M285187 八、新型說明： 【新型所屬之技術領域】 本案為有關於-種液晶顯示n (TFT—LG))之外框架創作者。 【先前技術】 - 按’現有液晶顯示11，其外框架皆係由樹脂直接射出成型製出， 雖其具有較低廉之製造成本’但射出成型後之樹脂再回收處理，會釋 出有毒化學物質，且直接掩埋也缺姐鏡，e^符合當今之^保 ⑩回收要求’未來還會衍生出許多環保問題，故往後幾年世界各國會針 對¥保問題而禁用塑膠類製品，是目前此產業所面臨最迫切解決之 題。 ' 又，以上述樹脂製成之顯示器外框架而言，其為了達到符合防輻 -射（EMI)之要求，皆會在框架内置設一金屬隔板予以包覆隔離電磁波， 以達降低姉之目的，此金制板通料—種鐵製板材，再加上樹 脂外框之重量，故其整體重量就相當沉重了，在大型（32时以上)液晶 •顯示器上也易造成散熱問題，所以目前此產業莫不想辦法欲將其整體 重量予以減輕，並增加其散熱之效果’且兼具環保之要求，讓電腦週 邊设備達到輕量化及環保與散熱之要求，以提昇此產品之競爭力。 — 而以目前鋁基材製出TFT-LCD顯示器外框架而言，一般可採鍛造 製法或I呂擠型製法，然在考量製造成本因素上，因鍛造製法之模具成 本較高，也無法-次成型出垂直向可隔離包覆電磁波之凸肋部位，此 乃垂直向成型之凸肋會影響物件之脫模，故較不適宜，所以現階段只 有採以模具成本較低之鋁擠型製法，才較合乎生產經濟效益。 5 M285187 另外，以現有之顯示11外錬而言，其邮_了可鎖付組裝液晶 面板^因各家廠騎製峡晶面_狀餘置未有鮮化，因此 在固定液晶顯示器面板作業上需變換多種型式之製程，相當繁瑣，所 以目前只能-_示n外框義定顯示面板提供單—廠商_，無法 達到互換液晶顯示器面板共通化之目的，不利銷售而失去競爭力也 是目前此產業在生產製程上所面臨之技術瓶頸。 【新型内容】 畛本創作者基於液晶顯示H外框誠#之需求，乃潛心研究，以從 事匕產業夕年之累積經驗與知識，進而創新一種『紹擠型液晶顯示器 外框架』，供以產業上利用。 本創作之主要目的，即在於提供—種纟液晶顯示科框架， -其框架以紹材擠出成型之框條㈣，不僅可讓整體重量減輕，更易達 到散熱效果，且能符合環保回收要求，而在製造成本得以較具經濟效 益性。 本創作之另-目的，即在於提供一種織型液晶顯示器外框架， 八月J忙罩體以兩系且長邊框條及兩組短邊框條相互對接組架，並能利用 直角對位片保持對接框條之對接處直角緊密度，以及能利用一平行 面對位片保持對接框條之平面度，以架構形成一又平整又直角緊密對 ，接之前框罩體型態者。 本創作之次一目的，即在於提供一種鋁擠型液晶顯示器外框架， 其在祕罩體與候框罩體及後鮮體與蓋板間對罩接合處皆有兩凸肋 及段差槽面作以鎖固結合。 6 M285187 本創作之再-目的’即在於提供—種雜型液晶顯示料框架， 其後框罩體内部搭配數個可滑移調整鎖付位置之活動嵌片設計，進而 能達到適用現有各種規格尺寸之液晶面板鎖付定位組裝之共通性，有 利於銷售，能提昇產品之競爭力者。 補狀又—目的’即在練供-種轉魏晶顯示ϋ外框架， 其後框罩齡_部設有-可滑移調整鎖付位置之溝槽與數個活動 片，活動片上有兩螺絲孔，一螺絲孔可供螺柱鎖上以固定pcB電路板 鲁用，另一螺絲孔做為固定該活動片鎖定用。 【實施方式】 請參閱第-圖、第二圖及第九騎示，本創作轉型液晶顯示器 -外框架，主要係她材擠$細之雜罩體丨、彳嫌罩體2及麵3相互 .組架’以及搭配於後框罩體2内部組設數個可滑移調整鎖做置之活動 嵌片4 ’以及數個可鎖付於活動嵌片4上之側核9、正支架騎組構而 成。 • 如第二及第三圖所示，該前框罩體i係由鋁擠型之兩組長邊框條 11及兩組短邊框條12採以對接相互對合組架而成，其中兩組長邊框條 11及兩組短邊框條12在成型加工時於—直角面f面成型出—直角面嵌 —槽m、121及-平行面嵌槽112、122，而如第四圖及第五圖所示，該 —兩組長邊框條11及兩組短邊框條12在直角面嵌槽lu、121之直角對接 處嵌入-直㈣位片13卡掣其中，以及兩組長邊框條n及兩組短邊框 條12在平行面射1112、122之直角對接處嵌入一平行面對位片14卡擎 其中’並利用螺絲將直角對位片13及平行面對位片14鎖固定位於兩組 7 M285187 長邊框肺及兩組短邊框條12背面嵌槽中（如第六圖所示）。如此如 第七圖所示，以兩組長邊框條^及兩組短邊框細目互對接組架前框 罩體卜其能利用直角對位片13保持對接框條之對接處直角緊密产，以 -及能利用平行面對位片14保持對接框條之平面度，以架構形成一又又平 整又直肖緊密對接之雜罩船賴，騎轉_接私歸生不平 及縫細出現，由該組構後讀框罩船，其於兩组長邊框舰及兩組短 邊框條12内侧所圍附而成之喪接面16上以兩條凸肋口圍成矩形之段差 _槽面15(如第七圖所示）。 如第二圖及第九圖所示，該後框罩體2係由_型之兩組長邊框 條21及兩組短邊框條22採㈣接端麵成45度斜邊相互對接辉固所架 -構而成，而該兩組框條2卜22在擠麼成型加工時於嵌接對接面成型出 • 一由兩凸出軌23、24所構成之卡板娜’自凸出軌烈加工出一截入槽 25可供活動嵌片4套置於中滑移，另該凸出軌23上並貫通有數定位孔 23卜 藝 而此活動嵌片4於垂直向表面可預先鑽出若干個不等距排列之螺 孔4卜以及於滑套於上述之凸出執23之對應位置鑽出若干個之螺絲孔 42，而該螺孔41上可鎖固連接一側支架9或正支架1〇，此側支架9及正 —支架10可加ji出若干個之結合孔921、1〇2供與液晶面板5之正鎖孔51 及側鎖孔61對應’以令螺釘鎖入其中而使液晶面板5固定組裝於後框罩 體2上。 又上述活動嵌片4之螺孔41及螺絲孔42與侧支架9之結合孔921或 正支架10之結合孔102 ’其可依各家廠商所製出液晶面板5之正鎖孔51 M285187 或^鎖孔61對應位置而預先鑽出設定位置及減，也就是說可依現有 各家廠商液晶面板5的規格尺寸變化來調整其鑽孔數及對應位置。 如第八圖所示之圖例中，該後框罩體2内部上下左右之卡板獅 所嵌入活動嵌片4露出之螺孔41數目及對應位置。而螺絲孔犯之設定位 置’得為活動嵌片4喪入卡板槽26中與後框罩體2凸出軌23上定位孔231 在同巾心線上位置，使螺絲孔42可對應到定位孔23卜以令螺絲鎖付 其上而將活動嵌片4固定於後框罩體2之卡板槽26中不動。 籲 而在凸出軌23上可加工數個孔位以供應活動嵌片4固定，活動嵌片 4可依據液晶面板5之固定孔位置不同而移動，嵌片4與金屬侧支架賊 正支架10移動至適合液晶面板5之孔位後，螺絲由定位孔231通過，鎖 -上42螺絲孔以固定活動嵌片4，以應其所需鎖付適用之各尺寸液晶面板 • 5鎖付尺寸而調整數量。液晶面板5固定於後框罩體2上，後框罩體2上 定位孔231與活動嵌片4及金屬侧支架9及正支架1〇的螺絲孔位可依液 晶面板5上的固定位置而移動改變（如第九圖所示）。 修 再請參閱第九圖及第十圖所示，如果液晶器面板5不是由面板正面 鎖上固疋，而疋從液晶器面板5上下侧面或面板左右侧面的侧鎖孔52 (如第十圖所示）鎖上以固定其面板，則加入角度為9〇度的直角金屬 側支架9來固定，該侧支架9於平接面板92上加工數個結合孔921，因各 豕廠商所生產的液晶顯示器面板之固定孔位尺寸都在不相同位置，因 此這些結合孔921可配合各家廠商所生產的液晶顯示器面板侧面固定 孑L。以及’在該側支架9於另在侧接板91上加工數個鎖固孔911，而鎖 固孔911對應於活動嵌片4之螺絲孔位41鎖上。 9 M285187 由上述說明得知，本創作後框罩體2於上下左右卡板槽26上各採以 一能配合各家廠商所製出液晶面板5之正鎖孔51或側鎖孔52而調整其 鎖固位置之活動嵌片4與金屬側支架9及正支架1〇設計，進而具有一制 式規格後框罩體2可適用各家廠商所製出液晶面板5規格鎖付定位之特 性，達到一通用之液晶面板外框架製品，以避免有現有液晶面板外框 架產品無法達到通用目的而浪費製造成本、不利銷售而失去競爭力等 缺弊。 _ 本創作在後框罩體2上組裝定位液晶面板5後，該後框罩體2正面得 以嵌套前框罩船鎖固定位其上，達到前後包覆液晶面板5之罩蓋作 用。又如第八圖所示該組架後框罩體2於嵌接面上並設有圍成矩形之凸 '出執23及框條所形成之凸肋，其恰可嵌套於前框罩體1之段差槽面15 •上，致使前框罩體1背面段差槽面15與後框罩體2正面凸肋所圍構成阻 隔液晶面板5所發出電磁波之隔離屏障，得以降低前框罩體丨及後框罩 體2外部之輻射作用，進而達到更佳效果之防輻射（EMI)要求。另外， •該後框罩體2之背面以凸肋黯段差槽面ls之設置（如第七圖所示〕， 可供蓋板3予以鎖固罩蓋封閉，以達到後框罩體2完全包覆液晶面板5 與PCB電路板之罩蓋作用，也可形成一阻隔液晶面板及pcB電路板所發 _出電磁波之隔離屏障。 因此，本創作之液晶面板外框架由鋁擠型之前框罩體卜後框罩體 2及一蓋板3相互組架得以完全罩蓋液晶面板及pcB電路板，且在前框罩 體1背面所設之段差槽(如第七圖所示）與後框罩體2正面凸肋能 圍構成液晶面板5之電磁波隔離屏障，再搭配整體以銘材製出之外框 M285187 架，進而可降低整體液晶顯示器外框架之_射（EMI > 有液晶顯示器外框架作比較，不僅可省去金屬隔板予以包覆隔離電磁 波之材料成本，且整體重量也因而減輕。 又如第十二圖所示，本創作所組架構成外框架，可進一步於底部 可承架兩組架座6，使其達成定置作用者。 一 以及如第十三圖所示，本創作顺架構成外框架，可進一步於兩 侧搭配鎖接㈣框體7 ’又如第十四圖及第十五圖所示，該軌框體7 •於組裝勢八正面設置有-嵌，而一具有彈性塑變之啦網8可如第 十五圖所視之操作方式篏置此嵌槽7!中作定位，以封閉佩框體7於正 面所組裝之勢Λ ’如此本創作所組架構成外框架能朗於液晶顯示器 -上’並能組構形成更完善視聽裝置應用者。 •、續睛參閱第十六圖及第十七圖所示，在後框罩體2背面内部上下左 右四邊β又有滑溝槽27與活動片28，於滑溝槽27四邊的上設置一嵌入口 271以作為活動片28置入，活動片28上設置有螺柱28卜以及具有-以 •螺絲282鎖緊作為固定活動片沈用，而螺柱281上面作為鎖上pCB電路板 20用’ PCB電路板20的鎖上固定位孔尺寸，可因為各廠商所生產的pcB 電路板20各不相同，為了達到能配合各廠商所生的pcB電路板2〇能鎖上 ‘固定於後框罩體2背面内部，而使用此活動片28與螺柱281來實施改變 固定PCB電路板20方示式。後框罩體2背面中間為一中空面，為了鎖固 PCB電路板即加入可上下左右滑移之χ軸、γ軸滑動軌道29，此χ軸、γ 軸滑動執道29之凹槽291内可置放數個活動片92來固定pcB電路板20。 11 M285187 綜上所述’本創作所提供鋁擠型液晶顯示器外框架之組合結構， 不僅以練製出，讓整體重量減輕，且能符合環保回收要求，而在製 造成本也因採馳擠型加工製出，也較具經濟效益性，且因在框架對 罩-处有凸肋16及#又差槽面π作以液晶面板電磁波力口㊣隔離之屏 • P早’在框架解接合處有凸肋16及段差槽φ 15，可達成快速組合與 緊後se* a亦可達到低輕射之要求，另外搭配活動嵌片與金屬支架及 滑動執道與滑動金屬片之設計，能__現有各種規格尺寸之液晶 _面板鎖付定位組裝與各種規格尺寸之PCB姚板鎖付定位組裝之共通 性，已充分達到預期創作之目的及進步功效，實A一極具產業利用性 之創作設計者。 -【圖式簡單說明】 •第一圖所示為本創作組立後外觀示意圖。 第二圖所示為本創作相關構件分解示意圖。 第二圖所示為本創作前框罩體相關構件分解示意圖。 參第四圖所示為本創作前框罩體之直角對位片及平行面對位片插餘配 關係示意圖1。 第五圖所示為本_前框罩體之直㈣位肢平行輯位胳嵌組配 -對應關係示意圖2。 •第六贿示為本創贈框罩體之直肖對邮及平行面對位嵌組配 關係不意圖3。 第七圖所示為本創作前框罩體組配定位後背面示意圖。 第八圖所示為本_活動料組配於後框罩體上形成與液晶面板崎 12 M285187 鎖付示意圖。 =九圖所福本創作供將液晶面板組裝鎖付於後框罩體上實施例示 撞J 〇 2圖所示為摘作構成—翻_騎狀·晶秘喊鎖付示意 第^立圖所4摘做晶秘與正絲喊鎖付於後轉體上實施 例不意圖。 第十二圖所示為本創作外轉承雜座之示意圖。 圖所示為本幻作外框架兩側搭配剩口八框體之實施^^列圖。 十四圖所不為本創作外框架兩侧搭配椒框體所組配之佩網對應 關係示意圖。 第十=圖所*為本創作板框體組__之組配動作示意圖。 第十圖所不為本創作後框罩體上背面處供⑽電路板設置狀態示意 圖。 第十七圖所7F細7F X轴、γ歸域道與活動牌置狀態局部放大 立體圖。 【主要元件符號說明】 前框罩體.........1 長邊框條.........11 短邊框條.........12 直角面嵌槽……111、121 平行面嵌槽......112、122 13 M285187 直角對位片……13 平行面對位片"·14 段差槽面.........15 凸月力...............16 後框罩體.........2 長邊框條.........21 短邊框條.........22 鲁凸出執….........23、24 定位孔·...........231 嵌入槽............25 •卡板槽............26 •滑溝槽............27 後入口............271 活動片.........·28 鲁螺柱...............281 螺絲...............282 X軸、Υ軸滑動軌道.........29 凹槽...............291 蓋板...............3 活動嵌片.........4 螺孔...............41 螺絲............42 14 M285187 液晶面板.........5 正鎖孑L............51 侧鎖孔............52 架座...............6 喇口八框體.........7 嵌槽...............71 口刺口八網............8 籲側支架............9 侧接板............91 鎖固孔……--911 -平接面板.......92 . 結合孔............921 正支架............10 平接面板.........101 _結合孔............102 鎖固孔............103 PCB電路板……20 15M285187 VIII. New description: [New technical field] This case is a creator of a frame other than liquid crystal display n (TFT-LG). [Prior Art] - According to the 'existing liquid crystal display 11, the outer frame is directly formed by resin injection molding, although it has a lower manufacturing cost', but the resin after injection molding is recycled, releasing toxic chemicals. And directly buried in the absence of the mirror, e^ in line with today's ^ Bao 10 recycling requirements, the future will also generate many environmental problems, so in the next few years, countries around the world will ban plastic products for the issue of insurance, it is currently The industry is facing the most urgent problem. 'In addition, in order to achieve the requirements of anti-radiation-radiation (EMI), the external frame of the display made of the above-mentioned resin will be provided with a metal separator to cover and isolate the electromagnetic wave. The purpose is that the gold plate is made of iron-plate, and the weight of the resin frame is heavy, so the overall weight is quite heavy. It is also easy to cause heat dissipation on large (32 hours or more) liquid crystal display. At present, the industry does not want to reduce its overall weight and increase its heat dissipation effect, and it also meets the requirements of environmental protection, so that computer peripheral equipment can meet the requirements of light weight, environmental protection and heat dissipation to enhance the competitiveness of this product. . - In the case of the outer frame of the TFT-LCD display made of the current aluminum substrate, the forging method or the I-squeezing method can generally be used. However, in consideration of the manufacturing cost factor, the cost of the die for the forging method is high, and it cannot be - The rib portion which can vertically isolate the coated electromagnetic wave is formed in the vertical direction, and the rib formed by the vertical direction affects the demolding of the object, so it is not suitable, so at present, only the aluminum extrusion method with lower mold cost is adopted. It is more suitable for production economic benefits. 5 M285187 In addition, with the existing display 11 outer 錬, the postal _ can be locked to assemble the assembled LCD panel ^ because each factory rides the gorge crystal surface _ shape remains unchanged, so in the fixed LCD panel operation It is quite cumbersome to change the various types of processes, so at present, it can only provide a single-manufacturer for the display panel of the n-frame, which cannot achieve the purpose of interchangeable LCD panel commonality, which is unfavorable for sales and loses competitiveness. The technical bottleneck faced by the industry in the production process. [New Content] Based on the demand of LCD display H, the creator of the creator is devoted to research, and is engaged in the accumulation of experience and knowledge of the industry in the eve of the year, and then innovating a "squeezing LCD frame" for Industrial use. The main purpose of this creation is to provide a framework for liquid crystal display, which is based on the frame (4) of the extrusion molding of the material, which not only reduces the overall weight, but also achieves the heat dissipation effect and meets the environmental recycling requirements. And the manufacturing cost is more economical. Another purpose of the present invention is to provide a woven LCD display outer frame, and the August J busy cover body is connected to each other by a two-line long frame strip and two sets of short frame strips, and can be held by a right-angled alignment piece. The butt joints of the butt joint strips are at right angles, and the flatness of the butt joint strips can be maintained by a parallel facing piece to form a flat and right angle close to the frame type. The second purpose of the present invention is to provide an aluminum extrusion type liquid crystal display outer frame, which has two convex ribs and a stepped groove surface at the joint between the secret cover body and the shelter frame body and the rear fresh body and the cover plate. Made with a lock. 6 M285187 The re-purpose of this creation is to provide a kind of miscellaneous liquid crystal display material frame. The rear frame cover is equipped with several movable inserts that can be adjusted to adjust the position of the lock, so as to achieve the applicable various specifications. The commonality of the size LCD panel lock payment positioning assembly is conducive to sales and can enhance the competitiveness of the product. The complement--purpose' is in the practice of supply------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ Screw hole, one screw hole can be used to lock the stud to fix the pcB circuit board, and the other screw hole is used to fix the movable piece for locking. [Embodiment] Please refer to the first, second and ninth riding instructions. The creative transformation of the liquid crystal display-outer frame is mainly due to the fact that she is squeezing the material of the quilt, the cover 2 and the face 3 The set frame 'and the movable frame 4' which is arranged in the rear frame cover 2 with a plurality of slide adjustable locks and a plurality of side cores 9 which can be locked on the movable panel 4 Organized. • As shown in the second and third figures, the front frame cover i is formed by two sets of long frame strips 11 and two sets of short frame strips 12 extruded in abutting manner, and two sets of long borders. The strip 11 and the two sets of short bezel strips 12 are formed on the right-angled surface f during the forming process—the right-angled surface-embedded grooves m, 121 and the parallel-surfaced recessed grooves 112, 122, as shown in the fourth and fifth figures. The two sets of long bezel 11 and the two sets of short bezels 12 are embedded in a right-angled butt joint of the right-angled surface of the lug, 121, and the straight (four) piece 13 is inserted therein, and the two sets of long bezel n and two sets of short bezels The strip 12 is embedded in a parallel facing piece 14 at the right angle of the parallel planes 1112, 122, and is locked by the screws to fix the right angle alignment piece 13 and the parallel facing piece 14 in two sets of 7 M285187 long borders. The lungs and the two sets of short frame strips 12 are embedded in the back of the frame (as shown in Figure 6). Thus, as shown in the seventh figure, the two sets of long frame strips and two sets of short borders are closely connected to each other to form a front frame cover body, which can use the right angle alignment piece 13 to maintain the right angle of the butt joint frame at a right angle, and - And the parallel facing piece 14 can be used to maintain the flatness of the butt frame strip, and the structure forms a flat and straight and close-knitted miscellaneous cover boat, and the rider turns to the private return and the seam is thin. After the structuring, the frame hood is arranged, and the rib surface 15 is formed by two ribs on the splicing surface 16 surrounded by the two sets of long-side ship and the two sets of short frame strips 12 ( As shown in the seventh figure). As shown in the second and ninth figures, the rear frame cover 2 is formed by two sets of long frame strips 21 of the _ type and two sets of short frame strips 22 (four) and the end faces are 45 degrees obliquely connected to each other to form a solid frame. - The two sets of frame strips 2 and 22 are formed on the inlaid mating surface during the forming process. 1. A card board formed by the two protruding rails 23, 24 is formed by a convex rail. The troughing groove 25 is provided for the movable panel 4 to be placed in the middle sliding, and the protruding rail 23 is penetrated through the plurality of positioning holes 23, and the movable panel 4 can pre-drill several unequal distances on the vertical surface. Arranging the screw holes 4 and the screw sleeves at the corresponding positions of the protrusions 23 to drill a plurality of screw holes 42, and the screw holes 41 can be locked and connected to the side bracket 9 or the main bracket 1 The side bracket 9 and the positive bracket 10 may be provided with a plurality of coupling holes 921, 1 〇 2 for corresponding to the positive locking hole 51 and the side locking hole 61 of the liquid crystal panel 5 to lock the liquid crystal panel 5 therein. It is fixedly assembled on the rear frame cover 2. Further, the screw hole 41 of the movable panel 4 and the coupling hole 921 of the side bracket 9 and the coupling hole 102 of the side bracket 10 can be made by the manufacturer of the positive keyhole 51 M285187 of the liquid crystal panel 5 or ^The keyhole 61 is pre-drilled with the set position and the corresponding position corresponding to the position, that is, the number of holes and the corresponding position can be adjusted according to the change of the size of the liquid crystal panel 5 of each manufacturer. In the illustration shown in the eighth figure, the number of the screw holes 41 in which the movable panel 4 is inserted into the upper and lower left and right sides of the rear frame cover 2 and the corresponding positions are shown. The set position of the screw hole is determined to be the position of the movable panel 4 into the card slot 26 and the positioning hole 231 of the protruding frame 23 of the rear frame cover 2 on the same towel center line, so that the screw hole 42 can correspond to the positioning hole. 23, the movable panel 4 is fixed in the card slot 26 of the rear frame cover 2 without being moved by the screw lock. A plurality of holes can be processed on the protruding rail 23 to supply the movable panel 4, and the movable panel 4 can be moved according to the position of the fixing hole of the liquid crystal panel 5. The panel 4 and the metal side bracket thief are supported by the bracket 10. After being suitable for the hole position of the liquid crystal panel 5, the screw passes through the positioning hole 231, and the lock-up 42 screw hole is used to fix the movable panel 4, and is adjusted according to the required size of the liquid crystal panel for the required lock. Quantity. The liquid crystal panel 5 is fixed on the rear frame cover 2, and the screw holes of the positioning hole 231 and the movable panel 4, the metal side bracket 9 and the positive bracket 1 on the rear frame cover 2 can be fixed according to the fixed position on the liquid crystal panel 5. Move changes (as shown in Figure 9). Please refer to the ninth and tenth diagrams again, if the liquid crystal panel 5 is not locked by the front side of the panel, and the side lock hole 52 from the upper and lower sides of the liquid crystal panel 5 or the left and right sides of the panel (such as the tenth As shown in the figure), the panel is fixed to be fixed by a right angle metal side bracket 9 having an angle of 9 degrees. The side bracket 9 is processed on the flat panel 92 by a plurality of joint holes 921, which are produced by various manufacturers. The fixing holes of the liquid crystal display panel are all in different positions, so these bonding holes 921 can be matched with the side of the liquid crystal display panel produced by various manufacturers. And a plurality of locking holes 911 are formed in the side bracket 9 on the other side plate 91, and the locking holes 911 are locked corresponding to the screw holes 41 of the movable panel 4. 9 M285187 It is known from the above description that the rear frame cover 2 of the present invention is adjusted on the upper, lower, left and right card slot 26 by a positive locking hole 51 or a side locking hole 52 of the liquid crystal panel 5 manufactured by each manufacturer. The movable panel 4 of the locking position is designed with the metal side bracket 9 and the main bracket 1 ,, and further has a standard specification. The rear frame cover 2 can be applied to the characteristics of the liquid crystal panel 5 specifications locked and positioned by various manufacturers. A universal liquid crystal panel outer frame product avoids the disadvantages of the existing liquid crystal panel outer frame product failing to achieve the general purpose, wasting manufacturing cost, unfavorable sales and losing competitiveness. After the liquid crystal panel 5 is assembled and positioned on the rear frame cover 2, the front frame cover 2 is fixed on the front surface of the rear frame cover by the nesting front cover, and the cover of the liquid crystal panel 5 is covered. In addition, as shown in the eighth figure, the rear frame cover 2 of the frame is disposed on the engaging surface and is provided with a convex rib formed by a rectangular protrusion 23 and a frame strip, which can be nested in the front frame cover. The stepped surface 15 of the body 1 is provided so that the front surface of the front frame cover 1 and the front surface of the rear frame cover 2 form a barrier against the electromagnetic waves emitted by the liquid crystal panel 5, thereby reducing the front frame cover. The radiation effect on the outside of the rear frame cover 2 is achieved to achieve better radiation protection (EMI) requirements. In addition, the back surface of the rear frame cover 2 is provided with a ribbed step groove surface ls (as shown in the seventh figure), and the cover plate 3 can be closed by the locking cover to achieve the rear frame cover 2 completely. The cover of the liquid crystal panel 5 and the PCB circuit board can also form an isolation barrier that blocks the electromagnetic wave emitted by the liquid crystal panel and the pcB circuit board. Therefore, the outer frame of the liquid crystal panel of the present invention is framed by aluminum before being extruded. The rear frame cover 2 and the cover plate 3 are mutually assembled to completely cover the liquid crystal panel and the pcB circuit board, and the step groove (shown in the seventh figure) and the rear frame provided on the back surface of the front frame cover 1 The front rib of the cover 2 can surround the electromagnetic wave isolation barrier of the liquid crystal panel 5, and the outer frame M285187 can be made with the name material as a whole, thereby reducing the external frame of the liquid crystal display (EMI > Comparing the frame, not only can the material cost of the metal separator be coated to isolate the electromagnetic wave, but also the overall weight can be reduced. As shown in the twelfth figure, the frame of the creation frame constitutes the outer frame and can be further extended at the bottom. Shelf two sets of racks 6, making it up to As shown in Figure 13, the creation of the frame constitutes the outer frame, which can be further matched with the two sides (four) frame 7' and as shown in the fourteenth and fifteenth figures, The rail frame body 7 is provided with an inlay on the front side of the assembly potential, and a screen 8 having an elastic plastic deformation can be positioned in the slot 7! as shown in the fifteenth figure to close the cover. The frame 7 is assembled on the front side. [Therefore, the creation of the frame can form an external frame that can be used on a liquid crystal display - and can be configured to form a better audiovisual device application. As shown in FIG. 17, the upper, lower, left and right sides of the rear frame cover 2 have a sliding groove 27 and a movable piece 28, and an insertion opening 271 is provided on the four sides of the sliding groove 27 to be inserted as the movable piece 28. The movable piece 28 is provided with a stud 28 and has a locking by the screw 282 as a fixed movable piece for sinking, and the stud 281 is used as a locking fixed position of the PCB board 20 for locking the pCB circuit board 20 The hole size can be different because the pcB circuit boards 20 produced by various manufacturers are different. The pcB circuit board 2 各 of each manufacturer can be locked 'fixed inside the back surface of the rear frame cover 2, and the movable piece 28 and the stud 281 are used to implement the change of the fixed PCB circuit board 20 square. The rear frame cover 2 In the middle of the back side is a hollow surface. In order to lock the PCB circuit board, a χ-axis and a γ-axis sliding track 29 which can slide up and down and left and right are added, and the number of the y-axis and the y-axis sliding way 29 can be placed in the groove 291. A movable piece 92 is used to fix the pcB circuit board 20. 11 M285187 In summary, the combination structure of the outer frame of the aluminum extruded liquid crystal display provided by the present invention is not only practiced, but also reduces the overall weight and meets environmental recycling requirements. However, the manufacturing cost is also economically profitable due to the extrusion process, and the ribs 16 and the groove surface π are positively isolated by the electromagnetic wave of the liquid crystal panel. The screen • P early 'there is a rib 16 and a step groove φ 15 at the joint disengagement of the frame. It can achieve fast combination and compaction after the se* a can also achieve the requirements of low light and light, and with the movable panel and metal bracket and sliding The design of the obedient and sliding metal sheet can be __ existing specifications The commonality of LCD _ panel lock pay and positioning assembly and PCB ya board lock pay and positioning assembly of various specifications and sizes has fully achieved the purpose of the original creation and the effect of progress, and it is a creative designer of industrial use. - [Simple description of the schema] • The first diagram shows the appearance of the creation group. The second figure shows the decomposition of the related components of the creation. The second figure shows the exploded view of the relevant components of the front frame cover. Referring to the fourth figure, a schematic diagram 1 of the right-angle alignment piece and the parallel facing piece insertion coordinate relationship of the front frame cover of the creation is shown. The fifth figure shows the straight (four) limb parallel positioning of the front frame cover. • The sixth bribe is not intended to be a straightforward combination of postal and parallel face-to-face alignment. The seventh figure shows the rear view of the front frame cover of the creation. The eighth figure shows the schematic diagram of the _ active material group formed on the rear frame cover and the liquid crystal panel Saki 12 M285187. =The work of the nine maps of Fuben is for the LCD panel assembly lock to be applied to the rear frame cover. The example is shown as a collision. The figure is shown as an excerpt - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is not intended to use the embodiment on the back and the body. The twelfth figure shows the schematic diagram of the external transfer bearing seat. The figure shows the implementation of the left side frame of the illusion with the remaining eight frames. The fourteenth figure is not a schematic diagram of the correspondence between the two sides of the outer frame of the creation with the pepper frame. The tenth=图所* is a schematic diagram of the action of the composition of the creation board frame group __. The tenth figure does not provide a schematic diagram of the state of the (10) circuit board at the back of the rear frame cover. The seventeenth figure 7F thin 7F X-axis, gamma return field and active card state state partial enlargement perspective view. [Description of main component symbols] Front frame cover.........1 Long frame bar.........11 Short frame bar.........12 Right angle face groove ...111,121 Parallel surface embedding...112,122 13 M285187 Right angle alignment piece...13 Parallel facing piece"·14 step difference groove surface.........15 convex月力..................16 Rear frame cover.........2 Long frame bar.........21 Short frame bar.. .......22 Lu convex out of the way............23,24 positioning hole ·..............231 embedded slot........ ....25 • Card slot.........26 • Slide groove............27 Rear entrance...... ...271 active film.........·28 Lu stud...............281 Screw............. ..282 X-axis, Υ-axis sliding track.........29 Groove...............291 Cover.......... .....3 movable inserts.........4 screw holes..................41 screws............ 42 14 M285187 LCD panel.........5 positive lock ......L............51 side lock hole............52 mount ...............6 Lakou Eight Frames.........7 Inlays...............71 Nipple eight nets............8 side brackets............9 side panels............91 locks Solid hole......--911-flat Panel.......92. Bonding hole............921 Positive bracket............10 Flat panel....... ..101 _Join hole............102 Locking hole............103 PCB board...20 15