I247l〇5 [發明之功效] 攝像處理裝置係配合點燈裝置來使用。使用時,攝像 ::裝置之攝影機’係設置於與點燈裝置相隔適當距離之 寸疋位置’俾使攝影機可精準地拍攝到由點燈裝置所驅動 占儿之顯不面板。點燈裝置可採用原有之點燈裝置或新 的點燈裝置作為目視點燈檢查裝置。 攝像處理裝置更可包含配置於上述支撐體,用以使上 迷攝影機移動於與上述待驗之顯示面板平行的平面内之移 動機構。若作成上述方式’即能簡易地調整攝影機之平面 ^置-使攝影機可精準地拍攝到由點燈裝置所驅動而點亮 之顯示面板。 上述支撑體可具有:上下延伸之支柱;以可調整環繞 :平轴線之旋轉角度位置之方式,安裝於上述支柱的臂 邛’以及可凋整上述臂部環繞前述水平軸線之旋轉角度位 置的位置凋鲨機構。若作成上述方式,當攝像處理裝置配 =面;傾斜狀態不同之點燈裝置來使用時,依據該點 ’且哀置可今易且正確地調整攝影機之方向。 攝像處理裝置另外可包含 ^ _ 土夕q於上述攝於飛側敞择 _ /现體如復盍上述支撐體與上述移動機構之 份。若作成上述方式,即可防止外部光線射人攝影機/ 攝像處理裝置更可包含用以封閉上述蓋體之敵開部育 方的空間’而配置於上述蓋體之伸縮件。若作成上述方式, 當攝像處理裝置配人gs ~ ^ .. 士 — 〇>、面板傾斜狀態不同之點燈裝置來 使用時,藉由伸縮件可被每 忏了確K地封閉點燈裝置與攝像處理裝 315923 7 1247105 置間之間隙,而能夠更確實地防止外部光線射入攝麥機 上述支撐體更可具有:支撐上述支柱之主基座^以。 安裝於上述主基座之複數個小腳輪。若作成上述方式及 可將支撐體移動至原有的點燈裝置。 p 上述移動機構更可作成令上述攝影機往其光軸方 動之三次元移動台。 向移 上述臂部可旋轉的角度範圍,係可在上述攝影機光 與水平線間之夾角至少A 0度至90度範圍内進行調整而 以在25度至80度範圍内為佳,3〇度至7〇度範圍 佳。 d文 攝像處理裝置更可包含有:以上述攝影機之輸出信號 為基準,以判斷上述顯示面板良窳的信號處理裝置。υ 【實施方式】 參照第1圖至第5圖,自動點燈檢查裝置1〇係包括: 以j上傾斜之方式收容待驗之顯示面板丨2,並使該面板12 ”、儿之點燈裝置丨4,以及對點亮之面板丨2進行攝影以判 斷面板良窳的攝像處理裝置1 6。 於圖中所示之範例中,面板12為矩形液晶顯示面板, 另外亦可使用有機電場發光(有機EL,〇rganic ele^luminescence )、使用發光二極體之顯示面板、形成 有薄膜電晶體之玻璃基板等’或其他顯示面板。點燈裝置 可矛】用原有之點燈裝置,或者新的點燈裝置,作為目視 點燈檢查裝置。 點燈裝置1 4係具有:立方形框體丨8 ;以往上傾斜之 8 315923 1247105 角度收容面板1 2之檢查台2 20,將待驗之面板1 2送入檢省 台2 0 ’並且將驗完之面板1 2、蚕山认士 ~ 锻12運出檢查台20的搬移台22 ; 使面板1 2點亮之一對探斜置― t早7L 24 ;欲移動點燈裝置14I247l〇5 [Effect of the Invention] The imaging processing device is used in conjunction with a lighting device. In use, the camera of the camera: device is placed at an appropriate distance from the lighting device, so that the camera can accurately capture the display panel driven by the lighting device. The lighting device can use the original lighting device or a new lighting device as the visual lighting inspection device. The image processing apparatus may further include a moving mechanism disposed on the support body to move the camera in a plane parallel to the display panel to be inspected. If the above method is employed, the plane of the camera can be easily adjusted to enable the camera to accurately capture the display panel that is driven by the lighting device to illuminate. The support body may have: a pillar extending upward and downward; the armrest ' installed on the pillar and the angle of rotation of the arm portion surrounding the horizontal axis in a manner of adjusting a position of a rotation angle of the flat axis Position shark body. In the above manner, when the image pickup processing device is equipped with a surface; when the lighting device having a different tilt state is used, the direction of the camera can be adjusted easily and correctly according to the point ’. The image processing apparatus may further include ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ According to the above aspect, it is possible to prevent the external light from entering the camera/image processing apparatus and further including the space for arranging the enemy part of the cover to be disposed in the cover. In the above manner, when the imaging processing device is equipped with a lighting device having a different tilt state of the gs ~ ^ .. 士 〇 、, the light-emitting member can be closed by the telescopic member. With the gap between the image processing equipment 315923 7 1247105, it is possible to more reliably prevent external light from entering the wheat-collecting machine. The support body may further have a main base for supporting the pillars. A plurality of casters mounted on the main base. In the above manner, the support can be moved to the original lighting device. p The above moving mechanism can also be used as a three-dimensional mobile station for moving the camera to its optical axis. The range of angles at which the above-mentioned arm can be rotated can be adjusted within an angle of at least A0 to 90 degrees between the camera light and the horizontal line, preferably in the range of 25 to 80 degrees, and 3 degrees to 3 degrees. 7 degree range is good. Further, the image processing apparatus may further include: a signal processing device for determining the display panel based on the output signal of the camera. υ [Embodiment] Referring to Figures 1 to 5, the automatic lighting inspection device 1 includes: accommodating the display panel 待2 to be inspected in an inclined manner on j, and lighting the panel 12" The device 4 and the image processing device 16 for photographing the illuminated panel 丨2 to determine the panel are good. In the example shown in the figure, the panel 12 is a rectangular liquid crystal display panel, and an organic electric field can also be used for illumination. (Organic EL, 〇rganic ele^luminescence), a display panel using a light-emitting diode, a glass substrate on which a thin film transistor is formed, or the like, or other display panel. The lighting device can use the original lighting device, or A new lighting device is used as a visual lighting inspection device. The lighting device 1 4 has a cuboid frame 丨8; a conventionally inclined 8 315923 1247105 angle receiving panel 1 2 inspection table 2 20 will be inspected Panel 1 2 is sent to the inspection station 2 0 ' and will be tested panel 1 2, silkworm shank ~ forging 12 shipped out of the inspection table 20 of the transfer table 22; t early 7L 24; want to move the lighting device 14
所使用之小腳輪26。 T 檢查台20與搬移台22粆#恶μ上^ k δ又置於框體1 8之内。探針 元24係安裝於框體1 8,小腳終以a〜# 』腳輪26係安裝於框體丨8下面。 框體1 8之前面上部^Small casters 26 used. The T inspection table 20 and the transfer table 22 粆 #恶μ上^ k δ are again placed inside the frame 18. The probe element 24 is attached to the frame body 18. The small leg is attached to the lower surface of the frame body 8 by a to #" caster 26. Front face of frame 1 8 ^
馮頂斜面,该傾斜面具有一對大於 面板12之矩形開口 28、30。 、 檢查台20係以往上傾斜之方式將面板12收容在夾具 頂部32之面板吸附面,使面板吸附面與一方開口 相對 向。 檢查台20係具有可使往上傾斜之方式收容之面板u 朝與該面板12平行之X軸與γ軸兩方向及與收容的面板 12垂直之Ζ軸方向移動的三次元移動台的功能,同時亦具 有可環繞Ζ轴延伸方向旋轉若干角度之0軸移動台的功 能0 夾具頂部3 2之内部設置有:在面板吸附面具有可真空 吸附面板12之複數個吸附槽,並且可從面板背面照亮面板 1 2之背光單元。 搬移台22之面板載入面與另一方開口 30相對向,俾 使作業人員可經由另一方開口 3 0來移送面板1 2。 搬移台2 2之面板載入面上具有複數個定位銷3 4。藉 由將面板1 2之矩形相鄰兩邊抵接於該等銷3 4,以設定搬 移台22以及點燈裝置1 4之位置。 9 315923 1247105 平軸線)旋轉之角度位置的方式 部。 & ϋ於U 50之上端 位置調整機構56之水平方向 結於馬達(_r)6。之輸出轴,臂部二以58,係連 沒口丨5 4則藉由古押击丄C。 而安裝於支柱50。馬達60係安裝於支柱5〇。 移動機構46係具有Z轴移動機構62、 64、X軸移動機構66之三次元移 夕4構A vented bevel having a pair of rectangular openings 28, 30 that are larger than the panel 12. The inspection table 20 is placed in the panel suction surface of the clamp top portion 32 so as to be inclined upward, so that the panel suction surface faces one opening. The inspection table 20 has a function of a three-dimensional mobile station in which the panel u accommodated so as to be tilted upward is moved in the X-axis and the γ-axis parallel to the panel 12 and in the x-axis direction perpendicular to the accommodated panel 12, At the same time, there is also a function of the 0-axis moving table which can rotate a certain angle around the extending direction of the boring shaft. The top of the clamp 3 2 is provided with a plurality of adsorption grooves having a vacuum absorbing panel 12 on the suction surface of the panel, and can be from the back of the panel. The backlight unit of the panel 12 is illuminated. The panel loading surface of the transfer table 22 is opposed to the other opening 30, so that the operator can transfer the panel 1 2 via the other opening 30. The panel loading surface of the transfer table 2 2 has a plurality of positioning pins 34. The position of the transfer table 22 and the lighting device 14 is set by abutting the rectangular adjacent sides of the panel 12 against the pins 3 4 . 9 315923 1247105 Flat axis) The way of the angular position of the rotation. & 之上 Above the U 50 The horizontal direction of the position adjustment mechanism 56 is attached to the motor (_r) 6. The output shaft, the arm part is 58, the system is not connected to the mouth 5, and the C is killed by the Gus. It is mounted on the pillar 50. The motor 60 is attached to the pillar 5〇. The moving mechanism 46 has three-dimensional movements of the Z-axis moving mechanism 62, 64 and the X-axis moving mechanism 66.
往垂直於點燈裝置14所驅動而!=可使攝影機U U冗之面板12之7缸古a 二及與面板12平行之Ymx軸方向移動,並且安裝 於Z軸移動機構62之臂部54下端部之下面侧。 、 攝影機42具有可縮小或放大被拍攝 此’因此即使未設置Z軸移動機構62亦可。此時 力Driven perpendicular to the lighting device 14! = The 7 cylinders of the panel 12 of the camera U U can be moved in the Ymx axis direction parallel to the panel 12, and mounted on the lower side of the lower end portion of the arm portion 54 of the Z-axis moving mechanism 62. The camera 42 has a size that can be reduced or enlarged to be photographed. Therefore, even if the Z-axis moving mechanism 62 is not provided. At this time
機構46係安裝於γ轴移動機構M 側。 < 澤邛54刖端部下面 Y軸移動機構64係由安裝在2軸 動機構62的攝影 丨又切人孕由矛夕動機構66係由 所支撐。攝影機42係安掌 Y軸移動機構64 衣於χ軸移動機構όό,俾以拍摄 經由點燈裝置14驅動而點亮的面板12。 支樓體44上用以使攝處理 數個小腳輪70,係設於 52 :於地板移動之複 置移動至與點燈穿置二…下面。將攝像處理裝 置上以啁節哭卞、4相適當距離之位置’於該位 置上以满…固定具之類的適當 示)支樓該攝像處理裝置且,亦可中表 信號處理裝置48侈日^ 了不汉置小腳輪70。 置48知具有用以驅動包含顯示裝置之個 315923 11 1247105 人電腦、攝影機42、移動機構46以及位置調整機構%之 驅動電路。電腦中儲存有用以控制攝影機42、移動機構46 以及位置調整機構56之程式’以及利用攝影機42之輸出 信號以處理影像並判斷面板12良窳之程式等各種程式與 資料。 攝像處理裝置16係利用小腳輪7G而移動至第i 示之與點燈裝置14相隔適當距離之位置。攝像處理裂置 16可藉由位置調整機構56與移動機構耗,調整臂部η 之角度旋轉位置、攝影機42之方向以及攝影機42二 位置後’再以攝影機42拍攝面板丨2。 而後,當作業員搬移驗完與待驗之面板12時即 面板12,以判斷該面板12之良窳。 攝 裝置攝影時外部光線射人攝影機42内,攝像處理 上\北/盘 體44,以及覆蓋移動機構46兩側部、 # U與前下部的蓋體72。蓋體72盥主 形成框體。蓋體72之前上部係於點燈裝置:::、同 =機42係從蓋體72之敞開部往點燈二 出。因此,攝像處理裝置16之蓋 側大 閉蓋體72之敞卩1邱义t < 更配置有用以封 件74。開^方(點燈裝置14側)之空間的伸縮 1 4驅動而點亮 74將點燈裝置 ’而能更確實 〜,、、㈤ΓΓ ,雄由點 之面板12的傾斜度不同,仍可利用 只攝像處理裝置1 6之間的間隙完 也防止外部光線射入攝影機42之中 315923 12 1247105 攝影機42之方向,可兹山 精由令位置調整機構56之馬達 6 0旋轉,使臂部5 4環繞水早 ^艰+延伸之軸線旋轉若干角度, 而調整至正確角度。 具體而言,-旦位置調整機構56之馬達6〇開始旋轉, 支撑轴58則會環繞水平轴線旋轉若干角度,藉由上述支撐 軸58之旋轉’臂部54即環繞水平軸線旋轉若干角度。因 此,可將攝影機42之方向調整至正確角度。 弟1圖與第3圖係表示省略蓋體72之-部份與伸縮件 74之部份的狀悲’第4圖與第5圖係表示省略蓋體π 之一部份的狀態。 第1圖與第4圖皆為面板12以於水平線往上傾斜方約 略60之方式載入檢查台,而攝影機42之光軸與水平線 間之夾角成為大致3 0。之傾斜狀態。 相對於上述情形,第5圖係表示面板丨2以與水平線間 之夾角成為約略70。之往上傾斜方式載入檢查台,而攝影 機42之光軸與水平線間之夾角成為2〇。之傾斜狀態。 然而’本發明不僅可與在上述斜角狀態下收容面板i 2 的點燈裝置配合使用,亦可與在上述斜角以外的傾斜角度 狀態下收容面板1 2的點燈裝置、在平直狀態下收容面板 1 2的點燈裝置、在水平狀態下收容面板1 2的點燈裝置等 配合使用。 因此,臂部54可旋轉之角度範圍,能夠在攝影機42 之光軸與水平線間之夾角為至少0度至90度之範圍内進行 調整。 13 315923 1247105 臂部5 4紅轉若干角度後,攝影機4 2之光軸與水平線 間之夾角為0度時,攝像處理裝置1 6係與在平直狀態下收 容面板1 2並使該面板1 2點亮之點燈裝置配合使用。 臂部54旋轉若干角度後,使攝影機42之光軸與水平 線間之夾角大於〇度而小於90度時,攝像處理裝置i 6係 與在往上傾斜狀態下收容面板丨2並使該面板丨2點亮之點 燈裝置配合使用。 • 臂部54旋轉若干角度後,使攝影機42之光軸與水平 線間之夾角成為90度時,攝像處理裝置丨6係與在水平朝 上之狀態下收容面板12並使該面板12點亮之點燈裝置配 合使用。 而很夕在往上傾斜之狀態下收容顯示面板的點燈 裝置,係於顯示面板與水平線間之夾角成為3〇度至7〇度 之範圍内載入面板,因此,臂部54之可旋轉角度範圍,能 夠在攝影機42之光軸與水平線間之夾角為25度至8〇度之 籲範圍内進行調整,亦可在理想之3〇度至7〇度之範圍内進 行調整。 [產業上之可利用性] 除了將移動機構46配置於支撐體44,俾使支撐體44 一、攝〜機42之方式外,亦可將移動機構46配置於支撐 體44與地板間,使支撐體44能夠移動於二次元或三次元 工曰、。舁上述實施例相比,以此種方式配置之移動機構則 會成為價袼高昂之大型構件。 將本發明之攝像處理裝置配合各種點燈裝置使用時, 315923 14 1247105 亦可於支撐體44上設置用以變更攝影機放置架的昇降 機。 本發明不限於上述實施例,只要在未脫離本發明 曰 之範圍内,可進行多種之變更。 【圖式簡單說明】 第1圖係表示本發明攝像處理裝置與點燈裝置所繞合 之自動點燈檢查裝置之一實施例圖。 第2圖係表示第1圖所示之點燈裝置之正視圖。 第3圖係表示本發明攝像處理裝置之一實施例的斜視 」第4圖係表示將本發明攝像處理裝置組襞於以往上傾 斜方式載入與水平線間夾角成為60。之顯示面板的點燈、 襄置上之狀態圖。 裝置上 之狀態圖。 [元件符號說明] 10 自動點燈檢查裝置 14 點燈裝置 18 框體 22 搬移台 26 小腳輪 32 夾具頂邹 38 模組 々第5圖係表示將本發明攝像處理裝置組裝於以往上 '式載入與水平線間夹角成為7〇。之顯示面板的點燈 12 顯示面板 16 攝像處理裝置 20 檢查台 24 探針單元 28、 30開口 34 定位銷 40 探針基座 15 315923 1247105 42 ‘ 攝影機 44 支撐歡 46 移動機構 48 信號處理裝置 50 支柱 52 主基座 54 臂部 56 位置調整機構 58 支撐軸 60 馬達 62 Z軸移動機構 64 Y軸移動機構 66 X軸移動機構 68 攝影機支柱 70 小腳輪 72 蓋體 74 伸縮件The mechanism 46 is attached to the γ-axis moving mechanism M side. < The lower side of the 邛 54 Y end of the Y-axis moving mechanism 64 is supported by the photographic mechanism mounted on the 2-axis moving mechanism 62. The camera 42 is mounted on the palm axis moving mechanism 64, and the panel 12 is driven to be illuminated by the lighting device 14. The branch body 44 is used to process a plurality of casters 70, which are set at 52: the movement of the floor is moved to the lower side of the lighting. The camera processing device is mounted on the camera processing device, and the position of the appropriate distance of the four phases is appropriately displayed at the position of the fixed device, and the image processing device can also be used. The day ^ is not a small caster 70. The drive circuit for driving the 315923 11 1247105 human computer including the display device, the camera 42, the moving mechanism 46, and the position adjustment mechanism % is provided. The computer stores various programs and data such as a program for controlling the camera 42, the moving mechanism 46, and the position adjusting mechanism 56, and a program for processing the image by using the output signal of the camera 42 and judging the panel 12. The imaging processing device 16 is moved to a position separated from the lighting device 14 by an appropriate distance by the caster 7G. The image processing rupture 16 can be used by the position adjusting mechanism 56 and the moving mechanism to adjust the angular rotational position of the arm η, the direction of the camera 42, and the two positions of the camera 42, and then the panel 拍摄2 is photographed by the camera 42. Then, when the operator moves the panel 12 to be inspected and the panel 12 to be inspected, the panel 12 is judged to judge the goodness of the panel 12. When the camera is photographed, external light is incident on the camera 42, the image processing is performed on the north/disk 44, and the cover 72 covering both sides of the moving mechanism 46, #U and the front lower portion. The cover body 72 is formed to form a frame. The upper portion of the cover body 72 is attached to the lighting device:::, and the same machine 42 is lighted from the open portion of the cover 72. Therefore, the opening of the large closing body 72 on the lid side of the image pickup processing device 16 is more suitable for the sealing member 74. The expansion and contraction of the space on the side of the opening (the side of the lighting device 14) is driven by the light, and the light is turned on, and the light-emitting device is turned on, and the light-emitting device can be more reliably erected, and (5) ΓΓ, and the inclination of the panel 12 of the male point can be utilized. Only the gap between the image processing devices 16 is prevented from entering the direction of the camera 42 in the camera 42 by the external light. The motor is rotated by the motor 60 of the position adjusting mechanism 56 to make the arm 5 4 Rotate several angles around the axis of the water and the extension and adjust to the correct angle. Specifically, once the motor 6'' of the position adjustment mechanism 56 begins to rotate, the support shaft 58 is rotated a number of angles about the horizontal axis by the rotation 'arm portion 54 of the support shaft 58, i.e., about the horizontal axis. Therefore, the direction of the camera 42 can be adjusted to the correct angle. Figs. 1 and 3 show the state in which the portion of the cover 72 and the portion of the telescopic member 74 are omitted. Figs. 4 and 5 show a state in which one part of the cover π is omitted. In both Figs. 1 and 4, the panel 12 is loaded into the inspection table so that the horizontal line is inclined upward by 60, and the angle between the optical axis of the camera 42 and the horizontal line becomes approximately 30. Tilted state. With respect to the above, Fig. 5 shows that the panel 丨2 has an angle of about 70 with the horizontal line. The tilting manner is loaded into the inspection table, and the angle between the optical axis of the camera 42 and the horizontal line is 2 〇. Tilted state. However, the present invention can be used not only in combination with the lighting device for accommodating the panel i 2 in the above-described oblique state, but also for accommodating the lighting device of the panel 1 2 in an inclined state other than the above-described oblique angle, in a straight state. The lighting device that houses the panel 1 2 is used in combination with a lighting device that houses the panel 12 in a horizontal state. Therefore, the angular range in which the arm portion 54 can be rotated can be adjusted within an angle of at least 0 to 90 degrees between the optical axis of the camera 42 and the horizontal line. 13 315923 1247105 When the angle between the optical axis of the camera 42 and the horizontal line is 0 degrees, the imaging processing device 16 is configured to receive the panel 1 2 in a straight state and make the panel 1 2 Lighted lighting device is used together. When the arm portion 54 is rotated by a certain angle, and the angle between the optical axis of the camera 42 and the horizontal line is greater than the twist and less than 90 degrees, the imaging processing device i 6 receives the panel 丨 2 in the upward tilt state and causes the panel to be tilted. 2 Lighted lighting device is used together. • When the arm portion 54 is rotated by a certain angle and the angle between the optical axis of the camera 42 and the horizontal line is 90 degrees, the imaging processing device 6 is configured to house the panel 12 in a horizontally upward state and to illuminate the panel 12 The lighting device is used together. The lighting device for accommodating the display panel in a state of being tilted upward is loaded into the panel in such a manner that the angle between the display panel and the horizontal line is 3 to 7 degrees, and therefore, the arm portion 54 is rotatable. The angular range can be adjusted within an angle of 25 degrees to 8 degrees between the optical axis of the camera 42 and the horizontal line, and can be adjusted within an ideal range of 3 to 7 degrees. [Industrial Applicability] In addition to the arrangement of the moving mechanism 46 on the support 44, the support mechanism 44 and the camera 42 may be disposed, and the moving mechanism 46 may be disposed between the support 44 and the floor. The support body 44 can be moved to a secondary element or a three-dimensional process. Compared to the above embodiment, the moving mechanism configured in this manner becomes a large-priced member with a high price. When the image pickup processing apparatus of the present invention is used in combination with various lighting devices, 315923 14 1247105 may also be provided with a lift for changing the camera placement frame on the support body 44. The present invention is not limited to the above embodiments, and various changes can be made without departing from the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing an embodiment of an automatic lighting inspection device in which an image pickup processing device and a lighting device of the present invention are wound. Fig. 2 is a front elevational view showing the lighting device shown in Fig. 1. Fig. 3 is a perspective view showing an embodiment of the image pickup processing apparatus of the present invention. Fig. 4 is a view showing that the imaging processing apparatus of the present invention has an angle of 60 between the vertical tilt mode loading and the horizontal line. The state diagram of the lighting and display on the display panel. State diagram on the device. [Description of component symbols] 10 Automatic lighting inspection device 14 Lighting device 18 Frame 22 Transfer table 26 Caster 32 Fixture top 38 Module 々 Figure 5 shows the assembly of the image processing device of the present invention in the past The angle between the entrance and the horizontal line becomes 7〇. Lighting of the display panel 12 Display panel 16 Camera processing device 20 Inspection table 24 Probe unit 28, 30 opening 34 Locating pin 40 Probe base 15 315923 1247105 42 'Camera 44 Supporting fan 46 Moving mechanism 48 Signal processing device 50 Pillar 52 Main base 54 Arm 56 Position adjustment mechanism 58 Support shaft 60 Motor 62 Z-axis moving mechanism 64 Y-axis moving mechanism 66 X-axis moving mechanism 68 Camera support 70 Small casters 72 Cover 74 Telescopic parts
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