TWI269613B - Working stage system for flat panel display and flat panel display working method using same - Google Patents

Abstract

The present invention relates to a working stage system for flat panel display and flat panel display working method using same. The working stage system for flat panel display includes an operation stage, an operation part, a part moving mechanism, a loading/unloading part and a controller. The operation stage has a plurality of operation positions capable of ensuring to mount no less than two working objects, e.g. flat panel display. The operation part is located on the top of the mentioned working stage. The mentioned flat panel display mounted on the mentioned respective working position is carried out a plurality of operations. The part moving mechanism can move the mentioned working object to the mentioned working position. The loading/unloading part simultaneously perform the loading and unloading operations, that is, the working objects or the flat panel displays, are mounted in several operation positions, and at the same time, the mentioned flat panel display finished with the respective working object operation is loaded on the corresponding operation position. The controller selectively controls the mentioned loading/unloading part, the mentioned operation part and the mentioned part moving mechanism. Simultaneously loading LCD and carrying out operation to LCD on the same working stage save the time for loading and unloading to increase the working capacity of LCD processed in a standard time cycle, enabling to significantly enhance working efficiency and production performance.

Description

1269613 IX. Description of the Invention: [Technical Field] The present invention is a flat display _ console green and its method for operating a flat panel display, specifically performing lcd loading and unloading on a workbench and continuously aligning the LCD Operation, saving loading and unloading time, increasing the amount of operation of the table in the standard time to process the LCD, can significantly improve work efficiency and productivity month & 〇 Flat panel display (FPD · Flat Panel Display) is a flat panel display It is generally referred to as 'CRT: Cathode Ray Tube' display-based liquid crystal display (LCD · Liquid Crystal Display). The panel and funnel that are combined in front of the CRT are vitreous, and the electrons are trapped in the neck of the funnel. The resolution is high, and the disadvantage is that it is relatively heavy. Recently, with the development of the display industry, LCD supply and demand exceeds CRT. For convenience of explanation, the flat display is referred to herein as an LCD. ^ θ 1疋 is a plan view of a conventional console system for a flat panel display, and FIG. 2 is a side view of FIG. As shown in FIG. 1 and FIG. 2, the existing console system for a flat panel display is composed of two parts: a working piece (116) and a working piece (120), wherein the working table (HQ) is provided with an operating object LCD (lOl), I. The workpiece (12 〇) is located at the top of the above table (1) 6) and performs a plurality of operations on the LCD (101) loaded on the table (116). Work $(116)—The end has a robot (117) that moves the LCD (1〇1) to or from the table (116). A plurality of support legs (119) on the top of the table (116) support the bottom of the LCD (1〇1). When the support leg (119) moves the LCD (101) to the table (116) by the robot (in), the end of the LCD 12D is read from the end of the straight 1269613, and the handle (117) is taken out and rotated. The LCD (l〇l) is placed on top of the workbench (116). The top of the table (116) has a pair of spaced apart posts (118a) with a connection between the two posts (118a) and a #connector (118b). The working member (10) is located above the connecting member (118b). According to a prescribed electrical signal, as the connecting member (leg) moves, a series of prescribed operations are performed on the LCD (l〇l). A series of prescribed operations performed by the LCD (101) will be described in detail below. After checking the LCD (l〇l), the electric ## short-circuit and disconnection occurred, and found the problem, and repaired and side-by-side, including LCD (1〇1) before entering the quality product. All operations, inspections, repairs, etc., are described in detail below.

[Previous Technical Note J The structure of the existing console system for a flat panel display is as described above, and the specific operation mechanism is as follows. First, the robot (117) takes out an LCD (10) from the concentrated box (not shown) of the operating object LCD (10). After that, it is placed on the top of the workbench ((10). When the robot (1 (7) puts the LCD (lOl) on the workbench (1) 6), each support leg (119) is upright with its end facing the top. When the support foot (119) After standing upright, the robot (117) grabs the LCD (1〇1) at the end of each support leg (119) (loading) and then resets. When the LCD (lOl) is sharpened on the upright support leg ((10) end 'Support foot (119) unidirectional rotation' and place the LCD (lOl) on top of the table (116), the position of this is the operating position of the LCD (lOl). 1269613 Λ When the LCD (lOl) is the robot (1) 7) After the support foot (1) 9) is moved to the specified operating position, the working piece (10) is operated according to the specified electrical signal, and the connecting piece (which moves and performs the specified operation on the LCD (lOl). The existing flat panel display console system is largely divided. Stages for the operation of the agricultural operating object LCD (lOl), the operation of the LCD (1 () 1), and the end of the unloading operation (1) And each LCD (lOl) is individually operated in sequence. The actual operation time of the existing flat display console Micaka LQ) (1{)1) is much larger than loading the LCD (lOl) on the workbench (116) The time required to unload the LCD (101) that has finished the operation from the workbench (116). Since the LCD (lGl) loading and unloading time is too long 'actually impossible to operate LQ) (10)), the operation efficiency and production performance are lowered. In fact, the actual operation amount of the LCD (lOl) processed in the standard time by the work table (10) in the existing flat panel display system is not large. If the LCD (1Gl) loading and unloading and the continuous operation of the LCD (lOl) are performed on the - (1) 6), the operating object LCD (i〇i) can be saved on the workbench (116) and The time required for the LCD (10) to finish the operation to be unloaded from the table (1) 6), thereby increasing the throughput of the workbench in the standard time, not only improves the work efficiency, but also greatly improves the production performance. SUMMARY OF THE INVENTION An object of the present invention is to provide a flat display amount operation table weaving and a flat display operation method using the same, which can load and unload La) on a workbench and continuously operate the LCD to save loading and unloading time. Therefore, the operation amount of the S LCD at the time of the standard 1269613 is increased, : '= there are:: r_ mechanism, loading and unloading parts and control crop parts, that is, flat display: the working piece is located in the above-mentioned working mechanism, the above working piece can be put The shifting to the above-mentioned operating position is performed by unloading the flatter that has been operated by the above-mentioned working member to the corresponding standing controller. The controller selectively controls the above-mentioned component moving mechanism of the loading and unloading member. 4 works and 10,000 of the above-mentioned flat display are replaced by the above workbench | The manipulator moves to _#^w ^ 夕 She makes the position display::: When set, multiple purchases support the plane above A plurality of support legs are respectively operated by the above-mentioned (four) control. The component moving mechanism includes a cymbal moving member that moves the working member according to the loading and unloading direction of the flat display device loaded by the table; and the y-axis moving member that laterally moves the working member according to the X-axis moving member; When the ΧΥ virtual plane of the X-axis and the y-axis moving member moves laterally, the y-axis moving member of the above-mentioned workpiece is raised and lowered. The above working piece is used for checking the operation process of the short circuit and the disconnection of the electric signal which may occur in the above flat display, and the point will be described in detail in the third embodiment. 1269613 In the case of repairing the above-mentioned problem of the flat panel display, the above-mentioned workpiece can be used. [This point will be described in detail in the fourth embodiment. The above repair work includes one of Module Repair, Panel Repair (4), Matrix Repair (An*ay Repair), and Deposit Repair (10) Clearance (5). The above-described work piece can be used in the partial restoring process of the above flat panel display. In addition, the above work piece can also be installed in an optical automatic inspection (New: 〇ptlCaHnspection) device or optical automatic inspection and repair (Aut〇 _ (4)

Inspection Repair) on the device. According to another aspect of the present invention, the above object of the invention is invented by providing a flat panel display operating method for a flat panel display. The basin is 'loading stage that includes moving the flat display to a plurality of operating positions of the turntable: 'continuously moving to the phase touch element in the order of lag, ah, the work piece is oriented to the plane; It is desirable to continuously perform the above stages through the prescribed controller. Regarding the present invention, the reference mechanism shown in the drawings will be described with reference to the drawings. [Embodiment] m ό Schematic diagram, showing the plane of the 11th stencil, and the side view of FIG. As shown in Fig. 3 and Fig. 4, the red table (10) and the cloth towel of the hair-issuing system are operated in an ordinary manner, wherein, the work piece d, the work piece (10), and the riding member and the controller (10) group, r work hall (16) There are a plurality of operations on the π-operating object, that is, the flat-panel display is ensured to place two of the above-mentioned workbench α6), and the work piece (10) is located in a plurality of operations; Lgd(i) continuously performs the LCD (1) to carry out a plurality of operations: loading and unloading operations, that is, when the LCDilVb# of the operating object is smashed, the operation of the rotating member (10) is completed ==1) unloading _ corresponding operation position; The controller ((8) selectively controls the loading element (20) and the component moving mechanism. The working true mfn robot (10)' moves (10) (1) to or moves to (6). As shown in Figure 3, the robot (10) relies on the other Mobile. In the transfer of the factory, in addition to making the __manipulator (10), also using the mobile wafer (Wafer) robot. In the embodiment - there are two operating positions on the top of the table (10). For the sake of explanation, the two operating positions are referred to as a first operating position (10) and a second operating position (16b) from left to right (Fig. 3). According to the prescribed component moving mechanism, the workpiece (10) is continuously moved from the top of the table (10) to the target position, and the predetermined operation is continuously performed to the corresponding LC: D (1). At this time, the operation by the work piece (10) includes the operation of the electric signal short circuit and the disconnection of the LCD (1) (see the third embodiment); repairing the LCD 〇)* 1269613 j ' Λ good problem operation (this please The repair device requested by the person); _ part lcd (1) of the remaining operation of the LCD (l) before the high quality product. The component moving mechanism is provided with various mechanisms for moving the X, Y, and Z axes to the X, Y, and Z axes, which will be described in detail in the third embodiment. -1, L0) (1 is not large in size _ plate-like body. The bottom of these thin-plate LCDs (1) is supported by the robot (17) for rotation, and it moves to or from the first and second operating positions of the table (10). (l6a, 16b). Such a robot (10) is generally used in the general semiconductor equipment industry, and the description is omitted in this embodiment. When the robot (17) supports the bottom of the LCD (1), it is placed in the first and second operating positions. (16a, 16b), if there is no gap between the first and second operating positions (16a, 16b) and the robot (17), the robot (17) cannot be detached. - In this embodiment, loading and unloading is set. The workpiece is connected to the operation of the robot (17). As shown in Figures 3 and 4, the loading and unloading member is located on the top of the table (10), and the robot (1) places the LCD (1) in the first and second operating positions. (16a, _, a plurality of support legs (19) supporting the LCD (1) can be used to ensure that the LCDg) reaches the above operating position. 肇 These support legs (19) are still controlled by the controller (18). In the embodiment, the support leg on the first operating position (16a) is referred to as a first supporting leg set (19a), and the second operating position (16b) is placed. The support leg is referred to as a second support leg set (here). When the robot (17) moves the LCD (1) toward the first and second operating positions (16a, 16b) of the table (16), The first and second support leg sets (19a, 19b) are erect, and the ends thereof support the bottom of the LCD (1), and after the robot (17) exits, the one-way rotation is performed, and the corresponding operation position of the top of the workbench (16) is carried. 11 1269613 As shown in the drawing, all the supporting legs (19) are unidirectionally rotated, but the actuators (not shown) can be configured to be lifted up and down by means of an actuator (A). LCD (l) sprays compressed air to the LCD 〇 without direct contact, then slowly removes the compressed air, and loads the LCD (1) to the table (16): and the second operating position (16a, 16b) ) on the structure. The operating mechanism of the console system for a flat panel display according to the first embodiment of the present invention having these configurations is as follows: ' First, the robot (17) takes out an lcd(i) from the operating object, that is, the LCD (1) centralized box. Place it on the top first operating position (16a) of the jade table (10). When the robot (10) is placed on the top first operating position (16a) of the table (16), the first support leg set (19a) is upright with its end facing the top end. _ When the first support leg set (19a) is upright, the robot (17) places the grasped lcd(1): at the end of the first support leg set (19a). When the LCD (1) is placed at the end of the upright first support leg set (19a), the first support leg set (19a) is unidirectionally rotated and the LCD (1) is placed at the top of the top operating position of the table (16) ( 16a). After the standby LCD (1) is moved to the specified operation _ position by the robot (丨7) and the first support leg group (for example), the work piece (20) connected to the electric signal from the controller (18) is moved according to the component. The structure moves to the prescribed record and performs the specified operation on the LCD(l). In addition, when the LCD (1) is moved to the first operating position (1), the workpiece is operated by the workpiece (2〇), the robot (丨7) is reset, and another LCD in the centering box is grasped. (l), place it on top of the table (16) corresponding to the empty second operating position (16b). 12 1269613 After the LCD (1) is arranged by the robot (π) to the top of the table (16) corresponding to the second operating position G6b), the second supporting leg group (19b) is upright with its end facing the tip. When the second lion r group (19b) is in direct field, the face hand (17) places the catch LGD (1) at the end of the (support) second support leg group (19b). When the LCD (1) is placed at the end of the upright second support leg set (1%), the second support leg set (19b) begins to rotate in one direction and places L(:D(1) on top of the guard table (10). The second operating position (16b).

As described above, the time required for the workpiece (20) to load and unload the LCD (1) is greater than the actual operation time required for the workpiece (20) to operate the LCD (1). When the robot (17) loads the other Lc])(1) to the second operating position (10) of the table (10) with the aid of the second support leg set (19b), the jade piece (10) has finished the first-operating position ( The operation of LCD (1) on 16a), then, the work piece (10) starts the operation of LCD (1) on the second operating position (16b). .

In addition, the robot (17) takes out the first operation position (_CD on the end operation, moves to the table ((6) first operation position 〇6a). At this time, the first branch that controls (18) (4) is received. The lion p group (19a) is upright again, lacking the first-operating position (LCD(l) at the end of ι(a). Scale, robot (10) prop up the first - support chat $ (19a) raised LCD (l) bottom And move to other receiving parts. " Subsequently, the robot (17) removes the other d LCD (1) from the operating object LCD (1) concentrating box. With the help of the first supporting leg set (19a), the lcd (1) is loaded (16) first operation Position (16a). j 13 1269613 At this point, the workpiece (20) has finished operating the LCD (1) on the second operating position (16b), and the workpiece (2〇) is again controlled by the controller (18) Control, operating 1/^(1) on the first operating position (168). At the same time 'the robot (17) moves to the second operating position (1 rib) of the table (16), with the aid of the second With the help of the support leg set (19b), the LCD (l) that ends the operation at the second operating position (16b) is transferred to the other receiving portion, and then the other lcd(1) is loaded to the empty second operating position. (16b) As described above, in the first embodiment of the present invention, the controller (18) selectively controls the robot (17), the first and second support leg sets (19a, 19b), and the work piece, Maximize the time during which the robot (17) stops moving during the LCD (l) loading process or the robot (17) stops moving during the workpiece (2〇) operation. Synchronize on one workbench (16) LCDG) loading and unloading and operating the LCD(i) saves loading and unloading time, thereby increasing the operation amount of the LCD (1) processed by the workbench (10) in a standard time, which can significantly improve the work efficiency and production performance. Figure 5 is a plan view showing a console system for a flat panel display according to the first embodiment of the present invention. As described above, the X-stage (10) has two sides, i.e., first and second operating positions (16a, 16b). The robot (17), the first and the second branch group (19a, 19b) and the work piece (20) are mutually made, and the LGD (1) is operated in series, such as loading and unloading the LCD (l), etc. : (16) does not - must set two operating positions (16a, service). 1269613 t Μ As shown in FIG. 5 in the second embodiment of the present invention, if three operating positions (16a, 16b, 16c) are provided on the table (16), the robot (17) is operated by the other moving means (17a) in the above two operations. When the position is moved, and the robot (I?) and the workpiece (2" connected to the support leg (19) are controlled by the controller (18), the advantage is that the operation efficiency is greater than that of the embodiment. The operation positions (16a, 16b, 16c) should be provided on the first to third support leg groups (19a to 19c), respectively. In addition, more than four operating positions can be designed on the table (16) and will not be illustrated here. [Embodiment 3] Figs. 6 to 10 are related drawings when the console system for a flat panel display according to the third embodiment of the present invention is used as an inspection device. Referring to FIG. 6, the LCD (1) has predetermined coordinate information including a scan electrode and a signal electrode, that is, a plurality of contact sheet groups for inputting predetermined coordinate information (including electric signals) are formed on the LCD (1) ( 2a to 2d), and each of the three contact chip groups (2a to 2d) is a group and arranged in different directions. Such LCD (l) coordinate information is generally formed by the LCD (1) manufacturer when forming the LCD (1), forming a plurality of contact patch sets (2a to 2d) for inputting prescribed coordinate information (including electrical signals), and inputting Go to LCD(l). In addition, the computer manufacturer inspects the LCD (l) coordinate information provided by the LCD (l) manufacturer and uses the checked LCD (l) for the monitor panel of the computer. 15 1269613 At this time, the LCD (1) inspection apparatus is as shown in Figs. 7 to 10, and the inspection apparatus employs the console system for a flat panel display of the present invention. The LCD inspection apparatus in the third embodiment of the present invention is mainly used for checking information related to the input contact group information (2a to 2d) of the input specified coordinate information (including the electric signal) in lcd(i) as shown in FIG. Determine whether the LCD (l) is qualified or not. The LCD inspection apparatus includes a case (10); an inspection table (12) in the case (10); and a work table on the inspection table (12) on which the inspection object 1 (: 1) (1) is placed (16); the work piece (20) on the top of the workbench (16); the part moving mechanism that at least moves the work piece (20) in one direction; the probe (21a, 22a) through the guard (10)) Monitoring component (32). The cabinet (10) is composed of a plurality of unit side walls (10a) to protect the inspection table ((2) and the guard (20) from external influences. If the LCD inspection device is not used, the cabinet can be closed. (10). The table (12) is located inside the cabinet (1〇) and is a horizontal shelf. Although the internal structure of the inspection table (12) is not shown, there is a de-shocking device inside to relieve the vibrations that may occur inside and outside. A plurality of leveling rulers (14) supporting the inspection table (12) # are provided at the bottom corners of the table (12). The leveling ruler (14) horizontally supports the inspection table (12) and has an adjustment bolt (14a). Adjusting the horizontal state of the inspection table (12). The table (16) for loading and placing the inspection object LCD (1) can fluctuate according to the horizontal direction along the top surface of the inspection table (12). Let the work table (16) The reason for fluctuating at a prescribed angle is to correct the loading position of the LCD (1) more accurately and faster. If the inspection apparatus of the present invention can accurately control the loading angle of the loading robot d7), it is not necessary to design the table (16) as Fluctuating. Although the wave method is not shown in Fig. 16 1269613, the vibration element can be used. This kind of guardian (10) lion is like the example, with the first and second operating positions (16a, 16b). — The shaft mechanism is located on the inspection table (10), which acts as a one-way moving work piece to allow the probes (21a, 22a) on the workpiece (20) to be inspected on the inspection object LCD (1), and (2a~ 2d 'See Figure 6) Contact. The term "unidirectional" as used herein refers to the X-axis, the Y-axis, and the Z-axis. The cattle moving mechanism includes an x-axis moving member (10) according to the aligning ore reading member (10) of the inspection article (10) (1) loaded and unloaded on the table (10), and laterally moves the working member (10) according to the y-axis moving member (4 〇). The shaft moving member (10) and the workpiece (2G)_L® and the gamma scale (10) are up and down _ flipped (21 & 2, the Ζ axis moving member (60). Since it is difficult to mark the component moving mechanism in the drawing The reference symbols will be omitted below. The moving mechanism for moving the components such as the X-axis, the γ-axis, and the z-axis is a LM Guide structure with a ball screw moving by a motor, and detailed description is omitted. Any one of the first and second operating positions (16a, 16b) of the table (16) is loaded with the loading direction of the LCD (1), laterally spaced apart from the X-axis moving member (4〇), which includes standing upright on the inspection table (12) first and second X-axis support bars (41a, 41b) on the top surface, first and second x-axis guide members W2a, 42b at the top ends of the first and second X-axis support bars (41a, 41b) a pair of (minimum) χ-axis rail blocks (43) that slide in a dovetail shape according to the first and second X-axis rail members (42a, 42b) and the X-axis The guide rail block (43) slides to the X-axis drive member (44) on the first and second X-axis guide members (42a, 42b) 〇 17 1269613 .

The I x-axis guide block (43) is a pair, but in the present embodiment, in order to shorten the inspection time and improve the accuracy of the inspection to ensure the reliability of the inspection, the axle guide block (43) is used as a table (16). Set to a single block for the center. The cymbal moving member (50) includes first and second γ-axis support bars (5) a, 51b) connected to the corresponding pair of y-axis guide blocks (43), and is disposed on the first and second y-axis support bars (51a, The first and second γ-axis rail members (52a, 52b) on the 51b) are slidably connected to the first and first Y-axis rail members (52a, 52b) at one end, and the other end is connected to the working member (20). The Y-axis guide block (53) slides the γ-axis drive member (54) of the Y-axis guide block (53) on the first and second γ-axis guides (52a, 52b).肇 At this time, the first and second Y-axis guide members (52a, 52b) each have a pair of γ-axis guide rail blocks (53). Therefore, there are four workpieces (2〇) connected to the γ-axis guide block (53). The Z-axis moving member (60) includes a fixing member (62) coupled to the γ-axis guiding block (53), and a moving member (64) coupled to the fixing member (62) in a lift type with respect to the fixing member (62) The Z-axis drive member (66) of the moving member (64) is raised and lowered. A moving camera (70) of the working member (20) is provided with a camera (70). The camera (7〇) is electrically connected to the monitor (32) and sends the captured image signal to the monitor _ (32). In this regard, the operator observes the LC () partial image captured by the camera (7〇), causes the table (16) to fluctuate at a predetermined angle through a control member (not shown), or performs control work by the component moving mechanism. The operation of the piece (2〇) position. In other words, the operation steps from loading the LCD (1) to the wave table (16) and controlling the position of the workpiece (2〇) by the component moving mechanism are the operator controlling the control member while observing the monitoring member (32). (34) to complete. In fact, these steps can be fully automated through the prescribed control program. 18 1269613 A camera moving member (72) for moving the camera (10) laterally with respect to the moving direction (10) of the moving member (10) is provided between the dummy member (10) and the camera (70). The camera moving member (10) includes a transverse blocking block (10) fixed to the shaft member (10). The slanting camera (10) is combined with the wedge-shaped jaw to conform to the lateral fixing block (72a), and is laterally displaced with respect to the lateral fixing block (72a). _ lateral movement block); crane lateral movement block (7 such as camera drive motor (72c). The above camera drive motor (72c) is controlled by the control member (10). As shown in Figures 9 and 10, the bottom of the workpiece (10) has a first and second probe card (21, 22), wherein the first and second probe cards (21, 22) are provided with first and second probes (21a, 22a), The function is to contact the contact chip group (2a to 2d) of the LCD (1) to detect the specified information input to the contact chip group (2a to 2d): The contact sheet group of the LCD (1) as described above ( 2a~2d) are arranged in different directions. In the opposite direction, the first and second probe plates (21, 22) are different at the bottom of the working piece (2〇) in different arrangement directions of the contact piece groups (2a to 2d). Arrangement direction (orthogonal direction), and the first and second probe cards (21, 22) are supported by the respective clamps (21d, 22d). The first and second probe cards (21, 22) are arranged orthogonally. So the first and The first and second probes (21a, 22a) on the two probe_boards (21, 22) are also orthogonal and have different alignment directions. The ends of the first and second probes (21a, 22a) are for contact The spot group (2a to 2d, see Fig. 2) is unwrapped. The first and second probe plates (21, 22) in an orthogonal shape can be lifted and lowered independently on the moving member (64). The needle plate (21) is independently lifted and lowered by the first probe lifting member (21b), and the second probe card (22) is independently lifted and lowered by the second probe lifting member. 19 1269613 A plurality of contact pieces as shown in FIG. Any one of the groups (2a to 2d) is inspected by the first probe (21a) on the first probe card (21) of the first probe lifting member (21b), and the other contact group is composed of The second probe (22a) on the second probe plate (22) of the two probe lifter (22b) is inspected. Of course, the first and second probes (2ia, 22a) are all output by the monitor (32). The first and second probe lifting members (2lb, 22b) are different from the above-described motor and ball screw structure in that the LM Guide and the lifting cylinders (21c, 22c) are used. The above-mentioned first and second probes (21a) 22a) Between the start position and the end position, it is easier to control the lift cylinders (2ic, 22c) than the motor control described above. The operation of the LCD inspection apparatus having the above structure is performed in connection with the above-described console system for the flat panel display. The description is as follows: First, the robot (17) takes out an LCD (1) from the concentration box (not shown) of the operating object LCD (1), and places it on the table (16) corresponding to the first operating position (16a). top. When the robot (17) places the LCD (1) on top of the table (16) corresponding to the first operating position (16a), the first support leg set (19a) is upright with its end facing the top end. When the first support leg set (l9a) is erected, the robot ((7) places the grasped lcd(1) at the end of the first support test (l9a). When the LCD (1) is arranged to the upright first support leg set 〇 9a After the end, the first support leg set (10) is unidirectionally rotated, and the LCD (1) is placed on the top of the table (16) at the first operational position (16 phantom. When the LCD (1) is moved by the robot (10) and the first support leg set (10) The first operation ==^ (18) issued the telecommunications version of the work (2q» element moving mechanism moved to the specified position, and the LGD (1) is specified operation. 20 1269613 four X-axis guide block (43) through the X-axis While the driving member (44) is moved to the first and second X-axis rail members (42a, 42b) in the X-axis direction, the four Y-axis rail members (53) are moved in the γ-axis direction by the Y-axis driving member (54). To the first and second γ-axis rail members (52a, 52b), the four workpieces (20) are respectively directed to the multi-sided sheet group by the X-axis moving member (40) and the Y-axis moving member (5〇) (2a~ 2d, see Fig. 6) After the movement, the Z-axis moving member (10) starts to start. That is, the moving member (64) moves down to the fixing member (62) according to the Z-axis driving member (66), and the object IXD(1) is moved down to a fixed distance. After moving down to a certain extent, first and second Any one of the probe cards (21, 22) starts to descend according to any one of the first and second probe lifting members (2) b, 22b) to make the corresponding probe contact piece group thin. After the contact piece group contact is detected and the specified information input to the contact piece group is made, the detection result is rotated by the monitoring unit (10) to judge whether the inspection object LCD (l) is qualified or not. In addition, when the LCD (1) is moved to the first operating position (10)), while the working member (10) is operating it, the robot (10) mosquitoes, and grabs another LCD (1) in the concentration box to put it in the phase wire The top of the table (16) with the empty second operating position (i6b). When the LCD (1) is arranged by the robot (10) to the top of the corresponding working fine) of the second operating position 〇6b), the second supporting leg group (10) is erected with its end facing the tip. When the second support leg group (19b) is erected, the robot ((7) grips the grabbed La) (1) at the end of the second support leg group (19b). 1269613 After the field LCD (1) is placed at the end of the second support leg set (10) of the I stand, the second set of legs (19b) is rotated unidirectionally and the LCD (1) is placed at the top position (16b) of the table (10). The actual operation time of the work piece (20) for operating the LCD (1) is much longer than the time required to load and unload the LCD (1). When the robot (17) loads the other LCD (1) into the second operating position (16b) of the table (10), the working member (10) has finished (10) (1) on the first operating position (10).

After the operation, the rear working piece (10) is opened on the second operating position (i6b). Further, the robot (17) takes the L CD (1) which ends the operation at the first operation position (10), and moves to the first operation position (16a) of the table (16). At this time, the controller (the first support leg group 〇9a of the (8) signal) is again erected, and the [CD(1) which ends the operation at the first operation position (16a) is raised. In this regard, the robot (17) propels the bottom of the LCD (1) raised by the support leg group (19a) and moves to the other receiving portions.

Subsequently, after the robot (17) takes out another L*CD (1) from the concentrating box of the operating object LCD (1), 'with the help of the first supporting leg set, (1) is assembled to the first operating position (16a) of the table (16). on. At this time, the workpiece (2〇) is again controlled by the controller to operate the LCD (1) on the first operation position (16a). At the same time, the robot (17) moves to the second operating position (16b) of the table (16) to bring the second operating position 〇6b) up with the aid of the second supporting leg set (19b). The bundle operated LCD (1) is moved to the other receiving portion, and then the other (10) (1) is loaded onto the second operating position (16b). As described above, in the third embodiment of the present invention, 22 1269613 LCD (1) loading and unloading and operation of the LCD (1) are performed synchronously on one workbench (16), thereby saving loading and unloading time, thereby increasing the workbench (16). In the standard time processing LCD (l) operation, the first one is high efficiency and production performance. [Embodiment 4] With regard to the fourth embodiment, the description will be made without the drawings. However, since the repairing device applied by the applicant is employed, the relevant person can easily understand and implement the method. As in the third embodiment described above, this method can also be employed in the LCD repairing apparatus by way of an example of the LCD inspection apparatus_this operating station. In fact, the repair device applied by the applicant is very similar to the shape of the equipment shown in Fig. 7. As shown in FIG. 6, if one of the contact patch groups (2a to 2d) is connected to one of the contact patch groups, an electrical signal line is not parallel to the adjacent signal lines but overlaps (hereinafter referred to as ''defect (Defect). )")' It is impossible to form an accurate image on the LCD. At this time, the overlapping parts between the signal lines are cut, and the defects are repaired so that the signal lines do not overlap. We call these devices repair devices. There is a workbench on which the repair object LCD is placed, and there is a repair part (reading piece) with a defect on the top of the workbench, which is moved according to the moving part of the moving machine. The repair part photographs the LCD defect on the workbench. At the same time, it also has a laser light range (Lasersc〇pe) to be repaired, etc. By adopting the method in the third embodiment, if a plurality of operating positions are set on the work table of the repairing device, the supporting legs are set at the corresponding operating positions, and Controller control shift 23 1269613 ! " Move or remove the LCD robot and support feet and repair parts, can be synchronized (10) loading and unloading operations and LCD repair operations. This method can save the unloading time, thus increasing the Wei The operation of the LCD in a standard time can significantly improve the work efficiency and the production performance. The above is a detailed description of the present invention, but the present invention is not limited thereto. The following is a brief description of the various operations performed by the work piece. The common terms that are easily understood by the relevant person are used in the various operations and devices below. The work piece performs module repair (_le Repair), face repair (panel repair), and matrix repair (Array) Fine operation, etc. This kind of maintenance uses the cut to cut the defects, ends the broken wire, and records the unit of the (4) board, the matrix early position and the module unit. The work piece can also be used for Deposition Repair. Operation. The method of cutting off the corresponding defects by laser is the same as above, but the difference is that the position can be deposited. In addition, the 'work piece can also be optically automatically checked (AOI: Auto Optical device or UU Repair) The former is a device that has the disadvantage of detecting light, and the latter is added with an optical automatic inspection on the above-mentioned repair device. The device of the camera is as follows. The present invention provides a console system for a flat panel display and a method for operating the same using the system of the system, and the loading and unloading (10) on the operating platform and the LCD Continuous operation saves the loading and unloading of the cake room, thereby increasing the operation amount of the LCD in the standard time to process the LCD, which can significantly improve work efficiency and production performance. 24 1269613 [Simple diagram of the drawing] Figure 1 is used for the existing flat panel display 1 is a side view of the console system; a plan view of the console system is used; and the flat panel display of the first embodiment of the present invention is not intended; FIG. 4 is a side view of FIG. Figure = is the plane of the console system for a flat panel display in the second embodiment of the present invention

Figure 6 is a schematic view showing the information of the LCD coordinates; Fig. 8 is a perspective view showing a state in which the operation table of the flat panel display device of the third embodiment of the present invention is used; Fig. 8 is a partially enlarged perspective view of Fig. 7; Figure 8 is a partially enlarged perspective view; Figure 10 is an enlarged oblique view of the bottom of the workpiece; [Major component symbol description]

1-----LCD 10----box 10a-unit side wall 101--operating object LCD 116-workbench 117 robot 118a--pillar 25 1269613 118b-- connecting piece 119-- support foot 12——Checking table 120--Working piece 14---- Leveling ruler 14a - Bolt 16---- Table 16a - First operating position 16b--- Second operating position 16c - Third operating position 17 - Robot 17a - Moving means 18---- Controller 19 - Supporting foot 19a - First leg group 19b - Second leg group 19c - Third leg group 2a - -- Contact sheet set 2b----- Contact sheet set 2c----Contact sheet set 2d——~ Contact sheet set 20——Working piece 21——First probe board 21a—— a probe 21b---first probe lifting member 21c - lifting column 22 - second probe plate 22a - second probe

26 1269613 22b—Second probe lifter 22c——lifting cylinder 32----monitor 34---- control member 40-X-axis moving member 41a-first X-axis support rod 41b-- Two X-axis support rods 42a - First X-axis guide member 42b--- Second X-axis guide member 43---- X-axis guide block 44---- X-axis drive member 50----Y-axis Moving member 51a - first Y-axis support rod 51b - second Y-axis support rod 52a - first Y-axis guide 52b - - second γ-axis guide 53---- Y-axis guide Block 54---- Y-axis drive 60 - Z-axis moving member 62 - Fixing member 64---- Moving member 66---- Z-axis drive 70 - Camera 72----Camera moving parts 72a-- lateral fixed block 72b - lateral moving block 72c - drive motor

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Claims (1)

1269613 X. Patent application scope: L—a kind of flat-panel display 甩 console system, including ················································· , the mechanism 'moves the above-mentioned working piece to the above-mentioned operating position; displays 4=: step for loading and unloading operation', that is, while operating the object plane plane d Γ, the operation of the red-worked piece is not unloaded to Corresponding operation position; the description of the paste, the ice and her on the console system, the machine display on the operating position 2. The application of the flat display shown in item 1 (4) is in the above flat display When a plurality of robots on the top of the work table are moved to the corresponding operation positions, the plurality of legs #1 of the above-mentioned _#^==. 1 money ramp display console system, 3 · If you apply for the plane display described in item 2, the above-mentioned multiple branch feet are controlled by the above controller I from the operation 28 1269613 4 · 如β In the plane display (four) console system described in the second item, the above-mentioned component moving mechanism includes, /, the above-mentioned direction-moving skirt moves the cymbal moving member of the working member laterally according to the X-axis moving member; When the χ gamma virtual plane of the X-axis and the γ-axis moving member moves laterally, the y-axis moving member of the workpiece is moved up and down. 5. The console system for a flat panel display according to the item of the patent application, wherein the above-mentioned workpiece is generally used in the operation of checking whether the electrical signal may be short-circuited or disconnected. 6. The console system for a flat panel display according to claim i, wherein the above-mentioned guard member is generally used when repairing the (4) problem of the flat display H. 7. The operating platform system for flat panel display according to item 6 of the patent scope of the application, the reference to the above repair work includes module repair (M〇dule Repair), panel repair (1>_1 Repair), matrix repair (A_Repair) and a Deposition Repair. The console system for a flat panel display according to claim 1, wherein the workpiece is used in a partial etching process of the flat panel display. 29