1283292 九、發明說明： 【發明所屬之技術領域】 本發明針對於液晶顯示面板（LCD面板）的檢測裝置 且，更明確而言，針對於經配置以安全且快度地替換工 臺之LCD面板檢測裝置。 、 【先前技術】 般而σ平板顯示裔的主要產品為薄膜電晶體液晶 顯不器（thin film transistor liquid ⑽如此咖） (TFT LCD) ’由於製造技術的進步與研究發展（r&d ) 的結果，其傾向於更大的尺寸與更高的解析度。由於 TFT-^CD的應用擴展至大型監視器，所以其快速替代陰極 射線管（cathode ray tube)( CRT)顯示器。因此，tft_lcd 在顯示器業界的地位日益重要。近年來，顯示器更加顯著 地用作視訊資訊媒體。特別地，隨著近年來朝向更輕、更 :專、更紐及更小的電子設備的趨勢，更低的功率消耗、更 薄的薄膜、更輕的重量、更高的清晰度、可攜帶性將變得 重要。 -如由於LCD為具有出色的生產力以及具有符合上述顯 不器條件的功能之顯示設備，因此使用LCD的各種新產品 的f明快速增加。另外，LCD作為下一代產品的支柱技術 曰益變得比半導體更加的引人注目。 在生產線的最終階段，LCD經受藉由在一特定測試器 内的探針單元所進行的探針試驗。探針試驗包括LCD面^ 之資料與閘極線的開路試驗（open test)與呈色試驗（c〇1〇r 1283292 test)及使用顯微鏡的顯微試驗（micr〇sc〇pictest)。 目如’ LCD具備各種尺寸，諸如15、17、18.1及19 英吋。早已提供檢測裝置用於檢測所有各種尺寸的lCD。 然而，為了藉由一種檢測裝置檢測此等各種尺寸的， 檢測裝置的内部構型應隨著LCD尺寸的變化而改變。 詳言之，當待檢測的LCD在尺寸上發生變化時，需要 替=其上裝載有LCD的工作臺。為替換習知工作臺，在檢 f裝置的前方’自置於檢測裝置内部的卫作平臺移除工作 $。然而，此種移除碰到許多問題。首先，應當做工作以 移除安裝在檢測裝置前方基座板的探針單元。其次，由於 =作臺的重量隨著更大尺寸LCD的趨勢而增加，所以當在 j測裝置財替換置於檢難㈣的卫作臺畴在限制。 =三，當在替換工作臺期間工作者由於失誤將工作臺掉入 檢測裝置内時，會損壞周邊單元。如上文所述，替換習知 工作臺存在相當大的困難。 【發明内容】 一 μ本，明的示範性實施例針對於LCD面板檢測裝置。在 示範H 〜例中，LCD面板檢測裝置可包括外殼，·用於將 :檢測之LCD面板供應至外殼㈣的LCD面板供應部 ，用於裝载自LCD面板供應部件供應的lcd面板以 面板的檢測部件；及用於在LCD面板供應部件與 4件之間载運LCD面板的面才反載體。檢測部件包括工 作在工作堂上裝載有待檢測2LCD面板；及第一滑桿 兀件，其用於使安裝於外殼内部的工作臺能夠自其中被抽 1283292 出。 【實施方式】 現將參看附圖在下文中更全面地描述本發明。通篇相 同的數字指代相同元件。 茶看圖〗與圖2A，根據本發明的LCD面板檢測裝置 為用於使用探針單元112對LCD面板1〇的個別資料 y、間極線執行開路試驗與呈色試驗及使用顯微鏡進行顯微 試驗之檢測裝置。 ’ LCD面板檢測裝置1〇〇包括滑桿構件，其用於自機身 102抽出工作臺】22以易於替換其上裝载有lc 之工作臺122。 為了描述的方便，在與相對於檢測裝置傾斜安置的 Z面板平行的-側，左右方向、傾斜向上與傾斜向下的 面板垂直的方向在下文中分別被稱作X、 Y與Z方向。 LCD面板檢測裝置1〇〇包括機身1〇2，其 6〇度傾斜的傾斜表面區104。機身 、/、 彳成身102為盒狀框架。機身 口〇2 =斜表面區1G4具有大於LCD面板1G之正方形^ :機身102的一側部分打開以抽出工作臺122。用】 ，待檢測LCD面板10之供應部件186置於 勺 部且檢測部件110置於機身1()2 ^ 勺上 186)。 ㈣1G2的下部（低於供應部件 在供應部件186與檢測部件11〇的 應部件186與檢測部件110之間 置有用方;在供 之間載運LCD面板10之面板 .載體。面板載體⑽包括至少兩 早兀Π0提供於機，102的傾斜表面區二2 。顯微鏡 元Π0用於詳細地檢查裝載於工作友 。顯微鏡單 10的缺陷部分或使安裝於探針單元u ^ 面板 :巧示)與在早期驅動平臺中的LCD:板鬼:4:: 水平或垂直移動。 女衣τ猎由顯微鏡轉移元件172 在檢測部件110中，自提供 光源（背光單元124)向LCD面柘〗η板10之背面的 。的光點柳面板 的mt!12置於形成於機身102的傾斜表面區 uf/ 針基座116，在此絲❹個探針塊 ，測平4 120接收與機身1〇2之傾斜表面區1〇4幾乎 收的LCD祕1G且相對於探針單元112移動所接 ^lcd面板1()。檢測平臺12()可起到夹緊[⑶面板1〇、 、丫與2方向移動LCD面板1()及相對於Z轴線的圓 σ以一角度旋轉LCD面板〗〇的作用。 —參看圖3與圖4’檢測平臺12〇包括工作臺122、背光 '^元124、對準單元126及第一滑桿元件13〇。檢測平臺 裝載於工作臺122上的LCD面板1〇的後面被照亮。 準單兀126包括在又、¥與2方向移動且相對於z軸線 Ϊ283292 21001pif 圓周以一角度旋轉的可移動框架128。第一滑桿元株你 作臺m可自機身u)2橫向抽出以替換 舉例而言，當待檢測的LCD面板1〇在尺寸上發生變 化時，根據LCD面板1〇改變的尺寸，工作臺 工作臺替換。藉由第一滑桿元細在機身乍;〇 = 成工作臺122的替換。第一滑桿元件13〇包括分別安裝於 對準單元126之頂部與底部的線性馬達(iinearm_，_ •導引部件136，沿LM導引部件136在X軸方向移動的可 移動板132及可移除地安裝於可移動板132的對接板。 如圖5與圖6所說明’ LM導引部件136包括固定至 對準單元126的下托架14〇，安裝於下乾_ 14〇的第一平 堂LM執這、沿第一平臺lm軌道142移動之第一平臺lm 塊143、藉由第一平臺LM塊143支撐之中間板144、安裝 於中間板144之上之第二平臺…執道145、沿第二平臺 LM，執迢145移動之第二平臺匕“塊146及藉由lM塊146 鲁支撐之上板147。上板147固定至可移動板132的底表面。 、現將詳細描述在上述經配置的乙“導引部件136處的 1動。當使用者向機身1〇2的外部拉可移動板132的把手 ，，與上板14 7連接的第二平臺L Μ塊14 6沿第二平臺L M ^這145移動。之後，與中間板144連接的第一平臺lm ，U3沿第-平臺LM軌道142移動。因此，可移動板i32 ⑵幾身102❺橫向方向水平移動以自機身川出工作臺 如圖4與圖6所示，第一滑桿元件130包括用於限制 1283¾¾ 可移動板132的抽出距離的第一擋止件15〇與用於 回縮距離的第二擋止件U2。擋止件bo與152二壯义:、 板140、中間板144及上板147。震動吸收器154 协: 产巧擒止件152處’其安|於下托架14〇 處。展動吸收态154用作吸收在可移動板132之停止 期間所施加的震動的元件。即使當使用者用力推或拉^夕 動板132時，亦藉由震動吸收器154吸收震動以減小= 止可移動板13 2時所施加的震動。 此外，第一滑桿元件13〇包括夾元件156，其包括w 於架140的固定平臺156a，置於可移動板132的可移 動平& 156b及插入形成於固定平臺與可移動平臺之螺紋 孔j57内的聯結螺栓156c以耦合固定平臺15如與可移動 平堂156b。即，若使用者在替換工作臺122之後將可移動 ，132推入機身102内並藉由聯結螺栓156c耦合可移動平 量156b與固定平臺156a，則可抑制可移動板132 移動。 ^ 々 作皇122女1於對接板134上。對接板134自/至可 移動板132可移除地/可附著地安裝。 ,更具體言之，在替換工作臺122之階段，對接板134 ^可移動板132對接。因此，由於可移動地安裝於第一滑 干凡件130的可移動板132的移動，對接板134置於機身 =2的外部且安裝於對接板134之前表面的工作臺m被 曰換。在檢測LCD面板1〇之階段，可移動板132置於檢 剜部件110處且對準單元126在z軸方向移動以自可移動 框架128移除對接板〗34。 、對準單元126在X、γ與z方向移動且在z軸上旋 =裝載於工作臺122上之LCD面板IG與最佳檢測位^ 對準。歸因於對準單元126的移動與旋轉，與可移動 板m隨著與對準單元126之上側對接的 對接板134 —起移動。 參看圖5朗7 ’使麟接構件完成對接板m f動框架128之對接。對接構件包括六個安裝於可移動框 木128之定位们60與四個用於將對接板134按愿在可 動框木128上之推進器工具162。推進器工具⑹中之 -者包括液壓幻64與安裝於液㈣桿165端部的加㈣ 〜°開ϋ 167形成於對接板134與可移動板132之間，使 2麗件166能夠從此處通過。因此，當對接板以鱼可 對接時經由開口 167將加壓件166置於對接 ，134的雨表面。在此狀態，加壓件166以直角旋轉 壓缸164的操作對接板⑸的前表面被按壓，苴在 圖7中說明。 /、仕 意即，按照以下方式完成對接板134與可移動板⑶ =接。由於檢測平臺12G沿ζ_移動， =，動框架m在ζ軸方向向前移動。在此點， 位銷在插入形成於對接板134邊緣的 田開口 167置於對接板134的w 士 , 角旋轉之後，歸因於液壓缸164 =藉由旋轉操作以直 4的知作加壓件166按壓對 1283 接板134的前表面以達成穩定對接。 在可移動板132之前表面的右邊愈 Ϊ68用於限制對接板134的前向〃 棱（、“止件 tf桩始& 乂 a# 私動。卸因於擋止件168， 對，板m過度的別向移動受到限制 操針單元112碰撞。 作至122與 現將妓城骑她134 _自 ]12的對準單元126的移動， 、杈劂邛件 後，對接板m與可移動板架128對接之 之所表面的工作臺122沿z軸隨對接板 工作臺122之LCD面板1〇靠近探斜 夕 衣載方； 〇〇 , 110 —士 #迎知針早兀112移動。安裝 於抓針早X 112之絲㈣探針（未圖 H)的襯墊制。在對接板134過度= LCD面板1G的齡會與探針單幻i2的探針碰撞。 w而，歸因於擋止件168可限制對接板134 動以防止對探針或LCD面板1〇之損壞。 。又月D夕 —8所說明，檢測裝£刚包括第二滑桿元件19〇。 错由弟二滑桿元件190，背光單元124被抽出至機身1〇2 的側面以檢查背光單元124並替換背光單元124的燈。如 圖3與圖8所說明，第二滑桿元件19〇包括安裳於對準單 凡126之可移動框架128上之LM導引部件。沿⑽導引 部件將背光單元124抽出至機身1〇2的側面。 改J :3用於抽出工作臺122至機身102之側面的修 勺弟/以干儿件130'。第一滑桿元件13〇ι安装於對準單 凡126的可移動框架128上。第一滑桿元件130,包括並上 12 1283292 21001pif 之可移動板132,及麟料可移動板 若笛_、二，框架128上滑動2LM導引部件⑽。即， mm^13GI安裝於對準單元126之可移動框架 貝j可令略對接板與對接元件’如上文所述。 換工竹*文所°兒明’由於藉由第―滑桿元件在機身外部替 能省略由替換工作臺所引起的不便的工 捍元件在機工作。另外’由於藉由第二滑 單元所需的fn; 光单元，因此可能減少檢查背光 明，結合附圖所說明之本發明之實施例描述了本發 脸％ 明並不限於所述實施例。對於熟習此項技術者 將顯而易男，Α 丁 Μ Μ , 不偏罐本發明之範疇與精神之情況下可對 其做出各種代替、修改與改變。 【圖式簡單說明】 板檢:ΐ=Α型分別說明根據本發明之實施例的LCD面 鱼以，5兄明在根據本發明的LCD面板檢測裝置内自機 身抽出的LCD面板。 吉々f it圖4分別說明當可移動板移動至用於替換工作 室之位置時的檢測平臺。 Ξ =日圖j說明檢測平臺的LM導引部件。 ㈣:置動至用於轉移與接收LCD面板之 圖況明自機身抽出之背光單元。 1283¾¾ 圖9說明用於抽出工作臺至機身侧面之第一滑桿元件 的修改版本。 【主要元件符號說明】 10 ·液晶顯不面板 100 :液晶顯示面板檢測裝置 102 :機身 104 :傾斜表面區 110 :檢測部件 ® 112 :探針單元 114 :探針塊 116 :探針基座 120 :檢測平臺 122 :工作臺 124 :背光單元 126 :對準單元 128 :可移動框架 • 130’ ：第一滑桿元件 130 :第一滑桿元件 132 :可移動板 132’ ：可移動板 134 :對接板 136 : LM導引部件 140 :下托架 142 :第一平臺LM執道 -14 - I283292f 143 :第一平臺LM塊 144 :中間板 145 :第二平臺LM軌道 146 :第二平臺LM塊 147 :上板 150 :第一擋止件 152 :第二擋止件 154 :震動吸收器 ® 156b :可移動平臺 156 :夹元件 156c :聯結螺栓 156a :固定平臺 157 :螺紋孔 160 :定位銷 161 :通孔 162 :推進器工具 • 164 :液壓缸 165 :液壓缸桿 166 :加壓件 167 :開口 168 :擋止件 170 :顯微鏡單元 172 ··顯微鏡轉移元件 180 :面板載體 -15 - 1283292 21001pif ..186 :供應部件 190 :第二滑桿構件1283292 IX. Description of the Invention: [Technical Field] The present invention is directed to a detection device for a liquid crystal display panel (LCD panel) and, more specifically, to an LCD panel configured to safely and quickly replace a work station Detection device. [Prior Art] The main product of σ flat panel display is thin film transistor liquid (10) so TFT ('TFTP)'s due to advances in manufacturing technology and research development (r&d) As a result, it tends to be larger in size and higher in resolution. Since the application of TFT-^CD extends to large monitors, it quickly replaces cathode ray tube (CRT) displays. As a result, tft_lcd is increasingly important in the display industry. In recent years, displays have become more prominently used as video information media. In particular, with the trend toward lighter, more specialized, smaller and smaller electronic devices in recent years, lower power consumption, thinner film, lighter weight, higher definition, and portability Sex will become important. - As the LCD is a display device with excellent productivity and functions that meet the above-mentioned display conditions, the new products using LCDs are rapidly increasing. In addition, LCD as a pillar technology for next-generation products has become more compelling than semiconductors. At the final stage of the line, the LCD is subjected to a probe test conducted by a probe unit in a particular tester. The probe test includes the data of the LCD surface and the open test and color test of the gate line (c〇1〇r 1283292 test) and the microscopic test using the microscope (micr〇sc〇pictest). The LCD is available in a variety of sizes, such as 15, 17, 18.1 and 19 inches. Detection devices have long been provided for detecting all types of lCDs. However, in order to detect these various sizes by a detecting device, the internal configuration of the detecting device should be changed as the LCD size changes. In detail, when the LCD to be detected changes in size, it is necessary to replace the workbench on which the LCD is mounted. In order to replace the conventional workbench, the work platform is removed from the front of the inspection device. However, such removals have encountered many problems. First, work should be done to remove the probe unit mounted on the base plate in front of the detection device. Secondly, since the weight of the counter is increased with the trend of the larger-sized LCD, when the j-test device is replaced, it is placed in the limit of the security (4). = three, when the worker drops the workbench into the detection device due to a mistake during the replacement of the workbench, the peripheral unit is damaged. As mentioned above, there are considerable difficulties in replacing conventional workbenches. SUMMARY OF THE INVENTION An exemplary embodiment of the present invention is directed to an LCD panel detecting apparatus. In the example H to the example, the LCD panel detecting device may include a housing, and an LCD panel supply portion for supplying the detected LCD panel to the housing (4) for loading the LCD panel supplied from the LCD panel supply unit to the panel The detecting member; and the surface for carrying the LCD panel between the LCD panel supply member and the four members is the anti-carrier. The detecting member includes a 2LCD panel loaded with a workpiece to be inspected in the workroom, and a first slider member for enabling a table mounted inside the casing to be drawn 1283292 therefrom. [Embodiment] The present invention will now be described more fully hereinafter with reference to the accompanying drawings. The same numbers refer to the same elements throughout. Fig. 2A, the LCD panel detecting device according to the present invention is used for performing the open circuit test and the color test of the individual data y of the LCD panel 1 using the probe unit 112, and performing microscopy using a microscope. Test device for testing. The LCD panel detecting device 1 includes a slider member for extracting a table 22 from the body 102 to easily replace the table 122 on which the lc is loaded. For convenience of description, in the side parallel to the Z-panel disposed obliquely with respect to the detecting means, the directions in which the left-right direction, the oblique upward direction and the obliquely downward facing plate are hereinafter referred to as the X, Y, and Z directions, respectively. The LCD panel detecting device 1 includes a body 1 〇 2, which is inclined by an inclined surface area 104. The body and/or body 102 are box-shaped frames. The fuselage port 2 = the inclined surface area 1G4 has a square larger than the LCD panel 1G: One side of the body 102 is partially opened to draw out the table 122. With the], the supply member 186 of the LCD panel 10 to be inspected is placed on the scoop portion and the detecting member 110 is placed on the fuselage 1 () 2 scoop 186). (4) The lower portion of 1G2 (below the supply member between the supply member 186 and the detecting member 11 and the detecting member 110; the carrier for carrying the LCD panel 10 between the suppliers. The panel carrier (10) includes at least two Early 兀Π0 is provided on the machine, 102 inclined surface area 2 2. Microscope Π0 is used to examine in detail the load on the workmate. The defective part of the microscope single 10 or the mounting of the probe unit u ^ panel: smart) and LCD in the early drive platform: Board Ghost: 4:: Move horizontally or vertically. The female clothing τ hunting is carried out by the microscope transfer element 172. In the detecting unit 110, the light source (backlight unit 124) is supplied from the back surface of the LCD panel 10 to the LCD. The mt! 12 of the light spot willow panel is placed on the inclined surface area uf/needle base 116 formed in the body 102, where the probe block is tapped, and the flat 4120 receives the inclined surface with the body 1〇2 The area 1〇4 almost receives the LCD secret 1G and moves the connected panel 1() relative to the probe unit 112. The detecting platform 12() functions to clamp [(3) panel 1 〇, 丫 and 2 directions to move the LCD panel 1 () and rotate the LCD panel at an angle with respect to the circle σ of the Z axis. - Referring to Figures 3 and 4', the inspection platform 12 includes a table 122, a backlight unit 124, an alignment unit 126, and a first slider member 13A. The inspection platform is illuminated behind the LCD panel 1〇 mounted on the table 122. The quasi-single 126 includes a movable frame 128 that is moved in the direction of ¥, 2, and rotated at an angle with respect to the z-axis 283292 21001 pif circumference. The first slider element can be extracted horizontally from the body u) 2 to replace, for example, when the size of the LCD panel 1 to be detected changes in size, according to the changed size of the LCD panel 1 Replace the workbench. By the first slider element thinner in the fuselage; 〇 = replacement of the workbench 122. The first slider member 13A includes a linear motor (iinearm_, a guide member 136, a movable member 132 that moves in the X-axis direction along the LM guide member 136 and is mounted on the top and bottom of the alignment unit 126, respectively. Removably mounted to the docking plate of the movable plate 132. As illustrated in Figures 5 and 6, the LM guide member 136 includes a lower bracket 14〇 fixed to the alignment unit 126, mounted on the lower _ 14 〇 The first platform lm block 143, which is moved along the first platform lm track 142, the intermediate plate 144 supported by the first platform LM block 143, and the second platform mounted on the intermediate plate 144. The track 145, along the second platform LM, executes the second platform of the movement 145, "block 146 and supports the upper plate 147 by the lM block 146. The upper plate 147 is fixed to the bottom surface of the movable plate 132. The first action at the above-mentioned configured "guide member 136" is described in detail. When the user pulls the handle of the movable plate 132 to the outside of the body 1 2, the second platform L 连接 connected to the upper plate 14 7 Block 14 6 moves along the second platform LM ^ 145. Thereafter, the first platform lm, U3 connected to the intermediate plate 144 is along the first platform LM The track 142 is moved. Therefore, the movable plate i32 (2) is horizontally moved 102 in the lateral direction to exit the workbench from the fuselage. As shown in FIGS. 4 and 6, the first slider member 130 includes a limit for the 12833⁄43⁄4 movable plate 132. The first stopper 15 抽 of the extraction distance and the second stopper U2 for the retraction distance. The stoppers bo and 152 are two: the plate 140, the intermediate plate 144 and the upper plate 147. The shock absorber 154 Co-ordination: 152 ' 擒 152 152 152 152 152 于 于 于 于 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When the force plate 132 is pushed or pulled, the shock is also absorbed by the shock absorber 154 to reduce the vibration applied when the movable plate 13 2 is stopped. Further, the first slider member 13 includes the clip member 156. It includes a fixed platform 156a of the frame 140, a movable flat & 156b disposed on the movable plate 132, and a coupling bolt 156c inserted into the threaded hole j57 formed in the fixed platform and the movable platform to couple the fixed platform 15 as The movable gantry 156b can be moved. That is, if the user replaces the workbench 122, The movement, 132 is pushed into the fuselage 102 and coupled to the movable flat 156b and the fixed platform 156a by the coupling bolt 156c, so that the movement of the movable plate 132 can be suppressed. ^ 々作皇122女1 on the docking plate 134. The 134 from/to the movable plate 132 is removably/adherently mounted. More specifically, at the stage of replacing the table 122, the docking plate 134^the movable plate 132 is docked. Therefore, due to the movement of the movable plate 132 movably mounted to the first sliding member 130, the docking plate 134 is placed outside the body = 2 and the table m mounted on the front surface of the docking plate 134 is replaced. At the stage of detecting the LCD panel 1 , the movable plate 132 is placed at the inspection member 110 and the alignment unit 126 is moved in the z-axis direction to remove the docking plate 34 from the movable frame 128. The alignment unit 126 moves in the X, γ, and z directions and rotates on the z axis. The LCD panel IG mounted on the stage 122 is aligned with the optimum detection bit. Due to the movement and rotation of the alignment unit 126, the movable plate m moves with the docking plate 134 that abuts the upper side of the alignment unit 126. Referring to Fig. 5, the ridge joint member is used to complete the docking of the docking plate mf moving frame 128. The docking member includes six locators 60 mounted to the movable frame 128 and four pusher tools 162 for placing the docking plate 134 on the movable frame 128. Among the propeller tools (6), the hydraulic phantom 64 and the (4) ~ ° opening 167 mounted on the end of the liquid (4) rod 165 are formed between the butt plate 134 and the movable plate 132, so that the 2 167 pieces can be obtained from here. by. Therefore, the pressing member 166 is placed on the rain surface of the docking, 134 via the opening 167 when the docking plate is docked with the fish. In this state, the pressing member 166 is rotated at a right angle to the front surface of the working plate (5) of the pressing cylinder 164, which is illustrated in Fig. 7. /, that is, the docking plate 134 and the movable plate (3) are connected in the following manner. Since the detecting platform 12G moves along the ζ_, the moving frame m moves forward in the x-axis direction. At this point, the position pin is placed in the field opening 167 formed at the edge of the butt plate 134 after being placed on the butt plate 134, after the angular rotation, due to the hydraulic cylinder 164 = pressurized by the rotary operation The piece 166 presses against the front surface of the 1283 plate 134 to achieve a stable docking. The right side of the surface of the movable plate 132 is used to limit the forward edge of the butt plate 134 ("the stop tf pile start &乂a# private movement. Discharged by the stop member 168, right, the plate m is excessive The movement of the other direction is restricted by the movement of the needle unit 112. The movement of the alignment unit 126 to the 134 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 128 the surface of the workbench 122 on the z-axis along the z-axis with the LCD panel 1 of the docking plate workbench 122 is close to the slanting smock carrier; 〇〇, 110-士# 迎知针早兀112 moves. Installed in the scratch The needle is made of the X 112 wire (4) probe (not shown in Figure H). Over the docking plate 134 = the age of the LCD panel 1G will collide with the probe of the probe single i2. w, due to the stop The member 168 can limit the docking plate 134 to prevent damage to the probe or the LCD panel 1. As explained in the following paragraphs, the detection device just includes the second slider member 19〇. The component 190, the backlight unit 124 is drawn out to the side of the body 1〇2 to inspect the backlight unit 124 and replace the lamp of the backlight unit 124. As illustrated in FIGS. 3 and 8. The second slider member 19 includes an LM guide member that is mounted on the movable frame 128 of the alignment unit 126. The guide member is drawn along the (10) guide member to the side of the body 1〇2. 3 is used to pull out the workbench 122 to the side of the fuselage 102. The first slide bar member 13〇 is mounted on the movable frame 128 aligned with the single 126. The first slide The rod member 130 includes a movable plate 132 that is slid onto the 12 1283292 21001pif, and a movable plate of the slab, such as a flute _, two, and a sliding guide 2LM guiding member (10) on the frame 128. That is, the mm^13GI is mounted on the aligning unit 126. Moving the frame j can make the abutting plate and the docking element 'as described above. The au pair bamboo * text ° 明 明 ' because the first - slide bar element outside the fuselage can be omitted caused by the replacement workbench The inconvenient work element is working on the machine. In addition, since the fn; light unit required by the second slide unit is used, it is possible to reduce the inspection backlight, and the present invention is described with reference to the embodiment of the present invention as illustrated in the accompanying drawings. It is not limited to the embodiment. It will be obvious to those skilled in the art, Α Μ Μ Μ Μ 不 不 不 不 不 不 本 本 本 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 LCD LCD LCD LCD LCD LCD The fish panel is taken out from the airframe in the LCD panel detecting device according to the present invention. Fig. 4 illustrates the detecting platform when the movable plate is moved to the position for replacing the working chamber, respectively. Ξ =Day j shows the LM guide of the inspection platform. (4): Moved to the backlight unit for transferring and receiving the LCD panel. 12833⁄43⁄4 Figure 9 illustrates a modified version of the first slider element for extracting the workbench to the side of the fuselage. [Description of main component symbols] 10 · Liquid crystal display panel 100 : Liquid crystal display panel detecting device 102 : Body 104 : Inclined surface area 110 : Detection part ® 112 : Probe unit 114 : Probe block 116 : Probe base 120 : Detection platform 122: Workbench 124: Backlight unit 126: Alignment unit 128: Removable frame • 130': First slider member 130: First slider member 132: Removable plate 132': Removable plate 134: Docking plate 136: LM guiding member 140: lower bracket 142: first platform LM obeying-14 - I283292f 143: first platform LM block 144: intermediate plate 145: second platform LM rail 146: second platform LM block 147: upper plate 150: first stopper 152: second stopper 154: shock absorber® 156b: movable platform 156: clamp member 156c: coupling bolt 156a: fixed platform 157: screw hole 160: positioning pin 161 : Through hole 162 : Propeller tool • 164 : Hydraulic cylinder 165 : Hydraulic cylinder rod 166 : Pressing member 167 : Opening 168 : Stop member 170 : Microscope unit 172 · Microscope transfer element 180 : Panel carrier -15 - 1283292 21001pif ..186: supply part 190: second slide member
-16-16