CN204466067U - Based on flexible circuit board hot-press arrangement and the system of processing of glass circuit board - Google Patents
Based on flexible circuit board hot-press arrangement and the system of processing of glass circuit board Download PDFInfo
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- CN204466067U CN204466067U CN201420847264.6U CN201420847264U CN204466067U CN 204466067 U CN204466067 U CN 204466067U CN 201420847264 U CN201420847264 U CN 201420847264U CN 204466067 U CN204466067 U CN 204466067U
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Abstract
The utility model discloses a kind of flexible circuit board hot-press arrangement based on glass circuit board and system of processing, this hot-press arrangement comprises: can the rotation platform of intermittent rotary, this rotation platform has the arranged in parallel and two-layer fixed head that can simultaneously rotate, wherein one deck is the hot pressing fixed head for fixing hot pressing assembly, another layer is the tool fixed head for fixing described jig component, rotation platform is split into several station regions, each station region is provided with a described hot pressing assembly and a described jig component; Each described hot pressing assembly includes lifting regulating mechanism, hot pressing pressure head and buffer gear.Material loading platform, the first pre-land, ACF are attached assembly, the second pre-land, described hot-press arrangement and platform of blanking and be arranged on a formation system of processing on a mounting platform.The utility model can improve the operating efficiency of hot-press arrangement, and can reduce occupation area of equipment, cost-saving.
Description
Technical field
The utility model relates to Multi-station hot-press arrangement, particularly a kind of flexible circuit board hot-press arrangement based on glass circuit board and system of processing.
Background technology
Flexible circuit board FPC (Flexible Printed Circuit), is called for short soft board, is to be formed by flexible plastic counterdie, Copper Foil and solid laminating integration.Flexible circuit board FOG (FPC onglass) based on glass circuit board is the process equipment carrying out conducting with the circuit realized on flexible circuit board and glass flexible circuit board nation fixed on glass.The flexible circuit board device category based on glass circuit board supporting is in the market more, and tackle various different requirement, also there is variation in flexible circuit board, a lot of flexible circuitry board device based on glass circuit board is in order to meet the high efficiency requirement of client, adopt the method lengthening process section, such method different demands of (thermal head press against flexible circuit board) of can not fixing time according to nation arrange hot-press arrangement flexibly, operating efficiency is not high, and whole technique adds the length of equipment, cause hold facility site area large, improve production cost.
Summary of the invention
Based on this, be necessary to be fixedly installed for the flexible circuit board hot pressing station based on glass circuit board, Installation Flexibility is poor, the cost that in the not high and heat pressing process of efficiency, technique segment length causes increases, the problem that occupation area of equipment increases, there is provided a kind of difference can fixed time according to nation increase and decrease station (mainly referring to this pressure of increase and decrease station here) flexibly or keep the station number constant time rotated by reducing platform to raise the efficiency, and reduce occupation area of equipment, the cost-saving flexible circuit board hot-press arrangement based on glass circuit board and system of processing.
The technical solution adopted in the utility model is to provide a kind of flexible circuit board hot-press arrangement based on glass circuit board, comprise: can the rotation platform of intermittent rotary, this rotation platform has arranged in parallel, and the two-layer fixed head that can simultaneously rotate, wherein one deck is the hot pressing fixed head for fixing hot pressing assembly, another layer is the tool fixed head for fixing described jig component, rotation platform is split into several station regions, each station region is provided with a described hot pressing assembly and a described jig component, and described hot pressing assembly and described jig component one_to_one corresponding are arranged,
Each described hot pressing assembly includes lifting regulating mechanism, hot pressing pressure head and buffer gear; Described hot pressing pressure head is connected with described lifting regulating mechanism, and described lifting regulating mechanism drives described hot pressing pressure head to move back and forth along the axis of described rotation platform and to exert pressure or release of pressure to labor and materials fixing in described jig component;
Described buffer gear comprises padded coaming discharge plate, padded coaming rewinding dish, two at right angle setting plates, two L-type keysets, two directive wheel mounting panels and two padded coaming directive wheels, described padded coaming discharge plate and padded coaming rewinding dish to be arranged on respectively on two blocks of described at right angle setting plates and to be positioned at the both sides of described hot pressing assembly, each described at right angle setting plate is connected with one end of directive wheel mounting panel described in by L-type keyset described in, the other end of this directive wheel mounting panel is provided with padded coaming directive wheel described in, described padded coaming directive wheel is used for fixing padded coaming, and two described padded coaming directive wheels are in the same plane, this plane is parallel with described labor and materials fixed pan.
Wherein in an embodiment, described device also comprises flexible circuit board material loading platform and CCD capture mechanism, described flexible circuit board material loading platform and described rotation platform are oppositely arranged, and arrange described CCD capture mechanism between described flexible circuit board material loading platform and described rotation platform.
Wherein in an embodiment, described flexible circuit board material loading platform comprises: two groups of structures identical and the mutual vertically disposed guide rail lead-screw drive mechanism of driving shaft, one group of angled-lift splits motor drive mechanism and flexible circuit board jig platform;
Described two groups of guide rail lead-screw drive mechanisms are fixedly connected with described angled-lift splits motor drive mechanism is stacked, and the driving shaft being fixed with one group of guide rail lead-screw drive mechanism of described angled-lift splits motor drive mechanism is arranged with the driving shaft of described angled-lift splits motor drive mechanism is also mutually vertical;
The displacement that described angled-lift splits motor drive mechanism is promoted in described flexible circuit board jig platform generation vertical direction by driving one angled-lift splits realizes feeding, and described guide rail lead-screw drive mechanism regulates the displacement in two vertical direction on horizontal plane by driving the mobile realization on one group of guide rail of described guide rail lead-screw drive mechanism fixing on this guide rail lead-screw drive mechanism or described angled-lift splits motor drive mechanism.
Wherein in an embodiment, described CCD capture mechanism comprises guide rail slide block mechanism, drive plate and sampling image lens, described sampling image lens is arranged in described guide rail slide block mechanism by described drive plate, and described guide rail slide block mechanism drives described sampling image lens reciprocating motion.
Wherein in an embodiment, the two-layer fixed head of described rotation platform is at least six station regions by even partition, between adjacent two regions, subregion fixing lug boss is set, rotate to and the position faced by described flexible circuit board material loading platform every one of them station region described in a predetermined amount of time, be now positioned at adjacent with this station region and be in the pressurized state to labor and materials along the described hot pressing assembly that at least two station regions that the direction of rotation of described rotation platform arranges in turn are arranged.
The utility model also provides a kind of flexible circuit board heat pressing process system based on glass circuit board, and described system comprises:
One mounting platform;
The described flexible circuit board hot-press arrangement based on glass circuit board, this device is fixed on described mounting platform; With
Order is arranged in the material loading platform of described mounting platform one jiao successively, the first pre-land, ACF attach assembly, the second pre-land;
Be fixed on the platform of blanking on described mounting platform, described platform of blanking and described second pre-land are symmetricly set on the both sides of rotation platform in described flexible circuit board hot-press arrangement.
Wherein in an embodiment, described first pre-land is identical with described second pre-land structure, and described first pre-land comprises product placement platform and aligning gear, described product placement platform is arranged on described mounting platform by column and mounting panel, described straightening mechanism comprises and drives cylinder and be mutually two pieces of rectification plates that a predetermined angle arranges, and to be moved realize aligning by two pieces of rectification plates described in described driving air cylinder driven to two adjacent sides of labor and materials.
Wherein in an embodiment, linkage manipulator is arranged on the below of described material loading platform, described first pre-land, described ACF attaching assembly and described second pre-land, completes intermediate products successively from the process of above four assemblies carrying.
Wherein in an embodiment, rotating machine arm is arranged between described second pre-land and described rotation platform, and the intermediate products on described second pre-land are transported to feeding station corresponding to described rotation platform.
Wherein in an embodiment, final products, between the discharge station and platform of blanking of described rotation platform, transport to described platform of blanking from discharge station by blanking mechanical hand.
The above-mentioned flexible circuit board hot-press arrangement based on glass circuit board and system of processing, rotation platform is split into several station regions, each station region is provided with a hot pressing assembly and a jig component, the difference can fixed time according to nation increase and decrease station flexibly or reduce when station number is constant platform rotate time raise the efficiency.And by hot-press arrangement, material loading platform, pre-land, ACF attaches assembly and platform of blanking is arranged on a mounting platform, decreases occupation area of equipment, has saved cost.After ACF attaches, increase by one can ensure effectively glass wiring board to be grabbed in tool corresponding to rotation platform in advance to bit platform, precision is determined to raising nation and has certain effect.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of rotation platform of the present invention;
Fig. 2 A is the three-dimensional structure diagram of hot-press arrangement of the present invention;
Fig. 2 B is the three-dimensional structure diagram of the hot pressing assembly of hot-press arrangement of the present invention;
Fig. 3 is the structural representation of the flexible circuit board heat pressing process system that the present invention is based on glass circuit board;
Fig. 4 is the three-dimensional structure diagram of pre-land mechanism of the present invention;
Fig. 5 A is the three-dimensional structure diagram of flexible PCB material loading platform mechanism of the present invention;
Fig. 5 B is the end view of flexible PCB material loading platform mechanism of the present invention;
Fig. 6 is the three-dimensional structure diagram of CCD capture mechanism of the present invention.
Embodiment
Based on the flexible circuit board hot-pressing technique of glass circuit board, the utility model provides the technical scheme of following examples, the difference that the flexible circuit board hot-press arrangement that the utility model is provided can be fixed time according to nation increase and decrease station flexibly or reduce when station number is constant platform rotate time raise the efficiency.And by hot-press arrangement, material loading platform, pre-land, ACF attaches assembly and platform of blanking is arranged on a mounting platform, decreases occupation area of equipment, has saved cost.Each embodiment of the present invention is described in detail below with reference to accompanying drawing.
As shown in Figures 1 to 6, in an embodiment of the present utility model, provide a kind of flexible circuit board hot-press arrangement based on glass circuit board, it comprises can the rotation platform 309 of intermittent rotary, this rotation platform 309 has two-layer arranged in parallel, and the fixed head that can simultaneously rotate, wherein one deck is the hot pressing fixed head 14 being used for fixing multiple hot pressing assembly, another layer is for being used for fixing the tool fixed head 13 of multiple jig component, described hot pressing assembly and jig component one_to_one corresponding are arranged, rotation platform is configured with corresponding driven unit (11, 12) rotation is driven.Each jig component has a labor and materials fixed pan.Here rotation platform 309 is split into several station regions, each station region is provided with a hot pressing assembly and a jig component.
In the present embodiment, as shown in Figure 2 A and 2 B, each hot pressing assembly includes lifting regulating mechanism 206, hot pressing pressure head and buffer gear; Described hot pressing pressure head is connected with described lifting regulating mechanism 206, and described lifting regulating mechanism 206 drives described hot pressing pressure head to move back and forth along the axis of described rotation platform and to exert pressure or release of pressure to labor and materials fixing in described jig component.Hot pressing assembly is arranged on hot pressing fixed head 14 by L-type mounting panel 202, and jig component (not marking in figure) is arranged on tool fixed head 13 by two mount pads 201.Glass tool placement platform 208 is arranged in tool fixed platform 13 by mounting panel 203, mounting panel 203 is connected by lifting regulating mechanism 206 with in the middle of tool placement platform 208, lifting regulating mechanism 206 stiff end is fixed on mounting panel 203, the drive end of lifting regulating mechanism 206 is arranged on jig platform 208 times, can can be elevated by regulating jig placement platform 208 by adjusting nut 207, thus lifting moving together with the back pressure quartz glass 205 that is installed together with tool placement platform 208 can be driven, back pressure quartz glass 205 is supported by the fixed strip 204 be arranged on mount pad 201.Upper part L-type mounting panel 202 upper front is fixed with a lifting by motor mount 214 mounted thereto and drives cylinder 209, being used for drive ram mount pad 210 moves along the guide rail slide block mechanism 211 be arranged on mounting panel 202, and mount pad 210 is arranged on slide block mounting panel 212 and is connected with guide rail slide block mechanism 211.Pass through between pressure head mount pad 210 with pressure head holder 223 together with pressure head governor motion 222 connection, pressure head 221 is fixed on holder 223 times, relative with the back pressure quartz glass 205 of below, under the driving of cylinder 209, flexible circuit board to be pressed on glass and to do back pressure with quartz glass 205 by pressure head 221. a L-type transfer block 213 is respectively installed in the both sides of pressure head mount pad 210, an adapter is installed below transfer block 213, and outside adapter, is fixed with an at right angle setting plate 215.Described buffer gear comprises padded coaming discharge plate 219, padded coaming rewinding dish 220, two at right angle setting plates 215, two L-type keysets 216, two directive wheel mounting panels 217 and two padded coaming directive wheels 218, described padded coaming discharge plate 219 and padded coaming rewinding dish 220 to be arranged on respectively on two blocks of described at right angle setting plates 215 and to be positioned at the both sides of described hot pressing assembly, each described at right angle setting plate 215 is connected with one end of directive wheel mounting panel 217 described in by L-type keyset 213 described in, the other end of this directive wheel mounting panel 217 is provided with padded coaming directive wheel 218 described in, described padded coaming directive wheel 218 is for fixing padded coaming, and two described padded coaming directive wheels 218 are in the same plane, this plane is parallel with described labor and materials fixed pan.The buffer gear arranged by the way can ensure that the protection labor and materials of the energy safety when utilizing the rotation platform of said structure to carry out this pressure pre-are not impaired; and provide enough cushion spaces for descending the exerting pressure of pressure head 221, and accurately can locate the magnitude range of this cushion space.
In an embodiment of the present utility model, described device also comprises flexible circuit board material loading platform 307 and CCD capture mechanism 308, described flexible circuit board material loading platform 307 is oppositely arranged with described rotation platform 309, and arranges described CCD capture mechanism 308 between described flexible circuit board material loading platform 307 and described rotation platform 309.
In an embodiment of the present utility model, as fig. 5 a and fig. 5b, flexible circuit board material loading platform is arranged on mounting platform by mounting panel 501, be arranged at the below that rotation platform 308 is just right, described flexible circuit board material loading platform comprises: two groups of structures identical and the mutual vertically disposed guide rail lead-screw drive mechanism of driving shaft, one group of angled-lift splits motor drive mechanism and flexible circuit board jig platform; Driving mechanism 502 and guide rail slide block mechanism 503 is separately installed with in mounting panel 501 centre and both sides, be used for driving drive plate 504 to move horizontally, thus driving the component level be arranged on drive plate 504 to move, driving mechanism 502 and guide rail slide block mechanism 503 form one group of guide rail lead-screw drive mechanism.Centre on drive plate 504 and both sides with the direction of driving mechanism 502 horizontal vertical on be separately installed with driving mechanism 505 and guide rail slide block mechanism 506, be used for driving drive plate 512, driving mechanism 505 and guide rail slide block mechanism 506 form another group guide rail lead-screw drive mechanism.Drive plate 512 is provided with rotation motor 507, rotation motor 507 can rotate by the rotation platform 509 of drive installation on rotation motor, driving mechanism 508 and guide rail slide block mechanism 513 is had respectively in the centre of rotation platform 509 and both sides, be used for driving the upper jacking block 514 of flexible circuit board material loading platform to move, skewback 515 is connected with upper jacking block by roller (not shown), the flexible circuit board jig platform 511 skewback 515 upper horizontal plane being fixed with platform 510 and being fixed on platform 510, the two sides of platform 510 are provided with side plate 517, the guide rail slide block mechanism 518 of installing inside biside plate 517 is connected by slide block with mounting panel (not marking in figure), driving mechanism 508, guide rail slide block mechanism 513 and jacking block 514 and skewback 515 form one group of angled-lift splits motor drive mechanism.Above-mentioned two groups of guide rail lead-screw drive mechanisms are fixedly connected with above-mentioned angled-lift splits motor drive mechanism is stacked, and the driving shaft being fixed with one group of guide rail lead-screw drive mechanism of above-mentioned angled-lift splits motor drive mechanism is arranged with the driving shaft of above-mentioned angled-lift splits motor drive mechanism is also mutually vertical; The displacement that above-mentioned angled-lift splits motor drive mechanism is promoted in above-mentioned flexible circuit board jig platform generation vertical direction by driving one angled-lift splits realizes feeding, and above-mentioned guide rail lead-screw drive mechanism regulates the displacement in two vertical direction on horizontal plane by driving the mobile realization on one group of guide rail of above-mentioned guide rail lead-screw drive mechanism fixing on this guide rail lead-screw drive mechanism or above-mentioned angled-lift splits motor drive mechanism.Four springs 516 are had to be connected between platform 510 with rotation platform 509, to platform 510 position-limiting actions, the flexible circuit board jig platform 511 of such platform 510 and top is under the driving of driving mechanism 508 and under the position-limiting action of spring 516, moved up and down along guide rail slide block mechanism 518 by upper jacking block 514 jack-up skewback 515, flexible circuit board in such jig platform just can at X-direction (driving mechanism 502 driving direction), Y-direction (driving mechanism 505 driving direction), the four directions such as θ direction (rotation motor 507 driving direction) and Z-direction (upper jacking block 514 driving direction) do position adjustments and move.
In an embodiment of the present utility model, as shown in Figure 6, described CCD capture mechanism comprises guide rail slide block mechanism 601, drive plate 619 and sampling image lens 616, whole CCD capture mechanism is arranged on mounting platform 301 by Liang Tao guide rail slide block mechanism 601, described sampling image lens 616 is arranged in described guide rail slide block mechanism 601 by described drive plate 619, and described guide rail slide block mechanism 601 drives the reciprocating motion of described sampling image lens 616.In Liang Tao guide rail slide block mechanism 601, horizontal vertical is provided with a guide rail slide block mechanism mounting panel 602, and install superincumbent guide rail slide block mechanism 603, two cover sampling image lens 616 be arranged on the slide block of guide rail slide block mechanism 603 by drive plate 619.Two cover camera structures are structurally the same.Stator 617 upper end is fixed on the side of drive plate 619 by nut, lower end is fixed on two holes in multiple hole, mounting panel 602 side by locking nut 618.After unclamping locking nut 618.Two cover sampling image lens can regulate along guide rail slide block mechanism 603 is manually mobile on mounting panel 602.A fixed block 606 is respectively had at the two ends of mounting panel 602, correspondence position there are two mount pads 604 be arranged on mounting platform 101, mount pad is provided with an adjusting screw(rod) 605, two ends fixed block 606 can be pushed by regulating while two ends adjusting screw(rod) 605, mounting panel 602 and above capture mechanism are moved along guide rail slide block mechanism 601.Thus can to the manual adjustments of sampling image lens in X-direction (guide rail slide block mechanism 603 direction) and Y-direction (guide rail slide block mechanism 601 direction).Have the side mounting panel 609 of lifting direction (Z-direction) micro-adjusting mechanism 610 to be arranged on mounting panel 607 by substrate 608, mounting panel 607 and drive plate 619 are installed together.The drive end of Z-direction micro-adjusting mechanism is provided with side plate 611, a horizontal mounting plate 612 is fixed with below side plate, X-direction micro-adjusting mechanism 614 is arranged on mounting panel 612 by keyset 613, X is provided with Y-direction micro-adjusting mechanism to micro-adjusting mechanism 614 drive end, sampling image lens 618 is fixed on the drive end of Y-direction micro-adjusting mechanism 615, and sampling image lens 616 can the enterprising line position fine setting in X/Y/Z direction.
In a preferred embodiment of the present utility model, the two-layer fixed head of above-mentioned rotation platform is at least six station regions by even partition, between adjacent two regions, subregion fixing lug boss is set, rotate to and the position faced by described flexible circuit board material loading platform every one of them station region described in a predetermined amount of time, be now positioned at adjacent with this station region and be in the pressurized state to labor and materials along the described hot pressing assembly that at least two station regions that the direction of rotation of described rotation platform arranges in turn are arranged.And these at least six station regions in the different moment by respectively as this pressure station, precompressed station, feeding station and discharge station etc., wherein at least to comprise two this pressure stations.
Based on above-described embodiment, what the hot-press arrangement that the utility model provides can be fixed time according to nation with the position of discharge station by adjustment feeding station difference increases and decreases station (mainly referring to this pressure of increase and decrease station here) flexibly or keeps the station number constant time rotated by reducing platform to raise the efficiency.
Based on each embodiment above-mentioned, the utility model additionally provides a kind of flexible circuit board heat pressing process system based on glass circuit board, and as shown in Figure 3, this system comprises: a mounting platform 301; The flexible circuit board hot-press arrangement based on glass circuit board described in any one embodiment above-mentioned, this device is fixed on (Fig. 2 A) on mounting platform; Order is arranged in material loading platform 302, first pre-land 303, ACF attaching assembly 304, second pre-land 305 of described mounting platform one jiao successively; Be fixed on the platform of blanking 310 on mounting platform, platform of blanking 310 and the second pre-land 305 are symmetricly set on the both sides of rotation platform 309 in flexible circuit board hot-press arrangement.The below that linkage manipulator 311 is arranged on material loading platform 302, first pre-land 303, ACF attaches assembly 304 and the second pre-land 305, complete intermediate products successively from the process of above four assemblies carrying, rotating machine arm 312 is arranged between the second pre-land 305 and rotation platform 309, by on the second pre-land 305 intermediate products be transported to the feeding station of rotation platform 309 correspondence, final products, between the discharge station and platform of blanking 310 of rotation platform 309, transport to platform of blanking 310 from discharge station by blanking mechanical hand 313.
In an embodiment of the present utility model, as shown in Figure 4, first pre-land 303 is identical with described second pre-land 305 structure, and the first pre-land 303 comprises product placement platform 41 and aligning gear, product placement platform 41 is arranged on mounting platform 301 by column 42 and mounting panel 43, aligning gear comprises the two pieces of rectification plates 46 driving cylinder 44 and be mutually a predetermined angle setting, drive two adjacent sides of cylinder 44 labor and materials that drive on Y-shaped mounting panel 45 two pieces of rectification plates 46 to place on product placement platform 41 to move to realize both sides and draw close, aligning is carried out to two adjacent sides of product.The preferred right angle of above-mentioned predetermined angle.
When the glass circuit board on rotation platform rotates to contraposition station, the jig platform of placing flexible PCB also moves to place of taking pictures, by sampling image lens, feature capture is carried out to glass and flexible circuit board, then the coordinate position difference of alignment features both being analyzed by image processing system, by the drive unit in the X/Y/Z/ θ direction of flexible circuit board jig platform 511 correspondence, with the position of glass for benchmark, regulate the position of flexible circuit board to make flexible circuit board reach target coordinate position, thus complete flexible circuit board and glass automatic aligning process.
In sum, the flexible circuit board hot-press arrangement based on glass circuit board that the utility model provides and system of processing, the difference can fixed time according to nation increase and decrease station flexibly or reduce when station number is constant platform rotate time raise the efficiency.And by hot-press arrangement, material loading platform, pre-land, ACF attaches assembly and platform of blanking is arranged on a mounting platform, decreases occupation area of equipment, has saved cost.After ACF attaches, increase by one can ensure effectively glass wiring board to be grabbed in tool corresponding to rotation platform in advance to bit platform, precision is determined to raising nation and has certain effect.
The above embodiment only have expressed several execution mode of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection range of the present utility model.Therefore, the protection range of the utility model patent should be as the criterion with claims.
Claims (10)
1. the flexible circuit board hot-press arrangement based on glass circuit board, comprise: can the rotation platform of intermittent rotary, this rotation platform has the arranged in parallel and two-layer fixed head that can simultaneously rotate, wherein one deck is the hot pressing fixed head for fixing hot pressing assembly, another layer is the tool fixed head for fixed jig assembly, rotation platform is split into several station regions, each station region is provided with a described hot pressing assembly and a described jig component, and described hot pressing assembly and described jig component one_to_one corresponding are arranged;
Each described hot pressing assembly includes lifting regulating mechanism, hot pressing pressure head and buffer gear; Described hot pressing pressure head is connected with described lifting regulating mechanism, and described lifting regulating mechanism drives described hot pressing pressure head to move back and forth along the axis of described rotation platform and to exert pressure or release of pressure to labor and materials fixing in described jig component;
Described buffer gear comprises padded coaming discharge plate, padded coaming rewinding dish, two at right angle setting plates, two L-type keysets, two directive wheel mounting panels and two padded coaming directive wheels, described padded coaming discharge plate and padded coaming rewinding dish to be arranged on respectively on two blocks of described at right angle setting plates and to be positioned at the both sides of described hot pressing assembly, each described at right angle setting plate is connected with one end of directive wheel mounting panel described in by L-type keyset described in, the other end of this directive wheel mounting panel is provided with padded coaming directive wheel described in, described padded coaming directive wheel is used for fixing padded coaming, and two described padded coaming directive wheels are in the same plane, this plane is parallel with described labor and materials fixed pan.
2. the flexible circuit board hot-press arrangement based on glass circuit board according to claim 1, it is characterized in that: described device also comprises flexible circuit board material loading platform and CCD capture mechanism, described flexible circuit board material loading platform and described rotation platform are oppositely arranged, and arrange described CCD capture mechanism between described flexible circuit board material loading platform and described rotation platform.
3. the flexible circuit board hot-press arrangement based on glass circuit board according to claim 2, it is characterized in that, described flexible circuit board material loading platform comprises: two groups of structures identical and the mutual vertically disposed guide rail lead-screw drive mechanism of driving shaft, one group of angled-lift splits motor drive mechanism and flexible circuit board jig platform;
Described two groups of guide rail lead-screw drive mechanisms are fixedly connected with described angled-lift splits motor drive mechanism is stacked, and the driving shaft being fixed with one group of guide rail lead-screw drive mechanism of described angled-lift splits motor drive mechanism is arranged with the driving shaft of described angled-lift splits motor drive mechanism is also mutually vertical;
The displacement that described angled-lift splits motor drive mechanism is promoted in described flexible circuit board jig platform generation vertical direction by driving one angled-lift splits realizes feeding, and described guide rail lead-screw drive mechanism regulates the displacement in two vertical direction on horizontal plane by driving the mobile realization on one group of guide rail of described guide rail lead-screw drive mechanism fixing on this guide rail lead-screw drive mechanism or described angled-lift splits motor drive mechanism.
4. the flexible circuit board hot-press arrangement based on glass circuit board according to claim 2, it is characterized in that, described CCD capture mechanism comprises guide rail slide block mechanism, drive plate and sampling image lens, described sampling image lens is arranged in described guide rail slide block mechanism by described drive plate, and described guide rail slide block mechanism drives described sampling image lens reciprocating motion.
5. the flexible circuit board hot-press arrangement based on glass circuit board according to claim 2, it is characterized in that, the two-layer fixed head of described rotation platform is at least six station regions by even partition, between adjacent two regions, subregion fixing lug boss is set, rotate to and the position faced by described flexible circuit board material loading platform every one of them station region described in a predetermined amount of time, now be positioned at this station region adjacent, and be in the pressurized state to labor and materials along the described hot pressing assembly that at least two station regions that the direction of rotation of described rotation platform arranges in turn are arranged.
6., based on a flexible circuit board heat pressing process system for glass circuit board, it is characterized in that, described system comprises:
One mounting platform;
The flexible circuit board hot-press arrangement based on glass circuit board described in any claim of claim 1 to 5, this device is fixed on described mounting platform; With
Order is arranged in the material loading platform of described mounting platform one jiao successively, the first pre-land, ACF attach assembly, the second pre-land;
Be fixed on the platform of blanking on described mounting platform, described platform of blanking and described second pre-land are symmetricly set on the both sides of rotation platform in described flexible circuit board hot-press arrangement.
7. the flexible circuit board heat pressing process system based on glass circuit board according to claim 6, it is characterized in that, described first pre-land is identical with described second pre-land structure, and described first pre-land comprises product placement platform and aligning gear, described product placement platform is arranged on described mounting platform by column and mounting panel, described aligning gear comprises and drives cylinder and be mutually two pieces of rectification plates that a predetermined angle arranges, and to be moved realize aligning by two pieces of rectification plates described in described driving air cylinder driven to two adjacent sides of labor and materials.
8. the flexible circuit board heat pressing process system based on glass circuit board according to claim 6, it is characterized in that, described system also comprises: linkage manipulator, and described linkage manipulator is arranged on the below of described material loading platform, the first pre-land, ACF attaching assembly and the second pre-land.
9. the flexible circuit board heat pressing process system based on glass circuit board according to claim 6, it is characterized in that, described system also comprises: rotating machine arm, and described rotating machine arm is arranged between described second pre-land and described rotation platform.
10. the flexible circuit board heat pressing process system based on glass circuit board according to claim 6, it is characterized in that, described system also comprises: blanking mechanical hand, and described blanking mechanical hand is between described rotation platform and described platform of blanking.
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| CN201420847264.6U CN204466067U (en) | 2014-12-25 | 2014-12-25 | Based on flexible circuit board hot-press arrangement and the system of processing of glass circuit board |
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| CN201420847264.6U CN204466067U (en) | 2014-12-25 | 2014-12-25 | Based on flexible circuit board hot-press arrangement and the system of processing of glass circuit board |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104582305A (en) * | 2014-12-25 | 2015-04-29 | 深圳市联得自动化装备股份有限公司 | Glass circuit board based FPC (flexible printed circuit) board hot-pressing device, processing system and method |
| CN107187257A (en) * | 2017-07-24 | 2017-09-22 | 深圳市创世纪机械有限公司 | A kind of glass finishing impression machine positioning device |
| CN109435122A (en) * | 2018-12-11 | 2019-03-08 | 深圳市光和精密自动化有限公司 | A kind of six face press equipments suitable for screen cloth heat pressing process |
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2014
- 2014-12-25 CN CN201420847264.6U patent/CN204466067U/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104582305A (en) * | 2014-12-25 | 2015-04-29 | 深圳市联得自动化装备股份有限公司 | Glass circuit board based FPC (flexible printed circuit) board hot-pressing device, processing system and method |
| CN107187257A (en) * | 2017-07-24 | 2017-09-22 | 深圳市创世纪机械有限公司 | A kind of glass finishing impression machine positioning device |
| CN107187257B (en) * | 2017-07-24 | 2023-11-07 | 深圳市创世纪机械有限公司 | Positioning device of glass engraving and milling machine |
| CN109435122A (en) * | 2018-12-11 | 2019-03-08 | 深圳市光和精密自动化有限公司 | A kind of six face press equipments suitable for screen cloth heat pressing process |
| CN109435122B (en) * | 2018-12-11 | 2024-05-10 | 深圳市光和精密自动化有限公司 | Six-sided pressing equipment suitable for screen cloth hot pressing technology |
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