back into, two sub-material wheels 14, 15, ensure first, two material strips transmit in order.
Described first feed mechanism 6 and the second feed mechanism 7 all include charging tray 23 and third and fourth transition wheel 24,25, and after first and second material strip is drawn from charging tray 23, order is S-shaped through third and fourth transition wheel 24,25.
Brake cylinder 26 also it is equipped with on described first and second feed mechanism, the piston rod of described brake cylinder 26 can be tight against the tape surface on the 3rd transition wheel surface, when stopping feeding, brake cylinder 26 stretches out the material strip compressing the 3rd transition wheel surface, it is to avoid charging tray 23 inverts to be broken material strip.
Claims (7)
- null1. a two-fold copper foil cutter，It is characterized in that: include feeding unit (1)、Storing unit (2)、Cut unit (3)、Material folding unit (4) and stackable unit (5)，Described feeding unit、Storing unit、Cut unit、Material folding unit and stackable unit order linking arrangement，Wherein，Feeding unit includes the first feed mechanism (6) and the second feed mechanism (7)，First、Two feed mechanisms are along longitudinal arrangement，The first material strip (8) is drawn on first feed mechanism，The second material strip (9) is drawn on second feed mechanism，First material strip is just positioned at directly over the second material strip，Storing unit includes framework (10)、Active-feeding cylinder (11)、Contact roller (12)、Driving means (13) and material strip governor motion，Described active-feeding cylinder and contact roller can be rotatably positioned on framework，Contact roller can be tight against active-feeding roll circumference outer surface，Driving means drives active-feeding cylinder to rotate，First、Two material strip overlaps are located between active-feeding cylinder and contact roller，Material strip governor motion can be along being longitudinally slidably located on framework，Can rotate on material strip governor motion is provided with first、Two sub-material wheels (14、15) and the first merges material wheel (16)，Described first sub-material wheel is positioned at directly over the second sub-material wheel，First merges material wheel is positioned at first、Two sub-material wheels are along the front in material strip transmission direction，First material strip sequentially passes through the first sub-material wheel and first after active-feeding cylinder and merges material wheel，Second material strip sequentially passes through the second sub-material wheel and first after active-feeding cylinder and merges material wheel，And first material strip at least first sub-material wheel and first merge material wheel at least one downside surface pass through，Second material strip at least passes through at the second sub-material wheel and first at least one downside surface merged in material wheel，The first of material wheel surface overlap is merged first、Two material strips entrance cut unit and cut，Material folding unit can be sent into stackable unit stack cutting the double-deck tablet that unit cuts.
- Two-fold copper foil cutter the most according to claim 1, it is characterized in that: described material strip governor motion also includes the 3rd, four sub-material wheels (17, 18) and the second merges material wheel (19), 3rd sub-material wheel is positioned at directly over the 4th sub-material wheel, second merges material wheel is positioned at the 3rd, four sub-material wheels are along the front in web feed direction, 3rd, four sub-material wheels are positioned at the first merging material wheel front along web feed direction, first material strip sequentially passes through the 3rd sub-material wheel and second after first merges material wheel and merges material wheel, second material strip sequentially passes through the 4th sub-material wheel and second after first merges material wheel and merges material wheel.
- Two-fold copper foil cutter the most according to claim 2, it is characterized in that: described first material strip be continuous print S-shaped take turns through the first sub-material, first merge material wheel, the 3rd sub-material wheel and second merge material wheel, the second material strip be continuous print S-shaped take turns through the second sub-material, first merge material wheel, the 4th sub-material wheel and second merge material take turns.
- Two-fold copper foil cutter the most according to claim 1, it is characterized in that: described contact roller can be tight against the structure of active-feeding roll circumference outer surface, a cylinder (20) it is installed with on framework, contact roller can rotate on the piston rod being installed on cylinder, and cylinder piston rod can stretch out towards active-feeding cylinder direction.
- Two-fold copper foil cutter the most according to claim 1, it is characterized in that: be additionally provided with first and second transition wheel (21,22), first and second transition wheel can be rotatably positioned on the framework of storing unit, first material strip draw from active-feeding cylinder after through First Transition wheel laggard enter material strip governor motion, the second material strip draw from active-feeding cylinder after through the second transition wheel laggard enter material strip governor motion.
- Two-fold copper foil cutter the most according to claim 1, it is characterized in that: described first feed mechanism and the second feed mechanism all include charging tray (23) and third and fourth transition wheel (24,25), after first and second material strip is drawn from charging tray, order is S-shaped through third and fourth transition wheel.
- Two-fold copper foil cutter the most according to claim 6, is characterized in that: be also equipped with brake cylinder (26) on described first and second feed mechanism, and the piston rod of described brake cylinder can be tight against the tape surface on the 3rd transition wheel surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620221656.0U CN205555644U (en) | 2016-03-22 | 2016-03-22 | Two rolls of copper foil guillootines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620221656.0U CN205555644U (en) | 2016-03-22 | 2016-03-22 | Two rolls of copper foil guillootines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205555644U true CN205555644U (en) | 2016-09-07 |
Family
ID=56814514
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620221656.0U Withdrawn - After Issue CN205555644U (en) | 2016-03-22 | 2016-03-22 | Two rolls of copper foil guillootines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205555644U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105565036A (en) * | 2016-03-22 | 2016-05-11 | 昆山巨闳机械科技有限公司 | Double-roll copper foil cutter |
| CN109618496A (en) * | 2018-12-22 | 2019-04-12 | 永天机械设备制造(深圳)有限公司 | The full-automatic composing system of 12um copper foil |
-
2016
- 2016-03-22 CN CN201620221656.0U patent/CN205555644U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105565036A (en) * | 2016-03-22 | 2016-05-11 | 昆山巨闳机械科技有限公司 | Double-roll copper foil cutter |
| CN109618496A (en) * | 2018-12-22 | 2019-04-12 | 永天机械设备制造(深圳)有限公司 | The full-automatic composing system of 12um copper foil |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160907 Effective date of abandoning: 20171222 |