CN103561545B - This pressure device, this pressure control method and line machine - Google Patents
This pressure device, this pressure control method and line machine Download PDFInfo
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- CN103561545B CN103561545B CN201310522617.5A CN201310522617A CN103561545B CN 103561545 B CN103561545 B CN 103561545B CN 201310522617 A CN201310522617 A CN 201310522617A CN 103561545 B CN103561545 B CN 103561545B
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Abstract
The invention provides this pressure device a kind of, this pressure control method and line machine.Described pressure device includes: bracing frame, several this pressure assemblies being installed in support frame as described above, for fixing the bottom surface fixed plate of this pressure section and placing the fixture of film sensor to be processed, the quantity of described pressure assembly will match with the number of steps of film sensor to be processed, and described pressure assembly includes the upper part being provided with multiple pressure pressure heads and include pressing the pressure head lower part just to the back pressure quartz bar arranged with described；Described upper part is installed on bracing frame top, and lower part is installed in the fixed plate of bottom surface.Use the present invention can improve this pressure efficiency of the film sensor with ledge structure.
Description
Technical field
The present invention relates to FPC hot pressing on FPC hot-pressing production process, particularly mantle, relate to one and originally press-fit
Put, this pressure control method and line machine.
Background technology
FOG(FPC on Glass, by flexible circuit board bonding on glass) line machine effect touch screen industry
With the crucial corollary equipment of display module industry, it is collection ACF attaching, FPC precompressed, the technique of this pressure of FPC
On a set of equipment with complete the ACF to glass sensor device (i.e. glass sensor) attach, FPC pre-
Pressure, this pressure of FPC.
But, applying single pressure head of FOG line machine to film sensor(mantle functional sheet) it is processed
During, due to film sensor and the difference in glass sensor structure, will cause being applicable to glass sensor
FOG line machine be not particularly suited for film sensor is processed, it is impossible to meet and there is the film of ledge structure
This pressure of sensor, also exists the defect of this pressure inefficiency.
Summary of the invention
Based on this, it is necessary to the technology for this pressure inefficiency of the film sensor with ledge structure is asked
Topic, it is provided that this pressure device of a kind of this pressure efficiency that can improve the film sensor with ledge structure.
Additionally, there is a need to provide a kind of this pressure efficiency that can improve the film sensor with ledge structure
This pressure control method.
It addition, there is a need to provide a kind of this pressure efficiency that can improve the film sensor with ledge structure
Line machine.
This pressure device a kind of, it is characterised in that including:
Bracing frame；
Several this pressure assemblies, are installed in support frame as described above；
Bottom surface fixed plate, is used for fixing described pressure assembly；
Fixture, for placing film sensor to be processed；
The quantity of described pressure assembly will match with the number of steps of film sensor to be processed；
Described pressure assembly includes being provided with the upper part of one or more pressure pressure heads and including and described pressure
Pressure head is just to the lower part of back pressure stone bar arranged；Described upper part is installed on described support and adds top, bottom
Divide and be installed in the fixed plate of described bottom surface.
Wherein in an embodiment, described upper part includes that this pressure pressure head being installed on bracing frame top is fixed
Plate, be mounted side by side in described pressure pressure head fixed plate on several this pressure pressure heads, for driving described pressure
What pressure head moved up and down drives assembly, is fixed on the heating block of described driving component bottom and is fixed on described
This pressure pressure head bottom heating block.
Wherein in an embodiment, described driving assembly includes being installed vertically in this pressure pressure head fixed plate
First guide rail slide block mechanism, drive connection plate, the drive block being installed on described drive connection plate, the first gas
Cylinder and for fixing the cylinder mounting plate of described first cylinder, described drive connection plate is installed on described first and leads
On the slide block of rail slide block mechanism, the drive end of described first cylinder connects described drive block, makes described drive block
Driving and moving up and down under the guiding of the first guide rail slide block mechanism at the first cylinder.
Wherein in an embodiment, arrange between described heating block and this pressure pressure head and this pressure pressure head is carried out position
Put the pressure head micro-adjusting mechanism of fine setting.
Wherein in an embodiment, described upper part also includes the receipts being installed in described pressure head fixed plate
Silicone band assembly and put silicone band assembly, by described receipts silicone band assembly with put silicone band assembly by silicone band
It is wound on below this pressure pressure head.
Wherein in an embodiment, described lower part includes transversal driving mechanism and described laterally driven machine
Lift drive mechanism, the back pressure base being installed on described lift drive mechanism that structure is connected and be fixed on institute
State on back pressure base, with described pressure pressure head just to the back pressure quartz bar arranged.
Wherein in an embodiment, described transversal driving mechanism includes be installed in the fixed plate of bottom surface second
The floating junction that cylinder is connected with the drive end of described second cylinder is connected seat, is fixed on described floating and connects
Head connects on seat, and upper jacking block that top is inclined-plane, is installed in the fixed plate of described bottom surface and described upper top
Block is connected, for guide described upper jacking block transverse movement the second guide rail slide block mechanism, be installed on described tiltedly
The 3rd guide rail slide block mechanism on face, the guide rail slide block connecting plate being installed in described 3rd guide rail slide block mechanism
Be fixed on the connecting plate of described guide rail slide block connecting plate, described guide rail slide block connecting plate and described connecting plate with
The upper jacking block described transverse movement moves up and down.
Wherein in an embodiment, described lift drive mechanism includes being installed on rear side of the fixed plate of described bottom surface
Back pressure guide rails assembling plate, be installed on described back pressure guide rails assembling plate, two vertical with bottom surface fixed plate
Back pressure guide rail on 4th guide rail slide block mechanism, the slide block being installed in described 4th guide rail slide block mechanism connects
Plate, described back pressure guide rail splice is connected with described connecting plate.
A kind of line machine, including as described in this pressure device as described in claim 1 to 9 any one, installation
The base platform of this pressure device, the rotation platform being arranged on described base platform, it is respectively arranged in the described end
Feeding device, ACF adhering device, FPC feeding and prepressing device on seat platform and finished product automatic blanking dress
Putting, the uniform placement of described rotation platform is for placing several fixtures of film sensor to be processed, described
Fixture respectively with this pressure device, feeding device, ACF adhering device, FPC feeding and prepressing device and finished product
Automatic blanking device is correspondingly arranged.
A kind of this pressure control method, comprises the steps:
By the feeding device feeding being installed on base platform, make multiple film that described holder is to be processed
sensor；
By rotation platform, described multiple film sensor to be processed are rotated to described pressure device
Pressure assembly, the quantity of described film sensor matches with the quantity of this pressure pressure head in described pressure assembly；
Described multiple film sensor to be processed are provided with multiple the upper parts pressing pressure heads and bag described in being placed in
Included and this pressure pressure head just to arrange back pressure quartz bar lower part between；
Drive described upper and bottom section move up and down to described be placed between upper and bottom section many
Individual film sensor carries out this pressure；
Rotate to next this pressure assembly again by rotation platform, carry out the plurality of by next this pressure assembly
This pressure of film sensor, until several this pressure assemblies in described pressure device are all to the plurality of film
Sensor carries out this pressure, and the quantity of described pressure assembly will be the height kind phase with film sensor to be processed
Coupling.
Above-mentioned pressure device, this pressure control method and line machine, if installing by bracing frame and bottom surface fixed plate
Dry this pressure assembly, film sensor to be processed passes through holder, and the quantity of this pressure assembly of installation will
It is to match with the number of steps in film sensor, say, that different steps is by corresponding different
This pressure assembly, and each pressure assembly all will be provided with multiple pressure pressure heads, and then make have Step-edge Junction
Multiple film sensor, the i.e. film sensor of structure can realize this pressure of segmentation by several this pressure assemblies, and
Can simultaneously this pressure multiple film sensor, and then this pressure that improve the film sensor with ledge structure imitates
Rate.
Accompanying drawing explanation
Fig. 1 is the structural representation of this pressure device in an embodiment；
Fig. 2 is the structural representation of this pressure assembly in Fig. 1；
Fig. 3 is the structural representation that Fig. 1 middle and upper part is divided；
Fig. 4 is the partial structurtes schematic diagram that Fig. 3 middle and upper part is divided；
Fig. 5 is the structural representation of line machine in an embodiment；
Fig. 6 is the axonometric chart of line machine in an embodiment；
Fig. 7 is the flow chart of this pressure control method in an embodiment；
Fig. 8 is the structural representation of this pressure pressure head in this pressure assembly；
Fig. 9 is the structural representation of this pressure pressure head in another this pressure assembly.
Detailed description of the invention
As it is shown in figure 1, in one embodiment, this pressure device a kind of, including:
Bracing frame 10；
Several this pressure assemblies 30, are installed in bracing frame 10；
Bottom surface fixed plate 50, is used for being fixed on this pressure assembly 30；
Fixture (not shown), for placing film sensor to be processed；
Wherein, the quantity of this pressure assembly 30 will match with the number of steps of film sensor to be processed.
In the present embodiment, owing to the different height of correspondence distinguished by the step on film sensor, therefore, incite somebody to action
Number of steps in film sensor carries out several sections of these pressures to film sensor, to complete each film sensor
On this pressure.Concrete, film sensor to be processed has two steps, and it is the most corresponding different
Highly, therefore, by arranging two this pressure assemblies 30, film sensor is carried out this pressure of segmentation, each pressure group
The certain altitude that part 30 has been distinguished corresponding in film sensor.
This pressure assembly 30 includes being provided with the upper part 310 of one or more pressure pressure heads 311 and including and this
Press the pressure head 311 lower part 330 just to the back pressure quartz bar 334 arranged；Upper part 310 is installed on bracing frame
10 tops, lower part 330 is installed in bottom surface fixed plate 50.
In the present embodiment, each pressure assembly 30 all will arrange multiple pressure pressure heads 311, with simultaneously to placement
Multi-disc film sensor in fixture carries out this pressure of FPC on similar position, improves this pressure of this pressure device
Efficiency, wherein, this pressure assembly 30 will be divided into upper part 310 and lower part 330, clamped by fixture
Film sensor will be placed between upper part 310 and lower part 330, back pressure quartz bar 334 is used for
Carry the pressure of this pressure pressure head 311.
Further, pressure controller 70 and pressure display unit 90 are installed in bracing frame 10 top, with right
This pressure of FPC accurately controls.
As in figure 2 it is shown, in one embodiment, this upper part 310 includes being installed on bracing frame 10 top
This pressure pressure head fixed plate 312, several this pressure pressure heads 311 being mounted side by side in this pressure pressure head fixed plate 312,
For the driving assembly 313 driving this pressure pressure head 311 to move up and down, it is fixed on bottom driving assembly 313
Heating block 314 and be fixed on this pressure pressure head 311 bottom heating block 314.
In the present embodiment, this pressure pressure head fixed plate 312 is mounted side by side several this pressure pressure heads 311 and correspondence
Drive assembly 313, be fixed on and drive the heating block 314 bottom assembly 313 and be fixed on bottom heating block 314
This pressure pressure head 311 will along with drive assembly 313 carry out stable elevating movement.
Further, this pressure pressure head 311 quantity that upper part 310 is installed is three, with simultaneously to three film
Three steps of sensor carry out this pressure.
Incorporated by reference to refering to Fig. 3 and Fig. 4, in one embodiment, assembly 313 is driven to include being installed vertically on this
Press the first guide rail slide block mechanism 3131, drive connection plate 3133 in pressure head fixed plate 312, be installed on driving
Drive block the 3135, first cylinder 3136 on connecting plate 3133 and for fixing the cylinder of the first cylinder 3136
Installing plate 3137, drive connection plate 3133 is installed on the slide block of the first guide rail slide block mechanism 3131, and first
The drive end of cylinder 3136 connects drive block 3135, make drive block 3135 in the driving of the first cylinder 3136 and
Move up and down under the guiding of the first guide rail slide block mechanism 3131.
In the present embodiment, assembly 313 is driven to make to drive heating block 314 and this pressure pressure head 311 to lift
Motion, wherein, correspondence one is driven assembly 313 by each pressure pressure head 311.It is installed vertically on this pressure pressure head
The first guide rail slide block mechanism 3131 in fixed plate 312 includes guide rail and the slide block two slided in guide rail
Point, drive connection plate 3133 will be installed on slide block.The driving of the first cylinder 3136 will make to be installed on to drive
The drive block 3135 being dynamically connected on plate 3133 slides up and down along guide rail, so that being installed on driving assembly 313
Heating block 314 and this pressure pressure head 311 of bottom move up and down.
Further, arrange between heating block 314 and this pressure pressure head 311 this pressure pressure head 311 is carried out position
The pressure head micro-adjusting mechanism 3138 of fine setting, pressure head micro-adjusting mechanism 3138 is by arranging nut screw 31381 to this pressure
Pressure head 311 carries out fine position, or described pressure head micro-adjusting mechanism is differential regulation head mechanism and lever regulated
Any one in mechanism.
In the present embodiment, by two nut screw 31381 arranged in pressure head micro-adjusting mechanism 3138, by right
This pressure pressure head 311 is finely tuned, to ensure the accuracy of this pressure with two, the left and right enterprising line position in orientation front and back.
In another embodiment, upper part 310 further comprises and is installed in this pressure pressure head fixed plate 312 receipts
Silicone band assembly 3132 and put silicone band assembly 3134, by receiving silicone band assembly 3132 and putting silicone band group
Silicone band is wound on below this pressure pressure head 311 by part 3134.
In the present embodiment, by being installed on receipts silicone band assembly 3132 and putting leading in silicone band assembly 3134
To wheel, receipts silicone band directive wheel 31321 the most as shown in Figure 3 and put silicone band directive wheel 31341 by silica gel
Band is around the bottom of this pressure pressure head 311, so that rising the when that this pressure pressure head 311 being pressed in above film sensor
Having arrived the effect that buffering is heat insulation, it is ensured that the part on this pressure pressure head 311 has more preferable mechanical performance, safety is anti-
Protect, add the service life of equipment.
In one embodiment, this lower part 330 includes transversal driving mechanism 331 and transversal driving mechanism
Lift drive mechanism 332 that 331 are connected, back pressure base 333 and being installed on lift drive mechanism 332
It is fixed on back pressure base 333, with this pressure pressure head 311 just to the back pressure quartz bar 334 arranged.
In the present embodiment, by cooperating of transversal driving mechanism 331 and lift drive mechanism 332, make
The back pressure quartz bar 334 must being installed on lift drive mechanism 332 moves up and down.
In one embodiment, above-mentioned transversal driving mechanism 331 includes be installed in bottom surface fixed plate 50
The floating junction that two cylinders 3311 are connected with the drive end of the second cylinder 3311 is connected seat 3312, fixes
Connect on seat 3312 in floating junction, and upper jacking block 3313 that top is inclined-plane, be installed on bottom surface fixed plate
It is connected with upper jacking block 3313 on 50, for guiding the second guide rail slide block machine of jacking block 3313 transverse movement
Structure 3314, the 3rd guide rail slide block mechanism 3315 being installed on inclined-plane, it is installed on the 3rd guide rail slide block mechanism 3315
On guide rail slide block connecting plate 3316 and be fixed on the connecting plate 3317 of guide rail slide block connecting plate 3316, guide rail
Slide attachment plate 3316 and connecting plate 3317 move up and down along with the upper jacking block 3313 of transverse movement.
In the present embodiment, realized the peace of several this pressure assemblies 30 by bracing frame 10 and bottom surface fixed plate 50
Dress is fixing.Concrete, connect seat 3312 and the second guide rail slide block machine by the second cylinder 3311, floating junction
Cooperating so that upper jacking block 3313 transverse movement that top is inclined-plane of structure 3314, drives on its inclined-plane
Guide rail slide block connecting plate 3316 does lifting moving.
In one embodiment, above-mentioned lift drive mechanism 332 includes being installed on rear side of bottom surface fixed plate 50
Back pressure guide rails assembling plate 3321, it is installed on back pressure guide rails assembling plate 3321, vertical with bottom surface fixed plate 50
Two the 4th guide rail slide block mechanisms 3322, the back of the body on the slide block that is installed in the 4th guide rail slide block mechanism 3322
Pressure guide rail splice 3323, back pressure guide rail splice 3323 is connected with connecting plate 3317.
In the present embodiment, firm even by reinforcement between back pressure guide rail splice 3323 and connecting plate 3317
Connect, now, in the lifting of guide rail slide block connecting plate 3316 and hanging down of guide rail the 4th guide rail slide block mechanism 3322
Straight guide under, back pressure guide rail splice 3323 and the parts that are mounted thereon will be driven to move up and down, and then
Make back pressure quartz bar 334 and back pressure guide rail splice 3323 can synchronize to carry out lifting position regulation.
As shown in Figure 5 and Figure 6, in one embodiment, a kind of line machine, including this pressure as above
Device 501, the base platform 502 being installed on this pressure device 501, the rotation that is arranged on base platform 502
Platform 503, the feeding device 504 being respectively arranged on base platform 502, ACF adhering device 505, FPC
Feeding and prepressing device 506 and finished product automatic blanking device 507, the uniform placement of rotation platform 503 is used for placing
Several fixtures 5031 of film sensor to be processed, this fixture 5031 respectively with this pressure device 501, on
Material device 504, ACF adhering device 505, FPC feeding and prepressing device 506 and finished product automatic blanking device
507 are correspondingly arranged.
In the present embodiment, rotation platform 503 is divided into 6 parts with 60 degree of angles, and every part is the most right
Answer placing clamp 5031, this feeding device 504 corresponding to fixture 5031, ACF adhering device 505, FPC
Feeding and prepressing device 506, this pressure device 501 and finished product automatic blanking device 507 are respectively according to side clockwise
To being distributed in around rotation platform 503, and then make rotation platform 503 often rotate 60 degree can to complete once
Product processing, improves production efficiency.
As it is shown in fig. 7, in one embodiment, a kind of this pressure control method, comprise the steps:
Step S701, by the feeding device feeding being installed on base platform, makes holder to be processed
Multiple film sensor.
Multiple film sensor to be processed are rotated to the one of this pressure device by step S702 by rotation platform
This pressure assembly, the quantity of film sensor matches with the quantity of this pressure pressure head in this pressure assembly.
In the present embodiment, this pressure device is provided with several this pressure assemblies.Due to the platform on film sensor
The different height of correspondence is distinguished on rank, therefore, will come film sensor according to the number of steps of film sensor
Carry out several sections of these pressures, to complete this pressure on each film sensor.Concrete, film sensor to be processed
Have two kinds of height, therefore, by arranging two this pressure assemblies, film sensor is carried out this pressure of segmentation, each
The certain altitude that this pressure assembly has been distinguished corresponding in film sensor.
Step S703, multiple film sensor to be processed be placed in be provided with multiple pressure pressure heads upper parts and
Include and setting is just being carried on the back between the lower part of quartz bar by this pressure pressure head.
In the present embodiment, each pressure assembly all will arrange multiple pressure pressure heads, with simultaneously to being positioned over fixture
In multi-disc film sensor on similar position, carry out this pressure of FPC, improve this pressure efficiency of this pressure device,
Wherein, each pressure assembly all will be divided into upper and bottom section, by the film sensor clamped by fixture
To be placed between upper and bottom section, in order to carry out this pressure.
Step S704, drives upper and bottom section to move up and down and is opposite between upper and bottom section
Multiple film sensor carry out this pressure.
Step S705, is rotated to next this pressure assembly again by rotation platform, is entered by next this pressure assembly
This pressure of the multiple film sensor of row, until several this pressure assemblies in this pressure device are all to multiple film
Sensor carries out this pressure, and the quantity of this pressure assembly will be that the number of steps with film sensor to be processed matches.
In the present embodiment, the quantity of this pressure assembly is mostly and the platform that had in film sensor to be processed
Exponent number matches, the film sensor possessing step is realized this pressure of segmentation by multiple pressure assemblies.
As shown in Figure 8 and Figure 9, it is being provided with two this pressure assemblies, two sections of bases will carried out for film sensor
In this pressure device of pressure, A and B is this pressure pressure head part of first this pressure assembly, and C is second this pressure
This pressure pressure head part of assembly, the both sides that A and B is pressed in the same a piece of FPC with a piece of film sensor are same
On the position of height, C is pressed on the centre position of the same a piece of FPC with a piece of film sensor, and then complete
Become this pressure of FPC of a piece of film sensor, three this pressure pressure heads have been set in a pressure assembly and then can complete
This pressure of FPC to three film sensor.
Above-mentioned pressure device, this pressure control method and line machine, if installing by bracing frame and bottom surface fixed plate
Dry this pressure assembly, film sensor to be processed passes through holder, and the quantity of this pressure assembly of installation will
It is match with the height kind in film sensor, say, that different height is difference by correspondence
This pressure assembly, and each pressure assembly all will be provided with multiple pressure pressure heads, and then make possess step
Multiple film sensor, the i.e. film sensor of property can realize this pressure of segmentation by several this pressure assemblies, and
Can simultaneously this pressure multiple film sensor, and then improve this pressure efficiency of the film sensor possessing step.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that, for this area
Those of ordinary skill for, without departing from the inventive concept of the premise, it is also possible to make some deformation and
Improving, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be with appended
Claim is as the criterion.
Claims (10)
1. this pressure device, it is characterised in that including:
Bracing frame；
Several this pressure assemblies, are installed in support frame as described above；
Bottom surface fixed plate, is used for fixing described pressure assembly；
Fixture, for placing film sensor to be processed；
Pressure controller, is installed on support frame as described above top；
The quantity of described pressure assembly will match with the number of steps of film sensor to be processed；
Described pressure assembly includes being provided with the upper part of one or more pressure pressure heads and including and described pressure
Pressure head is just to the lower part of back pressure stone bar arranged；Described upper part is installed on support frame as described above top, bottom
Divide and be installed in the fixed plate of described bottom surface.
The most according to claim 1 pressure device, it is characterised in that described upper part includes being installed on
This pressure pressure head fixed plate on bracing frame top, be mounted side by side in described pressure pressure head fixed plate several
Press pressure head, for driving described the driving assembly pressing pressure head to move up and down, being fixed on described driving assembly
Bottom heating block and be fixed on this pressure pressure head bottom described heating block.
The most according to claim 2 pressure device, it is characterised in that described driving assembly includes vertically
The the first guide rail slide block mechanism, the drive connection plate that are installed in this pressure pressure head fixed plate, it is installed on described driving
Drive block on connecting plate, the first cylinder and for fixing the cylinder mounting plate of described first cylinder, described in drive
The plate that is dynamically connected is installed on the slide block of described first guide rail slide block mechanism, and the drive end of described first cylinder connects
Described drive block, makes the driving and doing under the guiding of the first guide rail slide block mechanism at the first cylinder of described drive block
Elevating movement.
The most according to claim 2 pressure device, it is characterised in that described heating block and this pressure pressure head
Between the pressure head micro-adjusting mechanism that this pressure pressure head carries out fine position is set.
The most according to claim 2 pressure device, it is characterised in that described upper part also includes installing
Receipts silicone band assembly in described pressure head fixed plate and put silicone band assembly, by described receipts silicone band group
Part and put silicone band assembly silicone band is wound on below this pressure pressure head.
The most according to claim 1 pressure device, it is characterised in that described lower part includes laterally driving
Lift drive mechanism that motivation structure is connected with described transversal driving mechanism, it is installed on described elevator drive machine
Back pressure base on structure and being fixed on described back pressure base, with described pressure pressure head just to the back pressure stone arranged
English bar.
The most according to claim 6 pressure device, it is characterised in that described transversal driving mechanism includes
The floating junction that the second cylinder being installed in the fixed plate of bottom surface is connected with the drive end of described second cylinder
Connect seat, be fixed on described floating junction and connect on seat, and upper jacking block that top is inclined-plane, be installed on institute
State and be connected with described upper jacking block in the fixed plate of bottom surface, lead for guiding the second of described upper jacking block transverse movement
Rail slide block mechanism, the 3rd guide rail slide block mechanism being installed on described inclined-plane, to be installed on described 3rd guide rail sliding
Guide rail slide block connecting plate in block mechanism and the connecting plate being fixed on described guide rail slide block connecting plate, described guide rail
Slide attachment plate and described connecting plate move up and down along with the upper jacking block of described transverse movement.
The most according to claim 7 pressure device, it is characterised in that described lift drive mechanism includes
It is installed on the back pressure guide rails assembling plate on rear side of the fixed plate of described bottom surface, is installed on described back pressure guide rails assembling plate,
Two fourth guide rail slide block mechanisms vertical with bottom surface fixed plate, it is installed in described 4th guide rail slide block mechanism
Slide block on back pressure guide rail splice, described back pressure guide rail splice is connected with described connecting plate.
9. a line machine, it is characterised in that include this pressure as described in claim 1 to 8 any one
Device, install the base platform of described pressure device, the rotation platform being arranged on described base platform, point
Be not installed on the feeding device on described base platform, ACF adhering device, FPC feeding and prepressing device and
Finished product automatic blanking device, if the uniform placement of described rotation platform is for placing film sensor's to be processed
A dry fixture, described fixture respectively with this pressure device, feeding device, ACF adhering device, FPC feeding and
Prepressing device and finished product automatic blanking device are correspondingly arranged.
10. this pressure control method based on this pressure device described in claim 1 to 8 any one,
It is characterized in that, comprise the steps:
By the feeding device feeding being installed on base platform, make multiple film that described holder is to be processed
sensor；
By rotation platform, described multiple film sensor to be processed are rotated to described pressure device
Pressure assembly, the quantity of described film sensor matches with the quantity of this pressure pressure head in described pressure assembly；
Described multiple film sensor to be processed rotate to described in be provided with multiple pressure pressure heads upper parts and
Include and this pressure pressure head just to arrange back pressure quartz bar lower part between；
Drive multiple pressure pressure heads and the back pressure multiple film of this pressure of quartz bar of lower part of described upper part
sensor；
Rotate to next this pressure assembly again by rotation platform, carry out the plurality of by next this pressure assembly
This pressure of film sensor, until several this pressure assemblies in described pressure device are all to the plurality of film
Sensor carries out this pressure, and the quantity of described pressure assembly will be the number of steps phase with film sensor to be processed
Join.
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| CN201310522617.5A CN103561545B (en) | 2013-10-29 | 2013-10-29 | This pressure device, this pressure control method and line machine |
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| CN201310522617.5A CN103561545B (en) | 2013-10-29 | 2013-10-29 | This pressure device, this pressure control method and line machine |
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| CN103561545B true CN103561545B (en) | 2016-09-21 |
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| CN104105360A (en) * | 2014-08-06 | 2014-10-15 | 深圳市鑫三力自动化设备有限公司 | Flexible circuit board connection device based on glass circuit board |
| CN104503114B (en) * | 2015-01-08 | 2017-09-26 | 京东方科技集团股份有限公司 | Crimping apparatus and method |
| CN107577072B (en) * | 2017-09-28 | 2024-02-09 | 苏州富强加能精机有限公司 | Liquid crystal display screen pressing device with lifting platform |
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| CN102902085A (en) * | 2011-07-29 | 2013-01-30 | 深圳市联得自动化机电设备有限公司 | Wire connecting machine |
| CN203618236U (en) * | 2013-10-29 | 2014-05-28 | 深圳市联得自动化装备股份有限公司 | Pressing device and wire connecting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR100632378B1 (en) * | 2005-07-07 | 2006-10-11 | 세광테크 주식회사 | In-line auto fog bonding m/c |
| KR100835699B1 (en) * | 2007-01-22 | 2008-06-05 | 세광테크 주식회사 | In-line auto cog bonding m/c |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102902085A (en) * | 2011-07-29 | 2013-01-30 | 深圳市联得自动化机电设备有限公司 | Wire connecting machine |
| CN203618236U (en) * | 2013-10-29 | 2014-05-28 | 深圳市联得自动化装备股份有限公司 | Pressing device and wire connecting machine |
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