TW569365B - Apparatus of OLED performance measurement and measurement method thereof - Google Patents

Abstract

An apparatus of OLED performance measurement comprises a platform, a goniometer, a three-axis moving device, a photo-detector, and a computer. The goniometer is deposited on one end of the platform, and an OLED is fixed on the goniometer. The photo-detector is deposited on the three-axis moving device, and the photo-detector faces to the OLED fixed on the three-axis moving device. The goniometer, the three-axis moving device and the photo-detector are electronically connected with the computer.

Description

569365 五、發明說明（1) 本發明是有關於一種光電特旦 特別是有關於-種有機發光二極體之篁測設備及方法’且 Eimttlng Diode，〇LED)之光 性 ^ganic Llght 有機發光二極體是一種特： 轉換效率的平面顯示器元件，換成光能且具有高 及光源之各種平面顯示器元件等J的機、PDA以 產品元件具備一些特性， 由於有機發光一極體 高應答速度、使用溫产f 角、製程簡易、低成本、 時代顯示器特性之要g ^ ^ =與全彩化等，符合多媒體 行其光電特性的；；==製作完成之後，都會進 亮度、色度、視角、均白从有機發光一極體產品進行其 而習知有機發光-極f : σ 、對比以及反應時間的量測。 述： 九一桎體產品之光電特性的量測方法如下所 首先將一有機發光二極 以固定之，接著由外邱> 冑產口口放置在一間易夾製具上 流電源供應器）提供電°诉仏一^電源供應器（T〇Pmard 6306D直 ^ ^ Λ7： ^ ^° - ^ 用此光學量測儀器來量；：，(SR-2)定位之後，再 並且以人工的方1 _雜化有機發先一極體產品之亮度值， 入電腦作資料整:里、；測传之數據’再以人工的方式輸 二極體產品之視角的量、^及統計等等。而關於有機發光 有機發光二極體的是利用手動的方式將用來固定 利用上述之光學量;儀^轉動角度(旋轉10度）’之後再 、儀裔I測其亮度值，且每旋轉1 0度量 _ 9705twf.ptd 第5頁 569365 五、發明說明（2) =—次。另外，對於有機發光二極體產品之均 冽，是利用手動的方式將製具移動位置， =里 及上述之光學儀器量測其亮度值。再|，眼以 極體產品之對比的量測，是利用4:量發光二 量測室内環境之亮度，之後；；：:，( -有機發光二椏體產品之亮暗的比 儀器量 性之量測所得到的數據都是利用人工述2種光電特 ^方式輸入電腦，以進行資料的處理、=及”人 程工作人員都不能離開。 頁重禝次，且整個過 因此’習知有機發光二極體 :由於其係利用人工的方式 ：=電特性的量測方 還需-片-片由人工進行量河U費的時間較長’而且 角度的誤差值也較與製具之位置與旋轉 且’習知量測之方法並幻 響量測之正確性。而 應時間。 /、有機發光二極體產品之反 因此’本發明的目的 之光電特性的量 在鈇供一種有機發光二極體 性。 備及方法，以提高量測結果之正確 胜从本發明的另一目的是提供一絲 特性的量測設備及 "種有機發光二極體之光電 間。 /，以減少量測所需耗費之人力與時 97〇5twf.ptd $ 6頁 569365 五、發明說明（3) 本發明 特性的量蜊 缺點。 本發明 備及方法， 一三軸移動 角器係配置 口口係固定在 能，以使固 需而旋轉以 配置在平台 裝置上，且 光二極體產 動、上下移 之光學量測 以及三轴移 發光二極體 器、三軸移 器之旋轉角 光學量測裝 測到的數據 統計等步驟 置，其係設 亮度，如此 的再一目的是提供一種有機發光二極體之光電 設備及方法，以改善習知無法量測反應時間之 提出一種有機發光二 平台、 量測裝 此設備 裝置、 在平台 測角器 定在測 包括一 一光學 之一端 上，此 角器上 及傾斜至一特 之另一 光學量 品。其 動以及 儀器位 動裝置 產品之 動裝置 度與傾 置所量 還可以 。另外 置在三 便可以 端，而 測裝置 中三轴 左右移 於一特 之五軸 各種光 以及光 斜角度 測到之 於電腦 ’本發 軸移動 利用光 而~ 測角器 之有機 定角度 光學量 係朝向 移動裝 動，以 定位置 的控制 電特性 學量測 以及三 數據會 中自動 明之量 裝置上 學量測 極體之光電特 一測角器（Gon 置以及一電腦 待測之 具有旋 發光二 。另外 測裝置 固定在 置可以 使架設 。如此 ，便可 。另外 裝置連 軸移動 自動輸 進行資 測設備，用以 裝置以 有機發 轉以及 極體產 ，三軸 係架設 測角器 依照所 在三轴 一來， 以精確 ’電腦 線’用 裝置之 入電腦 料處理 還包括 提供一 量測有 性的量測設 iometer)、 。其中，測 光二極體產 傾斜之功 品可依照所 移動裝置係 在三轴移動 上之有機發 需而前後移 移動裝置上 利用測角器 的量測有機 係與測角 以控制測角 位置，而且 中，且所量 、繪圖以及 一積分球裝 均勻之環境 機發光二極569365 V. Description of the invention (1) The present invention relates to a photoelectric device, and in particular to a device and method for measuring an organic light emitting diode, and the photometric property of Eimttlng Diode (〇LED) ^ ganic Llght organic light emitting Diodes are a special feature: flat-panel display elements with high conversion efficiency are replaced with various flat-panel display elements such as light energy and high-light sources. PDAs and PDAs have some characteristics due to the high response speed of organic light-emitting diodes. , Using the production temperature f angle, simple process, low cost, the characteristics of the era of the display g ^ ^ = and full color, etc., in line with the multimedia characteristics of its photoelectricity; == After the production is completed, all will be brightness, chroma, Viewing angle and whiteness are measured from organic light-emitting monopolar products, and organic light-emitting f: σ, contrast, and measurement of reaction time are known. Description: The measurement method of the photoelectric characteristics of Jiuyi products is as follows. First, an organic light-emitting diode is fixed, and then the outer opening is placed in an easy-clamp fixture (upstream power supply). Provide electric power v. ^ Power supply (T〇Pmard 6306D straight ^ ^ Λ7: ^ ^ °-^ to measure with this optical measuring instrument ;: (SR-2) after positioning, and then manually 1 _The brightness value of hybrid organic hair products is entered into the computer for data integration, and the measured data is transmitted to the amount, angle, and statistics of the perspective of the diode products in a manual manner. For organic light-emitting organic light-emitting diodes, a manual method will be used to fix and use the above-mentioned optical quantity; after the rotation angle (rotation of 10 degrees) of the instrument, the brightness value is measured by the instrument I, and each rotation of 1 0metric_ 9705twf.ptd Page 5 569365 V. Description of the invention (2) =-times. In addition, for the uniformity of organic light-emitting diode products, the jig is moved by manual means, = inside and above Optical instrument to measure its brightness value. || The measurement is to measure the brightness of the indoor environment using 4: luminescence, and then; ::, (--The light-darkness ratio of organic light-emitting diode products is more than the quantitative measurement of the instrument. 2 kinds of photoelectric special methods are input into the computer for data processing, and "the staff cannot leave. The page weight is repeated once, and the whole process is passed. Therefore," known organic light-emitting diodes: because they use artificial Method: = The measurement side of the electrical characteristics also needs-piece-piece by manual to measure the river U takes a long time 'and the error value of the angle is also compared with the position and rotation of the jig and' the conventional measuring method The correctness of the phantom measurement. It should be time. /, The opposite of organic light-emitting diode products. Therefore, the amount of photoelectric characteristics of the object of the present invention is to provide an organic light-emitting diode. Preparations and methods to improve The correct result of the measurement results Another object of the present invention is to provide a measuring device with a characteristic and the photoelectric cell of "organic light emitting diodes." /, To reduce the labor and time required for measurement .ptd $ 6 pages 569365 V. Description of the invention (3) Disadvantages of measuring clams according to the present invention. The present invention provides a method. A three-axis moving angle device is configured with a mouth fixed to enable it to be rotated on a platform device for solid demand, and produced by a photodiode. The optical measurement of moving and moving up and down, and the data statistics of the three-axis light-emitting diode and three-axis rotating angle optical measurement are set. The system is set to brightness, so another purpose is to provide An optoelectronic device and method for organic light-emitting diodes, in order to improve the conventional method of measuring the reaction time, an organic light-emitting two platform is proposed, the device is measured, and the goniometer is fixed at the platform, including one optical end Up, this protractor is tilted up to another special optical quantity. The degree of movement and tilting of the device and the device of the instrument can be ok. In addition, it can be placed at three ends, and the three axes of the measuring device are shifted left and right to a special five axis. Various light and light oblique angles are measured on the computer. This axis of movement uses light and the angle-measuring organic fixed-angle optics. The measuring system is moved toward the movement, and the fixed position is used to control the electrical characteristic measurement and the automatic measurement device of the measuring device in the three data sessions. The photoelectricity special goniometer (Gon device and a computer to be measured have a rotating light) 2. In addition, the measuring device can be erected by fixing it in place. In this way, it can be installed. In addition, the device can be connected to the axis to automatically input and measure the equipment for the installation of organic rotation and polar products. For three axes, the computer processing of the equipment with accurate 'computer line' also includes the provision of an accurate measuring device (iometer). Among them, the photodiode produced tilting power can be used to measure the organic system and angle measurement on the mobile device using a goniometer to move the device back and forth to control the angle measurement position according to the organic requirements of the mobile device on the three-axis movement. In addition, the amount, drawing and an integrating sphere of the environment machine are uniformly emitting diodes.

9705twf.ptd $ 7頁 569365 五、發明說明（4) 體產品之亮暗的比值，以作有機發光二極體產品 量測。此外，本發明之設備更包括一電源供應器以及—^ ί驅#中此電源供應器係用來提供電源給有機： 先一極體產品，而且此電源供應器係由電腦控制且供$ 流驅動裝置係與電源供應器連接1流驅；ΐ 發光二極體產品之反應時間。 里測有機 備以：利ϋ發明之有機發光二極體之光電特性之量測設 供庳芎Ϊ : ΐ方法’係、首先利用上述之電腦以控制電源 f棱供一電源以驅動有機發光二極體產品。之後，利 ^絲 動裝置至一特定位置，並控制測角器傾 置上特定角度。錢，再利用架設在三軸移動裝 篁測裝置量測有機發光二極體產品之各種光電 並利用^ ^旦，用積分球裝置以提供一均勻之環境亮度， 信，A ::測裝置量測有機發光二極體產品之亮暗的比 雷流驅勤获罢發光二極體產品之對比之量測。此外，利用 枉=產口 ^置之搭配，藉由電腦之控制，以使有機發光二 一特定條件下被驅動，藉以量測有機發光二極 之所Ϊ:;虚5 5應日夺間。❿上述由光學量測裝置所量測到 之尸ff有數據將會自私 分杳社步I田 目勤"己錄在電腦中’而且電腦還會自動進 π貝枓處理、繪圖以及統計等步驟。 及方、t ί 明之有機發光二極體之光電特性的量測設備 兀王糸利用電腦控制角度及位置，因此量測結果之9705twf.ptd $ 7 pages 569365 V. Description of the invention (4) The ratio of light to dark of the body product for the measurement of organic light emitting diode products. In addition, the device of the present invention further includes a power supply and the power supply in the ^ Drive #. This power supply is used to provide power to the organic: a polar product, and the power supply is controlled by a computer and provided for current The driving device is connected to the power supply with 1 current drive; 反应 response time of the light emitting diode product. The internal measurement is prepared by: the measurement and supply of the photoelectric characteristics of the organic light-emitting diodes invented by ϋ: 庳 芎 ΪMethods' system, firstly use the above computer to control the power source f to supply a power source to drive the organic light-emitting diodes. Polar body products. After that, the device is moved to a specific position, and the goniometer is controlled to tilt at a specific angle. Money, and then use a three-axis mobile device to measure various photoelectricity of organic light-emitting diode products and use ^ ^ once, using an integrating sphere device to provide a uniform ambient brightness, letter, A :: measuring device The measurement of the brightness of the organic light-emitting diode products was compared with that of the light-emitting diodes. In addition, using the combination of 枉 = 产 口 ^ 置, under the control of the computer, so that the organic light-emitting diode is driven under a specific condition, so as to measure the organic light-emitting diode's location :; virtual 5 5 should be captured. ❿The data of the corpse measured by the optical measurement device mentioned above will be selfish, and will be recorded in the computer ', and the computer will automatically perform π shell processing, drawing, and statistics. step. Measurement equipment for photoelectric characteristics of square and t luminescent organic light-emitting diodes Wu Wangyu uses a computer to control the angle and position.

569365569365

正確性較高而較具參考價值。 由於本發明之有機發光二極體 及方法只需將右# <九電特性的量測設備 口 而將有機發先二極體產品對位一+ ^ 〇 ^ 2 貝不需全程在場，因此人力之需求少 I人，而且工作人 本發明之有機發光二極體光 € f之時間少。 法可以改盖習知盔沬曰、，體先電特性的量測設備及方 的缺點 無法！測有機發光二極體產品之反應時間 為讓本發明之上 顯易懂，下文特舉一 細說明如下：The accuracy is higher and more valuable. Since the organic light-emitting diode and method of the present invention only need to place the right-handed measuring device of the nine-characteristic characteristics and align the organic hair-emitting diode product with one + ^ 〇 ^ 2 without the need to be present at all times, Therefore, the manpower requirement is small, and the working organic light emitting diode light of the present invention has less time. The method can be changed to cover the helmet, and the shortcomings of the measurement equipment and method of the electrical characteristics of the body cannot be! Measuring the reaction time of organic light-emitting diode products In order to make the present invention easier to understand, a detailed description is given below:

圖式之標示說明 100 :平台 102 :測角器 104 |有機發光二極體產品 1 0 6 ··三轴移動裝置 I 0 8 :光學量測裝置 II 0 :電腦 11 2 :電源供應器 實施例Description of the drawings 100: platform 102: goniometer 104 | organic light emitting diode product 1 0 6 · three-axis mobile device I 0 8: optical measuring device II 0: computer 11 2: power supply embodiment

第1圖所示，盆怜—Β /、、臀不疋依照本發明一 I 右 機發光二極體之光電特Μ β、ΒΪ I a权佳實訑例之有 u电符性的量測設備示音阁 請參照第1圖，本眚A 』又侑不思圖。 不貫施例之有機發夹-k Μ 氺Φ特 三轴移動 性的量測設備包括ΛΛ 機贫尤一極體之先電特 十台1 0 0 ' —測角考1 〇 9 裝置106、一光學量測酤祖ΐΛ〇 ^ ^102 % 、】裝置1 0 8以及一電腦丨丨〇。As shown in FIG. 1, the potholes-β /, and buttocks are not measured according to the present invention. The photoelectric characteristics of the right-emitting light-emitting diodes β, β, I, and A are good examples of the measurement of the electrical conductivity. Please refer to Figure 1 for the equipment display cabinet. The organic hairpin-k Μ 氺 Φ special three-axis mobility measuring device of the inconsistent example includes ΛΛ machine poor and special poles of the first electric special ten sets 1 0 0 '-measuring angle test 1 009 device 106, An optical measurement unit ΐ〇 ^^^ 102%, a device 108, and a computer.

569365 五、發明說明（6) 之有i *測角器1G2係配置在平台1GG之—端，而—待測 号102且Vtlf體產品104係固定在測角器102上，此測角 号，有^轉以及傾斜（二軸）之功能，以使固定在測角 斜至一鸦之^ ^機發光二極體產品104可依照所需而旋轉及傾 一特疋角度。而有機發光二極體產品104更包括盘一 電源供應器1 1 2連接，此雷、、馬徂_哭彳！ 〇 ” 有機鉻虫—& ^ 電原仏應态1 1 2係用來提供電源給 產品104以驅使其產生放光機制。其中， :機發光二極體產品104例如是一有機發光二極體顯：面 另外，二軸移動裝置1〇6係配 :光學量測裝趣係架設在三軸移動；；：另學 ί:1。』：朝向2在測角器102上之有機發光二= 、H而而刖後移動（Χ方向移動）、上下移 以及左右移動（Ζ方向移動），以使架 ϋ 上之#與旦、目，丨说1 Λ Ο /《在_軸移動裝置1 〇 6 ΐΐ六！ 能位於一特定之位置。如此-來， 利用測角器1〇2以及三轴移動裝置1〇6五軸之^此t 光學量測儀器10 8以及有機發井二搞 工 便把使 精確的被控制。而JL，還能破伴一右地&產、品_104之相對位置 在角度與位置的變換下，仍妒二 $光一極體產品1 04 加量測結果之參考性。 b里測到相同的量測點，而增 此外’電腦1 1 0係與測菡哭Λ 9 — 及光學量測裝置1〇8連#: 上轴移動裝置106以 用以控制測角器102之旋轉角度 97〇5twf.ptd 第10頁 569365 五、發明說明（7) 與傾斜角度以及三轴蔣 測裝置108所量測到之破置106之位置，並且使光學量 腦100還會自動將所晋施自動輸入電腦11 〇中。而且電 及統計等步驟。 測到的數據進行資料處理、繪圖以 因此’利用本發明曰 產品之量測方法如第2圖郎置_測設哲備以進行有機發光二極體 佳實施例之量測有機不，姊2圖係為依照本發明一較 圖。請參照第2圖首V；二田極體之光電特性之流程示意 制電源供應器m供；4 =用電腦之控制（步〇)，以控 20 6，並遠端遙控光乂驅動有機發光二極體產品 里’則裝置2 〇 8連結（步驟2 〇 2 )。之 後，利用電腦控制三軸蒋叙# ¥ ε/ 角器傾斜及旋轉之一特置至一特疋位置，並控制測 旦、、目丨丨驻番田日丨特疋角度（步驟210) 〇然後，由光學 里/、、篁，、機發光二極體產品各種光電特性，而所量 測到之數據將會自動記錄在電腦巾，而且電腦還會自動進 行資料處理、繪圖以及統計等步驟（步驟212)。 另外’本發明更包括一積分球裝置（未繪示），其係設 置在二軸移動裝置1 〇6上，以提供一均勻之環境亮度，如 此便可以利用光學量測裝置丨〇 8量測有機發光二極體產品 104之免暗的比值，以對有機發光二極體產品丨〇4之對比作 量測。 此外’本發明還包括一電流驅動裝置（未繪示），其係 與電源供應器11 2連接。電腦丨丨〇在控制電源供應器11 2供 應電源之後，透過電流驅動裝置，便可以在一特定條件下 驅動有機發光二極體產品1 〇 4，藉以量測有機發光二極體569365 V. Description of the invention (6) The i * goniometer 1G2 is configured at the end of the platform 1GG, and the to-be-measured number 102 and the Vtlf body product 104 are fixed on the goniometer 102. This angle number, It has the functions of ^ rotation and tilt (two axes), so that the ^^ machine light emitting diode product 104 fixed at the oblique angle can be rotated and tilted by a special angle as required. The organic light emitting diode product 104 further includes a disk 1 power supply 1 1 2 connection. This thunder, and horse 徂 wailing! 〇 ”Organic chromium bugs— & ^ Electron 仏 stress states 1 1 2 are used to provide power to the product 104 to drive the light emitting mechanism. Among them, the organic light emitting diode product 104 is, for example, an organic light emitting diode. Physical display: surface In addition, the two-axis moving device 106 is equipped with: optical measurement equipment and fun system is set up in three-axis movement ;; another study ί: 1. ": Orientation 2 on the goniometer 102 organic light-emitting two =, H and then 刖 (moving in the X direction), up and down, and left and right (moving in the 方向 direction), so that # on the frame 与 and 、, 目, say 1 Λ Ο / 《在 _ 轴 移动 装置 1 〇6 ΐΐ 六! Can be located in a specific position. So-come, use the goniometer 102 and the three-axis moving device 106 five-axis ^ optical measurement instrument 108 and organic hairwell II It will be controlled accurately. And JL can still break the relative position of the right-hand & product _104 relative to the angle and position change, still jealous of the two light-polar products 1 04 plus measurement results The reference point is the same as that measured in b, and the computer 1 1 0 is connected with the measurement device Λ 9 — and the optical measurement device 1 is added. 8 连 #: The upper axis moving device 106 is used to control the rotation angle of the goniometer 102 97005twf.ptd page 10 569365 5. Description of the invention (7) and the tilt angle and the three-axis Chiang measuring device 108 measured The position 106 is broken, and the optical measuring brain 100 will automatically enter the Jin Shi into the computer 11 〇. And electricity and statistics and other steps. The measured data is processed by data and plotted so as to 'use the invention' The measurement method of the product is as shown in Figure 2_____set____ for the measurement of the best embodiment of organic light-emitting diodes. The figure 2 is a comparison diagram according to the present invention. Please refer to the first figure 2 V; the process of the photoelectric characteristics of the Ertian polar body is shown to make the power supply m; 4 = controlled by a computer (step 0) to control 20 6 and remotely control the light emitting diode to drive the organic light emitting diode product. Then the device 2 is connected to 08 (step 2 02). After that, use the computer to control the three-axis Jiang Xu # ¥ ε / one of the tilt and rotation of the angler is set to a special position, and control the measurement, measurement, and vision 丨 丨Special angles in Pantian Day (step 210) 〇 Then, by And various electro-optical characteristics of organic light-emitting diode products, and the measured data will be automatically recorded in the computer towel, and the computer will automatically perform data processing, drawing, and statistical steps (step 212). In addition, the present invention is more Including an integrating sphere device (not shown), which is set on the two-axis moving device 106 to provide a uniform ambient brightness, so that the optical measurement device can be used to measure the organic light emitting diode The dark-free ratio of the product 104 is measured by comparing the organic light emitting diode product 04. In addition, the present invention also includes a current driving device (not shown), which is connected to the power supply 112. . The computer 丨 丨 〇 After controlling the power supply 11 2 to supply power, through the current driving device, the organic light emitting diode product 104 can be driven under a specific condition to measure the organic light emitting diode.

9705twf.ptd 第11頁 569365 五、發明說明（8) 產品1 0 4之反應時間。 以下特舉一比較例以說明本發明之設備及方法較習知 方法佳。 傳統利用人工的方式調整製具以及光學量測儀器的位 置，由於其卸妝、對位以及校正的時間約每1〇片有機發光 -極體產品需耗費10分鐘。@且由於需不斷的裝卸、對位 校正，因此每10片★㈣光二極體產口口口之總量測時間 約200分鐘，且工作人員必需全程在場。 “而利用本發明之量測設備及方法，由於完全是利用電 月:控制位置與角度’因此裝#、對位與校正的時間約每i 0 ^有機發光二極體產品僅需耗費2分鐘。另外，由於系統 自動量測，因此每10片有機發光二極體產品之總量測 二：二需150分鐘’且工作人員僅需少次裝卸有機發光二 極體產品，而不需全程在場。 由上述比杈例可明顯的比較出本發明之量測少被以及 f法可減少許多量測時所需耗費的時間與人力。而且由於 ^發明完全是利用電腦控制的方式，巾能準確的對位及移 :以進行各種光電性質之量測’因此利用本發明之方法所 =測之結果之正確性較高，而其參考價值也較高。另外， ::本發明完全是利用€腦㈣…需如習知$法不斷 =，動光學量測儀器以及裝卸並移動有機發光二極體產品 面板二因此本發明較不會有人員安全上之問題。 綜合以上所述，本發明具有下列優點： 1.由於本發明之有機發光二極體之光電特性的量測設 97〇5twf.Ptd 第12頁 五 發明說明（9) —_____ _ 備及方法完全係％ 之正確性較高而ί用電腦控制角度及位置，因此量測結果 2.由於本2具參考價值。 果 備？方法只需將有：：f發光二極體之光電特性的量測設 人員不需全程在抒"一極體產品對位一次，而且工作 少。 每，因此人力之需求少且所耗費之時間 士 本毛明之有機發光二極體之光雷姓 :法可以改善習知無法量測有機發：電=量測設備及 間的缺點。 九一極體產品之反應時 雖然本發明已以較佳實施例揭露 限定本發明，任何熟習此技藝者，在她W其並非用以 和範圍内，當可作些許之更動與潤飾不：離本發明之精神 範圍當視後附之申請專利範圍所界定者為=本發明之保護9705twf.ptd Page 11 569365 V. Description of the invention (8) Reaction time of product 104. A comparative example is given below to illustrate that the device and method of the present invention are better than the conventional methods. Traditionally, the positions of jigs and optical measuring instruments are adjusted manually. Because of the time for makeup removal, alignment, and correction, it takes about 10 minutes for every 10 organic light-emitting products. @Because continuous loading and unloading and alignment are required, the total measurement time for every 10 pieces of ㈣light diode production port is about 200 minutes, and the staff must be present at all times. "And using the measuring device and method of the present invention, because it is completely using electric month: control position and angle, so the time of installation #, alignment and correction is about 2 minutes per i 0 ^ organic light emitting diode products. In addition, due to the automatic measurement of the system, the total amount of every 10 organic light-emitting diode products is measured: two takes 150 minutes', and the staff only needs to load and unload the organic light-emitting diode products a few times, without having to go through the entire process. From the above comparison examples, it can be clearly compared that the measurement of the present invention and the f method can reduce the time and labor required for many measurements. Moreover, since the invention is completely controlled by computer, the towel can Accurate alignment and shift: to measure various optoelectronic properties' therefore, the accuracy of the results measured by the method of the present invention is higher, and its reference value is also higher. In addition, :: the present invention is completely used Brain brain ... As you know, the method of constant =, moving optical measuring instruments and loading and unloading and moving the organic light emitting diode product panel two. Therefore, the present invention has less personnel safety issues. In summary, the present invention With It has the following advantages: 1. Due to the measurement of the photoelectric characteristics of the organic light-emitting diode of the present invention, it is 97〇twf.Ptd. Page 12 5. Description of the invention (9) —_____ _ The preparation and method are completely correct. And the angle and position are controlled by a computer, so the measurement result 2. Because this 2 is of reference value. Preparation? The method only needs to have:: f The measurement of the photoelectric characteristics of the light-emitting diode does not need to be described by the staff. " A polar product is aligned once, and there is less work. Each, therefore, requires less manpower and takes less time. The name of the light-emitting diode of the organic light-emitting diode in Shibenmaoming: Method can improve the knowledge that it is impossible to measure organic hair. ： Electricity = Measurement equipment and its shortcomings. While the reaction of JiuYi polar products is limited to the present invention by the preferred embodiments, anyone who is familiar with this technology is not in the scope and scope of it. When you can make some changes and retouching: It is beyond the spirit of the present invention. The scope of the attached patent is defined as the protection of the present invention.

569365 圖式簡單說明 第1圖是依照本發明一較佳實施例之有機發光二極體 之光電特性的量測設備示意圖；以及 第2圖是依照本發明一較佳實施例之有機發光二極體 之光電特性的量測流示意程圖。569365 Brief Description of Drawings Figure 1 is a schematic diagram of a measuring device for measuring the photoelectric characteristics of an organic light emitting diode according to a preferred embodiment of the present invention; and Figure 2 is an organic light emitting diode according to a preferred embodiment of the present invention The schematic flow chart of the measurement flow of the photoelectric characteristics of the body.

9705twf.ptd 第14頁9705twf.ptd Page 14

Claims (1)

569365569365 •一種有機發光二極體之光電特性之量 括： 测設備，包 一平台； #中一待測之有機 、一測角器，配置在該平台之一端 發光二極體產品係固定在該測角器上 三軸移動裝置，配置在該平台之另 端 則向固定在該測角器以光 ^電腦，該電腦係與該測角器、該三軸移動裝置以及 亮度量測裝置連接 2·如申請專利範圍第1項所述之有機發光二極體之光 電特性之量測設備，其中該測角器具有傾斜以及旋轉之功 能0 3 ·如申請專利範圍第1項所述之有機發光二極體之光 電特性之量測設備，其中該三軸移動裝置具有一前後移動 (X方向）、一上下移動（γ方向）以及一左右移動（Z方向）之 三軸移動功能。 4 ·如申請專利範圍第1項所述之有機發光二極體之光 電特性之量測設備，其中該電腦係控制該三軸移動裝置之 位置以及該測角器之旋轉與傾斜角度，且該電腦更記錄該 光學量測裝置所量測到之數據。 5 ·如申請專利範圍第1項所述之有機發光二極體之光 電特性之量測設備，其中該光學量測裝置包括一亮度量測• The optical and electrical characteristics of an organic light-emitting diode include: measuring equipment, including a platform; # 中 一 Organic to be measured, a goniometer, the light-emitting diode products arranged at one end of the platform are fixed to the test The three-axis moving device on the goniometer is arranged on the other end of the platform and is fixed to the goniometer to the computer. The computer is connected with the goniometer, the three-axis moving device and the brightness measuring device. 2 · The measuring device for the photoelectric characteristics of the organic light-emitting diode as described in item 1 of the scope of patent application, wherein the goniometer has the function of tilting and rotating 0 3 · The organic light-emitting diode as described in item 1 of the scope of patent application The measuring device for the photoelectric characteristics of a polar body, wherein the three-axis movement device has a three-axis movement function of a forward and backward movement (X direction), an up and down movement (γ direction), and a left and right movement (Z direction). 4 · The measuring device for the photoelectric characteristics of the organic light emitting diode as described in item 1 of the scope of the patent application, wherein the computer controls the position of the three-axis moving device and the rotation and tilt angle of the goniometer, and the The computer also records the data measured by the optical measuring device. 5. The measuring device for the photoelectric characteristics of the organic light emitting diode according to item 1 of the scope of the patent application, wherein the optical measuring device includes a brightness measurement 9705twf.ptd 第15頁 569365 /、、申請專利範圍 <置’用以 角以及均勻 6 ·如申 電特性之量 置在該三軸 量測該有機 7·如申 電特性之量 該有機發光 藉以控制該 源。 8 ·如申 電特性之量 驅動裝置係 一特定條件 應時間。 9 · 一種 極體之光電 利用該 體產品，並 利用該 制該測角器 利用該 光電特性； 量測該有機發光二極體產品之亮度、色度、視 度。 凊專利範圍第1項戶斤述之有機發光二極體之光 測设備’其中該設備更包括一積分球裝置，配 移動裝置上，以提供一均句之環境亮度，藉以 發光二極體產品之對比。 請專利範圍第1項所述之有機發光二極體之光 測設備，其中更包括一電源供應器，藉以 二極體產品，且該電源供應器以與電腦連線， 電源供應器供應該有機發光二極體產品之電 請專利範圍第7項所述之有機發光二極體之光 測設備、，其中更包括一電流驅動裝置，該電流 與該電源供應器連接，藉由電腦之控制，以在 下驅動該有機發光二極體產品，藉以量測其反 利用如申請專利範圍第1項所述之有機發光-特性之量測設備以進行量測之方法有機發先- 電腦以控制該雷也虛抑 匕符· 遙光μ旦^供應益驅動該有機發光二極 逼控5亥光學里測裝置連結； 電腦控制該三轴# ^ 二， 傾斜並旋轉之至-特定位置，並控 :J里測裝置量測該有機發光二極體產品之一9705twf.ptd Page 15 569365 / 、, patent application scope < set 'for angle and uniformity 6 · If the amount of electrical characteristics is measured in the triaxial measurement of the organic 7 · If the amount of electrical characteristics is measured the organic light emission To control the source. 8 · If the amount of electrical characteristics is specified, the drive is a specific condition, and the response time is required. 9 · A kind of polar optoelectronics uses the product, and uses the goniometer to make use of the optoelectronic characteristics; Measure the brightness, chromaticity and visual acuity of the organic light emitting diode product.凊 The photometric device for organic light-emitting diodes described in item 1 of the patent scope ', where the device further includes an integrating sphere device, equipped with a mobile device, to provide a uniform ambient brightness, so that the light-emitting diodes Comparison of products. Please refer to the light-emitting device of the organic light-emitting diode described in item 1 of the patent scope, which further includes a power supply for the diode product, and the power supply is connected to the computer, and the power supply supplies the organic For the light emitting diode products, please refer to the organic light emitting diode light measuring device described in item 7 of the patent scope, which further includes a current driving device, which is connected to the power supply and controlled by a computer. The organic light emitting diode product is driven below, so as to measure its countermeasures using the organic light emitting-characteristic measuring device described in item 1 of the scope of patent application for measurement. Organically developed-computer to control the mine. Also suppress the dagger. Remote light μDan ^ Supply benefits drive the organic light-emitting diodes to control the control of the optical measurement device; the computer control the three axis # ^, tilt and rotate to-a specific position, and control: J Lane measuring device measures one of the organic light emitting diode products