201232103 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種於邊緣發光型方式之液晶顯示襄置中，用 以將為了党度之提昇及亮度之均勻化等而使用之光學片、及導 光板、或底板(chassis)等予以固定所使用之框架構件。 【先前技術】 通常，液晶顯示裝置之構成係於液晶面板之背面側配置將光 供給至該液晶面板之背光單元。 於液晶顯7F裝置之背光單元中’主要有直下型方式及邊緣發 光型方式兩種方式。其中之直下型方式係將多數個光源於基板 上矩陣配置’於自光源設置有某程度空間之位置上配置二散 板，而使亮度均勻化之方式，另一個之邊緣發光型方式則係沿 導光板之一側端（側面或底部）於一直線上空出適當間隔而配 置夕數個光源，使光線自導光板侧面入射，使亮度均勻化後， 使光自導光板之前面向液晶面板射出之方式。 若對採用邊緣發光型方式之液晶顯示裝置進行詳細說明，例 如’如圖1及圖2所示’通常構成為：於框架構件3之突出面 3a之前面側配置液晶面板2,將框架構件3之突出面％夾住， 於液晶面板2之背面側，依序配置光學片4、導光板6及反射 板7’沿導光板6之端緣部空出適當間隔而配置多數個光源5, 以自液晶面板2之前面緣部將該等之側面部覆蓋之方式配置 上底板1，於反射板7之背面側配置下底板8。 100137479 4 201232103 採用如上所述之邊緣發光型方式之液晶顯示裝置中，自光源 5射出之光之一部分藉由導光板6向前面側折射，經由光學片 4供給至液晶面板2，自光源5射出之光之其他部分藉由導光 板6向背面側折射，並藉由反射板7反射，經由導光板6及光 學片4供給至液晶面板2。然而，由於自光源5射出之光中， 存在較多不朝向導光板6而向框架(框)構件3射出之光，故有 "玄。P刀指失之可月b性。因此，先前揭示有：藉由賦予框架(框) 構件3之背面光反射性’而使自光源5向框架(框)構件3射出 之光反射並供給至液晶面板2(參照專利文獻1〜3)。 [先前技術文獻] [專利文獻] 專利文獻1 :日本專利特開2005-327720號公報 專利文獻2 :曰本專利特開2007-108739號公報 專利文獻3:日本專利特開2008-091317號公報 【發明内容】 (發明所欲解決之問題） 然而，已知例如如專利文獻1〜3般賦予框架構件3高反射 率性，則由於晝面中之光源附近會過剩地變得高亮度，產生亮 度之不均勻化，故反而變得較難視認。 因此’本發明嘗試揭示—種可將較多之來自光源之光供給至 液晶面板’且可抑制亮度之不均勻化的新框架構件。 (解決問題之手段） 100137479 5 201232103 本發明者自各種角度對如先前技術般賦予框架構件高反射 率性之情況下（參照例如專利文獻1〜3)，晝面中之光源附近過 剩地變得高亮度而產生亮度之不均勻化之原因進行研究。其結 果為’例如，如圖7所示之「反射率99%框架」，於顯示晝面 中’對正交於配置光源之晝面端緣部之長度方向的中央垂直線 上之壳度進行測定後可知：若中央垂直線之光源附近出現之亮 度之峰值鬲於中央垂直線之中央部附近之峰值’則光源附近之 壳度變得過高而產生晝面整體上之亮度之不均勻化。因此，本 發明者將該發現進而發展，完成以下之本發明。 即，本發明揭示有—種框架構件，其係組入邊緣發光型方式 之液晶顯示裝置之構件，具備側壁部之—部分向内部突出之部 刀且，於背面之一部分或整面上，具備波長4〇〇〜8〇〇nm之 平均反射率為10%以上之光反射面，將該框架構件組入液晶顯 不裝置時’於顯不晝面中’自正交於配置光源之晝面端緣部之 長度方向的巾央垂直線上之光源側端部，至僅遠離該中央垂直 線整體長度之5%之長度之位置為止，所測定之最大點亮度係 低於比上述5%之長度更遠之位置上之最大點亮度。 為上所述之框木構件之適當之一例，本發明提案框架構 件3，其係組人邊緣發光型方式之液晶顯示裝置之構件，具備 側壁部之-部分向内部突出之部分，且，於背面之一部分或整 社具備波長·〜则nm之平均反射率為1卜嶋之光反 射面。 100137479 201232103 然而，本發明之框架構件不限定於如上所述之框架構件3。 例如，框架構件之背面之5〇%之面積部分為波長4〇〇〜8〇〇nm 之平均反射率為100%之光反射面，其餘之5〇%之面積部分於 波長400〜800 nm之平均反射率為〇%之情況等情況下，亦可 認為滿足上述本發明之框架構件之條件。 (發明效果） 右，、且入本發明之框架構件而構成液晶顯示裝置，則將光自光 ，朝向框架構件反射’由於可將來自光源之光較多地供給至液 晶面板，^可抑制亮度之不均勻化，故可平衡較佳地使畫面明 亮。 【實施方式】 「乂下對作為本發明之實施形態之一例的框架構件聊作 「本框架構件3」）進賴L，本㈣之制不限定於以 下所說明之實施形態。 〈本框架構件3 > 本框_件3係於採用邊緣發_方式之液晶顯示幻 導2 了亮叙提纽亮叙如化相使狀光學片* 料先板6、或底板卜8_$ 突出之部編面3a)二具 部^^^?光型方式係指沿導絲6之左右—側端与 下—側端緣部，將多數個光源5於-直線上空出適” 100137479 201232103 隔而配置，使光線自導光板6之側面入射之方式。 側辟邱I件3之特徵在於具有呈如長方形之邊框之框狀之 側壁部之—部分向内部突出之部分，於組入例 ^=3般之邊緣發光型方式之液晶顯示裝置時，於顯示畫 邊W於自正父於配置有光源5之晝面端緣部(例如畫面下 ^之長度方向財央垂直線z切光_端部，至僅距離該 作「ΊΓ長度£之5%之長度之位置為止的區域(亦稱 區域:」）上所測定之最大點亮度TP，係低於於較上述5% 之長度更遠之位置之區域(亦稱作「區域Q」）上所測定之最大 點亮度Tq。 將本框架構件3之背面从之―部分或整面設為波長〜 800 nm上之平均反射率為1〇%以上之光反射面的情況下若 於顯不畫面中之中央垂直線Z上之區域P中測定亮度，則出現 圖6及圖7所示之峰值Τρ。由於若該峰值高於區域q中所 測定之壳度之最大值Tq，則光源附近之亮度變得過高而產生 晝面整體上之亮度之不均勻化，故重要的是本框架構件3可使 區域P中之亮度峰值Tp低於區域Q中所測定之亮度最大值 Tq。 就該觀點而言，更佳為：區域P中之亮度峰值Tp相對於區 域Q中所測^之亮度最大值Tq的比率為1.G以下，其中，進 而較佳為0.9〜ί ο。 本框架構件3中’重要的是：自視認側(液晶面板2之表側) 100137479 8 201232103 硯察’其背面3A之-部分或整面為波長·〜8〇〇nm之平均 反射率為ίο%以上之光反㈣。若平均反射率為ig%以上，則 可有效地提高晝面之亮度。 北進而’若考慮晝面之亮度提昇及亮度之不均勻化之抑制，則 背面3A之-部分或整面較佳為波長働〜議細之平均反射 率為10〜80%之光反射面，其中以乃％以下其中又以_ 以下為進而較佳。 然’亦可將本框架構件3之背面3A之5〇%之面積部分設為 波長400〜800 nm之平均反射率為·之光反射面其餘之 观之面積部分舰長彻〜_nm之平均反射率設為〇%。 本框木構件3之形狀係只要具有俯視時如長方形之邊框之 形狀之側壁部，即呈框狀之侧壁部，且具備該側壁部之一部分 向内部突出之部分，職特別限定m可舉出：於别 面親察時’例如’如圖2所示’呈現具有突出面部3a及下垂 邊緣部3b之大致L字形狀之形狀。 例如，如圖2所示，若為具備具有突出面部％及下垂邊緣 邻3bb之呈大致L字狀之形狀之情況，則突出面部^及下垂 邊、U3b之背面整面為上述之光反射面亦可，又，突出面部 3a及下垂邊緣部3b之背面之—部分，較佳駭出面部％之背 面整面為上述之光反射面亦可，χ，突出面部％之背面之一 部分為上述之光反射面亦可。例如，於本框架構件3之背面 3A中’配置於將光源5包圍之空間的部分(換言之經由空間接 100137479 201232103 觸於光源5之部分)為上述之光反射面亦可。 本框架構件3並不特別限定其材料’可由樹脂或金屬形成。 又’此種框架構件通常多著色為黑色’但本框架構件3著色 為黑色亦可，著色為其他顏色亦可’如上所述，背面3a之一 部分或整面為上述之光反射面即可。 本框架構件3亦可於製作通常之框架構件後，於其背面貼附 光反射片而製作’又，亦可於製作通常之框架構件後，以於其 背面賦形為微細形狀之方式進行處理而製成光反射面。又，於 框架構件之背面藉由金屬蒸鍍而形成光反射面亦可。 作為通常之製作框架構件之方法’將例如樹脂組成物之顆粒 射出填充於模腔中並射出成形即可。此時，更具體而言，較佳 為形成具有至少1個搭扣配合用之突起或孔或槽之框狀框架 (以下亦稱作平板顯示器（FPD，Flat Panel Display)固定框）。 例如，以如下方式製作即可：準備1；1規格94之垂直燃燒 試驗中的1.5 mm厚度之試驗片上之燃燒等級為v_〇，且由未 。周配有氣原、子及絲子進行化學結合之彳b合物的樹脂組成物 所構成之顆粒’將該顆粒射出填充於模腔中，自模腔内取出 FPD固定框。 此時射出填充除通常之射出成形以外，可舉出射出壓縮成 形:射出加壓成形、氣體辅助射出成形、發泡包含注入 超臨界w體之方法）、嵌人成形、模㈣佈成形、隔熱模具成 形、急逮加熱冷卻模具成形、二色成形、夹層祕、及超高速 100137479 10 201232103 射出成形等。又’成形可選擇冷流道方式及熱流道方式中任一 方式。 於框架構件之背面貼附光反射片而製作本框架構件3之情 況下’該光反射片可為於樹脂片之基底樹脂上調配有機或無機 填充劑’或調配與基底樹脂非相溶之樹脂，利用基底樹脂與該 等調配物之折射率之差而產生光散射反射者。又，亦可藉由將 樹脂片延伸而於片内部形成空隙，利用該空隙與基底樹脂之折 射率之差而產生光散射反射。又，亦可將該等組合。 作為上述之基底樹脂，例如可舉出：三醋酸纖維素、乙酸酯 等纖維素系樹脂；聚對笨二曱酸乙二酯(pET)、聚萘曱酸乙二 醇酉曰(PEN)、聚乳酸(PLA)等聚g旨系樹脂；聚乙烯(pE)、聚丙烯 (PP)、ί哀烯系(COC、COP)樹脂等聚烯系樹脂；聚曱基丙烯酸 曱醋(PMMA)等丙烯酸系樹脂；聚碳酸醋(pc)樹脂；以及聚四 氟乙烯(PTFE)等默系樹脂等。但不限定於該等。 作為調配於基底樹脂之無機填充材料，例如可舉出：自碳酸 鈣、％酸鎂、碳酸鋇、硫酸鎂、硫酸鋇、硫酸鈣、氧化鋅、氧 化鎂、氧化鈣、氧化鈦、氧化鋁、氫氧化鋁、羥磷灰石、矽土、 雲母、滑石、高嶺土、黏土、玻璃粉、石棉粉、沸石、及矽酸 白土等中所選擇之至少一種。但不限定於該等。 作為可調配於基底樹脂之有機填充材料，例如可舉出：木 粉、紙槳粉等齡素綠末；以及聚合物齡、聚合物中空粒 子等熱交聯性樹脂粉末等。但不限定於該等。 100137479 11 201232103 又’作為可調配於基底樹脂之非相溶之熱塑性樹脂（以下稱 作非相溶樹脂）’例如可舉出：聚酯系樹脂、聚碳酸酯系樹脂、 聚苯乙烯系樹脂、丙稀酸系樹脂、聚苯醚系樹脂、聚颯系樹脂、 及聚烯系樹脂等。但不限定於該等。 利用基底樹脂與如上所述之調配物之折射率之差而產生光 散射反射之情況下，較佳為基底樹脂與調配物之折射率差為 0.05以上，特別以〇.1以上，其中又特別以〇2以上為進而較 佳。 調配與基底樹脂之折射率差較大之無機填充劑之情況下，藉 由適當調整填充劑添加量或樣本厚度，由於可比較容易地控制 較廣之反射率，故為更佳。 <液晶顯示袭置> 本框架構件3係組人採關如圖丨及圖2所示般之邊緣發光 型方式之液晶顯示裝置，藉此於轉構件3之背面3A上將自 ^源5朝向框_件3之光反射，由於可將更多之光供給至液 且可抑制免度之不均勻化，故可平衡較佳地使晝面 定:作構件3之液晶顯示裝置之_構成無特別 田之一例’例如可舉出：如圖1-2所示，於、夜曰 板2之背面側配置背光單元者。 液曰曰 一作::光早疋之構成例’例如可舉出以下構 不，依序配置M 1 z 干、導光板6及反射板7 ’沿導光板7 100137479 12 201232103 -側端緣部空出適當間隔而配置多數個光源5，以自液晶面板 部㈣等之侧面部覆蓋之方式配置上底板i，於反 射板7之背面侧配置下絲8，將本框架構件3之突出面3a 插入於液晶面板2與光學片4 h 之間而將兩者固定。但不限定於 如上所述之構成。 但，於彎折為，字型並安裝有設置於導光板之上表面的片狀 之反射器之形態中’由於來自光源之光藉由反射料人導光板， 向框架構件漏出之光被_，故對於具備f折為此種之口字型 之反射器的液晶顯示裝置而言不合適。 <用語說明> 通系’所5月「片」係指根據日本工業標準(JIS，Japanese IndUStrial灿恤刪中之定義，較薄，通常其厚度比長度與寬 度小而平之產品；通常，·「膜」係指與長度及寬度相比， 厚度極小，且任意地限定最大厚度之較薄种之產品，通常指 以捲形供給者（日本工業標準；ISK_)。例如就厚度而言，狹 義上將議/zm以上者稱作片，將未滿⑽㈣者稱作膜。 然而，由於片與膜之界限不明確，且於本發明中無需於詞句上 區分兩者，故於本發明中，即便於稱作「膜」之情況下亦包含 「片」，即便於稱作「片」之情況下亦包含「膜」。 於本發明中’表述為「X〜Y」（x、Y為任意之數字)之情況 下，未特別說明時’表示「χ以上γ以下」之意，同時包含「較 佳為大於X」及「較佳為小於Υ」之意。 100137479 13 201232103 又’於本發明中，表述為「X以上」（X為任意之數字)之情201232103 VI. Description of the Invention: [Technical Field] The present invention relates to an optical sheet for use in an edge-emitting type liquid crystal display device for use in order to improve party membership and uniform brightness. And a frame member used for fixing a light guide plate or a chassis. [Prior Art] Generally, the liquid crystal display device is configured such that a backlight unit that supplies light to the liquid crystal panel is disposed on the back side of the liquid crystal panel. In the backlight unit of the liquid crystal display 7F device, there are mainly two methods of a direct type and an edge type. Among them, the direct type method is to arrange a plurality of light sources on a substrate in a matrix to arrange two scattering plates at a position where a certain space is provided from the light source, and to uniformize the brightness, and another edge-emitting type is along the edge. One side of the light guide plate (side or bottom) is disposed at a proper interval on the straight line, and a plurality of light sources are arranged to make the light enter the side of the light guide plate to make the brightness uniform, and then the light is emitted from the front surface of the light guide plate toward the liquid crystal panel. . When the liquid crystal display device of the edge light-emitting type is described in detail, for example, as shown in FIG. 1 and FIG. 2, the liquid crystal panel 2 is disposed on the front side of the protruding surface 3a of the frame member 3, and the frame member 3 is disposed. The protruding surface % is sandwiched, and a plurality of light sources 5 are disposed on the back side of the liquid crystal panel 2, and the optical sheets 4, the light guide plates 6, and the reflection plate 7' are disposed at appropriate intervals along the edge of the light guide plate 6 to The bottom plate 1 is disposed so as to cover the side surface portions of the front surface portion of the liquid crystal panel 2, and the lower substrate 8 is disposed on the back side of the reflection plate 7. 100137479 4 201232103 In the liquid crystal display device of the edge light-emitting type as described above, a part of the light emitted from the light source 5 is partially refracted toward the front side by the light guide plate 6, and is supplied to the liquid crystal panel 2 via the optical sheet 4, and is emitted from the light source 5. The other portion of the light is refracted toward the back side by the light guide plate 6, and is reflected by the reflecting plate 7, and supplied to the liquid crystal panel 2 via the light guide plate 6 and the optical sheet 4. However, since light emitted from the light source 5 has a large amount of light that is emitted toward the frame member 3 without being directed toward the light guide plate 6, there is a "Xuan. P knife refers to the loss of the moon b. Therefore, it has been disclosed that the light emitted from the light source 5 to the frame (frame) member 3 is reflected and supplied to the liquid crystal panel 2 by imparting light reflection on the back surface of the frame (frame) member 3 (see Patent Documents 1 to 3). ). [Prior Art Document] [Patent Document] Patent Document 1: Japanese Patent Laid-Open Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. (Problems to be Solved by the Invention) However, it is known that, for example, the frame member 3 is provided with high reflectance as in Patent Documents 1 to 3, and the vicinity of the light source in the kneading surface excessively becomes high in brightness, and brightness is generated. It is not uniform, so it becomes more difficult to visualize. Therefore, the present invention has been attempted to disclose a new frame member which can supply a large amount of light from a light source to a liquid crystal panel and which can suppress unevenness in luminance. (Means for Solving the Problem) 100137479 5 201232103 In the case where the frame member is provided with high reflectivity as in the prior art (see, for example, Patent Documents 1 to 3), the inventors excessively become near the light source in the kneading surface. The reason for the high brightness and the unevenness of the brightness is studied. As a result, for example, as shown in Fig. 7, the "reflectance 99% frame" is used to measure the shell width on the central vertical line orthogonal to the longitudinal direction of the end edge portion of the surface of the light source. It can be seen that if the peak of the brightness appearing near the light source of the central vertical line 鬲 is at the peak near the central portion of the central vertical line, the degree of the shell near the light source becomes too high, resulting in unevenness of the brightness of the entire surface. Therefore, the inventors of the present invention have further developed the present invention and completed the following invention. That is, the present invention discloses a frame member which is incorporated in an edge-light-emitting type liquid crystal display device, and includes a portion of the side wall portion which protrudes toward the inside and is provided on one or the entire surface of the back surface. a light reflecting surface having an average reflectance of 10% to 8 〇〇 nm of 10% or more, and when the frame member is incorporated into the liquid crystal display device, the surface is self-orthogonal to the surface of the light source. The maximum point brightness measured from the light source side end portion on the vertical line of the longitudinal direction of the edge portion to the length of only 5% of the entire length of the central vertical line is lower than the length of the above 5%. The maximum point brightness at a farther position. The frame member 3 of the present invention proposes a member of a liquid crystal display device of a group edge-light-emitting type, which has a portion in which a portion of the side wall portion protrudes toward the inside, and is a suitable example of the frame member described above. One part of the back surface or the whole society has a wavelength of ~ ̄ then the average reflectance of nm is 1 嶋 light reflection surface. 100137479 201232103 However, the frame member of the present invention is not limited to the frame member 3 as described above. For example, the area of 5 〇% of the back surface of the frame member is a light reflection surface having an average reflectance of 100% at a wavelength of 4 〇〇 to 8 〇〇 nm, and the remaining area of 5 〇 % is at a wavelength of 400 to 800 nm. When the average reflectance is 〇%, the conditions of the frame member of the present invention described above can be considered. (Effect of the Invention) When the liquid crystal display device is formed by the frame member of the present invention, the light is reflected from the light toward the frame member. Since the light from the light source can be supplied to the liquid crystal panel in a large amount, the brightness can be suppressed. The unevenness makes it possible to balance the brightness of the picture. [Embodiment] "The frame member which is an example of the embodiment of the present invention is referred to as "this frame member 3"). The system of the present invention is not limited to the embodiment described below. <This frame member 3 > This frame_piece 3 is based on the edge of the _ mode of the liquid crystal display illusion 2 亮 提 提 纽 亮 亮 亮 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如The protruding part 3a) the two parts ^^^? The light type means that the left and right side ends of the guide wire 6 and the lower side edge portion, and the plurality of light sources 5 are vacant on the straight line" 100137479 201232103 A configuration in which light is incident on the side surface of the light guide plate 6. The side member 3 is characterized in that it has a frame-like side wall portion such as a rectangular frame, and a portion partially protrudes inwardly. ^=3-like edge-lit type liquid crystal display device, in the display edge W from the front edge of the face where the light source 5 is disposed (for example, the length of the screen below the length of the fiscal line vertical line z cut light The maximum point brightness TP measured on the _ end portion to the area (also referred to as the area: ") which is only the position of the length of 5% of the length of the £ is less than the length of the above 5%. The maximum point brightness Tq measured on the far position (also referred to as "area Q"). The back side of the frame member 3 is When the partial or full surface is set to a light reflection surface having an average reflectance of 1% or more at a wavelength of ~800 nm, the brightness is measured in the region P on the central vertical line Z in the display screen. The peak value Τρ shown in Fig. 6 and Fig. 7. Since the peak value is higher than the maximum value Tq of the shell degree measured in the area q, the brightness near the light source becomes too high, resulting in uneven brightness of the entire surface of the knead surface. Therefore, it is important that the frame member 3 can make the luminance peak value Tp in the region P lower than the luminance maximum value Tq measured in the region Q. From this point of view, it is more preferable that the luminance peak value Tp in the region P is relatively The ratio of the luminance maximum value Tq measured in the region Q is 1.G or less, and further preferably 0.9 to ί. In the frame member 3, it is important that the self-view side (the front side of the liquid crystal panel 2) 100137479 8 201232103 砚 ' 其 部分 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面 背面Improve the brightness of the face. North and then 'If you consider the brightness of the face and the brightness For the suppression of homogenization, the portion or the entire surface of the back surface 3A is preferably a light reflection surface having a wavelength 働 to a fine average reflectance of 10 to 80%, wherein the ratio is 5% or less and further preferably _ or less. However, the area of 5〇% of the back surface 3A of the frame member 3 may be set to an average reflectance of a wavelength of 400 to 800 nm, and the remaining area of the light reflection surface may be an average of the length of the ship. The reflectance is set to 〇%. The shape of the frame member 3 is a side wall portion having a shape of a rectangular frame in a plan view, that is, a side wall portion having a frame shape, and a portion in which one of the side wall portions protrudes inward The job-specific limit m can be exemplified by a shape of a substantially L-shape having a protruding face portion 3a and a hanging edge portion 3b as shown in FIG. 2 when viewed from another side. For example, as shown in FIG. 2, in the case of having a substantially L-shaped shape having a protruding face % and a drooping edge adjacent to 3bb, the entire surface of the protruding face ^ and the sag side and U3b are the above-mentioned light reflecting surface. Moreover, the portion of the back surface of the protruding portion 3a and the hanging edge portion 3b may be protruded, and the entire surface of the back surface of the face portion may be the above-mentioned light reflecting surface, and a part of the back surface of the protruding surface portion is the above-mentioned The light reflecting surface can also be used. For example, the portion of the back surface 3A of the frame member 3 that is disposed in the space surrounded by the light source 5 (in other words, the portion that touches the light source 5 via the space connection 100137479 201232103) may be the light reflecting surface described above. The present frame member 3 is not particularly limited in its material 'which may be formed of a resin or a metal. Further, the frame member is usually colored in a plurality of colors, but the frame member 3 may be colored black or may be colored in other colors. As described above, one or the entire surface of the back surface 3a may be the light reflecting surface described above. The frame member 3 can also be fabricated by attaching a light-reflecting sheet to the back surface of the frame member after the production of a normal frame member, and can also be processed in such a manner that the back surface is shaped into a fine shape after the usual frame member is formed. And made a light reflecting surface. Further, a light reflecting surface may be formed on the back surface of the frame member by metal deposition. As a general method for producing a frame member, for example, particles of a resin composition are injected and filled in a cavity and injection molded. In this case, more specifically, it is preferable to form a frame-like frame (hereinafter also referred to as a flat panel display (FPD) fixing frame) having at least one protrusion or hole or groove for snap fit. For example, it can be produced in the following manner: The burning degree on the test piece of 1.5 mm thickness in the vertical burning test of the specification 1; 1 specification 94 is v_〇, and is not. A pellet composed of a resin composition of a ruthenium compound which is chemically bonded with a gas, a precursor, and a filament is sprayed into the cavity, and the FPD fixing frame is taken out from the cavity. In this case, in addition to the usual injection molding, injection molding: injection molding, gas-assisted injection molding, foaming including injection of a supercritical w body, inlay molding, mold (four) cloth formation, and separation Hot mold forming, rapid heating and cooling mold forming, two-color forming, sandwich secret, and ultra-high speed 100137479 10 201232103 Injection molding. Further, any one of the cold runner method and the hot runner method can be selected. When the light-reflecting sheet is attached to the back surface of the frame member to form the frame member 3, the light-reflecting sheet may be an organic or inorganic filler on the base resin of the resin sheet or a resin which is incompatible with the base resin. A light scattering reflector is produced using the difference between the refractive indices of the base resin and the formulations. Further, by forming a void in the inside of the sheet by stretching the resin sheet, light scattering reflection can be caused by the difference between the refractive index of the void and the base resin. Also, these may be combined. Examples of the base resin described above include cellulose resins such as cellulose triacetate and acetate; polyethylene terephthalate (pET) and polyethylene naphthalate (PEN). Polyurethane resin such as polylactic acid (PLA); polyalkylene resin such as polyethylene (pE), polypropylene (PP), and phthalic acid (COC, COP) resin; polyacrylonitrile phthalic acid (PMMA) Acrylic resin; polycarbonate (pc) resin; and a silicone resin such as polytetrafluoroethylene (PTFE). However, it is not limited to these. Examples of the inorganic filler to be blended in the base resin include self-calcium carbonate, magnesium benzoate, barium carbonate, magnesium sulfate, barium sulfate, calcium sulfate, zinc oxide, magnesium oxide, calcium oxide, titanium oxide, and aluminum oxide. At least one selected from the group consisting of aluminum hydroxide, hydroxyapatite, alumina, mica, talc, kaolin, clay, glass powder, asbestos powder, zeolite, and citrate clay. However, it is not limited to these. Examples of the organic filler which can be used as the base resin include wood green powder, paper powder, and the like, and green cross-linking resin powder such as polymer age and polymer hollow particles. However, it is not limited to these. 100137479 11 201232103 Further, as a non-compatible thermoplastic resin (hereinafter referred to as a non-compatible resin) which can be blended with a base resin, for example, a polyester resin, a polycarbonate resin, a polystyrene resin, An acrylic resin, a polyphenylene ether resin, a polyfluorene resin, a polyolefin resin, or the like. However, it is not limited to these. In the case where light scattering reflection occurs by the difference between the refractive index of the base resin and the above-mentioned formulation, it is preferred that the difference in refractive index between the base resin and the formulation is 0.05 or more, particularly 〇.1 or more, wherein It is further preferably 〇2 or more. In the case of blending an inorganic filler having a large difference in refractive index from the base resin, it is more preferable to appropriately adjust the broad reflectance by appropriately adjusting the filler addition amount or the sample thickness. <Liquid Crystal Display Attack> The frame member 3 is a liquid crystal display device of the edge light-emitting type as shown in Fig. 2, and the liquid crystal display device is mounted on the back surface 3A of the rotating member 3 5, the light reflection toward the frame_piece 3, since more light can be supplied to the liquid and the degree of non-uniformity can be suppressed, so that the balance can be optimally set: the liquid crystal display device of the member 3 For example, as shown in FIG. 1-2, a backlight unit is disposed on the back side of the night sill board 2 as shown in FIG. The liquid 曰曰 : : : : : : : : : : : : ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' A plurality of light sources 5 are disposed at an appropriate interval, and the upper substrate i is placed so as to cover from the side surface portion of the liquid crystal panel portion (four), and the lower wire 8 is disposed on the back side of the reflection plate 7, and the protruding surface 3a of the frame member 3 is inserted. The two are fixed between the liquid crystal panel 2 and the optical sheet 4 h. However, it is not limited to the configuration described above. However, in the form of a sheet-shaped reflector that is bent and shaped and mounted on the upper surface of the light guide plate, 'because the light from the light source is reflected by the light guide plate, the light leaking to the frame member is _ Therefore, it is not suitable for a liquid crystal display device having a frusto-shaped reflector of this type. <Explanation of Terms> "May" in May is a product that is thinner than the Japanese Industrial Standards (JIS, Japanese IndUStrial), and usually has a thickness that is smaller than the length and width; "Mem" means a thinner product which is extremely small in thickness and arbitrarily defines the maximum thickness as compared with the length and width, and is usually referred to as a roll supplier (Japanese Industrial Standard; ISK_). For example, in terms of thickness In the narrow sense, the person who is more than /zm is called a film, and the person who is less than (10) (four) is called a film. However, since the boundary between the film and the film is not clear, and it is not necessary to distinguish between the two in the present invention, the present invention In the case of "film", "film" is included, and even when it is called "sheet", "film" is included. In the present invention, 'expressed as "X to Y" (x, Y) In the case of any number, unless otherwise specified, 'meaning "below γ or more" means "better than X" and "preferably less than Υ". 100137479 13 201232103 In the present invention, the expression is "X or more" (X is an arbitrary number) Word)
況下，未特別說明時’包含「較佳為大於x」之意，表述為「Y 以下」（γ為任意之數字)之情況下，未特別說明時，包含「較 佳為小於Y」之意。 <實施例> 以下示出實施例’更具體地說明本發明，但本發明並不限定 於該等。 [測定及評估方法] r先，對於針對實施例及比㈣所獲得之樣柄實施之各物 性值之測疋方法，進行說明。 (透光率） 於分光光度計（「U-4000」，日立製作所(股)製造)上安裝積分 球’測定相對於550 nm之光之穿透率。再者，於測定前，以 氧化鋁白板之反射率為100%之方式設定光度計。 (反射率） : 於分光光度計（「11-4000」，曰立製作所(股)製造)上安裝積分 球，測定相對於波長400〜800 nm之光之反射率。而且，表i 表示相對於波長400〜800 nm之光之平均反射率。再者，於測 疋刖，以乳化銘白板之反射率為100%之方式設定光度計。 (亮度） 冗度係使用梵度不均計（CA-2000，KONICA MINOLTA Sensing股份有限公司製造），以標準透鏡、測定距離im、累 100137479 14 201232103 計次數16次、像素數撕彻之設定進行測定，算出9 均亮度及面整體平均亮度。9點平均亮度相8所示之$點之 亮狀平均，面整體平均亮度為發光面整體之亮度之平均。 於實施例及比較例之全部測定中，使用由圖4_圖$所示之 構成所構成之液晶顯示裝置(17英奴液晶電視），卸除液晶而 使用。構件以外之構件（亮度提昇A、稜鏡片、擴散 片、導光板、反射片）’直接使用上述顯示器之初始狀態者。月 再者’圖4絲示自上魏晶電視之正峨察之概略圖者， 圖5係於上述電視之背光單元組人本發明之框狀之框架3時的 核式圖。. 又’於圖3所示之顯示晝面10中，於配置有光源5之晝面 ^緣部，即與晝面下邊緣之長度方向正交之中央垂直線2上測 疋党度，圖7表^：自畫面τ邊緣之轉與亮度之義。而且， 於中央垂直線Ζ上’求出僅遠雜體長度L之抓之長度之位 置為止的區域(亦稱作「區域P」)中所測定之最大點亮：邛、 、及比上it 5/。之長度更运之位置之區域(亦稱作「區域q」） 中所測定之最大點亮度Tq。 <實施例1> 若使用「反射率32%之框架構件」’則顯示器之9點平均亮 度提昇至「5147.G」，亮度不均未擴展。又，確認：與於區^ 中所測^之最大點亮度仰減，於區域Q所測定之最大點亮 度Tq更大。又，光源附近之亮度不均亦未擴展。 100137479 15 201232103 此時，「反射率32%之框架構件」係如圖2所示，具有如長 方形之邊框之框狀的側壁部(下垂邊緣部3b)及突出面部3a，於 突出面部3a之背面整體上，將反射率32%之片貼附於初始框 架構件上。 「反射率32%之片」係將COP(ZEONORRCY15,日本ΖΕΟΝ 公司製造)與 PP(NOVATEC ΕΑ9，japan Polypropylene 股份有 限公司製造）以75 : 25之比例混合，供給至加熱至2〇〇〇c之擠 出機，使用該擠出機以20(TC進行混煉，接著，藉由τ字模將 熔融狀態之樹脂組成物擠出為片狀者，厚度為165 。 <實施例2> 若使用「反射率57%之框架構件」，則顯示器之9點平均亮 度提昇至「5268.9」，亮度不均未擴展。又，確認：與於區域p 中所測定之最大點亮度Tp相比，於區域Q中所測定之最大點 亮度Tq更大。又，光源附近之亮度不均亦未擴展。 此時’「反射率57%之框架構件」係如圖2所示，具有如長 方形之邊框之框狀之側壁部（下垂邊緣部3b)及突出面部3a，於 突出面部3a之背面整體上貼附反射率57%之片。 「反射率57%之片」係將PC(H4〇〇〇，MitsubishiIn the case where the meaning of "preferably greater than x" is included, and the expression "Y is below" (where γ is an arbitrary number), unless otherwise specified, "preferably less than Y" is included. meaning. <Examples> Hereinafter, the present invention will be more specifically described by way of Examples, but the present invention is not limited thereto. [Measurement and Evaluation Method] r First, the method for measuring the physical property values of the sample shank obtained in the examples and (4) will be described. (Light transmittance) The integrating sphere was mounted on a spectrophotometer ("U-4000", manufactured by Hitachi, Ltd.) to measure the transmittance with respect to light of 550 nm. Further, the photometer was set so that the reflectance of the alumina white plate was 100% before the measurement. (Reflectance): An integrating sphere was attached to a spectrophotometer ("11-4000", manufactured by Hitachi, Ltd.), and the reflectance of light with respect to a wavelength of 400 to 800 nm was measured. Moreover, Table i represents the average reflectance of light with respect to a wavelength of 400 to 800 nm. Furthermore, in the measurement, the photometer was set so that the reflectance of the emulsified whiteboard was 100%. (Brightness) The redundancy is calculated using the Brahman's unevenness meter (CA-2000, manufactured by KONICA MINOLTA Sensing Co., Ltd.) with a standard lens, a measurement distance im, a cumulative number of times of 16137479 14 201232103, and a pixel number tear setting. The measurement was performed to calculate 9 average brightness and overall average brightness of the surface. The 9-point average brightness phase 8 shows a bright average of the dots, and the overall average brightness of the face is the average of the brightness of the entire light-emitting surface. In all the measurements of the examples and the comparative examples, a liquid crystal display device (17 Inno LCD TV) constituted by the configuration shown in Fig. 4 - Fig. is used, and the liquid crystal was removed and used. The member other than the member (brightness enhancement A, cymbal, diffusion sheet, light guide plate, reflection sheet)' directly uses the initial state of the above display. Fig. 4 shows a schematic diagram of the front view of the Weijing TV, and Fig. 5 is a nucleus diagram of the frame 3 of the present invention. Further, in the display pupil 10 shown in FIG. 3, the edge portion of the light source 5 is disposed, that is, the central vertical line 2 orthogonal to the longitudinal direction of the lower edge of the pupil surface is measured. 7 Table ^: From the edge of the picture τ and the meaning of brightness. Moreover, the maximum lighting measured in the area (also referred to as "area P") of the position of the length of the grip of the far-length body L only on the central vertical line 邛: 邛, 、, and ratio 5/. The maximum point brightness Tq measured in the area where the length is further moved (also referred to as "area q"). <Example 1> When the "frame member having a reflectance of 32%" was used, the 9-point average brightness of the display was raised to "5147.G", and the brightness unevenness was not expanded. Further, it is confirmed that the maximum brightness Tq measured in the area Q is larger than the maximum point brightness measured in the area ^. Moreover, the unevenness in brightness near the light source is not expanded. 100137479 15 201232103 In this case, as shown in FIG. 2, the frame member having a frame shape of 32% has a frame-shaped side wall portion (a hanging edge portion 3b) and a protruding surface portion 3a on the back surface of the protruding surface portion 3a. Overall, a sheet having a reflectance of 32% was attached to the initial frame member. "32% of the reflectance" is a mixture of COP (ZEONORRCY15, manufactured by Nippon Paint Co., Ltd.) and PP (NOVATEC ΕΑ9, manufactured by Japan Polypropylene Co., Ltd.) at a ratio of 75:25, and is supplied to a heating of 2 〇〇〇c. The extruder was kneaded at 20 (TC) using the extruder, and then the resin composition in a molten state was extruded into a sheet shape by a τ-shaped mold to have a thickness of 165. <Example 2> In the frame member with a reflectance of 57%, the 9-point average brightness of the display is raised to "5268.9", and the brightness unevenness is not expanded. Further, it is confirmed that the area Q is larger than the maximum point brightness Tp measured in the area p. The maximum spot brightness Tq measured in the middle is larger. In addition, the uneven brightness near the light source is not expanded. At this time, 'the frame member having a reflectance of 57% is as shown in Fig. 2, and has a frame shape like a rectangular frame. The side wall portion (the hanging edge portion 3b) and the protruding surface portion 3a are attached to the entire back surface of the protruding surface portion 3a with a sheet having a reflectance of 57%. "The sheet having a reflectance of 57%" is a PC (H4〇〇〇, Mitsubishi)
Engineering-Plastics 公司製造）顆粒與氧化鈦(Kronos223〇，Manufactured by Engineering-Plastics, granules and titanium oxide (Kronos223〇,
Kronos公司製造)以99.5 : 0.5之比例混合後，供給至加熱至 200 C之撥出機，使用該擠出機以2〇〇°c進行混煉，接著，藉 由T字模將熔融狀態之樹脂組成物擠出為片狀者，厚度為4〇〇 100137479 16 201232103 # m。 <實施例3> 若使用「反射率68%之框架構件」，則顯示器之9點平均亮 度提幵至「5318.3」，亮度不均未擴展。又，確認：與於區域p 中所測定之最大點亮度Tp相比，於區域Q中所測定之最大點 壳度Tq更大。又，光源附近之亮度不均亦未擴展。 此時，「反射率68%之框架構件」係如圖2所示，具有如長 方形之邊框之框狀之側壁部（下垂邊緣部3b)及突出 面部3a，於 突出面部3a之背面整體上貼附反射率68%之片。 「反射率 680/〇之片」係將 pla(NW3001D : NatureWorks 公 司製造，L體含量98.5%、D體含量1.5%)之顆粒與硫酸鋇 (B_55 : Sakai Chemical Industry 公司製造）以乃：25 之比例混 合後，供給至加熱至200。(：之擠出機，使用該擠出機以2〇(rc 進行混煉’接著，藉由T字模將熔融狀態之樹脂組成物擠出為 片狀者，厚度為400 。 <實施例4> 若使用「反射率76%之框架構件」，則顯示器之9點平均亮 度提昇至「」’亮度不均未擴展。又，確認：與於區域p中所 測定之最大點亮度Tp相比，於區域Q中所測定之最大點亮度 Tq更大。又，光源附近之亮度不均亦未擴展。 「反射率76°/〇之框架構件」係如圖2所示，具有如長方形之 邊框之框狀之側壁部(下垂邊緣部3b)及突出面部3a，於突出面 ^00137479 17 201232103 部3a之背面整體上貼附反射率68%之片。 「反射率76%之片」係將PC(H4_，Kronos company, mixed in a ratio of 99.5:0.5, supplied to a dispenser heated to 200 C, and kneaded at 2 ° C using the extruder, followed by a molten resin by a T-die The composition is extruded into a sheet and has a thickness of 4〇〇100137479 16 201232103 # m. <Example 3> When the "frame member having a reflectance of 68%" was used, the 9-point average brightness of the display was raised to "5318.3", and the brightness unevenness was not expanded. Further, it was confirmed that the maximum point size Tq measured in the area Q is larger than the maximum point brightness Tp measured in the area p. Moreover, the unevenness in brightness near the light source is not expanded. At this time, as shown in Fig. 2, the frame member having a reflectance of 68% has a frame-like side wall portion (a hanging edge portion 3b) and a protruding surface portion 3a as a rectangular frame, and is attached to the entire back surface of the protruding surface portion 3a. A sheet with a reflectivity of 68%. "Reflection 680 / 〇 片" is a pla (NW3001D: NatureWorks company, L body content 98.5%, D body content 1.5%) particles and barium sulfate (B_55: Sakai Chemical Industry company) to be: 25 After mixing in proportion, supply to heat to 200. (: The extruder was kneaded by 2 Torr (rc) using the extruder. Then, the resin composition in a molten state was extruded into a sheet shape by a T-die, and the thickness was 400. <Example 4> If the "frame member with a reflectance of 76%" is used, the 9-point average brightness of the display is raised to "". The brightness unevenness is not expanded. Also, it is confirmed that compared with the maximum point brightness Tp measured in the area p, The maximum point brightness Tq measured in the area Q is larger. Moreover, the brightness unevenness near the light source is not expanded. The "frame member having a reflectance of 76 ° / 〇" is as shown in FIG. The frame-shaped side wall portion (the hanging edge portion 3b) and the protruding surface portion 3a are attached to the back surface of the protruding surface ^00137479 17 201232103 portion 3a as a whole with a sheet having a reflectance of 68%. "The sheet having a reflectance of 76%" is a PC ( H4_,
Engineering_Plastics公司製造)顆粒與氧化欽(Kr〇_ m K腦〇s公司製造）以98·5 : u之比例混合後，供給至加熱至 200°C之擠出機，使用該擠出機以2〇〇ΐ進行混煉，接著，藉 由τ子模絲融狀態之樹脂組成物擠出為片狀者，厚度為· // m。 <比較例1> 若使用「反射率6〇/〇之框架構件」，則顯示器之9點平均亮度 為「5014.9」。於區域P上未測定亮度之峰值。 儿又 雖未確認光源附近之亮度不均，但晝面整體之亮度較低，晝 面較暗。 上述之「反射率6%之框架構件」係直接利祕用於液晶電 視(TH-L17F卜Panasonic股份有限公司製造)之初始框架構件 (如圖2所示，具有如長方形之邊框之框狀之側壁部(下垂邊緣 部3b)及突出面部3a的框架構件)者。 <比較例2> 右使用「反射率99.5%之框架構件」，則顯示器之9點平均 亮度提昇至「篇.3」，但產生日賴之統不均。又，確認： 與於區域P巾所測定之最大點亮度Tp相比，於區域卩中所測 定之最大點亮度Tq更小。 「反射率99.5%之框架構件」係如圖2所示，具有如長方形 100137479 18 201232103 之邊框之框狀之侧壁部(下垂邊緣部3b)及突出面部3a，於突出 面部3a之背面整體上貼附反射率99.5%之片。 「反射率99.5%之片」係將重量平均分子量2〇萬之乳酸系 . 聚合體(NW3001D ’ NatureWorks公司製造，l體含量98.5%、Manufactured by Engineering_Plastics, granules and oxidized chin (manufactured by Kr〇_ m K 〇 〇 s) were mixed at a ratio of 98·5 : u, and then supplied to an extruder heated to 200 ° C, using the extruder to 2 The crucible is kneaded, and then the resin composition of the τ sub-filament melt state is extruded into a sheet shape, and the thickness is · // m. <Comparative Example 1> When "frame member having a reflectance of 6 〇 / 〇" was used, the 9-point average luminance of the display was "5014.9". The peak of the luminance was not measured on the area P. Although the brightness near the light source is not confirmed to be uneven, the overall brightness of the surface is low and the surface is dark. The above-mentioned "frame member having a reflectance of 6%" is directly used for the initial frame member of a liquid crystal television (TH-L17F Bu Panasonic Co., Ltd.) (as shown in Fig. 2, it has a frame shape like a rectangular frame). The side wall portion (the hanging edge portion 3b) and the frame member of the protruding surface portion 3a). <Comparative Example 2> When the "frame member having a reflectance of 99.5%" was used right, the 9-point average brightness of the display was raised to "Article 3.", but the uniformity of the day was caused. Further, it was confirmed that the maximum point luminance Tq measured in the area 更 was smaller than the maximum point luminance Tp measured in the area P towel. As shown in Fig. 2, the frame member having a reflectance of 99.5% has a frame-like side wall portion (a hanging edge portion 3b) and a protruding surface portion 3a as a frame of a rectangle 100137479 18 201232103, and is entirely on the back surface of the protruding surface portion 3a. A sheet with a reflectance of 99.5% is attached. "The sheet having a reflectance of 99.5%" is a lactic acid system having a weight average molecular weight of 20,000. The polymer (manufactured by NW3001D ' NatureWorks Co., Ltd., having a body content of 98.5%,
* D體含量1.5%)之顆粒、利用氣法製程之金紅石型氧化鈦 (Ti-PureR-105 ’ DuPont公司製造）、及聚丙烯之顆粒(N〇VATEC PPFY-4 ’ Japan Polypropyiene 公司製造，mfr=5 g/1〇 min)以 33 . 50 . 17之質1比例混合而形成混合物。相對於該混合物 1〇〇質量伤，添加防水解劑(二(二異丙基苯基)碳二亞胺)2 5質 星伤進而作為SEBS系化合物之丁二烯成分導入型之苯乙烯 -乙烯丁烯-苯乙烯嵌段共聚物，jsr公司製 造，丁二烯/苯乙烯/乙烯/丁烯=1/14/30/55 wt%)3.5質量份，混 合後’使用雙軸擠出機進行顆粒化，製作所謂母料，將該母料 與上述乳酸系聚合體以60 : 40之質量比例混合，製作樹脂組 成物’將所獲得之樹脂虹成物供給至加熱至2〇(TC之擠出機， 使用雜出機以2〇(rc進行混煉，接著，藉由T字模將炼融狀 • 樹^組成物擠出為片狀，將冷卻固化而獲得之膜以68°c ； 中進行2.8倍輥延伸後，進而藉由以68t：於TD中進行 °拉中田^伸而進行雙軸延伸，進而以14(TC進行熱處理而# 得之厚度⑼心之反_。 Λ 100137479 19 201232103 [表i]* particles having a D content of 1.5%), rutile-type titanium oxide (Ti-PureR-105 'DuPont) manufactured by a gas process, and particles of polypropylene (N〇VATEC PPFY-4 'Japan Polypropyiene Co., Ltd., Mfr = 5 g / 1 〇 min) was mixed at a mass ratio of 33.50. 17 to form a mixture. Adding a water-repellent agent (di(diisopropylphenyl)carbodiimide) to a mass loss of 1 质 of the mixture, and adding styrene as a butadiene component of the SEBS-based compound. Ethylene butene-styrene block copolymer, manufactured by JSr, butadiene/styrene/ethylene/butene=1/14/30/55 wt%) 3.5 parts by mass, after mixing 'using a twin-screw extruder Granulation was carried out to prepare a so-called masterbatch, and the masterbatch and the lactic acid-based polymer were mixed at a mass ratio of 60:40 to prepare a resin composition, and the obtained resin siphon was supplied to a heating of 2 Torr (TC). The extruder was kneaded by using a hopper at 2 Torr (rc), and then the composition of the smelt-like structure was extruded into a sheet shape by a T-shaped mold, and the film obtained by cooling and solidifying was 68 ° C; After the 2.8-fold roll extension was carried out, the biaxial stretching was carried out by performing 68 t: stretching in the TD, and further, the heat treatment was carried out by 14 (TC) and the thickness (9) of the heart was reversed. Λ 100137479 19 201232103 [Table i]
可知：其結果為，藉由於框架構件之背面設置波長 400〜800 nm上之平均反射率為肌以上之歧射面，可使晝面之亮度 車乂佳地提同’此時，藉由與於區域p中所測^之最大點亮度 办相比，使於區域Q中所測定之最大點亮度Μ更大，可抑制 亮度不均，特別是光源附近之亮度不均。 【圖式簡單說明】 圖1係用以3兒明液晶顯示裝置之構成之一例的分解立體圖。 圖2係用以說明液晶顯示裝置(特別是背光)之構成之一例的 剖面圖。 圖3係況明性地表示使用實施例及比較例之框架構件構成 液晶顯示裝置讀況下，自正面（或上表面)舰晶顯示裝置之 顯示晝面進行觀察之構成的圖。 圖4係表示使用實施例及比較例之框架構件而構成液晶顯 示#置之If;兄下’液晶顯*裝置之顯示畫面的前視圖（或俯視 圖）。再者’圖4中之L1=213麵、L2=233咖、u=375酿、 L4=397 mm。 圖5係表示使用實施例及比較例之框架構件而構成液晶顯 100137479 20 201232103 不裝置之情況下之各尺寸的剖面圖。再者，目$中之l5=4〇 mm、L6=9_5 mm、L7=7.〇 mm。 圖6係表示使用本發明之框架構件而構成液晶顯示裝置之 情況下，顯示晝面中之亮度之分佈之一例的圖。 圖7係表不使用實施例及比較例之框狀框架而構成液晶顯 不裝置之情況下，自顯示晝面之晝面下邊緣之距離與亮度之關 係的圖表。 圖8係於實施例及比較例中將亮度之測定部位表示於晝面 上的圖。 【主要元件符號說明】 1 上底板 2 液晶面板 3 框架構件(模具框架) 3a 突出面部 3b 下垂邊緣部 4 光學片 5 燈(光源） 6 導光板 7 反射板 8 下底板 10 顯示晝面 L 縱向之整體距離 100137479 21 201232103 P 遠離3〜5%之位置 Z 中央垂直線 100137479 22It can be seen that, as a result, since the average reflectance at a wavelength of 400 to 800 nm on the back surface of the frame member is a convex surface above the muscle, the brightness of the surface can be improved. Compared with the maximum point brightness measured in the area p, the maximum point brightness 测定 measured in the area Q is made larger, and unevenness in brightness, particularly unevenness in brightness near the light source, can be suppressed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing an example of a configuration of a liquid crystal display device. Fig. 2 is a cross-sectional view showing an example of a configuration of a liquid crystal display device (particularly, a backlight). Fig. 3 is a view schematically showing a configuration in which the display surface of the front (or upper surface) ship crystal display device is observed under the condition that the liquid crystal display device is read using the frame member of the embodiment and the comparative example. Fig. 4 is a front view (or a plan view) showing a display screen of a liquid crystal display device using the frame members of the examples and the comparative examples. Further, in the figure 4, L1 = 213 faces, L2 = 233 coffees, u = 375 brews, and L4 = 397 mm. Fig. 5 is a cross-sectional view showing the dimensions of the liquid crystal display 100137479 20 201232103 without using the frame members of the examples and the comparative examples. Furthermore, l5=4〇 mm, L6=9_5 mm, and L7=7.〇 mm in the item $. Fig. 6 is a view showing an example of the distribution of the brightness in the pupil plane when the liquid crystal display device is constructed using the frame member of the present invention. Fig. 7 is a graph showing the relationship between the distance from the lower edge of the facet surface of the facet and the brightness when the liquid crystal display device is not used in the frame frame of the embodiment and the comparative example. Fig. 8 is a view showing the measurement portion of the luminance on the pupil surface in the examples and the comparative examples. [Main component symbol description] 1 Upper substrate 2 Liquid crystal panel 3 Frame member (mold frame) 3a Projection surface 3b Sagging edge portion 4 Optical sheet 5 Lamp (light source) 6 Light guide plate 7 Reflector plate 8 Lower substrate 10 Display surface L Longitudinal Overall distance 100137479 21 201232103 P away from 3 to 5% position Z central vertical line 100137479 22