M264806 八、新型說明： 【新型所屬之技術領域】 本_係«-«型顯示裝置之外殼組裝結構，特別是—種以組合框自顯 示裝置之側邊結合顯示裝置之後蓋板成-體，使組裝動作不會直接施壓於榮幕 玻璃之組裝結構設計。 【先前技術】 按，薄型顯示裝置（panel display device)在使用者不佔空間、無| 射、高畫質的需求及售價不斷下跌的催化下，傳統的CRT顯示器已逐 漸被薄型顯示裝置所取代，且隨著數位電視頻道的開播，支援數位訊 號之電漿電視（PDP)或大尺寸液晶電視（LCD TV)，不論採用内建式或外 接電視盒，均支援了電腦連接器或電視視訊接頭，而具有多種輸入訊 號源，使得實際使用的範圍更為廣泛/亦提升了消費者的接受度，逐 漸成為未來顯示裝置市場之主流。 為保護薄型面板（Panel)不受外力擠壓損壞’通常裝設有螢幕玻璃 加以保護，該榮幕玻璃並具有偏光功效，藉以增加色彩的視覺效果· 及抑制面板產生的電磁效應。惟，現有的薄顯顯示裝置之架構與組裝 方式如第1圖所示，目前薄型顯示裝置之外殼10係由前蓋框11與後 蓋板12將所有的電路板、液晶面板、螢幕玻璃13(EMI Front Glass)等 元件包覆於内， 該前蓋框11與後蓋板丨2設有對應之鎖螺管14與螺孔15 ’組裝 時係將螢幕玻璃13先固定於後蓋板12内（需額外的固定機構，於圖示 未畫），再將前蓋框11覆蓋於後蓋板12上，以螺絲16自後蓋板12之 螺孔15鎖入於前蓋框11之鎖螺管14，而組合為一體。 5 M264806 習知组裝方式具有下列缺點： 1. 前蓋框11與後蓋板12均為塑料材質，容易造成鎖螺管14斷裂，或 因鎖螺力道過強致使螺絲16呈空轉現象。 2. 螢幕玻璃13固定不易，且螺絲16係以垂直方式自後蓋板12鎖固 於前蓋框11，又或是以垂直方式自前蓋框11鎖固於後蓋板12， 螺絲16鎖固之力量係直接壓迫於螢幕玻璃13，容易使螢幕玻璃 產生崩裂或磨損情況，致使良率降低且增加額外高額成本支出。 【新型内容】 本創作之主要目的即是提供一種薄型顯示裝置之外殼組裝結構，該外 殼包括有一組合框及一後蓋板，該組合框係以側邊固定的組裝方式結合後 蓋板於一體，使外殼之組合動作不直接施壓於螢幕玻璃。 本創作之另一目的即是於組合框與後蓋板間設有複數個具彈性之緩衝材，該 · 緩衝材係用以承受螢幕玻璃之重量，同時該緩衝材受壓縮時所產生的彈力將螢 幕玻璃抵頂於組合框内側，而固定螢幕玻璃於外殼内，不需要額外的固定結構。φ 【實施方式】 本創作提供有兩種實施例，其中第2至第4圖係為本創作之第一 種實施例，第5至第7圖係為本創作之第二種實施例，分別詳述如下： 【第一種實施例】 如第2、3圖所示，分別顯示本創作第一種實施例之立體圖及其立 體分解圖；該螢幕外殼20包括有： 一組合框30，係呈矩形狀之框體（用以配合4 : 3或16 : 9等型式 6 M264806 之顯示震置），其一侧適當位置處设有開口 31 ’讀開 ^ ^ Ί 1=7 31處係供一控 制面板（圖示未晝）組設於後蓋板40。 前述之組合框30包含有前緣邊32與側緣邊 ^ ^ 3 ’該前緣邊32係 園成顯示裝置之可視面積；該側緣邊33之内緣面滴火 、每位置處突設有數 個扣接件34，該扣接件34與側緣邊33之結合處設士 / 4 有翼片35，以加強 扣接件34之強度。 薄梨顯示裝置内部構 緣邊設有複數個對 匈逛四周緣邊一適费 一後蓋板40，係成一凹狀之開放空間用以容置 件(如電路板、面板、螢幕玻璃等，圖示未畫），其四 應於前述扣接件34之穿孔41，及於後蓋板40之内 間距設有圍繞於後蓋板40四周之固定板42。 緩衝材50係設 板40間之間距 複數個具彈性之緩衝材50(如泡棉、導電泡棉等），^ 於前述每二個扣接件34間，並置入前述固定板42與二 内(如第4圖所示）。 、幾蓋 组裝時’係將各個緩衝材50置於二個穿孔41間 玻璃60置於緩衝材50上方，並使組合框之扣接件34<間距内，及將螢幕· 並扣接於固定板42，而將組合框3〇與後蓋板4〇社八〜自穿孔插入 額外的螺絲鎖合，且該緩衝材5〇因營幕玻璃6〇之=-體，不需藉^ 3〇時壓縮所產生的彈力，將使螢幕玻璃6〇抵頂於会且^及因組裝組合f 在同—製程步驟即完成螢幕外殼20與螢幕破‘，3G之前緣邊32 鈿紐並簡化製程。 嘀之組裝，能大幅 同樣的田而進行維修時，僅需將前述設於固定框％ 拆除，即可以扁平之工 巧0 31處之控制面板 ^ 固定框3G_雜人，依序將各個扣接件34 板42,而可將固定框30與後蓋板40分離。 轉固定 【第二種實施例】 7 M264806 如第5、6圖所示，分別顯示本創作第二種實施例之立體圖及其立體分解圖； 該螢幕外殼70包括有： 一組合框80，係呈矩形狀之框體（用以配合4 ·· 3或16 : 9等型式 之顯示裝置），其一側適當位置處設有開口 81，該開口 81處係供一控 制面板（圖示未畫）組設於後蓋板90。 前述之組合框80係由前緣邊82、側緣邊83與底緣邊84所構成， 由倒面視之，該組合框80概呈凹狀框體，該前緣邊82係圍成顯示裝 置之可視面積，且較長於底緣邊84 ;該側緣邊83於前述開口 81之兩 側位置各設有至少一個穿孔831。 一後蓋板90，係呈一凹狀之開放空間用以容置薄型顯示裝置内部構 件(如電路板、面板、螢幕玻璃等，圖式未晝），該後蓋板90之底面91與 四個自底面向上延伸出之邊板92間，形成有一略長於前述底緣邊84的平 面93(如第7圖所示），且該邊板92之高度相當於前述前緣邊82内緣至底 緣邊84内緣之距離。 另外，每一邊板92之内緣面分別結合有一金屬條94，及於一邊板92 設有與前述穿孔831相對應之穿孔921 ;前述之金屬條94係接地處理g 用以將薄型顯示裝置產生於螢幕玻璃60表面之電磁輻射現象接引至大地 而消除之。 複數個設置於前述金屬條94上之具彈性之緩衝材50。 組裝時，係將各個緩衝材50置於金屬條94上，及將螢幕玻璃60置 於緩衝材50上方，並自開口 81處依序將組合框80自後蓋板90之側邊方 向套入，使固定框80之底緣邊84與後蓋板90的平面93相接合，及固定 框80之前緣邊82罩蓋於後蓋板90之邊板92、螢幕玻璃60之上端，如 此，後蓋板90之邊板92完全置入於固定框80之前緣邊82與底緣邊84 之間距内（即側緣邊83的内側面），而結合固定框80與後蓋板90於一體， 8 M264806 同時螢幕玻璃受到前緣邊的限制而壓縮缓衝材50,其因壓縮所產生的彈 力，將使螢幕玻璃60抵頂於組合框80之前緣邊82内側，再以螺絲8 自固定框80之穿孔831鎖螺於後蓋板9〇之穿孔92卜而定^ 85 不會由開口 81處鬆脫。 即 同樣的，當需進行維修時，僅需拆除前述鎖螺於固定框8〇之螺絲％，艮。 開口们處依序扳開固定框80之側緣邊83，而可將固定框8〇與後蓋㈣分 =自 是=本創作所提供之薄型顯示裝置之外殼組裝結構，不僅能有效解決習用薄 _程等成外殼爾破細等缺點，並具有縮短、 以上已將本創作作一詳細說明只感德便。 =佳實施例而已，當不能限定本創=切述者，僅為本創作之— 圍所作之均等變化與修飾等，皆應本創作申請. ‘圖式簡單說明】 :1圖係為習用顯示裝置之外殼、 第2圖係為本創作第—種實:裝为解示意圖 第3圖係為本創作第-種=級裝立體圖; 第4圖係為第…a 體分解圖； 第5圏係視放大圖。 第6圖係為本創作第二種組裝:體圖; 弟7圖係為第6圖之局部剖視放大:體分解圖； 則作之專利⑧蓋範圍内。 U要元件符號說明】 9 M264806 ίο外殼 11前蓋框 12後蓋板 13螢幕玻璃 14鎖螺管 15螺孔 16螺絲 20螢幕外殼 30組合框 31開口 32前緣邊 33側緣邊 34扣接件 35翼片 40後蓋板 41穿孔 42固定板 50緩衝材 60螢幕玻璃 70螢幕外殼 80組合框 81開口 82前緣邊 83側緣邊 831穿孔 M264806 84底緣邊 85螺絲 90後蓋板 91底面 92邊板 921穿孔 93平面M264806 8. Description of new model: [Technical field to which the new model belongs] This _ is a housing assembly structure of «-« type display device, in particular-a kind of combo box is combined with the display device from the side of the display device and the cover is formed into a body. Make the assembly action not directly pressure the assembly structure design of the glory glass. [Previous technology] Press, the thin display device (panel display device) in the user does not occupy space, no | radio, high-quality demand and steadily falling prices of the catalyst, the traditional CRT display has gradually been replaced by the thin display device Replaced, and with the launch of digital TV channels, plasma television (PDP) or large-size LCD TV that supports digital signals, regardless of the built-in or external TV box, supports computer connectors or TV video The connector has multiple input signal sources, which makes the range of actual use wider / consumer acceptance, and gradually becomes the mainstream of the future display device market. In order to protect the thin panel from being squeezed by external force, a screen glass is usually installed to protect it. The glory glass has a polarizing effect to increase the visual effect of color and suppress the electromagnetic effect of the panel. However, the structure and assembly method of the existing thin display device is as shown in Fig. 1. At present, the housing 10 of the thin display device is composed of a front cover frame 11 and a rear cover 12 which are all circuit boards, liquid crystal panels, and screen glass 13 (EMI Front Glass) and other components are covered inside, the front cover frame 11 and the rear cover 丨 2 are provided with corresponding locking solenoids 14 and screw holes 15 ′ when assembling, the screen glass 13 is first fixed to the rear cover 12 Inside (requires additional fixing mechanism, not shown in the figure), then cover the front cover frame 11 on the rear cover 12 and lock the front cover frame 11 with screws 16 from the screw holes 15 of the rear cover 12 The solenoid 14 is combined into one. 5 M264806 The conventional assembly method has the following disadvantages: 1. The front cover frame 11 and the rear cover 12 are made of plastic, which may easily cause the lock screw 14 to break, or the screw 16 may idle due to the strong force of the lock screw. 2. The screen glass 13 is difficult to fix, and the screws 16 are fixed to the front cover frame 11 from the rear cover 12 in a vertical manner, or are fixed to the rear cover 12 from the front cover frame 11 in a vertical manner, and the screws 16 are locked. The force is directly pressed on the screen glass 13, which is likely to cause the screen glass to crack or wear, resulting in a reduction in yield and an additional high cost. [New content] The main purpose of this creation is to provide a housing assembly structure for a thin display device. The housing includes a combination frame and a rear cover. The combination frame is combined with the rear cover in a fixed assembly on the side. , So that the combined action of the shell is not directly pressed on the screen glass. Another purpose of this creation is to provide a number of flexible cushioning materials between the combination frame and the back cover. The cushioning materials are used to bear the weight of the screen glass, and the elasticity of the cushioning material when it is compressed. The screen glass is pressed against the inside of the combo box, and the screen glass is fixed in the housing, and no additional fixing structure is required. φ [Embodiment] Two kinds of embodiments are provided in this creation. The second to fourth pictures are the first embodiment of the creation, and the fifth to seventh pictures are the second embodiment of the creation. The details are as follows: [First Embodiment] As shown in Figs. 2 and 3, a three-dimensional view and an exploded view of the first embodiment of the present invention are displayed. The screen casing 20 includes: a combination box 30, A rectangular frame (used to match the display of 4: 3 or 16: 9 type 6 M264806), with an opening at an appropriate position on one side 31 'read open ^ ^ Ί 1 = 7 31 places are provided A control panel (not shown) is provided on the rear cover 40. The aforementioned combo box 30 includes a leading edge 32 and a side edge ^ ^ 3 'The leading edge 32 is a visible area of the display device; the inner edge of the side edge 33 is dripping fire, and is protruded at each position There are several fasteners 34, and the joints of the fasteners 34 and the side edges 33 are provided with fins 35 to strengthen the strength of the fasteners 34. The internal edge of the thin pear display device is provided with a plurality of back covers 40 which are suitable for the surrounding edges of Hungary, which are formed into a concave open space for containing components (such as circuit boards, panels, screen glass, etc.). (Not shown in the figure), four of which are corresponding to the perforations 41 of the aforementioned fasteners 34, and a fixing plate 42 surrounding the periphery of the rear cover 40 is provided at an interval between the rear cover 40. The cushioning material 50 is a plurality of elastic cushioning materials 50 (such as foam, conductive foam, etc.) between the plates 40, ^ between each of the two fasteners 34 described above, and placed in the aforementioned fixing plates 42 and two Within (as shown in Figure 4). When several covers are assembled, 'each buffer material 50 is placed in two perforations 41, glass 60 is placed above the buffer material 50, and the fasteners 34 of the combination frame are within the pitch, and the screen is fastened to Fix the plate 42, and insert the combination frame 3〇 and the rear cover 4〇 社 八 from the perforation to insert additional screws, and the cushioning material 50 is the body of the glass 60, so you do n’t need to borrow ^ 3 The elasticity generated by the compression at 0 o'clock will make the screen glass 60 meet the meeting and ^ and the assembly combination f is in the same process step to complete the screen shell 20 and the screen breaking. The leading edge of 3G is 32 and the process is simplified. .组装 Assembly, when repairing the same field, you just need to remove the aforesaid set on the fixed frame%, that is, the flat control panel at 0 31 can be fixed ^ Fixed frame 3G_Miscellaneous, in order to fasten each Piece 34 and plate 42, and the fixing frame 30 and the rear cover 40 can be separated. Rotating [Second Embodiment] 7 M264806 As shown in Figures 5 and 6, the three-dimensional view and the three-dimensional exploded view of the second embodiment of this creation are displayed respectively. The screen casing 70 includes: a combination box 80, A rectangular frame (used to match 4 ·· 3 or 16: 9 type display devices), an opening 81 is provided at an appropriate position on one side, and the opening 81 is provided for a control panel (not shown in the figure) ) Set on the rear cover 90. The aforementioned combination frame 80 is composed of a leading edge 82, a side edge 83, and a bottom edge 84. Viewed from the reverse side, the combination frame 80 is generally a concave frame, and the front edge 82 is enclosed by a display. The visible area of the device is longer than the bottom edge edge 84; the side edge edge 83 is provided with at least one perforation 831 on both sides of the aforementioned opening 81. A rear cover 90 is a recessed open space for accommodating internal components of a thin display device (such as a circuit board, a panel, a screen glass, etc., and the drawings are not available). The bottom surfaces 91 and 4 of the rear cover 90 A plane 93 (shown in FIG. 7) slightly longer than the bottom edge edge 84 is formed between the edge plates 92 extending upward from the bottom surface, and the height of the edge plate 92 is equivalent to the inner edge of the front edge edge 82. The distance from the inner edge of the bottom edge edge 84. In addition, a metal strip 94 is combined on the inner edge surface of each side plate 92, and a perforation 921 corresponding to the aforementioned perforation 831 is provided on the side plate 92; the aforementioned metal strip 94 is grounded and is used to generate a thin display device. The phenomenon of electromagnetic radiation on the surface of the screen glass 60 is led to the ground and eliminated. A plurality of elastic cushioning materials 50 provided on the aforementioned metal strip 94. During assembly, each buffer material 50 is placed on the metal strip 94, and the screen glass 60 is placed above the buffer material 50, and the combination frame 80 is sequentially inserted from the opening 81 to the side of the rear cover 90. The bottom edge 84 of the fixing frame 80 is joined to the plane 93 of the rear cover 90, and the front edge 82 of the fixing frame 80 covers the edge 92 of the rear cover 90 and the upper end of the screen glass 60. The edge plate 92 of the cover 90 is completely inserted into the space between the front edge 82 and the bottom edge 84 of the fixed frame 80 (that is, the inner side of the side edge 83), and the fixed frame 80 is integrated with the rear cover 90. 8 M264806 At the same time, the screen glass is compressed by the front edge and the cushioning material 50 is compressed. The elasticity generated by the compression will cause the screen glass 60 to abut against the inside of the front edge 82 of the combo frame 80, and then use the screw 8 to fix the frame. The perforation 831 of 80 is locked on the perforation 92 of the rear cover 90. ^ 85 will not come loose from the opening 81. That is, when maintenance is required, it is only necessary to remove the screw %% of the aforementioned locking screw on the fixing frame 80, that is, the same. At the openings, the side edges 83 of the fixing frame 80 are sequentially opened, and the fixing frame 80 and the back cover can be separated = since = the casing assembly structure of the thin display device provided by this creation can not only effectively solve the habit The thinner and thinner shells have the disadvantages of being thin and thin, and have shortening. The above has been a detailed explanation of this creation, but it is only a matter of convenience. = Only the best embodiment, when it is not possible to limit the original creation = the author, is only the creation of this creation-the equal changes and modifications made around this application should be applied for this creation. 'Schematic simple description]: 1 picture is a custom display The shell of the installation, the second picture is the first kind of creation: pretend to be a schematic diagram of the creation, the third picture is the third kind of the creation, a graded perspective view, and the fourth picture is an exploded view of the body of a ... Enlarged view. Figure 6 is the second assembly of this creation: body diagram; brother 7 is a partial cross-sectional enlarged view of figure 6: body exploded view; within the scope of the patent cover. Description of U component symbols] 9 M264806 ίο Housing 11 Front cover frame 12 Rear cover 13 Screen glass 14 Locking screw 15 Screw hole 16 Screw 20 Screen housing 30 Combination frame 31 Opening 32 Front edge 33 Side edge 34 Fastener 35 wings 40 back cover 41 perforation 42 fixing plate 50 cushioning material 60 screen glass 70 screen housing 80 combination frame 81 opening 82 front edge 83 side edge 831 perforated M264806 84 bottom edge 85 screw 90 rear cover 91 bottom 92 Edge plate 921 perforated 93 plane
94金屬條94 metal bar
1111