M268885 八、新型說明： 【新型所屬之技術領域】 本案為有關於一種液晶顯示器（LCD)之外框架創作者。 【先前技術】 按，現有液晶顯示器，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，且直接掩埋也無法有效分解，已不符合當今之環保回收要求，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環保問題而禁用 塑膠類製品，是目前此產業所面臨最迫切解決之問題。 又，以上述樹脂製成之顯示器外框架而言，其為了達到符合防輕射 蘭）之要求，皆會在框納置設—金屬隔板料包覆隔離電磁波，以 達降低輻射之目的，此金屬隔板通常為—種鐵製板材，再加上樹脂外框 之重量，故其整體《就相當沉重了，所以目前此產業莫不想辦法欲將其 整體重量予喊輕，且兼具聰之要求，讓電腦週邊設備達聰量化及環 保之要求，以提昇此產品之競爭力。 而以目前銘基材製出LCD顯示器外框架而言，一般可採锻造製法或紹 擠型製法，絲考量製造成本时上，因鍛造製法之财成本較高，也無 法一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 肋會影響物狀雌，錄不適宜，_現階段料採明贼本較低之 I呂擠型製法，才較合乎生產經濟效益。 另外，以現有之顯示器外框架而言，其内部植釘可鎖倾裝液晶面 板’又因各家廠躺製出液晶面㈣付定錄置未有標準化，故在植釘作 M268885 業上需變換多種型式之製程，相當繁瑣，所以目前只能一組顯示p外框架 固定植釘提供單一腐：商適用，無法達到共通化之目的，不利銷售而失去她 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】 本創作者基於液晶顯示器外框架產業之需求，乃潛心研究，以從事此 產業多年之累積經驗與知識，進而創新一種『鋁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，即在於提供一種鋁擠型液晶顯示器外框架，其框 架以鋁材擠出成型之框條製出，不僅可讓整體重量減輕，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。 本創作之另一目的，即在於提供一種鋁擠型液晶顯示器外框架，其前 框罩體以兩組長雜條及兩組短雜條相互雌_，並能卿—直角對 位片保持職框條之對接處直肢贿，以及能顧—平行面對位片保持 對接框條之平面度，喃構形成—又平整又直角緊密對接之前框罩體型態 者。 本創作之又-目的，即在於提供一種紹擠型液晶顯示器外框架，其在 _對罩接合處皆有凸肋及段差槽面作以液晶面板電磁波加強隔離之屏 障，進而能達到低骑之液晶顯示科框架要求。 本創作之再一目的，即在於提供一種轉型液晶顯示器外框架，其後 框罩體内部搭配數個可滑移調整鎖付位置之活動刻設計，進而能達到適 有各種規t尺寸之液晶面板鎖付定位組裝之共通性，有利於鎖售，能 提昇產品之競爭力者。 6 M268885 【實施方式】 _ 請參閱第-圖及第二圖所示，本創作銘擠型液晶顯示器外框架，主 要係由銘材擠出成型之前框罩體i、後框罩體2及蓋板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付位置之活動嵌片4所組構而· 成。 · 如第二及第三圖所示’該前框罩體!係由贿型之兩組長邊框條似 兩組紐邊框條12採以對接相互對合組架而成，其中兩組長邊框條u及兩組 短邊框條12在成型加工時於一直角面背面成型出一直角面欲槽出、i2i及鲁 -平行面嵌槽112、122，而如第四圖及第五圖所示，該兩組長邊框條狀 兩組短邊框賴在直肖面嵌槽m、121之直㈣接處欽—直角對位片13 卡掣其中，以及兩組長邊框條u及兩組短邊框條12在平行面嵌削2、122 之直角對接歧人-平行面對位片14卡料中，並螺絲將直角對位片 13及平行面對位片14鎖固定位於兩組長邊框條u及兩組短邊框舰背面 欲槽中（如第六圖所示）。如此如第七圖所示，以兩組長邊框條丨丨及兩組 短邊框條I2相互對接組架前框罩船，其能利用直角對位片is保持對接框籲 條之對接處直«密度’以及能糊平行面對位片14保持對接框條之平面 度，以架構形成-又平整又直角緊密對接之前框罩體丨型態，讓前框罩體 對接處不至發生不平及縫細出現’由該組構後之前樞罩體卜其於欲接面* 上也設有一圍成矩形之段差槽面15。 如第二圖所示，該後框罩體2係由織型之兩組長邊框條Μ兩組短 邊框條22採以對接端裁截成45度斜邊相互兩兩對接銲固所架構而成，而該 兩組短邊框條22在成型加工時於嵌麟接面成型出—由兩凸出體】所構 7 M268885 成之卡板槽222，可供活動嵌片4套置於中滑移，另該内側凸出軌221上並 貫通有定位孔223。 而此活動後片4於垂直向表面可預先鑽出若干個不等距排列之鎖柱 螺孔41，以及於滑套於上述之内側凸出軌221之對應位置鑽出若干個之螺 絲孔42，而該鎖柱螺孔41上可鎖固連接一六角螺柱43，此六角螺柱43供與 液晶面板5之鎖耳51對應，以令螺釘鎖人其中而令液晶面板5固定組裝於後 框罩體2上。 又上述活動嵌片4之鎖柱螺孔41及螺絲孔42，其可依各家礙商所製出 液晶面板5之鎖耳51對應位置而預先鑽出設定位置及孔數，也就是說可依 現有通狀1树〜1时液晶面板5的規格尺寸變化來調整其鑽孔數及對應 位置，如第八圖所示之關中該後框罩體2内部左右側之卡板槽微所嵌入 活動嵌片4露出之鎖柱螺孔41數目及對應位置。而螺絲孔42之設定位置， 係為活動嵌片4嵌入卡板槽222中與後框罩體2内側凸出執221上定位孔223 在同中％線上位置，使螺絲孔42可對應到定位孔223，以令螺絲鎖付其 上而將活動嵌片4固定於後框罩體2之卡板中不動（如第人圖所示）； 而其螺絲孔42之設定數量，可因應其所需鎖付_之各尺寸液晶面板_ 付高度而調整數量。 因此各家廠商所製出液晶面板5欲鎖付在一制式規格之後框罩體2 上，如第八圖所*，可先利用絲於後框罩體2之卡板槽222上兩組活動嵌 片4可/月移之作用，乃將一嵌套於左側卡板槽222上之活動嵌片4將其滑動 位移，使其最頂端螺絲孔42與左關凸出執221頂端之定位孔223相對應， 並此以螺絲鎖付而將左側活動嵌片4固定於後框罩體2左側卡板槽222上， M268885 而嵌套於右側卡板槽222上之活動嵌片4將其滑動位移，使其與先前定位之‘ 活動嵌片4成-斜角高低對應之方式，且令其最底端螺絲孔犯與右内側凸 出執221底端之定位孔223相對應，並能以螺絲鎖付而將右側活動嵌片· 定於後框罩體2右側卡板槽222上，如此即形成適用最小尺寸液晶面板5之· 縱向鎖付高度，再配合該液晶面板5之左右鎖耳51對應位置，挑選與兩組· 活動後片4上所對應該鎖耳51之鎖柱螺孔41分別鎖上一六角螺柱仏，與液 晶面板5之鎖耳51對應配合攻入螺釘，而使此小尺寸之液晶面板5鎖付於後 框罩體2上定位（如第九圖所示）。 _ 若此制式規袼之後框罩體2上若欲鎖付定位較大尺寸之液晶面板5 時，如第十圖所示，其可將嵌套固定於後框罩體2内部左右兩側卡板槽⑽ 上兩、、且/讀肷片4予以鬆開螺絲而作以位移調整，使兩組活動礙片$再向外 側滑移，關整其在同—巾心線上之另—位置之獅孔微定位孔哪相 對應鎖固，如此後框罩體2内部以活祕片4作鎖付點之面積可擴大，也就 是說可調整其所配合大尺寸液晶面板5之縱向鎖付高度，再配合該較大尺 寸液曰日面板5之左右鎖耳51對應位置，付挑選與兩組活動嵌以上所對應_ 該鎖耳51之鎖柱螺孔41分別鎖上一六角螺柱仏，與液晶面板5之鎖耳㈣ 應配a攻人螺釘’而使此較大尺寸之液晶面板碑以鎖付於後框罩船上定 位（如第十一圖所示）。 由上述說明得知，本創作後框罩體2於左右側卡板槽222上各採以-月b配口各豕薇商所製出液晶面板5之鎖耳以而調整其鎖固位置之活動欲片 4❹十進彳制式規格後框罩體2可適用各家廠商所製出液晶面板$ 見格貞付疋位之特性，達到_通用之液晶面板外框架製品，以避免有現有 M268885 液曰曰面板外框架產品無法達到_目的而浪費製造成本、不卿售而失去 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 嵌套前框输軸定赠上，愤魏舰“板5之技侧面2 . 第圖斤示。亥、、且采後框罩體2於嵌接面上並設有圍成矩形之凸肋^，其恰 可肷套於別框罩體i之段差槽面15上，致使前框罩體1背面段差槽祕與後 框罩體2正面凸肋23能圍構成阻隔液晶面板5所發出電磁波之隔離屏障，得 以降低别框軍體1及後框罩體2外部之輕射作用，進而達到更佳效果之防韓鲁 射（EMI)要求。另外，該後框罩體2之背面，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之罩蓋作用，也可形成一阻隔液 晶面板5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1、後框罩體2 及-蓋板3相互組架得以完全罩蓋液晶面板5，且在前框罩體i背面段差槽 面15與後框罩體2正面凸肋23能圍構成液晶面板5之電磁波隔離屏障，再搭 配整體以!S材製出之外框架，進而可降低整體液晶顯示器外框架之防輕射鲁 (EMI)之要求，與現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，極具實用價值 及進步性。 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。 以及如第十三圖所示，本創作所組架構成外框架，可進一步於兩側 搭配鎖接喇叭框體7，又如第十四圖及第十五圖所示，該喇叭框體7於組裝 M268885 喇 &置有肷槽Ή ’而-具有彈性塑變之制0八_可如第十五圖所 視之操作方讀置此㈣71巾作輕，__八鋪7於正崎組裝之 • ’如此本創作所㈣構成外框架能顧於_雨上，並能組構形 成更元善視聽震置應用者。M268885 8. Description of the new type: [Technical field to which the new type belongs] This case is about a creator of a frame outside a liquid crystal display (LCD). [Previous technology] According to the existing liquid crystal display, the outer frame is made of resin directly by injection molding. Although it has a relatively low manufacturing cost, the resin after injection molding is recycled and will release toxic chemicals, and Direct burial cannot be effectively decomposed, and it no longer meets today's environmental protection recycling requirements. Many environmental problems will arise in the future. Therefore, in the next few years, countries around the world will ban plastic products in response to environmental problems. This is the most urgent problem facing the industry. Solve the problem. In addition, for the outer frame of the display made of the above resin, in order to meet the requirements of light-proof blue light), it will be placed in the frame—a metal separator covering the electromagnetic waves to reduce the radiation. This metal partition is usually an iron plate, plus the weight of the resin frame, so its overall weight is quite heavy, so the industry can't help but want to make its overall weight lighter, and it also has smart The requirements of computer peripheral equipment to meet the requirements of smart and environmental protection, in order to enhance the competitiveness of this product. For the current LCD substrate outer frame made with the current substrate, forging method or extrusion molding method is generally used. When considering the manufacturing cost, due to the high financial cost of the forging method, it is not possible to form the vertical Isolate and cover the raised rib part of the electromagnetic wave. This is a vertically formed raised rib that will affect the shape of the female. It is not suitable for recording. _ At this stage, it is clear that the low-thickness I Lu extrusion method is more suitable for production economic benefits. . In addition, as far as the outer frame of the existing display is concerned, the internal studs can be locked and tilted to install the LCD panel. Also, because various manufacturers lay out the LCD surface, the fixed recording is not standardized, so the nail stapling M268885 industry needs The process of changing multiple types is quite tedious, so at present only one set of p-frame fixed nails can be provided to provide a single rot: suitable for business, unable to achieve the purpose of generalization, unfavorable sales and losing her competitiveness, which is also currently being produced in this industry. Technical bottlenecks in the process. [New content] Based on the needs of the LCD display frame industry, the creator has devoted his research to the accumulated experience and knowledge of this industry for many years, and then innovates an "aluminum extrusion LCD display frame" for industrial use. The main purpose of this creation is to provide an aluminum extruded liquid crystal display outer frame. The frame is made of aluminum extruded molding strips, which can not only reduce the overall weight, but also meet environmental protection recycling requirements. To be more economical. Another purpose of this creation is to provide an aluminum extruded liquid crystal display outer frame. The front frame cover is formed by two sets of long miscellaneous strips and two sets of short miscellaneous strips. The joints of the strips are straight limb bribes, and those who can take care of—parallel facing the slice to maintain the flatness of the butt frame strips and form the structure—are flat and at right angles tightly butt tightly before the frame shape. Another purpose of this creation is to provide an outer frame of a extrusion-type liquid crystal display, which has convex ribs and stepped groove surfaces at the joints of the cover as a barrier for enhanced isolation by electromagnetic waves of the liquid crystal panel, so as to achieve a low ride. LCD display frame requirements. Another purpose of this creation is to provide a transformable LCD monitor outer frame. The rear frame cover is equipped with several movable engraved designs that can be adjusted to adjust the lock position, so as to achieve LCD panels with various sizes. The commonality of lock payment positioning assembly is conducive to lock sales and can improve the competitiveness of the product. 6 M268885 [Embodiment] _ Please refer to the first and second figures. The outer frame of the inscription LCD of this creation is mainly the frame cover i, the rear frame cover 2 and the cover. The plates 3 are assembled with each other, and a plurality of movable panels 4 that can be slid to adjust the lock position are arranged inside the rear frame cover 2 to form a structure. · As shown in the second and third illustrations, 'The front frame cover body! It is made of two sets of long frame strips like bribe-shaped two sets of button frame strips 12 which are docked with each other, but two sets of long frame strips u and During the forming process, the two sets of short bezel strips 12 are formed on the back of the rectangular surface to form a rectangular surface to be grooved, i2i and Lu-parallel plane grooves 112, 122. As shown in the fourth and fifth figures, the two Group long border strips Two sets of short borders rest on the straight joints of the straight grooves m and 121. The right-angled counter pieces 13 are locked, and two sets of long border strips u and two sets of short border strips 12 are on parallel planes. Insert the right-angled butt-matching pieces of 2,122 in the parallel-parallel facing piece 14 into the material, and screw the right-angled facing piece 13 and the parallel-faced piece 14 into two sets of long frame bars u and two sets of short frame ships. In the back groove (as shown in Figure 6). In this way, as shown in the seventh figure, two sets of long frame bars 丨 丨 and two sets of short frame bars I2 are docked with each other to form a front frame cover boat, which can use a right-angle positioning piece is to keep the docking frame's butt joint straight. 'As well as being able to face the plate 14 in parallel to maintain the flatness of the docking frame strip, it is formed by a structure-flat and right-angled tightly docking the front frame cover 丨 shape, so that the front frame cover butt joints will not be uneven and fine. After appearing 'from the structure, the pivot cover body is provided with a rectangular stepped groove surface 15 formed on the desired surface *. As shown in the second figure, the rear frame cover 2 is constructed by two sets of long frame strips, two sets of short frame strips 22 that are cut by the butt ends and cut into 45-degree hypotenuses and welded to each other. And the two sets of short frame strips 22 are formed on the inlay joint surface during the forming process—consisting of 7 M268885, the card slot 222, which can be used for 4 sets of movable panels In addition, a positioning hole 223 is penetrated on the inner protruding rail 221. And after this movable piece 4, a plurality of non-equidistantly arranged stud screw holes 41 can be drilled on the vertical surface in advance, and a plurality of screw holes 42 can be drilled at the corresponding positions of the above-mentioned inner protruding rail 221 on the sliding sleeve. A hexagonal stud 43 can be fixedly connected to the locking stud screw hole 41, and the hexagonal stud 43 is provided to correspond to the locking ear 51 of the liquid crystal panel 5, so that the screw can be locked therein and the liquid crystal panel 5 can be fixedly assembled at the rear. Frame cover 2. In addition, the screw holes 41 and screw holes 42 of the locking column 4 of the movable panel 4 can be pre-drilled to a set position and the number of holes according to the corresponding positions of the locking ears 51 of the liquid crystal panel 5 made by various vendors. Adjust the number of holes and corresponding positions according to the change in the size and size of the LCD panel 5 when the existing through-hole 1 tree ~ 1 is inserted. As shown in the eighth figure, the left and right side of the rear frame cover 2 inside the card board slots are micro-embedded. The number and corresponding positions of the stud screw holes 41 exposed by the movable panel 4. The setting position of the screw hole 42 is the position where the movable insert 4 is embedded in the card slot 222 and the projection hole 221 on the inside of the rear frame cover 2 is on the same percent line, so that the screw hole 42 can correspond to the positioning. Holes 223, so that the movable insert 4 is fixed in the card plate of the rear frame cover 2 so that the screws are locked on it (as shown in the figure); and the set number of the screw holes 42 can be adjusted according to its location. Need to lock _ of each size LCD panel _ pay height and adjust the number. Therefore, the LCD panel 5 made by various manufacturers wants to be locked on the frame cover 2 after a standard specification. As shown in the eighth figure *, two sets of activities can be used on the card slot 222 of the rear frame cover 2 first. The function of the panel 4 can be shifted / monthly, which is to move a movable panel 4 nested on the left card slot 222 to move it, so that the topmost screw hole 42 and the left pass project out of the positioning hole on the top of the handle 221. Corresponding to 223, the left movable panel 4 is fixed on the left card slot 222 on the left side of the rear frame cover 2 with a screw lock, and the movable panel 4 nested on the right card slot 222 slides on it. M268885 Displacement so that it corresponds to the previously positioned 'moving insert 40%-oblique angle height, and make its bottom screw hole correspond to the positioning hole 223 at the bottom of the right inside protruding handle 221, and The right side movable panel is fixed by screws. It is fixed on the right card slot 222 on the right side of the rear frame cover 2. This forms the minimum size of the liquid crystal panel 5. The height of the vertical lock is matched with the left and right locking ears of the liquid crystal panel 5. Corresponding position 51, select the two sets · After the movable plate 4 corresponding to the locking post 51 corresponding to the locking screw 51, lock one respectively Fo corner studs, and lock tabs 51 correspond to the liquid crystal panel is scored with the screw 5, this small size of the liquid crystal panel 5 to lock pay rear frame 2 is positioned on the cover (as shown in FIG. IX). _ If this standard is adopted, if you want to lock and position the larger LCD panel 5 on the frame cover 2, as shown in the tenth figure, it can be nested and fixed on the left and right sides of the inside of the rear frame cover 2. The top and bottom of the plate groove 松开 and the reading plate 4 are loosened by screws to adjust the displacement, so that the two groups of movement obstacles $ slide to the outside and close their other positions on the same-towel centerline. The lion hole micro positioning hole should be locked correspondingly, so that the area of the locking cover 4 inside the frame cover 2 can be enlarged, that is, the vertical locking height of the large-sized liquid crystal panel 5 can be adjusted. , And then match the corresponding positions of the left and right lock ears 51 of the larger-size liquid panel 5 with the corresponding two sets of movable inserts. _ The lock screw holes 41 of the lock ear 51 are respectively locked with a hexagonal stud. The lock ear ㈣ with the LCD panel 5 should be equipped with a tapping screw, so that this larger LCD panel tablet can be locked and positioned on the ship with the rear frame cover (as shown in Figure 11). From the above description, it is known that after the creation of the frame cover 2 on the left and right side card plate grooves 222, the locking lugs of the liquid crystal panel 5 made by each company are used to adjust its locking position. Movable film 4❹10 standard rear frame cover 2 can be applied to the LCD panel made by various manufacturers. See the characteristics of the LCD panel to achieve _ universal LCD panel outer frame products to avoid the existing M268885 liquid It is said that the panel outer frame products can not achieve the goal of wasting manufacturing costs, not selling them and losing competitiveness. In this creation, after assembling and positioning the liquid crystal panel 5 on the rear frame cover 2, the rear frame is nested with the front frame and the axis is set as a gift. The Wei side "The technical side 2 of the plate 5" is shown in the figure. The rear frame cover 2 is provided with a rectangular rib ^ on the engaging surface, which can be fitted on the stepped groove surface 15 of the other frame cover i, so that the rear section of the front frame cover 1 has a recessed groove. The front ribs 23 on the front frame cover 2 can form an isolation barrier to block the electromagnetic waves emitted by the liquid crystal panel 5, which can reduce the light-emitting effect on the outside of the military frame 1 and the rear frame cover 2 to achieve a better effect. EMI requirements. In addition, the back of the rear frame cover 2 can be closed by the cover plate 3 to lock the cover 'in order to achieve the cover function of the rear frame cover 2 completely covering the liquid crystal panel 5, or Forms an isolation barrier that blocks the electromagnetic waves emitted by the liquid crystal panel 5. Therefore, the outer frame of the liquid crystal panel created by this invention is formed by extruding the front frame cover 1, the rear frame cover 2 and the -cover plate 3 of the aluminum to completely cover the liquid crystal. Panel 5, and the stepped groove surface 15 on the back of the front frame cover i and the front rib 23 on the front of the rear frame cover 2 can surround the electromagnetic field of the liquid crystal panel 5. Isolation barriers, combined with the! S material to make the outer frame, can reduce the requirements of the entire LCD display frame against light emission (EMI). Compared with the existing LCD display frame, it can not only eliminate the metal barrier The board is covered with the material cost of isolating electromagnetic waves, and the overall weight is reduced, which is of great practical value and progress. As shown in Figure 12, the frame of this creation constitutes an outer frame, which can be further supported at the bottom. Two sets of mounting bases 6 make it reach a fixed position. And as shown in the thirteenth figure, the frame of this creation constitutes an outer frame, which can be further matched with the horn frame 7 on both sides, as shown in the fourteenth figure And the fifteenth figure, the horn frame 7 is assembled with M268885 la & is equipped with 肷 trough 而 and-the system with elastic deformation 0_ can be read as the operator as shown in the fifteenth figure ㈣71 towel made light, __ eight shop 7 assembled in Masaki • 'This exterior frame of this creation can take care of _ rain, and can be formed into a more effective audiovisual audio application.
综上所述’本創作所提供銘擠型液晶顯示器外框架，不僅以銘材製出， 讓整體重魏輕’城符合·时要求，樣製造縣也_肋擠型 加工製出’也較具_效益性，且因在框架鮮接合處有凸肋及段差槽面 作以液晶面板電磁波加強隔離之屏障，可達到健射之要求 ，另外搭配活 片之又t I達到顧現有各種規格尺寸之液晶面板鎖付定位組裝之 U生已充刀達到預期創作之目的及進步功效，實為一極具產業利腳 之創作設計者。 【圖式簡單說明】 第-圖解為本創作組錢外觀示意圖。 第二圖所示為本創作相關構件分解示意圖。 第三圖所示為本創作前框罩體相_件分解示意圖。 _圖所7F為本創作W框罩體之直角對位#及平行面對位#插嵌組配關 係示意圖1。 ★圖所7Γ為本句作刚框罩體之直角對位片及平行面對位片插欲組輯 應關係示意圖2。 γ —圖所福本創作讀罩體之直㈣位#及平行面對位片触組配關 係示意圖3。 第七圖所示為本創讀轉體減定位後背面示意圖。 11 M268885 弟八圖所示為本創作活動嵌片組配於後框 上形成一適用小尺寸液晶 面板組裝鎖付示意圖。 體上實施例示意 第九圖所示為本創作小尺寸液晶面板組裝鎖付於後框罩 圖 第十圖所示為本創作活動後片組配於後框罩體上形成—適用較大尺核·. 晶面板組裝鎖付示意圖。 · 第十Η所示為本創作較大尺寸液晶面板組裝鎖付於後框罩體上實施例 示意圖。 第十二圖所示為本創作外框架承架架座之示意圖。 第十三圖所示為本創作外框架兩側搭配喇叭框體之實施例圖。 第十四圖所示為本創作外框架兩側搭配喇叭框體所組配之喇σ八網對應關 係示意圖。 第十五圖所示為本創作喇叭框體組配喇叭網之組配動作示意圖。 【主要元件符號說明】 前框罩體...... …1 長邊框條...... ……11 短邊框條...... …12 直角面肷槽… ••…-m、121 平行面嵌槽… …112、122 直角對位片… ……13 平行面對位片 …14 段差槽面…… …15 後框罩體…… …2 長邊框條...... ……21 短邊框條…… …22 凸出執......... ……221 卡板槽......... …222 定位孔......... ……223 凸肋............ …23 蓋板............ ····.·3 12 M268885 活動嵌片.........4 螺絲孔............42 液晶面板.........5 架座...............6 嵌槽...............71 鎖柱螺孔............41 六角螺柱............43 鎖耳..................51 。刺口八框體............7 口刺口八網...............8In summary, the outer frame of the Ming-type squeeze LCD monitor provided by this studio is not only made of Ming material, so that the overall weight and lightness of the city meets the requirements of the city at the time. It is effective, and because of the convex ribs and stepped grooves at the fresh joints of the frame are used as a barrier to strengthen the isolation by the liquid crystal panel electromagnetic waves, it can meet the requirements of healthy shooting. In addition, the live film can be used to meet the various specifications. The LCD panel lock and positioning assembly of U-Sheng has already filled the knife to achieve the intended purpose and improve the effectiveness, and it is a creative designer with great industrial advantages. [Schematic explanation] The first-diagram is a schematic diagram of the appearance of the creative team. The second figure shows an exploded view of the relevant components of the creation. The third picture shows the exploded schematic diagram of the frame and body before creation. _Figure 7F is the schematic diagram of the inset assembly of right-angle counterposition # and parallel facing position # of the frame W of the creative work. ★ Figure 7Γ is a schematic diagram of the relationship between the right-angled positioning piece and the parallel-faced positioning piece for the rigid frame cover 2. γ — Schematic diagram of the contact relationship between the straight position # and the parallel facing position of the reading cover body in the book 3 of the book. The seventh figure shows the rear view of the rotatory derotation. 11 M268885 Figure 8 shows the assembly of the creative activity panel on the rear frame to form a schematic diagram of the assembly and locking of a small-sized LCD panel. The embodiment on the body schematically shows that the ninth picture shows the small-sized LCD panel assembled and locked on the rear frame cover. The tenth picture shows the rear film group formed on the rear frame cover for the creative activity. Core ·. Schematic diagram of the assembly and lock of the crystal panel. · The tenth figure shows a schematic diagram of an embodiment of assembling and locking a larger-sized LCD panel to a rear frame cover. The twelfth figure is a schematic diagram of the outer frame support base. The thirteenth figure shows the embodiment of the speaker frame on both sides of the creative outer frame. The fourteenth figure is the schematic diagram of the corresponding relationship of the la sigma eight nets assembled on both sides of the outer frame with the speaker frame. The fifteenth figure shows the assembling action of the speaker frame and speaker network. [Description of Symbols of Main Components] Front frame cover ... ...... 1 Long frame strip ... ...... 11 Short frame strip ... ...... 12 Right-angle groove ... •• ...- m, 121 parallel grooves ...… 112, 122 right-angle counters ... ...... 13 parallel-faced counters ... 14 segments with different grooves ... ...... 15 rear frame cover ... ...... 2 long frame strips ... ... 21 short border strips...... 22 protruding handles.................. ...... 223 Ribs ............ 23 Cover plate ............ 3 12 M268885 movable panel ... ..... 4 screw holes ......... 42 LCD panel ......... 5 stand ............... 6 Recessed slot ......... 71 Lock post screw hole ... 41 Hex stud ... .43 Locking ears ........ 51. Eight bayonet ......... 7 Eight bayonet ......... 8
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