1303963 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種賴週邊裝置的切結構，特別是關於一 種用於電腦週邊裝置之可站立及可夹持之支撐結構。 、 【先前技術】 伴隨寬頻網路之普及，湘影音龄於網際網路上直接傳 遞’達成面對面即時影音通訊的需求量亦大增，其中最主要的設 備即為視訊攝影機（video Camera)。 、 攝影機有指向性的需求，亦即攝影機的仰歧方向必須被固 定，以指向被擷取影像的目標，也就是電腦前的使用者。因此攝 影機通常會支撐機構，使攝影機被放置於—平面上， 被固定於平板顯示器（賴顯示器或是液晶顯和）的頂緣:^ 平面或是冷陰極管顯示器上時，支撐機構就: t = 當攝影機被固聽平_示器時，支樓機構 就必須此夠勾掛或夾持平板顯示器的邊緣。 f機==機構可分為吊掛及夹持等兩獅式。吊掛形式之支 :械構如中華民國專利紐權號專利案，包含有—基座及一掛 趣3^11 係樞設於基座，而基座係用以承载攝影機。於 一绛勾可與基座之間形成一固定夾角，以將支撐勾 =平板顯对的觀，以將攝影機固定於平板顯 是 勾及顯示ϋ作為支點 4疋以掛 顯干哭、真緣心 平面上。然，吊掛於 方式’其固定力从，容_振動使支職 1303963 構掉落。 夾持形式的支撐機構如美國USD470522號新式樣專利，包含 有一基座及一移動件，透過移動件相對於基座移動，而於移動件 與基座之間形成一夾持空間，將支撐機構夾持於平板顯示器的邊 緣。然此種設計為了方便收納，使移動件能夠完全抵靠於基座上， 移動件可相對於基座位移的距離有限，使得夾持空間的寬度受限 無法夾持於厚度大的平板顯示器。同時USD470522也無法平穩地 站立於一平面上，使其應用範圍受限制。同時，移動件所提供之 夾持力，係透過一彈性元件來達成，然彈性元件有彈性疲乏而導 致夾持力下降的問題。同時，彈性元件的夾持力係由其拉伸長度 所決定，亦即夾持形式的支撐機構在夾持不同厚度的物件時，夾 持力道也會不同’使得夾持厚度小的物件時夾持力不足’而夾持 厚度大的物件時夾持力過大導致操作上的困難。 【發明内容】 習用電腦週邊裝置之支撐機構，無法同時達到穩定地固定於 平板顯示器的頂緣，以及平穩地站立於一平面上的兩種功效。鑒 於以上的問題，本發明的主要目的在於提供一種可站立及可夾持 之支撐結構，係可平穩地站立於一平面，且可用於夾持一物件， 以支撐固定一電腦週邊裝置。 為達成上述之目的，本發明提供一種可站立及可夾持之支撐 結構，用以承載一電腦週邊裝置，其包含有其包含有一基座、一 支撐件及一移動件。基座係用以承載電腦週邊裝置，基座具有一 13〇3963 第—樞設部及-滑動部。支樓件具有—支 :設部係_接於第，部。移動件具二=’: >而’輕端係可移動且可轉動地連接於_部 夹 :咖可分別相對於基座轉動，而抵靠於基座上； 土座形成-錢’而分顺切端触 ：r#rr~ 之間，以將電腦週邊裝置固定於物件上。 動件 件靠trr效在於，支撐結構於收_，可將支撐件及移動 牛罪s於基座’不會形錢纽構，以利支撐結構的㈣， 由於移動雜了可柿於麵猶之外，射動 ，可以提升支料與移動件之間的跨距，提升支#結 +面時的毅性’且可·支撐件與軸件將支撐結構夹持於一 $件。再者，支携件與移動件之間的失持力，係透過定位結構來 達，，因此可輯免雜元件提供的續力受職作狀態影響的 問題。 、一二上之關於本發_容之說明及以下之實施方式之說明係用 以不範與轉树日狀顧，並且提供本拥之專辦請範園更 進一步之解釋。 【實施方式】 為使對本發明的目的、構造、特徵、及其功能有進一步的暸 解，鉍配合實施例詳細說明如下。本發明所述的電腦週邊裝置， 包括但不局限於··攝影機、微型讀卡機、麥克風、喇叭、無線訊 1303963 號接收is ’無線網路卡…·等等。以下係以一攝影機做為說明。 請參閱「第1圖」及「第2圖」所示，為本發明較佳實施例 所提供之一種可站立及可夾持之支撐結構，用以承載一攝影機 100 ’其中攝影機100之外殼110係由一前殼體ll〇a及一後殼體 110b結合而成。需注意的是，該外殼11〇之中可容置不同功能的 電子電路元件，以執行一電腦週邊裝置之功能；此外該外殼之形 狀亦可根據不同之功能加以改變。本實施中，該外殼n〇係容置 有一攝影元件12〇，設於外殼110中，且前殼體110a具有一穿孔 111 ’用以供攝影元件120之鏡頭穿過，而突伸於外殼11〇之外， 且外殼110之底側，形成一樞設座112，樞設座112包含有一位於 外殼11〇内部之第一容置槽112a及一連通第一容置槽112a與外 殼110外部之樞接孔112b。攝影機1〇〇更包含有複數個第一裝飾 件130及第二裝飾件14〇，分別於枢接或是嵌設方式設置於外殼 110，以裝飾外殼11〇之外觀型態。 本發明較佳實施例所提供之可站立及可夾持之支撐結構包含 有基座200、一承載元件3〇〇、一支撐件4〇〇及一移動件5〇〇。 基座200係與外殼100相接，用以承麵影機1〇〇，基座· 係由一第一塊體_及一第二塊體鳩結合而成，基座具 有-第-樞設部2H)及-滑動部22()。其中滑動部22()具有一滑 動槽221，形成於第-塊體2〇〇a及第二塊體鳩之間。於滑動 槽221對應於第-频200a之内壁，形成有複數個平行並列之卡 制凹槽222，沿著基座200之長轴方向排歹卜第一樞設部21〇係 1303963 位於基座200之一端，包含有位於基座200内部之二第二容置槽 211及一連接第二容置槽211之第一擺動槽212,且第一擺動槽212 係沿著基座200之長軸方向開設。第一塊體2〇〇a對應於第一樞設 部210之一端，形成二平行之第一凸耳241，二第一凸耳241分 別具有一軸孔251。且第二塊體200b對應於第一樞設部21〇之一 鳊，开>成二平行之第二凸耳242，二第二凸耳242亦分別具有一 軸孔251。其中二第一凸耳241之間隔距離，略大於二第二凸耳 242之間隔距離，藉以當第一塊體2〇〇a結合於第二塊體如㈨時， 二第-凸耳2似恰可分別抵靠於二第二凸耳施之外側，且使第 一凸耳241及第二凸耳242之軸孔251互相重疊。 承載元件300係用以連接攝影機1〇〇及基座2〇〇，藉以使攝 影機1〇〇可活動地設置於基座200之第一樞設部21〇載元件 300係:為-雙向轉軸，具有一第一枢接柱31〇及一第二拖接柱 320。第一樞接柱31〇係垂直延伸於第二樞接柱3如之中段，且於 第:樞接柱3K)之前端，形成有一冠部311，於冠部3n之週面形 成一環槽31la，肋供—環狀麵33G設於環槽3出中。冠部 311/系連同環狀墊圈33G置於外殼11G内部之第—容置槽112a， 狀墊圈330對第-容置槽112a之内壁產生緊迫效果，同時第 一區接柱310係穿過外殼⑽之枢接孔112 樞接於承载元件300之第—樞接柱31G，而⑽ 鹩叙，、，a 」祁對於承载兀件300 才動亚透過環狀墊圈330之緊迫作用，而定位於-預定角戶。 承载元件3〇0之第二樞接柱32〇的兩端，係分別置於基座^ 1303963 第„ 21; 一樞接柱310延伸於基座之 二^曰212中，稭以將承载元件·之第二樞接柱32〇插設 ;土座200，使第一枢接柱於第一擺動槽2 2〇〇擺動。透過承載元件3〇〇 ^ 土庄 丧便躡影機100可活動地設 /土座200上，並可相對於基座·進行二個方向的轉動，改 變其於水平面上的指向及仰角。為了使攝影機⑽之仰角，亦即 第-樞接㈣0之傾斜角度定錄—預定歧，二第二樞接柱, 之末端分別套設有-環狀塾圈細，用以與第二容置槽2ιι形成 緊迫關係，以固定第一樞接柱31〇之傾斜角度。 支揮件400具有-支禮端41〇及第二樞設部，第二拖設 部420具有一枢接槽421及一連接樞接槽似之第二擺動槽422, 且第二枢設部420之二側分別具有一軸孔4B，藉以使第二框設 部所在，分形成—枢接端。其中基座之第-枢設部210 ，置於第二樞設部420之樞接槽421巾，並使第一擺動槽加及 第二擺動槽422幼重疊，且第二樞設部42〇之軸孔奶也是盥 基座200之第一樞設部21〇的軸孔251重疊。透過樞軸細穿置 於互相重疊之轴孔25卜423中，使支樓件·以第二樞設部42〇 樞設於基座200之第-樞設部21G，也就是以支撐件彻之框接 端430樞接於基座·之一側，藉以使支撐件·可相對於基座 200旋轉。此外，承載元件3〇〇之第二樞接柱32〇也是植接於基 座之第一樞接部210，而將攝影機1〇〇之外殼110樞接於基座 200 ’是以，支撐件4〇〇之樞接段43〇除了樞接於基座2〇〇之外， 10 1303963 也同時框接於外殼11G，使支撐件與外殼11()可關軸向地相 對旋轉’且於相對旋轉過程中，由於第—擺動槽212及第二擺動 槽422係互相重疊而可供承載元件之第二樞接柱310於其等 之中擺動，而增加外殼110之仰角的可變化範圍。 麥:弟1圖」、「第4圖」及「第5圖」所示，移動件5〇〇 係由對％之—1二塊體5G()a結合喊，移動件具有—連接端 5K)及-夾持端520。一定位元件53〇，設置於二第三塊體篇 之間，且定位元件53〇之二端係可轉動地連接於二第三板塊 篇，糊吏移麟500可相對於定位元件530轉動，並使連接 4 510與定位70件530構成—樞接端54〇。定位元件23〇係穿置 於基f〇〇之滑動槽221中，使樞接端540容置於滑動槽221中 期之另—側’並使移動件500可沿著基座200之 2⑻之：動’料使移鱗5GG可轉動且可移動地設置於基座 對之二 定位元件53G之截面呈矩形，使職槽221相 ▲面抵罪於定位元件530相對之二側面，藉以使定位元 元件221 _而不會進行軸向轉動。此外，於定位 :請朝向基座之卡制凹槽222的—側面，形成一平行於 疋位7G件530之軸向的彈性 辟 、 成-定位塊532。藉由彈性=531於祕懸臂531之前端形 定位生一恒定的彈性力，可使 下，及「第5圖」所示，本發明於收納狀態 支餅彻係被轉動而靠合於基座·，且其係折收於基座 11 1303963 20^之-。於此_ ’定位元件53()亦被移動至遠離基座· 之第樞4 210的-第一位置？1，亦即將移動件之連接端 510移動至第一位置ρι，並旋轉移動件5〇〇，使移動件·靠合 於基座200，且其係折收於_ 2〇〇之另一側面，而與支樓件· 相對，使移動件500及支擇件彻折收而靠合於基座200時，分 別位於基座之二側面，科會互相重疊干涉。如此—來，可 站立及可鱗之讀結魏可輯合形成單—频，不會有突出 結構’以方便其被收納。 ,、言月再茶閱「第3圖」所示，本發明於站立狀態下，支撐件概 係被轉動而與基座2〇〇之問开；忐 + μ 夹角，且移動件500亦被轉動 / 之間形成—夹角，並與支料400互相平行，此時 =支撐件彻之編與移動件㈣之夾持端_觸 一千面，而使可社及可夹持之支縣構站立於 :二=0:::平:广同時_動件係可相對於基座 4Κ) ‘持端離支料之一端，因此可延伸支撐端 性。，、文私嫌W喊糊_立砰面時的穩定 下=5圖」及「第6圖」所示，本發明於失持狀， ^係^移動件m與域件伽之間的空間，來作 二間。思即’將支撐件4〇〇之内側面抵靠於—物件6 ‘二“ 1 接著使移動件相對於基座移動到達—第二、_面 移動件500之前側面抵靠 ’而使 後側面，糟以將支撐結構 12 1303963 夾持於物件之邊緣，並固定攝影機100。 攝影機100係可相對於基座2〇〇進行-用速地調整其峨^ 置，變化攝影機觸及她構的外觀，達到 I飾美化的效果。 本發明係透過枢設於基座2〇〇之支禮件·，及可相對於美 座200轉動及移動5()()， 可將支料及_件靠合於基座·，不會 構’以利支魏構的收納。同時，由_動件除了可以姉 於基座200轉動之外，還可以進行直線移動，因此可以提升支撐 件400與移動件5〇〇之間的跨距，提升支撐結構站立於平面時二 穩定性，且可利用支擇件4〇〇與移動件·將支撐結構夹持於一 物件，時，支撐件400與移動件·之間的夾持力，係透過定 位塊淡與卡制凹槽2D來達成，因此可以省去彈性元件的咬置， ϋ避免彈性疲乏導致婦力不足_題，或是彈性元件因為被拉 伸長度變化而導致夾持力不一致的問題。 、上所述者僅為本發明較佳之實施例而已，並非用以限定 本發明貫施之範圍，熟習此技藝者經本發明之揭露後，所據以修 改替換者，譬如揚聲器、麥克風等電腦週邊裝置取代攝影機勘， 均屬基於本發明技術思想之衍生創作。 因此，在不脫離本發明之技術思想範圍下所作之均等變化與 修飾，皆應涵蓋於本發明之申請專利範圍内。 13 1303963 【圖式簡單說明】 第1圖為本發明實施例之分解立體圖； 第2圖為本發明實施例之外觀立體圖，揭示支撐機構於收納 狀態； 第3圖為本發明實施例之外觀立體圖，揭示支撐機構站立於 一平面； 第4圖為本發明實施例中，定位元件之外觀立體圖； 第5圖為本發明實施例中，基座之剖面示意圖，揭示定位元 件於滑動槽中移動之狀態；及 第6圖為本發明實施例之外觀立體圖，揭示支撐機構夾持於 一物件。 【主要元件符號說明】 100 攝影機 110 外殼 110a 前殼體 110b 後殼體 120 攝影元件 111 穿孔 112 栖設座 112a 第一容置槽 14 1303963 112b 樞接孔 130 第一裝飾件 140 第二裝飾件 200 基座 200a 第一塊體 200b 第二塊體 210 第一樞設部1303963 IX. Description of the Invention: [Technical Field] The present invention relates to a cutting structure of a peripheral device, and more particularly to a standable and holdable support structure for a computer peripheral device. [Prior Art] With the popularity of broadband networks, the direct transmission of Xiangying's audio age on the Internet has increased the demand for face-to-face instant video and audio communications. The most important device is the video camera. The camera has a directional requirement, that is, the camera's heading direction must be fixed to point to the target of the captured image, that is, the user in front of the computer. Therefore, the camera usually supports the mechanism so that the camera is placed on the plane and fixed on the top edge of the flat panel display (the display or the liquid crystal display): when the plane is on the cold cathode tube display, the support mechanism is: = When the camera is fixed to the flat panel, the branch mechanism must be able to hook or hold the edge of the flat panel display. f machine == mechanism can be divided into two lions such as hanging and clamping. Hanging form support: The mechanical structure, such as the Patent Law of the Republic of China, contains a pedestal and a hanged 3^11 system that is pivoted to the base and the base is used to carry the camera. A hook angle can be formed between the hook and the base to connect the support hook to the flat view, so that the camera is fixed on the flat panel and the display is used as a fulcrum 4疋 to hang the dry cry, the true edge On the heart plane. However, hanging in the way 'the fixed force from the capacity _ vibration causes the branch 1303963 to fall. The support mechanism in the form of a clamp, such as the new model patent of US Pat. No. 470,522, includes a base and a moving member, and moves through the moving member relative to the base to form a clamping space between the moving member and the base, and the supporting mechanism Clamped to the edge of the flat panel display. However, in order to facilitate the storage, the movable member can completely abut against the base, and the distance that the movable member can be displaced relative to the base is limited, so that the width of the clamping space is limited and cannot be clamped to a flat panel display having a large thickness. At the same time, USD470522 can't stand on a flat surface smoothly, which limits its application range. At the same time, the clamping force provided by the moving member is achieved by an elastic member, and the elastic member is elastically fatigued, resulting in a problem that the clamping force is lowered. At the same time, the clamping force of the elastic element is determined by the length of its stretch, that is, the supporting mechanism of the clamping form will have different clamping force when clamping objects of different thicknesses. If the holding force is insufficient, and the holding force is too large, the clamping force is too large, resulting in difficulty in operation. SUMMARY OF THE INVENTION The support mechanism of a computer peripheral device cannot simultaneously achieve two functions of stably fixing to the top edge of the flat panel display and standing stably on a plane. In view of the above problems, it is a primary object of the present invention to provide a standable and grippable support structure that can stand smoothly on a plane and that can be used to hold an object to support the attachment of a computer peripheral device. To achieve the above objects, the present invention provides a standable and holdable support structure for carrying a computer peripheral device including a base, a support member and a moving member. The base is used to carry a computer peripheral device, and the base has a 13〇3963 first pivoting portion and a sliding portion. The branch building has a branch: the department is connected to the first part. The moving member has two = ': > and the 'light end is movable and rotatably connected to the _ clip: the coffee can be rotated relative to the base and abut against the base; the earth seat forms - money' The sub-parallel end touch: between r#rr~, to fix the computer peripheral device to the object. The moving parts rely on the trr effect, the support structure is in the _, the support piece and the mobile sin can not be shaped on the pedestal to facilitate the support structure (4), because the movement is mixed, the persimmon can be perched on the surface. In addition, the launch can increase the span between the support and the moving member, and improve the perseverance of the joint and the joint. The support and the shaft clamp the support structure to a piece. Moreover, the loss of holding force between the supporting member and the moving member is achieved through the positioning structure, so that the problem that the continuation force provided by the component is affected by the state of the service can be eliminated. The descriptions of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ [Embodiment] In order to further understand the objects, structures, features, and functions of the present invention, the embodiments will be described in detail below. The computer peripheral device according to the present invention includes, but is not limited to, a camera, a micro card reader, a microphone, a speaker, a wireless communication 1303963 receiving is' wireless network card, and the like. The following is a description of a camera. Please refer to FIG. 1 and FIG. 2 for a standable and slidable support structure for carrying a camera 100 'the outer casing 110 of the camera 100 according to a preferred embodiment of the present invention. It is formed by combining a front casing 11a and a rear casing 110b. It should be noted that the electronic circuit components of different functions can be accommodated in the casing 11 to perform the functions of a computer peripheral device; the shape of the casing can also be changed according to different functions. In this embodiment, the housing is housed with a photographic element 12 〇 disposed in the housing 110, and the front housing 110a has a through hole 111 ′ for the lens of the photographic element 120 to pass through, and protrudes from the housing 11 . In addition to the cymbal, a pivoting seat 112 is formed on the bottom side of the outer casing 110. The pivoting seat 112 includes a first accommodating groove 112a located inside the casing 11 and a first accommodating groove 112a and the outer casing 110. The pivot hole 112b. The camera 1 further includes a plurality of first decorative members 130 and a second decorative member 14 〇 disposed on the outer casing 110 in a pivotal or inlay manner to decorate the outer shape of the outer casing 11 . The standable and grippable support structure provided by the preferred embodiment of the present invention comprises a base 200, a carrier member 3〇〇, a support member 4〇〇 and a moving member 5〇〇. The pedestal 200 is connected to the outer casing 100 for supporting the surface camera 1 , and the pedestal is formed by combining a first block _ and a second block ,. Part 2H) and - sliding part 22 (). The sliding portion 22 () has a sliding groove 221 formed between the first block 2a and the second block. The sliding groove 221 corresponds to the inner wall of the first frequency 200a, and a plurality of parallel juxtaposed locking grooves 222 are formed. The first pivoting portion 21 is disposed along the long axis direction of the base 200. One end of the 200 includes a second accommodating groove 211 located inside the susceptor 200 and a first oscillating groove 212 connected to the second accommodating groove 211, and the first oscillating groove 212 is along the long axis of the susceptor 200 Directions are opened. The first block 2〇〇a corresponds to one end of the first pivoting portion 210, forming two parallel first lugs 241, and the first first lugs 241 have a shaft hole 251, respectively. And the second block 200b corresponds to one of the first pivoting portions 21, and the second lugs 242 are respectively formed into two parallel holes, and the second lugs 242 also have a shaft hole 251, respectively. The spacing distance between the two first lugs 241 is slightly larger than the spacing distance between the two second lugs 242, so that when the first block 2〇〇a is coupled to the second block such as (9), the second-rabbit 2 is similar. The outer sides of the second lugs can be respectively abutted, and the shaft holes 251 of the first lug 241 and the second lug 242 are overlapped with each other. The carrier element 300 is configured to connect the camera 1 and the base 2 to enable the camera 1 to be movably disposed on the first pivoting portion 21 of the base 200. There is a first pivot post 31〇 and a second drag post 320. The first pivot post 31 extends perpendicularly to the second pivot post 3, such as the middle portion, and at the front end of the first: pivot post 3K), a crown portion 311 is formed, and a ring groove 31la is formed on the circumferential surface of the crown portion 3n. The rib supply-annular surface 33G is disposed in the annular groove 3. The crown portion 311 / series together with the annular gasket 33G is placed in the first receiving groove 112a inside the outer casing 11G, and the gasket 330 exerts an pressing effect on the inner wall of the first receiving groove 112a, while the first connecting post 310 passes through the outer casing. The pivoting hole 112 of the (10) is pivotally connected to the first pivoting post 31G of the bearing member 300, and (10), a, 祁 is positioned to bear the pressing force of the bearing member 300 through the annular washer 330, and is positioned at - Book a corner home. The two ends of the second pivot post 32〇 of the carrying member 3〇0 are respectively placed on the base ^1303963 „21; a pivot post 310 extends in the base 212 of the base, and the straw is used to carry the component The second pivot post 32 is inserted; the soil base 200 swings the first pivot post in the first swing slot 2 2 . The transmission bearing member 3 〇〇 ^ 土 丧 蹑 蹑 100 100 100 movable It is set on the earth seat 200 and can be rotated in two directions with respect to the base to change its pointing and elevation angles on the horizontal plane. In order to make the elevation angle of the camera (10), that is, the tilt angle of the first-pivot (four) 0 The predetermined second and second second pivoting posts are respectively provided with a ring-shaped annular ring for forming an urgent relationship with the second receiving groove 2 ι to fix the inclination angle of the first pivoting post 31〇. The slinger 400 has a pivoting end 41 〇 and a second pivoting portion 420. The second dragging portion 420 has a pivoting slot 421 and a second pivoting slot 422 connected to the pivoting slot, and the second pivoting portion The two sides of the 420 respectively have a shaft hole 4B, so that the second frame portion is formed, and the pivoting end is formed. The first pivoting portion 210 of the base is placed on the second The pivoting groove 421 of the pivoting portion 420 and the first swinging groove and the second swinging groove 422 are overlapped, and the axial hole of the second pivoting portion 42 is also the first pivoting portion of the base 200 The 21-inch shaft holes 251 are overlapped, and are pivotally inserted into the mutually overlapping shaft holes 25 and 423, so that the branch member is pivotally disposed at the first pivoting portion of the base 200 by the second pivoting portion 42. 21G, that is, the frame end 430 of the support member is pivotally connected to one side of the base, so that the support member can be rotated relative to the base 200. In addition, the second pivot post 32 of the carrying member 3〇〇 The cymbal is also connected to the first pivoting portion 210 of the pedestal, and the housing 110 of the camera 1 is pivotally connected to the pedestal 200 ′, so that the pivoting portion 43 of the supporting member 4 枢 is pivoted to the base In addition to the seat 2, 10 1303963 is also framed at the same time as the outer casing 11G, so that the support member and the outer casing 11 () can be rotated axially relative to each other' and during the relative rotation, due to the first-swing groove 212 and the second swing The slots 422 are overlapped with each other to allow the second pivot post 310 of the carrier member to oscillate among them, thereby increasing the variable range of the elevation angle of the outer casing 110. As shown in "Fig. 4" and "Fig. 5", the moving part 5 is shouted by the combination of the two-part 1G 5G() a, the moving part has the - connecting end 5K), and the - clamping end 520. A positioning component 53 is disposed between the second and third blocks, and the two ends of the positioning member 53 are rotatably connected to the second and third plates, and the paste 500 can be rotated relative to the positioning member 530. And the connection 4 510 and the positioning 70 piece 530 constitute a pivoting end 54〇. The positioning member 23 is inserted into the sliding groove 221 of the base f, so that the pivot end 540 is accommodated in the other side of the sliding groove 221 and the moving member 500 can be along the 2 (8) of the base 200: The cross-section 5GG is rotatably and movably disposed on the pedestal. The two positioning elements 53G have a rectangular cross section, so that the groove 221 is opposite to the opposite sides of the positioning member 530, thereby locating the element. 221 _ without axial rotation. In addition, in the positioning: toward the side of the locking groove 222 of the base, a resilient, forming-positioning block 532 is formed parallel to the axial direction of the clamping member 7G. By the elasticity = 531, a constant elastic force is generated in the front end of the secret cantilever 531, and as shown in the "figure 5", the present invention is rotated in the storage state to be attached to the base. ·, and it is folded over the base 11 1303963 20^. Here, the positioning element 53() is also moved to a first position away from the pivot 4 210 of the base. 1, that is, the connecting end 510 of the moving member is moved to the first position ρι, and the moving member 5 is rotated, so that the moving member is engaged with the base 200, and the folding member is folded on the other side of the _ 2 〇〇 On the other hand, when the moving member 500 and the supporting member are folded and folded against the base 200, they are respectively located on the two sides of the base, and the divisions overlap each other. In this way, the standing and the scaleable readings can be combined to form a single-frequency, and there is no protruding structure to facilitate the storage. In the standing state, the support member is rotated to be opened with the base 2; 忐+ μ is included, and the moving member 500 is also shown. It is rotated/between and formed at an angle, and parallel with the support material 400. At this time, the support member is completely knitted and the clamping end of the moving member (4) touches a thousand faces, and the joint can be clamped. The county structure stands at: two = 0::: flat: wide at the same time _ moving parts can be relative to the base 4 Κ) 'holding end from one end of the material, so it can extend the supporting end. , ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Come to two rooms. The idea is to 'but the inner side of the support member 4' to the object 6 'two' 1 and then move the moving member relative to the base to reach - the second, the front side of the moving member 500 abuts 'to the rear side The support structure 12 1303963 is clamped to the edge of the object, and the camera 100 is fixed. The camera 100 can be adjusted relative to the base 2 - to quickly adjust its configuration, changing the appearance of the camera touching her structure, The invention achieves the effect of beautifying the I. The present invention is capable of aligning the support and the _piece by pivoting and displacing 5()() with respect to the base 200 The pedestal· does not constitute a storage for the esthetic structure. At the same time, in addition to the rotation of the susceptor 200, the moving member can also move linearly, so that the support member 400 and the moving member can be lifted. The span between the crucibles, the stability of the support structure when standing on the plane, and the support member 4〇〇 and the moving member can be used to clamp the support structure to an object, when the support member 400 and the moving member are The clamping force between the two is achieved by the positioning block and the groove 2D. This can save the bite of the elastic element, avoid the lack of elastic fatigue, or the problem that the elastic element is inconsistent due to the change of the stretched length. The preferred embodiments are not intended to limit the scope of the present invention. Those skilled in the art, after the disclosure of the present invention, modify the replacement, such as a computer peripheral device such as a speaker or a microphone, instead of a camera, are based on the present invention. Therefore, the equivalent changes and modifications made without departing from the scope of the technical idea of the present invention should be included in the scope of the patent application of the present invention. 13 1303963 [Simple description of the drawing] 2 is an exploded perspective view of an embodiment of the present invention, showing a support mechanism in a stored state; FIG. 3 is an external perspective view of the embodiment of the present invention, showing that the support mechanism stands on a plane; In the embodiment of the present invention, an external perspective view of the positioning component; FIG. 5 is a schematic cross-sectional view of the base in the embodiment of the present invention; A state in which the positioning member moves in the sliding groove is disclosed; and FIG. 6 is an external perspective view of the embodiment of the present invention, showing that the supporting mechanism is clamped to an object. [Main component symbol description] 100 camera 110 housing 110a front housing 110b rear housing Body 120 photographic element 111 perforation 112 habitat 112a first accommodating groove 14 1303963 112b pivot hole 130 first garnish 140 second garnish 200 pedestal 200a first body 200b second block 210 first erection unit
211 第二容置槽 212 第一擺動槽 220 滑動部 221 滑動槽 222 卡制凹槽 241 第一凸耳 242 第二凸耳 251 轴孔 260 樞軸 300 承載元件 310 第一樞接柱 311 冠部 311a 環槽 320 第二樞接柱 330 環狀墊圈 15 1303963 ❿211 second accommodating groove 212 first oscillating groove 220 sliding portion 221 sliding groove 222 clamping groove 241 first lug 242 second lug 251 shaft hole 260 pivot 300 bearing member 310 first pivot post 311 crown 311a ring groove 320 second pivot post 330 annular washer 15 1303963 ❿
a 00001 2 30000001200 4012222300123334012 344444 44555555556PP 環狀墊圈 支撐件 支撐端 弟二柩設部 樞接槽 第二擺動槽 轴孔 樞接端 移動件 第三塊體 連接端 夾持端 定位元件 彈性懸臂 定位塊 樞接端 物件 第一位置 第二位置 16a 00001 2 30000001200 4012222300123334012 344444 44555555556PP Annular washer support support end 柩 部 枢 枢 枢 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三End object first position second position 16