1275862 九、發明說明： 【發明所屬之技術領域】 、树明係關於-種為平_示1!面板探測裝置而設的工作 、 臺，特別係關於一種平面顯示器面板探測装置之工作臺，可藉由 固疋外部供應之面板以引導探針單元的檢測。 【先前技術】 大體上，平面顯示11面板係為替代作為電視錢腦螢幕的陰 極射線管（CRT)而發展之新-代顯示裂置。其中液晶顯示哭 (LCD)、電漿顯示器面板（PDP)和奴發光（EL)顯示器都: 典型的平面顯示器面板。 另-方面’在製造平面_||面板的過財，在虹裝背光燈 和驅動電路之前’平面顯示器面板的外觀必須要經過檢驗，以檢 測出殘留在面板巾雜質和污點、電馳線中的缺陷、相接合的基 板之間距離的-致性，以及刮痕。第10圖係為一習知的平面顯示 器面板探測裝置之透視圖，而第n _為第1G圖中之工作臺的 示意圖。 如附圖中所示，f知的平賴示^面板探職置⑽包括— 檢測部件、—傳送部件（附圖中未示），以及一供應裝置㈣。檢 測部件用以檢剛平面顯示器面板P。再者，傳送部件（附圖中未示双) 可縣面顯示器面板p裝載於檢測部件上，並將檢測過的平面顯 不时面板p卸下。而供應裝置13G則係用以將平面顯示器面板p ⑧ 6 1275862 ==送部件’ m_爾__板p，進而將接收 、+面颂不咨面板p卸载到外部。 於载354，iG3號所揭露，傳送部件包括一對载體，且 又而顯示11祕並且可透過鶴制使其相互交 Q T地進订平面顯示器面板的裝载和卸載。 檢測部件包括一探針單幻10以及 Γ具有-跑㈣和—纖㈣，㈣觸設1= 板-側的接觸刻的接觸點，以便將電力供應給設置於 2器面㈣雜和晴。㈣臺12G係用以固定 π傳送過來的平面顯示器面板，並且將平面顯示器面板向著 觸。早兀11_ ’ U料平_示器面板與探針單元咖相接 工作臺12〇包括-固定構件122。此固定構件122設置於一基 1上’亚且可將平面顯示器面板ρ固定在固轉件⑵上。 =m可透過設置在基板121下的驅動部件123進行旋轉以及 棱向和縱向地移動。 由於用來吸引和固定供應之平面顯示器面板p的固定構件 ⑵之結構是定型的’因此傳統的工作臺12〇只能固定特定尺寸的 平面顯示器面板。 因此，當檢測不同尺寸的平_初面㈣，轉更換固定 構件122和絲m，而造成人力和時_浪費。細降低工作效 1275862 率和生產率。 【發明内容】 /於上述和7或其它_，本發明的目的在於提供-種平面瘦 =面她職置之工作臺，藉崎據平面__尺寸調 -、定構件的尺寸’以快逮固^各種尺寸的平面顯示器面板。 為達上述目的，本發明所揭露之平面顯示器面板探測裝置之1275862 IX. Description of the invention: [Technical field to which the invention pertains] The work and the station of the tree-type detection device for the panel-type detection device, in particular, relates to a table for a flat-panel display panel detecting device. The detection of the probe unit is guided by a solid externally supplied panel. [Prior Art] In general, the flat display 11 panel is a new-generation display split that is developed in place of a cathode ray tube (CRT) as a television money brain screen. Among them, liquid crystal display crying (LCD), plasma display panel (PDP) and slave illumination (EL) displays: typical flat panel display panels. Another aspect is that in the manufacturing plane _|| panel of the fortune, before the rainbow backlight and the driver circuit 'the appearance of the flat panel display must be tested to detect residual impurities and stains in the panel towel, the electric line Defects, the degree of distance between the bonded substrates, and scratches. Fig. 10 is a perspective view of a conventional flat panel display device, and the nth is a schematic view of the table in Fig. 1G. As shown in the drawings, the panel inspection device (10) includes a detecting component, a transmitting component (not shown in the drawing), and a supply device (4). The detecting unit is used to check the flat panel display panel P. Further, the transporting member (not shown in the drawings) can be mounted on the detecting member by the county display panel p, and the panel p can be removed when the detected flat surface is displayed. The supply device 13G is used to transfer the flat display panel p 8 6 1275862 == to the component ' m_ _ _ plate p, and then unload the receiving, + surface 面板 panel p to the outside. As disclosed in 354, iG3, the transporting member includes a pair of carriers, and in turn, displays the secrets and can be loaded and unloaded by the cranes. The detecting components include a probe single phantom 10 and Γ with - running (four) and - fiber (four), and (iv) touching 1 = board-side contact engraved contact points to supply power to the surface of the device (4). (4) The 12G system is used to fix the flat display panel transmitted by π and to face the flat display panel. The early stage 11_' U-flat panel is connected to the probe unit. The table 12 includes a fixing member 122. The fixing member 122 is disposed on a base 1 and can fix the flat display panel ρ on the fixing member (2). =m can be rotated and angularly and longitudinally moved by the driving member 123 disposed under the substrate 121. Since the structure of the fixing member (2) for attracting and fixing the supplied flat display panel p is stereotyped, the conventional table 12 can only fix a flat display panel of a specific size. Therefore, when the flat _ initial faces (four) of different sizes are detected, the fixed members 122 and the wires m are exchanged, resulting in labor and time waste. Finely reduce work efficiency 1275862 rate and productivity. SUMMARY OF THE INVENTION / In the above and 7 or other _, the object of the present invention is to provide a kind of plane thin = face her work station, by the basis of the plane __ size adjustment - the size of the component 'to catch fast Fixed flat panel display panels of various sizes. In order to achieve the above object, the flat display panel detecting device disclosed in the present invention
工作堂’此平面顯示器面板探職置包括—基板和—固定構件， 其中固定構件係設置在基板上以固定平面顯示器面板之位置，此 工作室包括上述之固定構件。瓶，固定構件包括複數個塊體， 且每一塊體包括—支龍。此支撐«雜觸平面顯示器面板之 下表面且其上形成有至少一真空孔。其中，此些塊體可移動地 设置在基板上’峨可械平面顯示器面板的尺相排列和固定 此些塊體。 再者，為達上述目的，本發明所揭露之平面顯示器面板探測 裝置之工作臺，此平面顯示器面板探測裝置包含一基板和一固定 構件’其中固定構件設置在基板上以固定平面顯示器面板之位 置，此工作堂包括上述之固定構件及支撐體。於此，固定構件具 有第一和第二固定塊體、一移動塊體以及一調換塊體。第一和第 二固定塊體係固定在基板上，並且彼此相互垂直設置以符合平面 顯示器面板的一角。而移動塊體係相對第一固定塊體而設置，且 可依據平面顯示器面板的尺寸而相向著第一固定塊體前後移動。 ⑤ 8 ^/5862 =塊_設置科1定塊體和移純體之間，並 ^不盗面板的尺寸而織此調換塊體。其中 依據平 面Γ和第二固定塊體、移動顧和調換塊體的上^分別形成 有至少-真空孔。 且母支撐體上分別形成The work center panel includes a substrate and a fixing member, wherein the fixing member is disposed on the substrate to fix the position of the flat display panel, and the working chamber includes the above-mentioned fixing member. The bottle, the fixing member comprises a plurality of blocks, and each block comprises a dragon. This supports the lower surface of the miscellaneous touch panel display panel and is formed with at least one vacuum hole. Wherein, the blocks are movably disposed on the substrate, and the scales of the mechanical flat display panels are arranged and fixed. Furthermore, in order to achieve the above object, a flat display panel detecting device of the present invention comprises a substrate and a fixing member, wherein a fixing member is disposed on the substrate to fix the position of the flat display panel. This work hall includes the above-mentioned fixing members and supports. Here, the fixing member has first and second fixed blocks, a moving block, and a swap block. The first and second fixed block systems are fixed to the substrate and disposed perpendicular to each other to conform to a corner of the flat display panel. The moving block system is disposed relative to the first fixed block and can move back and forth toward the first fixed block according to the size of the flat display panel. 5 8 ^/5862 = Block_Set Section 1 is between the block and the move, and ^ does not steal the size of the panel and weave the block. Wherein at least a vacuum hole is formed respectively according to the upper surface of the flat surface Γ and the second fixed block, the moving and the replacement block. And formed on the mother support
參置再t為達上述目的，本發明所揭露之平面顯示器面板_ 中U面顯不器面板探測裝置包括—基板和—固定構件，1 I::構件設置在基板上以固定平面顯示器面板之位置，:工； 至匕3上述之固定構件及支撐體。於此，固 動板以及複數個移動塊體 _、_個移 動’而移動塊體則沿著設置於移動板上的執道左右移動。盆中， 2體形餘機频的上絲，且解_示誠板的下表面 U也接觸，並且每—支撐體上分卿成有至少—真空孔。 壯再者’騎上述目的，本發明所揭露之平面顯示器面板探测 衣置之工作f ’此平面顯示11面板探測I置包括-基板和-固定 構件其中固定構件設置在基板上以固定平面顯示器面板之位 置此工作$包含上述之固定構件及支撐體。於此，固定構件具 有四個固定塊體以及複數個雜塊體。此些目定塊體係設置在基 板上而形成一矩形，並且支撐著平面顯示器面板的下邊緣。而移 動塊體則堆積在固定塊體上，並且相對於平面顯示器面板的中心 而刚後移動。其中，支撐體形成於固定塊體和移動塊體的上表面， I275862 支撐體上形成 且與平面顯示器面板的下表面緊密地接觸，並每一 有至少一真空孔。 【實施方式】 以下，將詳細說明本發_較佳實施例，並以 說明。說日种提及之符黯參關式舰。 ^為辅助 、、壯第1圖係為說明根據本發明第—實施例之平面顯示器面板探 測裳置之工作臺的示意圖；而第2圖係為說明第丨財之工作表 的運作之平面圖。 至 —如圖中所示’娜本發明第—實關之4臺包括—基板 定構件20。此固定構件2G設置在基板1G上，以固定平面 支^面板之位置。並且’此固定構件2〇包括複數個塊體，用以 撐平面顯示器面板的下表面，且可排列和調整此些塊體以符合 斑面顯示器面板的尺寸。支碰s設置在塊體的上表面上，並且 、平面顯不誠板的下表面緊密地接觸，其中於每—支樓體$内 形成有至少一真空孔H。 體^固疋構件20包括第一和第二固定塊體21a和2化、一移動塊 亡美以及一调換塊體23。第一和第二固定塊體21&和 21b係固定 ^反〇上，並且彼此相互垂直而設置，以符合平面顯示器面板 白勺~^ fe * 體9 。夕動塊體22係相對第一固定塊體21a而設置，而調換塊 Ί則设置於第一固定塊體21a和移動塊體22之間。 胃固&塊體21a的長度與平面顯示II面板的橫向長度相符 1275862 γ而第二固定塊體21b的長度則與平面顯示器面板的縱向長度 ^付口。移動塊體22的長度係與第—固定塊體2U的長度相符 。’並且可移祕設置，以沿著平行絲在基㈣上的—對執道 R1而縱向移動。 •凋換塊體23的兩端以螺栓固定於第一固定塊體化和移動塊 ^ 如此來’虽固疋小尺寸的平面顯示器面板時，可移動In order to achieve the above objective, the flat panel display panel disclosed in the present invention has a substrate and a fixing member, and the I:: member is disposed on the substrate to fix the flat display panel. Position: work; to 3 the above fixed members and supports. Here, the fixed plate and the plurality of moving blocks _, _ move ‘ and the moving block moves left and right along the way of the road set on the moving plate. In the basin, the 2 body shape is the upper thread of the machine frequency, and the lower surface U of the solution plate is also contacted, and each of the support bodies is divided into at least a vacuum hole. The above-mentioned purpose, the flat panel display panel disclosed in the present invention detects the work of the garments. This plane display 11 panel detection I includes a substrate and a fixing member, wherein a fixing member is disposed on the substrate to fix the flat display panel. Position This work $ contains the above-described fixing member and support. Here, the fixing member has four fixed blocks and a plurality of blocks. These block systems are arranged on the substrate to form a rectangle and support the lower edge of the flat display panel. The moving block is then stacked on the fixed block and moved rearward relative to the center of the flat panel display panel. Wherein, the support body is formed on the upper surface of the fixed block and the moving block, and the I275862 support body is formed on the support body and is in close contact with the lower surface of the flat display panel, and each has at least one vacuum hole. [Embodiment] Hereinafter, the present invention will be described in detail with reference to the preferred embodiments. Say the Japanese-style 黯 黯 。 。. ^ is an auxiliary, and the first figure is a schematic view illustrating a table for detecting a skirt of a flat panel display according to the first embodiment of the present invention; and Fig. 2 is a plan view showing the operation of the work sheet of the second money. To - as shown in the figure, 'Nan's invention--the fourth set includes the substrate member 20. This fixing member 2G is provided on the substrate 1G to fix the position of the flat panel. And the fixing member 2 includes a plurality of blocks for supporting the lower surface of the flat display panel, and the blocks can be arranged and adjusted to conform to the size of the spotted display panel. The support s is disposed on the upper surface of the block, and the lower surface of the flat panel is in close contact with each other, wherein at least one vacuum hole H is formed in each of the slabs $. The body member 20 includes first and second fixed blocks 21a and 2, a moving block, and a swap block 23. The first and second fixed blocks 21 & 21 and 21 are fixed to each other and disposed perpendicular to each other to conform to the flat panel display panel. The outer block 22 is disposed relative to the first fixed block 21a, and the exchange block is disposed between the first fixed block 21a and the moving block 22. The length of the stomach solid & block body 21a corresponds to the lateral length of the flat display II panel 1275862 γ and the length of the second fixed block body 21b corresponds to the longitudinal length of the flat display panel. The length of the moving block 22 coincides with the length of the first fixed block 2U. And can be moved to move longitudinally along the parallel wire on the base (four) to the road R1. • Both ends of the withering block 23 are bolted to the first fixed block to form and move the block. ^ So, when the small-sized flat display panel is fixed, it can be moved.
A體22來符合小尺寸的平面顯示誠板的縱向長度，並且安 裝與小尺寸的平面顯示器面板的横向長度相稱的另—調換塊體 致使可簡便且快速地固定平面顯示器面板，而不需如同習知 之工作臺那樣需替換工作臺。 第3圖係為說明本發明第二實施例之平面顯示器面板探測裝 置之工作臺的示意圖；而第4圖係為說明於第3圖中之工作臺的 運作之平賴。如圖巾所示，根據本發明此實施修狂作臺，係 架構以使第一和第二固定塊體21a、加以及移動塊體η可縱向 和橫向地移動。 換句話說，在本發明第一實施例中，第一和第二固定塊體 21a、21b疋固定於基板1〇上，並且當固定平面顯示器面板時可作 為基準線使用。目此，小尺寸的平蝴示器面板是向第—和第二 固定塊體21a、21b位移。 然而，在本發明第二實施例中，由於第一和第二固定塊體 21a、21b可與移動塊體22—紛羯，因此各種尺寸的平面顯示器 11 ⑧ 1275862 面板均可固定在相同的位置上， 基板ίο上的一預定位置處。 並且可將平面顯示器面板固定於 在此實施例中’―對可移動執道μ係為可滑動地 Γ德道R1上，且關定軌道在基板1〇上，而 弟固疋塊體2la和移動塊體22則可滑動地安裳在可移動執道 R2上。 ^方面’由於上述之使職道致使塊體賴定方向移動的 技術可inx此領域巾的湖技術來加以细和修改，因而可 具有各種不同的變化與變型。 弟5圖係為說明本發明第三實施例之平面顯示器面板探測裝 置之工作臺的立示意圖；而第6圖和第7_分別為第5圖中之 工作臺的侧視圖和俯視圖。 如圖中所示’在根據此實施例的工作臺中，固定構件20包括 四個移動板24a、24b、24c、24d以及複數個移動塊體25a、25b、 25c、25d。於此，此些移動板24a、24b、24c、24d係對稱安裝在 基板10上。移動塊體25a、25b、25c、25d則係可移動地設置， 藉以沿著軌道R3左右移動，其中此執道R3係設置在移動板24a、 24b、24c、24d上。而移動板24a、24b、24c、24d係於彼此相互 面對之方向上前後移動。 在移動塊體25a、25b、25c、25d的上表面上有支撐體s，且 其與平面顯示器面板的下表面緊密接觸。支撐體S上具有至少一 ⑧ I275862 真空孔Η，以便於固定平面顯示器面板。 如上所述，由於移動塊體可沿四個方向移動，即可在一共同 中心線四周縱向和橫向地移動，因此各種尺寸的平面顯示器面板 均可以固定在基板10的中心線四周之相同位置處。 第8圖係為說明根據本發明第四實施例之平面顯示器面板探 測裝置之工作臺的示意圖；而第9圖係為說明於第8圖中之工作 臺的運作之示意圖。 如圖中所示’在根據此實施例的工作臺中，固定構件如包括 四個固定塊體26a、26b、26c、26d以及複數個移動塊體27、28、 29。此些固定塊體26a、26b、26c、26d設置在基板1〇上以形成 矩^/並且支撐者平面顯示裔面板的下邊緣。移動塊體、28、 29則係堆積在固定塊體上，以相對於平面顯示器面板的中心前後 滑動。 在固定塊體26a、26b、26c、26d和移動塊體27、28、29的 上表面分別具有支撐體S，且支撐體S係與平面顯示器面板的下 表面緊密地接觸。其中，於每一支撐體s上具有至少一真空孔Η。 移動塊體27、28、29位在四個固定塊體26a、26b、、2以 内，並且在其接觸面上形成有複數個凸出部（無參考標號）和凹 陷部（無夢考標號）’致使移動塊體27、28、29能夠相互面對著 向前和向後移動。 換句話說，移動塊體係依照平面顯示器面板的尺寸而移動， 13 ⑧ I275862 以根據平_的面板的長度和寬度來固定平面齡器面板。因 此’可輕祕©定各種尺柏平蝴示器面板。 、同^· ’在上述實施例中’塊體必須根據平面顯示器面板的尺 寸而重新排列。由於平面顯Μ面板的尺寸是具鮮化的，因此 更好的係根據平面顯示器面板的規格標準來標準化塊體的移動。 換句話說，基本上可於塊贿記刻度，或者係可於其上設置 各種調整工具’並且*於其可#由經常於此領域中所使用的各種 方法和裝置來輕純實現，因此可能會產生出各觀化與變型。 工如上述’由於根據本發明的平面顯示器面板探測裝置之工作 至可以快速且簡便地固定各種尺寸的平面顯示器面板，因此能避 免為替換齡而造成於_和人力上的浪費，並且顯著地提高實 用性和生産率。 —雖然本發明以前述之較佳實施·露如上，然其並非用以限 疋本發明。任何蘭糊技術者在不脫縣發明之範圍和精神内 當可有所更動卿飾，因此本發社補倾範_視本說明書 所附之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖係為說明根據本發明第一實施例之平面顯示器面板探 測裝置之工作臺的示意圖； 第2圖係為說明於第丨圖中之工作臺的運作之平面圖； 弟3圖係為說明根據本發明第二實施例之平面顯示器面板探 J275862 測裝置之工作麵示意圖； =4圖係為說明於第3圖中之工作臺的運作之平面圖； 測壯=5圖係為制根據本發明第三實補之平面顯示器面板探 衣罝之工作臺的示意圖； 第6圖係為於第5圖中之工作臺的侧視圖； 第7圖係為於第5圖中之工作臺的平面圖； 為說雜據本發㈣四實酬之平面顯示器面板探 <工作量的示意圖； = 圖係為說明於第8圖中之工作臺的運作之平面圖； 以及51係為說明習知的平面顯示H面板探嘴置的示意圖； 11 、為說赂第1G圖中之f知的平 衣置之工作知示意圖。 、·^面板探测 【主要元件符號說明】 H真空孔 S 支撐體The A body 22 conforms to the longitudinal length of the small-sized flat display panel, and the installation of the replacement block which is commensurate with the lateral length of the small-sized flat display panel enables the flat display panel to be easily and quickly fixed without The workbench needs to be replaced by the workbench. Fig. 3 is a view showing a table of the flat panel display panel detecting device of the second embodiment of the present invention; and Fig. 4 is a view for explaining the operation of the table in Fig. 3. As shown in the figure, in accordance with the present invention, the madness is erected so that the first and second fixed blocks 21a, the plus and moving blocks n can be moved longitudinally and laterally. In other words, in the first embodiment of the present invention, the first and second fixed blocks 21a, 21b are fixed to the substrate 1 and can be used as a reference line when the flat display panel is fixed. Thus, the small-sized flat butterfly panel is displaced toward the first and second fixed blocks 21a, 21b. However, in the second embodiment of the present invention, since the first and second fixed blocks 21a, 21b can be different from the moving block 22, the panel of various sizes of the flat display 11 8 1275862 can be fixed at the same position. Above, a predetermined position on the substrate ίο. And the flat display panel can be fixed in the embodiment of the present invention, the movable track μ is slidably mounted on the substrate R1, and the track is set on the substrate 1〇, and the fixed body block 2la and The moving block 22 is slidably mounted on the movable road R2. The aspect can be varied and modified as a result of the above-described techniques for causing the block to move in the direction of the block. Fig. 5 is a vertical schematic view showing a table of the flat panel display panel detecting device of the third embodiment of the present invention; and Figs. 6 and 7_ are respectively a side view and a plan view of the table in Fig. 5. As shown in the figure, in the table according to this embodiment, the fixing member 20 includes four moving plates 24a, 24b, 24c, 24d and a plurality of moving blocks 25a, 25b, 25c, 25d. Here, the moving plates 24a, 24b, 24c, and 24d are symmetrically mounted on the substrate 10. The moving blocks 25a, 25b, 25c, 25d are movably disposed to move left and right along the track R3, wherein the way R3 is disposed on the moving plates 24a, 24b, 24c, 24d. The moving plates 24a, 24b, 24c, 24d are moved back and forth in a direction in which they face each other. On the upper surface of the moving blocks 25a, 25b, 25c, 25d, there is a support s which is in close contact with the lower surface of the flat display panel. The support body S has at least one 8 I275862 vacuum aperture for facilitating the fixing of the flat display panel. As described above, since the moving block can be moved in four directions, it can be moved longitudinally and laterally around a common center line, so that the flat display panels of various sizes can be fixed at the same position around the center line of the substrate 10. . Fig. 8 is a view showing a table of a flat panel display panel detecting device according to a fourth embodiment of the present invention; and Fig. 9 is a view showing the operation of the table in Fig. 8. As shown in the figure, in the table according to this embodiment, the fixing member includes, for example, four fixed blocks 26a, 26b, 26c, 26d and a plurality of moving blocks 27, 28, 29. The fixed blocks 26a, 26b, 26c, 26d are disposed on the substrate 1 to form a moment and the lower edge of the supporter plane display panel. The moving blocks, 28, 29 are stacked on the fixed block to slide back and forth relative to the center of the flat display panel. The upper surfaces of the fixed blocks 26a, 26b, 26c, 26d and the moving blocks 27, 28, 29 respectively have a support S, and the support S is in close contact with the lower surface of the flat display panel. Wherein, each support body s has at least one vacuum hole Η. The moving blocks 27, 28, 29 are located within the four fixed blocks 26a, 26b, 2, and a plurality of projections (no reference numerals) and depressions (no dream reference numerals) are formed on the contact faces thereof. 'Eating the moving blocks 27, 28, 29 can face each other to move forward and backward. In other words, the moving block system moves in accordance with the size of the flat display panel, 13 8 I275862 to fix the flat panel panel according to the length and width of the flat panel. Therefore, it is possible to use a variety of pedestal flat panel. In the above embodiment, the blocks must be rearranged according to the dimensions of the flat panel display panel. Since the size of the flat panel is fresh, it is better to standardize the movement of the block according to the specifications of the flat panel. In other words, basically, the scale can be set on the block, or various adjustment tools can be set thereon and can be implemented purely by various methods and devices frequently used in the field, and thus it is possible Will produce a variety of changes and variations. As described above, since the flat display panel detecting device according to the present invention can work to quickly and easily fix various sizes of flat display panels, it is possible to avoid waste of _ and manpower for replacement age, and significantly improve Practicality and productivity. The present invention has been described above in terms of its preferred embodiments, and is not intended to limit the invention. Anyone who uses the technology of the blueprint will be able to make changes in the scope and spirit of the invention. Therefore, the company's application is based on the scope of the patent application attached to this specification. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a table of a flat panel display panel detecting device according to a first embodiment of the present invention; and FIG. 2 is a plan view showing the operation of the table in the first drawing; Figure 3 is a schematic view showing the working surface of the J275862 measuring device of the flat panel display panel according to the second embodiment of the present invention; the Fig. 4 is a plan view illustrating the operation of the table in Fig. 3; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 6 is a side view of a workbench of a flat-panel display panel according to a third embodiment of the present invention; FIG. 6 is a side view of the workbench in FIG. 5; a plan view of the workbench; a schematic diagram of the workload of the flat panel display panel of the present invention; (4) is a plan view illustrating the operation of the workbench in Fig. 8; A schematic diagram showing a conventional flat panel display H panel probe; 11 is a schematic diagram of the work of the flat garment placed in the 1G diagram. ,·^ panel detection [Main component symbol description] H vacuum hole S support
Rl固定執道 ^ 可移動執道 平面顯示器面板 10基板 Μ固定構件 15 1275862 21a第一固定塊體 21b 第二固定塊體 22 移動塊體 23 調換塊體 24a、24b、24c、24d 移動板 25a、25b、25c、25d 移動塊體 26a、26b、26c、26d 固定塊體Rl fixed way ^ movable way flat display panel 10 substrate Μ fixing member 15 1275862 21a first fixed block 21b second fixed block 22 moving block 23 exchange block 24a, 24b, 24c, 24d moving plate 25a, 25b, 25c, 25d moving block 26a, 26b, 26c, 26d fixed block
27、28、29 移動塊體 100平面顯示器面板探測裝置 110測試裝置 111貢料基座 112 閘極基座 120工作臺 121基板 122固定構件 123 驅動部件 130供應裝置27, 28, 29 Moving block 100 Flat panel display detector 110 Test device 111 tributary base 112 Gate base 120 Table 121 Base plate 122 Fixing member 123 Drive unit 130 Supply unit