M304057 八、新型說明： 【新型所屬之技術領域】 本創作係與平面顯示器有關，特別是有關於一種用於 平面顯示器之固定架。 【先前技術】 如國内公告編號第M265665號專利揭露出一種用於平 面顯示器之固定架結構，其主要包含有一固定於牆上的座 體，該座體設有一可左右旋擺的支撐臂，該支撐臂一端則 連結有一可俯仰擺動的旋座，藉由該支撐臂與該旋座的擺 動，使顯示器可調整左右及俯仰的角度。 另如美國公告編號第6,752,363號專利亦揭露出一種用 =平面顯示器之固定架，其主要包含有一固定於牆上的支 撐木，该支撐架樞設有一可左右旋擺的支撐臂，該支撐臂 15 20 =端樞設有一可左右旋擺的第一樞接件，該第一樞接件則 ，設有一可俯仰擺動的第二樞接件，藉由該支撐臂、該第 ，接件與料二樞接件的軸，隨可調整顯示器左 及俯仰的角度。 支上述二種用於平面顯示11之蚊架都是利用該 二二 擺的?度’而利用該旋座與該第 ==方式較絲須，且不容_整職用者想要的 該支护上述一種用於平面顯示器之固定架都是利用 叉棕孑來支撐顯示器的重量， σ 易導致顯示哭太丄曰4 右頌不态的尺寸較大，容 ‘、〜生无動，進而影響使用者的收視效果，甚 4 M3 04057 至造成該切臂的補，使顯4料地面。 【新型内容】 本創作之主要 定架，其可快速地 用上的便利性。 目的在於提供一種用於平面顯示器之固 調整多種不_偏擺角度，用以增加使 固定ί達trs本創作所提供之㈣平面顯示器之 -連接件動裝置、一承座、—擺動件、 仟以及一紅轉件；該基座具有一固定軸.兮酿說 於該基座之固定軸;該承座設於該基座之固定：. 件係以可相對該承座擺動的方式設於該承座；該連 ^平=該基座之固定轴，其兩側面分別連接該擺動件盘 二 器；該旋轉件係與該驅動裝置連接，目 15 =固疋滅侧方式設㈣固定軸，職轉件朝該連接 件的-側面具有複數頂抵部，其中—頂抵部的長度小 他頂抵部的長度，該等頂抵部頂抵於該連接件，使該連接 件y相對顧定軸偏擺，轉擺動件可受該連接件的偏擺 而相對該承座擺動。 在本創作-較佳實施例中，更包含有至少一限位件， 該限位件具有一頭部與一由該頭部延伸而出的身部，該承 座具有至少-限位槽，該擺動件具有至少一定位槽，該限 位件的頭部嵌設於該定位槽，該限位件的身部則嵌設於該 限位槽；當擺動件相對該承座前後擺動時，可帶動各該限 位件於各祕位射前後位移，域由各魏位件的位 5 M304057 移’用以限制該擺動件於一預定角度之間相對該承座擺動。 藉此’本創作所提供之固定架係可將該平面顯示器快 速地调整出多種不同的偏擺角度，用以達到增加使用便利 性的目的。 【實施方式] 兹配合圖式列舉以下較佳實施例，用以對本創作之結 構及功效進行詳細說明；其中所用圖式先簡要說明如下： 第一圖係本創作一較佳實施例之立體分解圖； 10 第二圖係本創作一較佳實施例之組合側視圖； 第三圖係本創作一較佳實施例之組合剖視圖； 第四圖係本創作一較佳實施例偏擺後之組合剖視圖； 第五圖係本創作一較佳實施例之側視圖，主要係顯示 平面顯示器向右偏擺的狀態； 15 第六圖係本創作一較佳實施例之側視圖，主要係顯示 平面顯示器向下偏擺的狀態；以及 第七圖係本創作一較佳實施例之側視圖，主要係顯示 第一基板向下偏擺的狀態。 請參閱第一圖與第二圖，本創作一較佳實施例所提供 20之用於平面顯示器（丨…之固定架(20)，包含有一基座(3〇)、 一驅動裝置(40)、一承座(5〇)、一擺動件(60)、一連接件(7〇)、 二限位件(80)，以及一旋轉件(9〇)。 睛配合芩閱第七圖，該基座(3〇)具有第一基板(32)與一 第二基板(34)。該第一基板(32)的一側面固定在牆壁上，另 6 M304057 一側面的頂端具有一螺桿(322)，而其底端係與該第二基板 (34)的底端相互框接，該弟二基板(34)的頂端具有一長槽孔 (342)，用以供該螺桿(322)穿設，該第二基板(34)更具有一 調整螺絲(344)，該調整螺絲(344)係螺合於該螺桿(322)，藉 5由調整該調整螺絲(344)，可調整該第二基板(34)相對該第 一基板(32)偏擺的角度。另外，該第二基板(34)具有一向外 延伸之固定軸(346)。 該驅動裝置(40)包含有一用以提供動力的馬達(42)、一 連接該馬達(42)的減速齒輪箱(44)、一套設於該固定轴(346) 10之驅動件(46)，以及一繞設該減速齒輪箱(44)與該驅動件(46) 之傳動皮帶(48)。藉由該馬達(42)的驅動，可讓該減速齒輪 箱(44)帶動該傳動皮帶(48)，使該傳動皮帶(48)帶動該驅動 件(46)旋轉。 該承座(50)套設且固定於該基座(3〇)之固定軸(346)，其 15具有二殼體(52)，各該殼體(52)的周緣具有二位於相對側之 限位槽(522)。各該殼體(52)的周緣係相互對接，使該二殼 體(52)相對應的限位槽(522)相互連通。 該擺動件（60)具有二擺動環(62a)(62b)，各該擺動環 (62a)(62b)具有一套孔(622)與二位於該套孔(622)周壁相對 2〇側之定位槽(624)。各該擺動環(62a)(62b)的周緣係相互對 接，並將該承座(50)套設於該二套孔(622)中，使該擺動環 (62a)(62b)相對應的定位槽(624)相互連通，並對應於各該限 位槽(522)。 該連接件(70)套設於該基座(30)之固定軸(346)，其一侧 7 M304057 面鎖設於該擺動環(62b)。該連接件(70)具有複數翼片（72)， 可用以鎖設該平面顯示器（10)。 請配合芩閱第三圖及第四圖，各該限位件(8〇)具有一頭 部(82)與一由該頭部(82)延伸而出的身部(84)，其中各該頭 5部(82)散設於該擺動件(60)之定位槽(624)中，各該身部(84) 則嵌設於該承座(50)之限位槽(522)中；當擺動件目對該 承座(50)前後擺動時，可帶動各該限位件(8〇)於各該限位槽 (522)中前後位移，並藉由各該限位件(8〇)的位移，用以限 制該擺動件(60)於一預定角度之間相對該承座(5〇)擺動。 10 該旋轉件(90)具有一轉軸(92)與三由該轉軸(92)朝該平 面顯示器（ίο)的方向延伸而出之頂抵部(94a)(94b)(94c)。該 轉軸(92)套設於該基座(30)之固定軸(346) ’並與該驅^ (46)連接，使該驅動件(46)可驅動該轉軸(92)旋轉；該頂抵 部(94a)的長度小於該二頂抵部(94b) 頂抿 15 ^94a)(94b)(94e),-^t_^(96)^^^ 於该連接件（70);當言亥轉轴㈣旋轉時，纟該頂抵部 (94a)(94b)(94C)係可繞著該固定軸(346)旋轉，並藉由各該轴 承(96)推抵該連接件(70) ’使該連接件(7〇)可帶動該平面顯 示器⑽以該固定軸(346)的軸向為中心而偏擺，當該連接 2〇件(70)產生偏擺時’將同時帶動該擺動件㈣產生相對、 座(50)前後的擺動。 經由上述結構，當使用者欲調整該平面顯示器⑽ 的角度時，首先，啟動該驅動裝置(40)，讓驅動裝置_ 的驅動件(46)帶動該旋轉件(9〇)旋轉，此時，料頂抵部 8 M304057 (94a)(94b)(94c)之軸承(96)將會開始推抵該連接件(70);當 該頂抵部（94a)旋轉至該固定軸（346)的上方時，如第二圖 所示，該二頂抵部（94b)(94c)則分別位於該固定軸(346)的 左下方和右下方，由於該頂抵部（94a)的長度小於該二頂 5抵部（94b)(94c)的長度，因此，該連接件（7〇)的下半部將 會被該二頂抵部（94b)(94c)所推抵而向前突出，使該平面 顯示器（10)向上仰起，而該二限位件（8〇)將會分別被該二 限位槽（522)的前端與後端所擋止（如第三圖所示），使該 平面顯示器（10)僅能向上仰起一角度；當該頂抵部（94a) 1〇以順時鐘方向（由該平面顯示器（10)的正面來看）旋轉一 角度時’如第五圖所示，該頂抵部（94a)係位於該固定軸 (346)的右上方，該二頂抵部（94b)(94c)則分別位於該固定 軸（346)的下方和左方，此時，該連接件（7〇)的左半部將 會被該二頂抵部（94b)(94c)所推抵而向前突出，使該平面 15顯示器（1 〇)向右偏擺；再如第六圖所示，當該頂抵部（94a) 再以順時鐘方向旋轉一角度，該頂抵部（94a)係位於該固 定軸（346)的右下方，該二頂抵部（94b)(94c)則分別位於該 固定軸（346)的左方和上方，此時，該平面顯示器（1〇)將 會被該二頂抵部（94b)(94c)推抵而向下偏擺；如此一來， 2〇使用者可依照個人的需求快速地將該平面顯示器（丨〇)調 整出所需要的收視角度。 另外，若使用者將該平面顯示器（10)調整到定位的時 候，想要再調整該平面顯示器（10)的俯仰角度，可利用該 調整螺絲（344)進行調整，當旋緊該調整螺絲（344)，如第 9 M304057 二圖所示，該第二基板(34)將會靠近該第一基板(32)，使 該平面顯示器（10)向上仰起，而當旋鬆該調整螺絲 (344)，如第七圖所示，該第二基板(34)將會遠離該第一 基板(32)，使該平面顯示器（10)向下偏擺。 5 藉此，本創作係可快速地將該平面顯示器（10)調整出 多種不同的偏擺角度，用以達到增加使用便利性的目的。 10 M304057 【圖式簡單說明】 ^圖係本創作—較佳實施例之立體分解圖。 〜〜圖係本創作一較佳實施例之組合側視圖。 ^三圖係本創作一較佳實施例之組合剖視圖。 ^四圖係本創作一較佳實施例偏擺後之組合剖視圖。 第五圖係本創作一較佳實施例之側視圖，主要係顯示 、’面顯示器向右偏擺的狀態。 、，第六圖係本創作一較佳實施例之側視圖，主要係顯广 平面顯示器向下偏擺的狀態。 ％ 第七圖係本創作一較佳實施例之側視圖，主要係顯/ 第〜基板向下偏擺的狀態。 系 M304057 【主要元件符號說明】 平面顯示器（10) 固定架(20) 基座(30) 第一基板(32) 螺桿(322) 第二基板(34) k 5 長槽孔(342) 調整螺絲(344) 固定軸(346) 驅動裝置(40) 馬達(42) 減速齒輪箱(44) • 驅動件(46) 傳動皮帶(48) 承座(50) 殼體(52) 10 限位槽(522) 擺動件(60) 擺動環(62a)(62b) 套孔(622) 定位槽(624) 連接件(70) 翼片（72) 限位件(80) 頭部(82) 身部(84) 15 旋轉件(90) 轉軸(92) • 頂抵部(94a)(94b)(94c) 軸承(96) 12M304057 VIII. New Description: [New Technology Field] This creation is related to flat panel displays, especially for a fixed frame for flat panel displays. [Prior Art] As disclosed in Japanese Patent Publication No. M265665, a fixing frame structure for a flat panel display mainly includes a seat body fixed to a wall, and the base body is provided with a support arm that can be swung left and right. One end of the support arm is coupled to a pivotable swivel seat, and the support arm and the swivel swing allow the display to adjust the left and right and pitch angles. In addition, the U.S. Patent No. 6,752,363 also discloses a fixing frame for a flat panel display, which mainly comprises a supporting wood fixed to the wall, the supporting frame pivoting a supporting arm capable of swinging left and right, the supporting arm 15 20 = the end pivot is provided with a first pivoting member that can swing left and right, and the first pivoting member is provided with a second pivoting member that can swing and tilt, by the supporting arm, the first connecting member and the connecting member The axis of the two pivoting members can be adjusted to the left and right angles of the display. The above two types of mosquito nets for the flat display 11 utilize the width of the two pendulums, and the use of the rotary seat and the first == mode is more silky, and does not allow the whole user to want the branch. The above-mentioned fixing frame for flat-panel display uses the fork palm to support the weight of the display, and σ is easy to cause the display to cry too much. 4 The right-handed size is large, and the capacity is not affected. The user's viewing effect, even 4 M3 04057 to cause the cutting arm to make up, so that the material is ground. [New content] The main frame of this creation, which can be used quickly. The purpose is to provide a solid-state adjustment for a flat-panel display, which is used to increase the (four) flat-panel display provided by the creation of the fixed-top device, a socket, a swinging member, and a cymbal. And a red rotating member; the base has a fixed shaft. The fixing shaft is said to be fixed on the base; the bearing is fixed on the base: the piece is arranged to be swingable relative to the base The socket is fixed to the fixed shaft of the base, and the two sides are respectively connected to the swinging member disk; the rotating member is connected to the driving device, and the head 15 is fixed and the side is fixed (4) The working member has a plurality of abutting portions toward the side of the connecting member, wherein the length of the top abutting portion is smaller than the length of the abutting portion, and the abutting portions abut against the connecting member, so that the connecting member y is opposite Depending on the yaw of the shaft, the pivoting member can be swung relative to the socket by the yaw of the connecting member. In the present invention, the preferred embodiment further includes at least one limiting member, the limiting member having a head and a body extending from the head, the socket having at least a limiting slot. The oscillating member has at least one positioning groove, the head of the limiting member is embedded in the positioning groove, and the body of the limiting member is embedded in the limiting groove; when the oscillating member swings back and forth relative to the bearing seat, Each of the limiting members can be moved forward and backward in each secret position, and the field is shifted by the position 5 M304057 of each Wei position member to limit the swinging member to swing relative to the bearing seat between a predetermined angle. By this means, the fixed frame provided by the present invention can quickly adjust the flat display to a plurality of different yaw angles for the purpose of increasing the convenience of use. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following description of the preferred embodiments is provided to illustrate the structure and function of the present invention. The drawings are briefly described as follows: The first figure is a three-dimensional decomposition of a preferred embodiment of the present invention. Figure 2 is a side view of a preferred embodiment of the present invention; the third drawing is a combined sectional view of a preferred embodiment of the present invention; and the fourth drawing is a combination of the preferred embodiment of the present invention. 5 is a side view of a preferred embodiment of the present invention, mainly showing a state in which the flat display is yawed to the right; 15 is a side view of a preferred embodiment of the present invention, mainly showing a flat display The state of the downward yaw; and the seventh diagram is a side view of a preferred embodiment of the present invention, mainly showing a state in which the first substrate is yawed downward. Referring to the first embodiment and the second figure, a fixed display (20) for a flat panel display (including a base (3〇), a driving device (40) is provided in a preferred embodiment of the present invention. a socket (5〇), a swinging member (60), a connecting member (7〇), a second limiting member (80), and a rotating member (9〇). The base (3) has a first substrate (32) and a second substrate (34). One side of the first substrate (32) is fixed on the wall, and the top end of the other side of the M304057 has a screw (322). The bottom end of the second substrate (34) is framed with the bottom end of the second substrate (34), and the top end of the second substrate (34) has a long slot (342) for the screw (322) to pass through. The second substrate (34) further has an adjusting screw (344), the adjusting screw (344) is screwed to the screw (322), and the second substrate can be adjusted by adjusting the adjusting screw (344). 34) an angle of yaw relative to the first substrate (32). In addition, the second substrate (34) has an outwardly extending fixed shaft (346). The driving device (40) includes a motor for providing power ( 42), a connection to the motor (42) A speed gear box (44), a driving member (46) disposed on the fixed shaft (346) 10, and a transmission belt (48) surrounding the reduction gear box (44) and the driving member (46). By driving the motor (42), the reduction gear box (44) can drive the transmission belt (48) to cause the driving belt (48) to rotate the driving member (46). The socket (50) sleeve And a fixing shaft (346) fixed to the base (3), the 15 has two housings (52), and the circumference of each of the housings (52) has two limiting slots (522) on opposite sides. The peripheral edges of the housings (52) are abutted to each other such that the corresponding limiting slots (522) of the two housings (52) communicate with each other. The swinging member (60) has two swinging rings (62a) (62b). Each of the swinging rings (62a) (62b) has a set of holes (622) and two positioning grooves (624) on opposite sides of the peripheral wall of the set of holes (622). The periphery of each of the swinging rings (62a) (62b) Docking each other, and sleeve the socket (50) in the two sets of holes (622), so that the corresponding positioning grooves (624) of the swing ring (62a) (62b) communicate with each other, and correspond to each a limiting slot (522). The connecting member (70) is sleeved on the fixed shaft (346) of the base (30), and one side thereof 7 The M304057 surface lock is disposed on the swing ring (62b). The connecting member (70) has a plurality of fins (72), which can be used to lock the flat display (10). Please refer to the third and fourth figures, respectively. The limiting member has a head portion (82) and a body portion (84) extending from the head portion (82), wherein each of the head portions 5 (82) is interspersed with the swinging member ( In the positioning groove (624) of 60), each of the body portions (84) is embedded in the limiting groove (522) of the bearing seat (50); when the swinging member is swinging back and forth to the bearing seat (50) The limiting member (8〇) can be moved forward and backward in each of the limiting slots (522), and the displacement of each of the limiting members (8〇) is used to limit the swinging member (60) to A predetermined angle is swung relative to the socket (5 〇). 10 The rotating member (90) has a rotating shaft (92) and a top abutting portion (94a) (94b) (94c) extending from the rotating shaft (92) toward the flat surface display (92). The rotating shaft (92) is sleeved on the fixed shaft (346)' of the base (30) and connected to the driving device (46), so that the driving member (46) can drive the rotating shaft (92) to rotate; The length of the portion (94a) is smaller than the two abutting portions (94b), the top cymbal 15^94a) (94b) (94e), -^t_^(96)^^^ at the connecting member (70); When the shaft (four) rotates, the top abutting portion (94a) (94b) (94C) is rotatable about the fixed shaft (346) and is pushed against the connecting member (70) by each of the bearings (96). The connecting member (7〇) can drive the flat display (10) to be yaw centered on the axial direction of the fixed shaft (346), and when the connecting member (70) is yawed, the swinging member will be driven simultaneously (four) Produces a relative, front and rear swing of the seat (50). Through the above structure, when the user wants to adjust the angle of the flat display (10), firstly, the driving device (40) is activated, and the driving member (46) of the driving device drives the rotating member (9〇) to rotate. The bearing (96) of the top abutting portion 8 M304057 (94a) (94b) (94c) will begin to push against the connecting member (70); when the abutting portion (94a) is rotated above the fixed shaft (346) As shown in the second figure, the two abutting portions (94b) (94c) are respectively located at the lower left and the lower right of the fixed shaft (346), since the length of the top abutting portion (94a) is smaller than the two top portions. 5 the length of the abutting portion (94b) (94c), therefore, the lower half of the connecting member (7〇) will be pushed forward by the two abutting portions (94b) (94c) to protrude forward, so that the plane The display (10) is lifted up, and the two limiting members (8〇) are respectively blocked by the front end and the rear end of the two limiting slots (522) (as shown in the third figure), so that the plane The display (10) can only be raised upward by an angle; when the top abutting portion (94a) 1 is rotated in an clockwise direction (as viewed from the front of the flat display (10)), as shown in the fifth figure The top The portion (94a) is located at the upper right of the fixed shaft (346), and the two abutting portions (94b) (94c) are respectively located below and to the left of the fixed shaft (346). At this time, the connecting member (7) The left half of the 〇) will be pushed forward by the two abutting portions (94b) (94c) to protrude forward, so that the plane 15 display (1 〇) is yawed to the right; as shown in the sixth figure, When the abutting portion (94a) is rotated by an angle in the clockwise direction, the abutting portion (94a) is located at the lower right side of the fixed shaft (346), and the two abutting portions (94b) (94c) are respectively located The left side and the upper side of the fixed shaft (346), at this time, the flat display (1〇) will be pushed by the two abutting portions (94b) (94c) and deflected downward; thus, 2〇 The user can quickly adjust the flat display (丨〇) to the desired viewing angle according to individual needs. In addition, if the user adjusts the flat display (10) to the positioning position and wants to adjust the pitch angle of the flat display (10), the adjusting screw (344) can be used to adjust the tightening screw ( 344), as shown in FIG. 9 M304057, the second substrate (34) will be close to the first substrate (32), causing the flat display (10) to be lifted up, and when the adjusting screw is loosened (344) As shown in the seventh figure, the second substrate (34) will be away from the first substrate (32), causing the flat display (10) to be deflected downward. 5 By this, the creation system can quickly adjust the flat display (10) to a variety of different yaw angles for the purpose of increasing ease of use. 10 M304057 [Simple Description of the Drawings] ^ The drawing is a three-dimensional exploded view of the preferred embodiment. The combination of a preferred embodiment of the present invention is a side view. ^Three drawings are a combined cross-sectional view of a preferred embodiment of the present invention. ^Four drawings are a combined cross-sectional view of a preferred embodiment after yaw. The fifth drawing is a side view of a preferred embodiment of the present invention, mainly showing the state in which the "surface display" is yawed to the right. The sixth drawing is a side view of a preferred embodiment of the present invention, mainly showing the state in which the flat panel display is deflected downward. The seventh figure is a side view of a preferred embodiment of the present invention, mainly showing the state in which the display/the substrate is yawed downward. Department M304057 [Description of main components] Flat panel display (10) Fixing frame (20) Base (30) First substrate (32) Screw (322) Second substrate (34) k 5 Long slot (342) Adjusting screw ( 344) Fixed shaft (346) Drive unit (40) Motor (42) Reduction gear box (44) • Drive unit (46) Drive belt (48) Bearing seat (50) Housing (52) 10 Limiting groove (522) Swinging member (60) Swing ring (62a) (62b) Sleeve hole (622) Locating groove (624) Connector (70) Flap (72) Retaining member (80) Head (82) Body (84) 15 Rotating member (90) Shaft (92) • Abutting part (94a) (94b) (94c) Bearing (96) 12