200920983 九、發明說明： • 【發明所屬之技術領域】 . 本發明涉及一種相機腳架，特別係指一種具有既能夠 拍攝風景又具有翻拍功能之相機腳架。 【先前技術】 人們在攝影時，常常會將相機與相機腳架配合使用。 習知之相機腳架如圖1所示，包括一基座70、一置於基座 70 —侧之雲臺60及置於基座70另一側之三支腳90。該 / 雲臺60頂面中心設有螺絲以承接相機，其底面設有柩接 部與基座70枢接。每一支腳90為具有二段可伸縮調整之 支腳，其一端樞接於基座70與雲臺60相對之另一端部， 另一端架置於地面，使基座70及雲臺60位於由三支腳90 構成之三角架之中間頂部，以支撐整個相機。 然而，該相機腳架往往以輔助拍攝水準景物為主，使 用者若需要翻拍書籍雜誌等書面資料時，需使相機能夠朝 下拍攝資料，就必須收攏支腳以避免遮住相機鏡頭，同時 相機還需要相對基座70前傾朝下，使得相機離開三角架 支撐之中心，造成重心不穩而容易翻倒，無法有效穩固相 機。 【發明内容】 本發明旨在提供一種既可以拍攝水準景物也可以方 便翻拍資料之相機腳架。 一種相機腳架，包括一基座、一用於固定一相機之雲 臺及可伸縮之三支腳，該雲臺與支腳分別樞接於基座之相 200920983 對兩側端部。每一支腳包括一第一伸縮腿及連接第一伸縮 腿之第二伸縮腿，其中第一伸縮腿與基座樞接。該等支腳 中至少二支腳之每一第二伸縮腿具有一第一樞接部與一 第二樞接部，同一第二伸縮腿之第一枢接部與一第二枢接 部可以相對轉動並互成角度。 本發明相機腳架藉由至少二支腳第二伸縮腿之第一 樞接部與第二樞接部，使支腳之部分可以旋轉彎折至遠離 第三支腳之一侧，以共同支撐翻拍資料狀態之相機，使相 機得到穩固之支撐。 【實施方式】 下面將結合附圖，舉以下較佳實施方式並配合圖式詳 細描述如下。 請參閱圖2,為本發明相機腳架較佳實施方式，該相 機腳架包括一基座10、一與基座10 —侧端部樞接之雲臺 20及與基座10相對另一侧端部樞接之一第一支腳34與二 第二支腳38。一相機80安裝在雲臺20上以進行拍攝。 基座10包括一大致呈矩形板塊狀之本體11，該本體 Π頂面靠近一侧邊之中部向上凸設有一軸接部12，軸接 部12上設有樞接孔（圖未示），以樞接該雲臺20 ;該本體 11與雲臺20相反之一侧端部設置有呈均勻分佈之三樞接 部13以分別柩接第一支腳34及二第二支腳38。 雲臺20大致呈矩形板塊狀，其一側面中部設有凹槽 (圖未示）以對應收容該基座10之軸接部12，一連接件 如銷釘穿過雲臺20凹槽與基座10之軸接部12,以使雲臺 7 200920983 20以連接件為中心軸線繞基座10之軸接部12轉動。因 — 此，雲臺20可以繞著其與基座10之樞接處即枢接部12 . 翻轉，可以自平行緊貼基座10頂面之狀態（如圖2所示） 轉變成垂直基座10之狀態（如圖3所示）。雲臺20頂面 中部垂直凸伸一螺絲25，該螺絲25.用於螺合該相機80 之底部，將相機80垂直固定在雲臺20上。 第一支腳34與第二支腳38均為二段或二段以上可伸 縮調整長度之管狀體，在本實施方式中第一支腳34與第 f 二支腳38為三段可伸縮調整長度之管狀體。 第一支腳34包括呈管狀且外徑由大至小之第一伸縮 腿341、第二伸縮腿342、及第三伸縮腿343。第一伸縮腿 341之外徑比第二、第三伸縮腿342、343大。第一伸縮腿 341 —端樞接在基座10與雲臺20相反一側端部並離基座 10之軸接部12較遠之一樞接部13上。第二伸縮腿342 之外徑稍小於第一伸縮腿341之内徑。第二伸縮腿342從 第一伸縮腿341遠離基座10之一側端伸入收容於第一伸 縮腿341，並可以相對第一伸縮腿341沿軸向滑動及繞軸 心相對第一伸縮腿341轉動。同理第三伸縮腿343之外徑 稍小於第二伸縮腿342之内徑，第三伸縮腿343從第二伸 縮腿342遠離第一伸縮腿341之外侧端伸入收容於第二伸 縮腿342，並可以相對第二伸縮腿342沿軸向滑動。因此 整個第一支腳34可以沿轴向自身伸縮及繞軸心相對轉 動，當達到最大長度時，第一、第二、第三支腳341、342、 343之間接合端相互卡掣以使相互不脫離。當第一支腳34 200920983 調整為合適長度以後，可以藉由各種鎖固方式如板扣式、 • 螺旋式等方式將第一、第二、第三伸縮腿341、342、343 - 之間接合端固定，使它們相互不再滑動伸縮。第三伸縮腿 343遠離基座1〇即遠離第二伸縮腿342之外側端安裝有腳 墊（圖未標），該腳墊幫助整個相機腳架立穩在地面上或 者桌子上以保證拍攝之穩定效果。 f 每一第二支腳38與第一支腳34結構大致相同，亦具 有第一、第二、第三伸縮腿381、382、383。在本實施方 式中第二支腳38之第一、第三伸縮腿381、383之結構分 別與第一支腳34之第一、第三伸縮腿341、343之結構完 全相同，其中第一伸縮腿381之一端樞接在靠近基座1〇 之軸接部12之樞接部13上，第三伸縮腿383遠離基座1〇 之一側端亦具有腳墊。每一第二支腳38之第二伸縮腿382 與第一支腳34之第二伸縮腿342不同之處只係第二伸縮 腿382包括二相互鉸接之第一樞接部3825與第二樞接部 3826。第一樞接部3825 —端伸入收容於第一伸縮腿381， 另一端设有凹槽3821及樞接孔，第二樞接部3826 —端中 部延伸設有通孔之凸塊3829，該凸塊3829與第一樞接部 3825另一端之凹# 3821配合，藉由一連接件如銷釘穿 接，使第一柩接部3825與第二樞接部3826樞接在一起並 可以相對轉動而互成角度。在本實施方式中，第二插接部 3826可以相對第-樞接部3825最大_ %度，使第 縮腿382之第二樞接部遍帶動第三伸縮腿如 直於第二伸縮腿382之第-樞接部廳及第—伸縮腿 200920983 381，也就是說，第二支腳38可以整體分成上下相互垂直 - 之兩部分（如圖3所示），同時調節第一支腳34之整體長 . 度及其與基座10之角度，以穩定整個相機支架。 當該相機支架用於拍攝風景時，如圖2所示，將第一 支腳34、第二支腳38拉伸至合適之長度並繞基座10之三 樞接部13以基座10為中心向外張開，經過適當調節形成 穩定之三角架，其中第二支腳38之第二伸縮腿382之第 一樞接部3825與第二樞接部3826成一直線，並藉由自身 f 或者外部之鎖定結構（圖未示）將第一樞接部3825與第 二枢接部3826鎖定為成共線之狀態。此時雲臺20平行於 置基座10上，相機80垂直鎖合在雲臺20上並處於整個 相機支架之中心位置，使得相機80可以穩定地對風景或 其他物體進行拍攝。 當該相機支架用於拍攝翻拍資料如書籍位於桌面上 時，如圖3及圖4所示，將第二支腳38之第一伸縮腿381、 第二伸縮腿382之第一樞接部3825垂直基座10與桌面垂 直，將第二伸縮腿382之第二樞接部3826及第三伸縮腿 383樞轉至垂直於第一樞接部3825並貼緊桌面，同時適當 調節二第二支腳38之第二伸縮腿382之第二樞接部3826 及第三伸縮腿383在桌面上相互間之角度，使得相機支架 穩定地架於桌面上。同時雲臺20翻轉垂直於基座10上， 相機80垂直鎖合在雲臺20即相機80朝下拍攝，此時書 籍放置於二第二支腳38之第二伸縮腿382之第二樞接部 3826及第三伸縮腿383之間，以及在相機80之正下方。 10 200920983 所以相機8〇藉由相機支架之設置既可以近距離拍攝書籍 "貝料’又保持整個相機支架重心穩定不翻轉。 可以理解地，在其他實施方式中可以將第一支腳設置 成與第二支腳相同之結構，即將三支腳之第二伸縮腿均設 置有二鉸接之第一樞接部與第二樞接部。如此，當該相機 支架用於拍攝翻拍資料如書籍位於桌面上時，相機支架、 三支腳中之任二支腳可以相對另一支腳調節，從而相機= 架之使用可以更加靈活方便。200920983 IX. Description of the invention: • Technical field to which the invention pertains. The present invention relates to a camera stand, and in particular to a camera stand having both a landscape and a remake function. [Prior Art] When shooting, people often use the camera with a camera stand. As shown in FIG. 1, the conventional camera stand includes a base 70, a pan 60 placed on the side of the base 70, and three legs 90 disposed on the other side of the base 70. The center of the top surface of the / pan/tilt 60 is provided with a screw to receive the camera, and the bottom surface thereof is provided with a splicing portion pivotally connected with the base 70. Each leg 90 is a leg having two stages of telescopic adjustment, one end of which is pivotally connected to the other end of the base 70 opposite to the platform 60, and the other end is placed on the ground so that the base 70 and the pan/tilt 60 are located. The middle top of the tripod consisting of three legs 90 to support the entire camera. However, the camera stand is often dominated by the auxiliary shooting scene. If the user needs to remake the written materials such as books and magazines, the camera must be able to shoot the data downwards, and the feet must be folded to avoid covering the camera lens. It is also necessary to lean forward with respect to the base 70 so that the camera leaves the center of the tripod support, causing the center of gravity to be unstable and easily tipped over, and the camera cannot be effectively stabilized. SUMMARY OF THE INVENTION The present invention is directed to a camera stand that can capture both a level scene and a reticle data. A camera stand includes a base, a cloud table for fixing a camera, and three telescopic legs, the pan and the legs are respectively pivotally connected to the opposite ends of the base of the base. Each leg includes a first telescopic leg and a second telescopic leg that connects the first telescopic leg, wherein the first telescopic leg is pivotally coupled to the base. Each of the second telescopic legs of the at least two legs of the legs has a first pivoting portion and a second pivoting portion, and the first pivoting portion and the second pivoting portion of the same second telescopic leg may be Rotate relative to each other and at an angle to each other. The camera stand of the present invention has a first pivoting portion and a second pivoting portion of the second telescopic leg of the at least two legs, so that a portion of the leg can be flexibly bent away from one side of the third leg to jointly support The photographic camera is remake to give the camera a solid support. [Embodiment] Hereinafter, the following preferred embodiments will be described in detail with reference to the accompanying drawings. Please refer to FIG. 2 , which is a preferred embodiment of the camera stand according to the present invention. The camera stand includes a base 10 , a platform 20 pivotally connected to the side end of the base 10 , and the opposite side of the base 10 . The end pivotally connects one of the first leg 34 and the second leg 38. A camera 80 is mounted on the pan/tilt head 20 for shooting. The base 10 includes a body 11 having a substantially rectangular plate shape, and a shaft joint portion 12 is protruded upward from a middle portion of the top surface of the body, and a pivot hole is disposed on the shaft portion 12 (not shown). The pan head 20 is pivotally connected to the pan head 20; the body side 11 is disposed at a side end opposite to the pan head 20 with three pivoting portions 13 uniformly distributed to respectively connect the first leg 34 and the second leg 38. The gimbal 20 has a substantially rectangular plate shape, and a groove (not shown) is disposed in a middle portion of the one side to correspond to the shaft portion 12 for receiving the base 10. A connecting member such as a pin passes through the groove and the base of the platform 20 The shaft joint 12 of the seat 10 rotates the pan head 7 200920983 20 around the shaft joint portion 12 of the base 10 with the connecting member as a central axis. Therefore, the pan/tilt head 20 can be turned around the pivotal portion of the base 10, that is, the pivoting portion 12, and can be turned into a vertical base from the state of being parallel to the top surface of the base 10 (as shown in FIG. 2). The state of the seat 10 (as shown in Figure 3). A screw 25 is vertically protruded from the top surface of the head 20, and the screw 25 is used to screw the bottom of the camera 80 to vertically fix the camera 80 on the platform 20. The first leg 34 and the second leg 38 are two or more segments of the telescopically adjustable length. In the present embodiment, the first leg 34 and the f th leg 38 are three-stage telescopic adjustment. A tubular body of length. The first leg 34 includes a first telescopic leg 341, a second telescopic leg 342, and a third telescopic leg 343 which are tubular and have an outer diameter from large to small. The outer diameter of the first telescopic leg 341 is larger than the second and third telescopic legs 342, 343. The first telescopic leg 341 is pivotally connected to one end of the base 10 opposite to the pan 20 and is located farther from the pivot portion 13 of the base 10 of the base 10. The outer diameter of the second telescopic leg 342 is slightly smaller than the inner diameter of the first telescopic leg 341. The second telescopic leg 342 extends from the side end of the first telescopic leg 341 away from the base 10 into the first telescopic leg 341, and is axially slidable relative to the first telescopic leg 341 and opposite to the first telescopic leg around the axis. 341 turns. Similarly, the outer diameter of the third telescopic leg 343 is slightly smaller than the inner diameter of the second telescopic leg 342. The third telescopic leg 343 extends from the outer end of the second telescopic leg 342 away from the first telescopic leg 341 into the second telescopic leg 342. And can slide in the axial direction relative to the second telescopic leg 342. Therefore, the entire first leg 34 can be self-expanded in the axial direction and relatively rotated around the axis. When the maximum length is reached, the joint ends between the first, second and third legs 341, 342, 343 are mutually engaged to enable Not separated from each other. After the first leg 34 200920983 is adjusted to a suitable length, the first, second, and third telescopic legs 341, 342, and 343 can be engaged by various locking methods such as a buckle type, a spiral type, or the like. The ends are fixed so that they no longer slide and retract each other. The third telescopic leg 343 is away from the base 1 , that is, away from the outer end of the second telescopic leg 342 , and is mounted with a foot pad (not labeled), which helps the entire camera stand to stand on the ground or on the table to ensure the shooting. Stable effect. f Each second leg 38 is substantially identical in structure to the first leg 34 and also has first, second, and third telescopic legs 381, 382, 383. In the present embodiment, the structures of the first and third telescopic legs 381 and 383 of the second leg 38 are respectively identical to the structures of the first and third telescopic legs 341 and 343 of the first leg 34, wherein the first telescopic One end of the leg 381 is pivotally connected to the pivoting portion 13 of the pivoting portion 12 of the base 1 , and the third telescopic leg 383 has a foot pad away from the side end of the base 1 . The second telescopic leg 382 of each second leg 38 is different from the second telescopic leg 342 of the first leg 34 only in that the second telescopic leg 382 includes two first pivoting portions 3825 and a second pivot that are hinged to each other. Connection 3826. The first pivoting portion 3825 is formed to be received in the first telescopic leg 381, the other end is provided with a recess 3821 and a pivoting hole, and the second pivoting portion 3826 has a through-hole bump 3829 extending in a middle portion thereof. The protrusion 3829 cooperates with the recess # 3821 at the other end of the first pivoting portion 3825, and the first splicing portion 3825 and the second pivoting portion 3826 are pivotally connected and relatively rotatable by a connecting member such as a pin. And at an angle to each other. In the present embodiment, the second insertion portion 3826 can be at most _% degrees relative to the first pivot portion 3825, so that the second pivot portion of the first leg 382 can drive the third telescopic leg to be straighter than the second telescopic leg 382. The first pivotal portion and the first telescopic leg 200920983 381, that is, the second leg 38 can be divided into two parts which are vertically perpendicular to each other (as shown in FIG. 3), and the first leg 34 is adjusted at the same time. The overall length and its angle to the base 10 to stabilize the entire camera mount. When the camera holder is used to capture a landscape, as shown in FIG. 2, the first leg 34 and the second leg 38 are stretched to a suitable length and around the three pivoting portions 13 of the base 10 with the base 10 as The center is flared outwardly and is properly adjusted to form a stable tripod. The first pivoting portion 3825 of the second telescopic leg 382 of the second leg 38 is in line with the second pivoting portion 3826 and is self-f or An external locking structure (not shown) locks the first pivoting portion 3825 and the second pivoting portion 3826 in a collinear state. At this time, the pan/tilt head 20 is parallel to the base 10, and the camera 80 is vertically locked to the pan/tilt head 20 and is at the center of the entire camera stand, so that the camera 80 can stably photograph landscapes or other objects. When the camera holder is used for shooting remake data, such as a book on a table, as shown in FIG. 3 and FIG. 4, the first telescopic leg 381 of the second leg 38 and the first pivoting portion 3825 of the second telescopic leg 382 are used. The vertical base 10 is perpendicular to the table top, and the second pivoting portion 3826 and the third telescopic leg 383 of the second telescopic leg 382 are pivoted to be perpendicular to the first pivoting portion 3825 and close to the table top, and the second branch is appropriately adjusted. The second pivoting portion 3826 and the third telescopic leg 383 of the second telescopic leg 382 of the foot 38 are at an angle to each other on the table top, so that the camera holder is stably mounted on the table top. At the same time, the pan/tilt head 20 is flipped perpendicularly to the base 10, and the camera 80 is vertically locked to the pan/tilt head 20, that is, the camera 80 is photographed downward. At this time, the book is placed on the second pivotal joint of the second telescopic leg 382 of the second leg 38. Between the portion 3826 and the third telescopic leg 383, and directly below the camera 80. 10 200920983 So the camera 8 can be used to take close-up shots of the book with the camera stand. The “beef material” keeps the center of the camera frame stable and does not flip. It can be understood that in other embodiments, the first leg can be configured to be the same structure as the second leg, that is, the second telescopic leg of the three legs is provided with the two hinged first pivoting portion and the second pivot Connection. In this way, when the camera stand is used to shoot remake data, such as when the book is on the table, any two of the camera stand and the three legs can be adjusted relative to the other leg, so that the use of the camera = frame can be more flexible and convenient.
綜上所述，本發明符合發明專利要件， 利申請。惟，以上所述者僅為本發明之較佳银^提出專 發明之範圍並不以上述實施方式為限，與只施方式，本 ^ 私凡熟悉;** 之人士援依本發明之精神所作之等效修飾戈尚 -、筏蟄 蓋於以下申請專利範圍内。 2、遂化，皆應涵 【圖式簡單說明】 圖1係習知技術之相機腳架之立體圖。 圖2係本發明相機腳架之前視圖， 支腳為伸直狀態。 目機腳架之二 圖3係本發明相機腳架之側視圖，立 支腳為旋轉彎折狀態。 、目機腳架之二 圖4係圖3相機腳架之前視圖。 【主要元件符號說明】 [習知] 雲臺 60 基座 支腳 90 7〇 200920983 [本發明j 基座 10 本體 11 轴接部 12 極接部 13 雲臺 20 螺絲 25 第一支腳 34 第一伸縮腿 341 ' 381 第二伸縮腿 342 ' 382 第三伸縮腿 343 ' 383 第二支腳 38 凹槽 3821 第一框接部 3825 弟—極接部 3826 凸塊 3829 相機 80 12In summary, the present invention meets the requirements of the invention patent, and the application is made. However, the above description is only for the preferred embodiment of the present invention. The scope of the invention is not limited to the above-described embodiments, and is only familiar to those skilled in the art; The equivalent modification made by Geshang-, 筏蛰 于 is within the scope of the following patent application. 2, 遂化,皆应涵 [Simple description of the diagram] Figure 1 is a perspective view of the camera stand of the prior art. Figure 2 is a front elevational view of the camera stand of the present invention with the legs in a straightened condition. Fig. 3 is a side view of the camera stand of the present invention, and the standing legs are in a state of being rotated and bent. 2, the eyepiece of the eyepiece Figure 4 is a front view of the camera stand of Figure 3. [Description of main component symbols] [Practical] PTZ 60 base leg 90 7〇200920983 [Inventive j base 10 body 11 shaft joint 12 pole joint 13 pan head 20 screw 25 first leg 34 first Telescopic leg 341 ' 381 Second telescopic leg 342 ' 382 Third telescopic leg 343 ' 383 Second leg 38 Groove 3821 First frame joint 3825 Brother - pole joint 3826 Bump 3829 Camera 80 12