CN208888521U - A kind of ACF material volume automatic disconnecting device and ACF press-loading device - Google Patents

A kind of ACF material volume automatic disconnecting device and ACF press-loading device Download PDF

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Publication number
CN208888521U
CN208888521U CN201821842485.9U CN201821842485U CN208888521U CN 208888521 U CN208888521 U CN 208888521U CN 201821842485 U CN201821842485 U CN 201821842485U CN 208888521 U CN208888521 U CN 208888521U
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China
Prior art keywords
acf
component
splicing tape
assembly
lifting assembly
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Active
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CN201821842485.9U
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Chinese (zh)
Inventor
庄弘铭
李致群
王成
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Shuz Tung Machinery Kunshan Co Ltd
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Shuz Tung Machinery Kunshan Co Ltd
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Priority to CN201821842485.9U priority Critical patent/CN208888521U/en
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Abstract

The utility model relates to liquid crystal display technical field, a kind of ACF material volume automatic disconnecting device and ACF press-loading device are disclosed.The ACF material volume automatic disconnecting device includes double cutter assemblies, for cutting off the ACF resin interval of preset length on ACF material strip;Bonded assembly, is set to the downstream of double cutter assemblies, and the bonded assembly includes removing material component, lifting assembly and passage component;Described to go to expect that component includes splicing tape, the width of the splicing tape is not less than twice of length of the ACF resin interval;Described that material component is gone to be set on the lifting assembly, the lifting assembly, which is able to drive, described goes material component to be bonded the ACF resin interval;The passage component can push the bonded assembly and the lifting assembly to move back and forth along the width direction of the splicing tape.For the utility model because ACF resin layer shearing length is unstable, the positioning of caused dyestripping point position is difficult, and ACF presses the bad problem of effect.

Description

A kind of ACF material volume automatic disconnecting device and ACF press-loading device
Technical field
The utility model relates to liquid crystal display technical field more particularly to a kind of ACF material volume automatic disconnecting devices and ACF Press-loading device.
Background technique
ACF is anisotropy electric conductor, on one side not have sticking release film, is closed on one side for resin adhesive after heating At resin conductive layer.Resin layer and circuit board (PCB) are pressed in processing procedure, are heated, and are melted, then pcb board can be connected after cooling down On metal electrode.ACF is made generally in the storage of material volume form and is used in industrial application.
ACF cutting mechanism is general as shown in Figure 1, ACF material strip is placed using charging tray 1 ' by this mechanism, by motor in the prior art It drives charging tray 1 ' to rotate, drives charging tray 1 ' to cutting assembly 2 ' for ACF material strip 6 '.2 ' two sides of cutting assembly are provided with the first absorption Component 3 ' and the second absorbent module 4 '.
Wherein, the first absorbent module 3 ' is set between cutting assembly 2 ' and charging tray 1 ', when ACF cutting mechanism works, the One absorbent module 3 ' and the second absorbent module 4 ' are adsorbed and are closely attached on ACF tape surface, and material strip generation vibration when cutting is avoided to make Cutting generates deviation.
Cutting assembly 2 ' includes single cutter, and precision commonly reaches cutting ACF resin interval 60 ' every time, but can not Cut off release film 61 '.After cutter 7 ' cuts off ACF resin interval 60 ', it is transported to pressure head component 5 ', ACF after molding to cutting Resin interval 60 ', is pressure bonded to circuit board 8 '.Later again by tearing mould guide wheel separation release film 61 ' and ACF resin interval 60 '.
As shown in Figures 2 and 3, above-mentioned ACF cutting mechanism, the length of the ACF pressed every time is by between two cut-out point A ACF length determine, cutting-off process is as shown in Fig. 2, i.e. processing procedure precision is determined by the running accuracy of 1 ' motor of charging tray, after pressing The required precision that must assure that dyestripping point B with greater need for dyestripping guide wheel 9 ', every section of ACF after can making cutting press to circuit board ACF on 8 ' is qualified.
But 7 ' blade thickness of cutter is thin, and after cutter 7 ' cuts off ACF resin interval 60 ', two neighboring ACF resin interval There was only a fine crack between 60 ', in actual production, because of the vibration that process equipment generates, machining accuracy lamp problem leads to ACF tree Rouge interval 60 ' is difficult to ensure completely isometric after cutting off.Meanwhile because shearing length is unstable, cause the positioning of dyestripping point B location difficult, It is as also shown in fig. 3, because of the fault-tolerant deficiency in position of subsequent pressing pressure head and dyestripping guide wheel 9 ', if the ACF resin interval after cutting 60 ' is more to the rear than the position of circuit board 8 ' during transportation, then pressure head can not press completely or dyestripping guide wheel 9 ' tears release film 61';If the ACF resin interval 60 ' after cutting is more to the front than the position of circuit board 8 ' during transportation, it is likely that press next A ACF resin interval 60 ', leads to next product deficient manufacturing procedure.
Utility model content
The purpose of this utility model is to provide a kind of ACF material volume automatic disconnecting device and ACF press-loading device, solve because ACF resin layer shearing length is unstable, and the positioning of caused dyestripping point position is difficult, and ACF presses the bad problem of effect.
For this purpose, the utility model uses following technical scheme:
A kind of ACF material volume automatic disconnecting device is provided, comprising:
Double cutter assemblies, for cutting off the ACF resin interval of preset length on ACF material strip;
Bonded assembly, is set to the downstream of double cutter assemblies, and the bonded assembly includes removing material component, lifting assembly With passage component;
Described to go to expect that component includes splicing tape, the width of the splicing tape is not less than the length two of the ACF resin interval Times;
Described that material component is gone to be set on the lifting assembly, the lifting assembly, which is able to drive, described goes material component bonding The ACF resin interval;
The passage component can push the bonded assembly and the lifting assembly along the width direction of the splicing tape It moves back and forth.
Preferably, double cutter assemblies include:
Fixed frame;
Actuator is set on the fixed frame;
Cutter assembly, is connected to the output end of the actuator, and the actuator can drive the cutter assembly along perpendicular For histogram to reciprocating motion, the cutter assembly includes two cutters, and two cutters are default along ACF material strip direction interval Distance and be arranged in parallel;
Cutting bed component is set on the fixed frame, and is located at the underface of two cutters.
Preferably, the cutting bed component includes:
Supporting element is set on the fixed frame;
Rotating member is rotationally connected with the supporting element, and two be located at the cutter underface, and the rotating member is used In the support ACF material strip;
First abutment, is set to above the rotating member, and the ACF material strip is set to the rotating member and described first Between abutment.
Preferably, the cutting bed component further include:
Elastic component, both ends are connected to the rotating member and the supporting element;
Adjustment part is set to below the rotating member, for adjusting the position of supporting element.
It is preferably, described to remove material component further include:
Fixing seat is connected to the lifting assembly;
Driving wheel and driven wheel are all set in the fixing seat, and the driving wheel is described for placing the splicing tape Driven wheel is used to furl the splicing tape after being bonded the ACF resin interval;
Be bonded head, be set in the fixing seat, the splicing tape from the driving wheel through the bonding head to it is described from Driving wheel, the back side of the splicing tape is around the bonding head is overlying on, and the bonding head is for pasting the ACF resin interval.
It is preferably, described to remove material component further include:
Absorptive table is set to below the bonding head, is provided with stomata on the absorptive table, described in the stomata absorption The release film of ACF material strip;
Second abutment is set to above the absorptive table, and the ACF material strip of cutting ACF resin layer is located at the suction Between attached and second abutment.
Preferably, the lifting assembly includes:
Fixing seat is gone up and down, the passage component is connected to;
First actuator is set in the lifting fixing seat, output end be connected to it is described remove material component, described first Material component is gone to move back and forth described in actuator driving along the vertical direction.
Preferably, the passage component includes:
Elapse fixing seat;
Second actuator is set in the passage fixing seat, and output end is connected to the lifting assembly, and described second Actuator drives the lifting assembly to move back and forth along the direction of the bonding bandwidth.
Preferably, the passage component further includes sensor, and the sensor is for detecting the lifting assembly described in Position in splicing tape width direction.
A kind of ACF press-loading device is additionally provided in the utility model, including the ACF material volume automatic disconnecting device.
The utility model has the beneficial effects that passing through above-mentioned double cutter assemblies in the utility model for the ACF tree on ACF material strip Rouge layer is cut off, and the ACF resin interval between two cutters is ACF resin interval, and ACF resin interval interval preset length makes into Two ACF resin interval spacing distances after shape become larger.Lifting assembly drives bonded assembly to the side close to or far from ACF material strip To movement, therefore, bonding can be driven to stick out ACF resin interval, the remaining ACF resin layer for interruption setting on release film Section.
Pushing component can push lifting assembly and bonded assembly to move back and forth together along splicing tape width direction, because of bonding The width of band not less than twice of length of ACF resin interval, when it is viscous take one section of ACF resin interval after, pushing component pushes viscous Tape splicing moves a position along local width direction, and next section of ACF resin interval can also be bonded in splicing tape width direction, To improve the utilization rate of splicing tape, the frequency of splicing tape is reduced, improves production efficiency, reduces production cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of ACF press equipment in the prior art;
Fig. 2 is the structural schematic diagram of single cutter cutting ACF material strip in the prior art;
Fig. 3 is release film and the separated structural schematic diagram of ACF resin interval in the prior art;
Fig. 4 is the structural schematic diagram of the ACF material volume automatic disconnecting device of the utility model;
Fig. 5 is the structural schematic diagram of double cutter assemblies of the utility model;
Fig. 6 is the Structure explosion diagram of the cutter assembly of the utility model;
Fig. 7 is the actuator of the utility model and the structural schematic diagram of cutter assembly;
Fig. 8 is the structural schematic diagram of the cutting bed component of the utility model;
Fig. 9 is the structural schematic diagram of an angle for removing material component of the utility model;
Figure 10 is the structural schematic diagram of another angle for removing material component of the utility model.
Figure 11 is the structural schematic diagram of the lifting assembly of the utility model;
Figure 12 is the structural schematic diagram of the passage component of the utility model;
Figure 13 is the structural schematic diagram of double cutter cutting ACF material strips in the utility model;
Figure 14 is release film and the separated structural schematic diagram of ACF resin interval in the utility model.
In figure:
1 ', charging tray;2 ', cutting assembly;3 ', first absorbent module;4 ', second absorbent module;5 ', pressure head component;6', ACF material strip;60 ', ACF resin interval;61 ', release film;7 ', cutter;8 ', circuit board;9 ', dyestripping guide wheel;
1, double cutter assemblies;
11, fixed frame;12, actuator;
13, cutter assembly;131, cutter;132, knife rest fixed plate;133, knife rest fixed block;134, knife rest;135, cutter Fixed plate;136, pressing plate;137, block changes bolt;138, third guidance set;
14, cutting bed component;141, supporting element;142, rotating member;143, the first abutment;144, elastic component;145, it adjusts One integral piece;146, bolt of serration;
2, ACF material strip;20, ACF resin interval;21, ACF resin interval is pressed;22, release film;
3, bonded assembly;
31, material component is removed;311, splicing tape;312, fixing seat;313, driving wheel;314, driven wheel;315, it is bonded head; 316, absorptive table;317, the second abutment;318, motor;
32, lifting assembly;321, fixing seat is gone up and down;322, the first actuator;323, the first guidance set;
33, component is elapsed;331, fixing seat is elapsed;332, the second actuator;333, the second guidance set;
4, the first absorbent module;
5, the second absorbent module;
6, dyestripping guide wheel;
7, circuit board.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in figure 4, provide a kind of ACF material volume automatic disconnecting device in the present embodiment, including it is double cutter assemblies 1, viscous Connected components 3, passage component 33.
Wherein, double cutter assemblies 1 are used to cut off the molding pressing ACF resin interval 21 of ACF resin interval 20 of preset length. Bonded assembly 3 is set to the downstream of double cutter assemblies 1, and bonded assembly 3 includes removing material component 31, lifting assembly 32 and passage component 33.It goes on material component 31 to be provided with splicing tape 311, the width of splicing tape 311 is not less than the two of the length of ACF resin interval 20 Times.Material component 31 is gone to be set to lifting assembly 32, lifting assembly 32 is able to drive material component 31 and is bonded ACF resin interval 20. Elapsing component 33 pushes bonded assembly 3 and lifting assembly 32 to move back and forth along the width direction of splicing tape 311.
Lifting refers to the vertical direction close to or far from ACF material strip 2 in attached drawing 4 in the present embodiment, does not represent device Service condition under direction, if device is in actual use, change in location then no longer represents vertical direction.
The ACF resin layer on ACF material strip 2 is cut off by above-mentioned double cutter assemblies 1 in the present embodiment, two cutters 131 Between pressing ACF resin interval 21 be ACF resin interval 20, pressing ACF resin interval 21 be spaced preset length, after making forming Two 21 spacing distances of pressing ACF resin interval become larger.Lifting assembly 32 drives bonded assembly 3 to expect to close to or far from ACF Direction with 2 moves, and therefore, splicing tape 311 can be driven to stick out ACF resin interval 20, remaining for interruption on release film The pressing ACF resin interval 21 of setting.
Pushing component can push lifting assembly 32 and bonded assembly 3 to move back and forth together along 311 width direction of splicing tape, Because the width of splicing tape 311 is not less than twice of the length of ACF resin interval 20, one section of pressing ACF resin interval 21 is taken when viscous Afterwards, pushing component pushes splicing tape 311 to move a position along local width direction, can be in 311 width direction of splicing tape It is bonded next section of pressing ACF resin interval 21, to improve the utilization rate of splicing tape 311, reduces the frequency of splicing tape 311, Production efficiency is improved, production cost is reduced.
When replacing splicing tape 311 in the present embodiment, the entire production line is needed to shut down, production loss caused by shutdown is larger, Therefore, the replacement frequency of splicing tape 311 is reduced, that is, reducing production cost.
Specifically, as shown in figure 5, above-mentioned double cutter assemblies 1 include fixed frame 11, actuator 12, cutter assembly 13 and cut Ceding of Taiwan component 14.Wherein, actuator 12 is set on fixed frame 11, and cutter assembly 13 is connected to the output end of actuator 12, is driven Moving part 12 drives cutter assembly 13 to move back and forth cutting ACF resin layer along the vertical direction.Actuator 12 is cylinder in the present embodiment.
Further specifically, it is illustrated in figure 6 the configuration schematic diagram of cutter assembly 13, cutter assembly 13 includes knife rest Fixed plate 132, knife rest fixed block 133, knife rest 134, cutter fixed plate 135, pressing plate 136 and two cutters 131.Knife rest fixed plate 132 are connected to the output end of actuator 12 in inverted "L" shape, and both knife rest fixed plate 132 and knife rest fixed block 133 form dovetail Slot, dovetail groove are arranged in 2 width direction of ACF material strip, and the dovetail slide block with the cooperation of this dovetail groove is provided on knife rest 134, It is provided with quick change bolt 137 in knife rest fixed plate 132, enables knife rest fixed block 133 relative to knife rest by quick change bolt 137 Fixed plate 132 is mobile, the width of dovetail groove is adjusted, thus the dovetail slide block tight fit with knife rest 134.Cutter fixed plate 135 is set It being placed between pressing plate 136 and knife rest 134, two cutters 131 are clamped to respectively between knife rest 134 and cutter fixed plate 135, with And between cutter fixed plate 135 and pressing plate 136.
When abrasion, which occurs, in cutter 131 to be needed replacing, unscrews quick change bolt 137, fix knife rest fixed block 133 in knife rest The gap of dovetail groove between plate 132 becomes larger, and knife rest 134, cutter fixed plate 135, pressing plate 136 and two cutters 131 are used as one A entirety can extract out out of dovetail groove together, replace with another group of cutter.
In addition, as shown in fig. 7, being provided with third guidance set 138 between knife rest fixed plate 132 and fixed frame 11.The Three guidance sets 138 include sliding rail and sliding block, and sliding rail is set on fixed frame 11, and sliding block is set to knife rest fixed plate 132, cutter Component 13 can be moved along third guidance set 138 to the direction close to or far from ACF material strip, and two cutters 131 is made to cut off ACF Resin layer.
As shown in figure 8, cutting bed component 14 is set on fixed frame 11, and it is located at the underface of two cutters 131.Specifically Ground, cutting bed component 14 include supporting element 141, the first abutment 143 and rotating member 142, wherein supporting element 141 and first supports Block piece 143 is all set on fixed frame 11, and supporting element 141 can adjust position along the direction close to or far from cutter 131, is passed through Two bolt of serration 146 adjust the relative position of supporting element 141 and fixed frame 11.First abutment 143 is set to rotating member 142 Top, is two L shape sheet metal components, and the two is respectively separated pre-determined distance and is set to 141 two sides of supporting element, pre-determined distance herein Can be different from above-mentioned preset length, after the speed of feeding ACF material strip 2 becomes faster or is slack-off, is judged according to subsequent detection device, sentenced It has no progeny and transmits signals to the motor of control ACF material strip movement velocity, if ACF material strip becomes faster, the ACF resin layer 20 that cuts away Length is greater than the pre-determined distance between double cutters.Rotating member 142 is rectangle, and one end is rotationally connected with supporting element 141, is rotated Part 142 is located at immediately below two cutters 131, and ACF material strip 2 is set between rotating member 142 and the first abutment 143, rotating member 142 are used to support ACF material strip 2.
Cutting bed component 14 further includes elastic component 144 and adjustment part 145, wherein the both ends of elastic component 144 are connected to On rotating member 142 and supporting element 141, the preferred tension spring of elastic component 144 in the present embodiment.Adjustment part 145 is located under rotating member 142 Side, for adjusting the position of supporting element 141, the adjustment part 145 in the present embodiment is to be arranged on supporting element 141 and be located at rotation The fine-pitch screw of 142 lower section of part, can be with the displacement of minor adjustment rotating member 142 by fine thread.Two cutters 131 are cut off When ACF resin layer, cutter 131 is acted on supporting element 141.
As shown in Figure 9 and Figure 10, the material component 31 that goes of above-mentioned bonded assembly 3 includes fixing seat 312, and fixing seat 312 connects In lifting assembly 32.Driving wheel 313, bonding head 315 and driven wheel 314 are all set in fixing seat 312, and driving wheel 313 is used for Splicing tape 311 is placed, bonding head 315 is for pasting ACF resin interval 20, and driven wheel 314 is for furling bonding ACF resin interval 20.Motor 318 is set in fixing seat 312, and it drives driving wheel 313 to rotate, for unclasping splicing tape 311, splicing tape 311 From after directive wheel that driving wheel 313 is set in fixing seat 312 through two guiding, the back side of splicing tape 311 is around being overlying on bonding head 315, to driven wheel 314 after being bonded head 315.The back side herein refers to splicing tape 311 without the one side of glue.
In addition, be also equipped with torque limiter on driven wheel 314, by torque limiter guarantee driving wheel 313 and from Splicing tape has suitable tension between driving wheel 314, and motor 318 needs certain power ability rotary driving wheel 313, avoids gluing The relaxation of tape splicing 311, while also can avoid splicing tape 311 and being stuck, 318 torque of motor is excessive, pulls apart splicing tape.
Removing material component 31 further includes absorptive table 316 and the second abutment 317, wherein absorptive table 316 is set to bonding head Immediately below 315, stomata is provided on absorptive table 316, stomata is located in the plane for placing ACF material strip 2, and stomata can inhale vacuum will The release film of ACF material strip 2 is adsorbed on absorptive table 316, guarantees that bonding head 315 glues release film when taking ACF resin interval 20 and attaches It will not be taken up on absorptive table 316.Second abutment 317 is set to 316 top of absorptive table, the ACF material of cutting ACF resin layer Band 2 is located between absorptive table 316 and the second abutment 317.Specifically, the second abutment 317 is cylindrical bar in the present embodiment, the Two abutments 317 are two, and the two is arranged at intervals at 316 top of absorptive table, are taken up for keeping out ACF material strip 2 by bonding head.
As shown in figure 11, lifting assembly 32 includes lifting fixing seat 321, the first actuator 322 and the first guidance set 323, lifting fixing seat 321 is connected to passage component 33.First actuator 322 is set in lifting fixing seat 321, output end It is connected to material component 31, specifically, the output end of the first actuator 322 is connected in fixing seat 312, the first actuator 322 Driving fixing seat 312 moves back and forth along the vertical direction.The first actuator 322 is sliding cylinder in the present embodiment.
First guidance set 323 is set between fixing seat 312 and lifting fixing seat 321, including is set to fixing seat 312 On the first sliding block and lifting fixing seat 321 on the second sliding rail, the first sliding rail and the first sliding block cooperation sliding.
Optocoupler sensor, two optocouplers are provided in upper and lower two positions along the vertical direction in lifting fixing seat 322 Sensor distance pre-determined distance, 312 in fixing seat on be provided with detection lug, for limit lifting assembly up and down motion the limit Position.
As shown in figure 12, passage component 33 includes passage fixing seat 331, the second actuator 332 and the second guidance set 333.Wherein, the second actuator 332 is set in passage fixing seat 331, and output end is connected to lifting assembly 32, the second driving Part 332 drives lifting assembly 32 to move back and forth along the direction of 311 width of splicing tape.Specifically, the second actuator in the present embodiment 332 output end connection lifting fixing seat 321, the second actuator 332 is sliding cylinder.
Second guidance set 333 is located between lifting fixing seat 321 and passage fixing seat 331, with above-mentioned first guiding Component 323 is similar, is also sliding-rail sliding component, and specifically connection can be attached according to actual needs.
In addition, the first guidance set 323 and the second guidance set 333 can also be sliding block and guide rod structure.
Passage component 33 in the present embodiment further includes sensor, specifically, goes up and down fixing seat 321 and the second guidance set 333 sliding block is provided with two detection lugs of interval pre-determined distance, and optocoupler sensing is correspondingly arranged in passage fixing seat 331 Device controls the extreme position that the output end of the second actuator 332 extends and retracts by two detection lugs and optocoupler.Herein pre- If distance is different with above-mentioned pre-determined distance.
A kind of ACF press-loading device is additionally provided in the present embodiment, including above-mentioned ACF material volume automatic disconnecting device.
It as shown in Figs. 13 and 14, will by the first absorbent module 4 and the second absorbent module 5 when ACF press-loading device works The absorption of the both ends ACF prevents material strip when double cutter cutting ACF resin layers from shaking.By bonded assembly 3 by ACF resin interval It sticks out, to be left spaced pressing ACF resin interval 21 on release film 22.Two neighboring pressing ACF resin interval Spacing between 21 is as buffer distance, and the dyestripping point position for making dyestripping guide wheel 6 tear release film 22 does not need especially accurately, only Will in breeze way dyestripping.Because of above-mentioned buffer distance, ACF material strip 2 is made to can be good at positioning, ensure that pressing ACF tree Rouge interval 21 is pressure bonded to the position of circuit board 7, improves the qualification rate of product.
Obviously, the above embodiments of the present invention is used for the purpose of clearly illustrating examples for clearly illustrating the present invention, and It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in Within the protection scope of the utility model claims.

Claims (10)

1. a kind of ACF material volume automatic disconnecting device characterized by comprising
Double cutter assemblies (1), for cutting off the ACF resin interval (20) of preset length on ACF material strip (2);
Bonded assembly (3), is set to the downstream of double cutter assemblies (1), and the bonded assembly (3) includes removing material component (31), lifting assembly (32) and passage component (33);
Described to go on material component (31) to be provided with splicing tape (311), the width of the splicing tape (311) is not less than the ACF tree Twice of length of rouge interval (20);
Described that material component (31) is gone to be set on the lifting assembly (32), the lifting assembly (32), which is able to drive, described goes to expect Component (31) is bonded the ACF resin interval (20);
The passage component (33) can push the bonded assembly (3) and the lifting assembly (32) along the splicing tape (311) width direction moves back and forth.
2. ACF material volume automatic disconnecting device according to claim 1, which is characterized in that double cutter assembly (1) packets It includes:
Fixed frame (11);
Actuator (12) is set on the fixed frame (11);
Cutter assembly (13), is connected to the output end of the actuator (12), and the actuator (12) can drive the cutter Component (13) moves back and forth along the vertical direction, and the cutter assembly (13) includes two cutters (131), two cutters (131) it along ACF material strip (2) the direction interval pre-determined distance and is arranged in parallel;
Cutting bed component (14) is set on the fixed frame (11), and is located at the underface of two cutters (131).
3. ACF material volume automatic disconnecting device according to claim 2, which is characterized in that cutting bed component (14) packet It includes:
Supporting element (141) is set on the fixed frame (11);
Rotating member (142) is rotationally connected with the supporting element (141), and immediately below two be located at the cutter (131), The rotating member (142) is used to support the ACF material strip (2);
First abutment (143), is set to above the rotating member (142), and the ACF material strip (2) is set to the rotating member (142) between first abutment (143).
4. ACF material volume automatic disconnecting device according to claim 3, which is characterized in that the cutting bed component (14) is also Include:
Elastic component (144), both ends are connected to the rotating member (142) and the supporting element (141);
Adjustment part (145) is set to below the rotating member (142), for adjusting the position of supporting element (141).
5. ACF material volume automatic disconnecting device according to claim 1, which is characterized in that described to go to expect that component (31) include:
Fixing seat (312) is connected to the lifting assembly (32);
Driving wheel (313) and driven wheel (314), are all set on the fixing seat (312), and the driving wheel (313) is for putting It sets the splicing tape (311), the driven wheel (314) is used to furl the bonding after being bonded the ACF resin interval (20) Band (311);
It is bonded head (315), is set on the fixing seat (312), the splicing tape (311) is from the driving wheel (313) through institute Bonding head (315) is stated to the driven wheel (314), the back side of the splicing tape (311) is around being overlying on the bonding head (315), institute Bonding head (315) is stated for pasting the ACF resin interval (20).
6. ACF material volume automatic disconnecting device according to claim 5, which is characterized in that described that material component (31) is gone also to wrap It includes:
Absorptive table (316) is set to below the bonding head (315), is provided with stomata, the gas on the absorptive table (316) Adsorb the release film of the ACF material strip (2) in hole;
Second abutment (317) is set to above the absorptive table (316), cuts off ACF material strip (2) position of ACF resin layer Between the absorptive table (316) and second abutment (317).
7. ACF material volume automatic disconnecting device according to claim 1, which is characterized in that the lifting assembly (32) includes:
It goes up and down fixing seat (321), is connected to the passage component (33);
First actuator (322) is set on the lifting fixing seat (321), and output end, which is connected to, described removes material component (31), material component (31) is gone to move back and forth along the vertical direction described in the first actuator (322) driving.
8. ACF material volume automatic disconnecting device according to claim 1, which is characterized in that the passage component (33) includes:
It elapses fixing seat (331);
Second actuator (332) is set on the passage fixing seat (331), and output end is connected to the lifting assembly (32), second actuator (332) drives the lifting assembly (32) back and forth to transport along the direction of the splicing tape (311) width It is dynamic.
9. ACF material volume automatic disconnecting device according to claim 8, which is characterized in that the passage component (33) is also wrapped Sensor is included, the sensor is for detecting position of the lifting assembly (32) in the splicing tape (311) width direction.
10. a kind of ACF press-loading device, which is characterized in that automatically cut off including the described in any item ACF material volumes of claim 1-9 Device.
CN201821842485.9U 2018-11-09 2018-11-09 A kind of ACF material volume automatic disconnecting device and ACF press-loading device Active CN208888521U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821842485.9U CN208888521U (en) 2018-11-09 2018-11-09 A kind of ACF material volume automatic disconnecting device and ACF press-loading device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821842485.9U CN208888521U (en) 2018-11-09 2018-11-09 A kind of ACF material volume automatic disconnecting device and ACF press-loading device

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CN208888521U true CN208888521U (en) 2019-05-21

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