M440461 五 '新型說明： 【新型所屬之技術領域】 本創作是有關一種支撐架，且特別是有關於一種多螢 幕支撐架。 【先前技術】M440461 Five 'New Description: 【New Technology Fields】 This creation is about a kind of support frame, and especially about a multi-screen support frame. [Prior Art]
習用的雙螢幕顯示裝置’如美國專利證書號第Re36978 號又减示态系統」的專利案所揭示。請參閱上述美國專 利案的圖4和圖5所示，習用雙顯示器系統包含一基座12 、一直立柱20、一樞轉件18、及兩顯示器14、16。上述直 立柱20的兩端分別連接於基座12與樞轉件】8，而上述兩 ，示器14、16分別樞設於樞轉# 18白勺兩端。因兩個顯示 器]4、16皆設於同—樞轉件]8上，所以當雙顯示器系統 被調整時，所述兩顯示器14、丨6將同時作動。 然而這樣的設言十，將冑雙顯示器系統的顯示意使用狀 態受到醫(亦即須同步作動），進而造錢时於操作上受 到限制而產生諸多不便。 於是’本創作人有感上述缺失之可改善，乃特潛心研 究並配合學理之運用，終於提出—種設計合理且有效改善 上述缺失之本創作。 【新型内容】 本創作實施例在於提供一種多營幕支撐架，其所裝設 的兩個螢幕各為獨立操作而互不干擾。 本創作實施例提供—種多螢幕i樓架，包括：一支架 ’用以設置於-工作面上’且該支架形成有_轨道模组， 該轨道模組包含兩執道座，該兩執道座的其中之一且有一 沿第-方向延伸的限位面，其中另—具有—沿第二⑽延 3/16 M440461 伸的限位面；以及一活動模組，具有對應於該兩轨道座的 兩活動單元，且各用以供一營幕襄設，每—活動單元具有 一滑動件’該兩滑動件各形成有一抵接面，該兩滑動件的 抵接面形狀分別對應於該兩轨道座的限位面形狀，且該兩 滑動件的抵接面分別抵接於該兩轨道座的限位面，以使該 兩滑動件的抵接面分別沿著該第一方向與該第二方向 移動。 較佳地，每一活動單元進一步具有一固定件，且每一 活動單it巾的m定舰接於滑動件及其所對應的軌道座，鲁 以使該兩滑動件分別選擇性地固定於一預定位置。 較佳地，每一軌道座形成有數個間隔排列的定位孔， 每一固定件選擇性地穿設於每一執道座的其中—定位孔。 較佳地，每一滑動件形成有一固定板，且每一固定板 形成有-貫穿_权，而該兩目耕分別？設於該兩固 定板的固定孔。 々較佳地，該兩執道座的定位孔分別沿該第—方向與該 第二方向間隔地排列，且該些定位孔分別形成於該兩執道鲁 座鄰接該兩滑動件的表面上。 ，較佳地’每-滑動件具有至少—滑塊’且該兩滑動件 的滑塊移動方向分別平行於該第—方向與該第二方向。 較佳地，每一轨道座的限位面包圍界定出一限位槽， 而分別平行於該第-方向與該第二方向的該兩滑動件的滑 塊外表面界定為該兩抵接面，該兩滑動件的滑塊分別可r 動地設於該兩軌道座的限位槽。 夕 較佳地，該兩轨道座的限位槽與設於其上的滑塊，其 分別垂直該第-方向與該第二方向的截面形狀大致相同且 4/16 ^440461 皆呈丁形。 較佳地，該兩執道座的限位槽為鸿 的滑塊為鳩尾滑塊。 較佳地，該兩執道座各具有一側表面，且該兩軌道座 ，側表面分麟該第-料能第二料岭械該兩限 立面件各具有—側面，該兩軸件的滑塊分別 形成在其侧面上’而分別平行於該第—方向與該第二方向The conventional dual screen display device is disclosed in the patent of U.S. Patent No. Re36978 and the Deductive System. Referring to Figures 4 and 5 of the above U.S. patent, the conventional dual display system includes a base 12, a straight upright 20, a pivoting member 18, and two displays 14, 16. The two ends of the vertical column 20 are respectively connected to the base 12 and the pivoting member 8 , and the two displays 14 and 16 are respectively pivoted at the two ends of the pivoting # 18 . Since both of the displays 4, 16 are disposed on the same-pivoting member 8, the two displays 14, 丨6 will operate simultaneously when the dual display system is adjusted. However, such a setting ten will cause the display state of the dual-display system to be used by the doctor (i.e., must be synchronized), and the operation is limited when the money is made, which causes inconvenience. Therefore, the creator felt that the above-mentioned deficiencies could be improved. He devoted himself to research and cooperated with the application of the theory, and finally proposed a design that was reasonable and effective in improving the above-mentioned lack of creation. [New Content] The present invention provides a multi-camera support frame, in which two screens are independently operated without interference. The present invention provides a multi-screen i-frame, comprising: a bracket for setting on the working surface and the bracket is formed with a _ track module, the track module comprising two pedestal blocks, the two One of the pedestals has a limiting surface extending in the first direction, wherein the other has a limiting surface extending along the second (10) 3/16 M440461; and a movable module having corresponding to the two tracks Two movable units of the seat, each for a curtain camp, each of the movable units has a sliding member. The two sliding members are respectively formed with an abutting surface, and the abutting surface shapes of the two sliding members respectively correspond to the The shape of the limiting surface of the two rail seats, and the abutting surfaces of the two sliding members respectively abut the limiting surfaces of the two rail seats, so that the abutting surfaces of the two sliding members are respectively along the first direction and the Move in the second direction. Preferably, each movable unit further has a fixing member, and each of the movable single-note towels is connected to the sliding member and its corresponding rail seat, so that the two sliding members are respectively selectively fixed to the sliding member. a predetermined location. Preferably, each of the rail seats is formed with a plurality of spaced apart positioning holes, and each of the fixing members is selectively disposed in a positioning hole of each of the obstruction seats. Preferably, each of the sliding members is formed with a fixing plate, and each of the fixing plates is formed with a through-weight, and the two eyes are separately drilled? The fixing holes are provided on the two fixing plates. Preferably, the positioning holes of the two obstruction seats are respectively spaced apart from the second direction along the first direction, and the positioning holes are respectively formed on the surfaces of the two sliding blocks adjacent to the two sliding members. . Preferably, each of the sliders has at least a slider and the sliders of the two sliders move in a direction parallel to the first direction and the second direction, respectively. Preferably, the limiting surface of each of the rail seats surrounds a limiting slot, and the outer surfaces of the sliders of the two sliding members respectively parallel to the first direction and the second direction are defined as the abutting surfaces The sliders of the two sliding members are respectively movably disposed in the limiting slots of the two rail seats. Preferably, the limiting slots of the two rail seats and the sliders disposed thereon are substantially perpendicular to the cross-sectional shape of the first direction and the second direction, and each of the 4/16^440461 is in a shape of a square. Preferably, the sliders of the two stop seats are hook-shaped sliders. Preferably, the two orbital seats each have a side surface, and the two rail seats have a side surface and the second material has a side surface, and the two shaft members each have a side surface, and the two shaft members The sliders are respectively formed on the sides thereof and are respectively parallel to the first direction and the second direction
的該兩滑動件的滑塊外表面定義為該兩抵接面，且該兩滑 動件的側面雜分卿應於該兩軌道絲側表面。 。較佳地，該兩滑動件的側面及該兩執道座的側表面皆 呈平面狀且彼此貼合。 較佳地，每一執道座的限位面分別自其惻表面向内依 序界定有-對第-限位區及—第二限位區，且上述該對第 限位區連接於該側表面與該第二限位區之間 ，而該兩滑The outer surfaces of the sliders of the two sliding members are defined as the abutting surfaces, and the side surfaces of the two sliding members are disposed on the side surfaces of the two rails. . Preferably, the side surfaces of the two sliding members and the side surfaces of the two obstructing seats are planar and are attached to each other. Preferably, the limiting surface of each of the obscuring seats respectively defines a pair of a first-restricted area and a second limiting area inwardly from a surface thereof, and the pair of the limiting areas are connected to the Between the side surface and the second limiting area, and the two sliding
尾槽，該兩滑動件 塊的抵接面各界定為―對第―抵接區與—第二抵接區，該 對第-抵接d對應抵接於該料—限位區，該第二 對應抵接於該第二限位區。 ^ 較佳地，該兩執道座的第二限位區分別垂直於該苐一 方向與該第二方向的截面形狀呈c形。 較佳地，每一執道座的該對第一限位區彼此平行。 較佳地，該兩滑動件各具有一樞接座，且每一樞 的側面連接於魏接面，每―活動單元具有—樞轉組件，A 該兩活動單元的樞轉組件—端分別樞設於該兩滑動件的抱 接座，另—端用以供該兩螢幕裝設。 較佳地，該第一方向平行於該第二方向。 較佳地，該支架形成有一板體，且該兩軌道座自該板 5/16 M440461 肪·的相對兩側緣延伸所形成。 較佳地，該轨道模組進一步包含又一軌道座，其具有 一沿第三方向延伸的限位面，該活動模組進一步包含又一 活動單元，用以供-營幕裝設且具有形成一抵接=一滑 動件，該又-活動單元的抵接面抵接於該又一軌道座的限 位面，以沿著第三方向往復移動。 較佳地’該支架形成有一板體，且該執道模組的其中 兩軌道座自該板體的相對兩側緣延伸所形成，該執道j莫組 的又一軌道座設於該板體的大致中央部位。 ' 互平=地，該第—方向'該第二方向、及該第三方向相 抵接= 二tr乍實施例所提供的多營幕支樓架透過 抵接Q減於限㈣，以使兩肋件可沿著兩In the tail groove, the abutting faces of the two slider blocks are respectively defined as “the first abutting zone and the second abutting zone, and the pair of the abutting d correspondingly abuts the material—the limiting zone, the first The second corresponding to the second limit zone. Preferably, the second limiting regions of the two obstruction seats are c-shaped in a cross-sectional shape perpendicular to the first direction and the second direction, respectively. Preferably, the pair of first limiting regions of each of the obstruction seats are parallel to each other. Preferably, the two sliding members each have a pivoting seat, and the side of each pivot is connected to the Wei joint, each of the movable units has a pivoting assembly, and the pivoting components of the two movable units are respectively pivoted. The two sides of the two sliding members are provided for the two screens. Preferably, the first direction is parallel to the second direction. Preferably, the bracket is formed with a plate body, and the two rail seats are formed by extending opposite side edges of the plate 5/16 M440461. Preferably, the track module further includes a further track seat having a limiting surface extending in the third direction, the movable module further comprising a further movable unit for the installation and formation of the Abutting = a sliding member, the abutting surface of the movable-active unit abuts against the limiting surface of the further rail seat to reciprocate along the third direction. Preferably, the bracket is formed with a plate body, and two of the rail bases of the obstruction module are formed by extending from opposite side edges of the board body, and another rail seat of the obligatory group is disposed on the board. The approximate central part of the body. 'Inter-level=ground, the first-direction' the second direction, and the third direction are abutted = the two-trend truss provided by the embodiment is reduced by the limit Q (four), so that two Ribs can be along two
形成的往復移動，藉以符合使用者的不同需求。 刀乃J 【實施方式】 為能更進-步瞭解本創作之特徵及技術， 以下有關本解的詳細說明與關，然而 :考與說明用’並非用來對本創作的權利範圍作二 〔較佳實施例〕 ，《圖匕本創作提供—種多螢幕支樓架⑽ -支心及-活動模組2。其中，上述支架丨用以設置於一 工作面(如：壁面或推車主幹)上’活動模 报 螢幕300裝設。 、.用以供兩 請同時參閱圖2所示，所述支 長軸方向C，所述支架1形成有 界疋有— ,板體11及一轨道模組10 6/16 ，所述軌道模組〗〇包含兩軌道座]2，上述兩執道座12分 別自板體11的相對兩側緣延伸所形成。而活動模組2具有 對應上述兩轨道座12的兩活動單元2〇。 其中，所述兩執道座12各具有一側表面121及自側表 面丨21向内延伸的兩限位面122。亦即，上述兩執道座 的側表面121分別為兩執道座12彼此遠離的表面。再者， 所述兩限位面122分別自其側表面121沿第一方向與第二 方向（即圖1巾左側箭頭與右側箭頭所指的方向)延伸所形 成0 需S兒明的是，由於本實施例中的長軸方向c、第一方 向、及第二方向相互平行，因此，需透過第一方向與第二 方向界定的連結關係，下述皆以長軸方向C來做描述盥界 定。 、 再者，所述兩軌道座12分別裝設有一個活動單元2〇 :而由於兩執道座丨2及其裝設的活動單元2〇於結構上相 同且為對稱於板體1丨的構造。因此，下述主要以一個執道 座12及其裝設的活動單元2〇進行說明。 凊參閱圖3和圖4所示，每一限位面122自側表面ι21 依序界定有一對第一限位區1221及一第二限位區丨222。上 述该對第一限位區〗221連接於側表面121與第二限位區 1222之間，且該對第一限位區122丨彼此平行，而上述第二 限位區1222於垂直長軸方向c的戴面形狀呈〇形。 更詳細地說，於垂直板體丨1板面的方向上，所述第二 限位區1222中兩點間的最大距離大於該對第一限位區1221 間的最大距離。換言之，所述限位面122包圍界定出一限 位槽1223，且上述限位槽1223於垂直長轴方向c的截面 7/16 财40461 形狀呈T形(如圖4)，但不以此為限。例如：限位槽1223 亦可如圖ό所示為鴻尾槽。 曰 再者，所述執道座12於上述兩限位槽1223間的部位 自其側表面121凹設形成有數個定位孔12u，且上述定位 孔1211沿長軸方向c間隔地排成一列。 如圖2所示，所述每一活動單元2〇具有一滑動件 、一樞轉組件22、及一固定件23。上述固定件23於本實 施例中以螺栓為例，但不受限於此。 、 請參閱圖3所示，上述滑動件21形成有一樞接座211 兩滑塊212、及一固定板213。所述柩接座2】1沿長軸方 向C形成有一樞接孔2Π1 ’而樞接座2Π的側面2112形狀 對應(貼合)於執道座12的側表面121(於本實施例中，側面 2112與側表面121皆呈平面狀，但不受限於此），且所述兩 滑塊212形成於側面2112上。 其中，母一滑塊212於垂直長軸方向c的截面形狀呈 丁形(如圖5)且大致等同於限位槽1223的戴面形狀(或者滑 塊212亦可如圖6所示為鳩尾滑塊），且滑塊212平行於長 軸方向C的外表面界定為一抵接面2丨21。更詳細地說，滑 塊212自所述側面2112向外依序界定有一對第一抵接區 2122及一第二抵接區2123。 再者，所述樞接座211底緣延伸形成有一固定板213 ，且固定板213於兩滑塊2〗2延伸區域之間形成有一貫穿 的固定孔2131。 如圖2所示，上述樞轉组件22包含數個相互樞接的樞 轉件221。框轉組件22中位於最外側的兩樞轉件221，其 中之一樞設於滑動件21樞接座2Π的樞接孔2111，而其中 8/16 M440461 另一用以供螢幕300裝設。 综上所述’當所述兩活動單元20裝設於支架1時，上 述兩滑動件21的滑塊212分別穿設於兩軌道座12的限位 槽1223中’且兩滑動件2ι的抵接面212】分別抵接於兩轨 運座12的限位面122。亦即，第一抵接區2122抵接於第一 限位區1221 ’第二抵接區2丨23抵接於第二限位區1222。 藉以使兩滑動件21的抵接面212ι沿著兩執道座12的限位 面122，使其分別沿第一方向與第二方向往復移動。 其後，當所述兩活動單元2〇分別被調整至所需的預定 位置且滑動件21的固定孔2】3]對應於轨道座丨2的其中之 -定位孔1211時’得以固定件23穿過滑動件21的固定孔 2131及其所對應的定位孔12U，藉以使兩活動單元分 別位於其所預定之位置；此外，固定件23也可直接抵靠於 執道座12的侧表面12丨’以使滑動件2丨與軌道座12相互 迫I、而達到固定的效果。換言之，本實施例的兩活動單元 20可位於支架1上不同的向度(如圖7所示）。 此外，所述多螢幕支樓架]00亦可用以供三個榮幕3〇〇 裝設，亦即，執道模組10除上述兩轨道座12外，可進一 步包含又-轨道座ir (如圖8所示）。更詳細地說，軌道座 12’的結構設計大致如同上述軌道座12，而差異在於，執道 座12’設於板體11的大致中央部位，且具有一沿第三方向（ 即圖8中由上至下的方向）延伸的限位面122,。 再者，活動模組2除上述兩活動單元如外，亦進一步 包含對應上述軌道座12’的又-活動單元2〇,。須說明的是 ’活動單元20,於圖8中以活動件21，呈現，但賴限於此 〇 9/16 M440461 更詳細地說，活動單元20,的結構設計大致如同上述 活動單元20，且活動單元20,的活動件2Γ具有一對應上述 限位面122’的抵接面2121，。 藉此，活動單元21’的活動件21，可透過其抵接面2121， 抵接於執道座12,的限位面122，，以沿著第三方向往復移動 。其中，本實施例中的長軸方向c、第一方向、第二方向 、及第二方向彼此相互平行，但不受限於此。 以 综合來說，本創作實施例的多螢幕支撐架透過滑塊的 抵接面搭配於執道座的限位面，以使活祕組的滑動件抵 接面可分》Μ著軌雜組的執道座限位面往復移動，藉 以符 利於活動漁的活鮮元分別停在所需的預定位置曰 合使用者的不同需求。 再者’經由固定件與軌道座定位 ，組的活動單衫別被岐在所㈣狀位置， 合不同操作情形。 J' 其並非用以侷限本創The reciprocating movement is formed to meet the different needs of the user. Knife is J [Embodiment] In order to further understand the characteristics and technology of this creation, the following is a detailed explanation of the solution. However, the test and description are not used to make a scope for the creation of this creation. A good example], "The picture book is provided by a multi-screen support frame (10) - a support and an activity module 2. Wherein, the bracket 丨 is disposed on a working surface (such as a wall surface or a cart trunk), and the movable model screen 300 is installed. For the two, please refer to FIG. 2 at the same time, in the direction of the longitudinal axis C, the bracket 1 is formed with a boundary, a plate body 11 and a track module 10 6/16, the track mode The group 〇 includes two orbital seats 2, and the two pedestal seats 12 are respectively formed by extending from opposite side edges of the plate body 11. The movable module 2 has two movable units 2〇 corresponding to the two track seats 12. The two pedestal seats 12 each have a side surface 121 and two limiting surfaces 122 extending inwardly from the side surface 丨 21 . That is, the side surfaces 121 of the two obstruction seats are respectively surfaces of the two obstruction seats 12 away from each other. Furthermore, the two limiting surfaces 122 respectively extend from the side surface 121 in the first direction and the second direction (ie, the direction indicated by the left arrow and the right arrow of the towel in FIG. 1). Since the long axis direction c, the first direction, and the second direction are parallel to each other in this embodiment, the connection relationship defined by the first direction and the second direction is required, and the following description is made by the long axis direction C. Defined. Furthermore, the two rail seats 12 are respectively provided with one movable unit 2〇: and since the two obstruction seats 2 and the movable unit 2 installed thereon are structurally identical and symmetrical to the plate body 1丨structure. Therefore, the following description will be mainly made of one obstruction seat 12 and its installed activity unit 2〇. As shown in FIG. 3 and FIG. 4 , each of the limiting surfaces 122 defines a pair of first limiting regions 1221 and a second limiting region 222 from the side surface ι 21 . The pair of first limiting regions 221 are connected between the side surface 121 and the second limiting region 1222, and the pair of first limiting regions 122 are parallel to each other, and the second limiting region 1222 is perpendicular to the long axis. The shape of the wearing surface of the direction c is a dome shape. In more detail, the maximum distance between two points in the second limiting area 1222 is greater than the maximum distance between the pair of first limiting areas 1221 in the direction of the plate surface of the vertical plate body 丨1. In other words, the limiting surface 122 encloses a limiting slot 1223, and the limiting slot 1223 has a T-shaped cross section 7/16 in the vertical long-axis direction c (as shown in FIG. 4), but does not Limited. For example, the limit slot 1223 can also be a Hongwei slot as shown in FIG. Further, a plurality of positioning holes 12u are formed in the portion between the two limiting grooves 1223 from the side surface 121, and the positioning holes 1211 are arranged in a row at intervals in the longitudinal direction c. As shown in FIG. 2, each of the movable units 2 has a sliding member, a pivoting assembly 22, and a fixing member 23. The fixing member 23 is exemplified by a bolt in the embodiment, but is not limited thereto. As shown in FIG. 3, the sliding member 21 is formed with a pivoting seat 211, two sliders 212, and a fixing plate 213. The splicing seat 2]1 has a pivot hole 2Π1′ formed along the long axis direction C, and the side surface 2112 of the pivoting seat 2Π is shaped (fitted) to the side surface 121 of the pedestal seat 12 (in the embodiment, The side surface 2112 and the side surface 121 are both planar, but are not limited thereto, and the two sliders 212 are formed on the side surface 2112. Wherein, the cross-sectional shape of the female-slider 212 in the vertical long-axis direction c is a butyl shape (as shown in FIG. 5) and is substantially equivalent to the wearing shape of the limiting slot 1223 (or the slider 212 may also be a tail as shown in FIG. 6). The slider), and the outer surface of the slider 212 parallel to the long axis direction C is defined as an abutting surface 2丨21. In more detail, the slider 212 defines a pair of first abutting regions 2122 and a second abutting region 2123 sequentially from the side surface 2112. Furthermore, a fixing plate 213 is formed on the bottom edge of the pivoting seat 211, and the fixing plate 213 defines a through fixing hole 2131 between the extending regions of the two sliders 2 and 2. As shown in Figure 2, the pivot assembly 22 includes a plurality of pivoting members 221 that are pivotally coupled to each other. One of the two outermost pivot members 221 of the frame rotating assembly 22 is pivotally disposed on the pivoting hole 2111 of the pivoting member 2 of the sliding member 21, and the other one of the 8/16 M440461 is used for the screen 300. In the above, when the two movable units 20 are mounted on the bracket 1, the sliders 212 of the two sliding members 21 are respectively disposed in the limiting slots 1223 of the two rail seats 12 and the two sliding members 2 The joints 212 are respectively abutted against the limiting faces 122 of the two-track transport 12 . That is, the first abutting area 2122 abuts against the first limiting area 1221' and the second abutting area 2丨23 abuts the second limiting area 1222. Therefore, the abutting faces 2121 of the two sliding members 21 are moved along the limiting faces 122 of the two obstruction seats 12 to reciprocate in the first direction and the second direction, respectively. Thereafter, when the two movable units 2 are respectively adjusted to the desired predetermined positions and the fixing holes 2] 3] of the slider 21 correspond to the positioning holes 1211 of the rail seat 2, the fixing member 23 is obtained. The fixing hole 2131 of the sliding member 21 and the corresponding positioning hole 12U are passed through, so that the two movable units are respectively located at their predetermined positions; in addition, the fixing member 23 can also directly abut against the side surface 12 of the pedestal 12丨' so that the slider 2丨 and the track base 12 are forced to each other to achieve a fixed effect. In other words, the two movable units 20 of the present embodiment can be located at different degrees of orientation on the bracket 1 (as shown in Fig. 7). In addition, the multi-screen support frame 00 can also be used for three glory 3 , installations, that is, the obstruction module 10 can further include a re-track ir (in addition to the two orbital seats 12). As shown in Figure 8). In more detail, the structural design of the rail seat 12' is substantially the same as that of the above-mentioned rail seat 12, with the difference that the obstruction seat 12' is disposed at a substantially central portion of the board body 11 and has a third direction (ie, FIG. 8 A limiting surface 122 extending from the top to the bottom). Furthermore, the activity module 2 further includes, in addition to the above two active units, a further-active unit 2〇 corresponding to the track base 12'. It should be noted that the 'active unit 20, which is presented by the movable member 21 in FIG. 8, is limited to this 〇 9/16 M440461. In more detail, the movable unit 20 is substantially similar in structure to the above-mentioned active unit 20, and is active. The movable member 2 of the unit 20 has an abutting surface 2121 corresponding to the limiting surface 122'. Thereby, the movable member 21 of the movable unit 21' can abut against the limiting surface 122 of the pedestal seat 12 through the abutting surface 2121 to reciprocate in the third direction. Here, the major axis direction c, the first direction, the second direction, and the second direction in this embodiment are parallel to each other, but are not limited thereto. In a comprehensive manner, the multi-screen support frame of the present embodiment is matched with the limiting surface of the obstruction seat through the abutting surface of the slider, so that the abutment surface of the sliding member of the living group can be divided into tracks. The limit position of the obstruction seat reciprocates, so that the live fresh elements that are beneficial to the active fishing respectively stop at the desired predetermined position to meet the different needs of the user. Furthermore, the position of the movable single shirt of the group is positioned in the (four) position by the fixing member and the rail seat, and the operation is different. J' is not intended to limit the creation
以上所述僅為本創作之實施例 作之專利範圍。 ' 【圖式簡單說明】 圖1為本幕切钱設有㈣科的立體示意圖 9 圖2為本創作以幕支撐架的立體 . 圖3為本^多營幕支撐架的滑動件與支^立體分解示 =創作多f幕支撐架的支架剖視示意圖； ‘·，、；，丨作多f幕切㈣滑動件剖視示意圖 10/16 M440461 圖6為本創作多螢幕支撐架的滑動件與支架另一實施態樣 的剖視示意圖； 圖7為本創作多螢幕支撐架的滑動件與支架的立體組合示 意圖；及 圖8本創作多螢幕支撐架可用於裝設三個螢幕時的立體示 意圖。 【主要元件符號說明】The above is only the scope of patents of the embodiments of the present invention. ' [Simple description of the diagram] Figure 1 is a three-dimensional diagram of the (4) section of the cut-off of the screen. Figure 2 is the three-dimensional view of the curtain support frame. Figure 3 is the slide and support of the multi-camera support frame. Stereoscopic decomposition diagram = schematic diagram of the bracket of the multi-f curtain support frame; '·,,;, 丨作多f幕切(4) Schematic diagram of the sliding part 10/16 M440461 Figure 6 is the sliding part of the multi-screen support frame FIG. 7 is a schematic cross-sectional view showing a sliding member and a bracket of the multi-screen support frame; and FIG. 8 is a three-dimensional stereoscopic support frame for three screens. schematic diagram. [Main component symbol description]
1〇〇多螢幕支撐架 1支架 10執道模組 11板體 12、12’轨道座 121側表面 1211定位孔 122、122’限位面1〇〇 multi-screen support frame 1 bracket 10 obstruction module 11 plate body 12, 12' orbital seat 121 side surface 1211 positioning hole 122, 122' limit surface
1221第一限位區 1222第二限位區 1223限位槽 2活動模組 20、 20’活動單元 21、 21’滑動件 2Π樞接座 2Π1樞接孔 2Π2側面 212滑塊 2121、2121’抵接面 11/16 M440461 2122第一抵接區 2123第二抵接區 213固定板 2131固定孔 22樞轉組件 221樞轉件 23固定件(螺栓） 200工作面 300螢幕 C長轴方向 12/161221 first limit area 1222 second limit area 1223 limit slot 2 movable module 20, 20' movable unit 21, 21' slider 2 Π pivot joint 2 Π 1 pivot hole 2 Π 2 side 212 slider 2121, 2121 ′ Joint 11/16 M440461 2122 first abutment area 2123 second abutment area 213 fixed plate 2131 fixing hole 22 pivoting assembly 221 pivoting member 23 fixing member (bolt) 200 working surface 300 screen C long axis direction 12/16