1284795 九 、發明說明： 【發明所屬之技術領域】 本發明係關於-種支擇裝置，係用以裂設 特別是種可_調整基賴義件之 角，以配合不同厚度及形態之顯示器，或站立於 【先前技術】 H歧綱路騎雜置職細也不斷地擴 因傳t二用案广罔路上直接傳遞’達成面對面即時引 :=r。更因此而大增’其中最主要的設備即為網路攝 *3^ ΓίΪ用調整及鏡社敎，轉攝職通常會且有-^撐裝置或底座，使攝影機放置於—平面上，以方便^ 機方向及仰肖，離最常擺放的位置為桌面及GRT祕 = 液曰日頜不态或疋電漿顯示器所取代，而可外 =?=Tbr攝影機除了以平二ί S: 用放來及將夹=爽持於預定位置，因此攝_ 顯示； ?攝衫機時出現不同問題。—般而言筆 ；p 穴致互相千订。而桌上型制所使用之 ί的，采用的平面顯示器厚度往往遠以 幕之尽度，其％面也經f設計成曲面形式簡留較大的内部空 5 1284795 間以供散熱。 斗4蜜4,1 \ 4 一種—夾臂相對樞轉的支撐座設 儀利^'Ί2081號專利案及專利公告Μ243870號專利 s夾持於一：互t!框接’形成一夾持空間，藉由相對樞轉 式，氕整丈牲：？不器之邊緣’二夾臂間可利用改變夾角的方 度’以因應不同厚度的顯示器，然而實際撐張 i口厚度大的顯示器時，夾臂與顯示器的邊緣稜角 現取落ΐ落。若顯7^㈣背面為曲面形態，也容易出 象：實際放置於陰極管(crt)顯示器的頂部時，^ 於缺乏足夠的摩擦力，也容易掉落。 田 樣專支撐座設計如美國us_522號新式 夾臂之間可相對移動形成夾持效果二= 夾1之間的夾角無賴整，皆設計成互相平行的 ^型電夹持前後側面呈現平行狀態的平面顯示器，如 般桌上型電腦後側面多採取曲面或不 1悲5又什’使得位於平面顯示器後側面的夾臂，盥平面顧 石7接觸形態形成點接觸，無法穩動地夹持容易ΐ落。 =上=大的平面顯示器時，更是無法發 丁貝口卩，笔無任何穩固效果。 【發明内容】 習用«週邊裝置之支撐座，僅能採取相對樞轉 c形，進行續，適賴齡器尺核是形態受限，鑒於 U問4?，本發明的主要目的在於提供一種電腦週邊萝置‘ 提供可變化夾持角度及夾持㈣大小，針對不 形4的顯不器，都能穩定地固定網路攝影機。。 、 為達成上述之目的，本發明提供一種電腦週邊裝置之支撐 6 1284795 :成座而3件及承載件。其中基座呈現L字型， 谷置#，賴件馳設於基 文凹。又有 ，六要 谷直工間，與基座結合為一體。 中置部之二側面分別開設有狹長型槽孔，且各 ㈣靖娜獅= 夕動件與滑動塊的相對枢轉，以及 機。移動件為對應於基座之L字型，：可影 而網可置於容置空間，與;座結合為=置部中 * 谷置部之二命丨丨而公Η丨丨士 V丄i= W … 係，藉由移動件分別與各滑動塊形成樞設關 移動，使移^件开的^對框轉，以及滑動塊相對於^ 基座上。n叫祕設置於 與移動件之_夾持％ ^動夾持纽，以及基座 器，固定網路攝大小，以匹配不同厚度及形態的顯示 空間ί i 基賴鶴件之間可改·触角及夾持 變，形成較L定牛iff動农大距離，以可利用夾角的改 以卜夕it的夹持形態，固定網路攝影機。 係用以示範日Γί制及町之實财式之說明 範圍更進-3¾發把顧’並域供本_之專利申請 【實施方式】 本發赚佳實施例所提供之— 時，包含有美庙1ηί撐座，4用以支撐一網路攝影機如〇 機400可樞元m牛200及承載元件_，網路攝影 機400固定;上’藉以利用本發明將網路攝影 路攝影機400之外’本”除了用於固定網 戈疋，克風4。本發日驗佳實侧之細躲構及連接關係 7 1284795 詳述如下。 基座100之截面形態係 一樞設部120，而該基座之 具有苐一夾持部110及第 一第二端12卜基座100的^後緣’分別為一第-端111及 100對應於容置空間13〇之丄則形成一容置空間130，而基座 第一樞設部120之二侧分別且=面，形成凹陷之容置部131， 内分別容置-滑動塊150，滑、的槽孔⑽。各槽孔140 復滑移。各槽孔140係貫▲可於槽孔140之二端往 ⑶，且各衛U40朝向容12巧外部及容置部 塊150的寬度，藉以擒止各滑動塊ΐ5、Ί=度’小於滑動 131移動。且槽孔14G朝向第2，二，向容置部 別利用外蓋160進行封閉，使、120夕^的開口 ’則分 中，僅能於槽孔14〇内進行4 150被拘限於槽孔140 基座1〇〇的下側面，鄰近==多二會惠由槽孔⑽脫落。 止滑元件Π()，有第一 由第一夹持部m延伸至第一樞衣成之長條帶體， 移動件200包含有第二赤拄# 91n &二± 伸部230。其中第二樞㈣一持/^°、4二枢設部22〇及延 夾持部210之前、後側緣，且申》二 230及第二夾持部210分別對應第-Ϊ ^署都，〇第一輕設部120’使移動件200恰可容置於基座100 勺合，邛131中，使基座100與移動件2〇〇結合為一體。 二轉軸240分別插設於第二枢接部22〇之二側，且 件=的另一端係分別插設於前述之二滑動塊150。藉以移動 可同時以可轉動及可移賴係樞設於基座⑽，使移動 可翅ΙΪ對於基座⑽旋誠是線性滑移。因此移動件200 擇地罪攏於基座1〇〇以位於容置部131中。或是移動 U可以槽孔14〇為支點，並相對該基座11〇轉動至一夾角位 8 1284795 置，同時該移動件200可沿著該样 夾持部11〇與第二夾持部21〇 ‘ 進行一位移，使第一 200的上側面，貝占附有第二止滑元;夾持空間。移動件 薄片: 〇，其係以橡膠製成之 第二樞接部220之中段更設有凹 件300。承載元件概呈柱狀，，藉以容置承載元 載元件300二端面之第三樞接部32〇^轉輛分別插設於承 端亦同時插設於第二樞接部22〇 ^此二轉軸240之對應 樞接部220，而可相對於移動件2 7，元件300樞設於第二 面設有一凸柱310，凸柱31〇之頂1 。承载元件300之側 一網路攝影機侧，呈現長矩^有^球狀接頭330。 側面。此一網路攝影機侧之 ^有H配基座100的下 狀接頭330恰可卡合於樞接# 4 ^有，槽410，前述之球 枢設於承載元件_上，相‘承 旋轉。亦可藉由承載元件300械Ϊ‘件軸， 網路攝影機棚前後擺動的角度 3牛 =於凸柱⑽之導槽⑽可供===== 和動’以增加承载元件300前後位移的距離。 月 請再參閱「第2圖」、「第3圖」、「第4 ，，係為網路攝影機收納於絲 第5圖」 ° 200 -體中’以使基座100與移動件200結合為 \ T可推動網路攝影機400朝向基座100的容置*間 罪攏，而使網路攝影機4〇〇與基座1〇〇、移動件2〇〇 έ士入 矩形體，如「第2圖」所示，以利網路攝景G 语旦j整理收納。要使用網路攝影機400時，則反向推動網路 ^機棚，使其相對基座100樞轉，朝向基座100的上側面 私動，f於基座⑽的上方，如「第3圖」及」「第4圖」所 不。同時可藉由該球狀接頭33〇與樞接槽41〇的結合，微調網 9 1284795 該基座100可利用第一$⑴//一動山件200置於容納槽時， 該基座100站立於工作平面上。121接觸工作平面’使 本發明較佳實施例所提供之網路攝 同形態的顯示II，改錢 配不同顯示器的外型。 卯的相對位置，匹 參閱「第6圖」所示，係為本實施 -立 一 網路攝影機讀錢持於平面揭， S咖係為筆記型電腦之液晶顯示二口:員 於第一樞接部120的長度，且豆前、接加& =面頦不印厗度小 於，調整_100與移動件⑽的夾tiiU 顯示器：忒：：呈現互相平行的狀態，以對應於平面 網路&二’係為本實施例之另—應用例，揭示 ί:=?ί=Γ種形式的平面顯示器_。t 侧面與T_的夾角概略呈現:小:9〇 的頂緣，使第-夾持部m抵靠於平 ^夹持“略二==及 方，以架設網路攝影機400。 ουυ上 揭:在參閱「第8圖」所示，係為本實施例之又-應用例， =網^攝5機支5座放置於一傳統陰極管⑽）顯 *極官顯不益700之厚度遠大於基座1〇〇與移動件2⑽ 1284795 =間相對移動的最大距離，而無法進行 # 200 ： J 200 ^ 1〇〇 第一央持部100抵罪於陰極管顯示器700的前側面， 弟一夾持部200抵靠於陰極管顯示器7〇〇的頂面， 件17G及第二止滑元件25G提供摩擦力，將網二 支擇座固定於陰極管顯示器·，以架設網路攝影機 錄i此比在/麟本發明之技術思想範圍下所作之均等變化 ^簡ί二蓋於本發明之申一 ^ =1圖為，發明一較佳實施例之立體分解圖； 樣；2圖至第5圖本發明較佳實施例之立體®，揭示不同態 影機㈣===意:’揭示該網路攝 意圖’揭示該網路攝 L主要元件符號說明】 、 110 ill 120 121 130 100 基座 第一夾持部 第一端 第一樞設部 卓二端 容置空間 11 12847951284795 IX. Description of the invention: [Technical field of the invention] The present invention relates to a type of control device for splicing, in particular, a kind of display capable of adjusting the angle of a base member to match different thicknesses and shapes. Or standing in the [previous technology] H disagreement road riding miscellaneous job is also constantly expanding due to the transmission of the second case of the use of the case directly on the road to reach the face-to-face instant introduction: = r. Therefore, the most important equipment is the network camera*3^ ΓίΪ adjustment and mirror society, the transfer job usually has a ^^ device or base, so that the camera is placed on the plane, Convenient ^ machine direction and tilting, from the most commonly placed position for the desktop and GRT secret = liquid 曰 Japanese jaw not state or 疋 plasma display replaced, but can be outside =? = Tbr camera in addition to flat two ί S: Use the release and the clamp = cool to hold the predetermined position, so take a picture _ display; ? The camera has different problems. In general, pens; p points to each other. The thickness of the flat-panel display used in the desktop system is often far from the thickness of the screen. The % surface is also designed to be a curved surface with a large internal space of 5 1284795 for heat dissipation.斗四蜜4,1 \ 4 A kind of clamping arm relative to the pivoting support seat set up instrument ^^Ί2081 patent case and patent announcement Μ 243870 patent s clamped in one: mutual t! framed 'to form a clamping space By relative pivoting, squatting:? The edge of the device can be used to adjust the angle of the angle between the two clamp arms to accommodate displays of different thicknesses. However, when the display having a large thickness of the port is actually stretched, the edge of the clip arm and the edge of the display are removed. If the back surface of the 7^(4) is in the form of a curved surface, it is also easy to see that when it is actually placed on the top of the cathode tube (crt) display, it is easy to fall if it lacks sufficient friction. The sample support design of the field sample, such as the US us_522 new clamp arm, can move relative to each other to form a clamping effect. The angle between the clamps 1 is negligible. They are designed to be parallel to each other. The flat-panel display, such as the back side of the desktop computer, adopts a curved surface or does not have a sadness. It makes the clip arm located on the back side of the flat display, and the contact surface of the flat surface of the stone is formed into a point contact, which is difficult to hold stably. Fallen. = When the upper = large flat panel display, it is even more difficult to send the Dingbei mouth, the pen has no solid effect. [Summary of the Invention] The support bracket of the peripheral device can only adopt the relative pivoting c-shape, and the continuation of the caliper is limited. The main purpose of the present invention is to provide a computer. The peripheral radiant 'provides a variable clamping angle and a clamping (four) size, and the network camera can be stably fixed for the invisible 4 display. . In order to achieve the above object, the present invention provides a support for a computer peripheral device 6 1284795: a seat and three pieces and a carrier. The pedestal is in the shape of an L-shape, and the pedestal is placed in the base. In addition, the Sixth Valley direct work room is integrated with the base. The two sides of the central part are respectively provided with slit-shaped slots, and each of the four (4) Jingna lion = the relative pivoting of the siren and the sliding block, and the machine. The moving piece is an L-shaped type corresponding to the base, and the movable piece can be placed in the accommodating space, and the seat is combined with the seat=the second part of the arranging part and the second part of the glutinous part. The i=W ... system is formed by the moving member respectively forming a pivotal movement with each of the sliding blocks, so that the moving member opens the opposite frame, and the sliding block is opposite to the base. n is called the secret set with the moving part _ clamping % ^ moving clamp, and the base, fixed network camera size to match the display space of different thickness and shape ί i can be changed between the base The antennae and the clamping change form a larger distance than the L-denimulation, so that the network camera can be fixed by using the clamping angle of the bracket. It is used to demonstrate the scope of the description of the Japanese-style Γ Γ 及 町 町 町 町 33 33 33 33 33 33 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Beautiful temple 1ηί support, 4 to support a network camera such as the machine 400 can be pivoted m cattle 200 and the carrier element _, the network camera 400 fixed; on the 'by the use of the invention will be outside the network camera road camera 400 '本本' is used for the fixed net Ge疋, 克风4. The fine-grained and connected relationship of the daily inspection of the present day 7 1284795 is detailed as follows. The cross-sectional form of the pedestal 100 is a pivoting portion 120, and the The bottom edge of the pedestal having the first clamping portion 110 and the first second end 12 of the pedestal 100 is a first end 111 and 100 respectively corresponding to the accommodating space 13 丄 to form an accommodating space. 130, and the two sides of the first erecting portion 120 of the pedestal respectively have a surface, forming a recessed receiving portion 131, respectively accommodating the sliding block 150, sliding slot (10). Each slot 140 is repeatedly slipped Each of the slots 140 can be ▲ at the two ends of the slot 140 (3), and each of the guards U40 faces the width of the outer casing and the receiving portion 150. In order to prevent each of the sliding blocks ΐ5 and Ί=degrees from moving smaller than the sliding 131, the slots 14G are oriented toward the second and second portions, and the outer cover 160 is closed to the accommodating portion, so that the opening of the 120 ^^ is divided into Only the inner side of the slot 14 is restrained from being limited to the lower side of the base 140 of the slot 140. The adjacent side ==2 will fall off the slot (10). The anti-slip element Π() has the first The first clamping portion m extends to the first pivoted strip body, and the moving member 200 includes a second red 拄# 91n & two ± extension portion 230. wherein the second pivot (four) holds a ^^°, 4, the second pivoting portion 22 and the front and rear side edges of the extending portion 210, and the second and second clamping portions 210, respectively, correspond to the first The two pieces of the rotating shaft 240 are respectively inserted into the two sides of the second pivoting portion 22, and the two rotating shafts 240 are respectively inserted into the two sides of the second pivoting portion 22, and The other end of the piece= is respectively inserted into the two sliding blocks 150. The movement can be pivoted and movably attached to the base (10) at the same time, so that the movable wing can be linearly slid to the base (10). shift. The moving member 200 is selected to be located in the accommodating portion 131 to be located in the accommodating portion 131. Alternatively, the moving U can be slotted as a fulcrum and rotated relative to the pedestal 11 to an angled position of 8 1284795. At the same time, the moving member 200 can be displaced along the sample holding portion 11 〇 and the second clamping portion 21 〇 ' such that the upper side of the first 200 is attached with the second sliding element; the clamping space. The moving piece sheet: 〇, the middle portion of the second pivoting portion 220 made of rubber is further provided with a concave member 300. The carrying member is substantially cylindrical, thereby accommodating the third pivot of the two end faces of the carrying element carrier member 300 The connecting portions 32 are respectively inserted into the receiving end and simultaneously inserted into the corresponding pivoting portions 220 of the second pivoting portion 22 and the two rotating shafts 240, and can be pivoted relative to the moving member 277. A protrusion 310 is arranged on the second side, and the top of the protrusion 31 is 1 . The side of the carrying member 300 is on the side of the network camera, and presents a long-length ball-shaped joint 330. side. The lower connector 330 of the H-equipped base 100 on the side of the network camera can be engaged with the pivoting member. The aforementioned ball is pivotally disposed on the carrier member _ to rotate. Alternatively, the load-carrying element 300 can be used to pivot the angle of the camera shed, and the angle of the net camera shed is 3 horns = the guide groove (10) of the protrusion (10) is available for ===== and the movement 'to increase the displacement of the carrier element 300 back and forth. distance. Please refer to "Fig. 2", "3rd figure", and "4th, for the network camera to be stored in the wire 5" "200" in the body to make the base 100 and the moving member 200 \T can push the network camera 400 toward the susceptibility of the susceptor 100, and the network camera 4 〇〇 and the pedestal 1 移动, the moving member 2 gentleman into the rectangular body, such as "2nd As shown in the picture, the E-Net scene is G-language j. When the network camera 400 is to be used, the network hangar is pushed in the opposite direction to pivot relative to the base 100, and is moved toward the upper side of the base 100, f above the base (10), as shown in Fig. 3. "and" "4th picture" does not. At the same time, by the combination of the ball joint 33〇 and the pivoting groove 41〇, the fine mesh 9 1284795 can be used when the base 100 can be placed in the receiving slot by using the first $(1)//one moving mountain 200. On the work plane. The 121 contact working plane' enables the display II of the network form provided by the preferred embodiment of the present invention to be modified to match the appearance of different displays. The relative position of the 卯, as shown in the "figure 6", is the implementation of this - Li Yi network camera reading money held in the plane, S café is a notebook computer LCD display two: staff in the first pivot The length of the joint 120, and the front of the bean, the plus & = face is not printed, the adjustment _100 and the moving piece (10) clip tiiU display: 忒:: presents parallel states to correspond to the planar network & two is a further application example of the embodiment, revealing a flat display _ of ί:=?ί=Γ. t The angle between the side and T_ is roughly shown: small: 9顶 top edge, so that the first clamping part m abuts the flat ^ clamping "slightly two == and square to set up the network camera 400. ουυ : Refer to "Figure 8", which is the application example of this embodiment, = 5 nets, 5 sets of 5 sets, placed in a traditional cathode tube (10), and the thickness of the display is extremely large. The maximum distance between the pedestal 1 〇〇 and the moving member 2 (10) 1284795 = can not be performed # 200 : J 200 ^ 1 〇〇 the first central holding portion 100 is against the front side of the cathode tube display 700, The holding portion 200 abuts against the top surface of the cathode tube display 7〇〇, and the piece 17G and the second anti-slip element 25G provide frictional force, and the second piece of the net is fixed to the cathode tube display, to set up the network camera to record An equivalent change made in the scope of the technical idea of the present invention is shown in Fig. 1 is a perspective exploded view of a preferred embodiment of the invention; The stereoscopic® of the preferred embodiment of the present invention reveals that the different state of the camera (4) === meaning: 'revealing the network intent' reveals that the network is mainly L Component symbol description], 110 ill 120 121 130 100 Base first clamping part First end First pivoting part Zhuo two end accommodating space 11 1284795
131 容置部 140 槽孔 150 滑動塊 160 外蓋 170 第一止滑元件 180 導槽 200 移動件 210 第二夾持部 220 第二樞設部 230 延伸部 240 轉軸 250 第二止滑元件 260 凹槽 300 承載元件 310 凸柱 320 第二柩接部 330 球狀接頭 400 網路攝影機 410 樞接槽 500 平面顯示器 600 平面顯示器 700 陰極管顯示器 12131 accommodating portion 140 slot 150 sliding block 160 outer cover 170 first anti-slip element 180 guide groove 200 moving member 210 second clamping portion 220 second pivoting portion 230 extending portion 240 rotating shaft 250 second anti-slip element 260 concave Slot 300 Carrier Element 310 Post 320 Dimensions 330 Ball Joint 400 Network Camera 410 Pivot Slot 500 Flat Display 600 Flat Display 700 Cathode Tube Display 12