M368093 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種側光式背光模組，特別是關於一種提供液 晶顯示器光源的侧光式背光模組。 【先前技術】 近年來，傳統的陰極射線管顯示器（即俗稱的CRT顯示器） 已漸漸地被液晶顯示器所取代，主要原因在於液晶顯示器所釋放 出的輻射量絲小於CRT齡n，且液晶顯示!!在錢年的製造 成本也顯著地降低。-般來說，液晶顯示器包括背光模組與液晶 面板兩大部分’❿背絲_主要_在於提供統供液晶顯示 器使用。 時下最常見_光式背光模社要是由絲、導光板、反射 板（reflectivesheet)、擴散膜與增亮膜所組成，其優點在於具有重 篁輕、薄型、窄框化、低耗料特色。然而，因側光式之結構乃 是將光源置於導光板侧邊，使人射至導光板的光線跨整個導 光板的展長，而隨著級傳遞距離的增加，明亮度會迅速衰減， 故這種設計較_於18相下的液晶顯示器，少有大尺寸的液 晶顯示器採用^ 為了使侧光式背絲組能剌在大尺核晶顯㈣，已有專 利揭露多個侧光式背光模組平行且間隔地排列於同一平面上，藉 此可以細於大尺寸·晶顯示器，且不會像直下式背光模組: M368093 樣地增加其厚度，達到薄型化的目的。 凊參閱圖1，圖1所繪示為中華民國專利號1247951的側光式 背光模組示意圖，該側光式背光模組（1)包括有多個導光板（11)、 夕個光源（12)、-反射板（13)、-擴散膜（15)以及一增亮膜 (16)。其中’該導光板（11)為一楔形體，且具有一出光面（11A)、 入光面（11B)以及一反射面（llc)。如圖i所示，該反射板〇3) 用於反射導光板（11 )底部的光線，使其再進入導光板（11 )内。 自光源（12)所發出之光線射入該入光面（11B)後，會在導光板 (11)内向左邊傳遞，經過該反射板（13)與反射面（He)的反 射之後，由該出光面（UA)射出。然而，本專利之導光板（11) 僅具有單一入光面，光源〇2)在導光板（11)内傳遞一定距離 後其輝度會衰減，造成導光板（U)在寬度上有其限制，若使用 於大尺寸液晶顯示器（未繪示）則需配置較多數量的導光板（11) 與光源（12)，徒增成本。在此，輝度乃是指每單位面積的光通量。 另外’中華民國專利公開號200742914揭露了另一種側光式 背光模組。請參閱圖2，圖2所繪示為中華民國專利公開號 200742914的側光式背光模組示意圖，該側光式背光模組（2)包 括有多個導光板（21)、多個光源（22)、一反射板（23)、一擴散 膜（25)以及一增亮膜（26)。如圖2所示，自光源（22)所發出 之光線射入該入光面（21B)後，會在導光板（21)内向左邊傳遞， 經過該反射板（23)、第一反射面（21C)、第二反射面（21D)、 第二反射面（21E)的反射之後，由該出光面（2ia)射出。相同 4 M368093 地:本專利之導光板⑻僅具有單一入光面（21B)，光源㈤ 在導光板⑻内傳遞一定距離後其輝度會衰減，造成導光板⑻ 在寬度上有其關’若使大尺寸液晶顯的（树示）則需 配置較多數量的導光板⑵）與光源（22)，徒增成本。 因此’為了減少側光式背光模組中光源的配置數量，並達到 進入擴散膜相光線具有相晴度的目的，則是本領域具有通常 知識者努力的目標。 【新型内容】 本創作之目的在設計-可提供高均勻度的侧光式背光模組， 使液晶顯示器上不會呈現明暗差異的區塊，且減少側光式背光模 組中光源的配置數量。 為達上述目的，本創作揭露一種侧光式背光模組，包括多個 導光板、多個光源、多個導遮光板以及一反射板。其中，導光板 彼此平行且_湖於同-平面上。絲位於兩相鄰導光板之 間。反射板位於光源與導光板的下方。導遮光板為—位於光源的 上方的長板形結構物，可將光源射出的部份光線反射至導光板， 而另-部份光線則經由導遮祕的出光面射出。藉此，使所有射 出導光板與導ϋ光板的光線經_光式背光模崎巾時，其輝度 均勻度達60%〜98%。輝度均句度為侧《式背光模址上最暗點之輝 度與最亮點之輝度的比值百分比。 如上所述側光式背光模組，其中，在導遮光板左右兩側下方 5 .M368093 分別設置—透暇撐板，或複數個支撐柱，或在導光板上與導遮 光板相鄰之側開設-容置缺角，將導遮光板置於容置缺角之上， 容置缺角的深度與導遮光板的厚度實質上相同。 在導遮光板的入光面包括 如上所述側光式背光模組，其中 有微結構。 如上所述側光式背光模組，其中，導遮光板為半反射半透明 之材質。M368093 V. New Description: [New Technology Field] This creation is about an edge-lit backlight module, especially for an edge-lit backlight module that provides a liquid crystal display source. [Prior Art] In recent years, the conventional cathode ray tube display (commonly known as CRT display) has been gradually replaced by a liquid crystal display. The main reason is that the radiation amount of the liquid crystal display is smaller than the CRT age n, and the liquid crystal display! The manufacturing cost in the year of money is also significantly reduced. In general, the liquid crystal display includes a backlight module and a liquid crystal panel. The main part of the liquid crystal display is the one used for the liquid crystal display. Nowadays, the most common _light-type backlight mold company is composed of silk, light guide plate, reflective sheet, diffuser film and brightness enhancement film, which has the advantages of light weight, thin shape, narrow frame and low material consumption. . However, the edge-light type structure is such that the light source is placed on the side of the light guide plate so that the light that is incident on the light guide plate extends across the entire light guide plate, and the brightness is rapidly attenuated as the distance of the stage is increased. Therefore, this design is better than the liquid crystal display under the 18 phase, and there are few large-size liquid crystal displays. In order to make the edge-light backing wire group smash in the large-scale nuclear crystal display (4), the patent has disclosed a plurality of side-light types. The backlight modules are arranged in parallel and spaced on the same plane, so that they can be thinner than the large-size crystal display, and do not increase the thickness of the direct-lit backlight module: M368093 to achieve thinning. Referring to FIG. 1 , FIG. 1 is a schematic diagram of an edge-lit backlight module of the Republic of China Patent No. 1247551. The edge-lit backlight module (1) includes a plurality of light guide plates (11) and a light source (12). ), a reflecting plate (13), a diffusion film (15), and a brightness enhancing film (16). The light guide plate (11) is a wedge body and has a light exit surface (11A), a light incident surface (11B), and a reflective surface (llc). As shown in FIG. i, the reflector 〇3) is used to reflect the light at the bottom of the light guide plate (11) to re-enter the light guide plate (11). After the light emitted from the light source (12) is incident on the light incident surface (11B), it is transmitted to the left side in the light guide plate (11), and after the reflection of the reflective plate (13) and the reflective surface (He), The illuminating surface (UA) is shot. However, the light guide plate (11) of the present patent has only a single light incident surface, and the light source 〇2) is attenuated after transmitting a certain distance in the light guide plate (11), thereby causing the light guide plate (U) to have a limitation in width. If it is used in a large-size liquid crystal display (not shown), a larger number of light guide plates (11) and light sources (12) need to be disposed, which increases the cost. Here, luminance refers to the luminous flux per unit area. Further, the Republic of China Patent Publication No. 200742914 discloses another edge-lit backlight module. Referring to FIG. 2, FIG. 2 is a schematic diagram of an edge-lit backlight module of the Republic of China Patent Publication No. 200742914. The edge-lit backlight module (2) includes a plurality of light guide plates (21) and a plurality of light sources ( 22), a reflector (23), a diffusion film (25) and a brightness enhancement film (26). As shown in FIG. 2, after the light emitted from the light source (22) is incident on the light incident surface (21B), it is transmitted to the left side in the light guide plate (21), and passes through the reflective plate (23) and the first reflective surface ( 21C), the second reflecting surface (21D), and the second reflecting surface (21E) are reflected by the light emitting surface (2ia). Same as 4 M368093 ground: The light guide plate (8) of this patent only has a single light incident surface (21B), and the light source (5) will attenuate its brightness after transmitting a certain distance in the light guide plate (8), causing the light guide plate (8) to have a width in the gap. Large-size liquid crystal display (trees) requires a larger number of light guide plates (2) and light sources (22), which increases the cost. Therefore, in order to reduce the number of light sources in the edge-lit backlight module and achieve the phase clarity of the light entering the diffused film phase, it is a goal of the general knowledge in the art. [New Content] The purpose of this creation is to provide a highly uniform edge-lit backlight module, so that there is no difference in brightness and darkness on the liquid crystal display, and the number of light sources in the edge-lit backlight module is reduced. . To achieve the above objective, the present invention discloses an edge-lit backlight module including a plurality of light guide plates, a plurality of light sources, a plurality of light guide plates, and a reflection plate. Wherein, the light guide plates are parallel to each other and the lake is on the same plane. The filament is located between two adjacent light guide plates. The reflector is located below the light source and the light guide plate. The light guide plate is a long plate-shaped structure located above the light source, and reflects part of the light emitted from the light source to the light guide plate, and the other part of the light is emitted through the light-emitting surface of the guide. Thereby, the brightness uniformity of all the light emitted from the light guide plate and the light guide plate through the _ light type backlight pattern is 60% to 98%. The luminance uniformity is the ratio of the ratio of the luminance of the darkest point on the side of the backlight format to the luminance of the brightest point. The edge-lit backlight module as described above, wherein the lower side of the left and right sides of the light-guiding plate 5 .M368093 are respectively provided with a through-pull plate, or a plurality of support columns, or a side adjacent to the light-guiding plate on the light guide plate Opening - accommodating the corners, placing the light guide plate over the occlusion angle, and the depth of the occlusion angle is substantially the same as the thickness of the light guide louver. The light incident surface of the light guide plate includes the edge light type backlight module as described above, and has a microstructure. In the edge-lit backlight module as described above, the light-guiding plate is semi-reflective and translucent.
如上所述側光式背光模組，其中，在導遮光板的入光面貼有 一半反射半透明之半透膜。 如上所述側光式背光模組，其中，光源為冷陰極榮光燈管或 LED 燈。 如上所述側光式背光模組，其中，在導光板與導遮光板上方 更包括一擴散膜與一增亮膜。 為使熟悉該項技藝人士瞭解本創作之目的、概及功效，兹 藉由下述频實施例，並配合所社_，對本創作詳加說明如 後0 【實施方式】 請參閱圖3,圖3所繪示為本創作之第—實施例的侧光式背光 模組示意圖’該側光式背光模組⑴包括有多個導光板（31)、 多個光源（32)、多個導遮光板（34)、—擴散膜（35)、一增亮膜 (36)以及-反射板（33)n多個導光板⑶）彼此平行且 M368093 間隔地排列於同-平面上，骑—導光板⑶）的左右兩側為其 入光面（31B)，上面為出光面（31A)。光源（32)置於兩相鄰的 導光板（31)之間’該光源（32)可為冷陰極螢光燈管（c〇idCath〇de Fl__ Lamp)或 LED (Light Emitting Di〇de)燈。導遮光板 (34)為-置於光源（32)上方的長板形結構物，在導遮光板⑼) 之入光面（34B)上包括有微結構，可用於增加光線被反射的量。 在V遮光板（34)左右兩侧下方分別設有一透明的支撐板（341)， 用以支撐並固^導遮光板（34)。反射板（33 )緊鄰於該光源（32) 與導光板（31)的下方。擴散膜（35)位於導光板（31)與導遮 光板（34)上方，增亮膜（36)位於擴散膜（35)上方。如圖3 之放大圖所7F ’光源（32)所發出的光線Li穿透過支樓板（341) 後由導光板（31)的入光面（31B)進入導光板（31)。而光線 L2向上$進碰觸到導遮光板（34)之人光面（3犯）的微結構後， 一部份光線l3穿透過該導遮光板（34)而自出光面（34A)射出， 另一部份光線L4反射後穿過支撐板（341)，再由導光板⑶）的 入光面（31B)進入導光板（31)的内部。在導光板（31)内部， 往上前進的光線Ls碰觸到導光板（31)的出光面（31A)後，一 部份光線U射出導光板（31)，另—部份級一反射後繼續在導 光板（31)⑽遞，接著，彳±下傳遞前進的光線^^碰觸到導光板 (31)的底部後，因為在導光板（31)下方緊鄰有反射板⑶）， 文光線L?會被反射再進入導光板（31)内。由於該導遮光板（科） 之入光面（34B)上具有微結構，可增加光線被反射的量，使射入 7 M368093 ( 導光板（31)⑽練增加。當所有射出導光板（3i)與導遮光 板（34)的光線經由側光式背光模組（3)射出時，其輝度均句度 達60%臂/〇。輝度均勻度為側光式背光模組⑶上最二二 度與最亮點之輝度的比值百分比。—般而言，較佳之輝度均句度 為80%〜98%。 又 請參閱圖4,圖4所繪示為本創作之第二實施例的側光式背光 模組示意圖，該側光式背光模組⑷包括有多個導光板（41)、 # 多個光源（42)、多個導遮光板⑷）、-擴散膜⑹、一增亮膜 (46)以及-反射板（43)。如圖4所示，請同時參照圖3，其中， 該侧光式背光模組（4)之導光板（41)、光源（42)、導遮光板（44)、 ‘ 擴散膜⑹、增亮膜⑹以及反射板（43)的結構和功能均與 圖3之導光板（31)、光源㈤、導遮光板（34)、擴散膜⑼、 增亮膜（36)以及反射板（33)相同，在此不再資述。本圖式與 ® 3的差異在於導遮光板（44)下方設置有複數個支雜⑽）， 扣讀翻^導絲板(44 )。本實侧可使側试背光模組⑷ 之輝度均勻度達60%〜98%。 +請參閱圖5’圖5所繪示為本創作之第三實施例的侧光式背光 f組示意圖’該側光式背光模組⑸包括有多個導光板（Μ)、 夕個光源（52)、多個導遮光板（54)、一擴散膜⑼、一增亮膜 (56)以及一反射板（53)。其中，多個導光板⑸）彼此平行且 間隔地排列於同-平面上，且每—導歧（51)的左右兩側為其 光面（51B) ’上面為出光面（51A)。另外，在導光板⑸）的 .M368093 左上角及右上角分別開設一容置缺角（511)，使容置缺角（511) 的深度與導遮光板（54)的厚度實質上相同。如圖5所示，請同 打參閱圖3 ’該光源（52)、導遮光板（54)、擴散膜（55)、增亮 膜（56)與反射板（53)之結構、功能分別與圖3之光源（32)、 導遮光板（34)、擴散膜（35)、增亮膜（36)與反射板（33)相 •同，在此不再贅述。在本實施财，導遮光板（54)置於兩相鄰 .的容置缺角（511)上而被支撐固定。請再參閱圖5之放大圖，利 馨 肖導遮光板（54)之入光面（54B)上的微結構來增加光線被反射 的量’使射入導光板（51)内的光線增加。當所有射出導光板（51) ' 與導遮光板（54)的光線經由侧光式背光模組（5)射出時，其輝 - 度均勻度達60%〜98%。 如上開實施例所述，乃是藉由導遮光板之入光面上的微結 構使射入‘光板内的光線增加，進而使側光式背光模組的輝度 均自錢60%〜98%。細’本賴具魏常知識者可將該導遮光 擊板設計辭反料義之材f，或者料雜打錢—半反射 半透明之半透膜。 • 請參閱圖6,圖6所繪示為本創作之第四實施例的侧光式背光 模組放大圖。為顯示該侧光式背光模組（未繪示）與前述實施例 之差異’在此僅繪示其部份放大圖與部份元件。如圖6所示在 導遮光板（64)之人絲⑽）上财—半反料透明之半透膜 、⑹，使得光源（62)所發出的部份光線“向上前進碰觸到半 透膜（67)後，-部份光線l9?透過該半透膜⑼和導遮光板 9 .M368093 (64)而自導遮光板（64)的出光面（64A)射出，另—部份光線 L10反射後穿過支撐板（641)，再由導光板（61)的人光面（6ib) 進入導光板（61)的内部。藉此，射人導光板（6i)内的光線增 加’使得側光式背光模組（未繪示）的輝度均勻度⑽％〜娜。 綜上所述，本創作之側光式背光模組可提供液晶顯示器一高 均勻度的背光模組，使絲在進人擴散顯之輝度的均句度達 60%~98%，而且可減少側光式f光模財光源的配置數量。= 本創作已以具财施_露如上，财所揭露的類實施例並非 用以限林創作，_賴财财知識者，在賴離本創作之 精神和範圍内，當可作各種之更動與潤飾，其所作之更動與潤錦 皆屬於本創作之範嘴’本創作之保護範圍當視後附之中請專利範 圍所界定者為準。 【圖式簡單說明】 圖1所緣示為中華民國專利號ι·ι的侧光式背光模組示意 團。 “圖2所繪不為中華民國專利公開號2〇〇7429H的侧光式背光 松組不意圖。 圖3所緣7F為摘作之第—實關_光式背賴組示意圖。 圖所、會不為本創作之第二實施例的側光式背光模組示意圖。 圖5所繪示為本創作之第三實施例的侧光式背光模組示意圖。 所、’θ示為本創作之第四實施例的側光式背光模組放大圖。 10 M368093 【主要元件符號說明】 <習知> 1 :側光式背光模組 21 :導光板 11 :導光板 21A :出光面 11A :出光面 21B :入光面 11B :入光面 21C :第一反射面 11C :反射面 21D :第二反射面 12 :光源 21E :第三反射面 13 :反射板 22 :光源 15 :擴散膜 23 :反射板 16 :增亮膜 25 :擴散膜 2:側光式背光模組 26 :增亮膜 <本創作> 3:側光式背光模組 34A :出光面 31 :導光板 34B :入光面 31A :出光面 341 :支撐板 31B :入光面 35 :擴散膜 32 :光源 36 :增亮膜 33 :反射板 4:側光式背光模組 34 :導遮光板 41 :導光板 M368093 41A :出光面 54A :出光面 42 :光源 54B :入光面 43 :反射板 55 :擴散膜 44 :導遮光板 56 :增亮膜 44A :出光面 61 .導光板 · 441 :支撐柱 61A :出光面 45 :擴散膜 61B :入光面 46 :增亮膜 62 :光源 5 ··側光式背光模組 63 :反射板 51 :導光板 64 :導遮光板 51A :出光面 64A :出光面 511 :容置缺角 64B :入光面 51A :出光面 641 :支撐板 51B :入光面 67 :半透膜 52 :光源 L!、L2、L3、L4、L5、、L7、 53 :反射板 54 :導遮光板 Ls、L9、Liq ·光線 12In the edge-lit backlight module as described above, a translucent semi-transparent film is disposed on the light-incident surface of the light-guiding plate. The edge-lit backlight module as described above, wherein the light source is a cold cathode glory lamp or an LED lamp. The edge-lit backlight module as described above further includes a diffusion film and a brightness enhancement film above the light guide plate and the light guide plate. In order to familiarize the person skilled in the art with the purpose, efficiency and efficacy of the creation, the following examples of frequency and the company's _ are used to explain the creation in detail. [Embodiment] Please refer to Figure 3, 3 is a schematic diagram of an edge-lit backlight module according to a first embodiment of the present invention. The edge-lit backlight module (1) includes a plurality of light guide plates (31), a plurality of light sources (32), and a plurality of light-shielding devices. The plate (34), the diffusion film (35), a brightness enhancement film (36), and the - reflection plate (33) n plurality of light guide plates (3) are parallel to each other and M368093 are arranged at intervals on the same plane, riding-light guide plate The left and right sides of (3)) are the light-incident surface (31B), and the upper surface is the light-emitting surface (31A). The light source (32) is disposed between two adjacent light guide plates (31). The light source (32) may be a cold cathode fluorescent tube (c〇idCath〇de Fl__ Lamp) or an LED (Light Emitting Di〇de) lamp. . The light guide plate (34) is a long plate-shaped structure placed above the light source (32), and includes a microstructure on the light incident surface (34B) of the light guide plate (9) for increasing the amount of light reflected. A transparent support plate (341) is respectively disposed below the left and right sides of the V visor (34) for supporting and fixing the visor (34). The reflector (33) is immediately adjacent to the light source (32) and the light guide plate (31). The diffusion film (35) is located above the light guide plate (31) and the light guide plate (34), and the brightness enhancement film (36) is located above the diffusion film (35). As shown in the enlarged view of Fig. 3, the light ray Li emitted by the light source (32) passes through the support floor (341) and enters the light guide plate (31) from the light incident surface (31B) of the light guide plate (31). After the light L2 touches the microstructure of the light surface of the light guide plate (34), a part of the light beam 13 passes through the light guide plate (34) and is emitted from the light exit surface (34A). The other part of the light L4 is reflected and passed through the support plate (341), and then enters the light guide plate (31) through the light incident surface (31B) of the light guide plate (3). Inside the light guide plate (31), after the upward traveling light Ls touches the light emitting surface (31A) of the light guide plate (31), a part of the light U is emitted from the light guide plate (31), and the other part is reflected. Continue to pass on the light guide plate (31) (10), and then, the forward light is transmitted to the bottom of the light guide plate (31), because the reflector plate (3) is immediately adjacent to the light guide plate (31), the text light L? will be reflected and then enter the light guide plate (31). Since the light-incident surface (34B) of the light-shielding plate has a microstructure, the amount of light reflected can be increased, so that the injection of 7 M368093 (light guide plate (31) (10) is increased. When all the light-emitting plates are emitted (3i) When the light from the light guide plate (34) is emitted through the edge-lit backlight module (3), the luminance is 60% arm/〇. The brightness uniformity is the second and second on the edge-light backlight module (3). The ratio of the ratio of the degree to the brightness of the brightest point. Generally, the preferred degree of luminance is 80% to 98%. Please also refer to FIG. 4, which illustrates the side light of the second embodiment of the present invention. The backlight module (4) includes a plurality of light guide plates (41), # a plurality of light sources (42), a plurality of light guide plates (4), a diffusion film (6), and a brightness enhancement film ( 46) and - reflector (43). As shown in FIG. 4, please refer to FIG. 3 at the same time, wherein the light guide plate (41), the light source (42), the light guide plate (44), the diffusion film (6), and the brightness enhancement of the side light type backlight module (4) The structure and function of the film (6) and the reflector (43) are the same as those of the light guide plate (31), the light source (5), the light guide plate (34), the diffusion film (9), the brightness enhancement film (36), and the reflection plate (33) of FIG. , no longer here. The difference between this figure and ® 3 is that a plurality of branches (10) are arranged under the light guide plate (44), and the wire guide plate (44) is buckled. The solid side can make the brightness uniformity of the side test backlight module (4) reach 60%~98%. FIG. 5 is a schematic diagram of a side-lit backlight f group according to a third embodiment of the present invention. The side-lit backlight module (5) includes a plurality of light guide plates (Μ) and a light source ( 52), a plurality of light guide plates (54), a diffusion film (9), a brightness enhancement film (56), and a reflection plate (53). The plurality of light guide plates (5) are arranged parallel to each other and spaced apart from each other on the same plane, and the left and right sides of each of the guides (51) are light-emitting surfaces (51A) on the upper side of the light surface (51B)'. In addition, a recessed corner (511) is formed in the upper left corner and the upper right corner of the . M368093 of the light guide plate (5), so that the depth of the receiving corner (511) is substantially the same as the thickness of the light guide plate (54). As shown in Fig. 5, please refer to Fig. 3 for the structure and function of the light source (52), the light guide plate (54), the diffusion film (55), the brightness enhancement film (56) and the reflection plate (53), respectively. The light source (32), the light guide plate (34), the diffusion film (35), the brightness enhancement film (36) and the reflection plate (33) of Fig. 3 are the same, and will not be described herein. In this implementation, the light guide plate (54) is placed on the two adjacent accommodating corners (511) to be supported and fixed. Referring again to the enlarged view of Fig. 5, the microstructure on the light-incident surface (54B) of the visor (54) is increased to increase the amount of light reflected. The light incident into the light guide plate (51) is increased. When all the light emitted from the light guide plate (51)' and the light guide plate (54) is emitted through the edge light type backlight module (5), the brightness uniformity is 60% to 98%. As described in the above embodiments, the light incident on the light-emitting surface of the light-shielding plate is increased, and the luminance of the edge-lit backlight module is 60% to 98%. . The person who has the knowledge of Wei Chang can use the design of the light-shielding board to reflect the material f, or the material of the semi-transparent semi-transparent film. Please refer to FIG. 6. FIG. 6 is an enlarged view of the edge-lit backlight module of the fourth embodiment of the present invention. In order to show the difference between the edge-lit backlight module (not shown) and the foregoing embodiment, only a part of the enlarged view and some of the components are shown. As shown in Fig. 6, the semi-transparent film (6) is transparent on the human filament (10) of the light-guiding plate (64), so that part of the light emitted by the light source (62) "goes forward and touches the semi-transparent." After the film (67), a portion of the light ray l9 passes through the semipermeable membrane (9) and the light shielding plate 9. M368093 (64), and the light exit surface (64A) of the self-guide visor (64) is emitted, and another light ray L10 is emitted. After reflection, it passes through the support plate (641), and then enters the inside of the light guide plate (61) by the human light surface (6ib) of the light guide plate (61). Thereby, the light in the light guide plate (6i) is increased to make the side The brightness uniformity of the light backlight module (not shown) is (10)%~Na. In summary, the sidelight backlight module of the present invention can provide a high uniformity backlight module of the liquid crystal display, so that the wire is in progress. The uniformity of the brightness of human diffusion is 60%~98%, and the number of configuration of the side-light type f-light mode source can be reduced. = This creation has been implemented in the same way as the financial disclosure. It is not intended to limit the creation of forests. _ Lai Caizhi knowledge, in the spirit and scope of this creation, can be used for various changes and retouching, and its changes Runjin belongs to the scope of this creation. The scope of protection of this creation is subject to the definition of patent scope. The simple description of the figure is shown in Figure 1 as the Republic of China patent number ι·ι The edge-lit backlight module is schematically illustrated. "The edge-lit backlighting group of Figure 2 is not intended to be the Republic of China Patent Publication No. 2〇〇7429H. The edge 7F of Fig. 3 is a schematic diagram of the first---------------------------------- The schematic diagram of the edge-lit backlight module of the second embodiment of the present invention is not shown. FIG. 5 is a schematic diagram of an edge-lit backlight module according to a third embodiment of the present invention. And θ is an enlarged view of the edge-lit backlight module of the fourth embodiment of the present invention. 10 M368093 [Description of main component symbols] <General knowledge> 1 : Sidelight type backlight module 21: Light guide plate 11: Light guide plate 21A: Light-emitting surface 11A: Light-emitting surface 21B: Light-incident surface 11B: Light-incident surface 21C: First reflecting surface 11C: reflecting surface 21D: second reflecting surface 12: light source 21E: third reflecting surface 13: reflecting plate 22: light source 15: diffusing film 23: reflecting plate 16: brightness enhancing film 25: diffusing film 2: side Light-type backlight module 26: brightness enhancement film <this creation> 3: edge-light type backlight module 34A: light-emitting surface 31: light guide plate 34B: light-incident surface 31A: light-emitting surface 341: support plate 31B: light-incident surface 35: diffusing film 32: light source 36: brightness enhancing film 33: reflecting plate 4: side light type backlight module 34: light guiding plate 41: light guiding plate M368093 41A: light emitting surface 54A: light emitting surface 42: light source 54B: light incident surface 43: reflector 55: diffusion film 44: light guide plate 56: brightness enhancement film 44A: light-emitting surface 61. light guide plate 441: support column 61A: light-emitting surface 45: diffusion film 61B: light-incident surface 46: brightness enhancement film 62 : light source 5 ··sidelight type backlight module 63: reflector 51: light guide plate 64: light guide plate 51A: light exit surface 64A: light exit surface 511: housing lack Angle 64B: Light-incident surface 51A: Light-emitting surface 641: Support plate 51B: Light-incident surface 67: Semi-permeable film 52: Light source L!, L2, L3, L4, L5, L7, 53: Reflecting plate 54: Light-guiding plate Ls, L9, Liq · Light 12