KR100969626B1 - Apparatus and method bonding for film - Google Patents

Abstract

The present invention relates to a film attachment device and method that can prevent the deflection of the film during film attachment and can peel off the protective film of the anisotropic conductive film. According to an embodiment of the present invention, there is provided a film attachment device including a film including a conductive film on which conductive particles are distributed and a protective film attached on the conductive film, a stage on which a liquid crystal panel to which the film is attached is loaded, and the film A supply roll wound in a reel form, a film attachment portion for attaching the film from the supply roll to the liquid crystal panel, and the film provided between the film attachment portion and the supply roll to correspond to the length of the liquid crystal panel. A cutting portion for cutting only the conductive film of the substrate, a peeling portion for peeling the protective film from the film attached on the liquid crystal panel, and the protective film driven together with the supply roll and peeled off by the peeling portion. A recovery roll for recovery, and interposed between the supply roll and the recovery roll to interlock with rotation of the supply roll and recovery roll. And a sag preventing means for preventing sagging of the film to be conveyed, wherein the peeling part includes an LM guider conveyed along a side of the liquid crystal panel, and a cut of the film installed on the LM guider and attached to the liquid crystal panel. And a peeling pin inserted between the conductive film and the protective film to release the protective film from the film attached to the liquid crystal panel according to the transfer of the LM guider.

Description

Film attaching device and method {APPARATUS AND METHOD BONDING FOR FILM}             

1 is a perspective view showing a general liquid crystal display device.

FIG. 2 is a block diagram illustrating a process for attaching a tape carrier package to the liquid crystal panel shown in FIG. 1.

3A is a sectional view of an ACF.

3B is a cross-sectional view illustrating a state in which an ACF is attached to the liquid crystal panel shown in FIG. 1.

Figure 3c is a cross-sectional view showing a process of peeling the protective film attached to the ACF shown in Figure 3b.

FIG. 3D is a cross-sectional view showing a tape carrier package adhered to a liquid crystal panel by the ACF shown in FIG. 3C. FIG.

Figure 4 is a cross-sectional view showing a film attachment device according to an embodiment of the present invention.

FIG. 5 is a cross-sectional view illustrating a portion A shown in FIG. 4. FIG.

6A to 6D are cross-sectional views illustrating driving of the fixing unit and the LM guider by the film attaching method shown in FIG. 4.

7A to 7H are cross-sectional views illustrating a film attachment method in accordance with an embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

11, 111: liquid crystal panel 12: TCP

15 pad electrodes 14 PCB

100: ACF feed roll 102, 104, 106, 108, 109: roller

110: ACF recovery roll 130: stage

140: attachment unit 142: pressure tool

150: cutting unit 152: cutter body

154: cutter 156: cutting board

160: conductive film recovery unit 170: fixing part

180: peeling unit 190: peeling pin

200: ACF 222: conductive film

224: protective film

The present invention relates to a film attaching device and method, and more particularly, to a film attaching device and method capable of preventing sagging of a film during film attachment and peeling off a protective film of an anisotropic conductive film.

A conventional liquid crystal display device displays an image by adjusting the light transmittance of a liquid crystal using an electric field. To this end, the liquid crystal display includes a liquid crystal panel in which liquid crystal cells are arranged in a matrix and a driving circuit for driving the liquid crystal panel.

Referring to FIG. 1, a conventional liquid crystal display device includes a liquid crystal panel 11 in which liquid crystal is injected between two substrates, pad electrodes 15 formed on one side of the substrate and connected to an external circuit, and a plurality of integrated devices. Printed Circuit Board connected to the pad electrodes 15 through a Tape Carrier Package (hereinafter referred to as "TCP") 12 on which integrated circuits 13 are mounted. 14, referred to as "PCB".

The liquid crystal panel 11 includes a spacer (not shown) for injecting liquid crystal between the upper substrate and the lower substrate and for maintaining a constant gap between the upper substrate and the lower substrate. The upper substrate of the liquid crystal panel 11 is formed with a color filter, a common electrode, a black matrix, and the like, not shown. In addition, signal lines such as data lines and gate lines (not shown) are formed on the lower substrate of the liquid crystal panel 11, and thin film transistors (hereinafter referred to as TFTs) are formed at intersections of the data lines and the gate lines. Is formed. The TFT switches the data signal to be transmitted from the data line toward the liquid crystal cell in response to the scan signal (gate pulse) from the gate line. The pixel electrode is formed in the pixel region between the data line and the gate line.

The pad electrodes 15 formed on one side of the lower substrate are divided into a data pad region and a gate pad region connected to the data lines and the gate lines, respectively.                         

Circuit components for driving the liquid crystal panel 11 are mounted on the PCB 14, and the circuit components are used to drive a plurality of integrated circuits 13 mounted on the TCP 12. Accordingly, the TCP 12 supplies data signals and scan signals from the plurality of integrated circuits 13 to the data lines and the gate lines, respectively.

As described above, the TCP 12 can increase the effective area of the liquid crystal panel 11 and the liquid crystal panel 11 by a tape automated bonding method (hereinafter referred to as "TAB"), which is relatively simple to mount. It is mounted on).

The TAB method uses an anisotropic conductive film (hereinafter referred to as "ACF") as an adhesive for bonding between the pad 12 of the TCP 12 and the liquid crystal panel 11.

The TAB process includes a process of manufacturing an ACF as shown in FIG. 2, an ACF attaching process of attaching the produced ACF on the pad electrodes 15 of the liquid crystal panel 11, and the process of the liquid crystal panel 11. It is divided into a TCP pressing process for TCP attachment on the pad electrodes 15 and a main pressing process for complete fixing between the pressed TCP and the ACF.

As shown in FIG. 3A, the ACF includes a conductive film 30 including conductive particles, and upper and lower protective films 32 attached to front and rear surfaces of the conductive film 30 to protect the conductive film 30. 34).

The conductive film 30 is formed by dispersing conductive particles such as metal coated plastic or metal particles. The upper and lower protective films 32 and 34 are attached to the upper and lower portions of the conductive film 30 to protect the conductive film 30 from foreign matters.                         

The ACF produced by the ACF manufacturing process is used as an adhesive for bonding the TCP 12 to the liquid crystal panel 11 by the TCP pressing process.

Accordingly, in the TCP pressing process, first, the lower protective film 34 is peeled off from the conductive film 30 and then placed on the pad electrode 15 of the liquid crystal panel 11 as shown in FIG. 3B.

Then, as illustrated in FIG. 3C, the upper protective film 32 attached to the upper surface of the ACF placed on the pad electrode 15 of the liquid crystal panel 11 is peeled off.

Subsequently, as shown in FIG. 3D, the TCP 12 having the integrated circuit 13 mounted on the ACF on which the upper protective film 32 is peeled off is aligned with the liquid crystal panel 11, and then the TCP press bonding process is performed. As a result, the TCP 12 is pressed onto the liquid crystal panel 11.

Finally, in the TCP main compression process, the TCP 12 pressed on the liquid crystal panel 11 is pressed at a temperature and a predetermined pressure of 160 to 180 degrees using a pressure tool not shown, as shown in FIG. 3E. do. Accordingly, the conductive particles in which the conductive film 30 of the ACF is melted by the temperature and the pressure of the pressing tool are injected with the pad electrodes 15 of the liquid crystal panel 11 and the electrodes 45 of the TCP 12. It is protected between to obtain conductivity. In addition, the ACF is charged between the pad electrodes 15 of the liquid crystal panel 11 to maintain high insulation because the conductive particles exist independently of each other. Mechanical fusion between the conductive particles of the ACF and the electrodes 15, 45 is maintained by the high adhesion of the ACF. Accordingly, the electrodes 45 of the TCP 12 are electrically connected to the pad electrodes 13 of the liquid crystal panel 11 through the conductive particles of the ACF.                         

In this TAB process, the TCP 12 and the liquid crystal panel 11 are adhered to each other using ACF as a medium. However, when the ACF deflection occurs when the ACF is attached to the large-area substrate, the adhesion between the TCP 12 and the liquid crystal panel 11 may not be completed.

Accordingly, it is an object of the present invention to provide a film attaching device and a method which can prevent the deflection of a film when attaching the film and can peel off the protective film of the anisotropic conductive film.

In order to achieve the above object, the film attachment device according to an embodiment of the present invention is a film including a conductive film to which conductive particles are distributed and a protective film attached on the conductive film, and the liquid crystal panel to which the film is loaded A stage, a supply roll on which the film is wound in a reel form, a film attaching portion for attaching the film from the supply roll to the liquid crystal panel, and a film attaching portion between the film attaching portion and the supply roll. A cutting portion for cutting only the conductive film of the film corresponding to the length of the film; a peeling portion for peeling the protective film from the film attached on the liquid crystal panel; A recovery roll for recovering the protective film that has been peeled off, and provided between the supply roll and the recovery roll to supply the And deflection preventing means for preventing deflection of the film which is conveyed in association with rotation of the recovery roll, wherein the peeling part is disposed on the LM guider and the LM guider is transferred along the side of the liquid crystal panel. And a peeling pin inserted between the cut conductive film of the film attached to the protective film and the protective film to peel the protective film from the film attached to the liquid crystal panel according to the transfer of the LM guider.

In the film attaching apparatus, the film attaching unit may include a pressing tool for pressing and attaching the conductive film onto the liquid crystal panel, and a driving unit for raising and lowering the pressing tool.

In the film attaching apparatus, the cutting part is installed on a protective film of the film and supports the film, and is installed to face the cutting board with the film interposed therebetween with a cutter for cutting only the conductive snow film. And a driving part for vertically moving the cutter by the thickness of the conductive film.

In the film attaching apparatus, the cutter may first cut the conductive film of the film to have a predetermined interval, and second cut the conductive film of the film transferred by the length of the liquid crystal panel after the first cutting. do.

The film attachment device is characterized in that it further comprises a conductive film recovery device for recovering the conductive film of the film installed between the cutting portion and the stage and cut at a predetermined interval by the first cut by the cutter. .

In the film attachment device, the deflection prevention means includes a plurality of first rollers installed between the cutting portion and the supply roll, second rollers installed between the deflection prevention means and the recovery roll, and the deflection prevention. And a guide part installed between the means and the second rollers to guide the conveyed film.

In the film attachment device, the supply roll and the recovery roll are connected to a drive motor capable of forward and reverse precision rotation.

In the film attaching device, the attaching part includes a pressing tool for pressing the conductive film of the film cut by the cutting part to the length of the liquid crystal panel and attaching the conductive film on the liquid crystal panel, and a driving part for vertically moving the pressing tool. Characterized in that.
The film attachment device further comprises a fixing part for guiding the film cut by the cutting portion, and fixing the film when the film is attached on the liquid crystal panel by the film attachment portion.
The fixing unit in the film attachment device first guide block for guiding the film; A second guide block guiding the film and temporarily lowering the film on the liquid crystal panel; And it is characterized in that it comprises a drive pin for preventing the disconnection of the film due to the falling of the film when the film is attached on the liquid crystal panel.
In the film attaching device, the fixing part is transported together with the LM guider of the peeling part when peeling off the protective film of the film attached to the liquid crystal panel.
The film attachment device may include first and second guide blocks for guiding the film; And a fixing part including a driving pin to prevent disconnection of the film due to the lowering of the film when the film is attached to the liquid crystal panel.
In the film attaching device, the fixing part is transported together with the LM guider when the protective film of the film attached to the liquid crystal panel is peeled off.

According to an aspect of the present invention, there is provided a method of attaching a film including a conductive film in which conductive particles are distributed and a protective film attached to the conductive film, and loading the liquid crystal panel to which the film is attached on a stage. Placing the film between the supply roll for supplying the film and the recovery roll for recovering the protective film of the film, and first cutting the conductive film of the film using a cutter. And simultaneously rotating each of the supply rolls and the recovery rolls to transfer the first cut film by the length of the liquid crystal panel, and the conductive film of the film transferred by the length of the liquid crystal panel using the cutter. Cutting the secondary cut film by simultaneously rotating the supply roll and the recovery roll, respectively; Transferring the film onto the panel, pressing the film to attach the film to the liquid crystal panel, peeling off the protective film of the film attached on the liquid crystal panel, and simultaneously supplying the feed roll and the recovery roll. Rotating and recovering the peeled protective film to the recovery roll, wherein the peeling of the protective film is a peeling pin inserted between the cut conductive film of the film and the protective film along the side of the liquid crystal panel. It characterized in that the transfer film peeling the protective film from the film.
In the film attaching method, the film is transported by precisely rotating the supply roll and the recovery roll at the same time to prevent sagging of the transported film.

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The method for attaching the film may further include recovering the conductive film of the film, which is first cut at the predetermined intervals.

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Other objects and features of the present invention in addition to the above object will be apparent from the description of the embodiments with reference to the accompanying drawings.

Hereinafter, exemplary embodiments of the present invention will be described with reference to FIGS. 4 to 7H.

Referring to FIG. 4, an apparatus for attaching a film according to an exemplary embodiment of the present invention includes a liquid crystal panel 111, a stage 130 on which the liquid crystal panel 111 is supplied and seated from the outside, and an anisotropic conductive film wound in a reel form. (Anisotropic Conductive Film: hereinafter referred to as "ACF") ACF supply roll 100 for supplying 200, ACF recovery roll 110 for recovering ACF 200, ACF supply roll 100 and ACF First to fifth rollers 102, 104, 106, 108, and 109 for preventing sagging of the ACF 200, which are disposed and transported between the recovery rolls 110, respectively, and are supplied from the ACF supply roll 100. The ACF 200 is attached between the ACF supply roll 100 and the attachment unit 140 to attach the ACF 200 to the liquid crystal panel 111. A peeling unit 180 and a peeling unit 180 for peeling the cutting unit 150 to cut the length, the protective film 224 attached to the upper portion of the ACF 200 attached to the liquid crystal panel 111. On Value is provided with a fixing part 170 for fixing the ACF (200) being conveyed.

The ACF supply roll 100 supplies the ACF 200 wound in a reel form by the rotation of a drive motor (not shown) to the attachment unit 140. The ACF recovery roll 110 recovers the protective film 224 peeled from the ACF 200 attached on the liquid crystal panel 111. Each of the ACF supply roll 100 and the ACF recovery roll 110 is a precision motor capable of performing a precise rotational movement during forward and reverse rotation to prevent sag during transfer of the ACF 200. The ACF feed roll 100 and the ACF recovery roll 110 are driven at the same time.

Each of the first to fifth rollers 102, 104, 106, 108, and 109 is transferred onto the attachment unit 140 and the stage 130 by driving the ACF feed roll 100 and the ACF recovery roll 110. The sagging of the ACF 200 is prevented. To this end, the first roller 102 is installed adjacent to the ACF supply 102, the second roller 104 is installed in parallel with the cutting unit 150. The third roller 106 is installed side by side with the fixing part 170, the fourth roller 108 is installed with a step with the third roller 108, the fifth roller 109 is the ACF recovery roll 110 ) And the fourth roller 108.

The first to fifth rollers 102, 104, 106, 108, and 109 do not generate maximum tension in the ACF 200 by driving the ACF feed roll 100 and the ACF recovery roll 110. To be transported.

Cutting unit 150 is a cutting board 156 is installed on the upper portion of the ACF 200 to be transported as shown in Figure 5, the cutting body 152 is installed on the lower portion of the ACF 200 to be transferred, the cutting body The cutter 154 is installed at the 152 to cut only the conductive film 222 except the protective film 224 of the ACF 200 by vertical movement.

The cutting board 156 is installed on the protective film 224 of the ACF 200 to support the ACF 200 when the ACF 200 is cut. The cutting body 152 has a driving device, not shown, for vertically moving the cutter 154. The cutter 154 is vertically raised by the driving device installed in the cutting body 152 to cut only the conductive film 222 of the ACF 200 and then lower. To this end, the cutting unit 150 adjusts the distance between the cutter 154 and the ACF 200 to cut only the conductive film 222 of the ACF 200.

Such, the cutting unit 150 is to perform a double cut by a single cutter. That is, the ACF 200 is first cut by the cutter 154, and then the ACF 200 is secondly cut after being transferred by the length of the liquid crystal panel 111. In the first cutting, the cutter 154 may double cut the ACF 200 at intervals of 1 to 3 mm to increase the uniformity and cutting force of the cutting section of the ACF 200.

On the other hand, the film attachment device according to an embodiment of the present invention is a conductive film recovery unit for recovering the conductive film 222 of the ACF (200) double cut about 1 to 3mm at the time of the first cut by the cutter 154 ( 160 is further provided.

The conductive film recovery unit 160 recovers the conductive film 222 of the ACF 200 which is double-cut about 1 to 3 mm in the first cut by the tape wound on two rollers.

The attachment unit 140 is the ACF 200 is cut by the length of the liquid crystal panel 111 by the cutting unit 150, the liquid crystal panel 111 by the drive of the ACF feed roll 100 and the ACF recovery roll 110 The ACF 200 transferred to the pressure is attached to the liquid crystal panel 111 by a predetermined pressure. To this end, the attachment unit 140 includes a pressing tool 142 for attaching the ACF 200 to the liquid crystal panel 111 by a predetermined pressure. The pressing tool 142 is vertically moved by a driving device (not shown) installed in the attachment unit 140 to attach the ACF 200 to the liquid crystal panel 111.

The peeling unit 180 includes a peeling pin (not shown) inserted between the protective film 224 and the cut conductive film 222, and an LM guider for transferring the peeling pin in a horizontal direction. The peeling unit 180 is installed on the side of the ACF 200 to peel off the protective film 224 from the ACF 200 attached on the liquid crystal panel 111 by the attachment unit 140.

The fixing part 170 is conveyed by the driving of the ACF feed roll 100 and the ACF recovery roll 110 as shown in FIGS. 6A to 6D, and the first and second cuts are cut by the cutting unit 150. The ACF 200 is guided and the ACF 200 is fixed when the ACF 200 is attached to the liquid crystal panel 111 by the attachment unit 140. To this end, the fixing unit 170 lowers the first and second guide blocks 172 and 174 for guiding the ACF 200, and temporarily lowers the second guide block 174 on the liquid crystal panel 111. When the ACF 200 is attached, a driving pin 176 is provided to prevent disconnection of the ACF 200 due to the falling of the ACF 200. After the transfer of the ACF 200 is performed, the fixing part 170 is attached with the second guide when the ACF 200 is attached to the liquid crystal panel 111 by the lowering of the ACF 200, as shown in FIG. 6B. The block 174 is temporarily lowered by the rotation of the driving pin 176 as shown in FIGS. 6B and 6C, and then returns to its original position to prevent disconnection of the ACF 200.

Meanwhile, the fixing part 170 is transferred together with the LM guider of the peeling part 180 when the protective film 224 of the ACF 200 is attached to the liquid crystal panel 111 by the peeling part 180.

Such a method of attaching a film using a film attaching apparatus according to an exemplary embodiment of the present invention will be described with reference to FIGS. 7A to 7H.

First, as shown in FIG. 7A, the reel-shaped ACF 200 includes an ACF supply roll 100, first to fifth rollers 102, 104, 106, 108, and 109, and an ACF recovery roll 110. It will be installed in between. At this time, the liquid crystal panel 111 is loaded and seated on the stage 130 by a loading device (not shown). The liquid crystal panel 111 loaded on the stage 130 is transferred to the correct position for attaching the ACF 200 by the position correction of the stage 130.

Then, the ACF feed roll 100 and the ACF recovery roll 110 are driven to transfer the ACF 200 onto the liquid crystal panel 111 through the first to fifth rollers 102, 104, 106, and 108 109. Let's go. At this time, the ACF 200 is conveyed without sagging by the precision rotation of the ACF feed roll 100 and the ACF recovery roll 110 and the first to fifth rollers 102, 104, 106, 108 109.

Thereafter, the cutting unit 150 cuts the conductive film 222 of the ACF 200 without sagging using the cutter 154 as shown in FIG. 7B. At this time, the primary cutting of the cutter 154 is to double cut the conductive film 222 of the ACF 200 to have a predetermined interval.

The conductive film 222 of the ACF 200, which is first cut by the cutter 154, is separated and recovered from the ACF 200 by the conductive film recovery unit 160 as illustrated in FIG. 7C. .

Then, the ACF feed roll 100 and the ACF recovery roll 110 are driven to transfer the first cut ACF 200 by the length of the liquid crystal panel 111, and then the cutting unit (as shown in FIG. 7D). Secondly, the conductive film 222 of the ACF 200 is cut by the length of the liquid crystal panel 111 using the 150.

Subsequently, when the conductive film 222 of the ACF 200 is second cut by the cutting unit 150, the ACF supply roll 100 and the ACF recovery roll 110 are driven to show the ACF 200 in FIG. 7E. As described above, the liquid crystal panel 111 is transferred to correspond to the liquid crystal panel 111.

Then, as shown in FIG. 7F, the pressure tool 142 of the attachment unit 140 is lowered to attach the conductive film 222 of the ACF 200 on the liquid crystal panel 111 on the liquid crystal panel 111. Let's go. At this time, the protective film 224 between the end of the liquid crystal panel 111 and the first guide block 172 is lowered by the lowering of the pressing tool 142 to have a predetermined slope. In addition, the fixing unit 180 performs an operation as shown in FIGS. 6A to 6C.

After the conductive film 222 of the ACF 200 is attached to the liquid crystal panel 111, the pressing tool 142 of the attachment unit 140 is raised as shown in FIG. 7G. At this time, the peeling pin 190 of the peeling unit 180 peels off the protective film 224 from the ACF 200 attached on the liquid crystal panel 111 in accordance with the transfer of the LM guider.

Subsequently, when peeling of the protective film 224 from the ACF 200 attached on the liquid crystal panel 111 is completed, the protective film 224 is peeled off by driving the ACF supply roll 100 and the ACF recovery roll 110. To the ACF recovery roll 110.

Then, the above process is repeated to attach the ACF 200 on the liquid crystal panel 111.

As described above, the film attachment device and method according to an embodiment of the present invention is a precisely rotated conductive anisotropic film supply unit and conductive anisotropic film recovery unit for conveying the conductive anisotropic film without sagging, and tension during transfer of the conductive anisotropic film It is provided with a plurality of rollers for reinforcing to prevent sag. Accordingly, the present invention can transfer the transfer of the conductive anisotropic film without sagging when the conductive anisotropic film is attached on the liquid crystal panel. Therefore, the present invention can prevent a defect due to sag during transfer of the conductive anisotropic film.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the technical spirit of the present invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

Claims (16)

A film including a conductive film on which conductive particles are distributed and a protective film attached on the conductive film; A stage on which the liquid crystal panel to which the film is attached is loaded; A feed roll wound around the film in a reel form, A film attachment portion for attaching the film from the supply roll to the liquid crystal panel; A cutting part installed between the film attachment part and the supply roll to cut only the conductive film of the film corresponding to the length of the liquid crystal panel; A peeling part for peeling the protective film from the film attached on the liquid crystal panel; A recovery roll for recovering the protective film driven together with the supply roll and peeled off by the peeling unit; A deflection prevention means installed between the supply roll and the recovery roll to prevent deflection of the film that is transferred in association with rotation of the supply roll and recovery roll, The peeling part, An LM guider transported along the side of the liquid crystal panel; The protective film is inserted between the cut conductive film and the protective film of the film attached to the LM guider and attached to the liquid crystal panel to peel the protective film from the film attached to the liquid crystal panel according to the transfer of the LM guider. A film attachment device comprising a release pin. The method of claim 1, The film attachment portion, A pressing tool for pressing and attaching the conductive film onto the liquid crystal panel; And a driving unit for raising and lowering the pressing tool. The method of claim 1, The cutting portion, A cutting board installed on the protective film of the film to support the film; A cutter for cutting only the conductive film of the film, provided to face the cutting board with the film therebetween; And a driving unit for vertically moving the cutter by the thickness of the conductive film. The method of claim 3, wherein The cutter, And firstly cutting the conductive film of the film to have a predetermined interval, and secondly cutting the conductive film of the film transferred by the length of the liquid crystal panel after the first cut. The method of claim 3, wherein And a conductive film recovery device provided between the cutting portion and the stage, for recovering the conductive film of the film cut at a predetermined interval by the first cutting by the cutter. The method of claim 1, The sag prevention means, A plurality of first rollers installed between the cutting portion and the supply roll, Second rollers provided between the deflection prevention means and the recovery roll; And a guide part installed between the deflection preventing means and the second rollers to guide the transferred film. The method of claim 1, And said supply roll and recovery roll are connected to a drive motor capable of forward and reverse precision rotation. The method of claim 1, The film attachment portion, A pressing tool which presses the conductive film of the film cut by the length of the liquid crystal panel by the cutting part and attaches the conductive film to the liquid crystal panel; And a driving unit for vertically moving the pressing tool. delete Providing a film including a conductive film on which conductive particles are distributed and a protective film attached on the conductive film; Loading the liquid crystal panel to which the film is attached onto a stage to seat the film; Installing the film between a supply roll for supplying the film and a recovery roll for recovering the protective film of the film; Primary cutting the conductive film of the film using a cutter, Simultaneously rotating each of the supply rolls and the recovery rolls to transfer the first cut film by the length of the liquid crystal panel; Secondly cutting the conductive film of the film transferred by the length of the liquid crystal panel using the cutter; Simultaneously rotating each of the supply rolls and the recovery rolls to transfer the second cut film onto the liquid crystal panel; Pressing the film to attach the film to the liquid crystal panel; Peeling off the protective film of the film attached on the liquid crystal panel; Simultaneously rotating each of the supply rolls and the recovery rolls to recover the peeled protective film into the recovery rolls; Peeling the protective film, And a peeling pin inserted between the cut conductive film and the protective film of the film along the side surface of the liquid crystal panel to peel the protective film from the film. The method of claim 10, The film transferring method of the film is characterized in that to prevent the sag of the film to be conveyed by precisely rotating the feed roll and the recovery roll at the same time. delete The method of claim 10, And recovering the conductive film of the film cut at the predetermined intervals. The method of claim 1, And a fixing part for guiding the film cut by the cutting part and fixing the film when the film is attached onto the liquid crystal panel by the film attaching part. The method of claim 14, The fixing part, A first guide block for guiding the film; A second guide block guiding the film and temporarily lowering the film on the liquid crystal panel; And And a driving pin which prevents disconnection of the film due to the lowering of the film when the film is attached onto the liquid crystal panel. The method of claim 14, The fixing unit is a film attachment device, characterized in that with the LM guider when the peeling of the peeling of the protective film of the film attached to the liquid crystal panel.

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