TW201237520A - Jig for adjusting film pitch, apparatus for joining film having the same, and method of adjusting film pitch using the apparatus - Google Patents

Abstract

Provided is a jig for adjusting a film pitch. The jig comprises a film landing member, on which a TCP film comprising electrode lines having regular pitches is landed, installed on a base plate; and a film pitch adjusting member installed on the base plate to be glided along a horizontal direction by receiving an external force from both sides of the film landing member, wherein both ends of the landed TCP film are fixed to the film pitch adjusting member. Accordingly, the pitches of the TCP film that connects an electric signal between LCD modules may be adjusted.

Description

201237520

IW831 IPA VI. Description of the Invention: [Technical Field] The present invention is a kind of jig for adjusting the pitch of a film, in particular, for adjusting a liquid crystal display module. The method of adjusting the film pitch of the device is one of the TCP (Leak Carrier Package) film, which is a film-bonding device with a clamp. [Prior Art] In general, flat display panels such as liquid crystal displays (LCDs) are used in the process of verifying the steps of a panel for a flat panel display, and then Perform assembly. In other words, in the flat display panel, a test probe is connected to a test connection pad (1) for driving the drive 1C, and the power supply and the control signal applied from the drive Ic to the test probe are transmitted through the test port. Applied to the panel unit to activate the flat display panel. Therefore, the stain of the display panel is checked, and the general inspection of the display is ended, so as to complete the mad test of the green recognition panel. Here, a probe block including a test probe is usually connected to a TCP film such as a chip on film (C0F) in which a fixed section is formed on the TCP film. The electrode line from the distance. The pitch of the electrode wires is the same as the pitch of the wires of the joint portion of the panel to be tested. However, the pitch of the panel junction wires varies according to the panel thickness of 201237520 inches. Therefore, different TCP films are used depending on the wire pitch of each panel. This leads to an increase in the cost of manufacturing the film. Therefore, it is necessary to adjust the TCP film pitch including the electrode lead with a fixed pitch. SUMMARY OF THE INVENTION The present invention provides a medicinal device for adjusting a film pitch, which can adjust a film bonding device having a jig for connecting an electrical signal t TCP film between liquid crystal display modules, and This method of joining the diaphragm. Connected to it: It also provides a fixture for adjusting the film pitch, because the standard Tcp film requires a different pitch, the fixture rate, the film bonding device with the fixture, and the use of A method of bonding a film to the surface. According to one aspect of the present invention, a clamp for adjusting a film pitch is provided. The clamp includes a film platform member disposed on the table member and disposed with a TC including a fixed pitch electrode lead; The pitch adjusting member is disposed on the bottom plate, and the force is applied in the horizontal direction by the external force on both sides of the receiving member (4), wherein the two ends of the TCP film of the film platform member are fixed to the film pitch adjustment

d can further include a glass block. The glass block is formed with a fixed space, and the glass block is located on the film platform member, wherein TCP

201237520 TW8311PA film is placed on the glass block. The film pitch adjusting member may include a pair of movable wall blocks 'a pair of fixed wall blocks and a pair of adjusting screws, and the movable wall blocks are disposed on the bottom plate to slide in a horizontal direction so as to be perpendicular to both sides of the film platform member. The movable wall blocks each include a fixing protrusion formed at each end of the TCP film, wherein the fixing hole is inserted into the fixing protrusion, and the fixing wall block is fixed on the bottom plate, so that the fixing wall block is disposed on the movable wall block. On both sides, the fixed wall blocks each include a wormhole hole, each adjusting screw has a fixed height, and each adjusting screw is screwed into the screw hole of each fixed wall block, wherein one end of each adjusting screw is fixed on each movable wall block 'The other end of each adjustment screw protrudes from the screw hole. The film platform member may include a pair of support members, an upper support member and a placement plate support member disposed on the bottom plate, the upper support member being disposed to connect the top end of the support member and including a vertical screw hole for placing the TCP The film placing plate is disposed on the upper supporting member, and the placing plate comprises a vertical adjusting screw, and the vertical adjusting screw has a fixed height, and the vertical adjusting screw is fixed and screwed into the vertical screw hole. The jig may further comprise a thermosetting epoxy resin coated between the fixing and the fixing holes. The t-clamp may further include an ultraviolet light emitter that supplies ultraviolet light by receiving an external power source to harden the resin coated between the fixing protrusion and the fixing hole. '" Hole This fixture can also include a cutting member, which is divided by a cutting edge-up. ^度'cut This fixture may further include an image amplifier located in the film platform member

S 6 201237520 I WOJ I : 参考 Block reference _ according to another aspect of the invention. A device for bonding a film is provided, comprising: a block Anton unit having a probe block disposed thereon - a jig for adjusting a film pitch, comprising: a thin member disposed on the bottom plate The wire is disposed in the block mounting unit such that the film platform member is disposed at a lower portion of the probe block, and the film flat member 1 is: raised and raised a TCp film including a fixed pitch electrode wire; and a film The pitch adjusting member is disposed on the bottom plate, and is forced to move along the horizontal direction by the force from both sides of the film platform member, and the two ends of the TCP film placed in the middle are determined by the film pitch adjusting member; - an adhesive supply member for providing an adhesive to fix both ends of the placed 1XP film - 'ultraviolet light emitter' to provide ultraviolet light by receiving an external power source to harden the adhesive; and a cutting structure, π "Used to fix the depth of the TCP film to be fixed at both ends. The device may further comprise a glass block, the reference pitch of the partition on the break block, and the glass block is located in the thin t TCP film is placed on the glass block Above the crucible, the film pitch adjusting member may include a pair of movable wall blocks, a pair of fixed wall blocks and a pair of adjusting screws, and the movable material system is disposed on the bottom plate to be oriented in a horizontal direction so as to be perpendicular to On both sides of the platform _, the movable wall blocks each comprise a fixed (four), one of which is formed at one of the two ends of the TCP lap, and the fixed hole is inserted into the fixed bulge, and the fixed wall block is fixed on the bottom plate, 201237520

TW83IIPA is such that the fixed wall blocks are disposed on both sides of the movable wall block, the fixed wall blocks each include a screw hole, and the adjusting screws each have a fixed height, and each adjusting screw is in the screw hole of the fixed wall block, wherein each adjusting screw The end is fixed to the movable wall block. The other end of each adjusting screw protrudes from the screw hole. The film platform member may include a pair of support members, an upper support member and a placement plate, the support member is disposed on the bottom plate, the upper support member is disposed to connect the top end of the support member, and includes a vertical screw hole, and the TCp film is disposed The placing plate 5 is further placed on the upper branching piece, and the placing plate comprises a vertical adjusting screw, the vertical adjusting screw has a fixed height, the vertical adjusting screw is fixed and screwed into the vertical screw hole' placing plate by vertical Adjust the rotation of the screw to rise. The adhesive of the device may be a thermosetting epoxy resin coated between the fixing projections and the fixing holes. The TCP film cut at a fixed depth at both ends can be bonded to the probe block by blowing an adhesive to the adhesive provided by an adhesive and a heat blower to rapidly harden one of the adhesives at a fixed temperature. The apparatus may further include an image amplifier located on the film platform member for visibly magnifying and displaying the reference pitch of the glass block and the electrode lead pitch on the TCP film. According to still another aspect of the invention, a method of joining films is provided. The method includes: performing - a first step of disposing a probe block at a specific location of a bulk acoustical unit; performing a second step of forming a glass block comprising a reference pitch on a film platform member; Performing a third step of placing a Tcp film comprising one of the electrode leads having a fixed pitch on the glass block, and fixing the two ends of the TCP film to the film platform member

8 S 201237520 1 ?* i II r \ terminal; implementing a fourth step, moving the fixed ends of the TCP film on the film platform member to the corresponding directions, respectively, to adjust the pitch on the TCP film to and from the reference Corresponding to a pitch; performing a fifth step of bonding a TCP film having an adjusted pitch to one end of a probe block; and performing a sixth step of cutting both ends of the TCP film with the adjusted pitch, and Remove the probe block from the block mounting unit. In the third step, the fixing holes formed at both ends of the TCP film can be inserted and fixed to the fixing protrusions formed at both ends of the film platform member, and are an adhesive for the thermosetting epoxy resin, which is coated by an adhesive supply member. The cloth is placed on the fixed portion of the TCP film, and the adhesive is hardened by a hot air blower. In the fourth step, the pitch of the TCP film and the reference pitch of the glass block can be visualized by an image amplifier to adjust the pitch of the TCP film to correspond to the reference pitch. In the fourth step, the pitch of the TCP film can be adjusted by a film pitch adjusting member, wherein the film pitch adjusting member comprises a pair of movable wall blocks, a pair of fixed wall blocks and a pair of adjusting screws, which are movable The wall block is disposed on the bottom plate to slide in a horizontal direction so as to be perpendicular to the two sides of the film platform member. The movable wall blocks each include a fixing protrusion formed on one of the two ends of the TCP film and fixed in the fixing hole. In the protrusion, the fixed wall block is fixed on the bottom plate, so that the fixed wall block is disposed on both sides of the movable wall block, the fixed wall block each includes a screw hole, and the adjusting screws each have a fixed height, and each adjusting screw is rotated. In the screw hole of the fixed wall block, one end of each adjusting screw is fixed on the movable wall block, and the other end of each adjusting screw protrudes from the screw hole, and the two screws of the TCP film are pulled by rotating the adjusting screw, 201237520

The TW83NPA terminal' is such that the pitch of the TCP film corresponds to the reference pitch. [Embodiment] A film joining device having a film pitch adjusting jig and a method of adjusting the film pitch using the device will be described in detail below with reference to the drawings. Referring to Figures 1 and 2, the film joining apparatus according to an embodiment of the present invention includes a body mounting unit 2 ( bl〇ck instaUati〇n unit) ’ a film platform member! 2〇 (film landing member), a film pitch of 5 weeks of the whole member 130, an adhesive supply member (not shown), an image magnification benefit 300, an ultraviolet light emitter 4〇〇 and a cutting member (not drawn Show). The block mounting unit 200 includes a guide 21 () at a fixed height, and a block mounting member 22A located at a lower portion of the guide rail 210. Here, a separate probe block 30 is placed at a specific position on the block mounting member 22A. Further, an image amplifier 3 (e.g., a microscope) is disposed at a fixed position on the rail 210 that can be moved left and right. Both ends of the guide rail 21A and the block mounting member 220 are supported by brackets 23, respectively. The film platform member 12 on which the tcp film is placed is disposed at the lower portion of the probe block. Further, the film pitch adjusting member 130 pulls the TCP film toward both sides while fixing the both ends of the TCP film to adjust the pitch of the TCp film placed on the film platform member 12A. The film pitch adjusting member 13 is disposed to slide in a horizontal direction of one of the bottom plates 11 to stand on both sides of the film platform member 120. In addition, 201237520

1 WOJI J rA film pitch adjusting member 130 includes a pair of movable wall blocks (3), a pair of solid wall blocks 132, and a pair of adjusting screws 133. Each of the movable wall blocks (3) includes a fixing protrusion (3)a' which is formed in one of the two ends of the Tcp_ into which the fixing hole is inserted. The fixed wall block 132 is fixed to the bottom plate 11A so as to be disposed on both sides of the movable wall block 131, and each solid (four) block includes a screw hole. Each of the adjusting screws 133 has a fixed height, and each adjusting screw (3) is screwed into the screw holes of each fixed Wei 132, wherein one end of each adjusting screw i33 is fixed on the movable wall block 131, and each adjusting screw 133 protrudes from the screw hole. Further, the film platform member 120 includes a pair of support members (SUpP〇ner) m ', an upper support member 122, and a placement plate 124. The pair of members 121 are disposed on the wire 11''. The upper support member 122 is detached from the top end of the pair of support members 121 and includes a vertical screw hole. The placement plate 124 on which the Tcp film is placed is disposed above the upper support member 122, and the placement plate 124 includes a vertical adjustment screw 123 having a fixed height, and the vertical adjustment screw 123 is fixed and screwed into the vertical direction of the upper support member 122. In the screw hole. Further, the support member 121 is coupled to a connecting wall block 141. A support wall 142 spaced apart from the connecting wall block 141 by a fixed distance is disposed on the substrate ιι. In addition, another adjusting screw 143 is disposed to be screwed into a screw hole (not shown) formed on the supporting wall block, wherein a k of the other adjusting screw M3 is connected to the connecting wall block 141 for rotation, and the other The other end of the adjustment screw m3 protrudes from the support wall block 142. Here, the other adjustment screw 143 can be perpendicular to the pair of adjustment screws 133. When the other adjusting screw 143 is rotated, it is connected to the connecting wall block 141 201237520

The film platform member 120 of the TW83MPA can be moved. For example, when the film platform member 120 is moved in the X-axis direction by the adjustment screw 133, the other adjustment screw 143 moves the film platform member 120 in the z-axis direction, and the vertical adjustment screw 123 causes the placement plate 124 to move along the z-axis. Move in direction. Further, a glass block is formed on the placement plate 124, wherein the glass block includes reference lines constituting a reference pitch. In addition, a TCP film is placed on top of the glass block. A subsequent supply member (not shown) is disposed on one side of the block mounting unit 2' to provide a fixed amount of an adhesive agent on the fixing protrusion 131a and the fixing hole, such as a thermosetting ultraviolet epoxy resin 9 ( Thermosetting UV epoxy ). In addition, an ultraviolet light emitter 400 can receive an external power source to provide ultraviolet light to harden the solid embossing protrusion 131a and the epoxy resin on the fixing hole. Further, a cutting member (not shown) can be formed by cutting the Tcp film at a fixed depth to form both ends of the fixing hole (refer to the side flap 12' of the 3B drawing, the fixing holes 10a are formed on the side flaps 12, respectively). The image amplifier 3A can be moved along the guide 210 to a specific position to visually enlarge and display the reference radii pi of the glass block 20 on the film flat member 120, and the pitch p of the electrode lead 11 on the tcp film (refer to 4 picture). Further, the TCP film and the probe block 30 are bonded to each other by an adhesive, wherein the adhesive can be exposed to a hot air of a fixed temperature provided by a heat blower (not shown) and hardened rapidly. Here, different kinds of adhesives can be used, for example, a commercially available instant glue can be used. The following description will be made using the film in detail by referring to Figures 1 to 4 of the drawings.

S 12 201237520 Method of joining a film to a bonding device. Referring to FIG. 1-3A, a first step is performed to set the probe block 30 at a specific position on the block mounting unit 200. A mounting position is prepared in advance on the block mounting member 220 to set the probe block 30. Further, the probe block 30 is mounted by means of a bolt or the like, and thus can be separated from the block mounting member 220. After the probe block 30 is disposed, a second step is performed to form a glass block 20 including the reference pitch P1 on the film platform member 丨2〇. The glass block 2 is made of a transparent material, and a reference pitch having a fixed distance is formed in advance. The glass block 20 can be placed on the placement plate 124 of the film platform member in a manner such as a bolt to avoid deformation. Referring to FIG. 3B, a third step is performed to place a TCP thin layer 1 including a f-pole 11 having a pitch p on the glass block 2, and fix both ends of the rep film 1G to the film platform member. Both ends of 12G. Here, the fixing holes 1A formed at both ends of the TCP thin plate 1 are inserted and fixed to the fixing projections (3) a formed at both ends of the film platform member 120, respectively. That is, both ends of the TCP film 1 are fixed in the following manner: The fixing holes 1A formed at both ends of the TCP film H) are fixed to the fixed convex portions of the pair of movable wall blocks 131 disposed on both sides of the plate 124. The (3) release plate 124 is horizontally slidable on the bottom plate 110. Referring to Figure 3C, the adhesive portion of the T C P film can be provided by an adhesive supply member, such as an adhesive of a cured epoxy resin. ", the resin can be difficult to be photocurable epoxy, and can be used as an adhesive for ultraviolet light curing of $400 emission. ,. 13 201237520

TW83IIPA Thus, after the epoxy resin is supplied, the ultraviolet light emitter 4 and the external light are applied to the epoxy resin to harden and fix the epoxy resin. Therefore, the TCP film 10 can be disposed on the glass block 2 without being deformed. Then, in the fourth step, the two ends of the TCP film 1G fixed on the film platform member 12 are respectively moved in the corresponding directions, so that the pitch P on the film cp is adjusted to correspond to the reference pitch ρι. , as shown in Figure 4. In the present invention, both sides of the film 10 are pulled using the film pitch adjusting member 130 to adjust the film pitch. The above-mentioned film pitch adjusting member 13G is disposed to be slidable in the horizontal direction on the bottom plate to stand upright on the red side of the film platform member 120: the film pitch adjusting member 130 and including a pair of movable wall blocks 131, - Pair of fixed wall blocks 132 and - Pair adjustment screw 133. Each of the movable niches 13^ includes fixing projections 13u' which are respectively formed at the opposite ends of the Tcp film (7), and the fixing holes 1a are inserted into the fixing projections 131a. The fixed wall block 132 is fixed to the bottom plate 110 such that the fixed wall block 132 is disposed on both sides of the movable wall block 131. Each of the fixed wall blocks 132 includes a screw hole 132a, and each of the adjusting screws 133 having a fixed height is screwed into the screw holes 132a of each of the fixed wall blocks 132, wherein each adjusting screw I% is set in each movable wall block 131. The other end of each of the adjustment screws 133 protrudes from the screw hole. * f, rotate the pair of adjustment screws 133. When the two ports of the TCP port 10b are rotated, the ends of the respective adjustment screws 33 are moved, and the movable wall blocks 131 are moved toward each other. : 疋TCJP film] 〇 is enlarged until its pitch p corresponds to the reference pitch PI on the glass block 201237520 1 VV O J I i Γ /Λ 10 . Here, 'installed on the guide rail 2l--" "the image amplifier 300 can be placed above the diaphragm 10" image enemy lion can enlarge and display whether the pitch on the TCP film 1 与 is related to the reference section Thus, in the present invention, the image amplifier 300 shown in FIG. 3D is an enlarged image for instantly confirming the coincidence of the glass (4) 2 〇 and the Tcp film 1 ,, as shown in FIG. 4 By adjusting the screw 133 and then pulling both ends of the TCP film 1〇 so that the pitch P of the TCp film 1〇 corresponds to the reference pitch P1, the pitch P of the TCp film 1〇 is adjusted in this manner. By rotating the vertical adjustment screw 123, the placing plate 124 is raised until the joint portion of the TCP film 1 is close to the joint portion of the probe block 3's. Further, the TCP fixed to the movable wall block 131 is cut by the cutting member. The flank 12 of both ends of the film 10. Next, a fifth step is performed to bond the TCp film 1 具有 on the placement plate 124 with the adjusted pitch p to the probe block 30. More specifically, the tcp film ίο , formed with a fixing hole 1〇a and located at a fixed depth The flank 12 at both ends can serve as a cutting area. In the 疋, when the step of adjusting the pitch is completed, the cutting member such as a knife can cut both ends of the tcp film 10 at a fixed depth. Therefore, the TCp film 1 () can leave The plate 124 is placed in an unfixed state. Referring to FIG. 3E, an adhesive is applied between the probe block 30 and the TCP film 1〇 which are adjacent to each other, so that the probe block 3〇 and the TCp film 1〇 are bonded to each other. 15 201237520

TW83! I PA where a fixed amount of an adhesive is applied to the joint and the same type of adhesive can be used (for example, a commercially available instant glue can be used), wherein the adhesive can be exposed to a hot blower. Fixed temperature under hot air and hardens quickly. ‘ Although not shown in the drawings, the film bonding apparatus according to the present invention can adjust the pitch of the TCP film 10 by automatic control. In other words, the movable wall block ι31 of the film pitch adjusting member 130 can be moved left and right by a rotating shaft coupled to the cylinders, and the image magnifying state can have an image acquiring function to be used from the TCP film 10 The upper portion captures an image of the pitch p of the Tcp film and the reference pitch p 1 of the glass block 20. In addition, the image amplifier 3 is electrically connected to a controller, wherein the controller can receive the image captured by the image amplifier 3, and classify the pitch P of the TCP film and the reference pitch P1 through an image processing program. A state in which the pitch p of the TCP film 1〇 and the reference pitch P1 coincide with each other are determined. Further, the drum may be a brake, and the pair of rollers may be operated by a telecommunication controller that receives the control to move the movable wall 131 toward each other. Thus, the TCP film H), which is fixed at both ends to the movable wall block i3i = upper portion, can be gradually enlarged in the horizontal direction, and the pitch p of the crucible 10 is also gradually increased. Here, the image amplifier 300 immediately extracts the image of the pitch P of the TCp film and the reference pitch P1 and transmits the image of the image to the device. The controller can process images. The controller can operate the drum until τ c p ^

201237520 1 The pitch P of the W831 PA film changes with the reference pitch PI. Next, when the varying pitch P of the TCP film coincides with the reference pitch P1, the controller stops operating the drum. The placement table 124 on which the TCP film 10 is placed is raised by a separate lifting device until the joint portion of the TCP film 10 contacts the joint portion of the probe block 30. These joint portions are connected to each other. Next, the controller cuts the two ends of the TCP film 10 fixed on the pair of movable wall blocks 131 by a cutting member attached to the horizontal device moving back and forth, so that the TCP film 10 on the placing table 124 becomes free. status. Further, when the TCP film 10 is bonded to the probe block 30, the probe block 30 can be separated from the block mounting member 220. As described above, when the image amplifier 300 confirms the pitch P of the change of the TCP film 10, a separate reference pitch P1 may not be provided on the glass block 20, and a reference pitch is preset by the controller. Therefore, the controller can operate the scroll wheel until the varying pitch P of the TCP film 10 corresponds to the preset reference pitch P1. According to the present invention, the pitch of the TCP film connecting the electrical signals between the liquid crystal display modules can be adjusted. Further, according to the present invention, a standard TCP film bonded and attached to the probe block can have different pitches, thereby increasing the use efficiency. While the present invention has been described in terms of an exemplary embodiment, it will be apparent to those of ordinary skill in the art of the present invention that various changes and modifications can be made without departing from the spirit and scope of the invention. Therefore, the protection of the present invention 17 201237520

The scope of TW83I1PA is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a film joining apparatus having a film pitch adjustment film according to an embodiment of the present invention.

Fig. 2 is a perspective view of the jig for adjusting the film pitch of Fig. i. Fig. 4 is a view showing the adjustment of the TCP according to the present invention - Fig. 4 is a view showing the relationship with the electrode lead on the film according to the present invention. One embodiment, standard line on glass block [Major component symbol description] 9: UV curable epoxy resin 10 = TCP film l〇a: fixing hole 11: electrode wire 12: side wing 110: bottom plate 120: film platform member 121: support member 122: upper support member 123: vertical adjustment screw 124: placement plate 130: film pitch adjustment member 201237520

I W8JIIPA 131 : movable wall block 131a : fixing protrusion 132 : fixed wall block 33 , ' 143 : adjusting screw ' . 41 : connecting wall block 142 : supporting wall block 20 : glass block 200 : block mounting unit : 210 : Guide 220: Block mounting member: 230: Bracket 30: Probe block 300: Image amplifier 400: Ultraviolet emitter P: Pitch on TCP film P1: Reference pitch on the glass block

Claims (1)

201237520 TW8311 PA VII. Patent Application Range: 1. A fixture for adjusting the pitch of a film, comprising: a film platform member disposed on a bottom plate, and the electrode platform member is provided with an electrode having a fixed pitch a TCP film of one of the wires; and a film pitch adjusting member disposed on the bottom plate to slide in a horizontal direction by receiving a force from both sides of the film platform member, wherein the TCP film is placed Both ends are fixed to the film pitch adjusting member. 2. The jig for adjusting the film pitch as described in claim 1, further comprising a glass block having a reference pitch at a fixed interval, and the glass block is located on the film platform member Above, wherein the TCP film is placed on the glass block. 3. The jig for adjusting a film pitch as described in claim 2, wherein the film pitch adjusting member comprises a pair of movable wall blocks, a pair of fixed wall blocks and a pair of adjusting screws, wherein The movable wall block is disposed on the bottom plate to slide in a horizontal direction so as to be perpendicular to the two sides of the film platform member, and the movable wall blocks each include a fixing protrusion formed on one of the two ends of the TCP film. The fixing holes are inserted into the fixing protrusions, and the fixing wall blocks are fixed on the bottom plate, so that the fixing wall blocks are disposed on two sides of the movable wall blocks, and the fixing wall blocks each include a screw hole, each of the adjusting screws has a fixed height, and each of the adjusting screws is screwed into the screw holes of each of the fixing wall blocks, wherein one of the adjusting screws is fixed at each of the movable screws On the wall block, the other end of each of the adjusting screws protrudes 20 S 201237520 1 vvftj * rn out of the screw hole. 4. And, 22:=3, the clip for adjusting the film pitch: 1; 1: comprising a pair of support members, the upper support member is arranged to be connected to the material cutting member, and the pure The upper support member is: > the top end of the member, and includes a vertical screw hole, and the placement plate on which the TCP film is placed is disposed on the upper support member = set = plate and includes - vertical adjustment screw The straight adjustment screw has a fixed height and the vertical adjustment screw is fixed and screwed into the vertical screw hole. 5. The squeegee for adjusting the film pitch as described in claim 3 of the patent application further includes a thermosetting epoxy resin coated between the fixing holes of the fixing protrusions. 〃 11 6. The refresher for adjusting the film pitch as described in item 5 of the patent scope includes the ultraviolet light emitter, which is hardened by receiving an external power source to provide ultraviolet light. The epoxy is fixed between the protrusion and the mosquito holes. 7. The device for adjusting the pitch of the film according to item 6 of the scope of the patent application further comprises a component of (4) for forming the two ends of the fixing hole respectively on the Tcp film according to the fixed depth. 8. The jig for adjusting a film pitch as described in claim 2, further comprising an image amplifier disposed on the film platform member for visually amplifying and displaying the reference of the glass block The pitch and the pitch of the electrode leads on the TC P film. 9. A device for joining a film, comprising: a block women's unit having a detachable probe block disposed thereon; 21 201237520 TW83I1PA A jig for adjusting a film pitch, comprising: a film platform member, Is disposed on a bottom plate, the bottom plate is disposed in the block mounting unit, such that the film platform member is disposed at a lower portion of the probe block, and the film platform member is placed and raised to include an electrode having a fixed pitch a TCP film of one of the wires; and a film pitch adjusting member disposed on the bottom plate, by receiving a force from both sides of the film platform member, to be placed along a horizontal direction/monthly Two ends of the TCP film are fixed to the film pitch adjusting member; an adhesive supply member for providing an adhesive to fix both ends of the TCP film placed; an ultraviolet light emitter, by receiving An external power source supplies ultraviolet light to harden the adhesive; and a cutting member cuts the fixed ends of the TCP film at a fixed depth. A device as claimed in claim 9 further comprising a "(four) block having a reference pitch at a fixed interval, and the glass block is located above the film platform member, wherein the Tcp film system Placed on the glass block. The device of claim g10, wherein the film pitch adjusting member comprises a pair of movable wall blocks, a pair of fixed wall blocks and a pair of adjusting screws, wherein the movable wall blocks are disposed on the bottom plate The upper movable member is slid in a horizontal direction so as to be perpendicular to the two sides of the film platform member, and the movable wall blocks each include a fixing protrusion formed at one of the two ends of the TCp film. In the solid bulge, the fixed wall blocks are fixed on the bottom plate to enable the fixed wall blocks to be disposed on opposite sides of the movable wall blocks. Each of the adjusting screws has a fixed height, and each of the adjusting screws is screwed into the screw holes of the fixing wall blocks, wherein one of the adjusting screws is fixed at the end On the movable wall block: the other end of each Wei township protrudes from the screw hole. 12. The device of claim n, wherein the film platform member comprises a pair of support members, an upper support member and a placement plate, the support members being disposed on the bottom plate Provided to connect the top ends of the support members, and includes a vertical screw hole, the placement plate on which the Tcp film is placed is disposed on the upper support member, and the placement plate includes a vertical adjustment screw, The vertical adjustment screw has a fixed height, and the vertical adjustment screw is fixed and screwed into the vertical screw hole, and the placement plate is raised by the rotation of the vertical adjustment screw. 13. The device of claim 11, wherein the adhesive is an ultraviolet epoxy resin coated between the fixing protrusions and the fixing holes. The apparatus of claim 9, wherein the TCP film cut at a fixed depth at both ends is blown to the adhesive by the adhesive and the hot blower and used to rapidly harden the adhesive. One of the fixed temperature hot air is used to bond the TCP film to the probe block. 15. The device of claim 13, further comprising an image amplifier disposed on the film platform member for visually amplifying and displaying a reference pitch of the glass block and the Tcp film The pitch of the electrode leads. 23 201237520 TW8311 PA 16. A method of bonding a film, comprising: performing a first step of arranging a probe block at a specific location of a body mounting unit; performing a second step on a film platform member Forming a glass block including a reference pitch; performing a third step of placing a TCP film including one of the electrode wires having a fixed pitch on the glass block, and fixing both ends of the TCP film to the film platform member Performing a fourth step of moving the two ends fixed by the TCP film on the film platform member in corresponding directions to adjust the pitch on the TCP film to correspond to the reference pitch; a fifth step of bonding the TCP film with the adjusted pitch to one end of the probe block; and performing a sixth step of cutting both ends of the TCP film with the adjusted pitch and from the block The probe block is removed from the body mounting unit. 17. The method of claim 16, wherein in the third step, the fixing holes formed at both ends of the TCP film are inserted and fixed to the fixing protrusions formed at both ends of the film platform member, and The adhesive of the thermosetting epoxy resin is coated on the fixed portion of the TCP film by an adhesive supply member which is hardened by a hot air blower. 18. The method of claim 16, wherein in the fourth step, the pitch of the TCP film and the reference pitch of the glass block are visualized by an image amplifier to the section of the TCP film. The distance is adjusted to correspond to the reference pitch. 24 S 201237520 I vvoj II r/\ z The method of claim 16, wherein in the fourth step, the film pitch adjustment member adjusts the section of the film (7), and the film pitch adjustment The member includes a pair of movable wall blocks, a pair of fixed wall blocks and a pair of adjusting screws, the movable wall blocks being disposed on the plate to slide in a horizontal direction so as to be perpendicular to the two of the film platform members The movable wall blocks each include a fixing protrusion, and one of the fixing holes formed at one end of the TCP film is inserted into the fixing protrusions, and the fixing wall blocks are fixed on the bottom plate to The fixing wall blocks are disposed on two sides of the movable wall blocks, and the fixing wall blocks each include a screw hole, and the adjusting screws each have a fixed height, and each of the adjusting screw systems is screwed into each of the One of the screw holes of the fixed wall block, wherein one end of each of the adjusting screws is fixed to the movable wall block, and the other end of each of the adjusting screws protrudes from the screw hole, by rotating the adjusting screw, Pulling the ends of the TCP port to make the TCP thin The pitch corresponds to the reference pitch. 25