200842456 95276 21299twf.doc/n 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種顯示器及其光源模組，且特別是 有關於一種液晶顯示器及其侧邊入光式背光模組。 【先前技術】 _心著科技的進步’ m的技術從早期陰極射線管領 示器（Cathode Ray Tube，CRT)發展到平面顯示器(恤 〇 Panel㈣㈣，FPD)，例如液晶顯示器（Liquid Crystal DisPlay，LCD)。由於平面顯示器的體積輕薄，而且能提供 高亮度、高對比的影像晝質，因此平面顯示器漸漸成為目 前顯示器市場的主流。 ^在目前的平面顯示器中，以液晶顯示器最為普遍應用 在許多家電與電子產品中，例如液晶電視、電腦螢幕 (Monitor)、筆記型電腦（N〇teb〇〇k)、手機以及個人數 位電子助理（Personal Digital Assistant，PDA)等。因為液 晶顯示器内的液晶顯示面板無法發光，所以必須仰賴背光 模組來提供光源。 目鈾的背光模組，例如直下入光式背光模組以及侧邊 入光式背光模組，大多採用冷陰極螢光燈管(cold cathode Pluorescent Lamp，CCFL)作為光源。冷陰極螢光燈管雖然 其發光亮度強，足以使液晶顯示器產生高亮度的畫面，但 ^冷陰極螢光燈管卻有容易破裂、需要高電壓驅動、點燈 時間長、含有汞成分以及所發出的光線含有紫外光 (Ultraviolet，UV)等缺點。 5 200842456 〜“299twf.doc/n .針對上述之缺點，有些背光模組改用發光二極體 (Light Emitting Diode，LED)作為光源。發光二極體具有 不易破裂、低電壓驅動、點燈速度快、不含汞以及所^出 的光線幾乎不含紫外光等優點，而且現在的發光二極^之 發光亮度與冷陰極瑩光燈管不分上下。因此，發光二 亦適合作為背光模組的光源。 現今背光模組的光源，其發光顏色多以白色為主。目 〇 丽以發光二極體為光源的側邊入光式背光模組有許多種 類，除了用白光發光二極體作為光源之外，也有採用紅、 綠及監光二原色的發光二極體作為光源的側邊入光式背光 模組三這種採用三原色發光二極體的側邊入光式背光模組 可以藉由紅、綠、藍三原色光的混合來產生白光。 圖1繪不為習知側邊入光式背光模組之上視圖，而圖 2繪不為圖1中光源在χ方向上的正視圖。請同時參閱圖 1與圖2，背光模組1〇〇包括一導光板i 1〇( Light Guide piate， LGP)以及一光源120。光源12〇包括一電路板122以及 I 多個不同顏色的發光二極體124a、124b、124c。其中，發 光二極體124a、124b以及124c分別是紅光、綠光以及藍 光發光二極體，且三者皆封裝於不同封裝體中。多個發光 一極體124a、124b以及124c配置於電路板122上，且有 規律地沿者Y方向排成一列。 發光二極體所發出之光線具有高度指向性，也就是 說，發光二極體124a、124b、124c所發出的單色光 (Monochromatic Light)皆會朝著單一方向前進而逐漸擴 6 200842456 95276 21299twf.doc/n 散開來。因此，當光源120發光時，在導光板11〇鄰近光 源120的部分會因為單色光未完全擴散開來，而造成單色 光混合不均勻，進而在出光面112上出現色斑。此色斑出 現的區域稱之為混光區域m，而混光區域U]L在χ方向上 之長度稱為混光距離D。 理論上，當發光二極體124a、12仆及124c個別發出 的單色光通過混光區域U1之後，這些單色光會被均勻地 〇 混合成白光，使得出光面112在混光區域U1以外的部份 不會出現色斑或色偏的區域。然而，鄰近電路板122之邊 緣的發光二極體124a與124C所發出的單色光在通過混光 區域之後，由於未與其他鄰近的單色光充分地混合， 因此出光面112在混光區域m以外的邊緣部份仍會出現 色偏，域Μ卜此色偏區域的出現會影響背光模組i〇〇 的色彩均勻度，進而破壞液晶顯示器的晝面品質。 圖3繪示為習知另一種侧邊入光式背光模組之上視 4繪不為圖3中光源在X方向上的正視圖。請同 4參_ 3與圖4,背光模組·的光源22G包括-電路 j反222以及配置在電路板222上的多個發光二極體、 26b、226C。每三個發光二極體226a、226b、226c封裝於 二個，裝體224内，且發光二極體226a、226b以及226c 工光、綠光以及藍光發光二極體。有別於前述之背 ^、、且動，在單個封裝體224中，發光二極體施、2施、 ,1姑的排列較為集中，且導光板110的混光區域m比m …、、而’在導光板110的邊緣仍然有色偏區域M2存在。 7 200842456 95276 21299twf.doc/n 如何改善色偏問題以提升液晶顯示哭 目前重要的課題。 、旦面之口口貝，已成為 【發明内容】 本發明的目的是提供一種 改善色偏問題，以提升其色彩均勾度先式月先拉組，適於 其顯ΪΓΓ再—目的是提供—種液晶顯示器，適於改善 柘本ί明ί出—種側邊入光式背光模組，其包括-導光 板、一弟一電路板以及多個第_ 匕祜泠先 出光面與鄰接出光面的—第_=、、、，。此¥光板具有一 ^ 干 光面，且此出光面具有一 法線H路板配置於第—人光面之 第^ 源組配置於第一雷改此L上 夕個弟光 板與第-入這；第一光源組位於第-電路 N 曰，而各個弟一光源、纟且具有沿一第一方 向排成一列的多個第―點氺、、盾甘 斤 Γ 其中，第一方向平行法線， 先源組中的第—點光源所發出之單色光係可混合 Ο 板以一種液晶顯示器，其包括—液晶顯示面 板以及上34之側邊人光式f光模組。其中，上述之入 光式背光模組配置於此液晶顯示面板之一側。 在上述之側邊入光式背光模組與液晶顯示器的一實 施例中’第-光源組中的第一點光源所發出之單色光包括 紅光、綠光與藍光。 在上这之侧邊入光式背光模組與液晶顯示器的一實 施例中’第-光源組中的多個第一點光源例如是分別封裝 8 200842456 y)z/〇 zi299twf.d〇c/n 於不同封裝體中的發光二極體。 施例ί上tr邊人光式背賴組與液晶顯示器的-實 -封裝體中的發個第-點光源例如是封裝於單 f上述之側邊入光式背光模組與液晶 、 — 方'、中，第一電路板與這些第一光源植Η200842456 95276 21299twf.doc/n IX. Description of the Invention: [Technical Field] The present invention relates to a display and a light source module thereof, and more particularly to a liquid crystal display and a side-into-light backlight module thereof group. [Prior Art] _Technology advances 'M's technology evolved from early Cathode Ray Tube (CRT) to flat panel displays (shirts (4) (4), FPD), such as Liquid Crystal DisPlay (LCD) . Flat-panel displays are becoming the mainstream of the current display market due to their compact size and high brightness and contrasting image quality. ^In the current flat panel display, liquid crystal displays are most commonly used in many home appliances and electronic products, such as LCD TVs, computer monitors, notebook computers (N〇teb〇〇k), mobile phones, and personal digital assistants. (Personal Digital Assistant, PDA), etc. Since the liquid crystal display panel in the liquid crystal display cannot emit light, it is necessary to rely on the backlight module to provide the light source. The backlight module of the uranium, such as the direct-input light-emitting backlight module and the side-in-light backlight module, mostly uses a cold cathode fluorescent lamp (CCFL) as a light source. Although the cold cathode fluorescent lamp has a strong light-emitting brightness, which is sufficient for the liquid crystal display to produce a high-brightness picture, the cold cathode fluorescent lamp tube is easily broken, requires high voltage driving, has long lighting time, contains mercury components, and The emitted light contains shortcomings such as ultraviolet light (Ultraviolet, UV). 5 200842456 ~ "299twf.doc/n. In view of the above shortcomings, some backlight modules use Light Emitting Diodes (LEDs) as light sources. Light-emitting diodes are not easily broken, low-voltage driving, lighting speed Fast, mercury-free, and the light that is emitted is almost free of ultraviolet light, and the brightness of the current two-pole light is indistinguishable from that of the cold cathode fluorescent tube. Therefore, the light-emitting diode is also suitable as a backlight module. The light source of the backlight module is mostly white. The side-lit backlight module with the light-emitting diode as the light source has many types, except for the white light-emitting diode. In addition to the light source, there are also side-lighting backlight modules using light-emitting diodes of red, green, and illuminating light as the light source. The side-lighting backlight module using the three primary color light-emitting diodes can be used by A mixture of three primary colors of red, green, and blue produces white light. Figure 1 depicts a top view of a conventional side-lit backlight module, and Figure 2 depicts a front view of the light source of Figure 1 in the x-direction. Please also refer to the map 1 and FIG. 2, the backlight module 1A includes a light guide plate 1 L (Light Guide piate, LGP) and a light source 120. The light source 12A includes a circuit board 122 and a plurality of different colors of the light emitting diode 124a. 124b, 124c, wherein the light-emitting diodes 124a, 124b, and 124c are red, green, and blue light-emitting diodes, respectively, and the three are packaged in different packages. The plurality of light-emitting diodes 124a, 124b And 124c are disposed on the circuit board 122, and are regularly arranged in a row along the Y direction. The light emitted by the light emitting diode has high directivity, that is, the light emitting diodes 124a, 124b, 124c emit Monochromatic Light will move in a single direction and gradually spread out. Therefore, when the light source 120 emits light, the portion of the light guide plate 11 adjacent to the light source 120 may be monochromatic. The light is not completely diffused, and the monochromatic light is mixed unevenly, and then a color spot appears on the light-emitting surface 112. The area where the color spot appears is called the light-mixing area m, and the light-mixing area U]L is in the x-direction. The length of the upper part is called the mixed light distance D. Theoretically, after the monochromatic lights emitted by the LEDs 124a, 124 and 124c pass through the light-mixing region U1, the monochromatic lights are evenly mixed into white light, so that the light-emitting surface 112 is outside the light-mixing region U1. The portion of the portion where the color unevenness or the color shift does not occur. However, the monochromatic light emitted from the light-emitting diodes 124a and 124C adjacent to the edge of the circuit board 122 passes through the light-mixing area, since it is not adjacent to the other The color light is sufficiently mixed, so that the color deviation of the light-emitting surface 112 outside the light-mixing region m is still present, and the occurrence of the color-shifting region affects the color uniformity of the backlight module i, thereby destroying The quality of the LCD screen. 3 is a front view of a conventional side-lit backlight module in the X direction of the light source of FIG. 4 and FIG. 4, the light source 22G of the backlight module includes a circuit j counter 222 and a plurality of light emitting diodes 26b, 226C disposed on the circuit board 222. Each of the three light-emitting diodes 226a, 226b, and 226c is packaged in two, the package body 224, and the light-emitting diodes 226a, 226b, and 226c are light, green, and blue light-emitting diodes. Different from the foregoing back, and moving, in a single package 224, the arrangement of the light emitting diodes, the two electrodes, and the first one are concentrated, and the light mixing region m of the light guide plate 110 is m ..., And there is still a color shift region M2 at the edge of the light guide plate 110. 7 200842456 95276 21299twf.doc/n How to improve the color shift problem to raise the liquid crystal display crying The current important issue. The purpose of the present invention is to provide a method for improving the color shift, so as to improve the color uniformity and the first-time monthly pull group, which is suitable for its display and then aims to provide A liquid crystal display suitable for improving the edge-lighting backlight module, comprising: a light guide plate, a first-one circuit board, and a plurality of first light-emitting surfaces and adjacent light-emitting surfaces Face - _=, ,,,. The light plate has a dry light surface, and the light mask has a normal H-channel plate disposed on the first source of the human-light surface. The source group is disposed on the first Lei-change, and the second light plate and the first-in The first light source group is located in the first circuit N 曰, and each of the light sources and the plurality of first light points and the plurality of the first ones arranged in a row in a first direction. The monochromatic light emitted by the first point source in the source group can be a hybrid liquid crystal display comprising a liquid crystal display panel and a side human light f-light module of the upper 34. The above-mentioned light-emitting backlight module is disposed on one side of the liquid crystal display panel. In an embodiment of the above-described side-lit backlight module and liquid crystal display, the monochromatic light emitted by the first point source in the first-light source group includes red light, green light, and blue light. In an embodiment of the side-lit backlight module and the liquid crystal display, the plurality of first point sources in the first-light source group are, for example, respectively packaged 8 200842456 y)z/〇zi299twf.d〇c/ n Light-emitting diodes in different packages. In the embodiment of the present invention, a first-point light source in a light-receiving group and a liquid crystal display-real-package is, for example, packaged in a single-side light-emitting backlight module and liquid crystal, ', medium, the first circuit board and these first light source
位於此第一入光面與第一反射罩之間。 …、疋 在上述之側邊入光式背光模組與液晶顯示器的一本 施例中，側邊入光式背光模組更包括一反射片。^中，& 光板更具有減出光面的—底面，而此反則配置於此 面處。 、一 在上述之側邊入光式背光模組與液晶顯示器的一實 施，中，側邊入光式背光模組更包括一第二電路板以及多 個第一光源組。其中，導光板更具有鄰接出光面並與第一 入光面相對的一第二入光面，而第二電路板配置於此第二 入光面之一侧。多個第二光源組配置於此第二電路板上。 上述這些第二光源組位於第二電路板與第二入光面之間。 各個第二光源組具有沿第一方向排成一列的多個第二點光 源，而各個第二光源組中的第二點光源所發出之單色光係 可h合成白光。 在上述之側邊入光式背光模組與液晶顯示器的一實 施例中，此第二光源組中的第二點光源所發出之單色光包 括紅光、綠光與藍光。 9 Ο ο 200842456 95276 21299twf.d〇c/n f上述之側邊人域背光模組與液晶顯示器的— 施例中’各個第二光源組中的第二點光源例如是分二 於不同封裝體中的發光二極體。 对褒 在上述之側邊入光式背光模組與液晶顯示器的一每 施例中’各個第二光源組中的第二點光源例如是 ， /封裝體中的發光二極體。 、、早 在上述之側邊入光式背光模組與液晶顯示器的一者 施例中，側邊入光式背光模組更包括一第二反射罩。二 二反射罩配置於第二人光面旁。其中，第二電路板= 第二光源組是位於第二入光面與第二反射罩之間。/、°二 ♦綜上所述，在本發明之液晶顯示器及其側邊入光 光模組中’ S將每-第-光源組中的各個第—點光源^ 行導光板的出光面之法線的方向排成ϋ使本發二 側邊入光式背光模組能改善色偏問題而發出均勻的^ 本叙明之液晶顯示器可藉由此側邊入光式背光模組右上 崔的顯示品質 、、、有較 為讓本發明之上述和其他目的、特徵和優點能 易懂，下文特舉較佳實施例，並配合所附圖式， 二 明如下。 砰、、、田說 【實施方式】 在以下說明中，為呈現對本發明之說明的—貫性， 在不同的實施例中，若有功能與結構相同或相似的 用相同的元件符號與名稱。 曰 [第一實施例] 200842456 95276 21299twf.doc/n 圖5A繪示為本發明第一實施例之側邊入光式背光模 組之剖面圖，而圖5B緣示為圖5A中第一光源組沿著S1 方向觀看時的正視圖。請同時參閱圖5入與5B，背光模組 300為一種側邊入光式背光模組，包括一導光板、一第 =電路板320以及多個第一光源組33〇。導光板31〇具有 =出光面312與鄰接出光面312的一第一入光面314。出 光面312具有一法線N。第一電路板32〇配置於第一入光 Γ) = 314之一側’也就是第一電路板320位在第一入光面314 =。多個第一光源組330配置於第一電路板320上並與其 包性連接。這些第一光源組33〇位在第一電路板32〇與第 —入光面314之間，而各個第一光源組33〇具有沿一第一 方向L1排成一列的多個第一點光源332。其中，第一方向 L1平行法線N。各個第一光源組33〇中的第一點光源332 所务出之單色光係可混合成白光，且此單色光例如是紅 光綠光與藍光’或是彀青色（Cyan)、黃色（Yellow) ❹ 與洋紅色（Magenta)等其他多種適當顏色的光。 第一方向L1與法線N之間的平行包括實質上的平 行’也就是包括在非刻意的情形下所造成的不平行，例如 在製作背光模組300的過程中，會因為誤差的緣故而造成 第一方向L1與法線N有些微的不平行，而這種不平行並 不會影響本發明所欲達到之目的，即第一光源組33〇仍可 以有效改善先前技術的色偏問題。因此，在非刻意的情形 下’即使第一方向L1與法線N之間未完全平行仍應包括 在本發明所涵蓋之範疇。 11 200842456 ^/u ^i299twf.doc/n 在本實施例中，第—光源組330中的第一點光源332 $如疋發光二極體。-般的發光二極體都會用透光樹脂或 疋其他適當的透光材料封裝，而這些第一點光源Sr例如 是分別封裝於不同封裝體334中，如圖5B所示。亦即是， 個封裝體334内只有—個第一點光源332。 圖5C繪不為圖5A中側邊入光式背光模組的上視圖。 請同時參閱圖5A、5B以及冗，每一個第一光源組33〇中， 〇 因為其内部的所有第一點光源332都沿著平行法線>1的第 二方向L1排成一列，所以單一個第一光源組332内的各 第一點光源332在Y方向上沒有間距。如此，可有效地縮 紐混光距離D’，以縮小混光區域U3。此外，每個第一光 源組330内的各第一點光源332所發出的單色光皆在γ方 向上充分地混合，使得導光板31()的邊緣沒有出現色偏區 域，改善背光模组300的面光源之品質。 [第二實施例] ^ 圖6A綠示為本發明第二實施例之侧邊入光式背光模 組之剖面圖，而圖6B繪示為圖6a中第一光源組沿著S2 方向觀看時的正視圖。請同時參閱圖6A與圖6B，本實施 例與第一實施例的差異在於背光模組400的第一光源組 430、第一反射罩440以及反射片450。 具體言之，在本實施例中，多個第一點光源332是封 裝於單一個封裝體434中的發光二極體。也就是說，一個 封裝體434内包含多個作為第一點光源332的發光二極體。 此外’背光模組400更包括配置在第一入光面314旁 12 200842456 95276 21299twf.doc/n 的第一反射罩440，而第一電路板320與這些第一光源組 430就位在第一入光面314與第一反射罩440之間。第一 反射罩440可將從第一光源組430所發出的光集中從第一 入光面314射入導光板310中，進而提升背光模組4〇〇的 發光效率與亮度。Located between the first light incident surface and the first reflective cover. ..., 疋 In one embodiment of the above-mentioned side-lit backlight module and liquid crystal display, the side-lit backlight module further includes a reflective sheet. In ^, the & light board has a light-reducing bottom surface, and this opposite is placed at this surface. In one implementation of the above-mentioned side-lit backlight module and liquid crystal display, the side-lit backlight module further includes a second circuit board and a plurality of first light source groups. The light guide plate further has a second light incident surface adjacent to the light exit surface and opposite to the first light incident surface, and the second circuit board is disposed on one side of the second light incident surface. A plurality of second light source groups are disposed on the second circuit board. The second light source groups are located between the second circuit board and the second light incident surface. Each of the second light source groups has a plurality of second point light sources arranged in a row in the first direction, and the monochromatic light source emitted from the second point light sources in each of the second light source groups can synthesize white light. In an embodiment of the above-mentioned side-lit backlight module and liquid crystal display, the monochromatic light emitted by the second point source in the second source group includes red light, green light and blue light. 9 Ο ο 200842456 95276 21299twf.d〇c/nf The above-mentioned side human-domain backlight module and liquid crystal display - in the example, the second point light source in each of the second light source groups is, for example, divided into different packages Light-emitting diode. In each of the above-described side-lit backlight modules and liquid crystal displays, the second point source in each of the second light source groups is, for example, a light-emitting diode in the package. In the first embodiment of the light-emitting backlight module and the liquid crystal display, the side-lighting backlight module further includes a second reflector. The two reflectors are disposed beside the second person's glossy surface. The second circuit board=the second light source group is located between the second light incident surface and the second reflective cover. /, ° 2 ♦ In summary, in the liquid crystal display of the present invention and its side entrance light module, 'S will be the first light source of each light source in each of the first-light source groups The direction of the normal line is arranged so that the light-emitting backlight module of the second side of the present invention can improve the color shifting problem and emit a uniform image. The liquid crystal display of the present invention can be displayed by the right side of the light-emitting backlight module. The above and other objects, features, and advantages of the present invention will be apparent from the description of the appended claims. [Embodiment] In the following description, in order to present the description of the present invention, in the different embodiments, the same component symbols and names are used for the same or similar functions and structures.第一 [First Embodiment] 200842456 95276 21299 twf.doc/n FIG. 5A is a cross-sectional view of a side-lighting type backlight module according to a first embodiment of the present invention, and FIG. 5B is a first light source of FIG. 5A. A front view of the group as it is viewed in the S1 direction. Referring to FIG. 5 and FIG. 5B, the backlight module 300 is a side-in-light backlight module, including a light guide plate, a first circuit board 320, and a plurality of first light source groups 33A. The light guide plate 31 has a light-emitting surface 312 and a first light-incident surface 314 adjacent to the light-emitting surface 312. The light exit surface 312 has a normal line N. The first circuit board 32 is disposed on one side of the first entrance light = 314 = 314, that is, the first circuit board 320 is located at the first light incident surface 314 =. The plurality of first light source groups 330 are disposed on the first circuit board 320 and are in a baggic connection therewith. The first light source group 33 is clamped between the first circuit board 32 and the first light incident surface 314, and each of the first light source groups 33 has a plurality of first point light sources arranged in a row along a first direction L1. 332. Wherein, the first direction L1 is parallel to the normal line N. The monochromatic light system of the first point light source 332 of each of the first light source groups 33 可 can be mixed into white light, and the monochromatic light is, for example, red light green light and blue light 'or cyan, yellow (Yellow) 其他 Light with a variety of other suitable colors such as Magenta. The parallel between the first direction L1 and the normal N includes substantially parallel 'that is, including non-parallel caused by unintentional situations, for example, in the process of fabricating the backlight module 300, due to errors The first direction L1 and the normal N are slightly parallel, and the non-parallel does not affect the purpose of the present invention, that is, the first light source group 33 can still effectively improve the color shift problem of the prior art. Therefore, in the unintended case, even if the first direction L1 and the normal N are not completely parallel, they should be included in the scope of the present invention. 11 200842456 ^ / u ^ i299twf.doc / n In this embodiment, the first point source 332 $ in the first light source group 330 is a neon light emitting diode. The general light-emitting diodes are encapsulated with a light-transmissive resin or other suitable light-transmitting material, and these first point light sources Sr are, for example, packaged in different packages 334, respectively, as shown in Fig. 5B. That is, there is only one first point source 332 in the package 334. FIG. 5C is a top view of the side-lit backlight module of FIG. 5A. Referring to FIG. 5A, FIG. 5B and the redundancy, each of the first light source groups 33A, because all of the first point light sources 332 inside thereof are arranged in a column along the second direction L1 of the parallel normal line > Each of the first point light sources 332 in the single first light source group 332 has no pitch in the Y direction. Thus, the light mixing distance D' can be effectively reduced to reduce the light mixing area U3. In addition, the monochromatic light emitted by each of the first point light sources 332 in each of the first light source groups 330 is sufficiently mixed in the γ direction, so that no color shift regions appear on the edges of the light guide plate 31), and the backlight module is improved. The quality of the surface light source of 300. [Second Embodiment] FIG. 6A is a cross-sectional view showing a side-lighting type backlight module according to a second embodiment of the present invention, and FIG. 6B is a view showing the first light source group in FIG. 6a as viewed in the S2 direction. Front view. Referring to FIG. 6A and FIG. 6B simultaneously, the difference between this embodiment and the first embodiment lies in the first light source group 430, the first reflection cover 440 and the reflection sheet 450 of the backlight module 400. Specifically, in the present embodiment, the plurality of first point light sources 332 are light emitting diodes packaged in a single package 434. That is, a package 434 includes a plurality of light emitting diodes as the first point source 332. In addition, the backlight module 400 further includes a first reflective cover 440 disposed on the side of the first light incident surface 314 12 200842456 95276 21299 twf.doc / n, and the first circuit board 320 and the first light source group 430 are located at the first The light incident surface 314 is between the first reflective cover 440 and the first reflective cover 440. The first reflector 440 can concentrate the light emitted from the first light source group 430 from the first light incident surface 314 into the light guide plate 310, thereby improving the luminous efficiency and brightness of the backlight module 4.
Ο 另外，除了第一反射罩440可提升背光模組4〇〇的發 光效率與亮度之外，背光模組400也可以藉由配置在與出 光面312相對之底面316處的反射片450,以將來自各個 弟光源組430的光反射至出光面312，同樣也能增加背 光模組400的發光效率與亮度。 在本實施例中，針對不同的產品需求，背光模組400 可=只包括第一反射罩440或反射片450，或者是同時包 括第反射罩440與反射片450這兩個元件。當然，即使 背光模組400在沒有第一反射罩44〇與反射片45〇'這兩個 兀件的情況下，也不影響本發明所欲達到之目的。因此， 圖6Α所示的第一反射罩44〇與反射片45〇僅為舉例說明， 而非限定本發明。 、值得注意的是，在本實施例中，第一反射罩44〇與反 射片450亦可以使用在第一實施例的背光模組3〇〇 义L日77固 c Α \ I \明 二、1圖5A)，以增加背光模組3〇〇的發光效率與亮度。 [第三實施例] /、 έ圖7Α繪示為本發明第三實施例之侧邊入光式背光模 方6面圖，而圖7Β綠示為圖7Α中第二光源組沿著S3 °觀看時的正視圖。請同時參閱圖7Α與圖7Β，第二實 13 200842456 95276 21299twf.doc/n 施例與前述實施例的主要差異在於背光模組5〇〇更包括一 第二電路板520以及多個第二光源組53〇b。 具體言之，背光模組500的導光板510更具有一第二 入光面514b，其鄰接出光面512並與第一入光面“如相 ，二第二電路板520配置在第二入光面514b之一側，也就 疋第二電路板520位在第二入光面514b旁。多個第二光源 j 530b配置於第二電路板52〇上，並與其電性連接。此外， C 坆些第二光源組530b位在第二電路板520與第二入光面 514b之間。 每=個第二光源組53013具有沿第一方向二丨排成一列 的夕個弟—點光源532，而且第一方向li與出光面512的 ，線^Μ亍。另外，背光模組5〇〇内的第一光源組偷 可以疋如述各實施例之第一光源組。因此，在單一個第二 光源組530b内的第二點光源532之排列方向與在單一個第 、光源、、且530a内的苐一點光源（未緣示）相同。各個第二 I、，源組53%中的第二點光源532所發出之單色光，如同第 J 一光源組53〇a 一樣，例如是紅光、綠光與藍光，或是靛青 &、洋紅色與^^色4其他多種適當顏色的光，以可以混合 成白光。 由於背光模組500採用雙邊入光式設計，故導光板51〇 的外形可依知、實際需求採用不同的外形設計（請參照圖 二圖6A)。例如，在本實施例中，導光板51〇的外形可呈 平板狀，而導光板310則例如可為楔形導光板。 圖7C繪示為圖7A中第二光源組之另一實施例的示意 14 200842456 y：>z/o 2i299twf.doc/n 圖。請同時參閱圖7B與圖7C，本實施例的第二光源組53〇13 與第一光源組530a的結構相似，各個第二光源組53仙内 的第一點光源532例如是分別封裝於不同封裝體中的 發光二極體（如圖7B所示）或是封裝於單一封裝體536 中的發光二極體（如圖7C所示） 凊再簽閱圖7A，在本實施例中，背光模組5〇〇更包 括一第二反射罩540。第二反射罩54〇配置於第二入光面 (' 514b旁，而第二電路板520與這些第二光源組530b就位 在第二入光面514b與第二反射罩54〇之間。第二反射罩 540適於集中第二光源組53〇b所發出的光，以增加背光模 組500的發光效率與亮度。此外，背光模組5〇〇更包括配 置於底邊516的反射片450,以反射第一光源組53如與第 一光源組530b所發出的光束，進而增加背光模組5〇〇的發 光效率與亮度。 然而，第三實施例中的反射片45〇、第一反射罩44〇 以及第二反射罩540皆為非必要之元件。因此，背光模組 ί/ 5〇〇除了可以同時包括第一反射罩440、反射片45〇以及第 二反射罩540這三者之外，也可以只包括這三個元件的其 中之一或是其中之二。當然，即使沒有上述三個元件，也 不會影響本發明所欲達到的目的。故，圖7Α所示的反射 片450、第一反射罩44〇以及第二反射罩54〇僅為舉例說 明，在此非限定本發明。 圖8繪示為本發明一實施例之液晶顯示器之示意圖。 請參閱圖8,本實施例之液晶顯示器6〇〇,包括一液晶顯示 15 200842456 95276 21299twf.doc/n 面板610以及-背光模組㈣。其中，背光模組62〇為一 種側，入光式背光模組’且可以是上述各實施例之背光模 組或是其他具有本發明之相同技術特徵的背光模組。背光 模組620配置於液晶顯示面板61〇之一側，並且向液晶顯 示面板610提t、面光源、，而讓液晶顯示器獅得以顯示 像。 ，、 Ο Ο ，上所述’在本發明之側邊人光式背光模組中，藉由 各個第-光馳㈣第—點光源所制的方向與導光板的 ，光面之/i：線平4，使得第—光源組所發出的光能在進入 ^光板的同時立即混合為均勻的白光，而不會在導光板的 ^•緣出現色偏區域’魏將混光區域的 可用面積。此外，本發明之液晶二 均白側邊人光式#光模組，所以可以獲得混光更為 句勻的白光面光源，進而提升液晶顯示器的顯示品質。 雖然本發明已以較佳實施例揭露如上，然1 任何所屬技術領域巾财通常知識者，在不 :一保護範圍當視後附之申請專利=者 【圖式簡單說明】 =示為習知側邊入光式背光模組之上視圖。 =-不為圖1中光源在X方向上的正視圖。 圖。圖3緣示為習知另—種側邊人光式背光模組之上視 16 200842456 95276 2l299twf.doc/n 圖4繪示為圖3中光源在χ方向上的正視圖。 圖5A繪示為本發明第一實施例之側邊入光式背光模 組之剖面圖。 圖5B緣示為圖5A中第一光源組沿著S1方向觀看時 的正視圖。 圖5C繪示為圖5A中側邊入光式背光模組的上視圖。 圖6A繪示為本發明第二實施例之側邊入光式背光模 組之剖面圖。 圖6B繪示為圖6A中第一光源組沿著S2方向觀看時 的正視圖。 圖7A繪示為本發明第三實施例之側邊入光式背光模 組之剖面圖。 圖7B繪示為圖7A中第二光源組沿著S3方向觀看時 的正視圖。 圖7C繪示為圖7A中第二光源組之另一實施例的示意 圖。 圖8繪示為本發明一實施例之液晶顯示器之示意圖。 【主要元件符號說明】 100、200、300、400、500、620 ··背光模組 110、310、510 :導光板 120、220 :光源 122、222 :電路板 124a、124b、124c、226a、226b、226c :發光二極體 224、334、434、534、536 ··封裝體 17 200842456 ^yilb 2l299twf.doc/n 112、312、512 :出光面 314、514a ··第一入光面 316、516 :底面 320 :第一電路板 330、430、530a :第一光源組 332 :第一點光源 440 :第一反射罩 & 450 :反射片 514b :第二入光面 520 :第二電路板 530b :第二光源組 532 ··第二點光源 540 ··第二反射罩 600 :液晶顯示器 610 :液晶顯示面板 D、D, ··混光距離 1/ Ml、M2 :色偏區域 N :法線 m、U2、U3 ··混光區域 L1 :第一方向 18In addition, in addition to the first reflective cover 440, which can improve the luminous efficiency and brightness of the backlight module 4, the backlight module 400 can also be disposed on the reflective sheet 450 disposed at the bottom surface 316 opposite to the light-emitting surface 312. Reflecting the light from each of the dipole source groups 430 to the light exit surface 312 can also increase the luminous efficiency and brightness of the backlight module 400. In this embodiment, the backlight module 400 may include only the first reflective cover 440 or the reflective sheet 450, or both the reflective cover 440 and the reflective sheet 450, for different product requirements. Of course, even if the backlight module 400 does not have the first reflector 44 and the reflective sheet 45', it does not affect the object of the present invention. Therefore, the first reflector 44 〇 and the reflection sheet 45 Α shown in FIG. 6A are merely illustrative and not limiting. It should be noted that, in this embodiment, the first reflector 44 and the reflective sheet 450 can also be used in the backlight module 3 of the first embodiment. 1 FIG. 5A) to increase the luminous efficiency and brightness of the backlight module 3〇〇. [THIRD EMBODIMENT] FIG. 7A is a side view of a side-lighting type backlight module according to a third embodiment of the present invention, and FIG. 7 is green as a second light source group of FIG. Front view while watching. Please refer to FIG. 7A and FIG. 7Β simultaneously. The main difference between the embodiment and the foregoing embodiment is that the backlight module 5 further includes a second circuit board 520 and a plurality of second light sources. Group 53〇b. Specifically, the light guide plate 510 of the backlight module 500 further has a second light incident surface 514b adjacent to the light exit surface 512 and “as phased with the first light incident surface, and the second second circuit board 520 is disposed in the second light incident surface. One side of the surface 514b, that is, the second circuit board 520 is located beside the second light incident surface 514b. The plurality of second light sources j 530b are disposed on the second circuit board 52A and electrically connected thereto. The second light source group 530b is located between the second circuit board 520 and the second light incident surface 514b. Each of the second light source groups 53013 has a pair of light source 532 arranged in a row in the first direction. And the first direction li and the light-emitting surface 512, the line Μ亍. In addition, the first light source group in the backlight module 5〇〇 can steal the first light source group of each embodiment. Therefore, in a single The second point light source 532 in the second light source group 530b is arranged in the same direction as the one-point light source (not shown) in the single first light source, and 530a. Each of the second I, the source group 53% The monochromatic light emitted by the second point light source 532 is the same as the Jth light source group 53〇a, for example, red light, green light and blue light. , or indigo &, magenta and ^^ color 4, a variety of other suitable color of light, so that it can be mixed into white light. Since the backlight module 500 adopts a bilateral light-input design, the shape of the light guide plate 51 can be known, For example, in the present embodiment, the shape of the light guide plate 51 can be flat, and the light guide plate 310 can be, for example, a wedge-shaped light guide plate. Shown as a schematic diagram of another embodiment of the second source group in Fig. 7A, 200842456 y:>z/o 2i299twf.doc/n. Referring to Figures 7B and 7C, the second source group 53 of the present embodiment is shown. The first point light source 532 in each of the second light source groups 53 is, for example, a light emitting diode (shown in FIG. 7B) or a package respectively packaged in different packages. The light-emitting diode in the single package 536 (as shown in FIG. 7C) is further referred to FIG. 7A. In the embodiment, the backlight module 5 further includes a second reflector 540. The second reflector 54〇 is disposed on the second light incident surface (' 514b next to the second circuit board 520 and these second The source group 530b is located between the second light incident surface 514b and the second reflective cover 54. The second reflective cover 540 is adapted to concentrate the light emitted by the second light source group 53〇b to increase the illumination of the backlight module 500. In addition, the backlight module 5 further includes a reflective sheet 450 disposed on the bottom edge 516 to reflect the light beam emitted by the first light source group 53 and the first light source group 530b, thereby increasing the backlight module 5〇. The luminous efficiency and brightness of the crucible. However, the reflection sheet 45A, the first reflection cover 44A, and the second reflection cover 540 in the third embodiment are all unnecessary elements. Therefore, the backlight module ί / 5 can include only the first reflector 440 , the reflection sheet 45 〇 and the second reflector 540 , and may include only one of the three components or Two of them. Of course, even without the above three components, the object to be achieved by the present invention will not be affected. Therefore, the reflection sheet 450, the first reflection cover 44A, and the second reflection cover 54A shown in Fig. 7B are merely illustrative, and the present invention is not limited thereto. FIG. 8 is a schematic diagram of a liquid crystal display according to an embodiment of the invention. Referring to FIG. 8, the liquid crystal display device 6 of the embodiment includes a liquid crystal display 15 200842456 95276 21299 twf.doc/n panel 610 and a backlight module (4). The backlight module 62 is a side-in, light-integrated backlight module' and may be the backlight module of the above embodiments or other backlight modules having the same technical features of the present invention. The backlight module 620 is disposed on one side of the liquid crystal display panel 61, and provides a light source to the liquid crystal display panel 610 to allow the liquid crystal display lion to display an image. In the side human light backlight module of the present invention, the direction made by each of the first-light (four) first-point light sources and the light guide plate, the /i: The line is flat 4, so that the light energy emitted by the first-light source group is immediately mixed into uniform white light while entering the light-emitting plate, and the available area of the light-mixing area is not present in the edge of the light guide plate. . In addition, since the liquid crystal of the present invention is white light-side white light-type light module, it is possible to obtain a white light surface light source which is more uniform in light mixing, thereby improving the display quality of the liquid crystal display. Although the present invention has been disclosed above in the preferred embodiment, any one of the technical fields of the art is not included in the scope of protection: the patent application is as follows: [simplified description of the drawing] = shown as a conventional The top view of the side-lit backlight module. = - Not a front view of the light source in the X direction in Figure 1. Figure. 3 is a conventional view of a side-side human-light backlight module. 16 200842456 95276 2l299twf.doc/n FIG. 4 is a front view of the light source of FIG. Figure 5A is a cross-sectional view showing a side edge-lit backlight module of the first embodiment of the present invention. Fig. 5B is a front elevational view of the first light source group of Fig. 5A as viewed in the S1 direction. FIG. 5C is a top view of the side-lit backlight module of FIG. 5A. Figure 6A is a cross-sectional view showing a side edge-lit backlight module in accordance with a second embodiment of the present invention. Fig. 6B is a front elevational view of the first light source group of Fig. 6A as viewed in the S2 direction. Figure 7A is a cross-sectional view showing a side-lit backlight type module according to a third embodiment of the present invention. Fig. 7B is a front elevational view of the second light source group of Fig. 7A as viewed in the S3 direction. Figure 7C is a schematic illustration of another embodiment of the second set of light sources of Figure 7A. FIG. 8 is a schematic diagram of a liquid crystal display according to an embodiment of the invention. [Description of main component symbols] 100, 200, 300, 400, 500, 620 · Backlight modules 110, 310, 510: Light guide plates 120, 220: Light sources 122, 222: Circuit boards 124a, 124b, 124c, 226a, 226b 226c: light-emitting diodes 224, 334, 434, 534, 536 · · package 17 200842456 ^ yilb 2l299twf.doc / n 112, 312, 512: light-emitting surface 314, 514a · · first light-in surface 316, 516 The bottom surface 320: the first circuit board 330, 430, 530a: the first light source group 332: the first point light source 440: the first reflection cover & 450: the reflection sheet 514b: the second light incident surface 520: the second circuit board 530b : second light source group 532 · second light source 540 · second reflective cover 600: liquid crystal display 610: liquid crystal display panel D, D, · mixed light distance 1 / Ml, M2: color shift area N: normal m, U2, U3 ··mixing area L1: first direction 18