1258591 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種平面顯示器面板測試裝置，特別是一種平 面顯示器面板測試裝置，可藉由施加電力到平面顯示器面板的資 料線和閘極極線以檢測每個平面顯示器面板的外觀和電氣故障。 【先前技術】 一般，平面顯示器面板是下一代顯示裝置，用來替代作為電 • 視或電腦監視器的陰極射線管（CRT)。其中，液晶顯示器（LCD)、 電漿顯示面板（PDP)和電致發光（EL)顯示器是典型的平面顯 示器面板。 另-方面’在生產平面顯示器面板的過程中，平面顯示器面 板的外觀和電氣故障要在裝配背光和驅動電路前先進行檢測。檢 /糾’測试裝置提供電力給設於每個平面顯示器面板上的資料線 和m亟極線’致使操作s可以肉眼檢測平面顯示器面板的故障。 籲第4圖係為-習知平面顯示器面板測試裝置的平面圖。 如®巾所示’紅作層⑽的上表面上，水平方向設置一資 料基座2〇0 ’以及垂直方向設置一閘極基座3〇〇。在資料基座· 和閉極基座300上分別設置具有資料針之複數個資料探針训和 具有閘極針311之複數個閘極探針31〇。 於此’當-平面顯示器面板裝載在於工作層觸後之工作臺 (未顯示於圖式中）時’工作臺向前移動以將平面顯示器面板置 於工作層100的中心。此時，f料針211和閘極針祀連接至位 6 (8) .1258591 於平面顯示器面板-側之接觸墊的接觸點，以提供電力給平面顯 示器面板的資料線和閘極概線，進而執行檢測。 然而’根據習知平面顯示器面板測試裝置，探針的位置係固 定在工作層上。因此，當檢測尺寸不_另_平面顯㈣面板時， 須安裝-附加的接合器（未顯示於圖式中）在基座上以調整探針 的位置。1258591 IX. Description of the Invention: [Technical Field] The present invention relates to a flat panel display panel test apparatus, and more particularly to a flat panel display panel test apparatus, which can apply power to a data line and a gate pole line of a flat display panel. Detect the appearance and electrical failure of each flat panel display panel. [Prior Art] In general, a flat panel display panel is a next-generation display device for replacing a cathode ray tube (CRT) as an electric or computer monitor. Among them, a liquid crystal display (LCD), a plasma display panel (PDP), and an electroluminescence (EL) display are typical flat display panels. Another aspect: In the production of flat panel displays, the appearance and electrical faults of the flat panel are tested prior to assembly of the backlight and driver circuitry. The inspection/correction test device provides power to the data lines and m-throw lines provided on each of the flat display panels such that the operation s can visually detect the failure of the flat display panel. Figure 4 is a plan view of a conventional flat panel display panel test apparatus. On the upper surface of the red layer (10) as shown by the ® towel, a data base 2'0' is disposed in the horizontal direction and a gate base 3'' is disposed in the vertical direction. A plurality of data probes having a data pin and a plurality of gate probes 31 having a gate pin 311 are disposed on the data base and the closed base 300, respectively. Here, when the flat-panel display panel is loaded on a workbench behind the working layer (not shown in the drawings), the workbench moves forward to place the flat display panel at the center of the working layer 100. At this time, the f-pin 211 and the gate pin are connected to the contact point of the contact pad on the side of the flat panel display panel at position 6 (8) .1258591 to provide power to the data line and gate outline of the flat display panel. Then perform the test. However, according to the conventional flat panel display panel test device, the position of the probe is fixed on the working layer. Therefore, when detecting a size that is not a flat panel, an additional adapter (not shown) is attached to the base to adjust the position of the probe.
換句話說’因爲必須配置—接合器而且必須根據平面顯示器 面板的尺核變平面齡細制試灯，_造成人力和時間 的j費。而且，於設置接合器和固定探針位置時，發生探針位置 錯誤會使得平面顯示H面板的制準確性下降。 田而且，當可固定在工作層上之平面顯示器面板的最大尺寸和 取小尺=之_差異大時，於檢測平面顯示器面板的_需安裝 兩個或二個接合II以相互涵蓋。因而，明顯降低了工作的方便性 和檢測的準確性。 【發明内容】 。。鑒於以上的問題，本發明的主要目的在於提供一種平面顯示 板測趟置’藉錄難載之平面顯抑蛛的尺寸快速且 準確地移動並固定基座和探針。 因此’為達上述目的，本發明所揭露之平面顯示器面板測試 :w;包括有一工作層、一第一基座以及-第二基座。工作層係 °又在裳栽平面顯示器面板之工作臺前。而第一基座係沿水平方 1258591 向設置在功壯，膽其上設械_轉探針。帛二基座則 係沿垂直方向設置在工作層上，且於其上設有複數侧極探針。 其中，第-和第二基座可按縣載之平面顯示器面板的尺寸而移 動’並且龍探針和_探針可沿著排顺平__、面板上的 接觸點而移動。 域-來’即可相應於裝載之平面顯示“板的尺寸而移動 第和第一基座’亚且再沿平面顯示器面板上的接觸點移動所對 應的探針，藉讀速並準確地檢測各種尺寸的平_示器面板。 根據本發明’於移動探針上，第—基座包括有—第一執道構 件’ 2係沿著平面顯示器面板的水平方向而設置。第二基座包括 有=第二執道構’其係沿著平面顯示器面板的垂直方向而設置。 而貧料探針和閘贿針則分別設置在第―和第二執道構件上 以滑動。 曰 根據本發明’於移動第—和第二基座上，第-和第二基座分 別，置在複數筒性軸導桿上，且此些雜移轉桿向平面顯 示益面板以相同傾斜角度排列。 【實施方式】 有關本發日_特徵與實作’脉合圖式作最佳實施例詳細說 明如下。 a圖係為根據本發明較佳實施例的一平面顯示器面板的透 視圖’而第2 _為第1圖中平面顯示器面板測魏置的平面圖。 1258591 ㈣_本發物±實施觸平_衫面板測試裝置 包括有-=作臺（麵示於财）、—矩形工作層I。、—第一基座 2〇以及一第士二基座30。於此，由外界提供的平面顯示器面板Ρ可 衣载於工作$上，並且將矩形工作層⑺設置在工作臺前。第一基 座^ Κ平方向女裳在卫作層1G上，並於其上設置有複數個資 w采針21。第二基座3G廳垂直方向安裝紅作層10上，並於 其上設置有複數個閘極探針31。 /、帛1座20和第二基座30可以根據裝載之平面顯示 :反的尺寸而移動，並且資料探針21和閘贿針31可以沿 者排顺平_示11面板上的__鷄。 σ 據顯=板時，會根 ’減_面板_位於水平_ 未麻於圖中Ux及於垂直方向的__驅動 -員不於圖中）。並且，形成 Q未 根據平面顯™ 的接觸點的排列方式會 旬顯不态面板P的尺寸而改變。 八乂而’根據本發明，資料 基座20和第二基座30上;^針n21和問極探針31可以在第一 的尺寸, ㈣。因此，當依據平面_器面板p 點的二歹Γ;Γ座20和第二基座30完成時，可根據接觸 立置重新排列貧料探針21和閘極探針3卜 要觸 1258591 最後，在此實施例中，一第一轨道構件22係沿著平面顯示器 面板P的水平方向而設置於第一基座20上，以及一第二軌道構件 32則沿著平面顯示器面板P的垂直方向而設置於第二基座3〇上。 其中，資料探針21和閘極探針31可滑動地安裝在第一軌道構件 22和第二軌道構件32上。 此外，參照第3圖，第一基座20和第二基座30分別設置在 複數個線性移動導桿23、33上，且此些線性移動導桿23、幻向 平面顯示态面板P以相同傾斜角度排列。如此一來，當裝載—小 尺寸的平面顯不器面板P，而將第一基座2〇和第二基座朝平面 顯不器面板P移動時，可避免第一基座2〇和第二基座3〇相互妨 礙或碰撞。 另方面，§ $又置一操作構件（未顯示於圖中）以沿著移動 方向自動轉移第-基座2〇和第二基座3()，以及設置—控制器（未 顯不於圖中）以根據裝載之平面顯示器面板的尺寸控制操作構件 藉以控制轉移距離時，錄速且簡便地控-和第二基座的位 置。 於此，可輕易地以此技術領域中習知的操作 為上述之操作構件和控制器，並且可藉由於工作層丨。上設= 月一艮馬達亚將由伺服馬達所驅動之—滾珠螺桿（_财㈣問至第 -基座20和第二基座3〇來實現操作構件和控制器，亦或是可 由減在狀祕㈣簡單機構來實麟倾件和控彻。a 1258591 的尺寸而㈣/發明，由於可根顧载之平面顯示器面板 改善工作的簡便性和檢測的準確性， 的調換和探針的_方式所造成於人力 2一 同於習知猶。 W上的錢，因以不 定本=本Γ月以㈣之較佳實施例揭露如上’然其並非用以限 ^ £价1相像技藝者’在不脫離本發明之精神和範圍 本触顺’因林㈣之翔_範圍須視 本°兄月㈢所附之申請專利範圍所界定者為準。 【圖式簡單說明】 試裝nr觸她難物料自㈣器面板測 弟2圖係為弟1圖中平面顯示器面板測試裝置的平面圖· 意圖第ΙΓ為說明第2圖中平面顯示器面板測辦置的齡示 【：：=知平面顯示一裝置的平· 10 工作層 20 弟一基座 21 資料探針 22 第一軌道構件 ⑧ 1258591 23 線性滑動執道 30 第二基座 31 閘極探針 32 第二執道構件 33 線性滑動軌道 100工作層 200資料基座 210資料探針 211資料針 300 閘極基座 310 閘極探針In other words, because the adapter must be configured and the test light must be fine-tuned according to the ulnar core of the flat panel display panel, the manpower and time are incurred. Moreover, when the position of the adapter and the fixed probe are set, an error in the position of the probe causes a decrease in the accuracy of the flat panel display H panel. Also, when the maximum size and the small size of the flat display panel that can be fixed on the working layer are large, two or two joints II are required to cover the flat display panel to cover each other. Thus, the convenience of work and the accuracy of detection are significantly reduced. SUMMARY OF THE INVENTION . In view of the above problems, it is a primary object of the present invention to provide a flat display panel measuring device which can quickly and accurately move and fix the pedestal and the probe by borrowing the size of the difficult-to-load plane. Thus, for the above purposes, the flat panel display panel of the present invention is tested: w; includes a working layer, a first pedestal, and a second pedestal. The working layer is also in front of the workbench of the flat panel display panel. The first pedestal is placed along the horizontal side of the 1258591 direction, and the _ turn probe is placed on the biliary. The second base is disposed on the working layer in a vertical direction, and a plurality of side probes are disposed thereon. Wherein, the first and second pedestals can be moved by the size of the flat panel display panel carried by the county' and the dragon probe and the _probe can be moved along the row __, the contact point on the panel. The domain-to-receives the corresponding probe corresponding to the plane of the loading and displays the "size of the board and moves the first and second bases" and moves along the contact points on the flat display panel, and reads and speeds accurately. Various sizes of flat panel. According to the invention 'on the moving probe, the first base includes a first obstructing member' 2 is disposed along the horizontal direction of the flat display panel. The second base includes There is a second trajectory structure which is disposed along the vertical direction of the flat display panel. The lean probe and the brake brim needle are respectively disposed on the first and second obstructing members to slide. On the moving first and second bases, the first and second bases are respectively placed on the plurality of cylindrical shaft guide rods, and the miscellaneous moving rods are arranged at the same inclined angle to the flat display benefit panel. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiment of the present invention is described in detail below. The drawing is a perspective view of a flat display panel according to a preferred embodiment of the present invention and the second _ For the flat panel display panel in Figure 1 1258591 (4) _ The present invention ± implementation of the touch _ shirt panel test device includes -= for the table (face shown in Cai), - rectangular working layer I., - the first base 2 〇 and a taxi The second base 30. Here, the flat display panel provided by the outside is mounted on the work $, and the rectangular working layer (7) is placed in front of the workbench. The first base ^ the flat direction of the female skirt in the guard layer On the 1G, a plurality of needles 21 are disposed thereon. The second base 3G is vertically mounted on the red layer 10, and a plurality of gate probes 31 are disposed thereon. The seat 20 and the second base 30 can be displayed according to the plane of the loading: the reverse size, and the data probe 21 and the brake pin 31 can be smoothly aligned along the __ chicken on the 11 panel. = plate, the root 'minus _ panel _ at the horizontal _ not in the figure Ux and the vertical __ drive - not in the figure), and the formation of Q is not according to the plane display TM contact points The mode will change depending on the size of the panel P. Gossip and 'on the data base 20 and the second base 30 according to the present invention; ^ pin n21 and The pole probe 31 can be in the first size, (4). Therefore, when the enthalpy 20 and the second pedestal 30 are completed according to the point p of the plane _ panel, the poor dynamometer can be rearranged according to the contact erection. The needle 21 and the gate probe 3 are to be touched 1258591. Finally, in this embodiment, a first track member 22 is disposed on the first base 20 along the horizontal direction of the flat display panel P, and a second The track member 32 is then disposed on the second base 3〇 along the vertical direction of the flat display panel P. The data probe 21 and the gate probe 31 are slidably mounted on the first track member 22 and the second track In addition, referring to FIG. 3, the first pedestal 20 and the second pedestal 30 are respectively disposed on the plurality of linear movement guides 23, 33, and the linear movement guides 23 and the phantom plane display state The panels P are arranged at the same oblique angle. In this way, when the small-sized flat display panel P is loaded, and the first base 2〇 and the second base are moved toward the flat display panel P, the first base 2 and the first base can be avoided. The two pedestals 3 〇 interfere or collide with each other. On the other hand, § $ again sets an operating member (not shown) to automatically transfer the first base 2 and the second base 3 () along the moving direction, and the setting controller (not shown) In order to control the transfer distance according to the size of the loaded flat display panel, the speed is recorded and the position of the second base is simply controlled. Here, the operations and the controller as described above can be easily performed by the operations known in the art, and can be caused by the working layer. On the top of the month, the motor will be driven by the servo motor - the ball screw (the fourth (four) asks to the pedestal 20 and the second pedestal 3 〇 to realize the operating member and the controller, or can be reduced The secret (4) simple mechanism to the real Lin dumping and control. A 1258591 size and (four) / invention, due to the ease of work and the accuracy of detection can be improved by the flat panel display panel, the exchange and probe _ way It is caused by the manpower 2 together with the syllabus. The money on the W, because of the indefinite book = this month, the preferred embodiment of (4) exposes the above, but it is not used to limit the price of 1 like the artist. The spirit and scope of the present invention is inconsistent with the scope of the invention. The scope of the application is based on the scope of the patent application attached to the brother-in-law (3). [Simplified description of the schema] From the (four) panel, the 2nd picture is the plan view of the plane display panel test device in the middle of the figure. The intention is to explain the age of the flat panel display in the second figure [::= knowing the plane display device Ping·10 working layer 20 brother one pedestal 21 data probe 22 Track member 8 1258591 23 Linear slide 30 Second base 31 Gate probe 32 Second obstruction member 33 Linear slide track 100 Working layer 200 Data base 210 Data probe 211 Data pin 300 Gate base 310 Gate Pole probe
P 311 閘極針 平面顯示器面板P 311 gate pin flat panel