CN203410133U - Adhesive film laminating device of drum-type laminating machine - Google Patents
Adhesive film laminating device of drum-type laminating machine Download PDFInfo
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- CN203410133U CN203410133U CN201320464683.7U CN201320464683U CN203410133U CN 203410133 U CN203410133 U CN 203410133U CN 201320464683 U CN201320464683 U CN 201320464683U CN 203410133 U CN203410133 U CN 203410133U
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Abstract
The utility model discloses an adhesive film laminating device of a drum-type laminating machine. The adhesive film laminating device is characterized by comprising a frame, an adhesive film feeding mechanism, a functional film feeding mechanism, an adhesive film laminating mechanism, a half cutting mechanism, a negative pressure adsorption surface and a protective film peeling and collecting mechanism, wherein the adhesive film laminating mechanism comprises two rollers which are arranged vertically and oppositely; the half cutting mechanism is used for cutting off a functional film protective film, a functional film and an adhesive film, and can avoid cutting off the protective film of the adhesive film; the negative pressure adsorption surface is used for adsorbing and locating film layers cut into to pieces; the protective film peeling and collecting mechanism corresponds to the negative pressure adsorbing surface in position and comprises a protective film collecting roller which is driven by a motor to rotate; the protective film of the adhesive film output by the half cutting mechanism is wound around the periphery of the protective film collecting roller so as be collected by the protective film collecting roller. Through the adoption of the adhesive film laminating device, the lamination of the whole roll of adhesive film and the whole roll of functional film can be completed in a full-automatic manner, the adhesive film and the functional film can be cut into the pieces, and the protective film on the surface of the adhesive film can be peeled off, so that the efficiency is high, and the operation speed is high.
Description
Technical field
The utility model relates to a kind of high accuracy film used in touchscreen, LCD and PDP manufacturing process drum-type make-up machine to film that is applicable to, and is specifically related to the tacky film laminating apparatus of this make-up machine.This tacky film laminating apparatus is that the functional membrane of entire volume formula tacky film and entire volume formula is fitted, then the tacky film posting and functional membrane are together cut into sheet, and peels off the automatics of the diaphragm on tacky film surface.
Background technology
Touchscreen, the MULTILAYER COMPOSITE membrane structure being formed by laminatings such as x-ray film, Y line films on general structure, is conventionally called x-ray film, this class of Y line film the functional membrane being pasted, and also must has one deck tacky film between this two functional membrane during laminating.This tacky film mainly plays a part bonding, as conventionally adopted OCA optical cement (Optical Clear Adhesive).On bonding process, must be first tacky film to be fitted on lower floor's functional membrane, be similar to gluing, and then the functional membrane on upper strata is covered in tacky film.
Previously, the artificial laminating type of the many employings of the laminating of touchscreen, by manually carrying out to determine the aligning of two functional membrane positions, and controls laminate pressure size by operator's experience.This mode inefficiency, and the difficult assurance of laminating quality are very large to the dependence of operating personnel's qualification.Therefore, there is afterwards this equipment of make-up machine.
But existing make-up machine is on the market all the laminating of sheet to sheet, will first the functional membrane of rolling, gluing rete be all first cut into sheet, then the film of sheet is placed on make-up machine and just can be fitted during use, so efficiency is lower, automaticity is not high.
Therefore, there is the Full automatic doubler for entire volume film to be designed.
Summary of the invention
The utility model object is to provide a kind of tacky film laminating apparatus of drum-type make-up machine, so that the functional membrane of the tacky film of entire volume and an entire volume is fitted, is then cut into sheet, and peels off the process automation realization of the diaphragm on tacky film surface.
For achieving the above object, the technical solution adopted in the utility model is: a kind of tacky film laminating apparatus of drum-type make-up machine, comprising:
One frame;
One tacky film feed mechanism ，Gai mechanism supplies a side surface not with the continuous band-shaped tacky film of diaphragm;
One functional membrane feed mechanism ，Gai mechanism supplies a side surface not with the continuous band-shaped functional membrane of diaphragm;
One tacky film fit body ，Gai mechanism is located in frame, and it comprises two rollers that are oppositely arranged up and down, and in this two roller, one is for pressing roller, and another one is support roller; The described roller of pressing is driven and is made it relative frame movable setting along the vertical direction by an actuator, and described support roller is positioned in frame on above-below direction; Described to press one in roller and support roller be driving wheel, by a motor, driven and rotated; The functional membrane of the tacky film of described tacky film feed mechanism supply and the supply of functional membrane feed mechanism, with so that side surface with diaphragm is not relative, is inputted between two rollers of tacky film fit body;
Half cutting mechanism, be located at the rear side of tacky film fit body, this mechanism comprises cutting knife, chopping block and cuts off actuator, and described cutting knife correspondence is located at that side of the functional membrane of the lamination film layer that tacky film fit body exports, and the blade of cutting knife is along the width setting of lamination film layer; Described chopping block is located at that side of tacky film of the lamination film layer of tacky film fit body output with respect to cutting knife; Described cut-out actuator acts on cutting knife, drives cutting knife to do to cut off motion, with cutting function film diaphragm, functional membrane and tacky film, but the diaphragm of avoiding cutting off tacky film;
One negative-pressure adsorption face, is located at the rear side of described half cutting mechanism, and is positioned at that side of the functional membrane that cuts rete that half cutting mechanism exports; Described negative-pressure adsorption face is for adsorbing the rete that location has cut into sheet;
One diaphragm is peeled off collecting mechanism, corresponding negative-pressure adsorption face setting, and it comprises a diaphragm collection roller, this roller is driven and is rotated by a motor, the diaphragm of the tacky film that described half cutting mechanism of collection of reeling in its periphery is exported.
Related content in technique scheme is explained as follows:
1,, in such scheme, described " described cut-out actuator acts on cutting knife, drives cutting knife to do to cut off motion, with cutting function film diaphragm, functional membrane and tacky film, but avoids cutting off tacky film diaphragm; "; the extreme higher position that the blade of cutting knife upwards can be cut off to motion during specific implementation is designed to equal, be slightly less than or be slightly larger than the thickness of the upper surface diaphragm of tacky film to the spacing of chopping block; successive to guarantee the upper surface diaphragm of tacky film, and functional membrane lower surface diaphragm, functional membrane and tacky film will disconnect.
2,, in such scheme, described " diaphragm is peeled off collecting mechanism " refers to and the upper surface diaphragm of tacky film can be stripped down and collects the mechanism of rolling from being adsorbed on functional membrane lower surface diaphragm, functional membrane and tacky film position, negative pressure school laminating platform.The actual implementation that diaphragm is peeled off collecting mechanism has multiple, sums up, and diaphragm is peeled off collecting mechanism must comprise that a diaphragm collects roller and collect the upper surface diaphragm of tacky film.The specifically better implementation that diaphragm is peeled off collecting mechanism is as follows:
A, described diaphragm are collected on roller and are acted on a straight line driving mechanism, drive diaphragm to collect roller and move along fore-and-aft direction relative to negative-pressure adsorption face, to peel off diaphragm with this straight line driving mechanism;
B, described diaphragm are peeled off collecting mechanism except diaphragm is collected roller, also comprise a pair of roller of peeling off, and this is positioned at that side of the tacky film that cuts rete that half cutting mechanism exports to peeling off roller; Describedly a pair ofly peel off two in roller and peel off roller and parallel one on the other at a distance of arranging with axial line, the diaphragm of the tacky film that described half cutting mechanism is exported is S-shaped to be peeled off on roller around two, and the tail end of the diaphragm of tacky film is wound in diaphragm and collects on roller; Described two peel off on roller also effect a straight line driving mechanism, with this straight line driving mechanism, drives two to peel off roller and move along fore-and-aft direction relative to negative-pressure adsorption face.It is poor that described " one on the other at a distance of arranging " refers to that two shaft core positions of peeling off roller have up and down, but and the roller of peeling off that does not require upside is arranged in peeling off on roller of downside completely, as shown in Fig. 2, Fig. 9, two peel off roller can one front upper one arranging under rear.Certainly in reality, two peel off roller vertically arranges also feasible one on the other vis-a-vis;
C, described diaphragm are peeled off collecting mechanism except diaphragm is collected roller, also comprise that is peeled off a roller, and this peels off that side that roller is positioned at the tacky film that cuts rete that half cutting mechanism exports; The diaphragm of the tacky film that described half cutting mechanism is exported is walked around and is peeled off after roller, and its tail end is wound in diaphragm again and collects on roller; The described effect on roller of peeling off has a straight line driving mechanism, peels off roller and moves along fore-and-aft direction relative to negative-pressure adsorption face, to peel off diaphragm with this straight line driving mechanism driving.
3, in such scheme, described tacky film feed mechanism is identical with functional membrane feed mechanism structure, they include coiled strip roller, strainer, wheel peeled off by diaphragm and diaphragm is collected wheel, and described coiled strip roller, strainer and diaphragm are peeled off wheel and set gradually from front to back; Described strainer comprises a plurality of directive wheels; The axial line of wheel peeled off by the axial line of the axial line of described coiled strip roller, each directive wheel of strainer, diaphragm and the axial line of diaphragm collection wheel is parallel mutually; The initial rete of reeling on described coiled strip roller, this rete is conveyed between two rollers of tacky film fit body after walking around each directive wheel of strainer; Described diaphragm is peeled off wheel and is close to setting corresponding to a side surface of rete, so that after the diaphragm of peeling off this side surface of wheel by diaphragm of rete walks around diaphragm and peel off wheel and turn to, collect and take turns around to diaphragm; Described diaphragm is collected wheel and is driven rotation by a motor.
Owing to having adopted technique scheme, the utlity model has following advantage:
1, the utility model has been realized following operation in full-automatic mode: first the functional membrane of entire volume formula tacky film and entire volume formula is fitted, then the tacky film posting and functional membrane are together cut into sheet, and peel off the diaphragm on tacky film surface; The utility model has been peeled off the diaphragm ，Shi Hou road on tacky film surface automatically can be directly and another functional membrane contraposition laminating, and efficiency is high.
2, the utility model design is comparatively ingenious, textural simpler again, is convenient to realize.
Accompanying drawing explanation
The make-up machine integral body that accompanying drawing 1 is application the utility model embodiment schematic perspective view just forward-facing;
The whole main schematic diagram of looking of make-up machine that accompanying drawing 2 is application the utility model embodiment;
Accompanying drawing 3 is the schematic top plan view of accompanying drawing 2;
The make-up machine Integral back that accompanying drawing 4 is application the utility model embodiment schematic perspective view forward-facing;
The whole latter half schematic perspective view of make-up machine that accompanying drawing 5 is application the utility model embodiment, this there is shown B film feed mechanism, position, negative pressure school laminating platform, B film adsorption plate, finished product cutting agency and auxiliary heat and presses fit body, and the laminating platform of the position, negative pressure school in this figure is in the translation transition state of the first operating position, operating position to the second;
Accompanying drawing 6 is the sectional perspective schematic diagram at the tacky film fit body place of the utility model embodiment;
The sectional perspective schematic diagram at the auxiliary heat pressure fit body place that accompanying drawing 7 is the make-up machine integral body of application the utility model embodiment;
Accompanying drawing 9 is peeled off the sectional perspective schematic diagram at collecting mechanism and position, negative pressure school laminating platform place for the diaphragm of the utility model embodiment;
Accompanying drawing 10 is the workflow schematic diagram of the make-up machine integral body of application the utility model embodiment.
In above accompanying drawing: 1, frame; 2, tacky film fit body; 21, pressing roller; 22, support roller; 23, actuator; 24, drive motors; 3, tacky film feed mechanism; 31, first volume material roller; 32, the first strainer; 33, the first diaphragm is peeled off wheel; 34, the first diaphragm is collected wheel; 35, motor; 4, A film feed mechanism; 41, volume Two material roller; 42, the second strainer; 43, the second diaphragm is peeled off wheel; 44, the second diaphragm is collected wheel; 45, motor; 5, half cutting mechanism; 51, cutting knife; 52, chopping block; 53, cut off actuator; 54, guide rod; 6, diaphragm is peeled off collecting mechanism; 61, diaphragm is collected roller; 62, motor; 63, peel off roller; 64, peel off roller; 65, straight line driving mechanism; 7, position, negative pressure school laminating platform; 71, position, XY θ school platform; 72, negative pressure casing; 73, laminating idler wheel mechanism; 8, B film adsorption plate; 81, form; 9, camera; 10, B film feed mechanism; 101, the 3rd coiled strip roller; 102, the 3rd strainer; 103, the 3rd diaphragm is peeled off wheel; 104, guide roller; 105, the 3rd diaphragm is collected wheel; 106, motor; 11, finished product cutting agency; 111, collect roller; 112, motor; 12, auxiliary heat is pressed fit body; 121, pressing roller; 122, support roller; 123, actuator; 124, drive motors; 13, A film; 14, tacky film; 15, B film; 16, diaphragm; 17, damper.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment: shown in accompanying drawing 1-10:
A tacky film laminating apparatus for make-up machine, is shown in accompanying drawing 1-4, comprises that frame 1, tacky film fit body 2, tacky film feed mechanism 3, A film feed mechanism 4, half cutting mechanism 5, diaphragm peel off collecting mechanism 6 and a negative-pressure adsorption face.Described A film is a function mould, therefore A film feed mechanism 4 is functional membrane feed mechanism.
Described tacky film fit body 2, is shown in that accompanying drawing 1-4, accompanying drawing 6 ，Gai mechanisms are located in frame 1, and it comprises two rollers that are oppositely arranged up and down, and in this two roller, one is for pressing roller 21, and another one is support roller 22; The described roller 21 of pressing is driven and is made it relative frame 1 movable setting along the vertical direction by an actuator 23, and described support roller 22 is positioned in frame 1 on above-below direction; Described to press one in roller 21 and support roller 22 be driving wheel, by a drive motors 24, driven and rotated.Specifically as shown in Figure 6, the roller of upside is for pressing roller 21, and the roller of downside is support roller 22, and is to press roller 21 to connect drive motors 24, is preferably drive motors 24 and adopts servomotor.The actuator 23 here adopts cylinder more suitable.
Described tacky film feed mechanism 3, refers to accompanying drawing 1-4, and the front side ，Gai mechanism that is located at tacky film fit body 2 is to supplying lower surface between two rollers of tacky film fit body 2 not with the continuous band-shaped tacky film of diaphragm.Described tacky film feed mechanism 3 refers to accompanying drawing 2, comprise that first volume material roller 31, the first strainer 32, the first diaphragm peel off wheel the 33 and first diaphragm and collect wheel 34, described first volume material roller 31, the first strainer 32 and the first diaphragm are peeled off the place ahead that wheel 33 is set in turn in two rollers of tacky film fit body 2 from front to back; The initial tacky film of reeling on described first volume material roller 31, this tacky film is imported between two rollers of tacky film fit body 2 after walking around the first strainer 32, described the first diaphragm is peeled off the downside of the transmission membrane plane of wheel 33 between the first strainer 32 and tacky film fit body 2, so that after the lower surface diaphragm of tacky film walks around the first diaphragm downwards and peel off wheel 33 and turn to, collect on wheel 34 around to the first diaphragm; Described the first diaphragm is collected wheel 34 and is driven rotation by a motor 35, is preferably motor 35 and adopts the induction machine that has installed torque force limiting device additional.Before the running of drum-type make-up machine; operator need with manual by the lower surface diaphragm of tacky film tear one section and by it around peeling off to the first diaphragm on wheel 33; after the first diaphragm is peeled off wheel 33 and turned to, the initiating terminal of the lower surface diaphragm of tacky film is fixed on to the first diaphragm and collects on wheel 34.On the axle of described first volume material roller 31, be preferably and be provided with damper 17.
Described A film feed mechanism 4, refers to accompanying drawing 1-4, and the front side ，Gai mechanism that is located at tacky film fit body 2 is to supplying upper surface between two rollers of tacky film fit body 2 not with the continuous band-shaped A film of diaphragm, and makes A film-stack under tacky film.Specifically, A film feed mechanism 4 is arranged on the below of tacky film feed mechanism 3, and to make the A film of A film feed mechanism 4 output be to be laminated in mode under tacky film to input between two rollers of tacky film fit body 2.Described A film feed mechanism 4 refers to accompanying drawing 2, comprise that volume Two material roller 41, the second strainer 42, the second diaphragm peel off wheel the 43 and second diaphragm and collect wheel 44, described volume Two material roller 41, the second strainer 42 and the second diaphragm are peeled off the place ahead that wheel 43 is set in turn in two rollers of tacky film fit body 2 from front to back; The A film of reeling initial on described volume Two material roller 41, this A film imports between two rollers of tacky film fit body 2 after walking around the second strainer 42, described the second diaphragm is peeled off the upside of the transmission membrane plane of wheel 43 between the second strainer 42 and tacky film fit body 2, so that after the upper surface diaphragm of A film upwards walks around the second diaphragm and peel off wheel 43 and turn to, collect on wheel 44 around to the second diaphragm; Described the second diaphragm is collected wheel 44 and is driven rotation by a motor 45, is preferably motor 45 and adopts the induction machine that has installed torque force limiting device additional.Before the running of drum-type make-up machine; operator need with manual by the upper surface diaphragm of A film tear one section and by it around peeling off to the second diaphragm on wheel 43; after the second diaphragm is peeled off wheel 43 and turned to, the initiating terminal of the upper surface diaphragm of A film is fixed on to the second diaphragm and collects on wheel 44.On the axle of described volume Two material roller 41, be preferably and be provided with damper 17.
The A film of the tacky film of described tacky film feed mechanism 3 supplies and 4 supplies of A film feed mechanism is same so that side surface with diaphragm 16 is not relative, 21,22, two roller of input tacky film fit body 2.
Described half cutting mechanism 5, see accompanying drawing 1-4 and accompanying drawing 8, be located at the rear side of tacky film fit body 2, this mechanism comprises cutting knife 51, chopping block 52 and cuts off actuator 53, described cutting knife 51 is located at that side (being downside as shown in the figure) of the A film of the lamination film layer that tacky film fit body 2 exports, and the blade of cutting knife 51 is along the A film of having fitted and the width setting of tacky film; Described chopping block 52 is located at that side (being upside as shown in the figure) of tacky film of the lamination film layer of tacky film fit body 2 output corresponding to cutting knife 51.Described cut-out actuator 53 acts on cutting knife 51, drives cutting knife 51 upwards to do to cut off motion, to cut off A film lower surface diaphragm, A film and tacky film, but the upper surface diaphragm of avoiding cutting off tacky film.The cut-out actuator 53 here adopts cylinder more suitable.
Described negative-pressure adsorption face, is located at the rear side of described half cutting mechanism 5, and is positioned at that side (being downside as shown in the figure) of the A film that cuts rete that half cutting mechanism 5 exports; Described negative-pressure adsorption face is for adsorbing the rete that location has cut into sheet.
Described diaphragm is peeled off collecting mechanism 6; see accompanying drawing 1-4 and accompanying drawing 9, corresponding negative-pressure adsorption face arranges, and it comprises a diaphragm collection roller 61; this roller is driven and is rotated by a motor 62, the upper surface diaphragm of the tacky film that described half cutting mechanism 5 of collection of reeling in its periphery is exported.And described diaphragm is peeled off collecting mechanism 6 and also comprised a pair of roller 63,64 of peeling off, this is located at the top of negative-pressure adsorption face to peeling off roller 63,64 correspondences; Describedly a pair ofly peel off two in roller 63,64 and peel off roller and parallel one on the other at a distance of arranging with axial line, the upper surface diaphragm of the tacky film that described half cutting mechanism 5 is exported is S-shaped from bottom to top to be peeled off on roller 63,64 around two, and the tail end of the upper surface diaphragm of tacky film is wound in diaphragm and collects on roller 61; Described two peel off on roller 63,64 also effect a straight line driving mechanism 65, drives two to peel off roller 63,64 and move along fore-and-aft direction relative to negative-pressure adsorption face, to peel off the upper surface diaphragm of tacky film with this straight line driving mechanism 65.
The present embodiment course of work is as follows, referring to accompanying drawing 1-4 and accompanying drawing 10:
On the first volume material roller 31 of tacky film feed mechanism 3, reeling up and down all with the tacky film 14 of diaphragm 16, as (a) in Figure 10; The A film 13 of reeling on the volume Two material roller 41 of A film feed mechanism 4 up and down all with diaphragm 16 is as (b) in Figure 10.
First, by tacky film feed mechanism 3, A film feed mechanism 4, to feeding in tacky film fit body 2, the banded tacky film 14 of a side surface diaphragm 16 and A film 13 have been removed as (c) in Figure 10 and (d), two roller 21,22 roll extrusion tacky film 14 and A films 13 of tacky film fit body 2, tacky film 14 and A film 13 are pasted, and now state is as (e) in Figure 10; And then, this tacky film posting 14 and A film 13 are cut by half cutting mechanism 5, by banded tacky film 14 and A film 13 below three layers be cut into sheet, only stay the diaphragm 16(Ji the superiors of tacky film 14 upper surfaces) be also continuous band shape, now state is as (f) in Figure 10; Finally; by negative-pressure adsorption face, from below, adsorbed A film 13 lower surfaces that cut; coordinating diaphragm to peel off two of collecting mechanism 6 simultaneously and peeling off roller 63,64 by the diaphragm 16(Ji the superiors of tacky film 14 upper surfaces) peel off; be laminating all-in-one-piece tacky film 14 and the A film 13 that the present embodiment is located sheet on negative-pressure adsorption face; and the diaphragm 16 of tacky film 14 upper surfaces has been removed, now state is as (g) in Figure 10.The utility model has been realized following operation in full-automatic mode: first the functional membrane of entire volume formula tacky film and entire volume formula is fitted, then the tacky film posting and functional membrane are together cut into sheet, and peel off the diaphragm on tacky film surface.
In rear road of the present utility model, can be with existing other sheets on the laminating all-in-one-piece tacky film 14 of the automatic or semi-automatic sheet in the utility model laminating apparatus output of the laminating apparatus of sheet and A film 13, upper another function mould (this another function mould can be described as B mould) of laminating.
Above-described embodiment, for illustrating, in reality, can be about to the whole upper and lower symmetrical flip designs of above-described embodiment above-described embodiment stickup mould and be attached to the mode on A mould, becomes A mould and is attached on stickup mould.Specifically, A film feed mechanism 4 is arranged on the top of tacky film feed mechanism 3, and to make the A film of A film feed mechanism 4 output be to be laminated in two rollers that mode on tacky film is inputted tacky film fit body 2; Corresponding; described half cutting mechanism 5 is turned upside down also, and cutting knife 51 is located to rete top, and 52 pairs of chopping blocks are located at rete below; same negative-pressure adsorption face also will face down and be located at the top of rete, and diaphragm is peeled off collecting mechanism 6 and peeled off roller 63,64 and will be located under negative-pressure adsorption face.The structure of above-mentioned turned upside down is also within protection domain of the present utility model.
The make-up machine complete machine example of application the present embodiment, as shown in accompanying drawing 1-10:
This make-up machine complete machine, except the present embodiment laminating apparatus, also comprises position, negative pressure school laminating platform 7, B film adsorption plate 8, camera 9, B film feed mechanism 10, finished product cutting agency 11 and auxiliary heat pressure fit body 12.
Position, described negative pressure school laminating platform 7, is shown in accompanying drawing 1-5, comprises that position, an XY θ school platform 71, is arranged at the negative pressure casing 72 on position, XY θ school platform 71, and across the laminating roller 73 being arranged in this negative pressure casing 72; The end face of described negative pressure casing 72 adopts flexible layer, as the negative-pressure adsorption face in the present embodiment laminating apparatus.Described laminating roller 73 drives the top that makes it to move upward to press sorption face by a lifting actuator, and laminating roller 73 is also driven and made it relative negative pressure casing 72 along moving as horizontal translation perpendicular to the axial direction of laminating roller 73 by a driven in translation part.Position, the described negative pressure school relative frame 1 of laminating platform 7 is slidably connected in the horizontal direction, makes position, negative pressure school laminating platform 7 have the first operating position and the second operating position, sees accompanying drawing 5; Laminating platform place 7, position, described negative pressure school peels off collection idler wheel mechanism 6 with described tacky film fit body 2, half cutting mechanism 5 and diaphragm to arrange in line, and laminating platform place 7, position, negative pressure school is positioned at described tacky film fit body 2, half cutting mechanism 5 and diaphragm to peel off by the side of the line of collecting idler wheel mechanism 6.
Described B film adsorption plate 8, is shown in accompanying drawing 1-5, is located at the top of position, the negative pressure school laminating platform 7 that is in the second operating position, and the lower surface of B film adsorption plate 8 is provided with sorption hole, for adsorbing location B film, on B film adsorption plate 8, offers form 81.
Described camera 9, is shown in accompanying drawing 1-5, and correspondence is located at the top of B film adsorption plate 8, and this camera 9 is comprised of photographic head and photographic head translational drive mechanism.
Described B film feed mechanism 10, is shown in accompanying drawing 1, accompanying drawing 3-5, the front side ，Gai mechanism that is located at B film adsorption plate 8 to the below supply lower surface of B film adsorption plate 8 not with the continuous band-shaped B film of diaphragm.Described B film feed mechanism 10 comprises that the 3rd coiled strip roller 101, the 3rd strainer 102, the 3rd diaphragm are peeled off wheel 103, guide roller 104 and the 3rd diaphragm are collected wheel 105, and described the 3rd coiled strip roller 101, the 3rd strainer 102, the 3rd diaphragm are peeled off wheel 103 and orienting roll 104 is taken turns the front side that is set in turn in from front to back B film adsorption plate 8; The B film of reeling initial on described the 3rd coiled strip roller 101, this B film is walked around the 3rd strainer 102, after guide roller 104 guiding, imports B film adsorption plate 8 downsides into; Described the 3rd diaphragm is peeled off the downside that wheel 103 is positioned at the transmission membrane plane of 104 of the 3rd strainer 102 and guide rollers, so that after the lower surface diaphragm of B film walks around the 3rd diaphragm downwards and peel off wheel 103 and turn to, collect and take turns on 105 around to the 3rd diaphragm; Described the 3rd diaphragm is collected wheel 105 and is driven rotation by a motor 106, is preferably motor 106 and adopts the induction machine that has installed torque force limiting device additional.Before the running of drum-type make-up machine; operator need with manual by the lower surface diaphragm of B film tear one section and by it around peeling off to the 3rd diaphragm on wheel 103; after the 3rd diaphragm is peeled off wheel 103 and turned to, the initiating terminal of the lower surface diaphragm of B film is fixed on to the 3rd diaphragm and collects on wheel 104.On the axle of described the 3rd coiled strip roller 101, be preferably and be provided with damper 17.
Described finished product cutting agency 11, see accompanying drawing 1-5 and accompanying drawing 7, be located at B film adsorption plate 8 rear sides, it comprises a collection roller 111 for the finished product of reeling, this is collected roller and is driven and rotated by a motor 112, and this motor 112 adopts the induction machine that has installed torque force limiting device additional.
Described auxiliary heat is pressed fit body 12, sees accompanying drawing 1-5 and accompanying drawing 7, is located between B film adsorption plate 8 and finished product cutting agency 11; Described auxiliary heat presses fit body 12 to comprise two rollers that are oppositely arranged up and down, and in this two roller, one is for pressing roller 121, and another one is support roller 122; The described roller 121 of pressing is driven and is made it relative frame 1 movable setting along the vertical direction by an actuator 123, and actuator 123 adopts cylinder more suitable.Described support roller 122 is positioned in frame 1 on above-below direction; Described to press one in roller 121 and support roller 122 be driving wheel, by a drive motors 124, driven and rotated; And what described auxiliary heat was pressed fit body 12 is pressing roller 121 or/and be provided with heating element heater in support roller 122.Specifically see accompanying drawing 7, the roller of described upside is support roller 122, and the roller of downside, for pressing roller 121, is driving wheel connection drive motors 124 at support roller 122.And, the better employing servomotor of drive motors 124.
In reality, described tacky film feed mechanism 3, A film feed mechanism 4 and B film feed mechanism 10 all can adopt the form of more easy single coiled strip roller blowing, and surface needs the diaphragm of removing to remove in manual mode.
Above-described embodiment is only explanation technical conceive of the present utility model and feature, and its object is to allow person skilled in the art can understand content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalences of doing according to the utility model Spirit Essence change or modify, within all should being encompassed in protection domain of the present utility model.
Claims (3)
1. a tacky film laminating apparatus for drum-type make-up machine, is characterized in that: comprising:
One frame;
One tacky film feed mechanism ，Gai mechanism supplies a side surface not with the continuous band-shaped tacky film of diaphragm;
One functional membrane feed mechanism ，Gai mechanism supplies a side surface not with the continuous band-shaped functional membrane of diaphragm;
One tacky film fit body ，Gai mechanism is located in frame, and it comprises two rollers that are oppositely arranged up and down, and in this two roller, one is for pressing roller, and another one is support roller; The described roller of pressing is driven and is made it relative frame movable setting along the vertical direction by an actuator, and described support roller is positioned in frame on above-below direction; Described to press one in roller and support roller be driving wheel, by a motor, driven and rotated; The functional membrane of the tacky film of described tacky film feed mechanism supply and the supply of functional membrane feed mechanism, with so that side surface with diaphragm is not relative, is inputted between two rollers of tacky film fit body;
Half cutting mechanism, be located at the rear side of tacky film fit body, this mechanism comprises cutting knife, chopping block and cuts off actuator, and described cutting knife correspondence is located at that side of the functional membrane of the lamination film layer that tacky film fit body exports, and the blade of cutting knife is along the width setting of lamination film layer; Described chopping block is located at that side of tacky film of the lamination film layer of tacky film fit body output with respect to cutting knife; Described cut-out actuator acts on cutting knife, drives cutting knife to do to cut off motion, with cutting function film diaphragm, functional membrane and tacky film, but the diaphragm of avoiding cutting off tacky film;
One negative-pressure adsorption face, is located at the rear side of described half cutting mechanism, and is positioned at that side of the functional membrane that cuts rete that half cutting mechanism exports; Described negative-pressure adsorption face is for adsorbing the rete that location has cut into sheet;
One diaphragm is peeled off collecting mechanism, corresponding negative-pressure adsorption face setting, and it comprises a diaphragm collection roller, this roller is driven and is rotated by a motor, the diaphragm of the tacky film that described half cutting mechanism of collection of reeling in its periphery is exported.
2. the tacky film laminating apparatus of drum-type make-up machine according to claim 1, it is characterized in that: described tacky film feed mechanism is identical with functional membrane feed mechanism structure, they include coiled strip roller, strainer, wheel peeled off by diaphragm and diaphragm is collected wheel, and described coiled strip roller, strainer and diaphragm are peeled off wheel and set gradually from front to back; Described strainer comprises a plurality of directive wheels; The axial line of wheel peeled off by the axial line of the axial line of described coiled strip roller, each directive wheel of strainer, diaphragm and the axial line of diaphragm collection wheel is parallel mutually; The initial rete of reeling on described coiled strip roller, this rete is conveyed between two rollers of tacky film fit body after walking around each directive wheel of strainer; Described diaphragm is peeled off wheel and is close to setting corresponding to a side surface of rete, so that after the diaphragm of peeling off this side surface of wheel by diaphragm of rete walks around diaphragm and peel off wheel and turn to, collect and take turns around to diaphragm; Described diaphragm is collected wheel and is driven rotation by a motor.
3. the tacky film laminating apparatus of drum-type make-up machine according to claim 1, it is characterized in that: described diaphragm is peeled off collecting mechanism and also comprised a pair of roller of peeling off, this is positioned at that side of the tacky film that cuts rete that half cutting mechanism exports to peeling off roller; Describedly a pair ofly peel off two in roller and peel off roller and parallel one on the other at a distance of arranging with axial line, the diaphragm of the tacky film that described half cutting mechanism is exported is S-shaped to be peeled off on roller around two, and the tail end of the diaphragm of tacky film is wound in diaphragm and collects on roller; Described two peel off on roller also effect a straight line driving mechanism, with this straight line driving mechanism, drives two to peel off roller and move along fore-and-aft direction relative to negative-pressure adsorption face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320464683.7U CN203410133U (en) | 2013-07-31 | 2013-07-31 | Adhesive film laminating device of drum-type laminating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320464683.7U CN203410133U (en) | 2013-07-31 | 2013-07-31 | Adhesive film laminating device of drum-type laminating machine |
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| Publication Number | Publication Date |
|---|---|
| CN203410133U true CN203410133U (en) | 2014-01-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320464683.7U Withdrawn - After Issue CN203410133U (en) | 2013-07-31 | 2013-07-31 | Adhesive film laminating device of drum-type laminating machine |
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| CN (1) | CN203410133U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103395274A (en) * | 2013-07-31 | 2013-11-20 | 苏州凯蒂亚半导体制造设备有限公司 | Gluing film laminating device of drum type laminating machine |
| CN105856794A (en) * | 2016-04-18 | 2016-08-17 | 开思茂电子科技(苏州)有限公司 | Oca wind power feeding device |
| CN106827762A (en) * | 2016-12-16 | 2017-06-13 | 昆山成仕达精密五金有限公司 | Pad pasting for notebook C shell blasting crafts cuts film all-in-one |
| CN113427565A (en) * | 2021-06-28 | 2021-09-24 | 苏州安洁科技股份有限公司 | OCA standard-discharging and material-saving process |
-
2013
- 2013-07-31 CN CN201320464683.7U patent/CN203410133U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103395274A (en) * | 2013-07-31 | 2013-11-20 | 苏州凯蒂亚半导体制造设备有限公司 | Gluing film laminating device of drum type laminating machine |
| CN103395274B (en) * | 2013-07-31 | 2015-05-06 | 苏州凯蒂亚半导体制造设备有限公司 | Gluing film laminating device of drum type laminating machine |
| CN105856794A (en) * | 2016-04-18 | 2016-08-17 | 开思茂电子科技(苏州)有限公司 | Oca wind power feeding device |
| CN106827762A (en) * | 2016-12-16 | 2017-06-13 | 昆山成仕达精密五金有限公司 | Pad pasting for notebook C shell blasting crafts cuts film all-in-one |
| CN113427565A (en) * | 2021-06-28 | 2021-09-24 | 苏州安洁科技股份有限公司 | OCA standard-discharging and material-saving process |
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