1252936 玖、發明說明 【發明所屬之技術領域】 本發明是有關於液晶顯示裝置（Liquid Crystal Display device，LCD device)，且特別是有關於適用於液晶顯示裝置 且具有偏芯（offset or displacement)設計的彩色濾光片結 構（Color Filter structure，CF structure) 〇 【先前技術】 彩色濾光片（color filter)是使液晶顯示裝置實現彩色化 的關鍵元件。由於目前液晶顯示裝置是以薄膜電晶體（Thin Film Transistor，TFT)液晶顯示裝置為主，故以目前的市場 而言TFT LCD用的彩色濾光片基板是最具潛力與發展性 的。 一傳統的液晶顯示器包括兩基板，彩色濾光片基板與 TFT基板（active panel or TFT panel)，於此兩基板間則夾有 一液晶層（liquid crystal layer)。如第1A圖所示為一傳統彩 色濾光片基板的結構，此彩色濾光片基板包括一透明基板 1〇〇、黑色矩陣104以及由該黑色矩陣1〇4所分隔出之複數 個彩色區域102。其中黑色矩陣1〇4是由多個水平排列的黑 色矩陣條（horizontal black matrix strips) 104b，以及多個垂 直排列的黑色矩陣條（verticai black matrix strips) 1 04a所構 成，水平排列的黑色矩陣條l〇4b和垂直排列的黑色矩陣條 l〇4a，彼此相交而構成一網格結構，並分隔出多個彩色區域 1 02。而這些彩色區域丨〇2係用來分別放置不同顏色之色 1252936 層，紅（red，R)、綠（green，G)和藍（blue，B)色色層 102R、 102G和102B。在色層i〇2R、i〇2G和102B上具有共同的 電極（common eleCtr〇de)106被形成。此共同的電極106係 兩電極的其中之一’而當操作液晶顯示裝置時此兩電極係 用來產生橫過液晶層的電場。 第1B圖顯示一傳統的彩色濾光片基板的平面視圖，而 第2A圖顯示沿著切割線v_v，的、第iB圖之基板的截面視 圖’其係用來說明傳統的彩色濾光片基板可能有的缺點。 在第1B圖中，黑色矩陣104以網格的樣式（grid pattern)被 形成在彩色濾光片之間。此黑色矩陣1〇4是由複數個水平 的黑色矩陣條（horizontal black matrix strips) 104b 以及複數 個垂直的黑色矩陣條（vertical black matrix strips)l〇4a所構 成。水平的黑色矩陣條104b以及垂直的黑色矩陣條1〇4a 分別被設置於對應符合TFT基板的閘極線（gate Hne)和源極 線（source line)。 睛參照第2A圖，在傳統的彩色濾光片結構中，各色層 102R 1 〇2G和1 02B皆部分重疊覆蓋在相鄰之垂直排列黑 色矩陣條104a上，以避免漏光的情形發生。在透明基板1〇〇 與各色層102R、l〇2G和102B上，形成作為電極的一導電 層（未繪出）後，需進行配向處理，例如採用刷磨處理 0-bbing)。進行刷磨處理之前需先塗佈配向膜⑷丨胖则加 film)，而酉己向㈣主要成份為聚酸亞胺（p〇iyimide)樹月旨， LCD業界簡稱為PI。配向處理是以附有毛布的金屬圓筒滾 輪，在TFT基板和彩色遽光片基板上所形成的配向膜表面 1252936 來回的進行迴轉和摩擦等動作，以使液晶分子能預先朝一 定方向。如第2A圖所示，由於藍色色層1 〇2B與兩鄰近的 黑色矩陣條1 〇4a的重疊部分具有特別凸起的形狀，當配向 方向是由左向右時，重疊部分的高度差\與y會造成配向 時會有刷磨不到配向膜之區域，即為配向異常區丨〇8與 富配向方向改為由右向左時，配向異常區則在配向異 吊區1 08與11 〇的反側。同樣地，紅色色層i 〇2R和綠色色 層102G也會造成配向異常區。 上述的配向異常區會造成角殘像（c〇rner iniage sticking 的問題。配向異常區11 〇因有垂直黑色矩陣條丨〇4a遮住， 故不透光，但配向異常區丨〇8因在顯示區内，所以會漏光， 造成角殘像。角殘像的現象請參照第28圖。當面板點燈時， 角殘檢查晝面200的四周邊緣有條狀白色區域2〇2與2〇4。 角殘檢查畫面200切換至全黑畫面2〇6後，在原來的條狀 白色區域202肖204會有無法回復黑色晝面之現象，而產 生角殘像208。是因為在面板的的四周邊緣所塗佈的打 配向膜較厚，在配向異f區刷磨不到配向膜的程 重，故較易出現角殘像。 嚴 【發明内容】 因此H %的目的就是在提供—種彩 適用於液晶顯示裝置，用以對策角殘像的問題。構 本發明的另一曰沾日丄 的疋在提供一種形成一液晶 的一彩色濾光片姓椹> + 曰曰.、、、負不骏 °構之方法，用以對策角殘像的問題。 1252936 根據本發明之上述㈣’提出一種適用於液晶顯示器 之彩色濾光片結構，。此結構包含一透明基板、一黑色矩 陣、及由此黑色矩陣分隔出之複數個彩色區域。其中此累 色矩陣係形成在此基板上，且係由彼此相交之複數個水; 排列黑色矩陣條和複數個垂直排列黑色矩陣條所構成，並 形成一網格結構來分隔出複數個彩色區域，用以分別配置 由樹脂材料所形成相對應之紅色、藍色或綠色色層。其中 在每一網格中由對應顏色所形成之樹脂，會對兩相鄰垂直 黑色矩條其中之一覆蓋一較大之區域，而對另一相鄰之 垂直排列黑色矩陣條覆蓋較小區域。 再者，本發明是被導向一種形成一液晶顯示裝置的一 彩色濾光片結構之方法。此方法包含以下步驟：在一透明 基板上，形成複數個永平排列的黑色矩陣條以及複數個垂 直排列之黑色矩陣條，其中水平排列的黑色矩陣條和垂直 排列的黑色矩陣條，彼此相交而構成一網格結構，來分隔 出多個彩色區域；以及形成相對應顏色之色層在每一網格 中，其中此色層會對兩相鄰垂直黑色矩陣條其中之一覆蓋 一較大之區域，而對另一相鄰之垂直排列黑色矩陣條覆蓋 較小區域。 應用本發明具有下列優點。本發明所提出的彩色濾光 片結構能夠減小彩色濾光片中不同部分間的高度差，以解 決配向時刷磨不良的問題，故能避免角殘像的發生。 【實施方式】 8 1252936 本發明提出一種彩色濾光片結構，適用於液晶顯示裝 置。第3 A圖顯示根據本發明一較佳實施例之一彩色濾光片 結構的平面視圖，而第3B圖顯示沿著第3A圖切割線χ_χ 之結構剖視圖。請參照第3Α圖與第3Β圖，此彩色濾光片 尨構包含一透明基板3〇〇、一黑色矩陣3〇4、及由此黑色矩 陣为隔出之多個彩色區域3〇2。此黑色矩陣（Mack matrixp04係形成於此透明基板3〇〇上，其係由彼此相交之 多個水平排列黑色矩陣條304b和多個垂直排列黑色矩陣條 3〇4a所構成，其中此交叉排列之矩陣條3〇4a和3〇4b，會形 成一網格結構來分隔出多個彩色區域3〇2。彩色濾光片之各 種顏色色層，紅色色層302R、藍色色層3〇2B或綠色色層 302G，及分別配置於相對應之彩色區域3〇2中。其中各色 層係以樹脂材料形成，而透明基板3〇〇,例如是以玻璃（glass) 或石英所形成，而此黑色矩陣3〇4是由不透光的金屬，例 如鉻藉由沉積在透明基板300上所構成。 在形成一彩色濾光片實施例中，首先一紅色樹脂（resin) 被塗佈在具有水平的黑色矩陣條3 〇4b以及垂直的黑色矩陣 條3 04a的透明基板3〇〇上，且被圖案化以形成複數個紅色 色層302R。接著一綠色樹脂被塗佈在透明基板3〇〇上且被 圖案化以形成複數個綠色色層302G，位於鄰近複數個紅色 色層302R。最後，一藍色樹脂被塗佈在透明基板3〇〇上且 被圖案化以形成複數個藍色色層302B，位於複數個紅色色 層3 02R與複數個綠色色層3〇2G之間。值得注意的是，上 1252936 述僅為形成一彩色濾光片多種實施例之一種，本發明並不 僅限定於上述之實施例。 如第3B圖所示，這些彩色色層3〇2R、302G和302B 會部分重疊覆蓋相鄰之垂直黑色矩陣條304a，以避免漏光 的情形發生。在第3B圖中，虛線315表示在先前技藝中彩 色色層的輪廓。本發明的一重要特徵在於每一彩色色層會 對兩相鄰垂直黑色矩陣條其中之一覆蓋一較大之區域，而 對另一相鄰之垂直排列黑色矩陣條覆蓋較小區域。這樣的 办色色層可以稱為是屬於偏芯設計的，意即每一彩色色層 的兩側分別覆蓋兩黑色矩陣條的部分是不對稱的。舉例來 說，藍色色層302Β重疊覆蓋左邊的黑色矩陣條3〇4a的部 分小於重疊覆蓋右邊的黑色矩陣條3〇4a的部分，如第π 圖所示。因此與先前技藝中彩色濾光片的輪廓比起來，此 貝施例中的形色濾光片看起來是向右偏移了，故稱為偏芯 設計。 然後’作為電極的一導電層(未繪出)也需要被形成在透 明基板3 0 0與這4匕彩务洛® u lL _ 、一办色色層上。此導電層通常為氧化銦錫 (ITO)層。然後需進行配向處理，例如採用刷磨處理 (rubbing)。進行配向處理之前需要先塗佈配向膜。 再者’第3B圖中偏芯設計之彩色濾光片減小了彩色色 層覆蓋黑色矩陣條304a的部分與其他鄰近部分的高度差。 以藍色色層302B為你丨句廿& 田 。兄月，其與兩相鄰黑色矩陣條304a 的重疊部分皆無明顯凸起 ， 貝ϋ起之形狀，如第3B圖所示，所以對 應於先前技藝中配向里當F ' "帝£之監色色層302B的區域316與 10 1252936 318有大幅降低的高度差。當配向方向是由左向右時，在顯 示區内之區域316因為有大幅降低的高度差，所以仍然刷 磨得到配向膜，不會造成配向異常區。區域318也有大幅 降低的高度差，且仍然因為有黑色矩陣條3〇4a遮住，所以 即使有些卉配向異常區也不會漏光，故不影響顯示品質。 同樣地，當配向方向是由左向右時，紅色色層3〇2R與綠色 色層302G也可避免角殘像的發生。 依據上述，本發明也是被導向於一種形成一液晶顯示 裝置的一彩色濾光片結構之方法。如第3 A圖與第3B圖所 不，此方法包含以下步驟：在一透明基板1〇〇上，形成一 黑色矩陣304,其中此黑色矩陣3〇4係由交差排列之複數個 水平排列黑色矩陣條304b以及複數個垂直排列黑色矩陣條 3〇4a所組成，而相交之水平排列黑色矩陣條3〇仆和垂直排 列的黑色矩陣條304a會構成一網格結構，來分隔出多個彩 色區域302，以及形成相對應顏色之色層在每一網格中，其 中此色層為偏芯結構’亦即在形成時會對兩相鄰垂直黑色 矩陣條其中之一覆蓋一較大之區域，而對另一相鄰之垂直 排列黑色矩陣條覆蓋較小區域。 由上述本發明較佳實施例可知，應用本發明包括下列優 點。本發明所提出的彩色濾光片結構能夠減小彩色渡光片 之不同部分間的高度差，以解決配向時刷磨不良的問題， 故能避免角殘像的發生。 雖然本發明已以較佳實施例揭露如上，然其並非用以限 定本發明，任何熟習此技藝者，在不脫離本發明之精神和 11 1252936 範圍内s可作各種之更動與潤飾，因此本發明之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、和優點能更明 顯易懂，下文特舉一較佳實施例，並配合所附圖式，作詳 細說明如下： 第1A圖顯示一傳統的彩色濾光片基板的結構。 第1B圖顯示一傳統的彩色濾光片基板的平面視圖。 第2A圖顯示沿著切割線v_v的、第1β圖之基板的截 面視圖。 第2B圖係繪示角殘像的現象。 彩色濾光片 苐3 A圖係根據本發明一較佳實施例之一 結構的平面視圖。 3Α圖之結構的截 第3B圖顯示沿著切割線χ_χ的 面視圖。 【元件代表符號簡單說明】 100 :透明基板 102G :綠色色層 104 :黑色矩陣 1 04b ··水平的黑色矩陣條 108與11〇:配向異常區 202與204 :條狀白色區域 102:彩色區域 102R :紅色色層 103B :藍色色層 l〇4a :垂直的黑色矩陣條 10 6 ·電極 200 :角殘檢查晝面 12 1252936 208 :角殘像 302:彩色區域 302G :綠色色層 3 04 :黑色矩陣 3〇4b :水平的黑色矩陣條 206 :全黑晝面 300 :透明基板 302R :紅色色層 302B :藍色色層 3 04a:垂直的黑色矩陣條 3 16與3 1 8 :對應於先前技3 1 5 :先前技藝中彩色濾光BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid crystal display device (LCD device), and more particularly to a liquid crystal display device and has an offset or displacement design. Color Filter Structure (CF structure) 〇 [Prior Art] A color filter is a key component for coloring a liquid crystal display device. Since the liquid crystal display device is mainly a thin film transistor (TFT) liquid crystal display device, the color filter substrate for TFT LCD is the most potential and development in the current market. A conventional liquid crystal display includes two substrates, a color filter substrate and an active panel or TFT panel, and a liquid crystal layer is sandwiched between the two substrates. As shown in FIG. 1A, the structure of a conventional color filter substrate includes a transparent substrate 1 , a black matrix 104, and a plurality of color regions separated by the black matrix 1〇4. 102. The black matrix 1〇4 is composed of a plurality of horizontally arranged black matrix strips 104b, and a plurality of vertically arranged black matrix strips 104a, horizontally arranged black matrix strips. L〇4b and the vertically arranged black matrix strips l〇4a intersect each other to form a grid structure, and separate a plurality of color regions 102. These color regions 丨〇2 are used to respectively place 1252936 layers of different colors, red (red), green (green) and blue (blue) colors chromospheres 102R, 102G and 102B. A common electrode (common eleCtr〇de) 106 is formed on the color layers i 〇 2R, i 〇 2G and 102B. The common electrode 106 is one of the two electrodes' and the two electrodes are used to generate an electric field across the liquid crystal layer when the liquid crystal display device is operated. Figure 1B shows a plan view of a conventional color filter substrate, and Figure 2A shows a cross-sectional view of the substrate of the i-th image along the cutting line v_v, which is used to illustrate a conventional color filter substrate. There may be disadvantages. In Fig. 1B, the black matrix 104 is formed between the color filters in a grid pattern. This black matrix 1〇4 is composed of a plurality of horizontal black matrix strips 104b and a plurality of vertical black matrix strips 104a. The horizontal black matrix strips 104b and the vertical black matrix strips 1〇4a are respectively disposed on the gate lines (source Hne) and the source lines corresponding to the TFT substrate. Referring to Fig. 2A, in the conventional color filter structure, the respective color layers 102R 1 〇 2G and 102B are partially overlapped over the adjacent vertically arranged black matrix strips 104a to avoid light leakage. After a conductive layer (not shown) as an electrode is formed on the transparent substrate 1 〇〇 and the respective color layers 102R, 10 〇 2G and 102B, alignment processing is required, for example, brushing treatment 0-bbing). Before the brushing treatment, it is necessary to apply the alignment film (4) and then add the film), while the main component of the product is polyacrylimide (p〇iyimide), and the LCD industry is referred to as PI. The alignment treatment is a metal cylinder roller with a felt, and the surface of the alignment film 1252936 formed on the TFT substrate and the color filter substrate is rotated and rubbed back and forth so that the liquid crystal molecules can be directed in a predetermined direction. As shown in FIG. 2A, since the overlapping portion of the blue color layer 1 〇 2B and the two adjacent black matrix strips 1 〇 4a has a particularly convex shape, when the alignment direction is from left to right, the height difference of the overlapping portions is\ When y will cause alignment, there will be a region where the alignment film is not brushed, that is, the alignment abnormal zone 丨〇8 and the rich alignment direction are changed from right to left, and the alignment abnormal zone is in the alignment different suspension zone 1 08 and 11 The opposite side of the cockroach. Similarly, the red color layer i 〇 2R and the green color layer 102G also cause an alignment abnormal region. The above-mentioned alignment anomaly area causes a problem of the angle residual image (c〇rner iniage sticking. The alignment abnormal area 11 遮 is covered by the vertical black matrix strip 丨〇 4a, so it is opaque, but the alignment abnormal area 丨〇8 is In the display area, light leakage will occur, resulting in angular residual images. For the phenomenon of angular afterimages, please refer to Figure 28. When the panel is lit, the corners of the corners of the inspection surface 200 have strip-shaped white areas 2〇2 and 2〇. 4. After the corner residual inspection screen 200 is switched to the full black screen 2〇6, the original strip-shaped white area 202 may have a phenomenon that the black surface cannot be restored, and the corner afterimage 208 is generated. The mating film coated on the peripheral edge is thicker, and the weight of the alignment film is not brushed in the opposite-direction f region, so the angular residual image is more likely to occur. [Inventive content] Therefore, the purpose of H% is to provide The color is suitable for a liquid crystal display device for solving the problem of an angular residual image. Another trick of the present invention is to provide a color filter for forming a liquid crystal, > + 曰曰., The method of using the negative structure is used to solve the problem of the residual image of the angle. 1252936 According to the above (4) of the present invention, a color filter structure suitable for a liquid crystal display is proposed, which comprises a transparent substrate, a black matrix, and a plurality of color regions separated by the black matrix. a matrix is formed on the substrate and is composed of a plurality of waters intersecting each other; a black matrix strip and a plurality of vertically arranged black matrix strips are arranged, and a grid structure is formed to separate a plurality of color regions for respectively Configuring a corresponding red, blue or green color layer formed by the resin material, wherein the resin formed by the corresponding color in each grid covers one of the two adjacent vertical black moment strips a region, and a vertically spaced black matrix strip covering another smaller area. Further, the present invention is directed to a method of forming a color filter structure of a liquid crystal display device. The method comprises the steps of: On a transparent substrate, a plurality of black matrix strips arranged in a permanent arrangement and a plurality of vertically arranged black matrix strips are formed, wherein the horizontal arrays are arranged horizontally a black matrix strip and vertically arranged black matrix strips intersect each other to form a grid structure to separate a plurality of colored regions; and a color layer forming a corresponding color in each of the grids, wherein the color layer will be two One of the adjacent vertical black matrix strips covers a larger area, and the other adjacent vertically arranged black matrix strip covers a smaller area. The present invention has the following advantages. The color filter structure proposed by the present invention The height difference between different portions of the color filter can be reduced to solve the problem of poor brushing during the alignment, so that the occurrence of the angular afterimage can be avoided. [Embodiment] 8 1252936 The present invention provides a color filter structure. Suitable for liquid crystal display devices. Fig. 3A shows a plan view of a color filter structure according to a preferred embodiment of the present invention, and Fig. 3B shows a cross-sectional view of the structure taken along line 3A. Referring to Figures 3 and 3, the color filter structure comprises a transparent substrate 3〇〇, a black matrix 3〇4, and a plurality of color regions 3〇2 separated by the black matrix. The black matrix (Mack matrixp04 is formed on the transparent substrate 3〇〇, which is composed of a plurality of horizontally arranged black matrix strips 304b and a plurality of vertically arranged black matrix strips 3〇4a intersecting each other, wherein the cross-arranged The matrix strips 3〇4a and 3〇4b form a grid structure to separate a plurality of color regions 3〇2. Color filters of various color layers, red color layer 302R, blue color layer 3〇2B or green The color layer 302G is disposed in the corresponding color region 3〇2, wherein each color layer is formed of a resin material, and the transparent substrate 3 is formed, for example, by glass or quartz, and the black matrix is formed. 3〇4 is composed of an opaque metal such as chrome deposited on the transparent substrate 300. In the embodiment of forming a color filter, first a red resin is coated on a horizontal black. The matrix strips 3 〇 4b and the vertical black matrix strips 3 04a of the transparent substrate 3 are patterned and patterned to form a plurality of red color layers 302R. Then a green resin is coated on the transparent substrate 3 Patterning to form complex A green color layer 302G is located adjacent to the plurality of red color layers 302R. Finally, a blue resin is coated on the transparent substrate 3〇〇 and patterned to form a plurality of blue color layers 302B, which are located in a plurality of red color layers. 3 02R and a plurality of green color layers 3 〇 2G. It is noted that the above 1252936 is only one of various embodiments for forming a color filter, and the present invention is not limited to the above embodiments. As shown, these color layers 3〇2R, 302G, and 302B partially overlap to cover adjacent vertical black matrix strips 304a to avoid light leakage. In Figure 3B, dashed line 315 represents color in the prior art. The outline of the layer. An important feature of the present invention is that each color layer covers a larger area of one of two adjacent vertical black matrix strips, and a smaller coverage of another adjacent vertically arranged black matrix strip. Such a color layer may be referred to as an eccentric design, that is, a portion of each of the color layers covering the two black matrix strips on each side is asymmetrical. For example, the blue color layer 302Β The portion of the black matrix strip 3〇4a overlaid to the left is smaller than the portion of the black matrix strip 3〇4a overlapping the right side, as shown in the πth figure. Therefore, compared with the contour of the color filter of the prior art, this Besch The color filter in the example appears to be shifted to the right, so it is called eccentric design. Then 'a conductive layer (not shown) as an electrode also needs to be formed on the transparent substrate 300 and 4匕彩劳洛® u lL _ , a color layer. This conductive layer is usually an indium tin oxide (ITO) layer. Then it needs to be aligned, for example, rubbing. It needs to be coated before the alignment treatment. The alignment film of the cloth. Further, the color filter of the eccentric design in the 3B diagram reduces the difference in height between the portion of the color layer covering the black matrix strip 304a and the other adjacent portions. Take the blue color layer 302B for your 丨 廿 & field. In the brother-month, the overlap with the two adjacent black matrix strips 304a has no obvious convexity, and the shape of the bellows is as shown in Fig. 3B, so it corresponds to the previous art in the matching of F' " Region 316 and 10 1252936 318 of color layer 302B have a substantially reduced height difference. When the alignment direction is from left to right, the region 316 in the display region is still brushed to obtain an alignment film because there is a greatly reduced height difference, and no alignment abnormal region is caused. The area 318 also has a greatly reduced height difference, and is still covered by the black matrix strips 3〇4a, so that even some of the distributions do not leak light, so the display quality is not affected. Similarly, when the alignment direction is from left to right, the red color layer 3〇2R and the green color layer 302G can also avoid the occurrence of angular afterimages. In accordance with the above, the present invention is also directed to a method of forming a color filter structure for a liquid crystal display device. As shown in FIG. 3A and FIG. 3B, the method comprises the steps of: forming a black matrix 304 on a transparent substrate 1 , wherein the black matrix 3〇4 is arranged in a plurality of horizontally arranged blacks by intersections. The matrix strip 304b and the plurality of vertically arranged black matrix strips 3〇4a are formed, and the intersecting horizontally arranged black matrix strips 3 and the vertically arranged black matrix strips 304a form a grid structure to separate a plurality of colored regions. 302, and forming a color layer of a corresponding color in each of the grids, wherein the color layer is an eccentric structure, that is, when formed, a large area is covered by one of the two adjacent vertical black matrix strips, The other adjacent vertically arranged black matrix strips cover a smaller area. It will be apparent from the above-described preferred embodiments of the invention that the application of the invention includes the following advantages. The color filter structure proposed by the invention can reduce the height difference between different portions of the color light-passing sheet to solve the problem of poor brushing during the alignment, so that the occurrence of the angular afterimage can be avoided. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any skilled person skilled in the art can make various modifications and refinements without departing from the spirit of the invention and 11 1252936. The scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, and advantages of the present invention will become more apparent and understood. A structure of a conventional color filter substrate is shown. Fig. 1B shows a plan view of a conventional color filter substrate. Fig. 2A shows a cross-sectional view of the substrate of the first ? map along the cutting line v_v. Figure 2B shows the phenomenon of angular afterimage. Color Filter 苐 3 A is a plan view of a structure in accordance with a preferred embodiment of the present invention. Section 3B of the structure of the figure shows a side view along the cutting line χ_χ. [Simplified Description of Component Symbols] 100: Transparent Substrate 102G: Green Color Layer 104: Black Matrix 1 04b · Horizontal Black Matrix Strips 108 and 11〇: Alignment Anomalous Areas 202 and 204: Strip White Area 102: Color Area 102R : red color layer 103B: blue color layer l〇4a: vertical black matrix strip 10 6 · electrode 200: angular residual inspection surface 12 1252936 208: angular afterimage 302: color area 302G: green color layer 3 04 : black matrix 3〇4b: horizontal black matrix strip 206: full black surface 300: transparent substrate 302R: red color layer 302B: blue color layer 3 04a: vertical black matrix strip 3 16 and 3 1 8 : corresponding to the prior art 3 1 5: Color filtering in previous techniques
藝中配向異常區之藍色色片的輪廓 層302B的區域 X，Y··高度差The contour of the blue color patch in the anomaly zone of the art layer The area of the layer 302B X, Y·· height difference
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