五、新型說明： 【新型所屬之技術領域】 本創作有關於一種滑動塊及支樓架，特別是指一種可 降低顯示器與支撐架之間樞接部位負荷的滑動塊及支撐架 〇 【先前技術】 習用的顯示器支撐架，如台灣專利證書號第4639〇5號 「連結裝置」的新型專利案所揭示(請參閱圖1和圖2所示) ，包含一顯示器10 ' —支撐架20、及連接於顯示器10與 支撐架20的一插紐部3〇，藉以使顯示器1〇可調整其俯仰 角度。然而這樣的設計，將使顯示器1〇的重量W皆由樞 紐部30承受，使得樞紐部30所需具備的負荷強度要求較 回’並且可能導致顯示器1〇的重心不穩而傾倒，進而造成 使用上的不便。 【新型内容】 本創作實施例在於提供一種滑動塊及支撐架，其可降 低與顯示器樞接部位的負荷，並可避免顯示器因重心不穩 而傾倒。 本創作實施例提供一種支撐架，供支撐一顯示器，該 支撐架包含：一架體，包括至少一枢接部及至少一滑動部 ’該至少一滑動部具有一摩擦面；一樞紐件，樞設於該架 體的樞接部’該顯示器固定於該樞紐件，藉此可樞轉而調 整傾角；以及至少一滑動塊，可移動地設於該架體的滑動 部，並包括一承載部及一止滑部，該承載部用以承載該顯 示器’該止滑部具有至少一止滑結構抵頂於該至少—滑動 部的摩擦面。 $更進—步地，該架體的滑動部更具有至少一貫穿的插 呈孔°玄至少一滑動塊的止滑部是對應容設於該插置孔中 0 …較佳地，該架體的滑動部更具有一位於該插置孔旁的 執，段’該摩擦面是形成在該轨道段的上表面，該至少一 止滑結構是形成㈣承㈣鄰接該滑動部的一側。 /交佳地，該架體的滑動部更具有-環側壁及-軌道面 ^亥摩擦面、該軌道面及該環側壁依序呈階梯狀相連，並 二同配合界定出該插置孔’該滑動塊的止滑部更具有至少 :自該承载部底面延伸的·臂，該至少—止滑結構是形 成於該至少一彈性臂上。 臂支!，該至少—滑動塊的止滑部更具有—自該彈性 ^末^折延伸的卡勾，該卡勾抵接於該的執道面。 心進—步地，該至少—婦部形成有貫穿的—枢接孔， 件包括至少—連接部，該至少—連接部開設有一異 二二> 孔’該支辟進-步包含至少—樞接組件，該至少 ―框接㈣—糊㈣物孔及該至少 螺检'一套筒 更進一步地，該至少一枢接組件包含 該拴可擺動地穿設於該樞接部的樞接孔及 套二:，且擋止於該樞接部外側，該套筒 _栓穿出_異職形孔縣麟位。挪帽鎖固於 斜位Ϊ:門該:示器可轉動地位於一直立位置與-最大傾 位置 第一方向， 為 移動示器自該直立位置朝該最大傾斜 守°亥至 一滑動塊的移動方向定義 4/16 該至少一滑動塊可相對該架體在該第一方向往復移動，且 。亥至少一止滑結構為多數個相同的直角三角柱所依序排列 ^成，該些直角三角柱的直角所對應的斜面皆相互平行， 每一斜面與其相連接的彈性臂的距離沿著第一方向逐漸增 加。 本創作貫施例另提供一種滑動塊，包含：一承載部， 其頂面凹設形成有—容置槽；以及—止滑部，包含自該承 ，。卩底面延伸且呈間隔設置的兩彈性臂、自該兩彈性臂末 而刀別朝彼此遠離方向延伸的兩卡勾、及兩止滑結構。 進一步地，該兩止滑結構分別自該兩彈性臂外側面向 凸叹形成，該兩止滑結構各為多數個相同的三角柱所依 排7形成，該些三角柱彼此對應的平面相互平行。 使所!所述，本創作實施例所提供的滑動塊及支撐架可 體的j6又的顯不器大部份重量落於滑動塊上，藉以降低架 r P負何並可防止顯示器因重心不穩而傾倒。 L貝施方式】 以下^能更進—步瞭解本創作之特徵及技術内容，請參閱 參考詉，本創作的詳細說明與附圖，然而所附圖式僅提供 制。兒明用，並非用來對本創作的權利範圍作任何的限 〔第〜實施例〕 架，3和圖4所示，其為本創作提供的一種支撐 樞紐用以裝设一顯不器6，所述支撐架包含：一架體1、一 It:、四鎖固螺絲3、一抱接組件4、及兩滑動塊5。 成有Γ肢1為彎折的柱权結構，架體1具有一環繞彎折形 缺口 11的長方形底座】2、及自缺口 11旁的底座12 5/16 M419379 向上彎折延伸的兩支撐桿13。底座12的兩支撐桿13末端 各形成有-長形的樞接部13]。底座12的秘短的側^ 彼此相對的位置各形成有一滑動部121 ^ 、 其中’如圖5所示’每一樞接部131形成有相對的兩 接合平面131〗、及自其中一接合平面1311貫穿至另一接a 平面]3]]的一圓形柩接孔1312。 口 再如圖6和圖7所示，每一滑動部121包括—環側壁 1211、一自環側壁]211頂部向内延伸形成的執道段Du 、及由上述環側壁1211與轨道段1212所包圍形成的—貫 穿底座12側邊的插置孔1213。執道段1212形成有一環形 的摩擦面1214及一連接於摩擦面1214與環側壁1211的執 道面1215，換句話說，摩擦面1214、執道面1215及環側 壁1211由上而下依序呈階梯狀相連。 樞紐件2(如圖5所示）包括一平板狀的底壁21、及自底 壁21相對兩側緣垂直延伸的兩平板狀連接部22。底壁幻 開設有四個長形_整孔211，兩部22各開設有1異 形扇形孔221。所述異形扇形孔221即為兩扇形孔呈反向對 稱設置’且兩扇形孔的直線邊彼此相連，長度較短的弧形 邊相疊，而長度較長的弧形邊位於最外側。 其中’將四鎖固螺絲3可移動地穿設於底壁21的調整 孔211中，將顯示器6與樞紐件2底壁21兩者的相對位置 調整至合適的位置後’再以鎖固螺絲3伸出於調整孔2ιι ，部位鎖固於顯TF器6背面，且在鎖固後，顯示器6還是 能沿調整孔211的長轴方向（即上下方向）而相對底壁 動。· 樞紐件2的兩連接部22是分職於架體！的兩樞接部 6/16 】31内側’且樞紐件抵接插 ，而使連接部Μ内緣的接合平面】31】 接孔Γ12 “ 兴 >羽形孔221對應於樞接部131的樞 件4 ?設於所述連糾22的異形扇 _孔]312，進而使樞紐件2的連接 邛22可轉動地樞設於架體】的樞接部]31。 #:额件4包含—螺㈣、°—;筒42、一扭力彈 二43、及一螺帽44。螺检4]形成有一撞止片4ιι及自擔 片411端面延伸的一柱體412，所述柱體412於鄰近擔止 Un處形成對應於上述樞接孔⑶2的圓柱段㈣、及自 ，柱1又4121延伸且形成對應於上述異形扇形孔的卡合 & 41，」並且卡合段4122於末端處形成有一穿槽4123。 扭力彈簧43具有一呈螺旋狀的彈力部43卜自彈力部431 /而延伸的一固定臂432、及自彈力部431另一端延伸所形 成的一抵接臂433。 其中，螺栓41穿設於枢接孔1312，以擋止片411擋止 於樞接部131外側的接合平面131】，所述套筒42套設於柱 體412的卡合段4122’扭力彈簧43的彈力部431套設於套 筒42外周緣，且固定臂432穿設於卡合段4122的穿槽4123 而抵接’ 433頂抵於拖紐件2底壁21，而螺帽44鎖固於 螺栓41的卡合段4122末端。 由於螺栓41的卡合段4122於異形扇形孔221内可微 幅擺動’因此，樞紐件2可藉由其異形扇形孔221搭配螺 检41的卡合段4122，以令使用者於調整螢幕6角度時，樞 紐:件2可相對於螺栓41的卡合段4〗22微幅擺動(如圖5中 的雙箭頭所示），進而達到調整螢幕6角度的效果。 睛參閱圖6和圖7,每一滑動塊5包括一板狀的承载部 7/16 M419379 5】、及由承載部51所垂直延伸形成的—止 5]相對的兩端面⑽卩咖與底面)相祕岐平面载: =部5!自其頂面凹設形成有—容置槽5ιι，承载部： 底面垂直延伸形成所述止滑部52。 自其 本創作支撐架使顯示器6可轉動地位於 如圖8所示)與一最大傾斜位置y(如圖9所示)之門=x( 器6由直立位置X機至最大傾斜位置y時，滑0動=不 ?第-方向(如圖8中箭頭所示方向)移動調整？中= 彔大傾斜位置y指的是顯示器6 二中所述 器6傾角）為最小的狀態。、桌面的㈣Θ(即為顯示 當顯不器6位於上述直立位置χ與最大傾 間的特定位置時，顯示器6因傾斜，其重力產/置/之 動塊5朝第-方向推移’因此，本實施例的滑 。相柢接的雜面丨214之間難歧力，核 _ = 能安穩地位於使用者所需的特定位置。 7择、不益6 呈= ^止滑部52包含自承载部51底面延伸且 置的兩柱狀彈性臂52卜自相對應的兩彈 末端分別朝彼此遠離方向延伸的兩卡2 521外側面分別向外凸設的兩止滑結構523。所 t為多數個相同的直角三角柱523】所排列= 二角柱畑的直肖崎紅斜面料互 斜面與其相連接彈性臂521的距離沿著第一方向逐漸^ 〇 /藉由上述直角三角柱523】相對於摩擦面】2】4的設置 =1在顯不器6要朝第一方向移動調整時，止滑結構幻3 &'面】214之間所產生的阻力較大，防止顯示器6因重 8/16 儒19379 力而使顯示器6與桌面的夾角θ縮小；而在顯示器6要朝 第一方向的相反方向移動調整時，止滑結構523與摩擦面 =14之間所產生的阻力較小，方便調整。換句話說，於本 實施例中，止滑結構523是單向止滑。 實務上，上述兩個方向都產生相同阻力亦可，例如把 直角三角柱5231改成正三角柱，即產生相同阻力，顯示器 6要朝第-方向或其相反方向移動調整時，都會受到阻力限 制。 再者’滑動塊5的卡勾522可移動地抵接於執道段ι2ΐ2 的執逼面1215以防止脫離。*滑動塊5的承載部51位於 底座12側邊上，且承載部51的容置槽511帛以示 力器=底部，藉以_爾6的大雜重量，進而降低 框接部131及插接組件4所需承受的顯示器6重 位罟、南充σ兒月點，备择員不器6在直立位置χ與最大傾斜 變換日夺，由於調整孔211是長形的，顯示器6能 上下移動，如此便可使顯示器6的底部始終容 置於容置槽511中。 〔弟一貫施例〕 施例=閱Lr在本創作的第二實施例，其與第一實 ，二:=動塊5的兩™3 道段二1216呈平面狀，且形成於所述執 的側邊頂緣斜庵、15的一端。換句話說，底座12 、、、〜於轨逼段1212的部位凹設形成平面狀的摩 9/16 擦面1216’也就是說轨這段1212的上表面即為摩擦面1216 /所述兩止滑結構523分別自承载部51底面方向延伸所 形成(也就是鄰接該滑動部12ι的一側），並位於所述兩彈性 臂521彼此遠離的兩側。在本實施例中，止滑結構切是 由多數個相同的弧形柱5232所排列而成，該些弧形柱切2 的弧面呈«隔設置’並且上述弧面與承載部51底面的距 離沿著第一方向(如圖中箭頭所示)逐漸增加。 藉由上述弧形柱5232相對於摩擦面1216的設置關係 ’在顯示器6要朝第-方向移動調整時，止滑結構切與 摩擦面1216之間所產生的阻力較大，防止顯示器6因重力 =使顯不器6與桌面的失角Θ縮小；而在顯示器6要朝第 一方向的相反方向移動調整時，止滑結構523與摩擦面i2i6 之間所產生的阻力較小，方便調整。 加 ’本創作的第一和第二實施例以滑動塊5穿設於 木體1為例，但於f際翻時，亦可依設計者需求進行變 化。例如：滑動塊5可形成有兩夾持細未示)夹扣於架體 =、座12側邊的外緣，並於滑動塊5抵接於底座12的部位 >成滑結構523，藉以達到第一與第二實施例的效果。 來說’本創作實施例的支撑架可令其所《設的顯 =絲設置於_塊5的承載部51，使顯的 洛於㈣塊5上，藉以降烟以承載顯示器6的拖 與樞接组件4的負荷。此外，可藉由滑動塊5使 ’，、：：，·可轉動。地位於直立位置x與最大傾斜位置y之間 …避免顯不器6目重心不穩而傾倒。再者，滑 更是可減少顯示器6外觀與其接觸部位的磨損。 10/16 M419379 以上所述僅為本創作之實施例，其並非用以侷限本創 作之專利範圍。 【圖式簡單說明】 圖1為習知顯示器支撐架的示意圖； 圖2為習知顯示器支撐架的另一示意圖； 圖3為本創作支撐架的立體示意圖； 圖4為本創作支撐架的另一立體示意圖； 圖5為本創作支撐架的部份分解示意圖； 圖6為本創作支撐架的另一部份分解示意圖； 圖7為本創作支撐架的部份剖視示意圖； 圖8為本創作支撐架位於直立位置的平面示意圖； 圖9為本創作支撐架位於最大傾斜位置的平面示意圖；及 圖10為本創作第二實施例支撐架的部份剖視示意圖。 【主要元件符號說明】 〔習知〕 10顯示器 20支撐架 30樞紐部 〔本創作〕 1架體 11缺口 12底座 121滑動部 1211環側壁 * 1212轨道段 1213插置孔 11/16 M419379 1214摩擦面 1215執道面 12]6摩擦面 13支撐桿 13]樞接部 1311接合平面 1312樞接孔 2枢紐件 21底壁 211調整孔 22連接部 221異形扇形孔 3鎖固螺絲 4栖接組件 41螺栓 411擋止片 412柱體 4121圓柱段 4122卡合段 4123穿槽 42套筒 43扭力彈簧 431彈力部 432固定臂 • 433抵接臂 44螺帽 12/16 M419379 5滑動塊 51承載部 511容置槽 52止滑部 521彈性臂 522卡勾 523止滑結構V. New description: [New technical field] This creation relates to a sliding block and a branch frame, in particular to a sliding block and a support frame which can reduce the load on the pivotal part between the display and the support frame. The conventional display support frame, as disclosed in the new patent application of the "Tag Device" of Taiwan Patent No. 4639〇5 (shown in Figures 1 and 2), includes a display 10'-support frame 20, and It is connected to the display 10 and a knob 3 of the support frame 20, so that the display 1 can adjust its pitch angle. However, such a design will cause the weight W of the display 1 to be received by the hinge portion 30, so that the load strength required for the hinge portion 30 is required to be back and may cause the center of gravity of the display 1 to be unstable and dumped, thereby causing use. Inconvenience. [New Content] The present embodiment provides a sliding block and a support frame, which can reduce the load on the pivotal portion of the display and prevent the display from falling due to unstable center of gravity. The present invention provides a support frame for supporting a display. The support frame includes: a frame body including at least one pivoting portion and at least one sliding portion. The at least one sliding portion has a friction surface; and a hinge member a pivoting portion of the frame is fixed to the hinge member, thereby pivoting to adjust the tilt angle; and at least one sliding block is movably disposed on the sliding portion of the frame body and includes a bearing portion And a stopping portion for carrying the display. The stopping portion has at least one anti-slip structure abutting against the friction surface of the at least sliding portion. Further, the sliding portion of the frame body has at least one inserted through hole. The sliding portion of at least one sliding block is correspondingly received in the insertion hole. Preferably, the frame is The sliding portion of the body further has a holder located beside the insertion hole, and the segment 'the friction surface is formed on the upper surface of the track segment, and the at least one anti-slip structure is formed on the side of the (four) bearing (four) adjacent to the sliding portion. / 交交地, the sliding portion of the frame body further has a - ring side wall and a track surface ^ hai friction surface, the track surface and the side wall of the ring are sequentially connected in a stepped manner, and the same is defined to define the insertion hole The anti-slip portion of the sliding block further has at least: an arm extending from a bottom surface of the bearing portion, and the at least one anti-slip structure is formed on the at least one elastic arm. The at least one sliding portion of the sliding block further has a hook extending from the elastic end, and the hook abuts against the obedient surface. The heart-in-step, the at least-the woman is formed with a penetrating-pivot hole, the member comprising at least a connecting portion, the at least one connecting portion having a different two-two hole, the branching step comprising at least one a pivoting assembly, the at least "frame" (four) - paste (four) object hole and the at least threaded one sleeve. Further, the at least one pivoting assembly comprises a pivotal connection of the rocker to the pivoting portion The hole and the sleeve 2: and the end of the pivoting portion, the sleeve _ bolted out _ the role of the hole in the county. The cap is locked in the oblique position: the door is: the indicator is rotatably located in the first direction of the upright position and the maximum tilt position, and the moving indicator is moved from the upright position toward the maximum tilt to a sliding block. Movement direction definition 4/16 The at least one slider can reciprocate in the first direction relative to the frame, and. At least one anti-slip structure is arranged in sequence for a plurality of identical right-angled triangular columns, wherein the right angles of the right-angled triangular columns are parallel to each other, and the distance between each inclined surface and the elastic arm connected thereto is along the first direction gradually increase. The present invention further provides a sliding block, comprising: a bearing portion, the top surface of which is concavely formed with a receiving groove; and a sliding portion including the bearing. Two elastic arms extending from the bottom surface and spaced apart from each other, two hooks extending from the two elastic arms and extending away from each other, and two anti-slip structures. Further, the two anti-slip structures are respectively formed from the outer side of the two elastic arms, and the two anti-slip structures are respectively formed by rows 7 of a plurality of identical triangular columns, and the planes of the triangular columns are parallel to each other. According to the description of the present invention, the slide block and the support frame of the J6 and the display device of the present invention can be mostly placed on the sliding block, thereby reducing the weight of the frame and preventing the display from being center of gravity. Unstable and dumped. L Besch method] The following can further improve the characteristics and technical content of this creation, please refer to the reference 詉, the detailed description of the creation and the drawings, however, the drawings are only provided. It is not intended to limit the scope of the present invention to any of the scope of the present invention, as shown in Figure 3, and Figure 4, which is a support hub provided for the creation of a display device. The support frame comprises: a frame body 1, an It:, a four-locking screw 3, a holding component 4, and two sliding blocks 5. The formed limb 1 is a bent column weight structure, the frame body 1 has a rectangular base surrounding the bent-shaped notch 11 2, and the base 12 5/16 M419379 from the notch 11 is bent upwardly and extends two support rods 13 . The ends of the two support rods 13 of the base 12 are each formed with an elongated arm portion 13]. The short side of the base 12 is formed with a sliding portion 121 ^ at a position opposite to each other, wherein 'as shown in FIG. 5 ' each pivoting portion 131 is formed with opposite engaging planes 131 and from one of the engaging planes 1311 penetrates to a circular boring hole 1312 of the other a plane] 3]]. Further, as shown in FIG. 6 and FIG. 7, each sliding portion 121 includes an arming section Du formed by extending inwardly from the top of the ring side wall 1211, a self-ring side wall 211, and the ring side wall 1211 and the track section 1212. The insertion hole 1213 is formed to surround the side of the base 12. The obstruction section 1212 is formed with an annular friction surface 1214 and an obstruction surface 1215 connected to the friction surface 1214 and the ring side wall 1211. In other words, the friction surface 1214, the obstruction surface 1215 and the ring side wall 1211 are sequentially arranged from top to bottom. Connected in a stepped manner. The hinge member 2 (shown in Fig. 5) includes a flat bottom wall 21 and two flat connecting portions 22 extending perpendicularly from opposite side edges of the bottom wall 21. The bottom wall is provided with four elongated _ full holes 211, and the two portions 22 are respectively provided with a different shaped scalloped hole 221 . The shaped fan-shaped hole 221 is such that the two-shaped holes are arranged in reverse symmetry and the straight sides of the two-shaped holes are connected to each other, and the curved sides of the shorter length are overlapped, and the curved sides of the longer length are located at the outermost side. Wherein, the four locking screws 3 are movably disposed in the adjusting hole 211 of the bottom wall 21, and the relative positions of the display 6 and the bottom wall 21 of the hinge member 2 are adjusted to a proper position. 3 extends out of the adjustment hole 2 ιι, the part is locked on the back of the display TF 6, and after being locked, the display 6 can still move relative to the bottom wall along the long axis direction (ie, the up and down direction) of the adjustment hole 211. · The two connecting parts 22 of the hinge member 2 are assigned to the frame body! The two pivotal portions 6/16] 31 inner side 'and the hinge member abuts, and the joint plane of the inner edge of the connecting portion 】 31] the hole Γ 12 " 兴 > the feather hole 221 corresponds to the pivot portion 131 The pivoting member 4 is disposed on the profiled fan hole 312 of the connecting piece 22, and the pivoting portion 22 of the hinge member 2 is rotatably pivoted to the pivoting portion 31 of the frame body. #: The forehead 4 includes - screw (four), ° -; cylinder 42, a torsion spring 23, and a nut 44. The thread inspection 4] forms a cylinder 412 extending from the end surface of the self-supporting sheet 411, the cylinder 412 Forming a cylindrical section (4) corresponding to the pivot hole (3) 2 adjacent to the load stop Un, and extending from the column 1 and 4121 to form a snap & 41 corresponding to the irregular shaped fan hole, and the engaging section 4122 is at the end A through groove 4123 is formed at the portion. The torsion spring 43 has a spiral elastic portion 43, a fixed arm 432 extending from the elastic portion 431, and an abutting arm 433 formed extending from the other end of the elastic portion 431. The bolt 41 is disposed in the pivoting hole 1312, and the blocking piece 411 is blocked from the engaging plane 131 outside the pivoting portion 131. The sleeve 42 is sleeved on the engaging portion 4122' of the cylinder 412. The elastic portion 431 of the sleeve 43 is sleeved on the outer circumference of the sleeve 42 , and the fixing arm 432 is disposed through the through groove 4123 of the engaging portion 4122 to abut the 433 to abut against the bottom wall 21 of the drag member 2, and the nut 44 is locked. It is fixed to the end of the engaging portion 4122 of the bolt 41. Since the engaging portion 4122 of the bolt 41 can be slightly swung in the shaped fan-shaped hole 221, the hinge member 2 can be matched with the engaging portion 4122 of the screw 41 by the shaped fan-shaped hole 221 to allow the user to adjust the screen 6 At the angle, the hinge: the member 2 can be slightly swung relative to the engaging section 4 of the bolt 41 (as indicated by the double arrow in Fig. 5), thereby achieving the effect of adjusting the angle of the screen 6. Referring to Figures 6 and 7, each sliding block 5 includes a plate-shaped bearing portion 7/16 M419379 5], and a vertical extension of the carrying portion 51 - 5] opposite end faces (10) and a bottom surface The secret plane is loaded: = part 5! The recess is formed from the top surface of the recessed surface. The receiving portion: the bottom surface extends vertically to form the anti-slip portion 52. The door from the original support frame is such that the display 6 is rotatably located as shown in FIG. 8 and a maximum tilt position y (shown in FIG. 9) = x (the device 6 is from the upright position X machine to the maximum tilt position y) , Sliding 0 = No? The first direction (in the direction indicated by the arrow in Fig. 8) is adjusted. The middle = the large tilt position y refers to the state in which the tilt of the device 6 in the display 6 is the smallest. (4) 桌面 of the table top (that is, when the display device 6 is located at the specific position between the upright position and the maximum tilt position, the display 6 is tilted, and the gravity production/position/movement block 5 is moved in the first direction. The slippage of the embodiment is difficult to disintegrate between the spliced miscellaneous ridges 214, and the nucleus _ = can be stably located at a specific position desired by the user. 7 select, not benefit 6 = = stop slip 52 contains The two columnar elastic arms 52 extending from the bottom surface of the carrying portion 51 are respectively protruded outwardly from the opposite ends of the two latches 2 521 extending outward from each other. A plurality of identical right-angled triangular prisms 523] arranged = the distance between the straight oblique slanting fabric of the slanting slanting fabric and the connecting elastic arm 521 is gradually along the first direction / by the above-mentioned right-angle triangular prism 523] relative to the friction Face] 2] 4 setting = 1 When the display 6 is to be moved in the first direction, the resistance generated between the anti-slip structure 3 & 'face 214 is large, preventing the display 6 from being heavy 8/ 16 Confucian 19379 force to reduce the angle θ between the display 6 and the desktop; When the movement is adjusted in the opposite direction of one direction, the resistance generated between the anti-slip structure 523 and the friction surface = 14 is small, which is convenient to adjust. In other words, in the present embodiment, the anti-slip structure 523 is a one-way anti-slip. In practice, the same resistance can be generated in both directions. For example, if the right-angled triangular column 5231 is changed to a positive triangular prism, the same resistance is generated, and when the display 6 is moved to the first direction or the opposite direction, the resistance is limited. The hook 522 of the sliding block 5 is movably abutted against the pressing surface 1215 of the road segment ι2ΐ2 to prevent detachment. The bearing portion 51 of the sliding block 5 is located on the side of the base 12, and the receiving portion 51 is accommodated. The slot 511 帛 示 示 = = = = = = = = = = = = = _ _ _ _ _ _ _ _ _ _ _ _ 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔 尔The display 6 is in the upright position and the maximum tilt change. Since the adjustment hole 211 is elongated, the display 6 can be moved up and down, so that the bottom of the display 6 can always be accommodated in the receiving groove 511. Example] Example = Reading Lr in this creation The second embodiment is planar with the two TM3 track segments 1216 of the first real, second:=moving block 5, and is formed at one end of the top edge of the handle, at the end of the skewer, 15. In other words The base 12, , , and the portion of the rail portion 1212 are recessed to form a planar friction 9/16 wiper surface 1216', that is, the upper surface of the rail portion 1212 is the friction surface 1216 / the two anti-slip structures 523 is respectively formed from the bottom surface of the carrying portion 51 (that is, a side adjacent to the sliding portion 12ι), and is located on two sides of the two elastic arms 521 away from each other. In the embodiment, the anti-slip structure is cut by A plurality of identical curved columns 5232 are arranged, the curved surfaces of the curved columns are cut into a space, and the distance between the curved surface and the bottom surface of the bearing portion 51 is along the first direction (as shown by the arrow in the figure) Show) gradually increase. By the arrangement relationship of the curved column 5232 with respect to the friction surface 1216, when the display 6 is moved in the first direction, the resistance generated between the sliding structure and the friction surface 1216 is large, and the display 6 is prevented from being gravity. = the angle of loss of the display 6 and the table top is reduced; and when the display 6 is to be moved in the opposite direction of the first direction, the resistance generated between the anti-slip structure 523 and the friction surface i2i6 is small, which is convenient for adjustment. The first and second embodiments of the present invention are exemplified by the fact that the sliding block 5 is disposed on the wooden body 1. However, when it is turned over, it may be changed according to the designer's needs. For example, the sliding block 5 may be formed with two clamping members not shown), and the outer edge of the side of the seat 12 is abutted on the frame 12, and the sliding block 5 abuts against the base 12 to form a sliding structure 523. The effects of the first and second embodiments are achieved. For example, the support frame of the present embodiment can be arranged such that the display wire is disposed on the carrying portion 51 of the block 5, so that it is displayed on the block 4, thereby reducing the smoke to carry the drag of the display 6. The load of the pivot assembly 4. Further, ',, ::, · can be rotated by the slider 5. The ground is located between the upright position x and the maximum tilt position y ... to prevent the display unit 6 from being unstable and dumping. Moreover, the sliding can reduce the wear of the appearance of the display 6 and its contact parts. 10/16 M419379 The above is only an example of this creation and is not intended to limit the scope of this patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional display support frame; FIG. 2 is another schematic view of a conventional display support frame; FIG. 3 is a perspective view of the creative support frame; Figure 3 is a partially exploded perspective view of the creative support frame; Figure 6 is an exploded perspective view of another portion of the creative support frame; Figure 7 is a partial cross-sectional view of the creative support frame; A schematic plan view of the support frame in the upright position; FIG. 9 is a plan view showing the support frame at the maximum tilt position; and FIG. 10 is a partial cross-sectional view of the support frame of the second embodiment of the present invention. [Main component symbol description] [Authentic] 10 display 20 support frame 30 hinge [this creation] 1 frame 11 notch 12 base 121 sliding portion 1211 ring side wall * 1212 track segment 1213 insertion hole 11/16 M419379 1214 friction surface 1215 obstruction surface 12] 6 friction surface 13 support rod 13] pivot joint 1311 joint plane 1312 pivot hole 2 hinge member 21 bottom wall 211 adjustment hole 22 connection portion 221 shaped fan hole 3 locking screw 4 habitat assembly 41 Bolt 411 stop piece 412 cylinder 4121 cylindrical section 4122 engagement section 4123 through slot 42 sleeve 43 torsion spring 431 elastic part 432 fixed arm • 433 abutment arm 44 nut 12/16 M419379 5 sliding block 51 bearing part 511 Groove 52 anti-slip portion 521 elastic arm 522 hook 523 anti-slip structure
5231直角三角柱 5232弧形柱 6顯示器 X直立位置 y最大傾斜位置 Θ顯示器與桌面的夾角 13/165231 right-angled triangular column 5232 curved column 6 display X upright position y maximum tilt position Θ angle between display and desktop 13/16