、新型說明： 【專斤型所屬之技術領域】 ΐ則作係提供一種顯示器，尤指一種具有快拆功能的顯示 【先前技術】 傳統的顯示器係由顯 戍。連接4不面板、支撐底座及連接機構所組 =接㈣用來將顯Μ板絲在支撐 拆卸式結構，在儲連接機構之間的聯繫會設計為可 分離各自包裝，可以有效t，t將顯示面板和支撐底座相互 降低運幹成太 減少貨品體積，進而增加裝櫃量以 板與二之:，此=系卿^ 常係設置在顯示面板 機身厚度，難以應用於㈣^會額外增加顯示面板的 供-種可保持薄型顯示的殼體結構上。故如何提 卸功能的顯示器，即為相又°且具有可快速組裝及拆 【新型内容】。為相關產業的重點發展目標。 之問t作係Μ—種具有快拆功能的顯示器，以解決上魄 本創作之申請專利範 + 示器，該顯示器包含有:、路—種具有快拆功能的_ 3令顯不面板、一支標架以及一接含 M439830 勺二垓顯示面板之一背板係形成有一容置空間。該顯示面板 Hi —第—卡合部與—第—嵌合部’該第—卡合部係設置 署:谷置空_部之-端邊，且該第—嵌合部係設置於該容 =㈣相對該第-卡合部之另—端邊。該接合機構設置 =顯示面板與該支撐架示面板係藉由該接合 、以可快拆方式安裝㈣支料上。難 含 ^體，設置於該容置空間内，—第二卡合部，設置於^體 相對以及一第二嵌合部’以可滑動方式設置於該主體 一 卡合部之另—側邊。該第二卡合部係卡合於該第 部。該第二嵌合部係於該第—卡合部與該第二卡合部 …5後相對該主體滑行，藉此解除該背板對該第二嵌合部之 第二嵌合部可嵌合於該第-嵌合部，且將該 主體固疋於自亥顯示面板上。 、本創作之申請專利範圍另揭露該接合機構另包含有一 Γ該主體，以及一板狀結構。該第二嵌合部係 結構上’該板狀結構藉由該滑槽結構之限位以 相對泫主體滑行。 本創作之t料賴圍另揭露該顯* 於該容置空間之底部形成一凹陷空間。 4板另 貼附之1Γ利範圍另揭露該接合機構之該主體係 貼附於5謂不面板之該容置空間的底部，且 滑槽結構係位於該凹陷空間内部。 m ^ 本創作之申請專利範圍另揭露該接合機構另包含有一 M439830 彈性元件，設置於該板狀結構與該主體之間。該彈性元件之 一彈性恢復力係推動該第二嵌合部嵌合至該第一嵌合部。 本創作之申請專利範圍另揭露該主體之表面係形成有 一破孔。該接合機構另包含有一推鈕，設置於該板狀結構 上，且部份突出該主體之該破孔。 本創作之申請專利範圍另揭露該推鈕係以一體成型方 式設置於該板狀結構上。 本創作之申請專利範圍另揭露該接合機構另包含有一 樞接、件，設置於該主體且樞接至該支撐架。該顯示面板係藉 由該接合機構之該樞接件而相對該支撐架樞轉。 本創作之申請專利範圍另揭露該第一卡合部與該第一 嵌合部係分別為一凹陷結構，且該第二卡合部與該第二嵌合 部係分別為一凸塊結構。 本創作係將活動件(板狀結構與滑槽結構)設置在接合機 構，因此顯示面板僅設置容納接合機構的容置空間與凹陷空 間，故可有效減少顯示面板之厚度，符合現今市場對超薄型 顯示器的設計趨勢。此外，驅動推鈕的施力方向係平行於板 狀結構的移動方向，故使用者可以較省力的方式來操作本創 作的接合機構，具有結構簡單及操作容易之優點。 【實施方式】 請參閱第1圖與第2圖，第1圖為本創作實施例之一顯 示器10之元件爆炸示意圖，第2圖為本創作實施例之顯示 器10之組立圖。顯示器10包含有一顯示面板12、一支撐架 14以及-接合機構16。接合機構16設置於顯示面板12與 支樓架14之間」其可為具有快拆功能之—連接機構，意即 顯不面板12係錯由接人嫌接，r 接口機構16以可快拆方式安裝在支撐架 14上，以組成完整的顯示器。 請參閱第1 ®至第4圖，第3 _本創作#_之接合 機構16於另—視角之部份示意圖，第4圖為本創作實施例 之接合機構16於第3圖視角之元件爆炸示意圖。如第i圖 所不，顯示面板12之-背板18的表面可形成有-容置空間 181，用以容置接合機構16。顯示面板12包含有—第一卡人 部20與-第一嵌合部22。第—卡合部Μ係設置於容置空二 ⑻内部之-端邊’例如上端邊’且第一钱合部22係設置於 谷置空間181内部相對第—卡合部2G之另—端邊，例如下 端邊。 如第2圖至第4圖所示’接合機構16包含有一主體24、 # 第卡& °卩26以及—第二嵌合部28。主體24係可為一片 狀2部’且該片狀板部之一面積與一厚度係實質上相同於容 置空間181之-面積與一深度，以使主體24可以近乎密合 之方式裝設於容置空間181内。第二卡合部％設置於主二 24之-側邊，如上側邊。第二卡合部％係為一固定式結構， •用來於主體24裳入容置空間181時卡合於第一卡合部2〇。 第二嵌合部28以可滑動方式設置於主體24上相對第二卡合 部26之另一側邊，如下側邊，意即用來於主體μ裝^ 空間181時卡合於第一嵌合部22。 7 M439830 由於主體24之該面積與該厚度可實質上相同於容置空 間181之該面積與該深度，因此當第一卡合部20與第二卡 合部26結合後，突出於主體24的第二嵌合部28會與背板 18發生干涉，故第二嵌合部28係可被推壓以相對主體24 滑行以縮入主體24而不外凸，藉此解除背板18對第二嵌合 部28之干涉，以使主體24可完整容置在容置空間181内部。 接著第二嵌合部28被推壓之壓力釋放以使其與第一嵌合部 22相互嵌合，而可將主體24固定在背板18上以防止顯示面 板12與接合機構16分離。 如第3圖與第4圖所示，接合機構16另可包含有二滑 槽結構30、一板狀結構32以及二彈性元件34。兩個滑槽結 構30可設置.於主體24上，當主體24容置在容置空間181 内部時，會鄰近背板18之表面，且分別位於板狀結構32的 兩邊。第二嵌合部28係可設置於板狀結構32上，當板狀結 構32之兩端邊分別以可滑動方式限位於相對應的滑槽結構 30時，第二嵌合部28可透過板狀結構32與滑槽結構30之 可滑動限位機制改變其相對主體24之位置，意即板狀結構 32可藉由滑槽結構30以平行方式相對主體24滑行，以使第 二敌合部28可選擇性地突出於主體24之邊緣，或縮入主體' 24的内側。彈性元件34可為一壓縮彈簧，設置於板狀結構 32與主體24之間。彈性元件34係於板狀結構32相對主體 24滑行吸收或釋放其彈性恢復力，其作動將於後詳細敘明。 除此之外，顯示面板12之背板18另可於容置空間181的底 M439830 . 部形成一凹陷空間183，如第1圖所示。當主體24緊密貼附 - 在容置空間181内時，滑槽結構30、板狀結構32及彈性元 件34則係可位於凹陷空間183的内部，因此接合機構16安 裝在顯示面板12時可呈現平滑表面的美觀外型。 另一方面，接合機構16另可包含有一樞接件36，如第 1圖與第2圖所示，樞接件36係設置於主體24相對滑槽結 構30與板狀結構32的另一表面，用來作為將主體24樞接 φ至支撐架14的橋接元件，因此顯示面板12可經由接合機構 16之枢接件36而相對支撐架14樞轉，以依據使用者的操作 習慣調整到最佳的觀賞視角。樞接件36之結構與功能係依 據設計需求而定，故於此不再詳述。 主體24之表面可形成有一破孔241。接合機構16另可 包含有一推鈕38，其係以可活動方式設置於板狀結構32 上，且部份突出於破孔241。推鈕38係為使用者操作接合機 _ 構16之一施力端，舉例來說，使用者可藉由施壓於推鈕38 以帶動板狀結構32相對主體24滑行，因此可選擇性地將第 二嵌合部28移動至突出主體24之邊緣的一位置、或縮入到 主體24内側以解除背板18相對第二嵌合部28之干涉的另 一位置。一般來說，板狀結構32可為一金屬壓鑄件，且推 鈕38另可選擇性地以一體成型方式設置在板狀結構32，以 節省其材料成本、減少組裝步驟及降低裝配工時。 於本創作之實施例中，第一卡合部20與第一嵌洽部22 可分別為一凹陷結構，且第二卡合部26與第二嵌合部28’可 9 M439830 分別為—凸塊結構。請參閱第5圖至第7圖，第5圖為本創 作實施例之顯示器10於組裝過程第一階段的立體示意圖，· 第6圖與第7圖分別為本創作實施例之顯示器1〇於組裝過 知之第二階段及第三階段的部份平面示意圖。如第5圖所 示，第二卡合部26係可為安裝在主體24上的固定卡勾，故 首先使用者需以斜向插入方式將第二卡合部26卡合至第一 卡合部20。第二嵌合部28所接觸背板18的一端面可為一斜 面結構。當第二卡合部26與第一卡合部2〇、结合，且使用者 轉動主體24以使其置入凹陷空間183時，第二嵌合部28之 斜面結構會將轉動主體24的推壓力分解出平行於第一方向 D1的一分力。分力可驅動板狀結構32滑行而縮入主體μ 内側，以避免背板18對第二嵌合部28|生干涉。而板狀結 構32完全容置於凹陷空$ 183後，彈性元件％之彈性恢^ 力便可驅動第二嵌合部28與第—嵌合部22結合，以限制主 體24相對背板18之位移。 進一步來說，接合機構16可以第一卡合部2〇與第二卡 δ。卩26之結合為軸心將主體24旋轉。背板18對第二嵌合 部28接觸時’第二嵌合部28與背板18相接觸的斜面結構 會產生如第7圖所示平行第一方向D1的推力（分力）及垂直 面板12的阻力。推力可推動板狀結構％(如第3圖與第*圖 所示）與第二嵌合部28同步地沿著第一方向ΓΜ相對主體24 滑行，藉此壓縮彈性元件34儲存彈性恢復力，並將第二嵌 合部28縮入主體24内侧避免背板18對第二嵌合部μ產生 M439830 —=。當主體24旋轉至與背板18平行的位置時，第二嵌合 • 28不接觸背板18的側续^ ^ 會推動第二嵌合邹28 生兀件34之彈性恢復力將 體“滑行以嵌合於第方向相對主 驭口。卩28，元成主體24連接背板 為=冓而T:合部2〇與第〜^ 為相對應:的凹陷與第二嵌合部28另可選擇性 •用以提供限制主二=:端視設計需求… 可=創作之卡合部及嵌;動===結構皆 的纽人卜創作係將其活動件(板狀結構與滑槽結構 構，以避免額外增、 :ίΓΐ:之，_於其主體的上側邊與下側邊分別 Γ側】一 第二嵌合部。第二卡合部係固設於主體的 =，第二甘入δ部則透過板狀結構與滑槽結構之組合而以 =動方式設置於域的下側邊。板狀結構與 另I設置彈㈣件及推紐。減設置於板狀結構上，因此^ 用者可驅動推紐來帶動板狀結構及第二嵌合部相對主體滑 移。 於組裝接合機構至顯示面板時，首先將第二卡合部套入 2的第—卡合部，並藉由驅動推細帶動第二嵌合部縮入 主體内側，暫時解除背板對第二嵌合部的干涉。接著將 =-卡合部及第二卡合部之組合為轴心，轉動至主 於作之位置，並將主體擺放入容置空間内部。 且肷S。卩之斜面結構產生分力，當主體相對背板轉 .八第一耿合部與背板接觸時，第二嵌合部與板狀結構可 人 &動而相對主體滑入主體内侧，以對第二彼 部的τ斗 y此時接合機構的板狀結構、滑槽結構與推鈕則 位於者板的凹P々介 間内"接著彈性元件之彈性恢復力將驅動 至Μ構與第—嵌合部相對主體滑行，以使第二嵌合部移動 嵌合部相互接合，因此接合機構便可透過第一卡合 二卡合部之組合、及第一被合部與第二敌合部之組 效地限制主體相對背板之移動，可達到穩定裝配於顯 不面板之功能。 0 方面，欲將顯示面板自接合機構拆除，使用者係可 -一°推紐帶動板狀結構，ah方向相對主體移動，以使第 脫離第一嵌合部。接著以第一卡合部及第二卡合部 且口為軸心，將主體轉出背板的容置空間，再分離第一卡 :士 ' 卡δ σ卩，即可快速地拆除顯示面板與接合機構的 結合，達到本創作具有快拆功能之目的。 ^所述，本創作係將活動件(板狀結構與滑槽結構)設 在接合機構，因此顯示面板僅設置容納接合機構的容置空 =與凹陷空間，故可有效減少顯示面板之厚度，符合現今市 ::超薄型顯示器的設計趨勢。此外’驅動推鈕的施力方向 ❹I於板狀結構的移動方向，故使用者可以較省力的方式 吊本創作的接合機構，具有結構簡單及操作容易之優, new type of description: [Technical field of the special type] ΐ 作 提供 provides a display, especially a display with quick release function [Prior Art] The traditional display is obvious. Connection 4: panel, support base and connection mechanism group = connection (4) is used to connect the display panel wire to the support detachable structure, the connection between the storage connection mechanism is designed to be separable and can be separated, which can be effective t, t The display panel and the support base are reduced to each other to reduce the volume of the product, thereby increasing the volume of the cabinet to the board and the second: this is the system thickness of the display panel, which is difficult to apply to (four) ^ will increase The supply of the display panel can be maintained on the housing structure of the thin display. Therefore, how to remove the function of the display, that is, phase and has a quick assembly and disassembly [new content]. It is the key development goal of related industries. It is a kind of display with a quick release function to solve the patent application model of the above-mentioned creation. The display includes: a road-type _ 3 display panel with quick release function, A frame and a backplane with a M439830 scoop display panel form an accommodation space. The display panel Hi-the first engaging portion and the first engaging portion are disposed at the end of the valley, and the first engaging portion is disposed at the end = (d) relative to the other end of the first engaging portion. The engagement mechanism is set such that the display panel and the support frame are mounted on the (4) support by quick-release. The hard-wearing body is disposed in the accommodating space, and the second engaging portion is disposed on the opposite side of the body and the second engaging portion ′ is slidably disposed on the other side of the engaging portion of the main body . The second engaging portion is engaged with the first portion. The second fitting portion is slid with respect to the main body after the first engaging portion and the second engaging portion ... 5 , thereby releasing the second engaging portion of the second engaging portion The first fitting portion is fitted to the first fitting portion, and the body is fixed to the self-display panel. The scope of the patent application of the present invention further discloses that the joint mechanism further comprises a body and a plate-like structure. The second fitting portion is structurally configured to be slid relative to the main body by the limit of the chute structure. The t-material of the present invention further reveals that the display* forms a recessed space at the bottom of the accommodating space. 4 affixed to the other 1 profit-making range It is further disclosed that the main system of the joint mechanism is attached to the bottom of the accommodating space of the panel, and the chute structure is located inside the recessed space. m ^ The scope of the patent application of the present invention further discloses that the joint mechanism further comprises an M439830 elastic member disposed between the plate structure and the body. An elastic restoring force of the elastic member urges the second fitting portion to be fitted to the first fitting portion. The scope of the patent application of the present invention further discloses that the surface of the body is formed with a broken hole. The engaging mechanism further includes a push button disposed on the plate structure and partially protruding the hole of the body. The scope of the patent application of the present invention further discloses that the push button is disposed on the plate-like structure in an integrally formed manner. The scope of the patent application of the present invention further discloses that the engaging mechanism further comprises a pivoting member disposed on the main body and pivoted to the supporting frame. The display panel is pivoted relative to the support frame by the pivoting member of the engagement mechanism. The patent application scope of the present invention further discloses that the first engaging portion and the first fitting portion are respectively a concave structure, and the second engaging portion and the second fitting portion are respectively a convex block structure. In the present invention, the movable member (plate-like structure and the chute structure) is disposed in the joint mechanism, so that the display panel is only provided with the accommodating space and the recessed space for accommodating the joint mechanism, so that the thickness of the display panel can be effectively reduced, which is in line with the current market super The design trend of thin displays. In addition, the direction of the driving force of the driving push button is parallel to the moving direction of the plate-like structure, so that the user can operate the engaging mechanism of the present invention in a labor-saving manner, and has the advantages of simple structure and easy operation. [Embodiment] Please refer to FIG. 1 and FIG. 2, FIG. 1 is a schematic diagram showing the explosion of the components of the display device 10 of the present embodiment, and FIG. 2 is a group diagram of the display device 10 of the present embodiment. Display 10 includes a display panel 12, a support frame 14 and an engagement mechanism 16. The joint mechanism 16 is disposed between the display panel 12 and the branch frame 14", which can be a quick-disconnecting-connecting mechanism, that is, the panel 12 is incorrectly connected by the pick-up, and the r-interface mechanism 16 is quick-releaseable. The manner is mounted on the support frame 14 to form a complete display. Please refer to the first to fourth figures, the third _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ schematic diagram. As shown in Fig. i, the surface of the back panel 18 of the display panel 12 may be formed with an accommodating space 181 for accommodating the engaging mechanism 16. The display panel 12 includes a first card portion 20 and a first fitting portion 22. The first engaging portion is disposed at an end edge 'for example, the upper end edge' of the interior of the vacant space (8), and the first merging portion 22 is disposed inside the valley space 181 opposite to the other end of the first engaging portion 2G. Side, for example, the lower end. As shown in Figs. 2 to 4, the engaging mechanism 16 includes a main body 24, a #卡卡& 26, and a second fitting portion 28. The body 24 can be in the form of a piece 2 and the area of the sheet portion is substantially the same as the thickness of the receiving space 181 - the area and the depth, so that the body 24 can be closely attached. It is disposed in the accommodating space 181. The second engaging portion % is disposed on the side of the main body 24, as on the side. The second engaging portion % is a fixed structure, and is used to engage with the first engaging portion 2 when the main body 24 is inserted into the accommodating space 181. The second fitting portion 28 is slidably disposed on the other side of the main body 24 opposite to the second engaging portion 26, such as the side, which is used to engage the first inlay when the main body is mounted on the space 181. Joint 22 7 M439830 Since the area of the main body 24 and the thickness can be substantially the same as the area of the accommodating space 181 and the depth, when the first engaging portion 20 and the second engaging portion 26 are combined, the main engaging portion 20 protrudes from the main body 24. The second fitting portion 28 interferes with the backing plate 18, so that the second fitting portion 28 can be pushed to slide relative to the main body 24 to retract into the main body 24 without being convex, thereby releasing the backing plate 18 to the second The interference of the fitting portion 28 is such that the main body 24 can be completely accommodated inside the accommodating space 181. Then, the second fitting portion 28 is released by the pressing force to be fitted to the first fitting portion 22, and the main body 24 can be fixed to the backing plate 18 to prevent the display panel 12 from being separated from the engaging mechanism 16. As shown in Figures 3 and 4, the engagement mechanism 16 can further include a two-slot structure 30, a plate-like structure 32, and two elastic members 34. The two chute structures 30 are disposed on the main body 24. When the main body 24 is received inside the accommodating space 181, it is adjacent to the surface of the backboard 18 and is located on both sides of the slab structure 32, respectively. The second fitting portion 28 can be disposed on the plate-like structure 32. When the two ends of the plate-like structure 32 are respectively slidably restricted to the corresponding sliding groove structure 30, the second fitting portion 28 can pass through the plate. The slidable limiting mechanism of the structure 32 and the chute structure 30 changes its position relative to the main body 24, that is, the plate-like structure 32 can be slid relative to the main body 24 in a parallel manner by the chute structure 30, so that the second enemies 28 can optionally protrude from the edge of the body 24 or retract into the inside of the body '24. The resilient member 34 can be a compression spring disposed between the plate-like structure 32 and the body 24. The elastic member 34 is slidably absorbed or released from the plate-like structure 32 relative to the main body 24, and its actuation will be described in detail later. In addition, the back plate 18 of the display panel 12 can be formed at the bottom M439830 of the accommodating space 181. A recessed space 183 is formed as shown in FIG. When the main body 24 is closely attached - in the accommodating space 181 , the chute structure 30 , the plate-like structure 32 and the elastic member 34 can be located inside the recessed space 183 , so that the engaging mechanism 16 can be presented when mounted on the display panel 12 Smooth appearance of the surface. On the other hand, the engaging mechanism 16 may further include a pivoting member 36. As shown in FIGS. 1 and 2, the pivoting member 36 is disposed on the other surface of the main body 24 opposite to the chute structure 30 and the plate-like structure 32. For use as a bridging element for pivoting the main body 24 to the support frame 14, the display panel 12 can be pivoted relative to the support frame 14 via the pivoting member 36 of the engaging mechanism 16 to adjust to the most according to the user's operating habits. Good viewing angle. The structure and function of the pivoting member 36 are determined according to the design requirements, and therefore will not be described in detail herein. A hole 241 may be formed in the surface of the main body 24. The engaging mechanism 16 may further include a push button 38 that is movably disposed on the plate-like structure 32 and partially protrudes from the hole 241. The push button 38 is a user applying a force applying end of the bonding machine. For example, the user can press the push button 38 to drive the plate structure 32 to slide relative to the main body 24, so that the user can selectively The two fitting portions 28 are moved to a position of the edge of the protruding body 24, or to another position of the inside of the main body 24 to release the interference of the backing plate 18 with respect to the second fitting portion 28. In general, the plate-like structure 32 can be a metal die-casting member, and the push button 38 can alternatively be integrally formed in the plate-like structure 32 to save material costs, reduce assembly steps, and reduce assembly man-hours. In the embodiment of the present invention, the first engaging portion 20 and the first engaging portion 22 are respectively a recessed structure, and the second engaging portion 26 and the second engaging portion 28' 9 M439830 are respectively convex. Block structure. Please refer to FIG. 5 to FIG. 7 . FIG. 5 is a perspective view of the first stage of the assembly process of the display 10 according to the present embodiment. FIG. 6 and FIG. 7 respectively show the display of the present embodiment. A partial plan view of the second and third stages of assembly. As shown in FIG. 5, the second engaging portion 26 can be a fixed hook attached to the main body 24. Therefore, the user first needs to engage the second engaging portion 26 to the first engaging portion in an oblique insertion manner. Department 20. An end surface of the second fitting portion 28 contacting the backing plate 18 may have a beveled structure. When the second engaging portion 26 is coupled to the first engaging portion 2 and the user rotates the main body 24 to be placed in the recessed space 183, the inclined structure of the second engaging portion 28 pushes the rotating body 24 The pressure decomposes a component force parallel to the first direction D1. The component force can drive the plate-like structure 32 to slide and retract into the inner side of the main body μ to prevent the back plate 18 from interfering with the second fitting portion 28|. After the plate-like structure 32 is completely accommodated in the recessed space 183, the elastic recovery force of the elastic member% can drive the second fitting portion 28 to be combined with the first fitting portion 22 to restrict the main body 24 from being opposite to the back plate 18. Displacement. Further, the engaging mechanism 16 can have the first engaging portion 2〇 and the second card δ. The combination of the cymbals 26 rotates the main body 24 as an axis. When the backing plate 18 is in contact with the second fitting portion 28, the inclined structure of the second fitting portion 28 in contact with the backing plate 18 generates a thrust (component force) parallel to the first direction D1 and a vertical panel as shown in FIG. 12 resistance. The thrust pushes the plate-like structure % (as shown in FIGS. 3 and *) to slide relative to the main body 24 along the first direction in synchronization with the second fitting portion 28, whereby the compression elastic member 34 stores the elastic restoring force, Retracting the second fitting portion 28 into the inside of the main body 24 prevents the backing plate 18 from generating M439830 -= for the second fitting portion μ. When the main body 24 is rotated to a position parallel to the back plate 18, the second fitting 28 does not contact the side of the back plate 18, and the elastic force of the second fitting member 34 is pushed to "slide". The second main body 24 is coupled to the back plate to be the opposite side of the main opening. The second main body 24 is connected to the back plate as a 冓 and T: the merging portion 2 〇 corresponds to the first and second parts. Selective • to provide restrictions on the main two =: end view design requirements... can be = the creation of the joint and embedded; move == = structure of the new generation of the creative department of its moving parts (plate structure and chute structure To avoid additional additions, : , _ _ on the upper side of the main body and the lower side respectively Γ side] a second fitting part. The second engaging part is fixed to the main body =, second The δ portion is placed on the lower side of the domain by a combination of the plate structure and the chute structure. The plate structure and the other are provided with the spring (four) pieces and the push button. Therefore, the user can drive the push button to drive the plate structure and the second fitting portion to slide relative to the body. When assembling the joint mechanism to the display panel, firstly, the second engaging portion sleeve is The second engaging portion is inserted into the first engaging portion of the second engaging portion, and the second fitting portion is retracted into the inner side of the main body to temporarily release the interference of the backing plate with respect to the second fitting portion. Then, the engaging portion and the second card are replaced. The combination of the joints is the axis, which is rotated to the position of the main work, and the main body is placed inside the accommodating space. And 肷S. The sloping structure of the 产生 produces a component force, when the main body rotates relative to the back plate. When contacting the backing plate, the second fitting portion and the plate-like structure can be slid into the inner side of the main body with respect to the main body, so as to form a plate-like structure and a chute structure of the second mechanism. And the push button is located in the concave P々 compartment of the panel" and then the elastic restoring force of the elastic member is driven to slide relative to the body and the first fitting portion so that the second fitting portion moves the fitting portion to each other Engagement, so that the joint mechanism can restrict the movement of the main body relative to the back plate through the combination of the first engaging and engaging portions, and the combination of the first engaged portion and the second enemy portion, so that stable assembly can be achieved. The function of the panel. 0, in order to remove the display panel from the joint mechanism, the user The y-direction pushes the plate-like structure, and the ah direction moves relative to the main body to disengage the first fitting portion. Then, the first engaging portion and the second engaging portion are pivoted to rotate the main body The accommodating space of the backboard, and then separating the first card: 士'卡δ σ卩, can quickly remove the combination of the display panel and the joint mechanism, so that the creation has the purpose of quick release function. The movable member (plate-like structure and the chute structure) is disposed on the joint mechanism, so that the display panel is only provided with the accommodation space of the joint mechanism and the recessed space, so that the thickness of the display panel can be effectively reduced, which is in line with the current market:: ultra-thin The design trend of the type display. In addition, the direction of the force of the driving push button ❹I is in the moving direction of the plate structure, so the user can save the joint mechanism created by the labor saving method, and has the advantages of simple structure and easy operation.
UtA 〇 12 M439830 以上所述僅為本創作之較佳實施例，凡依本創作申請專 利範圍所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖為本創作實施例之顯示器之元件爆炸示意圖。 第2圖為本創作實施例之顯示器之組立圖。 第3圖為本創作實施例之接合機構於另一視角之部份示意 圖。 、 =圖為本創作實施例之接合機構之元件爆炸示意圖。 5圖為本創作實施例之顯示器於組裝過程第—階段的立體 示意圖。 第=與第7圖分別為本創作實施例之顯示器於組裝過程之 【主要元件符號說明】 ία 顯示器 12 14 支撐架 16 18 背板 181 183 凹陷空間 20 22 第一叙合部 24 241 破孔 26 28 第二跋合部 30 32 板狀結構 34 36 樞接件 38 乙面示意圖。 顯示面板 接合機構 容置空間 第一卡合部 主體 第二卡合部 滑槽結構 彈性元件 推紐 13 M439830 D1 第一方向 14UtA 〇 12 M439830 The above is only the preferred embodiment of this creation. Any changes and modifications made to the scope of this patent application should be covered by this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the explosion of components of the display of the present embodiment. Figure 2 is a block diagram of the display of the present embodiment. Figure 3 is a partial schematic view of the joining mechanism of the present embodiment in another perspective. , = Figure is a schematic diagram of the explosion of the components of the joint mechanism of the present embodiment. 5 is a perspective view of the display of the present embodiment in the first stage of the assembly process. The first and seventh figures are respectively the main component symbol description of the display of the creation embodiment ία display 12 14 support frame 16 18 back plate 181 183 recessed space 20 22 first merging portion 24 241 broken hole 26 28 Second coupling part 30 32 Plate structure 34 36 The pivoting piece 38 is a schematic view of the B side. Display panel Engagement mechanism accommodating space First engaging part Main body Second engaging part Chute structure Elastic element Push button 13 M439830 D1 First direction 14