201249201 六、發明說明： 【發明所屬之技術領域】 本發明係有關於-種顯示裝置；特別有關於一種薄型顯示 裝置。 【先前技術】 顯示器是目前最常使用的資訊產品之—。除了作為個人電 腦的必織出設備’包含電視節目之收誠及電子遊戲等家庭 娱樂與資訊減，亦需示ϋ作為概影像輸出之媒介。其 中，為了符合使用者習慣與增加視覺美觀等因素而將顯示器薄 型化並壁掛於牆面上，此作法有日益增加的趨勢。 顯不器通常藉由支樓臂連接腳座而站立於桌、櫃、楼等平 面上，俾便供使用者觀看。如圖！所示的習知顯示器結構， •支樓臂30之-端與底座50連接，另端則以伸出於顯示器1〇 之方式與顯示器10連接》因此，當使用者將顯示裝置1〇壁掛 於牆面上時’支樓臂30會因為另端伸出於顯示^0而在視覺 上不甚美觀。此外’由於支射30具有厚度，不僅顯示裝置 10壁掛於牆面上時難以實質上貼平於牆面，在運送顯示器1〇 時，除了顯示器10外，亦須額外的空間供容納支撐臂3〇，如 此將使整體包裝的大小及重量增加，進而導致運輸成本的提 高。 另一方面，在不同習知技術中，有將支撐臂取下而將顯示 器直接使用螺絲鎖附以壁掛於牆面的作法。由於螺絲需鎖入顯 201249201 不顯不器達特定長度以提 一定程度時便無法採用此作法。撑力故虽顯不益薄型化至 【發明内容】 本發明之主要目的為提供-軸示裝置，且彳mm 度，且可壁掛於直立面。 瑕置7、有較4的厚 與費Γ明之另—目的為提供—種顯林置，可節省運輸空間 裝置稀置包含顯稍置本仙及域部件。顯示 二紅厚度5mm，具有背側。支樓部件包含抽接於背 =壁:、與軸接部相對之支_以及與_面朝相同之方 ° ，係可沿背側旋轉地連接於背側。其中，當t ^支樓。卩件支撐顯示裝置本體；當域部倾轉至壁掛位 置日，，支樓部件完全容納於背側之邊緣以内之區域，顯示 藉由壁掛孔壁掛於直立面。 、 a軸接部軸胁背顺賴示裝置本體之細之位置。支^ P牛的兩側各具有導軌，使包括有壁掛孔之支樓部件本體可轴 向/月動支撐部件具有自軸接部延伸至支_之軸，線，當支撐 部件位於支撐位置時，軸線實質垂直於顯示裝置本體之底側， 且與支揮部件位於雜位置時之軸線爽⑽。肖。顯示裝置進一 步具有粒裝置，使支#部件選擇性定錄紐位置與壁掛位 置兩者其中之一。 201249201 顯不襄置進-步具有底座，其中，支㈣選擇性可分離地 與底座連接，底座上下兩面各具有複數個壁底座掛孔，底座分 離支樓部件後’用以在壁掛位置時連接於支卿件與直立面之 間。顯置進-步具有樞件可轉動地連接於侧，其中拖件 之軸心垂直於背侧，軸接部連接於樞件，且支稽端可以與拖件 轉動方向正交之方向旋轉。樞件具有穿孔與柩件之轴心方向垂 直，軸接部具有軸件穿設於穿孔，使支樓端可以與抱件轉動方 向正交之方向旋轉。 本發明之顯7F裝置包含顯示裝置本體以及支腳件。顯示 裝置本體厚度小於15mm，具有背側。支揮部件具有支揮端以 及座體，狀料㈣麵跨義稍置本體之細之方式連 接於背侧，賴可轉鱗接較伽。其丨，#猶部件朝 向背側之邊_軸至第-紐位置時，支撐料及座體與背 侧平行，續部件及鋪完全容祕㈣之雜叫之區域。 當支撐部件朝向背側之邊緣外移動至第二支撐位置時，支樓部 件與背侧平行且支樓端伸出背側之邊緣之外，座體翻轉至與支 揮部件炎—夾角，以支#顯示裝置本體。 支樓部件左右兩側各具有導軌，供支揮部件本體可抽向滑 動於第-支雜置與第二支雜置之間，#續部件滑動至第 一支撐位置時’顯示裝置本體之下緣與賴之—嶋共平面。 座體之下表面具有至少—鎌孔，用財第—支撐位置時可連 接於直立面上。座體之巾央位置或與支撐端相鄰之侧邊具有翻 轉軸，使座體在第-支撲位置及第二續位至少可翻轉 201249201 90度角’其中支樓端轴接於翻轉軸。 【實施方式】 顯干^^=之她實_，本發明之顯稍置_包含 較佳係為薄型液晶顯示器或薄型«顯示科薄Γ 示，置本體卿即薄型顯示器含顯示幕之主機。其中二處： 100 =Γ面(例如但不限為牆面)之程度。具體而 r顯讀置本體⑽之厚度較佳小於15mm _ 具有背侧no,亦即顯示裝置本體i 綦之另一側。 如圖2A所示之較佳實施例，支樓部件300包含軸接於背 側110之軸接部310、與軸接部31〇相對之支樓端33〇以及與 背側no面朝相同之方向的壁掛孔350。其中，轴接部31〇較 佳轴接於背側110接近顯示裝置本體⑽之底側⑼之位置。 支樓部件30(H系可沿背側11〇旋轉地連接於背侧11〇。換言之， 支撐部件300連接於背側11〇，且可沿背側n〇旋轉至符合使 用需求之位置。在較佳實施例中，支撐部件300具有自軸接部 310延伸至支撐端330之軸線3〇1，當支撐部件3〇〇位於如圖 2A所不之支撐位置2〇1時，轴線301實質垂直於顯示裝置本 體100之底侧101，且與支撐部件300位於如圖2B所示之壁 掛位置202時之軸線夾180。角。顯示裝置800進一步可具有定 201249201 位裝置（未繪示），使支樓部件300選擇性定位於支樓位置加 置泌兩者其中之―。其中，_置可為插銷或扭 刀轉軸(one stop hinge)等。 具體而言，在圖2A所示之較佳實施例中，#支揮部件3〇〇 相對於軸接部310旋轉至支樓位置2G1時，域端33()伸出背 側110之邊緣之外，使支撐部件3〇〇支撐顯示裝置本體⑽。 其中，顯示裝置800進-步具有底座5〇〇，支樓部件選擇 性可分離地與底座5〇G連接。底座5加藉由支樓部件細連接 顯示裝置本體觸，_讀顯示裝置本體⑽，使其能順利 站立於桌、櫃、檯等平面上，俾便供使用者觀看。當支撐部件 如圖2B所示旋轉至壁掛位i 202時，支樓部件3⑻完全 容納於背側m之邊緣朗之區域，顯示裝置_藉由壁掛孔 350壁掛於直立面（未繪示 氣丁、上所述’顯示裝置8〇〇係藉由支撐部件細之壁掛孔 350一壁掛於直立面，換言之’在保有壁掛功能的同時，本發明 顯示裝置800的顯示裝置本冑應可不設置壁掛孔，能具有較 薄的厚度。另—方面’當支卿件3⑻如圖迅所示旋轉至壁 掛位置202時’支揮部件·不會突出於背船10之邊緣，藉 此可節省運輸空間與費用。 如圖3A及3B所示之不同實施例，支撐部件3〇〇可於軸 接部310的兩側各具有導軌37〇，使包括有壁掛孔35〇之支撲 邛件本體390可軸向滑動。具體而言，支撐部件本體39〇藉由 壁掛孔350壁掛於直立面，與軸接部31〇健之顯示裝置本體 201249201 100可藉由導軌370沿軸線301相對於支撐部件本體390軸向 移動。藉此’可調整顯示裝置8〇〇壁掛後的高低位置。 如圖4A及4B所示之不同實施例，底座5〇〇上下兩面各 具有複數個底座壁掛孔550，底座500分離支撐部件300後， 用以在壁掛位置時連接於支撐部件300與直立面（未繪示）之 間。具體而言，底座壁掛孔550較佳但不限由連接孔551及固 定孔552組成。其中，連接孔551與支撐部件3〇〇之壁掛孔 350對應，供連接底座5〇〇與支樓部件3〇〇 ;固定孔552較佳 分佈在底座500相對於連接孔551較靠近外侧之位置，供將底 座500壁掛於直立面。換言之，底座5〇〇可視為轉接板，顯示 裝置本體100以支撐部件300與底座500連接，再以底座5〇〇 壁掛於直立面。由於底座500相對於顯示裝置本體100通常比 較大也比較長，所以連接直立面的固定孔552間距可以大於支 撐部件300，對於大螢幕的支撐比較能分散重量。 如圖5A所示之不同實施例，顯示裝置8〇〇進一步具有樞 件700可轉動地連接於背侧11〇，其中柩件7〇〇之抽心垂直於 背側no ’軸接部310連接於樞件7〇〇，且支撐端33〇可以與 樞件700轉動方向601正交之方向6〇2旋轉。具體而言植件 較佳具有穿孔71〇與樞件7〇〇之軸心、方向垂直轴接部31〇 較佳具有軸件3"穿設於穿孔彻。藉此，支樓部件300能夠 以軸件399作為軸心’使支撐端33〇以與框件轉動方向 601正交之方向602旋轉，並藉以如圖5b所示調整顯示裝置 201249201 如圖6A至8B所示之不同實施例，支樓部件具3〇〇有支 撐端330以及座體380，支樓部件3〇〇以可移動跨越顯示裝置 本體1〇〇之底供u〇i之方式連接於背侧110，座體38〇可翻轉 地連接於支撐端330。其中，當支撐部件3〇〇朝向背側ιι〇之 邊緣内移動至如圖7A及7B所示之第一支撐位置姻時，支 撐部件300及座體380與背側11〇平行，支撐部件3〇〇及座體 380完全容納於背側110之邊緣以内之區域。當支樓部件 朝向背侧110之邊緣外移動至如圖8A及8B所示之第二支撐 位置402時，支撐部件300與背側11〇平行且支撐端33〇伸出 背側110之邊緣之外’座體380翻轉至與支樓部件夾一夾 角Θ (請見圖8A) ’以支稽顯示裝置本體1〇〇。 具體而δ，如圖6B、7B及8B所示，支樓部件3〇〇較佳 於左右兩侧各具有導轨370，供支撐部件本體1〇〇可軸向滑動 於如圖7Α及7Β所示之第一支撐位置401與如圖8八及88所 示之第二支樓位置402之間。如圖7Α及8Α所示，座體380 之中央位置具有翻轉轴331 ’使座體380在第一支撐位置401 及第*一支撑位置402間至少可翻轉90度角，其中支樓端330 軸接於翻轉轴331。然而，在圖9Α及9Β所示之不同實施例中， 翻轉軸331可因應設計需求而設置於座體380與支揮端331相 鄰之側邊382。 其中，當支撐部件300滑動至第一支撐位置4〇1時，顯示 裝置本體100之底侧101較佳係如圖7Α及7Β所示與座體380 之侧緣381共平面，顯示裝置本體1〇〇可藉由底側ι〇1及側緣 201249201 381共同支撐，無須另外使用底座即得站立於桌、櫃、檯等平 面上供使用者觀看。如欲使顯示裝置本體1〇〇更穩固地站立 (例如避免因地震等因素產生之劇烈搖晃導致顯示裝置本體 100傾倒），可將支撐部件300滑動至如圖8A及8B所示之第 二支撐位置402，並使座體380翻轉至與支撐部件3〇()夾夾角 Θ，以利用座體380支撐顯示裝置本體1〇〇。 如圖7A及7B所示，座體380之下表面具有至少一壁掛 孔350 ’用以在第一支稽位置4〇1時可連接於直立面（未繪示） 上。換言之，顯示裝置800係藉由支撐部件3〇〇之壁掛孔35〇 撕於直立面，顯錢置賴⑽在保有壁掛功能的同時 可不設置騎孔’能具魏_厚度。另—方面，當支樓部件 300如圖7A所示移動至第一支撐位置401時，支撐部件3〇〇 不會突出於背側no之邊緣，藉此可節省運輸空間與費用。 雖然前述的描述及圖示已揭示本發明之較佳實施例，必須 瞭解到各種増添、許錄改和取代可能使麟本發明較佳實施 例’而^會脫離如所附申請專利範圍所界定的本發明原理之精 =及㈣。熟悉該技藝者將可體會本發明可能使用於很多形 式、結構、佈置、比例、材料、元件和組件的修改。因此，本 文於此所揭_實關於所她點，舰視為肋說明本發 ⑽制本拥。本發_細触彳細申請專利範 |疋’並涵蓋其合法均等物，並靴於先前的描述。 201249201 【圖式簡單說明】 圖1為習知技術示意圖； 圖2A及2B為本發明較佳實施例示意圖； 圖3A及3B為本發明中支撐部件具有導軌之實施例示意圖； 圖4A及4B為本發明中底座具有底座壁掛孔之實施例示意圖; 圖5A為本發明顯示裝置進一步具有福件之實施例示意圖； 圖5B為本發明顯示裝置壁掛後調整俯仰角度之示意圖；以及 圖6A至9B為本發明不同實施例示意圖。 【主要元件符號說明】 100顯示裝置本體 101底側 110背側 201支撐位置 202壁掛位置 300支撐部件 301軸線 310軸接部 330支撐端 350壁掛孔 370導軌 380座體 381側緣 382側邊 390支撐部件本體 399軸件 401第一支撐位置 402第二支撐位置 500底座 550底座壁掛孔 551連接孔 552固定孔 601方向 602方向 700樞件 710穿孔 800顯示裝置 Θ夾角 ⑧201249201 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a display device; and more particularly to a thin display device. [Prior Art] A display is the most commonly used information product at present. In addition to being a woven device for personal computers, including home entertainment and information reduction, such as TV programs and video games, it is also required to be used as a medium for video output. Among them, in order to conform to user habits and increase visual and aesthetic factors, the display is thinned and wall-mounted on the wall surface, and this practice has an increasing trend. The display device usually stands on the table, cabinet, floor, etc. by connecting the foot of the branch arm to the user for viewing. As shown! The conventional display structure shown, the end of the branch arm 30 is connected to the base 50, and the other end is connected to the display 10 in a manner extending from the display 1". Therefore, when the user hangs the display device 1 On the wall, the 'building arm 30' will be visually unattractive because the other end protrudes from the display ^0. In addition, since the radiation 30 has a thickness, it is difficult to substantially flatten the wall of the display device 10 when it is mounted on the wall surface. When the display is transported, in addition to the display 10, additional space is required for accommodating the support arm 3. Oh, this will increase the size and weight of the overall package, which in turn will lead to an increase in transportation costs. On the other hand, among different conventional techniques, there is a practice of removing the support arm and attaching the display directly to the wall using a screw lock. This is not possible because the screws need to be locked into the display. 201249201 does not show a certain length to a certain extent. Although the support force is not so thin, the main object of the present invention is to provide a shaft display device, which is 彳mm degree, and can be wall-mounted on an upright surface.瑕7, there is a thicker than 4 and the other is to provide a kind of display, which can save transportation space. The device is thin and contains the components and the domain components. Display Two red thickness 5mm, with back side. The branch building member is connected to the back side wall, the branch opposite to the shaft joint portion, and the side opposite to the _ face, which is rotatably coupled to the back side along the back side. Among them, when t ^ branch. The element supports the display device body; when the domain portion is tilted to the wall hanging position, the branch member is completely accommodated in the area inside the edge of the back side, and the wall is hung on the upright surface by the wall of the wall. The axis of the a-axis joint is backed by the position of the body of the device. Each side of the support bull has a guide rail, so that the main body of the support member including the wall hanging hole can have an axial/monthly movable support member extending from the shaft joint portion to the shaft of the branch, when the support member is at the support position The axis is substantially perpendicular to the bottom side of the display device body and is axially cool (10) when the branch member is in the miscellaneous position. Xiao. The display device further has a granulating device that allows the support member to selectively record one of the position of the button and the wall. 201249201 The display step has a base, wherein the branch (4) is selectively detachably connected to the base, and the upper and lower sides of the base each have a plurality of wall base hanging holes, and the base is separated from the branch member to be connected in the wall hanging position. Between the branch and the erect. The illuminating step has a pivotal member rotatably coupled to the side, wherein the axis of the drag member is perpendicular to the back side, the shaft portion is coupled to the pivot member, and the fulcrum end is rotatable in a direction orthogonal to the direction of rotation of the drag member. The pivot member has a perforation perpendicular to the axial direction of the jaw, and the shaft portion has a shaft member pierced through the through hole so that the branch end can rotate in a direction orthogonal to the rotation direction of the grip member. The display 7F device of the present invention comprises a display device body and a leg member. The display device body has a thickness of less than 15 mm and has a back side. The support member has a support end and a seat body, and the material (four) surface is connected to the back side in a manner that the body is slightly overlapped with the body. In other words, when the U-shaped part faces the side of the back side _ axis to the first-new position, the support material and the seat body are parallel to the back side, and the continuation of the parts and the paving is completely secreted (4). When the support member moves to the second support position outside the edge of the back side, the branch member is parallel to the back side and the branch end protrudes beyond the edge of the back side, and the seat body is turned over to the angle of the branch member to Branch #Display device body. Each of the left and right sides of the branch building member has a guide rail for the sliding member body to be slidably slid between the first branch and the second branch, and the #Continuous member is slid to the first support position under the display device body The edge and the reliance - the common plane. The lower surface of the seat body has at least a pupil, which can be connected to the upright surface when the position of the support is used. The central position of the seat body or the side adjacent to the support end has a tilting axis, so that the seat body can at least flip the 201249201 90 degree angle at the first-pump position and the second continuation position, wherein the branch end shaft is connected to the flip shaft . [Embodiment] The invention is characterized by the fact that it is preferably a thin liquid crystal display or a thin type «display panel", which is a host of a thin display including a display screen. Two of them: 100 = the extent of the face (such as but not limited to the wall). Specifically, the thickness of the r-display body (10) is preferably less than 15 mm _ having the back side no, that is, the other side of the display device body i. As shown in the preferred embodiment of FIG. 2A, the branch member 300 includes a shaft joint 310 axially coupled to the back side 110, a branch end 33〇 opposite the shaft joint 31〇, and the same as the back side no. A wall hanging hole 350 in the direction. Wherein, the shaft portion 31 is preferably connected to the back side 110 at a position close to the bottom side (9) of the display device body (10). The branch member 30 (the H system is rotatably coupled to the back side 11〇 along the back side 11〇. In other words, the support member 300 is coupled to the back side 11〇 and is rotatable along the back side n〇 to a position that meets the needs of use. In the preferred embodiment, the support member 300 has an axis 3〇1 extending from the shaft portion 310 to the support end 330. When the support member 3 is located at the support position 2〇1 as shown in FIG. 2A, the axis 301 is substantially The display device 800 further has a 201249201 position device (not shown), which is perpendicular to the bottom side 101 of the display device body 100 and is located at an axis 180 of the support member 300 at the wall-hanging position 202 as shown in FIG. 2B. The branch member 300 is selectively positioned at the position of the branch and the two are disposed. The _ can be a pin or a one stop hinge, etc. Specifically, as shown in FIG. 2A. In a preferred embodiment, when the #support member 3 is rotated relative to the pivot portion 310 to the branch position 2G1, the domain end 33() extends beyond the edge of the back side 110, so that the support member 3 supports the display device. The body (10), wherein the display device 800 further has a base 5〇〇, a branch component Optionally, it is detachably connected to the base 5〇G. The base 5 is connected to the display device body by the branch member, and the display device body (10) is read so that it can stand on the table, the cabinet, the table and the like smoothly. For the user to view. When the supporting member is rotated to the wall hanging position i 202 as shown in FIG. 2B, the branch member 3 (8) is completely accommodated in the edge of the edge of the back side m, and the display device is hung on the upright surface by the wall hanging hole 350. (The air conditioner is not shown, and the display device 8 is mounted on the upright surface by the wall hanging hole 350 of the support member, in other words, while the wall hanging function is maintained, the display device of the display device 800 of the present invention is provided.胄 should not be provided with a wall-hanging hole, can have a thin thickness. On the other hand, when the branch member 3 (8) is rotated to the wall-hanging position 202 as shown in the figure, the support member does not protrude from the edge of the back boat 10, This can save transportation space and cost. As shown in different embodiments shown in FIGS. 3A and 3B, the support member 3 can have guide rails 37 on both sides of the shaft portion 310 to make the branch including the wall hanging hole 35 The jaw body 390 can slide axially. In other words, the support member body 39 is wall-mounted on the upright surface by the wall-hanging hole 350, and the display device body 201249201 100 that is sturdy with the shaft portion 31 can be axially moved relative to the support member body 390 along the axis 301 by the guide rail 370. The height and position of the display device 8 can be adjusted after the wall is mounted. As shown in different embodiments of FIGS. 4A and 4B, the base 5 has a plurality of base wall hanging holes 550 on the upper and lower sides, and after the base 500 separates the support member 300, It is used to connect between the support member 300 and the upright surface (not shown) in the wall-hanging position. Specifically, the base wall-hanging hole 550 is preferably, but not limited to, the connection hole 551 and the fixing hole 552. The connecting hole 551 corresponds to the wall hanging hole 350 of the supporting member 3, for connecting the base 5 and the branch member 3; the fixing hole 552 is preferably distributed at a position closer to the outer side of the base 500 with respect to the connecting hole 551. For hanging the base 500 on the upright surface. In other words, the base 5〇〇 can be regarded as an adapter plate, and the display device body 100 is connected to the base 500 by the support member 300, and is then wall-mounted on the upright surface by the base 5〇〇. Since the base 500 is generally relatively large and relatively long with respect to the display device body 100, the fixing holes 552 connecting the upright faces may be spaced apart from the support member 300, and the support for the large screen is more dispersible. As shown in the different embodiment of FIG. 5A, the display device 8 further has a pivot member 700 rotatably coupled to the back side 11〇, wherein the core of the jaw member 7 is perpendicular to the back side no 'axis joint portion 310. The pivot member 7〇〇 and the support end 33〇 are rotatable in a direction 6〇2 orthogonal to the rotational direction 601 of the pivot member 700. Specifically, the planting member preferably has a perforation 71 〇 and an axis of the pivot member 7〇〇, and a directional vertical abutment portion 31 较佳 preferably has a shaft member 3" Thereby, the branch member 300 can rotate the support end 33〇 in the direction 602 orthogonal to the frame rotation direction 601 with the shaft member 399 as the axis, and thereby adjust the display device 201249201 as shown in FIG. 5b. In the different embodiment shown in FIG. 8B, the branch member has a support end 330 and a seat body 380, and the branch member 3 is connected to the bottom of the display device body 1 for being connected to the bottom of the display device body 1 The back side 110, the seat body 38 is reversibly connected to the support end 330. Wherein, when the support member 3 移动 moves toward the first support position as shown in FIGS. 7A and 7B toward the edge of the back side ιι, the support member 300 and the seat body 380 are parallel to the back side 11〇, and the support member 3 The bowl and seat 380 are completely received within the area of the back side 110. When the branch member moves outwardly toward the edge of the back side 110 to the second support position 402 as shown in FIGS. 8A and 8B, the support member 300 is parallel to the back side 11〇 and the support end 33 extends beyond the edge of the back side 110. The outer 'body 380 is turned over to the corner of the branch member Θ (see Fig. 8A) 'to display the device body 1 支. Specifically, δ, as shown in FIGS. 6B, 7B and 8B, the branch member 3 〇〇 preferably has guide rails 370 on the left and right sides for the support member body 1 to be axially slidable as shown in FIGS. 7 and 7 The first support location 401 is shown between the second branch location 402 as shown in Figures 8 and 88. As shown in FIGS. 7A and 8B, the central position of the seat body 380 has a flip shaft 331' such that the seat body 380 can be at least inverted by 90 degrees between the first support position 401 and the first support position 402, wherein the branch end 330 axis Connected to the flip shaft 331. However, in the different embodiments shown in Figures 9A and 9B, the flip shaft 331 can be disposed on the side 382 of the seat 380 adjacent the support end 331 in response to design requirements. Wherein, when the support member 300 is slid to the first support position 4〇1, the bottom side 101 of the display device body 100 is preferably coplanar with the side edge 381 of the base 380 as shown in FIGS. 7A and 7B, and the display device body 1 is displayed. 〇〇 It can be supported by the bottom side ι〇1 and the side edge 201249201 381. It can stand on the table, cabinet, table and other planes for users to watch without using the base. If the display device body 1 is to be more stably stood (for example, to avoid tilting of the display device body 100 due to severe shaking caused by earthquakes, etc.), the support member 300 can be slid to the second support as shown in FIGS. 8A and 8B. Position 402 and flipping the seat 380 to an angle 与 with the support member 3 to support the display device body 1利用 with the base 380. As shown in Figures 7A and 7B, the lower surface of the base 380 has at least one wall opening 350' for attachment to an upright surface (not shown) at the first bearing position 4〇1. In other words, the display device 800 is torn by the wall-hanging hole 35 of the supporting member 3 to the upright surface, and the display device 800 can be used for the wall-hanging function without the provision of the riding hole. On the other hand, when the branch member 300 is moved to the first support position 401 as shown in Fig. 7A, the support member 3 does not protrude from the edge of the back side no, thereby saving transportation space and cost. While the foregoing description and drawings have been shown in the preferred embodiments of the embodiments of the invention The definition of the principles of the invention = and (d). Modifications of many forms, structures, arrangements, ratios, materials, components and components may be employed by those skilled in the art. Therefore, this article is here to reveal the fact that the ship is regarded as a rib to explain the hair (10). This issue _ fine touch application patents | 疋 ' and cover its legal equivalents, and boots in the previous description. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a preferred embodiment of the present invention; FIGS. 3A and 3B are schematic views showing an embodiment of a support member having a guide rail according to the present invention; FIGS. 4A and 4B are diagrams. FIG. 5A is a schematic view showing an embodiment of a display device according to the present invention; FIG. 5B is a schematic view showing an embodiment of the display device according to the present invention; FIG. 5B is a schematic view showing the adjustment of the pitch angle after the wall of the display device is mounted; and FIGS. 6A to 9B are A schematic diagram of various embodiments of the invention. [Main component symbol description] 100 display device body 101 bottom side 110 back side 201 support position 202 wall hanging position 300 support member 301 axis 310 shaft joint portion 330 support end 350 wall hanging hole 370 rail 380 seat body 381 side edge 382 side 390 support Component body 399 shaft member 401 first support position 402 second support position 500 base 550 base wall hanging hole 551 connection hole 552 fixing hole 601 direction 602 direction 700 pivot member 710 perforation 800 display device Θ angle 8