200949414 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種攝影裝置，尤其涉及一種照相機。 【先前技術】 -a 一般情況下，人們在使用照相機拍攝照片或錄影時， •是以雙手握持相機拍攝而已。然而，在拍攝的過程中，有 時當需要快速移動照相機轉換畫面並進行拍攝時，照相機 在雙手握持的移動中，很容易在拍攝快速移動目標轉換畫 ©面的過程中產生抖動和晃動，而使拍攝效果不良。 雖然許多需要較高穩定性的特殊技巧拍攝，可配合將 照相機架設在一組三腳架上固定，以利於穩定拍攝。但是， 現有的三腳架體積比較大，操作比較複雜。對於使用那些 小型的數位照相機的用戶來說，使用體積大且操作比較複 雜的三角架是很不方便的。 【發明内容】 有鑒於此，實有必要提供一種使用方便且穩定拍攝的 ❹照相機。 一種照相機，其包括本體，該本體用於拍攝照片。該 照相機還包括三個與該本體相連並用於支撐該本體的支樓 件’該支稽件包括固定座和支撐腳，該支撐腳包括樞轉部 及與該樞轉部連接的支撐部，該固定座和該樞轉部其中— 者設有球體’另一者設有樞轉槽，該球體與該樞轉槽配合 將該支撐腳樞接於該固定座上。 上述照相機設有支撐件，由於支撐件可以支撐照相機 的本體，使照相機的本體能夠穩定地拍照。另外，由於該 6 200949414 支稽件設置在本體上方便使用。 【實施方式】 請參看圖i及圖2,照相機1〇〇包括本體1〇以及分別 與本體料接並用於支撲本體1〇的三個支撐件2〇。本體 乂0二 =攝照片。三個支樓件2〇可呈三角架狀張開而將 •本體10穩疋地架設於其上，以使本體1〇穩定拍攝。 本體10的底部向内凹陷形成長條狀的第一收容槽i2a 以及位於第一收容槽12a兩侧並與第一收容槽12a平行的 ❹兩個第二收容槽12b。 三個支樓件20中有-個支料2〇安裝於第一收容槽 12a的-端’其他兩個支樓件2〇分別安裝於兩個第二收容 槽12b上與第一收容槽12a 一端相對的端部，從而使三個 支撐件20在本體1G的底部呈三角形分佈設置，並分別收 容於相應的第一收容槽12a或第二收容槽i2b内。 請同時參看圖3至圖5,每個支揮件2〇包括與本體ι〇 ❹ 連接的駭座22以及可相對固定座22樞轉的支擇腳2心 支樓腳24包括球體狀的樞轉冑24〇，以及凸設於極轉 部240上的長杆狀支撐部242。 固定座22呈罩體狀’其底部藉由螺釘或輕接（圖未 不）方式固定在第-收容槽12或第二收容槽m内。固定 座22内設樞轉槽222，樞轉槽222與支撐腳％的樞 240配合將支標腳24與固定座22可旋轉地連接。框轉槽 222是自固定座22的底部向内挖設而成，其在固定座μ 底部上形成-圓形的槽口 2220。固定座22的頂部 設有與樞轉槽222相連通的圓形的開口 224。樞轉槽222 7 200949414 的内徑比開口 224的口徑大。支撐腳24從槽口 2220進入 枢轉槽222内，其樞轉部240被限制於樞轉槽222内，而 其支撐部242從開口 224伸出。由於個支撐件20呈三角形 分佈設置於本體10的底部，從而三個支撐腳24呈三角架 -狀，可穩定地架設本體10。 . 固定座22的外周壁上還設有缺口 226，缺口 226分別 與樞轉槽222以及開口 224相連通。欲將支撐件20容置於 相應的第一收容槽12a或第二收容槽12b時，將支撐腳24 ❹向相應的第一收容槽12a或第二收容槽12b樞轉並從缺口 226中旋入相應的第一收容槽12a或第二收容槽12b内即 可。優選地，第一收容槽12和第二收容槽12b的内部形狀 與支撐件20的形狀相匹配。 支撐件20還包括順次安裝於樞轉槽222内的墊塊26 以及彈簧28。當固定座22固定在本體10上時，彈簧28 抵緊墊塊26,墊塊26再迫緊樞轉部240將支撐腳24的柩 轉部240限制於開口 224處。由於墊塊26藉由彈簧28迫 Ο 緊樞轉部240，防止支撐腳24在使用過程中鬆動而影響支 撐件20的使用。 在其他實施方式中，支撐件20的固定座22設置為球 體狀。支撐腳24的球體狀樞轉部240相應地設置成罩體狀。 請參看圖6,其為另一較佳實施方式的支撐件20,其 包括固定座22和支撐腳24。固定座22包括球體221以及 凸設於球體221上的螺紋部223。球體221藉由螺紋部223 固定於本體10的第一收容槽12a或第二收容槽12b内。 支撐腳24包括罩體狀樞轉部241和連接於柩轉部241 8 200949414 的長杆狀支撐部243。樞轉部241内設有樞轉槽245。樞轉 槽245與固定座22球體221配合將支撐腳24與固定座22 可旋轉地連接。樞轉槽241是自樞轉部241的底部向内挖 設而成，其在樞轉部241底部上形成一圓形的槽口 2411。 - 樞轉槽241的槽口 2411處設有内螺紋2413。樞轉部241 .的頂部上還開設有圓形的開口 247，且開口 247與樞轉槽 245相連通。樞轉部241的内徑比開口 247的口徑大。 支撐部243還設有與内螺紋2413螺合的外螺紋 ❹2431，從而支撐部243和枢轉部241藉由内螺紋2413和外 螺紋2431相螺合而連接在一起。 支撐件20還包括順次安裝於樞轉槽2411内的墊塊26 和彈簧28。支撐腳24與固定座22連接時，彈簧28抵緊 墊塊26，墊塊26迫緊球體221從而將球體221限制於開 口 247 處。 使用照相機100拍攝時，將三個支撐腳24分別從第一 收容槽12a和第二收容槽12b内向外拽出，使三個支撐腳 ❹242呈三角架狀張開，從而將本體10穩定地架設於其上。 拍攝結束後，將三個支撐腳242容置於第一收容槽12a和 第二收容槽12b内即可。 由於照相機100上設有三個支撐件20，在使用過程 中，三個支撐件20張開呈三角架狀，照相機100的本體 10可在三個支撐件20共同作用下穩定地架設於其上，用 戶無需直接雙手握持照相機拍攝，從而可避免雙手抖動或 晃動影響拍攝效果。另外，由於支撐件20設有彈性元件 28，彈性元件28保持迫緊支撐件20的球體，使支撐腳24 9 200949414 不會鬆弛’且易於調整支撐腳24張開角度方向。 上述實施方式僅為本發明的較佳實施方式，而不僅限 ^上述實施方式。如支撐件的固定座及支撐腳結構可設置 、八他結構，只要使支撐腳相對固定座樞轉’並能夠支撐 照相的機本體即可。另外，支撐# 2G也可設置成三個以 上’達到穩定支撐照相機的本體即可。 【圖式簡單說明】 圖1係一較佳實施照相機的立體圖。 圖2係照相機的仰視圖。 圖3係第一較佳實施方式支撐件的分解圖。 圖4係第一較佳實施方式支撐件的立體圖。 圖5係圖4所示支撐件的剖面圖。 圖6係第一較佳實施方式支撐件的剖面圖。 【主要元件符號說明】 照相機 100 本體 10 支撐件 20 第一收容槽 12a 第二收容槽12b 固定座 22 支標腳 24 樞轉部 240、241 支樓部 242、243 樞轉槽 222、245 槽口 2220 ' 2411 開口 224、2431 缺口 226 墊塊 26 彈簧 28 球體 221 螺紋部 223 外螺紋 2431 内螺紋 2413200949414 IX. Description of the Invention: [Technical Field] The present invention relates to a photographing apparatus, and more particularly to a camera. [Prior Art] -a In general, when people use a camera to take photos or videos, they are shooting with both hands holding the camera. However, during the shooting process, sometimes when it is necessary to quickly move the camera to switch the screen and shoot, the camera can easily shake and shake during the movement of the two-handed grip in the movement of the two-handed grip. And the shooting is not good. Although many special techniques for high stability are required, the camera can be mounted on a set of tripods for stable shooting. However, the existing tripod is relatively large in size and complicated in operation. For users who use small digital cameras, it is inconvenient to use a large and complicated tripod. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a helium camera that is easy to use and stable in shooting. A camera includes a body for taking a photo. The camera further includes three support members connected to the body for supporting the body. The support member includes a fixed seat and a support leg, and the support leg includes a pivot portion and a support portion connected to the pivot portion. The fixing seat and the pivoting portion are provided with a ball body. The other one is provided with a pivoting groove, and the ball body cooperates with the pivoting groove to pivotally connect the supporting leg to the fixing seat. The above camera is provided with a support member which enables the body of the camera to be photographed stably since the support member can support the body of the camera. In addition, since the 6 200949414 pieces are set on the main body for convenient use. [Embodiment] Referring to Figures i and 2, the camera 1 includes a body 1 and three support members 2 respectively connected to the body and used to support the body 1 . Ontology 乂 0 2 = photo taken. The three branch members 2 can be opened in a tripod shape to stably mount the body 10 thereon so that the body 1 is stably photographed. The bottom of the main body 10 is recessed inwardly to form an elongated first receiving slot i2a and two second receiving slots 12b located on opposite sides of the first receiving slot 12a and parallel to the first receiving slot 12a. One of the three branch members 20 is mounted on the end of the first receiving slot 12a. The other two supporting members 2 are respectively mounted on the two second receiving slots 12b and the first receiving slot 12a. The ends of the first support member 12G are disposed in a triangular shape at the bottom of the body 1G, and are respectively received in the corresponding first receiving slots 12a or second receiving slots i2b. Referring to FIG. 3 to FIG. 5 at the same time, each of the support members 2 includes a sley 22 connected to the body ι and a support leg 2 pivotally pivotable relative to the fixed seat 22. The foot 24 includes a spherical pivot. The switch 24 〇 and the long rod-shaped support portion 242 protruding from the pole rotating portion 240. The fixing base 22 is in the shape of a cover body. The bottom portion thereof is fixed in the first receiving groove 12 or the second receiving groove m by means of a screw or a light connection (not shown). A pivoting groove 222 is defined in the fixing base 22, and the pivoting groove 222 cooperates with the pivot 240 of the supporting foot to rotatably connect the supporting leg 24 with the fixing base 22. The frame turning groove 222 is formed inwardly from the bottom of the fixing base 22, and forms a circular notch 2220 on the bottom of the fixing base μ. The top of the mount 22 is provided with a circular opening 224 that communicates with the pivot slot 222. The inner diameter of the pivoting groove 222 7 200949414 is larger than the diameter of the opening 224. The support leg 24 enters the pivot slot 222 from the slot 2220 with its pivot portion 240 confined within the pivot slot 222 and its support portion 242 extending from the opening 224. Since the support members 20 are arranged in a triangular shape at the bottom of the body 10, the three support legs 24 are in the shape of a tripod, and the body 10 can be stably mounted. The outer peripheral wall of the fixing base 22 is further provided with a notch 226 which communicates with the pivoting groove 222 and the opening 224, respectively. When the support member 20 is to be received in the corresponding first receiving slot 12a or the second receiving slot 12b, the supporting leg 24 is pivoted to the corresponding first receiving slot 12a or the second receiving slot 12b and is rotated from the notch 226 It suffices to enter the corresponding first receiving groove 12a or the second receiving groove 12b. Preferably, the inner shapes of the first receiving groove 12 and the second receiving groove 12b match the shape of the support member 20. The support member 20 also includes a spacer 26 and a spring 28 that are sequentially mounted in the pivoting groove 222. When the mount 22 is secured to the body 10, the spring 28 abuts the block 26, which in turn forces the pivot portion 240 to confine the swivel portion 240 of the support leg 24 to the opening 224. Since the spacer 26 urges the pivot portion 240 by the spring 28, the support leg 24 is prevented from loosening during use and affects the use of the support member 20. In other embodiments, the mount 22 of the support member 20 is configured in a spherical shape. The spherical pivot portion 240 of the support leg 24 is correspondingly disposed in a cover shape. Referring to Figure 6, a support member 20 of another preferred embodiment includes a mount 22 and a support leg 24. The holder 22 includes a ball 221 and a threaded portion 223 protruding from the ball 221 . The ball 221 is fixed to the first receiving groove 12a or the second receiving groove 12b of the body 10 by the threaded portion 223. The support leg 24 includes a cover-like pivot portion 241 and a long rod-shaped support portion 243 connected to the twist portion 241 8 200949414. A pivoting groove 245 is provided in the pivoting portion 241. The pivoting groove 245 cooperates with the ball 221 of the fixed seat 22 to rotatably connect the support leg 24 with the fixed seat 22. The pivoting groove 241 is formed inwardly from the bottom of the pivoting portion 241, and a circular notch 2411 is formed on the bottom of the pivoting portion 241. - An internal thread 2413 is provided at the notch 2411 of the pivot groove 241. A circular opening 247 is also formed in the top of the pivoting portion 241. The opening 247 is in communication with the pivoting groove 245. The inner diameter of the pivot portion 241 is larger than the diameter of the opening 247. The support portion 243 is further provided with an external thread ❹ 2431 which is screwed to the internal thread 2413, so that the support portion 243 and the pivot portion 241 are coupled together by the internal thread 2413 and the external thread 2431 being screwed together. The support member 20 also includes a spacer 26 and a spring 28 that are sequentially mounted within the pivoting slot 2411. When the support leg 24 is coupled to the mount 22, the spring 28 abuts the block 26 which urges the ball 221 to confine the ball 221 to the opening 247. When the camera 100 is used for photographing, the three supporting legs 24 are respectively pulled out from the first receiving groove 12a and the second receiving groove 12b, so that the three supporting legs 242 are opened in a tripod shape, thereby stably erecting the body 10. On it. After the shooting is completed, the three supporting legs 242 are received in the first receiving groove 12a and the second receiving groove 12b. Since the camera 100 is provided with three support members 20, the three support members 20 are opened in a tripod shape during use, and the body 10 of the camera 100 can be stably erected thereon by the cooperation of the three support members 20. Users do not need to hold the camera directly with both hands, so you can avoid shaking or shaking your hands. In addition, since the support member 20 is provided with the elastic member 28, the elastic member 28 maintains the ball of the support member 20, so that the support leg 24 9 200949414 does not slack ' and the angle of the support leg 24 is easily adjusted. The above embodiments are merely preferred embodiments of the present invention, and are not limited to the above embodiments. For example, the fixing base and the supporting leg structure of the support member may be provided with an octagonal structure, as long as the supporting foot is pivoted relative to the fixed seat and can support the camera body. In addition, the support # 2G can also be set to three or more 'to achieve stable support of the body of the camera. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of the camera. Figure 2 is a bottom view of the camera. Figure 3 is an exploded view of the support member of the first preferred embodiment. Figure 4 is a perspective view of the support member of the first preferred embodiment. Figure 5 is a cross-sectional view of the support member shown in Figure 4. Figure 6 is a cross-sectional view of the support member of the first preferred embodiment. [Main component symbol description] Camera 100 Main body 10 Support member 20 First receiving groove 12a Second receiving groove 12b Fixing seat 22 Supporting leg 24 Pivot portion 240, 241 Branch portion 242, 243 Pivot groove 222, 245 Notch 2220 ' 2411 opening 224, 2431 notch 226 pad 26 spring 28 ball 221 threaded part 223 external thread 2431 internal thread 2413