M265876 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種背蓋組立裝置，特別是指一種可 便於電子設備之框架與背蓋進行組設作業之組立裝置。 【先前技術】 隨著科技進步，近年來的電子設備產品莫不以「輕、 薄、短、小」為設計理念，市面上常見產品也利用小型化 為訴求概念吸引消費者注意。有別於小型化概念，時下另 有一股追求更逼真寫實的風潮，此概念多半與影音設備有 關，熱中此道人士添購之影音設備講求臨場感與真實感， 因此，市場上也相對出現了大尺寸影音設備，其中，最為 國人熟悉的產品莫過於電漿顯示器（Plasma display p⑽吒 PDP，通稱電漿電視）與液晶電視兩種。 以電漿顯示器為例來說，目前銷售上最常見的尺寸為 42吋（約li〇cmx 75cmx 1〇cm)，總重量約可達至公 斤，組裝工作是一件令人感到相當頭痛的問題。參閱圖丄 所示電敷顯示器1之一框架U與一背蓋12，當框架丨1内 已組設好所有電子元件後（為便於說明，圖中並未繪出電 子元件），工作人員雙手握持著背蓋12貼合至框架u後側 面，藉以完全覆蓋所有電子元件而呈現一體的外觀型態。 於工作人員進行框架U、背蓋12間的鎖固作業，必須 一手扶壓住背蓋12，令背蓋12完全貼合於框架u，另一手 則需要持著螺絲鎖合機（圖未示），利用螺絲13把背蓋U 鎖固於框架11 i。然而此種工作模式相當吃力，主要原因 M265876 在於使用人員無法將雙手完全應用在鎖固作業上，其中一 隻手必須在整個鎖固過程中持續㈣著背蓋12而避免背蓋 12掉落，導致僅剩單手用於鎖固作業，操作上相當不便； 同夺#蓋12疋由金屬材料所製成，具有一定重量，長時 間以單手扶持對工作人員來說負荷極大，也是造成此種大 型電子設備組立不易的另一因素。 【新型内容】 因此本新型之目的，即在提供—種可以辅助電子設 備進行、，裝，藉以降低組裝難度之背蓋組立褒置。 於疋，本新型之電子設備背蓋組立裝置是應用於一電 子設備，該電子設備具有一框架、—顯示器，以及一與框 :彼此接合以供顯示器容納其間的背蓋。該背蓋組立裝置 =含至少—假固^單心該假固^單^介於框架與背蓋 曰1 ’包括相配合之—柱體與—㈣狀穿孔，使背蓋假性定 位於框架上以便於進行組裝固定作業。 【實施方式】 ~ 有關本新型之前述及其他 议彳丨7 n谷特點與功效，在 以下配合參考圖式之二個於社杳 —個較佳實施例的詳細說明中，將可 清楚的呈現。 在以下的說 在本新型被詳細描述之前，要注意的是， 明内容中，類似的元件是以相同的編號來表示。 較佳實施例 示器或液晶 器3。該電 參閱圖2,本新型背蓋組立裝置2之_第一 是用於一電子設備中，此電子設備可為電毅顯 電視等，本實施例所採用之電子設備為電漿顯示 M265876 漿顯示器3具有一框架31、一顯示器32，以及一背蓋33。 其中，該框架31具有一輪廓呈矩形之圍繞壁3ιι，與複數 間隔形成於該圍繞壁3 11内側的第一螺孔312。 該顯示器32包括-顯示面板321 (在本實施例中為玻 璃板）’以及一與該顯示面板321形成電連結之驅動電路（ 為便於說明，圖中未另標示），該驅動電路輸出電子訊號至 顯不面板321，使得顯示面板321能根據電子訊號而產生各 種的影像。另外，該背蓋33貫穿形成了複數個分別對應於 每一第一螺孔3 12的第二螺孔331。 該背蓋組立裝置2包含二個假固定單元2〇，其中假固 定單元20鄰近框架31之上邊或側邊設置（本實施例中係 將假固定單元20設於框架31之上邊），且假固定單元2〇 是左右對稱相間地介於框架31和背蓋33之間。每一假固 定單元20具有一柱體21，以及一形成於該背蓋33上之穿 孔22。該柱體21設於該框架3 1之圍繞壁311上並往背蓋 33方向突出，該穿孔22的位置則是相對應於該柱體2ι。 本實施例採用之柱體21為自攻螺絲，並將自攻螺絲鎖 設定位於框架31上，而形成往背蓋33凸出的柱體21態樣 。配合參閱圖3，另自該背蓋33的方向來看，穿孔22之孔 徑是由下往上逐漸縮小之韻蘆型狀。 同時參閱圖4及圖5，當工作人員已完成顯示器32的 組裝’接下來就必須將背蓋33對接至框架31上，讓顯示 器32受到框架31、背蓋33兩者包圍保護。工作人員雙手 握持背蓋33，令背蓋33上之每一個穿孔22對準其所相應 M265876 的柱體21，以讓柱體21穿伸入穿孔22，此時，工作人員 可輕輕扶持著背蓋33，隨著背蓋33本身的重力作用，背蓋 33便自然地相對於框架31略為往下掉落至圖$所示位置， 最後，背蓋33藉著掛持於柱體21上而假性定位至該框架 31° 由於背蓋3 3與框架31間已暫時地形成假性定位，工 作人員的雙手不必持續握扶著背蓋3 3，因此，可輕鬆地一 手旱起螺絲鎖合機（或者其他工具，圖未示），一手拿著螺 絲4,對準第一、二螺孔312、331將螺絲4鎖合於其中（ *、、、頁示於圖2 )，此時雙手直接應用於進行螺絲4鎖固作業上 ’卻毋須時時擔心背蓋33自框架31掉落的問題。 本新型利用柱體21可穿伸至背蓋33之穿孔22中，造 成责蓋3 3可拆離地掛置於框架31上而產生假性定位，即 使在工作人員未加以扶持的狀態下，背蓋33也不容易自框 茱31掉出，便於工作人員專心於鎖固工作，而不必一手分 心扶持固定背蓋33，大大降低了電子設備的組裝難度，且 在螺絲4鎖固與假性定位雙重搭配下，更彰顯本新型用於 增進框架31、背蓋33間組設之極佳定位性。 此外，本實施例揭示之柱體21是以自攻螺絲鎖設於框 木31上並在责盍33方向凸出地延伸，使柱體21穿置於穿 孔22内形成假性定位，此外，該柱體21也可以是直接焊 結在框架31上並突伸於穿孔22内，產生近似於自攻螺絲 的組立結構，或者該柱體21更可以與框架31 —體開模成 型所得，構成多樣選擇的實施模式。 M265876 值得注意的是，本實施例界定假固定單元2〇為二個， 實際上應用時可為-個或更多個，假固定單元2G之設置數 目端視顯示面321的尺寸來決定，也就是說當顯示面板 的尺寸越大，框架31也隨之變大，便需要更多個假固 疋單元20以提高定位效果，當然，若顯示面板321尺寸較 小’設置單一假固定單元2〇即可。 惟假固定單元2〇的設置前提在於平衡，若僅設立一個 假固定單元20，該假固定單元20必須位在框架31相對鄰 近背蓋33 —側的中心點，避免在背蓋33未與框架31確實 鎖設固定前，背蓋33雖然掛設至框架31卻發生左右傾斜 的現象，將造成工作人員的困擾。同理，若應用於較大尺 寸的電漿顯示器3時，多數個假固定單元20則必須達到左 右平衡，確保背蓋33不致往側邊傾斜。 參閱圖6，本新型電子設備背蓋組立裝置5的一第二較 佳實施例則是以第一實施例為基礎，所做的變化態樣。如 圖所示，該背蓋組立裝置5同樣包含二個彼此間隔的假固 定單元50，且每一假固定單元5〇亦具有一柱體51以及一 對應於該柱體51的穿孔52。 特別的是，柱體51與穿孔52設立位置恰相反於前一 實施例所揭示，也就是柱體51分別設於該背蓋33上，本 實施例採自攻螺絲由背蓋33往框架3 1方向鎖設，使該柱 體51往框架31突出，至於該穿孔52則是形成於該框架31 上對應於柱體51處，且如圖7所示孔徑為由上往下逐漸縮 小之倒葫蘆型狀，當該工作人員不再扶持背蓋33，柱體51 M265876 而同樣達到假性定位之效 便落入牙孔52的最小孔徑處中， 果0 參閱圖8及圖9，本新型電子設備背蓋虹立裝置6的一 第二較佳實施例則以第一實施例為概念原點進一步延伸， 並包含四個環繞框架31的假固定單元6〇。每—假固定單元 6〇具有-掛設在該框架31才目對鄰近背蓋33 _側之連接件 63、二分別焊設在連接件63面對背蓋33之—側並往背蓋 33突伸的柱體6卜以及二分別形成在背蓋33上的穿孔a 。本實施例界定每一假固定單元6〇具有柱體6ι和穿孔Μ 均分別為兩個，根據不同實施態樣可有一個或多數個的變 化，而不受本實施例所限制。 有別於前述實施例，本實施例之假固定單元更具有 -連接件63，該連接件63的外型是與框架3ι之内側面相 對應貼合，故連接件63毋須佔㈣示器32擺設所需空間 ，並與框架31形成較為穩固的連結作用，另將柱體61改 設在該連接件63上並使該柱體61是往背蓋33突伸。 本實施例係直接應用於目前任何電漿顯示器機種上， 這些機種之框架31在製造過程中並未直接成型柱體61結 構，因而可透過額外加設連接件63的方式，讓本新型之背 蓋組立裝置6得以在不更動原有設備的前提下，同樣具備 假性固定之效果，進而提升框架31與背蓋33間的定^性 ，降低組裝難度且加快整體工作效率。 較為特別的一點在於，本實施例中的連接件63除可如 圖所示般掛設於框架31鄰近背蓋33的一側，還可以選擇 10 M265876 在組裝作業中另行焊結在框架31上，如此一來，完全不必 變更原有模具的設計（包括框架31、背蓋3 3 )，僅需額外 加設連接件63，省略開模作業的繁複設計過程，更能強化 本新型之廣泛應用性，提高了整體使用價值。 歸納上述，本新型電子設備背蓋組立裝置2、$、6利 用柱體21、51、61穿置於穿孔22、52、62之中，因而在 框架31、背蓋33進行鎖固作業前，令框架31和背蓋％間 形成假性定位關係，如此一來，工作人員除了不必全程扶 持背蓋33以免背蓋33自框架31上掉落外，還能降低組設 施行難度，進而加快作業效率，確實能達到本新型之目的 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請：利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一 立方式； 立體組合圖，說明一 種習知電漿顯示器的組 疋+新型電子設備背 施例的一立體分解圖 圖3是該第一較佳實施例之-局部立體圖 孔之孔徑是由下往上漸縮的情形； 圖4是該第一較佳實施例的 體已穿伸過-背蓋上之穿孔； 湖 千乂 . 說明 說明 M265876 圖5是是該第—較佳實施例的另_ 該背蓋藉由柱體而假性定位於―框架上的^剖視圖’說明 圖6是本新型電子設備背蓋組立裝:二 1 施例的一立體分解圖； 一較佳實 圖7是該第二較佳眘对；存丨 ^隹實&例之-局部立體圖， 孔疋由上往下漸縮的情形； 月以穿 圖8是本新型電子設備背蓋組立裝置之 施例的一立體分解圖；卩 帛—幸乂佳實 假固：二局？視圖，說明該第三較佳實施例之複數 疋早兀較則二實施例更具有一連接件。 12 M265876 【主要元件符號說明】 2 · · · 背蓋組立裝置 331 第二螺孔 20 假固定單元 丨·· 螺絲 21 柱體 5 · · · · 背蓋組立裝置 22 穿孔 50 假固定單元 3 · · · 電漿顯示器 51 · · · 柱體 31 框架 52 · · · 穿孔 311 圍繞壁 6 · · * 背蓋組立裝置 312 . · 第一螺孔 60 假固定單元 32 顯示器 61··· 柱體 321 顯示面板 62 · · _ 穿孔 33 背蓋 63 · · · 連接件 13M265876 8. Description of new models: [Technical field to which the new models belong] The new model relates to a back cover assembly device, in particular to an assembly device that facilitates the assembly operation of the frame and back cover of an electronic device. [Previous technology] With the advancement of science and technology, electronic device products in recent years have always adopted the design concept of "light, thin, short, and small." Common products on the market have also used miniaturization as a concept to appeal to consumers. Different from the concept of miniaturization, there is another trend of pursuing more realistic and realism. This concept is mostly related to audio and video equipment. The audio and video equipment purchased by people who are enthusiastic about it requires presence and realism. Therefore, it is relatively emerging in the market. Large-scale audio and video equipment, of which the most familiar products are plasma display (Plasma display p⑽ 吒 PDP, commonly known as plasma TV) and LCD TV. Taking the plasma display as an example, the most common size currently sold is 42 inches (about 10 cm x 75 cm x 10 cm), and the total weight can reach up to kilograms. The assembly work is a headache. . Referring to a frame U and a back cover 12 of the electric display 1 shown in FIG. 当, when all the electronic components have been assembled in the frame 丨 1 (for the convenience of illustration, the electronic components are not shown in the figure), the worker doubles The back cover 12 is held by the hand and attached to the rear side of the frame u so as to completely cover all the electronic components and present an integrated appearance. When the worker performs the locking operation between the frame U and the back cover 12, the back cover 12 must be held down with one hand so that the back cover 12 fits completely into the frame u, and the other hand needs to hold a screw lock machine (not shown) ), Fasten the back cover U to the frame 11 i with the screw 13. However, this working mode is quite laborious. The main reason M265876 is that the user cannot fully apply his hands to the locking operation. One of the hands must continuously hold the back cover 12 during the entire locking process to prevent the back cover 12 from falling. As a result, only one hand is left for the locking operation, which is quite inconvenient in operation; Tongdu #cover 12 疋 is made of metal material and has a certain weight. Supporting with one hand for a long time is extremely burdensome for the staff and also causes Another factor that makes such large electronic equipment difficult to set up. [New content] Therefore, the purpose of this new model is to provide a kind of back cover assembly that can assist the electronic equipment to carry out, install, and reduce the difficulty of assembly. Yu Li, this new type of electronic device back cover assembly device is applied to an electronic device. The electronic device has a frame, a display, and a frame that are joined to each other for the display to accommodate the back cover therebetween. The back cover assembly device = contains at least-false solid ^ single heart, the false solid ^ single ^ is between the frame and the back cover 1 'including the matching-pillar and-㈣-shaped perforation, so that the back cover is falsely positioned on the frame To facilitate assembly and fixing operations. [Embodiment] ~ The aforementioned and other features of the new model 丨 7 n Valley features and effects, will be clearly presented in the detailed description of the two preferred reference embodiments in the following reference drawings . In the following, before the present invention is described in detail, it should be noted that in the description, similar elements are represented by the same numbers. The preferred embodiment is a display or liquid crystal display 3. Refer to Figure 2. The first of the new back cover assembly device 2 is used in an electronic device. This electronic device can be a TV, etc. The electronic device used in this embodiment is a plasma display M265876 slurry. The display 3 has a frame 31, a display 32, and a back cover 33. Wherein, the frame 31 has a surrounding wall 3m having a rectangular outline, and a plurality of first screw holes 312 formed inside the surrounding wall 31. The display 32 includes a display panel 321 (a glass plate in this embodiment) and a driving circuit (not shown in the figure) for forming an electrical connection with the display panel 321. The driving circuit outputs an electronic signal The display panel 321 enables the display panel 321 to generate various images according to the electronic signals. In addition, a plurality of second screw holes 331 corresponding to each of the first screw holes 312 are formed through the back cover 33. The back cover assembly device 2 includes two fake fixing units 20, wherein the fake fixing unit 20 is disposed adjacent to the upper side or the side of the frame 31 (the fake fixing unit 20 is provided on the upper side of the frame 31 in this embodiment), and The fixing unit 20 is interposed between the frame 31 and the back cover 33 symmetrically. Each dummy fixing unit 20 has a pillar 21 and a through hole 22 formed in the back cover 33. The pillar 21 is disposed on the surrounding wall 311 of the frame 31 and protrudes toward the back cover 33. The position of the perforation 22 corresponds to the pillar 2m. The post 21 used in this embodiment is a self-tapping screw, and the self-tapping screw lock is set on the frame 31 to form a post 21 protruding toward the back cover 33. With reference to FIG. 3, and viewed from the direction of the back cover 33, the hole diameter of the perforation 22 is gradually reduced from bottom to top. Referring to FIG. 4 and FIG. 5 at the same time, when the worker has finished assembling the display 32 ', the back cover 33 must be docked to the frame 31 so that the display 32 is surrounded and protected by the frame 31 and the back cover 33. The worker holds the back cover 33 with both hands, and aligns each of the perforations 22 on the back cover 33 with the corresponding pillar 21 of M265876, so that the pillar 21 penetrates into the perforation 22. At this time, the staff can gently The back cover 33 is supported. With the gravity of the back cover 33 itself, the back cover 33 naturally falls slightly relative to the frame 31 to the position shown in FIG. $. Finally, the back cover 33 is hung on the pillar by hanging 21 is falsely positioned to the frame 31 ° Since the back cover 3 3 and the frame 31 have temporarily formed a false positioning, the staff does not need to continuously hold the back cover 3 3 with both hands, so it can easily dry with one hand Lift the screw lock machine (or other tools, not shown), hold the screw 4 in one hand, align the first and second screw holes 312, 331 and lock the screw 4 in it (* ,,, and the page are shown in Figure 2) At this time, both hands are directly used to perform the screw 4 locking operation, but there is no need to worry about the problem of the back cover 33 falling off the frame 31 from time to time. The new type uses the pillar 21 to penetrate into the perforation 22 of the back cover 33, causing the cover 3 3 to be detachably hung on the frame 31 to produce false positioning, even in a state where the staff does not support it. The back cover 33 is not easy to fall out of the frame 31, which is convenient for the staff to concentrate on the locking work without having to distract and support the fixed back cover 33, which greatly reduces the difficulty of assembling the electronic equipment. With the dual positioning of sexual orientation, the new model is used to enhance the excellent positioning of the frame 31 and the back cover 33. In addition, the pillar 21 disclosed in this embodiment is locked on the frame wood 31 with a self-tapping screw and protrudes in the direction of the shaft 33, so that the pillar 21 is inserted into the perforation 22 to form a false positioning. In addition, The pillar 21 may also be directly welded to the frame 31 and protruded into the through hole 22 to produce an assembly structure similar to a self-tapping screw, or the pillar 21 may be formed by integrally molding the frame 31 with the frame 31. Diverse selection of implementation models. M265876 It is worth noting that this embodiment defines two false fixed units 20, in practice, it can be one or more. The number of false fixed units 2G is determined by the size of the display surface 321. That is, when the size of the display panel is larger, the frame 31 also becomes larger, so more dummy fixing units 20 are needed to improve the positioning effect. Of course, if the size of the display panel 321 is smaller, a single dummy fixing unit 2 is provided. Just fine. However, the premise of setting the false fixing unit 20 is balance. If only one false fixing unit 20 is set up, the false fixing unit 20 must be located at the center point of the frame 31 relatively adjacent to the back cover 33 to avoid the back cover 33 not being connected to the frame. Before the 31 is indeed locked and fixed, although the back cover 33 is hung to the frame 31, the phenomenon of tilting left and right will cause trouble to the staff. Similarly, when applied to a large-sized plasma display 3, most of the dummy fixing units 20 must achieve left-right balance to ensure that the back cover 33 does not tilt to the side. Referring to Fig. 6, a second preferred embodiment of the novel electronic device back cover assembly device 5 is based on the first embodiment. As shown in the figure, the back cover assembly device 5 also includes two dummy fixing units 50 spaced from each other, and each dummy fixing unit 50 also has a pillar 51 and a perforation 52 corresponding to the pillar 51. In particular, the positions of the pillars 51 and the perforations 52 are exactly opposite to those disclosed in the previous embodiment, that is, the pillars 51 are respectively disposed on the back cover 33. This embodiment uses self-tapping screws from the back cover 33 to the frame 3 It is locked in one direction, so that the pillar 51 protrudes toward the frame 31, and the perforation 52 is formed on the frame 31 corresponding to the pillar 51, and the aperture is gradually reduced from top to bottom as shown in FIG. 7 Gourd-shaped, when the worker no longer supports the back cover 33, the cylinder 51 M265876 and also achieves the effect of false positioning, it will fall into the minimum hole of the tooth hole 52. See 0. A second preferred embodiment of the electronic device back cover erected device 6 further extends the first embodiment as the concept origin and includes four false fixing units 60 surrounding the frame 31. Each of the false fixing units 60 has a connecting piece 63 hanging on the frame 31 to the side of the back cover 33, and two are welded on the side of the connecting piece 63 facing the back cover 33 and toward the back cover 33, respectively. The protruding columns 6b and 2 respectively form perforations a on the back cover 33. This embodiment defines that each false fixing unit 60 has two pillars 6m and two perforations M, and there may be one or a plurality of changes according to different implementations, and is not limited by this embodiment. Different from the foregoing embodiment, the false fixing unit of this embodiment further has a connecting piece 63, and the shape of the connecting piece 63 is corresponding to the inner side of the frame 3m, so the connecting piece 63 does not need to occupy the display 32. The required space is required to form a relatively stable connection with the frame 31. In addition, the post 61 is repositioned on the connecting member 63 and the post 61 protrudes toward the back cover 33. This embodiment is directly applied to any current plasma display models. The frame 31 of these models does not directly form the pillar 61 structure during the manufacturing process. Therefore, an additional connector 63 can be used to allow the new model to be backed up. The cover assembly device 6 can also have the effect of false fixing without changing the original equipment, thereby improving the characterization between the frame 31 and the back cover 33, reducing the difficulty of assembly and speeding up the overall work efficiency. A special point is that, in addition to the connecting member 63 in this embodiment, as shown in the figure, the connecting member 63 can be hung on the side of the frame 31 adjacent to the back cover 33, and 10 M265876 can also be selected and welded to the frame 31 during assembly. In this way, there is no need to change the design of the original mold (including the frame 31 and the back cover 3 3), and only an additional connector 63 is needed to eliminate the complicated design process of the mold opening operation, which can strengthen the wide application of the new model. And improve the overall use value. To sum up, the back cover assembly devices 2, $, 6 of this new type of electronic equipment use pillars 21, 51, 61 to be inserted into the perforations 22, 52, 62. Therefore, before the frame 31 and the back cover 33 are locked, Make a false positioning relationship between the frame 31 and the back cover%. In this way, in addition to not having to support the back cover 33 to prevent the back cover 33 from falling off the frame 31, the staff can also reduce the difficulty of group facilities and speed up operations. Efficiency can indeed achieve the purpose of the new model, but the above are only the preferred embodiments of the new model. When the scope of the implementation of the new model cannot be limited by this, that is, the application of the new model: the scope of benefits and the description of the new model The simple equivalent changes and modifications made are still covered by the new patent. [Brief description of the drawings] FIG. 1 is a vertical mode; a stereo combination diagram illustrating a conventional plasma display + a new exploded view of an embodiment of a new type of electronic device. FIG. 3 is a diagram of the first preferred embodiment. -The partial aperture of the hole is tapered from the bottom to the top; Figure 4 is the body of the first preferred embodiment has been passed through-the perforation on the back cover; Hu Qianyu. Description M265876 Figure 5 is The other of this first preferred embodiment_ The back cover is falsely positioned at the `` cutaway view on the frame '' by means of a pillar. FIG. 6 is a three-dimensional exploded view of the embodiment of the new electronic device back cover assembly. Fig. 7 is a diagram of the second best choice. Figure 7 is the second best example. The example is a partial perspective view of the hole taper from top to bottom. Figure 8 shows the new type of electronics. A three-dimensional exploded view of an embodiment of the device back cover assembly device; The view illustrates the plural number of the third preferred embodiment, which has a connecting member more than the second embodiment. 12 M265876 [Description of main component symbols] 2 · · · Back cover assembly device 331 Second screw hole 20 Fake fixing unit 丨 ·· Screw 21 Cylinder 5 · · · · · Back cover assembly device 22 Perforation 50 Fake fixing unit 3 · · · Plasma display 51 · · · Cylinder 31 Frame 52 · · · Perforation 311 Surrounding wall 6 · · * Back cover assembly device 312. · First screw hole 60 Fake fixing unit 32 Display 61 · · · Cylinder 321 Display panel 62 · · _ Perforation 33 Back cover 63 · · · Connector 13