M295864 八、新型說明： 【新型所屬之技術領域】 本創作係一種堆疊複數顯示器之連結結構，特別是有 關於一種能節省人工成本且不費工費時，更能於已組裝保 護玻璃之時，進行組裝作業之堆疊複數顯示器之連結結構。 【先前技術】 由於科技的快速發展，帶給人們的不只是生活更加優 質。也賦予了生活許多更美麗的晝面，而這些畫面大都由 習知影像顯示系統，如冷陰極燈管之顯示器作為顯示，但 隨著薄型化及輕量化之顯示器快速發展且量產問世，其傳 統冷陰極燈管之顯示器已逐漸被加以取代，而此一薄型化 及輕量化之顯示器係如液晶顯示器或電漿顯示器，惟當在 公共場合需求大尺寸之顯示器時，其皆有著製造技術的限 制及成本較高的問題。 因此，一般公共場合如百貨公司或公家機關，為達到 擴大放映顯示效果之目的，大多係運用將顯示器作堆疊成 大型電視牆或看板型態，此大型電視牆或看板型態之使用 原理即是利用複數個顯示器進行堆置疊放，以使得顯示器 整體尺寸可以加大至電視牆或看板的尺寸，再運用一訊號 彙整裝置將輸入訊號依顯示器之數量，轉換輸出至各個不 同位置之顯示器，俾使各個不同位置之顯示器所展現之畫 面能拼揍呈一完整畫面，藉以達到影像尺寸放大之目的。 當然習知的電視牆所使用之顯示器同樣因為顯示器之 發展，而由舊有冷陰極燈管之顯示器，置換成如液晶顯示 5 M295864 器或電漿顯示器之薄型化及輕量化顯示器，然而在電視牆 或看板的組裝作業上，目前各種顯示器之定位孔洞皆不太 一致，因此常需針對個別特定顯示器之定位孔洞，進行個 別之固定於框架上之組裝作業，且組裝時更須配置組裝人 員在顯示器及框架之顯示屏的前後方，加以扶持顯示器以 避免其組裝過程間掉落，若顯示器前方已安裝有保護玻璃 防護，此時便無法進行電視牆或看板的組裝作業。 因此，習知大型電視牆或看板，在進行顯示器之組裝 作業係有著費工費時及人工成本較高之劣勢，且若因已組 裝保護玻璃，更會使得電視牆或看板的組裝作業無法進 行，所以如何重新設計一種連結複數顯示器之堆疊結構， 其係能降低人工成本及提昇組裝便利性，即為業者研發之 標的。 【新型内容】 鑑於上述習知技術之問題，本創作係提供一種堆疊複 數顯示器之連結結構，用以解決習知電視牆或看板，在進 行顯示器組裝作業時，費工費時及人工成本較高之缺失， 同時也克服習知電視牆或看板，若已組裝保護玻璃時，更 會使得電視牆或看板的組裝作業無法進行之缺點。 為達上述目的，本創作係一種堆疊複數顯示器之連結 結構，其係運用於將此些顯示器連結組裝於一框架，以成 為一大尺寸之顯示裝置，此顯示器係具有一外殼體及分佈 於外殼體上之複數孔洞，且此些複數孔洞係以視訊電子標 準協會（VESA)規範分佈成形或由客製化分佈成形，再者， 6 M295864 此堆疊複數顯示器之連結結構係包含一框架及一固定件， 此框架係包含一框體及複數鎖固於框體之固定桿體，而此 固定件具有一表面及結合凸部，其表面成形有相對應每一 顯示器之外殼體之複數孔洞，當固定件固設於每一顯示器 時，此些結合凸部係用以固設結合於框架之此些固定桿體 上，藉以將此些顯示器分別堆疊於框架而成為大型顯示裝 置。 本創作一種堆疊複數顯示器之連結結構，係具備下述 數點優於習知作法，並具備如下所述之顯著功效增進。 1.本創作係一種堆疊複數顯示器之連結結構，其係運 用於將此些顯示器連結組裝於一框架，以成為一大尺寸之 顯示裝置，因本創作外殼體上之複數孔洞設計係符合視訊 電子標準協會（VESA)規範分佈成形，故能與目前顯示器以 此規範作設計相符合者，達到快速安裝顯示器於框架上。 2. 本創作係一種堆疊複數顯示器之連結結構，其係運 用於將此些顯示器連結組裝於一框架，以成為一大尺寸之 顯示裝置，藉由本創作堆疊複數顯示器之連結結構的實施 運用，當安裝人員引導複數顯示器於框架時，只需一位安 裝人員即能獨立完成安裝作業，且不會受顯示器前方之保 護玻璃之干擾。 3. 本創作係一種堆疊複數顯示器之連結結構，其係運 用於將此些顯示器連結組裝於一框架，以成為一大尺寸之 顯示裝置，藉由本創作堆疊複數顯示器之連結結構的實施 運用，由於每一顯示器皆藉由固定件與框架結合，故能獨 7 M295864 立拆卸或組裝每—顯示器’且如需做其他組裝或維修作 業，皆可直接由顯示器後方進行。 ^吏對本創作的目的、構造频及其魏有進-步的 了％ ’兹配合相關實施例及圖式詳細說明如下： 【實施方式】 、—請參閱第1圖、第2圖及第3圖，本創作係一種堆最 1數頦不②之連結結構，此堆疊複數顯示器之連結結構1， 料用於將此些顯示器1G連結組裝於—框架Μ，以成為 之顯示裳置’而此些顯示器1〇係皆具有-外殼體 =數孔洞12，此些孔洞12係分佈於此些顯示器心 夕上，且此些分佈於外殼體11±之孔洞 協會（聰）規範分佈成f客製化設計 :^刀佈鋪，再者，此堆疊複之連結 包含一框架30及一固定件2〇，此框 糸 31、複數固定桿體32及一安置部％…此匕3 —框體 係鎖固於框架30之框體31，而固定 桿體32 :魏結:凸部22’其細係成形有相對 絲頁不态之外殼體11之此些孔洞23。 可 ;細：2圖、第3圖及第4圖本創作係 == 此堆疊複數顯示器之連結結構1， 係運用於將此些顯示器1()連結組裝 再丄 一大尺寸之顯示裝置，係先將每一顯 风马 11上之此些孔洞12,與蚊件藉由其外殼體 顯示器10之此些孔洞23，將每一 所成形相對應 々不裔10與固定件2〇 M295864 進行以螺固方式相結合，當顯示器10與固定件20結合完 成後，再將固定件20之此些結合凸部22以固設結合於上 述框架30之此些固定桿體32上，更具體而言，係將顯示 器10與固定件20藉由固定件20之結合凸部22，運用螺 固方式藉以結合於框架30上之此些固定桿體32上，此些 顯示器10係分別被堆疊於框架30之安置部34，藉以此些 顯示器10係能被穩固置放於框架30上，進而完成大尺寸 之顯示裝置的組裝設置，且能單獨拆裝每一顯示器10，且 如需做其他組裝或維修作業，皆可直接由顯示器10後方進 行。 本創作係一種堆疊複數顯示器之連結結構，此堆疊複 數顯示器之連結結構1，係運用於將此些顯示器10連結組 裝於一示框架30，以成為一大尺寸之顯示裝置，上述當顯 示器10與固定件20結合完成後，係揭露將顯示器10與固 定件20由固定件20之結合凸部22，以螺固方式結合於框 架30之固定桿體32上，又或者，當顯示器10與固定件 20結合完成後，係也能將顯示器10與固定件20藉由固定 件20之結合凸部22，運用卡合固定方式藉以結合於框架 30上之此些固定桿體32上，同樣將此些顯示器10係分別 穩固堆疊於框架30之安置部34，進而完成大型顯示裝置 的組裝設置。 雖然本創作以較佳實施例揭露於上，然其並非用以限 定本創作，任何熟習此項技藝者，在不脫離本創作之精神 和範圍内，當可做些許之更動與潤飾，因此本創作之保護 9 M295864 範圍當視後附之申請範圍所界定者為準。 【圖式簡單說明】 第1圖係本創作堆疊複數顯示器之連結結構之框架示意圖； 第2圖係本創作顯示器與連結結構結合示意圖； 第3圖係本創作顯示器與連結結構結合於框架示意圖；以及 第4圖係本創作堆疊複數顯示器之連結結構完成示意圖。 【主要元件符號說明】 I 堆疊複數顯示器之連結結構 10 顯示器 II 外殼體 12 孔洞 20 固定件 21 表面 22 結合凸部 23 孔洞 30 框架 31 框體 32 固定桿體 34 安置部 10M295864 VIII. New Description: [New Technology Field] This creation is a kind of connection structure of stacked multi-displays, especially when it can save labor costs and no labor, and it can be used when the protective glass is assembled. The connection structure of the stacked plurality of displays for assembly work. [Prior Art] Due to the rapid development of technology, it is not only better quality of life. It also gives many more beautiful faces to life, and most of these images are displayed by conventional image display systems, such as cold cathode lamps. However, with the rapid development and mass production of thin and lightweight displays, Conventional cold cathode lamp displays have gradually been replaced, and such a thin and lightweight display is such as a liquid crystal display or a plasma display, but when a large-sized display is required in public, it has manufacturing technology. Limitations and high cost issues. Therefore, in general public places such as department stores or public offices, in order to achieve the purpose of expanding the display effect, most of them use the display to be stacked into a large TV wall or a kanban type. The principle of using this large TV wall or kanban type is Stacking and stacking a plurality of displays so that the overall size of the display can be increased to the size of the video wall or the kanban, and then using a signal collecting device to convert the input signals to the displays of different positions according to the number of displays, 俾The images displayed by the displays in different positions can be combined to form a complete picture, thereby achieving the purpose of image size enlargement. Of course, the display used in the conventional video wall is also replaced by a display with an old cold cathode lamp, which is replaced by a thinner and lighter display such as a liquid crystal display 5 M295864 or a plasma display. In the assembly work of walls or kanbans, the positioning holes of various displays are currently not consistent. Therefore, it is often necessary to perform individual assembly operations on the frame for the positioning holes of individual specific displays, and the assembly personnel must be configured during assembly. The front and rear of the display of the display and the frame are supported by the display to prevent it from falling during the assembly process. If the protective glass is installed in front of the display, the assembly of the video wall or the kanban cannot be performed at this time. Therefore, the conventional large-scale video wall or kanban has a disadvantage in that it takes a lot of labor and labor costs to assemble the display, and if the protective glass is assembled, the assembly work of the video wall or the kanban can not be performed. Therefore, how to redesign a stack structure connecting multiple displays can reduce the labor cost and improve the assembly convenience, which is the standard developed by the industry. [New Content] In view of the above-mentioned problems of the prior art, the present invention provides a connection structure of a stacked plurality of displays for solving a conventional video wall or a kanban, which is time-consuming and labor-intensive in performing display assembly operations. It is also missing, and it also overcomes the shortcomings of the conventional video wall or kanban. If the protective glass is assembled, the assembly work of the video wall or the kanban can not be performed. In order to achieve the above object, the present invention is a connection structure of a stacked plurality of displays, which is used for assembling and assembling these displays to a frame to become a large-sized display device having an outer casing and distributed on the outer casing. a plurality of holes in the body, and the plurality of holes are formed by the VESA specification or formed by a customized distribution. Further, the connection structure of the 6 M295864 stacked display includes a frame and a fixed The frame comprises a frame body and a plurality of fixed rod bodies fixed to the frame body, and the fixing member has a surface and a joint convex portion, and the surface thereof is formed with a plurality of holes corresponding to the outer casing of each display. When the fixing member is fixed to each of the displays, the combining protrusions are fixed to the fixing rods of the frame, so that the displays are stacked on the frame to form a large display device. The present invention creates a joint structure of a stacked plurality of displays, which has the following advantages over conventional practices and has significant power enhancements as described below. 1. This creation is a connection structure of stacked multiple displays, which is used to assemble and assemble these displays into a frame to become a large-sized display device, because the multiple holes on the outer casing of the creation are compatible with video electronics. The Standards Association (VESA) specification is distributed and formed so that it can conform to the current design of the display and achieve rapid installation of the display on the frame. 2. The present invention is a connection structure of a stacked plurality of displays, which is used to assemble and assemble these displays in a frame to become a display device of a large size, and the implementation of the connection structure of the stacked plurality of displays by the present invention is When the installer guides the multiple displays to the frame, only one installer can perform the installation independently and without being disturbed by the protective glass in front of the display. 3. The present invention is a connection structure of a stacked plurality of displays, which is used to assemble and assemble these displays in a frame to become a display device of a large size, and the implementation of the connection structure of the stacked plurality of displays by the present creation is due to Each display is combined with the frame by a fixture, so that each display can be disassembled or assembled separately and any other assembly or repair work can be performed directly from the rear of the display. ^吏 The purpose of this creation, the construction frequency and the progress of the progress of the Wei's are described in detail as follows: [Embodiment] - Please refer to Figure 1, Figure 2 and Figure 3, The present invention is a stacking structure of a stack of a plurality of displays. The stacking structure 1 of the stacked plurality of displays is used to assemble the display 1Gs to the frame Μ to display the display. 1 〇 all have - outer casing = several holes 12, these holes 12 are distributed on the display of these displays, and these are distributed in the outer casing 11 ± hole association (Cong) specification distribution into a customized design : ^ knife cloth shop, in addition, the stacking complex connection comprises a frame 30 and a fixing member 2, the frame 糸 31, the plurality of fixed rod bodies 32 and a rest portion %... This 匕 3 - frame system is locked The frame body 31 of the frame 30, and the fixed rod body 32: the Wei node: the convex portion 22' is finely formed with such holes 23 of the casing 11 as opposed to the wire sheets. Can be: fine: 2, 3 and 4 This is the system 1. = The connection structure 1 of the stacked complex display is used to connect these displays 1 () to a large-size display device. First, each of the holes 12 on each of the display horses 11 and the mosquito parts are made by the holes 23 of the outer casing display 10, and each of the formed counterparts 10 and the fixing members 2〇M295864 are In combination with the screwing method, after the display 10 and the fixing member 20 are combined, the coupling protrusions 22 of the fixing member 20 are fixedly fixed to the fixing rods 32 of the frame 30, more specifically The display 10 and the fixing member 20 are coupled to the fixed rods 32 on the frame 30 by screwing together by the engaging protrusions 22 of the fixing members 20, and the displays 10 are stacked on the frame 30, respectively. The mounting portion 34 can be stably placed on the frame 30 by using the display 10, thereby completing the assembly of the large-sized display device, and each display 10 can be separately assembled and assembled, and other assembly or repair is required. The work can be performed directly from the rear of the display 10. The present invention relates to a connection structure of a stacked plurality of displays, and the connection structure 1 of the stacked plurality of displays is used for assembling and assembling the displays 10 to a display frame 30 to become a display device of a large size, when the display 10 is After the fixing of the fixing member 20 is completed, the bonding protrusion 22 of the fixing member 20 and the fixing member 20 is fixedly coupled to the fixing rod 32 of the frame 30 by screwing, or when the display 10 and the fixing member are After the combination of the 20 is completed, the display 10 and the fixing member 20 can be coupled to the fixed rods 32 on the frame 30 by the engaging and fixing portions 22 of the fixing member 20, and the same. The display 10 is stably stacked on the seating portion 34 of the frame 30, thereby completing the assembly of the large display device. Although the present invention is disclosed in the preferred embodiments, it is not intended to limit the present invention, and anyone skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. Protection of Creation 9 M295864 The scope of the application is subject to the definition of the scope of application. [Simple description of the drawing] Fig. 1 is a schematic diagram of the structure of the connection structure of the stacked display of the present invention; Fig. 2 is a schematic diagram of the combination of the display and the connection structure of the present creation; FIG. 3 is a schematic diagram of the display of the creation display and the connection structure; And Fig. 4 is a schematic diagram of the completion of the connection structure of the stacked display of the present creation. [Description of main component symbols] I Connection structure of stacked multiple display 10 Display II Outer casing 12 Hole 20 Fixing piece 21 Surface 22 Joint convex part 23 Hole 30 Frame 31 Frame 32 Fixed rod body 34 Placement part 10