TW201006233A - Apparatus for attaching display panel for stereoscopic image during the process of horizontal/vertical direction alignment thereof - Google Patents
Apparatus for attaching display panel for stereoscopic image during the process of horizontal/vertical direction alignment thereof Download PDFInfo
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- TW201006233A TW201006233A TW098108641A TW98108641A TW201006233A TW 201006233 A TW201006233 A TW 201006233A TW 098108641 A TW098108641 A TW 098108641A TW 98108641 A TW98108641 A TW 98108641A TW 201006233 A TW201006233 A TW 201006233A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N13/00—Stereoscopic video systems; Multi-view video systems; Details thereof
- H04N13/30—Image reproducers
- H04N13/302—Image reproducers for viewing without the aid of special glasses, i.e. using autostereoscopic displays
- H04N13/31—Image reproducers for viewing without the aid of special glasses, i.e. using autostereoscopic displays using parallax barriers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N13/00—Stereoscopic video systems; Multi-view video systems; Details thereof
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B30/00—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images
- G02B30/20—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images by providing first and second parallax images to an observer's left and right eyes
- G02B30/26—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images by providing first and second parallax images to an observer's left and right eyes of the autostereoscopic type
- G02B30/30—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images by providing first and second parallax images to an observer's left and right eyes of the autostereoscopic type involving parallax barriers
Abstract
Description
201006233 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種顯示面板裝配技術，並且更明確 - 地說’係有關於一種在該顯示模組和該立體面板的水平 . /垂直對準確實經檢查的情況下，將用於立體影像的顯 示面板之立體面板給裝配至一顯示模組的技術。 【先前技術】201006233 VI. Description of the Invention: [Technical Field] The present invention relates to a display panel assembly technique, and more specifically - to say that there is a horizontal/vertical pair between the display module and the stereo panel In the case of accurate real inspection, a stereo panel of a display panel for stereoscopic images is attached to a display module. [Prior Art]
A 資訊通信技術的發展使多媒體服務能夠支援二維影像 和聲音至一數位終端❹該數位終端高速處理文字訊息、 聲音、及影像。預期多媒體服務會發展至立體地提供實 境多媒體服務的三維立體資訊通信服務。 一般而言，以三維表現的立體影像係基於眼睛的立體 視覺原理。咸信立體效果之一主要因素是由眼睛的差異 所造成’因為兩眼距離彼此約65毫米。據此，兩眼看到 φ 不同的二維影像。若諒兩個影像透過視網膜傳送至大 腦’大腦會藉由將兩個影像彼此合併來重現原始三維影 像的深度感以及實境感。一般而言，這被稱為立體成像 術。 立艎顯示裝置根據獨立眼鏡的存在與否而分為立體顯 示裝置及自動立體顯示裝置。立體顯示裝置之一缺點在 於觀看者必須配戴特殊眼鏡。但是，自動立體顯示裝置 的優點在於觀看者可藉由直接觀看螢幕感受到立體影 像’而不需配戴特殊眼鏡。以此方式，因為自動立體顯 201006233 示裝置解決了立體顯示裝置的缺點，已執行過多種關於 自動立體顯示裝置的研究。自動立體顯示裝置分為凸鏡 狀型（lenticular type)裝置及視差遮障型（paraiiax_barrier) 裝置。 凸鏡狀型裝置意指觀看者藉由配置一顯示面板及將一 專門製造的折射鏡（此後稱為，，凸鏡狀透鏡，，）分別固定至 左及右影像的整個表面上來觀看立體影像。此時，該顯 φ 示面板係經配置而使一組垂直單位（紅、綠、藍）的左影 像及右影像在垂直方向上交錯配置（垂直插排型）。 此外，視差遮障型裝置意指一垂直型遮障係經配置在 與雙眼對應的影像前方，因此透過該遮障合成的兩個影 像係藉由彼此分開而被觀看到，以容許觀看者感受到立 體效應。 該立鱧影像顯示裝置包含立逋面板及顯示模組，其中 立體面板包含前述凸鏡狀透鏡陣列或視差遮障，而顯示 模組將影像光照射至該立體面板 該顯示模組和包含該 視差遮障之立體面板的詳細配置，以及在水平及垂直方 向上顯示立體影像的單位型立體影像顯示模組的詳細配 置在2005年8月26號以本發明申請人之名提出申請， 並且在2006年11月13號登錄。詳細配置在標題為”單 位結構視差遮障及使用該遮障之立體影像顯示裝置’，的 韓國專利第647517號中詳細揭示（此後稱為”6475 17專 利發明”）。 同時’在該視差遮障型立體面板和該凸鏡狀型立體面 6 201006233 板中，立體影像的左影像及右影像的分離程度受到與該 顯示模組的良好對準位置影響。據此，必須增加裝配該 等面板的裝配精確度。A The development of information communication technology enables multimedia services to support two-dimensional video and audio to a digital terminal, which can process text messages, sounds, and images at high speed. It is expected that multimedia services will evolve to three-dimensional information communication services that provide virtual multimedia services in a stereoscopic manner. In general, stereoscopic images in three dimensions are based on the stereoscopic principle of the eye. One of the main factors of the stereoscopic effect of the letter is caused by the difference in the eyes' because the distance between the two eyes is about 65 mm from each other. According to this, the two eyes see different two-dimensional images of φ. Fortunately, the two images are transmitted through the retina to the brain. The brain reproduces the depth and sense of reality of the original three-dimensional image by combining the two images with each other. In general, this is called stereo imaging. The vertical display device is classified into a stereoscopic display device and an autostereoscopic display device depending on the presence or absence of the individual glasses. One disadvantage of stereoscopic display devices is that the viewer must wear special glasses. However, an autostereoscopic display device has an advantage in that a viewer can feel a stereoscopic image by directly viewing the screen without wearing special glasses. In this way, since the autostereoscopic 201006233 display device solves the drawbacks of the stereoscopic display device, various studies on the autostereoscopic display device have been performed. The autostereoscopic display device is classified into a lenticular type device and a paraiiax_barrier device. The lenticular type device means that the viewer views the stereoscopic image by arranging a display panel and fixing a specially manufactured refractor (hereinafter referred to as a convex mirror lens) to the entire surface of the left and right images, respectively. . At this time, the display panel is configured such that the left image and the right image of a set of vertical units (red, green, and blue) are alternately arranged in the vertical direction (vertical insertion type). In addition, the parallax barrier type means that a vertical type of obstacle is disposed in front of the image corresponding to the two eyes, so that the two images synthesized through the mask are viewed by being separated from each other to allow the viewer to Feel the stereo effect. The stereoscopic image display device includes a vertical panel and a display module, wherein the stereo panel includes the convex mirror lens array or a parallax barrier, and the display module irradiates the image light to the stereo panel and includes the parallax The detailed configuration of the obscured three-dimensional panel and the detailed configuration of the unit-type stereoscopic image display module for displaying the stereoscopic image in the horizontal and vertical directions were filed in the name of the applicant of the present invention on August 26, 2005, and in 2006. Log in on November 13th. The detailed configuration is disclosed in detail in Korean Patent No. 647517, entitled "Unit Structure Parallax Barrier and Stereoscopic Image Display Device Using the Barrier" (hereinafter referred to as "6475 17 Patent Invention"). The barrier type stereo panel and the convex mirror type solid surface 6 201006233, the degree of separation of the left image and the right image of the stereoscopic image is affected by the good alignment position with the display module. Accordingly, it is necessary to increase the assembly of the panels. Assembly accuracy.
此外，根據相關技藝，在切割一圓形平板的立體面板 或顯示模、组前’帛出表示該纟體面板和該顯示模組之間 的對準位置之導引記號。 和該切割的顯示面板來裝 然後’利用該切割的立體面板 配一立體影像的顯示面板。但 是，會發生一個問題，該立體面板和該顯示模組會因為 該圓形平板的立體面板或顯示模組的切割步驟造成的切 割誤差而產生失準。Further, according to the related art, a guide mark indicating an alignment position between the body panel and the display module is cut out before cutting a circular panel or a display die or a group. And the cut display panel is mounted and then the display panel is provided with a stereoscopic image using the cut stereo panel. However, there is a problem that the stereo panel and the display module may be misaligned due to a cutting error caused by the cutting step of the circular panel or the display module of the circular panel.
，另外，在切割該圓形平板態的立體面板和顯示模組 後，若根據該切割的立體面板和該切割的顯示模組的每 一個對準標示導引記號，會發生一個問題，該立體面板 和該顯示模組的成本會增加。此外，因為包含在該立體 面板和該顯示模組内的TN_LCD(扭轉向列液晶顯示器） 或TFT(薄膜電晶體）態彼此差異非常大，取決於切割態， 若根據簡單判定的數值來標示該導引記號，會發生一個 問題，與切割該立體面板和該顯示模組之前的圓形平板 狀態下標示該導引記號者同樣的方式發生失準。 此外’若分開執行嵌入該導引記號至該立體面板及該 顯示模組的製程和將其彼此裝配在一起的製程，會發生 一個問題’無法避免該裝配製程中所產生的誤差。 為了解決前述問題，本發明之發明人發明了標題為” 裝配用於立體影像的顯示面板之設備及方法，，的專利第 7 201006233 0709728號（此後稱為”7〇9728專利發明”），其以本申請人 之名在2006年1月20號提出申請’並且在2〇〇7年*月 13號登錄。在該”709728專利發明，，中’藉由檢查實際立 體影像態的左影像和右影像的分離狀態來執行一立體影 像和一顯示模組的對準。此時，該立體面板和該顯示模 組係與彼此裝配在一起以減少前述的對準誤差。 但是，如在647517專利發明中所揭示者，用於立體影 • 像的顯示模組，其應透過用於裝配顯示面板的設備執行 裝配，包含要求水平方向和垂直方向的任一者之對準的 顯示模組及要求水平方向和垂直方向兩者上之對準的單 位型立體影像顯示模組。若根據相關技藝裝配該單位型 立體影像顯示模組，則會檢查水平方向和垂直方向的任 一者之對準，然後旋轉該單位型立體影像顯示模組以檢 查水平方向和垂直方向的另一者之對準。在此情況中， 可能在該顯示模組旋轉期間發生對準誤差。 _ 此外在檢查_水平方向和垂直方向的任一者之對準 • ... ·. 後’右透過旋轉來檢查水平方向和垂直方向的另一者之 對準’會降低該裝配製程的產量。 另外，在709728專利申請案中，若一影像檢查單元的 照相機數量僅從兩台增為四台，以使該等照相機成對分 別檢查水平方向和垂直方向的對準狀態，該設備的製造 成本會增加’而該等照相機的實用性會減少。因為照相 機的體積’在水平方向和垂直方向等於雙眼間距的恰當 位置上成對設置四台照相機可能會有困難。在這方面， 8 201006233 需要改善上述問題的另一種技術。 【發明内容】 技術問薄 據此，本發明係針對一種在立體影像進行水平/垂直 對準期間’用以裝配用於立體影像之顯示面板之設備， 其實質上排除相關技藝的限制和不利條件造成的一或多 個問題。 籲 纟發月t目的在於提供一種用以裝配用於立體影像 之顯示模組之設備，其可透過最少量的照相機利用分割 為左影像和右影像的實際立體影像來檢查立趙面板和顯 不模組在水平方向及垂直方向上的對準狀態同時可執 行該立體面板和該顯示模組的裝配。 本發明之另-目的在於提供一種技術其可有效減少 用以裝配用於立體影像的顯示模組之既存設備内之影像 檢查單元的照相機數量。 , 技術解決方宰_ 為了解決前述問冑，根據本發明之-實施私j，一種用 以裝配用於-立體影像之顯示面板的設備包含一位置調 整單7G冑整一立體面板及一顯示模組之間的裝配位 置，該立體面板容許用於立體影像的左影像和右影像選 擇性顯示在水平方向和垂直方向的任一者上該顯示模 組將影像光照射至該立體面板，該影像光包含該等左影 像及右影像；—影像檢查單元，設置在該位置調整單元 201006233 2匕含一第—照相機及一第二照相機，該第一照相 置在距離該立體面板和該顯示模組之中央部分且通 過該等中央部分的水平方向上的兩個相對位置之任一者 . 上’該第二照相機設置在距離該立體面板和該顯示模組 . 之中央部分且通過該等中央部分的垂直方向上的兩個相 /位置之任一者上；一裝配單元將該立體面板裝配至 §顯示模，.且’其中該影像檢查單元藉由透過該第一照相 •機取得該立體面板和該顯示模組顯示的立體影像來檢查 等立體影像的左影像和右影像的水平分離狀態並藉 由透過該第一照相機取得該立體面板和該顯示模組顯示 的立體影像來檢查該等立體影像的左影像和右影像的垂 直分離狀態。 此時，該立體面板係單位型立體面板，其容許該等左 影像和該等右影像被選擇性顯示在水平方向和垂直方向 _ 的任一者上，其係根據一立體影像顯示模式來選擇。 此外，該裝配單元在該位置調整單元調整該立體面板 和該顯示模組的裝配位置的狀態下將該立體面板裝配至 該顯示模組，以容許藉由該影像檢查單元檢查之該等左 影像和該等右影像的水平及垂直分離狀態達到預定參考 值或更大。 另外’該設備更包含與該立體面板和該顯示模組連接 的立體影像訊號控制單元以提供一立體影像訊號，而使 該立體面板和該顯示模組顯示該等立體影像。 較佳地’基於該立體面板和該顯示模組的中央部分且 201006233 通過該等中央部分的水平方向和垂直方向上的兩個相對 位置間的距離，係對應一個人兩眼之間的平均距離。該 立體面板包含視差遮障和凸鏡狀透鏡陣列的至少一者。 根據本發明之另一實施例，為解決前述問題，用以裝 酉$用於立體影像之顯不面板之設備包含一位置調整單 元’調整一立體面板及一顯示模組之間的裝配位置，該 立體面板容許用於立體影像的左影像和右影像被選擇性 〇 顯示在預先決定的水平方向和垂直方向的一者上，該顯 示模組將影像光照射至該立鱧面板，該影像光包含該等 左影像及右影像；一影像檢查單元，設置在該位置調整 單70上方且包含單一照相機，該單一照相機設置在距離 該立體面板和該顯示模組之中央部分且通過該等中央部 分之水平方向和垂直方向之預先決定之一者上的兩個相 對位置之任一者上；一裝配單元，將該立體面板裝配至 該顯示模組，其中該影像檢查單元藉由透過該單一照相 ® 機取得該立體面板和該顯示模組顯示的立體影像來檢查 在該預先決定的方向上之該等立體影像的該等左影像和 該等右影像的分離狀態。 有利效果 若使用根據本發明之一實施例之用以裝配用於立體影 像之顯示模組的前述設備，可透過最少量的照相機利用 分割為左影像和右影像的實際立體影像來檢查該立體面 板和該顯示模組在水平方向及垂直方向上的對準狀態， 同時執行該立體面板和該顯示模組的裝配。 11 201006233 此外’若使用根據本發明之另一實施例之用以裝配用 於立體影像之顯示模组的前述設備，可能有效減少用以 裝配用於立體影像的顯示模組之既存設備内之影像檢查 單元的照相機數量。 【實施方式】 如上所述，本發明之一實施例在於提供一種用以裝配 用於立體影像的顯示模组之設備，其可利用最少量的照 Φ 相機藉由使用分割為左影像和右影像的實際立體影像在 水平方向和垂直方向上檢查一立體面板及該顯示模組的 對準狀態，同時可執行該立體面板和該顯示模組的裝 配。為此目的，此後，一立體面板及一顯示模組的配置， 其係利用用以裝配用於立體影像的顯示模組之設備彼此 裝配在一起，根據709728專利發明之裝配技術，以及根 據本發明之較佳實施例之用以裝配用於立體影像之顯示 模組的設備，其改善709728專利發明，會參考附圖詳細 ® 描述。 應了解’連同附圖揭示的詳細描述，係意欲描述本發 明之範例實施例，而非意圖描述可執行本發明之唯一實 施例。 同時，下列的詳細描述包含詳細内容，以提供對本發 . 明的全盤了解。但是，對熟知技藝者而言，可在無該等 詳細内容下執行本發明是顯而易見的。在某些情況中， 為了避免對本發明概念引發歧義，t省略習知技藝的結 12 201006233 構及SX備’或者會基於每一個結構及設備的主要功能以 方塊圖的形式示出。此外，可能時，會在通篇圖式及說 明書中使用相同的元件符號來表示相同或相似部件。 第1圖係示出一立體面板和一顯示模組的配置之示意 圖，其係利用用以裝配用於立體影像之顯示面板的設備 '彼此裝配在一起。 用於立體面板的顯示面板包含立體面板100，以及一 參 顯示模組200 ’其將影像光照射至該立體面板1〇〇。明確 地說，該立體面板100，其容許用於立體影像的左影像 及右影像被選擇性顯示在用於立體影像的顯示面板上， 可包含一視差遮障（未示出）或一凸鏡狀透鏡陣列（未示 出）’其中該顯示面板係利用用以裝配用於立體影像的顯 示面板之叹備裝備來加以裝配。此外，若該立體面板 包含一視差遮障，該視差遮障可包含一 TN LCDe此時， 該顯示模組可包含一 TFT，其將影像光給照射至該 Φ TN-LCD 〇 此後’做為範例，會簡潔描述該立體面板1〇〇是視差 遮障的結構。 第2圊和第3囷係示出立體面板為視差遮障的結構之 示意圖。 在該視差遮障型立體面板100中，如第2圖和第3圖 所示，左影像L和右影像R，其係以水平方向γγ，配置， 係以垂直方向Χ-Χ，交錯顯示在該顯示模組2〇〇上。在此 情況中，如第2圖所示，使用者的左眼及右眼選擇性看 13 201006233 到該等左影像L和該等右影像R。此時，該立體面板1〇〇 包含以使用者無法察覺的間距重覆設置的視差遮障。據 此’該立體面板1〇〇和該顯示模組2〇〇之間的細微對準 誤差可對立體影像有非常大的影響。 第4圖係不出根據709728專利發明用以裝配用於立體 影像之顯不面板之設備的配置的概要示意圖。 如第4圖所示，根據7〇9728專利發明用以裝配用於立 • 體影像之顯示面板之設備包含一位置調整單元10、一立 體影像訊號控制單元2〇、一影像檢查單元3〇、以及一裝 配單元40。 會參考第1圖描述第4圖所示的每一個單元之配置。 該位置調整單元10調整該立體面板1〇〇及該顯示模組 200之間的裝配位置，該立體面板1〇〇容許選擇性顯示 用於立體影像的左影像和右影像，該顯示模組2〇〇將影 像光照射至該立體面板1〇〇。此外，該位置調整單元1〇 • 包含用來支撐該立體面板1〇〇的裝配架（jig)及用來支撐 該顯示模組200的裝配架。雖然該位置調整單元1〇可包 含控制該等裝配架的控制器’以在垂直方向和水平方向 上移動任一個裝配架，但可使用已知的任意控制工具， 八要該控制工具可控制該立體面板1〇〇和該顯示模組 2 0 0的裝配位置即可。 該立體影像訊號控制單元2〇與該立體面板1〇〇和該顯 不模組200連結’以提供一立體影像訊號及一驅動控制 訊號’而使該立體面板1 〇〇和該顯示模組200顯示立體 201006233 影像。該立體影像訊號包含產生來讓一個人的左眼看到 的左影像和產生來讓一個人的右眼看到的右影像。此 外，該驅動控制訊號包含可控制該立體面板i 00和該顯 示模組200内之一任意配置的驅動（例如，若該立體面板 100包含第2圖和第3圖所示的視差遮障視差，則係遮 障的驅動）之訊號。 在根據709728專利發明之用以裝配用於立體影像的 瘳 顯示面板之設備中，該影像檢查單元30包含兩台照相機 3 1和32 ’其係經設置以彼此隔開一段預定距離。該等照 相機3 1和3 2之間的距離與一個人兩眼間的平均距離相 等。較佳地，該等照相機之間的距離大約是65毫米。在 此情況中，該兩台照相機可被分為對應一個人左眼的照 相機L和對應一個人右眼的照相機當該等照相機3 j 和32取得顯示在該立體面板1〇〇和該顯示模組2〇〇上的 立體影像時，該影像檢查單元30係檢查左影像和右影像 ® 的分離狀態。據此，該等照相機31和32係位於可取得 讓設置在該位置控制單元20的兩個裝配架内之立體面 板100和顯示模組200面對彼此且彼此重疊之位置的地 方。較佳地’該等照相機31和32係設置在該位置調整 單元10上方。 此外’該裝配單元40將該立體面板1〇〇裝配至該顯示 模組200 ’在該位置調整單元1〇調整該立體面板1〇〇和 該顯示模組200的裝配位置後，以使該影像檢查單元3〇 檢查之該等左影像和該等右影像的分離狀態達到一預定 15 201006233 參考值或更大。當該等左影像和該等右影像在該等左影 像和該等右影像的分離狀態受到該影像檢查單元30檢 查的狀態下被該位置調整單元10移至其最佳位置時則 該裝配單元40將該立體面板1〇〇裝配至該顯示模組 200。據此，可減少裝配製程期間產生的裝配誤差。 但疋，若用根據709728之設備來裝配需要水平方向和 垂直方向之雙向對準的單位型立體影像顯示模組，會產 • 纟如下問題。在這點上，做為該單位型立體影像顯示模 組的範例，會簡短描述根據647517專利發明的單位型立 體影像顯示模組。 第5圖至第7圖係示出根據647517專利發明之單位型 視差遮障型顯示模组的配置的示意圖。 如第5圖所示，在該單位型視差遮障型顯示模組中， 像素係設置在水平方向χ_χ’和垂直方向γ_γ，上。在第5 圖中’省略對應雙數列的雙數行之像素。該等像素，如 ® 第6圖所示，係交替地與兩種共用終端C1*C2及兩種 分段終端S1和S2連接，然後選擇性驅動，其中該垂直 或水平視差遮障可如第7圖之（a)和（b)所示般配置。 換δ之’不像第2圖和第3圖所示之一般視差遮障型 顯示模組’根據647517專利發明之單位型視差遮障型顯 示模組需要水平方向和垂直方向的雙向對準。 在前述需要水平方向和垂直方向之雙向對準的單位型 顯示模組中，為了利用如709728專利發明的既存設備檢 查水平對準狀態及垂直對準狀態’應藉由檢查該立體面 16 201006233 板和該顯示模組200在水平方向及垂直方向的任一者上 之對準狀態’然後旋轉該立體面板及該顯示模組以檢查 水平方向及垂直方向的另一者上之對準狀態來執行該裝 配製程。在此旋轉製程中，可能發生對準誤差，並且該 裝配製程的產量會降低，如下面參考第8圖所描述者。 第8圖係不出用以裝配用於立體影像之顯示面板的設 備之立韹影像訊號控制單元所提供的立體影像之範例的 示意圖。 如第8圖所示，該立體影像訊號控制單元2〇所提供的 立體影像訊號之左影像可包含代表左影像的識別記號 (例如”L”），並且該立體影像訊號的右影像可包含代表右 影像的識別記號（例如”R，’）。該立體影像訊號控制單元2〇 提供的這些立體影像係如第8圖所示般以左影像和右影 像在垂直方向上分段，並在水平方向上交錯設置的方式 提供，因此整體形成一重疊形狀，其中左影像與右影像 重疊。在影像” L”與’’R”重疊的例子中，如第8圖所示，” l，, 代表左影像而，’R”代表右影像。在影像實際上由該立體影 像訊號控制單元20提供的情況中，分段比第8圖所示^ 影像更加細微的左及右影像係交錯配置。在此情況中， 當用肉眼觀察時，難以察覺左及右影像係交錯配置，而 僅察覺’’L”和’’R”彼此重疊。 第9圖係示出利用根據709728專利發明之用以裝配用 於立體影像的顯示面板之設備的影像檢查單元之左影像 和右影像的分離狀態的範例之示意圖。 17 201006233 若該立體面板100和該顯示模組2〇〇的裝配位置調整 係利用該位置調整單元10完成，該照相機31為該影像 檢查單το 30之左影像取得的影像實質上與第9圖之（1) 所不的影像相同，並且該照相機32為該影像檢查單元 30之右影像取得的影像實質上與第$圖之所示的影像 相同。也就是，在該影像檢查單元3〇的兩台照相機31 和32取得該立體面板1〇〇和該顯示模組2〇〇所顯示的影 φ 像後，在該等影像的位置調整已完成因此該等影像如第 9圖之（1)及（2)所示般分割的狀態下，該立體面板1〇〇和 該顯示模組200被彼此裝配在一起。 第10圖和第11圖係示出利用根據709728專利發明之 影像檢查單元來檢查一單位型顯示模組的對準狀態之兩 台照相機之間的位置關係之示意圓。 為了在用以裝配用於立體影像的顯示模組之設備内裝 配如第2圖和第3圖所示之一般視差遮障型顯示模組， ® 該影像檢查單元的兩台照相機3丨和3 2的位置可以是在 水平方向X-X’和垂直方向γ_γ’之任一者上（例如，第1〇 圖中為水平方向Χ-Χ，）的兩個相對位置（例如，位置5〇1 和位置502)，其通過該立體面板1〇〇和該顯示模組2〇〇 的中央部分。在此情況中，可能檢查如第2圖和第3圖 所不之視差遮障的水平方向和垂直方向的任一者之實際 對準狀態》較佳地該兩台照相機31和32之間的距離d 對應個人兩眼之間的距離。一般而言，該距離^較佳 地疋’但不限於’如上所述之65毫米。 18 201006233 同時’若利用根據709728專利發明的既存設備來裝配 該單位型立體影像顯示模組，必須如上面參考第圖所 述檢查水平方向和垂直方向的任一者之對準狀態（第 10圓中為水平方向χ_χ’），然後藉由將該立鱧面板1〇〇 和該顯示模組200旋轉90。至270。（第11圖中為順時針 9〇 )來檢查另一者的裝配（例如，垂直方向γ_γ，），如第 11圖所示。在此情況中，會需要將該影像檢查單元 0 的兩台照相機31和32的位置從對應位置501和位置5〇2 的位置變為對應位置601和位置6〇2的位置，如第u圖 所示者。 若如上所述般旋轉該立體面板1〇〇和該顯示模組2〇〇 ’旋轉期間可能如In addition, after the circular panel and the display module are cut, if a guide mark is aligned according to each of the cut stereo panel and the cut display module, a problem occurs. The cost of the panel and the display module will increase. In addition, since the TN_LCD (Twisted Nematic Liquid Crystal Display) or TFT (Thin Film Transistor) states included in the stereoscopic panel and the display module are very different from each other, depending on the cutting state, the value is indicated according to the value of the simple determination. A problem occurs in the guide mark, which is misaligned in the same manner as the one indicating the guide mark in the state of the circular panel before cutting the stereo panel and the display module. Further, if a process of embedding the guide mark to the stereoscopic panel and the display module and a process of assembling the same to each other are performed separately, a problem occurs, and an error generated in the assembly process cannot be avoided. In order to solve the foregoing problems, the inventors of the present invention have invented a device and method for assembling a display panel for a stereoscopic image, and the patent No. 7 201006233 0709728 (hereinafter referred to as "7〇9728 Patent Invention"), In the name of the applicant, on January 20, 2006, the application was filed and registered at 2〇〇7**月13. In the "709728 patent invention," by examining the left image of the actual stereoscopic image state and The separated state of the right image performs alignment of a stereoscopic image and a display module. At this time, the stereo panel and the display module are assembled with each other to reduce the aforementioned alignment error. However, as disclosed in the 647 517 patent application, a display module for a stereoscopic image should be assembled by means of a device for assembling a display panel, including alignment requiring either of a horizontal direction and a vertical direction. The display module and the unit type stereoscopic image display module requiring alignment in both the horizontal direction and the vertical direction. If the unit type stereoscopic image display module is assembled according to the related art, the alignment of either the horizontal direction and the vertical direction is checked, and then the unit type stereoscopic image display module is rotated to check the other of the horizontal direction and the vertical direction. Alignment. In this case, an alignment error may occur during rotation of the display module. _ In addition, check the alignment of either the horizontal direction and the vertical direction. • After the 'right rotation to check the alignment of the other of the horizontal and vertical directions' will reduce the yield of the assembly process. . In addition, in the 709,728 patent application, if the number of cameras of an image inspecting unit is increased from only two to four, so that the cameras are inspected in pairs for horizontal and vertical alignment, respectively, the manufacturing cost of the device Will increase 'and the practicality of these cameras will be reduced. It may be difficult to set up four cameras in pairs because the volume of the camera is set at the appropriate position in the horizontal and vertical directions equal to the distance between the eyes. In this regard, 8 201006233 another technique that needs to improve the above issues. SUMMARY OF THE INVENTION Accordingly, the present invention is directed to an apparatus for assembling a display panel for stereoscopic images during horizontal/vertical alignment of a stereoscopic image, which substantially obviates limitations and disadvantages of the related art. One or more problems caused. The purpose of the call is to provide a device for assembling a display module for stereoscopic images, which can detect the vertical Zhao panel and display the actual stereoscopic image divided into the left image and the right image through a minimum number of cameras. The alignment of the module in the horizontal direction and the vertical direction can simultaneously perform assembly of the stereo panel and the display module. Another object of the present invention is to provide a technique which can effectively reduce the number of cameras of an image inspecting unit in an existing device for assembling a display module for stereoscopic images. In order to solve the foregoing problems, according to the present invention, a device for assembling a display panel for a stereoscopic image includes a position adjustment sheet 7G, a whole stereo panel and a display module. The mounting position between the groups, the stereo panel allows the left image and the right image for the stereo image to be selectively displayed on any one of the horizontal direction and the vertical direction, and the display module irradiates the image light to the stereo panel, the image The light includes the left image and the right image; the image inspection unit is disposed at the position adjustment unit 201006233 2 includes a first camera and a second camera, and the first camera is disposed at a distance from the stereo panel and the display module a central portion and passing any one of two relative positions in the horizontal direction of the central portion. The second camera is disposed at a central portion of the stereo panel and the display module and passes through the central portion Any of two phases/positions in the vertical direction; an assembly unit mounts the stereo panel to the § display mode, and 'where the image inspection unit Obtaining, by the first camera, the stereoscopic image displayed by the stereoscopic panel and the display module, the horizontal separation state of the left image and the right image of the stereoscopic image, and obtaining the stereoscopic panel by using the first camera and the stereoscopic image The stereoscopic image displayed by the module is displayed to check the vertical separation state of the left image and the right image of the stereo images. At this time, the stereo panel is a unit type stereo panel, which allows the left image and the right image to be selectively displayed in either the horizontal direction and the vertical direction _, which is selected according to a stereoscopic image display mode. . In addition, the assembly unit mounts the stereo panel to the display module in a state where the position adjustment unit adjusts the assembly position of the stereo panel and the display module to allow the left image to be inspected by the image inspection unit. The horizontal and vertical separation states with the right images reach a predetermined reference value or greater. Further, the device further includes a stereoscopic image signal control unit connected to the stereoscopic panel and the display module to provide a stereoscopic image signal, and the stereoscopic panel and the display module display the stereoscopic images. Preferably, based on the central portion of the stereo panel and the display module and 201006233, the distance between two opposite positions in the horizontal direction and the vertical direction of the central portion corresponds to an average distance between two eyes of a person. The stereoscopic panel includes at least one of a parallax barrier and a convex mirror lens array. According to another embodiment of the present invention, in order to solve the foregoing problem, an apparatus for mounting a display panel for a stereoscopic image includes a position adjustment unit that adjusts an assembly position between a stereoscopic panel and a display module. The stereo panel allows the left image and the right image for the stereo image to be selectively displayed on one of a predetermined horizontal direction and a vertical direction, the display module illuminating the image light to the vertical panel, the image light Including the left image and the right image; an image inspection unit disposed above the position adjustment sheet 70 and including a single camera disposed at a central portion of the stereo panel and the display module and passing through the central portion Any one of two relative positions on one of a predetermined one of a horizontal direction and a vertical direction; an assembly unit that mounts the stereoscopic panel to the display module, wherein the image inspection unit transmits the single camera The machine obtains the stereoscopic image displayed by the stereo panel and the display module to check the stereoscopic images in the predetermined direction The separation of the state and those left image right image of these. Advantageous Effects If the foregoing apparatus for assembling a display module for a stereoscopic image according to an embodiment of the present invention is used, the stereoscopic panel can be inspected by the smallest number of cameras using actual stereoscopic images divided into left and right images. And the alignment state of the display module in the horizontal direction and the vertical direction, and simultaneously assembling the stereo panel and the display module. 11 201006233 Furthermore, if the aforementioned apparatus for assembling a display module for stereoscopic images according to another embodiment of the present invention is used, it is possible to effectively reduce images in an existing device for assembling a display module for stereoscopic images. Check the number of cameras in the unit. [Embodiment] As described above, an embodiment of the present invention provides an apparatus for assembling a display module for stereoscopic images, which can be divided into left and right images by using a minimum number of Φ cameras. The actual stereoscopic image checks the alignment state of a stereo panel and the display module in the horizontal direction and the vertical direction, and can perform assembly of the stereo panel and the display module. For this purpose, thereafter, a configuration of a stereoscopic panel and a display module, which are assembled with each other by means for assembling a display module for stereoscopic images, according to the assembly technique of the 709728 patent invention, and according to the invention The apparatus for assembling a display module for a stereoscopic image of the preferred embodiment, which improves the patent of the 709728 patent, will be described in detail with reference to the drawings. The detailed description, which is set forth in the claims of the claims At the same time, the following detailed description contains details to provide a complete understanding of the present invention. However, it will be apparent to those skilled in the art that the present invention may be practiced without the details. In some instances, in order to avoid ambiguity with respect to the concepts of the present invention, the structure of the prior art is omitted or may be shown in the form of a block diagram based on the main functions of each structure and device. In addition, the same component symbols are used throughout the drawings and the description to refer to the same or similar components. Fig. 1 is a schematic view showing the configuration of a stereoscopic panel and a display module which are assembled to each other by means of a device for assembling a display panel for stereoscopic images. The display panel for the stereoscopic panel includes a stereoscopic panel 100, and a display module 200' that irradiates the image light to the stereoscopic panel. Specifically, the stereoscopic panel 100 allows left and right images for stereoscopic images to be selectively displayed on a display panel for stereoscopic images, and may include a parallax barrier (not shown) or a convex mirror. An array of lenses (not shown) wherein the display panel is assembled using squat equipment for assembling a display panel for stereoscopic images. In addition, if the stereoscopic panel includes a parallax barrier, the parallax barrier may include a TN LCDe. In this case, the display module may include a TFT that illuminates the image light to the Φ TN-LCD. For example, the stereo panel 1 〇〇 is a structure of parallax barrier. The second and third axes show a schematic view of a structure in which a stereo panel is a parallax barrier. In the parallax barrier type stereoscopic panel 100, as shown in FIGS. 2 and 3, the left image L and the right image R are arranged in the horizontal direction γγ, and are arranged in a vertical direction Χ-Χ, and are alternately displayed in The display module 2 is on the top. In this case, as shown in Fig. 2, the left and right eyes of the user selectively view 13 201006233 to the left image L and the right image R. At this time, the stereo panel 1 包含 includes a parallax barrier that is repeatedly set at a pitch that the user cannot perceive. According to this, the fine alignment error between the stereo panel 1〇〇 and the display module 2〇〇 can have a very large influence on the stereoscopic image. Fig. 4 is a schematic diagram showing the configuration of an apparatus for assembling a display panel for stereoscopic images according to the invention of 709728. As shown in FIG. 4, the device for assembling a display panel for a stereo image according to the invention of the 7:9728 includes a position adjusting unit 10, a stereoscopic image signal control unit 2, an image inspecting unit 3, And an assembly unit 40. The configuration of each unit shown in Fig. 4 will be described with reference to Fig. 1. The position adjustment unit 10 adjusts an assembly position between the stereo panel 1 and the display module 200. The stereo panel 1 〇〇 allows selective display of left and right images for stereoscopic images. The display module 2照射 The image light is irradiated to the stereo panel 1〇〇. Further, the position adjusting unit 1 includes a jig for supporting the stereo panel 1 and a mount for supporting the display module 200. Although the position adjustment unit 1 may include a controller that controls the mounts to move any of the mounts in the vertical and horizontal directions, any known control tool may be used, which is controlled by the control tool. The assembly position of the stereo panel 1 and the display module 200 may be sufficient. The stereoscopic image control unit 2 is coupled to the stereo panel 1 and the display module 200 to provide a stereoscopic image signal and a drive control signal to cause the stereo panel 1 and the display module 200 Display stereo 201006233 image. The stereoscopic image signal includes a left image generated to be seen by one's left eye and a right image generated to be seen by one's right eye. In addition, the driving control signal includes a driving that can control the stereo panel i 00 and the arbitrarily configured one of the display modules 200 (for example, if the stereo panel 100 includes the parallax obstacle parallax shown in FIGS. 2 and 3 , is the signal of the barrier drive. In the apparatus for assembling a 瘳 display panel for stereoscopic image according to the invention of 709728, the image inspecting unit 30 includes two cameras 3 1 and 32 ' which are disposed to be spaced apart from each other by a predetermined distance. The distance between the cameras 3 1 and 3 2 is equal to the average distance between one eye and one eye. Preferably, the distance between the cameras is approximately 65 millimeters. In this case, the two cameras can be divided into a camera L corresponding to one person's left eye and a camera corresponding to one person's right eye. The cameras 3 j and 32 are displayed on the stereoscopic panel 1 and the display module 2 The image inspecting unit 30 checks the separation state of the left image and the right image® when the stereoscopic image is clicked. Accordingly, the cameras 31 and 32 are located at positions where the three-dimensional panel 100 and the display module 200 disposed in the two mounts of the position control unit 20 face each other and overlap each other. Preferably, the cameras 31 and 32 are disposed above the position adjustment unit 10. In addition, the assembly unit 40 aligns the stereo panel 1 to the display module 200 ′ after the position adjustment unit 1 adjusts the assembly position of the stereo panel 1 and the display module 200 to make the image The separation unit 3 checks the separation state of the left image and the right image to a predetermined value of 15 201006233 or greater. When the left image and the right image are moved to the optimal position by the position adjusting unit 10 in a state where the separation state of the left image and the right image is inspected by the image inspection unit 30, the assembly unit 40. The stereo panel 1 is assembled to the display module 200. Accordingly, assembly errors generated during the assembly process can be reduced. However, if a unit type stereoscopic image display module that requires bidirectional alignment in the horizontal direction and the vertical direction is assembled using the device according to 709728, the following problems occur. In this regard, as an example of the unit type stereoscopic image display module, a unit type stereoscopic image display module according to the invention of the 647517 patent will be briefly described. Fig. 5 to Fig. 7 are views showing the configuration of a unit type parallax barrier type display module according to the 647517 patent invention. As shown in Fig. 5, in the unit type parallax barrier type display module, the pixel system is disposed in the horizontal direction χ_χ' and the vertical direction γ_γ. In Fig. 5, the pixels of the double-numbered rows corresponding to the double-numbered columns are omitted. The pixels, as shown in FIG. 6, are alternately connected to two common terminals C1*C2 and two segment terminals S1 and S2, and then selectively driven, wherein the vertical or horizontal parallax barrier can be as 7 (a) and (b) are arranged as shown. Unlike the general parallax barrier type display module shown in Figs. 2 and 3, the unit type parallax barrier type display module according to the 647517 patent requires bidirectional alignment in the horizontal direction and the vertical direction. In the above-described unit type display module requiring bidirectional alignment in the horizontal direction and the vertical direction, in order to check the horizontal alignment state and the vertical alignment state using the existing device such as the 709728 patent invention, the solid surface 16 should be inspected by 201006233. Performing an alignment state with the display module 200 in either the horizontal direction and the vertical direction, and then rotating the stereo panel and the display module to check an alignment state on the other of the horizontal direction and the vertical direction The assembly process. In this rotating process, alignment errors may occur and the yield of the assembly process may decrease, as described below with reference to Figure 8. Fig. 8 is a view showing an example of a stereoscopic image provided by a stereo image signal control unit for assembling a device for a display panel for stereoscopic images. As shown in FIG. 8, the left image of the stereoscopic image signal provided by the stereoscopic image signal control unit 2 can include an identification mark (eg, "L") representing the left image, and the right image of the stereoscopic image signal can include a representative The identification symbol of the right image (for example, "R, '). The stereo image provided by the stereoscopic image control unit 2 is segmented vertically in the left and right images as shown in Fig. 8, and is horizontal. Provided in a staggered manner in the direction, thus forming an overlapping shape as a whole, wherein the left image overlaps with the right image. In the example in which the images "L" and "'R" overlap, as shown in Fig. 8, "l,, represents The left image, and 'R' stands for the right image. In the case where the image is actually supplied by the stereoscopic image signal control unit 20, the left and right images which are more subdivided than the image shown in Fig. 8 are alternately arranged. In this case, when viewed with the naked eye, it is difficult to perceive the left and right image lines in a staggered configuration, and only the ''L' and ''R'' are overlapped with each other. Fig. 9 is a view showing an example of the separation state of the left image and the right image of the image inspecting unit of the apparatus for assembling a display panel for stereoscopic image according to the invention of the 709728 patent. 17 201006233 If the mounting position adjustment of the stereo panel 100 and the display module 2 is completed by the position adjusting unit 10, the camera 31 obtains an image obtained by the left image of the image inspection sheet το30 substantially and FIG. The images of (1) are the same, and the image obtained by the camera 32 for the right image of the image inspecting unit 30 is substantially the same as the image shown in FIG. That is, after the two cameras 31 and 32 of the image inspecting unit 3 obtain the image φ image displayed by the stereo panel 1 and the display module 2, the position adjustment of the images is completed. The three-dimensional panel 1A and the display module 200 are assembled to each other in a state in which the images are divided as shown in (1) and (2) of FIG. Fig. 10 and Fig. 11 are schematic diagrams showing the positional relationship between two cameras for inspecting the alignment state of a unit type display module by the image inspecting unit according to the invention of the 709728 patent. In order to assemble a general parallax barrier type display module as shown in FIGS. 2 and 3 in an apparatus for assembling a display module for stereoscopic images, the two cameras of the image inspection unit 3丨 and 3 The position of 2 may be two relative positions in either the horizontal direction X-X' and the vertical direction γ_γ' (for example, horizontal direction Χ-Χ in the first diagram) (for example, position 5〇1) And position 502), through the stereo panel 1 and the central portion of the display module 2〇〇. In this case, it is possible to check the actual alignment state of either the horizontal direction and the vertical direction of the parallax barrier as shown in FIGS. 2 and 3, preferably between the two cameras 31 and 32. The distance d corresponds to the distance between the eyes of the individual. In general, the distance ^ is preferably 疋' but not limited to '65 mm as described above. 18 201006233 Meanwhile, if the unit type stereoscopic image display module is assembled using the existing device according to the invention of the 709728 patent, the alignment state of either the horizontal direction and the vertical direction must be checked as described above with reference to the figure (the 10th circle) The middle direction is χ_χ'), and then the vertical display panel 1 and the display module 200 are rotated 90. To 270. (clockwise 9〇 in Fig. 11) to check the assembly of the other (for example, the vertical direction γ_γ,) as shown in Fig. 11. In this case, it is necessary to change the positions of the two cameras 31 and 32 of the image inspecting unit 0 from the positions of the corresponding position 501 and the position 5〇2 to the positions of the corresponding position 601 and the position 6〇2, as shown in the figure u. Shown. If the stereo panel 1 〇〇 and the display module 2 ’ ' rotate during rotation as described above,
以檢查該單位型顯示模組的對準狀態 上所述般發生對準誤差，並且裝配製Alignment error occurs as described in checking the alignment state of the unit type display module, and assembly is performed.
而降低， 並且對準誤差仍會因為 10圖和第11圖所述般旋轉 組200 ’可考慮將兩台照相 。但是’與旋轉該立體面板 ’產能仍會因為额外的旋轉 9為兩台照相機的旋轉位置 19 201006233 不準確而發生。 為了解決此種問題，本發明提供一種用以裝配用於立 體影像的顯示模組之設備，其基於如下原理而較709728 專利發明更優質。 第12圖係示出根據本發明之用以裝配用於立體影像 之顯示模組的設備之核心概念的示意圖。 為了檢查用於立體影像之顯示模組在水平方向和垂直 ❿ 方向之任一者上的對準狀態，並不必定需要兩台照相 機。在第12圖中，移除第1〇圖所示配置狀態的兩台照 相機之（照相機32)，並且另一個（照相機）3 j僅用來檢 查該立體面板1〇〇和該顯示模組2〇〇在水平方向XX，上 的對準狀態。以此方式，若用該兩台照相機之一取得一 立體影像並檢查第9圖之（1)及（2)所示影像的任一者的 對準狀態，則將另一個影像視為自動對準。例如，若第 12圖的照相機31係用來取得左影像L，該照相機31藉 > 由取得顯示如第8圖所示冬影像的立體面板1〇〇和顯示 模組200來檢查如第9圖之（1)所示的左影像[的對準狀 態。在此情況中，將右影像視為自動對準β 這可在該照相機係設置在水平方向和垂直方向之任一 者上（例如，水平方向χ_χ，）基於該中央部分的兩個相對 位置的任一者上時實現（即，兩個位置位於基於該中央部 分的相同距離處），其通過該立體面板1〇〇和該顯示模組 200的中央部分。此外，鑒於左影像和右影像係被左眼 和右眼選擇性看到的態樣，如第2圖所示般，即便不管 20 201006233 兩眼中的任-者（例如’右眼）’若左眼看到左影像l，則 視為右眼僅看到右影像R。 會如後方般配置根據本發明之較佳實施例之用 . 以裝配用於立體影像的顯示模組之設備的影像檢查單The reduction, and the alignment error, will still be considered for rotating the group 200' as described in Figures 10 and 11. However, the 'with the rotation of the stereo panel' capacity will still occur because of the extra rotation 9 for the rotational position of the two cameras 19 201006233 inaccurate. In order to solve such a problem, the present invention provides an apparatus for assembling a display module for a stereo image, which is superior to the 709728 patented invention based on the following principle. Fig. 12 is a schematic view showing the core concept of an apparatus for assembling a display module for stereoscopic images according to the present invention. In order to check the alignment state of the display module for stereoscopic images in either the horizontal direction and the vertical ❿ direction, it is not necessary to require two cameras. In Fig. 12, the two cameras (camera 32) in the configuration state shown in Fig. 1 are removed, and the other (camera) 3j is used only for checking the stereo panel 1 and the display module 2.对准In the horizontal direction XX, the alignment state. In this way, if one of the two cameras is used to acquire a stereoscopic image and check the alignment state of any of the images shown in (1) and (2) of FIG. 9, the other image is regarded as an automatic pair. quasi. For example, if the camera 31 of Fig. 12 is used to acquire the left image L, the camera 31 checks to see the ninth by the stereo panel 1 〇〇 and the display module 200 which display the winter image as shown in Fig. 8. The alignment state of the left image shown in (1) of the figure. In this case, the right image is regarded as auto-alignment β, which can be set in either the horizontal direction and the vertical direction (for example, the horizontal direction χ_χ,) based on the two relative positions of the central portion of the camera system. Either one is implemented (ie, the two locations are at the same distance based on the central portion) that pass through the stereo panel 1 and the central portion of the display module 200. In addition, since the left image and the right image are selectively seen by the left eye and the right eye, as shown in Fig. 2, even if any of the eyes of the two eyes (e.g., 'right eye)' When the eye sees the left image l, it is considered that the right eye only sees the right image R. An image checklist for a device for assembling a display module for a stereoscopic image will be configured as follows in accordance with a preferred embodiment of the present invention.
元，其可同時檢杳太承古A 町伤C_水干方向和垂直方向之雙向對準狀態。 圖係示出根據本發明之較佳實施例之用以裝配 用於立體衫像之顯不模組面板之設備内的影像檢查單元 參 之照相機的配置關係的示意圖。 明確地說’在如第13圖所示之根據本發明的較佳實施 例之用以裝配用於立體影像之顯示模組面板的設備内， 該影像檢查單元10係以該兩台照相機31和32的任一者 31係配置在通過該立體面板1〇〇和該顯示模組2〇〇的中 央部分之水平方向X_X，上基於該等中央部分的兩個相 對位置501和502的任一者上（第13圖中為位置5〇1)， 並且另一者32係配置在通過該立體面板1〇〇和該顯示模 • 組200的中央部分之垂直方向Υ-Υ’上基於該等中央部分 的兩個相對位置601和602的任一者上（第13圖中為位 置602)的方式提供。以此方式，若使用該兩台照相機， 該影像檢查單元可同步藉由透過照相機31取得該立體 - 面板100和該顯示模組200所顯示的立體影像檢查該立 i 體面板100和該顯示模組200在水平方向x_x，上的對準 狀態’如第12圖所示般，以及透過照相機32檢查該立 體面板100和該顯不模組200在垂直方向γ_ Υ ’上的對準 狀態兩者。在此情況中，雖然如相關技藝般使用兩台照 21 201006233 相機，但可能同步檢查用於立體影像之顯示模組在水平 方向及垂直方向上的對準狀態。據此，可增加對準準確 度’並且可改善裝配製程的產能。 在本發明中，雖然用於立體影像的顯示模組，其係受 . 到裝配，可以是根據647517專利發明的單位型顯示模 組，但可用根據本發明之顯示模組在水平方向和垂直方 向的任一者上檢查甩於立體影像之一般顯示模組的對準 參 狀態。在此情況中，優勢在於用於立體影像的顯示模組， 其係受到裝配，係在無任何水平方向和垂直方向的限制 下設置在用以裝配該顯示模組的設備内。 此外，雖然已描述過該立體面板1〇〇係視差遮障型立 體面板，但該立體面板1〇〇可做為凸鏡狀透鏡陣列型立 體面板使.用。 同時，在根據本發明之另一實施例之用以裝配用於立 體影像的顯示面板之設備中，利用如第12圖所示之相同 _ 概念有效減少照相機數量。 換句話說，在用以裝配用於立體影像之顯示面板的既 存設備内，該影像檢查單元1〇並不必定要含有兩台照相 機。若該等照相機的位置關係被明確界定，可用該兩台 - 照相機的任一者來取得相同效果。 丨換句話說，在此實施例中，該影像檢查單元被假定為 包含單一台照相機。此單一照相機係配置在通過該立體 面板100和該顯示模組200的中央部分之水平方向和垂 直方向的任者上基於該立體面板100和該顯示模組 22 201006233 200的中本八> τ , 、邛刀之兩個相對位置的任一者 雖然使用單—么昭相嫵γ 上以此方式 〇照相機，但可如上方參考第12圖所述般 和該顯不模組200的實際對準狀 據此’在使用既存設備的壯能~1Γ -η/ 仔叹備的狀態下，可倍增使用該照 相機的效率。 對熟知技藝者而言，可以其他特定形式實施本發明而 不會背離本發明之精神和基本特性是顯而易見的。因Yuan, which can simultaneously check the bidirectional alignment of the direction of the water and the vertical direction of the C. BRIEF DESCRIPTION OF THE DRAWINGS Fig. is a schematic view showing the arrangement relationship of an image inspecting unit in an apparatus for assembling a display panel for a stereoscopic shirt according to a preferred embodiment of the present invention. Specifically, in the apparatus for assembling a display module panel for stereoscopic images according to the preferred embodiment of the present invention as shown in FIG. 13, the image inspecting unit 10 is equipped with the two cameras 31 and Any one of 32 is disposed in a horizontal direction X_X passing through the central portion of the stereo panel 1 and the display module 2, and based on any of the two relative positions 501 and 502 of the central portion Upper (position 5〇1 in Fig. 13), and the other 32 is disposed on the vertical direction Υ-Υ' through the central panel 1 and the central portion of the display module 200 based on the central The portion of the two relative positions 601 and 602 is provided on either of the positions (position 602 in Fig. 13). In this manner, if the two cameras are used, the image inspection unit can synchronously check the stereo panel 100 and the display module by acquiring the stereo image displayed by the stereo-panel 100 and the display module 200 through the camera 31. The alignment state of the group 200 in the horizontal direction x_x, as shown in FIG. 12, and the alignment state of the stereo panel 100 and the display module 200 in the vertical direction γ_ Υ ' are checked by the camera 32. . In this case, although two cameras 21 201006233 are used as in the related art, it is possible to simultaneously check the alignment state of the display module for stereoscopic images in the horizontal direction and the vertical direction. According to this, the alignment accuracy can be increased and the productivity of the assembly process can be improved. In the present invention, although the display module for stereoscopic image is subjected to assembly, it may be a unit type display module according to the invention of 647517, but the display module according to the present invention may be used in the horizontal direction and the vertical direction. In either case, the alignment parameter state of the general display module of the stereoscopic image is checked. In this case, the advantage lies in the display module for stereoscopic images, which is assembled and placed in the apparatus for assembling the display module without any horizontal or vertical restrictions. Further, although the stereo panel 1 has been described as a parallax barrier type vertical panel, the stereo panel 1 can be used as a convex mirror lens array type vertical panel. Meanwhile, in the apparatus for assembling a display panel for stereoscopic image according to another embodiment of the present invention, the number of cameras is effectively reduced by the same concept as shown in Fig. 12. In other words, in an existing device for assembling a display panel for stereoscopic image, the image inspecting unit 1 does not necessarily have to contain two cameras. If the positional relationship of the cameras is clearly defined, either of the two cameras can be used to achieve the same effect. In other words, in this embodiment, the image inspecting unit is assumed to contain a single camera. The single camera system is configured based on the stereoscopic panel 100 and the display module 22 201006233 200 in any of the horizontal direction and the vertical direction of the central portion of the stereo panel 100 and the display module 200. Any one of the two relative positions of the boring tool, although using the singular 妩 妩 上 on the camera in this way, can be as described above with reference to FIG. 12 and the actual pair of the display module 200 According to this, the efficiency of using the camera can be multiplied in the state of using the existing device's strong energy ~1Γ-η/ sigh. The invention may be embodied in other specific forms without departing from the spirit and scope of the invention. because
此，在各方面應將上述實施例視為說明性而非限制性。 本發明之範圍應由對於附屬t請專利範圍的合理给釋來 決定，並且落在本發明之等效範園内的所有改變皆包含 在本發明範圍内》 工業應用 如上所述，本發明可以在檢查實際影像對準狀態後才 執行裝配的方式如同立體影像領域中之顯示面板及立體 面板的裝配般應用在多種裝配製程上。 【圖式簡單說明】 第1圊係示出一立體面板和一顯示模組的配置之示意 圖’其係利用用以裝配用於立體影像之顯示面板的設備 彼此裝配在一起； 第2圖和第3圖係示出立體面板為視差遮障的結構之 示意圖； 第4圖係示出根據709728專利發明用以裝配用於立體 影像之顯示面板之設備的配置的概要示意圖； 23 201006233 第5圖至第7圓係示出根據647517專利發明之單位型 視差遮障型顯示模組的配置的示意圖； 第8圖係示出用以裝配用於立體影像之顯示面板的設 備之立體影像訊號控制單元所提供的立體影像之範例的 示意圖； 第9圖係示出利用根據709728專利發明之用以裝配用 於立體影像的顯示面板之設備的影像檢查單元之左影像 # 和右影像的分離狀態的範例之示意圖； 第10圖和第11圖係示出利用根據709728專利發明之 影像檢查單元來檢查一單位型顯示模組的對準狀態之兩 台照相機之間的位置關係之示意圖； 第12圖係示出根據本發明之用以裝配用於立體影像 之顯示模組的設備之核心概念的示意圖；以及 第13圖係示出根據本發明之較佳實施例之用以裝配 •用於立體影像之顯示模組面板之設備内的影像檢查單元 之照相機的配置關係的示意圖。 【主要元件符號說明】 10 位置調整單元 20 立體影像訊號控制單元 30 影像檢查單元 31、32 照相機 40 裝配單元 1〇〇 立體面板 24 201006233 位置 200 顯示模組 501 、 502 、 601 、 602The above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention should be determined by a reasonable release of the scope of the patent application, and all modifications falling within the scope of the invention are included in the scope of the invention. Industrial applications are as described above, and the present invention can be inspected. The manner in which the actual image is aligned after the assembly is performed is applied to various assembly processes as in the assembly of the display panel and the stereo panel in the stereoscopic image field. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing shows a schematic view of a configuration of a stereoscopic panel and a display module, which are assembled with each other using a device for assembling a display panel for stereoscopic images; FIG. 2 and 3 is a schematic diagram showing a structure in which a stereoscopic panel is a parallax barrier; and FIG. 4 is a schematic diagram showing a configuration of an apparatus for assembling a display panel for stereoscopic image according to the invention of 709728; 23 201006233 FIG. The seventh circle shows a schematic diagram of the configuration of the unit type parallax barrier type display module according to the 647517 patent invention; and FIG. 8 shows the stereoscopic image signal control unit of the apparatus for assembling the display panel for stereoscopic images. A schematic diagram of an example of a stereoscopic image provided; FIG. 9 is a view showing an example of a separation state of a left image # and a right image of an image inspecting unit of an apparatus for assembling a display panel for stereoscopic image according to the invention of 709728 patent FIG. 10 and FIG. 11 show the alignment state of a unit type display module by using an image inspection unit according to the invention of 709728 patent. Schematic diagram of the positional relationship between two cameras; FIG. 12 is a schematic view showing the core concept of an apparatus for assembling a display module for stereoscopic images according to the present invention; and FIG. 13 is a view showing the present invention according to the present invention. A schematic diagram of a configuration relationship of a camera for an image inspecting unit in a device for mounting a display module panel for a stereoscopic image in a preferred embodiment. [Description of main component symbols] 10 Position adjustment unit 20 Stereo image signal control unit 30 Image inspection unit 31, 32 Camera 40 Assembly unit 1〇〇 Stereo panel 24 201006233 Position 200 Display module 501, 502, 601, 602
2525
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| KR1020080025385A KR100935892B1 (en) | 2008-03-19 | 2008-03-19 | Apparatus for attaching display panel for stereoscopic image during the process of horizontal/vertical direction allignment thereof |
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| TWI384863B TWI384863B (en) | 2013-02-01 |
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| KR (1) | KR100935892B1 (en) |
| CN (1) | CN102047667B (en) |
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| JP2013127561A (en) * | 2011-12-19 | 2013-06-27 | Japan Display East Co Ltd | Method for manufacturing three-dimensional image display device |
| KR101271311B1 (en) * | 2012-01-20 | 2013-06-04 | (주)엔에스 | Attaching appartus and method for 3-dimensional film |
| CN103575507A (en) * | 2012-08-10 | 2014-02-12 | 北京京东方光电科技有限公司 | Optical detection method and system for 3D displaying product |
| CN110012283B (en) * | 2019-04-16 | 2021-03-23 | 京东方科技集团股份有限公司 | Debugging method and debugging system of three-dimensional display panel |
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| JPH05188498A (en) * | 1992-01-16 | 1993-07-30 | Toppan Printing Co Ltd | Formation of synthesized image by stereoscopic photography camera and method for sticking lenticular plate for stereoscopic photography |
| JP3966830B2 (en) * | 2003-03-28 | 2007-08-29 | 株式会社東芝 | 3D display device |
| JP4002875B2 (en) * | 2003-09-16 | 2007-11-07 | 株式会社東芝 | Stereoscopic image display device |
| WO2005029658A1 (en) * | 2003-09-22 | 2005-03-31 | Murata Manufacturing Co., Ltd. | Method and device for installing light emitting element |
| KR20060023392A (en) * | 2004-09-09 | 2006-03-14 | 삼성전자주식회사 | Manufacturing method of three dimensional image display and assembling apparatus for the same |
| KR100647517B1 (en) * | 2005-08-26 | 2006-11-23 | (주)마스터이미지 | Cell type parallax-barrier and stereoscopic image display apparatus using the same |
| KR100709728B1 (en) * | 2006-01-20 | 2007-04-19 | (주)마스터이미지 | Apparatus and method for attaching display panel for stereoscopic image |
| KR100757416B1 (en) * | 2006-02-28 | 2007-09-11 | 주식회사 서울테크밸리 | Joining apparatus for stereoscopic display panel |
| KR200430889Y1 (en) | 2006-08-11 | 2006-11-13 | 주식회사 이너텍 | Apparatus for manufacturing 3d module |
| KR100902785B1 (en) * | 2007-02-26 | 2009-06-19 | 케이디씨 정보통신(주) | Stereoscopic image display device |
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| WO2009116810A3 (en) | 2010-01-14 |
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| KR100935892B1 (en) | 2010-01-07 |
| HK1157544A1 (en) | 2012-06-29 |
| TWI384863B (en) | 2013-02-01 |
| JP5156125B2 (en) | 2013-03-06 |
| CN102047667B (en) | 2013-06-12 |
| WO2009116810A2 (en) | 2009-09-24 |
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