201104305 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種液晶顯示器，且特別是有關於 一種液晶顯示器之框架。 【先前技術】 液晶顯示器（Liquid Crystal Display ; LCD)具有高畫 質、體積小、重量輕、低電壓驅動、低消耗功率及應用201104305 VI. Description of the Invention: [Technical Field] The present invention relates to a liquid crystal display, and more particularly to a frame of a liquid crystal display. [Prior Art] Liquid Crystal Display (LCD) has high image quality, small size, light weight, low voltage drive, low power consumption and application.
範圍廣等優點’故已廣泛的應用於可攜式電視、行動電 話、攝錄放影機、筆記型電腦、桌上型顯示器、以及投 影電視等、;肖費性電子或電難品中，成為顯示器的主 流。 淡曰^著^顯示㈣尺寸越做越A，如何有效地減少 域曰邊框的厚度，而不降低液晶顯示器的可視區 域，便成為-個重要的課題。尤其是在需 厚:邊框會在拼接時嚴重地影響 框厚度的拼接時邊 【發明内容】 因此本發明的目的就 一 梅架：減少液晶顯示器之邊框的厚度〜顯示器之 含框例’提出-種液晶顯示器，包 3 C朱夜曰曰面板，及背光模組。框架勺八办 具有相對之第—長邊*第_ ” ^ S底面’底面 长透〇第一長邊，以及相對之第一短邊 201104305 與第二短邊。框架包含有設置於第一長邊上之第一抵擋 部、設置於第二長邊上之第二抵擋部、設置於第一短邊 與第二短邊上之第一彎折部與第二彎折部。其中第一抵 擋部之高度小於第二抵擋部之高度。第一彎折部包含有 與底面平行之支撐面’第二彎折部包含有與底面平行之 壓制面，其中第二彎折部之高度大於第一彎折部之高 度。背光模組設置於支撐面與底面之間。液晶面板設置 於壓制面與支樓面之間。It has a wide range of advantages, so it has been widely used in portable TVs, mobile phones, camcorders, notebook computers, desktop monitors, and projection TVs; in the electronic or electric hardships, Become the mainstream of the display. It is an important issue to reduce the thickness of the border of the area without reducing the visible area of the liquid crystal display. In particular, when the thickness is required: the frame will seriously affect the splicing time of the frame thickness during splicing. [The present invention] Therefore, the object of the present invention is to reduce the thickness of the frame of the liquid crystal display to the frame of the display. A liquid crystal display, including a 3 C Zhu night panel, and a backlight module. The frame spoon has eight opposite sides - the long side * the first _" ^ S bottom surface of the bottom surface is long through the first long side, and the first short side 201104305 and the second short side. The frame is included in the first long a first resisting portion on the side, a second resisting portion disposed on the second long side, a first bent portion and a second bent portion disposed on the first short side and the second short side, wherein the first resisting portion The height of the portion is smaller than the height of the second resisting portion. The first bent portion includes a supporting surface parallel to the bottom surface. The second bent portion includes a pressing surface parallel to the bottom surface, wherein the height of the second bending portion is greater than the first portion The height of the bent portion is provided between the support surface and the bottom surface, and the liquid crystal panel is disposed between the pressing surface and the support floor.
一*乐一芩斫。卩之向度近似於該第一抵擋部之高度。第 之w度近似於第二抵擋部之高度。框架更包含 擋部，側擋部設置於第—短邊，第—短邊之第一彎 含有膠帶，膠帶黏貼液日^之間。液晶顯不斋另包 於膠帶與第二抵擋部::面板與側擋部’使液晶面板位 凸耳翻摺後位於第―抵^其中侧擋部可包含有凸耳， 與第二抵擋部之間。背上方’使液晶面板位於凸耳 部與第一彎折部之間具模級包含有軟性電路板，側擋 出。液晶面板包含有曰軟性有間隔’軟十生電路板由間隔穿 應第一短邊，以從第一電路板，軟性電路板設置於對 邊包含兩第二彎折部與。卩上方穿出。框架之第二短 第二彎折部之間。液晶、广一彎折部，第一彎折部位於兩 貼液晶面板與鄰近第示器中另包含有膠帶，膠帶點 板位於膠帶與第二抵产;^ °卩之第一彎折部，使液晶面 第二彎折部包含有凸^#之間。其中鄰近第一抵擋部之 方，使液晶面板位於凸耳翻摺後位於第一抵擋部上 、耳與第二抵檔部之間。其中底 201104305 面第一抵擋部、第二抵擋部、第一彎折部，及第二彎 折部之厚度約為0.27公釐(mm)至0.33公釐（mm)。One is happy. The orientation of the 近似 is similar to the height of the first abutment. The first w degree approximates the height of the second resisting portion. The frame further includes a blocking portion, the side stop portion is disposed on the first short side, and the first curved portion of the first short side contains the tape, and the tape is adhered to the liquid day. The liquid crystal display is not packaged in the tape and the second resisting portion: the panel and the side stop portion are arranged to be folded in the liquid crystal panel, and the first side stop portion may include a lug and a second resisting portion. between. The top of the back is such that the liquid crystal panel is located between the lug portion and the first bent portion and has a flexible circuit board, and the side is blocked. The liquid crystal panel contains a flexible spacer. The soft ten-circuit board is designed to be spaced apart from the first short side to be separated from the first board, and the flexible circuit board is disposed on the opposite side to include two second bent portions. Wear it over the top. The second short of the frame is between the second bends. The liquid crystal and the wide-bend portion, the first bent portion is located in the two-ply liquid crystal panel and the adjacent display device, and further comprises a tape, the tape point plate is located at the first bending portion of the tape and the second offset; The second bent portion of the liquid crystal surface is included between the bumps. Adjacent to the first resisting portion, the liquid crystal panel is located between the first resisting portion and the second abutting portion after the lug is folded. The thickness of the first resisting portion, the second resisting portion, the first bent portion, and the second bent portion of the surface 201104305 is about 0.27 mm (mm) to 0.33 mm (mm).
本發明之另一態樣為一種液晶顯示器的組裝方 法包含提供前述之框架’接著，置放背光模組於支樓 面與底面之間，接著，置放液晶面板於支撐面與壓制面 ]/、中液晶面板由第一長邊滑入支樓面與壓制面之 間。其中提供框架之步驟包含彎折板材，以在底面上形 成，一抵擋部、第二抵擋部、第一彎折部，以及第二彎 =部。此方法更包含黏貼料，膠帶黏貼液晶面板與框 本發明之又—態樣為一種用於液晶顯 面’其中底面具有第一邊、第二邊、第 :邊：及第四邊’第一邊對應於第三邊，第 於邊1架包含有設置第-邊上之第-抵擋部、：置 部。ί蠻ί第〜彎折部’以及設置於第二邊上之侧擋 第抵撐行於底⑽ -抵擔部的折部之間，且侧擋部的高度大於第 彎折部，且第二#=另包含有設置於第二邊上之第二 間，第二彎折4=立於第一抵擋部與第二彎折部之 ^^. ^ ρ另包含平行於底面之壓制面，且厭 ===第的高广框架另包含設置-第三邊上 高度。 且第二抵擋部的高度大於第1撐部的 本發明之再_ 二前述之液晶顯示 態樣為一種組合式顯示器模組，包含 器，液晶顯示器之其中之〜的第一抵 201104305 擋部與另一液晶顯示器之第一邊或第三邊緊密接觸。第 一抵擋部的厚度介於0.27公釐(mm)與〇.33公釐(mm) 之間。液晶顯示器之液晶面板之間的距離介於0 54公 釐(mm)與0.66公釐（mm)之間。 本發明之再一態樣為一種液晶顯示器的組裝方 法，包含將背光模組設置於框架中，將液晶面板自第一 抵擋部的上方，插入框架中，使液晶面板在支撐面上滑 動。或者，使液晶面板在壓制面下滑動。待液晶面板碰 • 觸第二抵擋部後，停止插入液晶面板。此方法更包含黏 貼膠帶於側擂部及液晶面板，以固定液晶面板於膠帶與 第二抵擋部之間。此方法更包含翻摺側擋部之凸耳，使 翻摺後之凸耳位於第-抵擋部上方，以1^液晶面板於 翻摺後之凸耳與第二抵檔部之間。 、本發明之框架為透過彎折板材而成，液晶顯示器的 液晶面板與背光模組可直接組裝在框架之中而分別透 過第-彎折部、第二彎折部、第—抵擋部、第二抵播部 籲固定。其中第-抵擔部與第二抵擋部可視為液晶顯示器 的邊框’而在拼接多個液晶顯示器時有效地減少邊框的 厚度。 【實施方式】 以下將以圖式及詳細說明清楚說明本發明之精 神’任何所屬技術領域中具有通常知識者在瞭解本發明 讀佳實施例後’當可由本發明所教示之技術，加二改 變及修飾，其並不脫離本發明之精神與範圍。 201104305 參照第1圖，苴係纟备示★政 第-實施例的局部示：圖。之液晶顯示器之框架 110,底面U0具有第一邊112表100中包含有底面 116與第四邊（圖中未繪示），㈠^邊114、第三邊 第三邊…，第二邊114為對應中於第^ 11架100包含有設置於第一邊 120、設置於第二邊114之第-二二第-抵擋部 140。复φ榀执A 卩130與側擋部Another aspect of the present invention is a method for assembling a liquid crystal display comprising providing the aforementioned frame. Next, a backlight module is placed between the support floor and the bottom surface, and then the liquid crystal panel is placed on the support surface and the pressing surface. The middle liquid crystal panel slides from the first long side into between the support floor and the pressing surface. The step of providing the frame includes bending the sheet to form on the bottom surface, a resisting portion, a second abutting portion, a first bent portion, and a second curved portion. The method further comprises an adhesive material, and the adhesive tape is attached to the liquid crystal panel and the frame. The invention is further characterized in that the liquid crystal display surface has a first side, a second side, a first side: a fourth side and a first side. The side corresponds to the third side, and the first side of the frame includes a first-impinging portion on the first side, and a portion. ί ί 第 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯The second #= further includes a second portion disposed on the second side, and the second bending portion 4=the first resisting portion and the second bent portion are ^^. ^ ρ further comprises a pressing surface parallel to the bottom surface, And the versatile === the first high-wide frame also contains the setting - the height on the third side. And the second resisting portion has a height greater than that of the first supporting portion. The liquid crystal display aspect is a combined display module, including a first one of the liquid crystal display, and the first portion of the liquid crystal display The first or third side of the other liquid crystal display is in close contact. The thickness of the first resisting portion is between 0.27 mm (mm) and 〇33 mm (mm). The distance between the liquid crystal panels of the liquid crystal display is between 0 54 mm (mm) and 0.66 mm (mm). Still another aspect of the present invention is a method of assembling a liquid crystal display, comprising: disposing a backlight module in a frame, inserting the liquid crystal panel from above the first resisting portion into the frame, and sliding the liquid crystal panel on the supporting surface. Alternatively, the liquid crystal panel is slid under the pressed surface. Wait until the LCD panel touches • After touching the second resisting part, stop inserting the LCD panel. The method further includes attaching the adhesive tape to the side hem and the liquid crystal panel to fix the liquid crystal panel between the tape and the second abutting portion. The method further includes folding the lug of the side stop portion such that the folded lug is located above the first resisting portion, and the liquid crystal panel is between the folded lug and the second abutting portion. The frame of the present invention is formed by bending a plate material, and the liquid crystal panel and the backlight module of the liquid crystal display can be directly assembled in the frame and respectively pass through the first bending portion, the second bending portion, the first resisting portion, and the first Second, the Ministry of Broadcasting called for a fixed call. The first-butting portion and the second abutting portion can be regarded as the frame of the liquid crystal display, and the thickness of the frame is effectively reduced when splicing a plurality of liquid crystal displays. BRIEF DESCRIPTION OF THE DRAWINGS The spirit of the present invention will be clearly described in the following drawings and detailed description. 'Anyone skilled in the art can understand the preferred embodiment of the present invention. And modifications may be made without departing from the spirit and scope of the invention. 201104305 Referring to Figure 1, the system is shown in a partial view of the embodiment. The bottom surface U0 of the liquid crystal display has a first side 112. The table 100 includes a bottom surface 116 and a fourth side (not shown), (1) a side 114, a third side a third side, and a second side 114. The first and second two-but-resisting portions 140 are disposed on the first side 120 and on the second side 114.榀 榀 榀 A 卩 130 and side stops
婦部、12插部刚為設置於第—彎折部13G與第- 第I二：之間’或側擋部140係設置於第-邊112 14〇之^、UG與第二邊114所夾之角隅處。側擔部 间又為大於第一抵擋部12〇之高度，較佳地可近 =於（或等於）第一彎折部130之高度。第—彎折部13〇 ”側擋部14〇之間具有間隔142。第一彎折部13〇包含 有支擇面132 ’支撐面132為平行於底面11〇。 框架1〇〇更包含有設置於第二邊114上之第二彎折 部150’其中第一彎折部13〇為位於第二彎折部15〇與 側擋部140之間。第二彎折部15〇具有壓制面152，壓 制面152為平行於底面no。其中第二彎折部15〇的高 度為大於第一彎折部130的高度’即壓制面152與底面 110之間的間距大於支撐面132與底面11〇之間的間 距〇 框架100更包含有設置於第三邊116上的第二抵擋 部160’其中第二彎折部丨50位於第一彎折部13〇與第 二抵擋部160之間，或第二彎折部150係設置於第二邊 U4與第三邊116所夾之角隅處。第一邊112上之第一 201104305 抵擋部120的高度小於第三邊丨16上 的高度。 之第二抵擋部160 參照第2 B，其係繪示本發明之潘曰 第二實施例的扃鄯示意圖。樞架1〇〇二負不器之框架 設置於底面110 &第一邊112上的當=有底面110、 置於底面110之第三邊116上之第二=擋部120、設 設置於底面11GI第四邊118上的第ΌΡ160,以及 二弯折部⑽其中第二抵擋部The female part and the 12-portion portion are disposed between the first-bend portion 13G and the first-first two-phase or the side-stop portion 140 is disposed on the first side 112, the UG and the second side 114. The corner of the folder is at the corner. The side shoulder portions are again greater than the height of the first resisting portion 12A, preferably near (or equal to) the height of the first bent portion 130. The first bent portion 13A has a space 142 between the side stops 14 。. The first bent portion 13 〇 includes a supporting surface 132 ′ the supporting surface 132 is parallel to the bottom surface 11 〇. The second bending portion 150 ′ disposed on the second side 114 is disposed between the second bending portion 15 〇 and the side blocking portion 140. The second bending portion 15 〇 has a pressing surface 152, the pressing surface 152 is parallel to the bottom surface no. The height of the second bending portion 15 is greater than the height of the first bending portion 130, that is, the spacing between the pressing surface 152 and the bottom surface 110 is greater than the supporting surface 132 and the bottom surface 11 The spacing between the cymbals 〇 frame 100 further includes a second abutting portion 160 ′ disposed on the third side 116 , wherein the second bending portion 丨 50 is located between the first bending portion 13 〇 and the second abutting portion 160 , Or the second bending portion 150 is disposed at a corner of the second side U4 and the third side 116. The height of the first 201104305 resisting portion 120 on the first side 112 is smaller than the height of the third side flange 16. The second resisting portion 160 refers to the second B, which is a schematic view of the second embodiment of the pant of the present invention. The frame of the device is disposed on the bottom surface 110 & the first side 112 of the second surface 118 when the bottom surface 110 is disposed on the third side 116 of the bottom surface 110 and is disposed on the fourth side 118 of the bottom surface 11GI. a second yoke 160, and two bent portions (10) of which the second resisting portion
檔部12。之高度。第二彎折冑15。《壓二大於第一抵 大於第-·彎折部13〇之支撐面1 118上具有兩第1折。”50 ’第一彎折部13〇為設置 於兩第二彎折部I50之間。 其中框架1〇〇為經由沖麼得到板材之後例如：金 屬板材，再沿著沖壓形成的彎折線彎折，以得到具有第 一抵擋部120、第一彎折部130、側擋部14〇、^二彎 折部150、及第 > 抵擋部160的框架1〇〇。其中第一抵 擋部12〇、第〆彎折部130、側擋部14〇、第二彎折部 150、及第二抵擔部160之厚度與板材之厚度相同其 厚度約為〇.〇9公餐（mm)至2.00公釐（mm)。框架1〇〇 之底面110可為/口字形平面。其中第一彎折部130 之鬲度可近似於（或等於）第一抵擋部12〇(或側擋部140) 之岗度，第二彎折部150之高度可近似於（或等於）第二 抵擋部160之高度。 厂參〜、第3 ®其係％示應用本發明之框架的液晶顯 不。之一實施例的爆炸圖。液晶顯示 器200除前述之框 201104305 架100外更包含有背光模組210,其中背光模組210包 含有如反射片212、導光板214等光學膜片，背光模組 210更包含有光源216，以及用以驅動光源216的第一 軟性電路板218。本實施例中的光源216可為側光源， 光源216可為包含有多個發光二極體的光條（light bar)，第一軟性電路板218與光源216相連。背光模組 210的反射片212、導光板214、光源216等元件為設 置在框架100的支撐面132與底面110之間。 參照第4圖，其係繪示第3圖之液晶顯示器的組裝. 示意圖。在組裝液晶顯示器200時，背光模組210的反 射片212、導光板214等元件為從第一抵擋部120的上 方滑入框架100之中，或直接將背光模組210的反射片 212、導光板214等元件置放在框架100之中，使得背 光模組210的反射片212、導光板214等元件設置在支 撐面132與底面110之間。光源216為設置在導光板 214的一側，且亦設置在支撐面132與底面110之間， 第一軟性電路板218則與光源216連接。框架100的第 一彎折部130與侧擋部140之間具有間隔142,背光模 組210的第一軟性電路板218為穿過第一彎折部130 與側擋部140之間的間隔142。 同時參照第5A圖與第5B圖，其係分別繪示應用 本發明之框架的液晶顯示器另一實施例不同組裝階段 的示意圖。液晶顯示器200中，背光模組210的反射片 212、導光板214、光源216等元件已經設置在框架100 的支撐面132與底面110之間。液晶顯示器200更包含 201104305 有液Ba面板220’其中液晶面板220為由第一抵擔部120 的上方插入（或滑入)框架100之中，而當液晶面W^220 碰觸第二抵擋部160之後，停止插入液晶面板22〇。在 將液晶面板220在插入框架1〇〇的過程中，液晶面板 220為在支撐面132上滑動，換言之，液晶面板B2a2〇在 組裝時為在壓制面152的下方滑動，以進入壓制面152 與支撐面132之間的空間。 液晶顯示器200更具有第二軟性電路板η]，第二 • 軟性電路板222為與液晶面板220的一端連接，第二^ 性電路板222為設置於對應框架1〇〇之第二邊114的一 側’使液晶面板220在組裝進入框架1〇〇時，可以順利 的在支樓面132與壓制面152之間滑動，而第二軟性電 路板222係可先越過侧擋部14()的上方 加與第二抵擋部⑽觸碰到達定位後，再由第一彎折 部130及/或_142的上方穿出框架1〇〇，並位於側 擋部140與第二彎折部15〇之間，或位於支撐面132 φ 上方。 請同時參照第1圖與第2圖，在一較佳實施例中’ 框架100之第一邊112為第一長邊，第二邊114為第一 :邊#第一邊116為第二長邊，第四邊118為第二短邊。 \聲折部130與第二彎折部150為設置於短邊的第二 邊立114及/或第四邊118上，第二邊114上更設置有側 擋4 140。第一抵擋部12〇為設置於第一邊⑴上第 一抵擋160為設置於第三邊川上，其中第二抵擋部 160的高度大於第—抵擋部12G的高度。再參照第5 201104305 圖，本實施例中之背光模組210是由第一長邊的第一邊 112滑入支撐面132與底面110之間，液晶面板220亦 是由第一長邊之第一邊112滑入支撐面132與壓制面 152之間。 參照第6圖，其係繪示應用本發明之框架的液晶顯 示器另一實施例的示意圖。液晶顯示器200更包含有作 為保護元件之膠帶170,膠帶170黏貼液晶面板220與 框架100，以將液晶面板220固定在框架100之中。其 中膠帶170黏貼於第二邊114之側擋部140、第四邊118 之第二彎折部150,以及液晶面板220,使液晶面板220 固定在膠帶170與第二抵擋部160之間。膠帶170可接 觸第一抵擋部120，或者，膠帶170亦可不接觸第一抵 擋部120。 參照第7A圖與第7B圖，其係分別繪示應用本發 明之框架的液晶顯示器又一實施例於不同狀態的示意 圖。本實施例中，第一抵擋部120兩側之側擋部140 與第二彎折部150各包含有凸耳180。在將液晶面板220 裝入框架100之後，再翻摺第一抵擋部120與侧擋部 140上的凸耳180，凸耳180在翻摺後係位於第一抵擋 部120上方，液晶面板220則是位於翻摺後之凸耳180 與第二抵擋部160之間，使翻摺後的凸耳180作為保護 元件，將液晶面板220固定在框架100之中。 參照第8圖，其係繪示應用本發明之框架的組合式 顯示器模組一實施例的示意圖。組合式顯示器模組300 中包含有兩個使用前述框架1〇〇的液晶顯示器200a、 12 m 201104305 200b，其中液晶顯示器2〇〇a之第一抵擋部12〇與另一 液晶顯示器200b的第二抵擋部緊密接觸。在其他 實施例中，其中一個液晶顯示器2〇〇a之第一抵擋部12〇 在拼接時為與另一液晶顯示器2〇〇b之第一抵擋部120 緊密接觸。 第一抵擋部120與第二抵擋部16〇的厚度與板材的 厚度相同，第一抵檔部120與第二抵擋部16〇的厚度介 於0.27公蓳（mm)至0.33公釐之間n曰曰顯示器 • 2^Ga、2GGb之液晶面板22G的間距等同於兩個板材的 厚度，換言之，兩液晶面板22〇之間的距離約在〇54 公至〇·66公釐（_)之間。組合式顯示器模組 300在拼接多個液晶顯不器2〇〇時，可將液晶顯示器2⑽ 的長邊相互地緊密接觸，由於液晶顯示器細之框架 100疋採用厚度與板材相同的第—抵擋部12()與第二抵 擋部_作為長邊的邊框，因此，可有效地縮小液晶面 板220之間的距離，提升顯示畫面的品質。 # 由上述本發明較佳實施例可知，應用本發明具有下 列優點。本發明之框架為透過f折板材 ^ 器的液晶面板與背紐組可直接組裝在㈣之中，而: 別透過第-f折部、第二f折部、第—抵擋部、第二抵 播=固疋。其_第一抵擋部與第二抵播部可視為液晶顯 不器的邊框，而在拼接多個液晶顯示器時有效地減 框的厚度。 < 雖然本發明已以一較佳實施例揭露如上，然其並非 用以限定本發明，任何熟習此技藝者，在不脫離i發明 13 201104305 之精神和範圍内，當可作各種之更動與潤飾，因此本發 明之保護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施 例能更明顯易懂，所附圖式之詳細說明如下： 第1圖係繪示本發明之液晶顯示器之框架第一實 施例的局部示意圖。 第2圖係繪示本發明之液晶顯示器之框架第二實 施例的局部不意圖。 第3圖係繪示應用本發明之框架的液晶顯示器之 一實施例的爆炸圖。 第4圖係繪示第3圖之液晶顯示器的組裝示意圖。 第5A圖第5B圖係分別繪示應用本發明之框架的 液晶顯示器另一實施例不同組裝階段的示意圖。 第6圖係繪示應用本發明之框架的液晶顯示器另 一實施例的示意圖。 第7A圖與第7B圖係分別繪示應用本發明之框架 的液晶顯示器又一實施例於不同狀態的示意圖。 第8圖係繪示應用本發明之框架的組合式顯示器 模組一實施例的示意圖。 110 :底面 【主要元件符號說明】 100 :框架 201104305 112 第一邊 114 ： 第二邊 116 第三邊 118 ： 第四邊 120 第一抵擋部 130 : 第一彎折部 132 支撐面 140 ： 側擋部 142 間隔 150 ： 第二彎折部 152 壓制面 160 ： 第二抵擋部 170 膠帶 180 ： 凸耳 200 、200a、200b :液晶顯 210 : 背光模組 示器 212 ： 反射片 214 導光板 216 ： 光源 218 第一軟性電路板 2 2 0 .液晶面板 222 第二軟性電路板 300 ： 組合式顯示器模組 { $] 15File section 12. The height. The second bend is 胄15. The support surface 1 118 having a pressure greater than the first offset greater than the first - bending portion 13 has two first folds. The first bending portion 13 is disposed between the two second bending portions I50. The frame 1〇〇 is obtained by punching the sheet material, for example, a metal sheet, and then bending along the bending line formed by the stamping. a frame 1〇〇 having a first abutting portion 120, a first bending portion 130, a side blocking portion 14〇, a second bending portion 150, and a third locking portion 160. The first resisting portion 12〇 The thickness of the second bending portion 130, the side blocking portion 14A, the second bending portion 150, and the second receiving portion 160 is the same as the thickness of the sheet material, and the thickness thereof is about 公. 9 meals (mm) to 2.00. The bottom surface 110 of the frame 1 may be a /-shaped flat surface, wherein the first bending portion 130 may have a twist similar to (or equal to) the first resisting portion 12 (or the side blocking portion 140) The height of the second bent portion 150 can be approximated (or equal to) the height of the second resisting portion 160. The factory reference ~, the third ®% indicates the liquid crystal display using the frame of the present invention. An exploded view of the embodiment. The liquid crystal display 200 further includes a backlight module 210 in addition to the frame 201104305 of the foregoing frame, wherein the backlight module 210 includes The backlight module 210 further includes a light source 216 and a first flexible circuit board 218 for driving the light source 216. The light source 216 in this embodiment may be a side light source, and the light source 216. The first flexible circuit board 218 is connected to the light source 216. The reflective sheet 212, the light guide plate 214, the light source 216 and the like of the backlight module 210 are disposed in the frame. The support surface 132 of the 100 is between the bottom surface 110 and the bottom surface 110. Referring to Fig. 4, it is a schematic view showing the assembly of the liquid crystal display of Fig. 3. When assembling the liquid crystal display 200, the reflection sheet 212 of the backlight module 210 and the light guide plate 214 The components are placed in the frame 100 from above the first resisting portion 120, or the reflective sheet 212, the light guide plate 214 and the like of the backlight module 210 are directly placed in the frame 100, so that the backlight module 210 reflects An element 212, a light guide plate 214 and the like are disposed between the support surface 132 and the bottom surface 110. The light source 216 is disposed on one side of the light guide plate 214, and is also disposed between the support surface 132 and the bottom surface 110, and the first flexible circuit board 218 Then connected to the light source 216. Frame 1 There is a gap 142 between the first bent portion 130 and the side stop portion 140 of the 00, and the first flexible circuit board 218 of the backlight module 210 is a gap 142 between the first bent portion 130 and the side stop portion 140. 5A and 5B are respectively schematic diagrams showing different stages of assembly of another embodiment of a liquid crystal display to which the framework of the present invention is applied. In the liquid crystal display 200, the reflective sheet 212 and the light guide plate 214 of the backlight module 210 are shown. Elements such as light source 216 have been disposed between support surface 132 and bottom surface 110 of frame 100. The liquid crystal display 200 further includes a 201104305 liquid Ba panel 220' in which the liquid crystal panel 220 is inserted (or slid into) into the frame 100 from above the first receiving portion 120, and when the liquid crystal surface W^220 touches the second resisting portion After 160, the insertion of the liquid crystal panel 22 is stopped. In the process of inserting the liquid crystal panel 220 into the frame 1 , the liquid crystal panel 220 slides on the support surface 132 , in other words, the liquid crystal panel B2a2 is slid under the pressing surface 152 during assembly to enter the pressing surface 152 and The space between the support faces 132. The liquid crystal display 200 further has a second flexible circuit board η], the second flexible circuit board 222 is connected to one end of the liquid crystal panel 220, and the second flexible circuit board 222 is disposed on the second side 114 of the corresponding frame 1〇〇. The side of the liquid crystal panel 220 can smoothly slide between the branch floor 132 and the pressing surface 152 when assembled into the frame 1 , and the second flexible circuit board 222 can pass over the side block 14 ( ) After the upper contact portion (10) is touched to reach the positioning position, the frame 1〇〇 is passed through the first bending portion 130 and/or the _142, and is located at the side blocking portion 140 and the second bending portion 15〇. Between, or above the support surface 132 φ. Referring to FIG. 1 and FIG. 2 simultaneously, in a preferred embodiment, the first side 112 of the frame 100 is the first long side, the second side 114 is the first side: the side #1 is the second long side 116. The fourth side 118 is the second short side. The sound folding portion 130 and the second bending portion 150 are disposed on the second side 114 and/or the fourth side 118 of the short side, and the second side 114 is further provided with a side block 4 140. The first resisting portion 12 is disposed on the first side (1), and the first resisting member 160 is disposed on the third side, wherein the height of the second resisting portion 160 is greater than the height of the first resisting portion 12G. Referring to FIG. 5 201104305, the backlight module 210 in this embodiment is driven by the first side 112 of the first long side between the support surface 132 and the bottom surface 110, and the liquid crystal panel 220 is also the first long side. One side 112 slides between the support surface 132 and the pressing surface 152. Referring to Fig. 6, there is shown a schematic view of another embodiment of a liquid crystal display to which the frame of the present invention is applied. The liquid crystal display 200 further includes a tape 170 as a protective member, and the tape 170 is adhered to the liquid crystal panel 220 and the frame 100 to fix the liquid crystal panel 220 in the frame 100. The tape 170 is adhered to the side stop portion 140 of the second side 114, the second bent portion 150 of the fourth side 118, and the liquid crystal panel 220, so that the liquid crystal panel 220 is fixed between the tape 170 and the second resisting portion 160. The tape 170 may contact the first abutting portion 120, or the tape 170 may not contact the first abutting portion 120. Referring to Figures 7A and 7B, there are shown schematic views of still another embodiment of a liquid crystal display to which the framework of the present invention is applied, in different states. In this embodiment, the side stops 140 and the second bent portions 150 on both sides of the first abutting portion 120 each include a lug 180. After the liquid crystal panel 220 is installed in the frame 100, the first resisting portion 120 and the lug 180 on the side blocking portion 140 are folded, and the lug 180 is located above the first resisting portion 120 after being folded, and the liquid crystal panel 220 is It is located between the folded lug 180 and the second abutting portion 160, and the folded lug 180 serves as a protective element to fix the liquid crystal panel 220 in the frame 100. Referring to Figure 8, there is shown a schematic diagram of an embodiment of a modular display module to which the framework of the present invention is applied. The combined display module 300 includes two liquid crystal displays 200a, 12 m 201104305 200b using the aforementioned frame 1 , wherein the first resisting portion 12 of the liquid crystal display 2A and the second of the other liquid crystal display 200b The resisting parts are in close contact. In other embodiments, the first resisting portion 12 of one of the liquid crystal displays 2A is in close contact with the first resisting portion 120 of the other liquid crystal display 2b when splicing. The thickness of the first abutting portion 120 and the second abutting portion 16A is the same as the thickness of the plate material, and the thickness of the first abutting portion 120 and the second abutting portion 16〇 is between 0.27 mm (mm) and 0.33 mm.曰曰Monitor • The spacing of the 2^Ga, 2GGb liquid crystal panel 22G is equivalent to the thickness of the two sheets. In other words, the distance between the two liquid crystal panels 22〇 is between 〇54 〇·66 mm (_). . The combined display module 300 can closely contact the long sides of the liquid crystal display 2 (10) when the plurality of liquid crystal displays 2 are spliced, because the thin frame 100 of the liquid crystal display adopts the same first resisting portion with the same thickness as the plate. Since 12() and the second abutting portion _ are used as the frame of the long side, the distance between the liquid crystal panels 220 can be effectively reduced, and the quality of the display screen can be improved. # From the above preferred embodiments of the present invention, the application of the present invention has the following advantages. The frame of the present invention is that the liquid crystal panel and the back button group of the f-folding plate can be directly assembled in (4), and: the first f-fold, the second f-fold, the first-but, the second Broadcast = solid. The first resisting portion and the second abutting portion can be regarded as the frame of the liquid crystal display, and the thickness of the frame is effectively reduced when the plurality of liquid crystal displays are spliced. The present invention has been described above in terms of a preferred embodiment, and is not intended to limit the invention, and any one skilled in the art can make various changes without departing from the spirit and scope of the invention 13 201104305. The scope of protection of the present invention is therefore defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; A partial schematic view of the first embodiment. Fig. 2 is a partial schematic view showing a second embodiment of the frame of the liquid crystal display of the present invention. Figure 3 is an exploded view showing an embodiment of a liquid crystal display to which the framework of the present invention is applied. Fig. 4 is a schematic view showing the assembly of the liquid crystal display of Fig. 3. 5A and 5B are schematic views respectively showing different stages of assembly of another embodiment of a liquid crystal display to which the framework of the present invention is applied. Figure 6 is a schematic view showing another embodiment of a liquid crystal display to which the framework of the present invention is applied. 7A and 7B are schematic views respectively showing still another embodiment of a liquid crystal display to which the framework of the present invention is applied, in different states. Figure 8 is a schematic diagram showing an embodiment of a modular display module to which the framework of the present invention is applied. 110: bottom surface [main component symbol description] 100: frame 201104305 112 first side 114: second side 116 third side 118: fourth side 120 first resisting portion 130: first bending portion 132 supporting surface 140: side block Portion 142 Interval 150: Second bent portion 152 Pressed surface 160: Second resisting portion 170 Tape 180: Lug 200, 200a, 200b: Liquid crystal display 210: Backlight module display 212: Reflecting sheet 214 Light guide plate 216: Light source 218 First flexible circuit board 2 2 0. Liquid crystal panel 222 Second flexible circuit board 300 : Combined display module { $] 15