M334365 八、新型說明： 【新型所屬之技術領域】 本創作係與相機週邊設備有關，更詳而言之是指一種 相機接圖拍攝承載裝置者。 【先前技術】 按，吾人若欲利用相機拍攝出寬幅之影像品，通常可 ^ 加裝廣角鏡頭為之。惟，廣角鏡頭所擷取之景寬有所限 * 制，例如，其並無法使相機拍攝出更為寬幅之大角度環景 影像，因此，為獲致寬幅影像作品，較常運用之方式係先 將相機鎖設於腳架之雲台上，再以旋轉相機之方式連續拍 攝多張不同角度之影像，繼而利用接圖軟體將各不同角度 之影像接合成一寬幅影像。 雖然前揭方式可獲得寬幅影像作品，不過纟由於相機 之型式甚多，不同類型相機之光學成像軸心點與腳架之雲 _ 台旋轉點不一定位於同一軸線，導致旋轉相機所拍攝出之 、多張影像接圖時常會發生影像接合處錯開之情形，而無法 獲得完整、正確之寬幅影像。 其次，有部分業者設計出可供拍攝出寬幅影像之承載 裝置，如美國發明專利第5752113號「Panoramic indexing camera mount」及第 6991384 號 r Camera tripod rotating head」等專利案所示，俾使用者可將相機裝設於其上，再 利用其連續拍攝多張影像後接合成完整之寬幅影像。 M334365 前揭第5752113號專利雖可使相機沿平面之χ-γ轴 移動而使不同類型相機之光學成像軸心點與腳架之雲台 旋轉點可位於同一轴線，進而可獲致正確之寬幅影像，不 過/其結構甚為複雜，導致製作成本、售價甚高，而不易 為一般消費者接受。而第6991384號專利雖結構較為簡 化，惟，其卻無法使相機之光學成像軸心點與腳架之雲台 旋轉點位於同一軸線，同樣會發生接圖時影像錯亂之情形 而無法獲得正碟之寬幅影像。 【新型内容】 本創作之主要目的即在提供一種可解決前揭缺失之 相機接圖拍攝承载裝置，其可使不同類型相機之光學成像 轴。點與腳架之雲台旋轉點位於同一軸線上，進而可供拍 丄辩出銜接區域精举一致之多張麥像’再利甩接圖麩體接合 成完整、正確之寬幅影像，且，其結構糈簡、製作成本低， 瞻具較低廉之售價而易被消費者接受者。 緣是，為達成前述之目的，本創作係提供一種相機接 •圖拍攝承戴裝置，係設置於一腳架之雲台上，用以可承載 一相機，包含有一基座，包含一底部，一侧部，設於該底 部一側，其上設有沿一第一方向延伸之一第一導引部；一 第一連接件’可移動地設置於該導引部，用以可連接該相 機底部所設之一鎖孔，使該相機固定於導引部預定位置； 一第二連接件，設置於該底部，甩以可連接該雲台頂侧所 M334365 設之一連接栓，使該基座可於雲台頂侧以連接栓為軸心旋 轉0 【實施方式】〆 以下，效举丰創作二較佳實施例，並配合罔式做進一 步之詳細說明如後： … 首先，請參閱第一圖及第二圖所示，本創作一較佳實 施例之相機接圖拍攝承載裝置1〇，係由一基座12、一第 一連接件14及一第二連接件16所構成。 該基座12,斷面概η型，具有一底部^，一侧部 f 1於該底部22 -侧’其域有平行_ 22延伸之一 弟一導引部26,係滑槽，該底部22上設有一第二導引部 28 ’係垂直第一導引部％延伸之滑槽。 該第it接件14 ,係習知輝接件，穿置於讓 引部26上。…^ ^ ^第連接件16 ’係習知底端設有螺孔之螺接件， 穿置於該第二導引部28上。 2本創作該相機接圖拍攝承載裝置1 於一腳架之雲台30上，如第二 又置 機4。，其組裝方式如下：“圖所不’用以可承載-相 將該基座12置於雲么％卜士 16連接带么30之3〇上方，並將該第二連接件 建接农口 30之—連接栓32( 接件14鎖接相機4〇底 緊）再將該第-連 丨所°又之一鎖孔42，並視當時相 M334365 機選用之鏡頭規格（焦長）鎖定於第— 置，使該相機4〇固定於基座12上，再利 =M334365 VIII. New Description: [New Technology Field] This creation is related to camera peripherals, and more specifically refers to a camera connected to the camera. [Prior Art] Press, if we want to use the camera to take a wide-format image, we can usually add a wide-angle lens. However, the wide-angle lens captures a limited range of widths. For example, it does not allow the camera to capture a wider range of wide-angle panoramic images. Therefore, in order to obtain wide-format images, the more commonly used methods are Firstly, the camera is locked on the platform of the tripod, and then multiple images of different angles are continuously captured by rotating the camera, and then the images of different angles are joined into a wide image by using the connection software. Although the front-end method can obtain wide-format video works, 纟 because of the many types of cameras, the optical imaging pivot point of different types of cameras and the cloud of the tripod are not necessarily on the same axis, resulting in the rotation of the camera. In the case of multiple image connections, the image joints are often staggered, and a complete and correct wide image cannot be obtained. Secondly, some operators have designed a carrier device for capturing wide-format images, as shown in the patents such as "US Patent No. 5752113 "Panoramic indexing camera mount" and No. 6691384 r Camera tripod rotating head". The camera can be mounted on it, and then it can be used to continuously capture multiple images and then join into a complete wide image. M334365 discloses that the patent 5752113 allows the camera to move along the plane-γ axis of the plane so that the optical imaging pivot point of different types of cameras and the platform rotation point of the tripod can be on the same axis, thereby achieving the correct width. The image, however, is very complicated in structure, resulting in high production costs and high prices, which are not easily accepted by the general consumers. The patent No. 6691384 is simple in structure, but it cannot make the optical imaging axis point of the camera and the rotation point of the platform of the tripod on the same axis, and the image is disordered when the picture is connected, and the original disk cannot be obtained. Wide image. [New content] The main purpose of this creation is to provide a camera-connected image bearing device that can solve the problem of the prior art, which can make the optical imaging axis of different types of cameras. The point and the rotation point of the gimbal are on the same axis, so that the plurality of mics of the splicing area and the splicing area can be combined to form a complete and correct wide image, and Its structure is simple, the production cost is low, and it is easy to be accepted by consumers with a lower price. The reason is that, in order to achieve the above purpose, the present invention provides a camera-connecting and photographing wearing device which is disposed on a platform of a tripod for carrying a camera, and includes a base including a bottom. a side portion is disposed on a side of the bottom portion, and has a first guiding portion extending along a first direction; a first connecting member ′ is movably disposed on the guiding portion for connecting the a locking hole is provided on the bottom of the camera to fix the camera to a predetermined position of the guiding portion; a second connecting member is disposed at the bottom portion, and is connected to one of the connecting pins of the top surface of the pan/tilt head M334365, so that the The pedestal can be rotated on the top side of the gimbal with the connecting pin as the axis. [Embodiment] 〆Following, the second preferred embodiment is created and further detailed with the 罔 type as follows: ... First, please refer to As shown in the first and second figures, the camera-connected image bearing device 1 of the preferred embodiment is composed of a base 12, a first connecting member 14 and a second connecting member 16. The base 12 has a bottom view and has a bottom portion. The one side portion f 1 has a parallel portion -22 extending from the bottom portion 22 of the bottom portion. 22 is provided with a second guiding portion 28' which is a sliding slot extending perpendicularly to the first guiding portion. The first connector 14 is a conventional connector that is placed on the lead portion 26. ...^ ^ ^ The first connecting member 16' is a threaded member having a screw hole at the bottom end of the conventional member, and is placed on the second guiding portion 28. 2 This camera is connected to the camera unit 1 on the platform 30 of the tripod, such as the second machine 4. The assembly method is as follows: "The figure is not used" to carry the load-phase. The pedestal 12 is placed above the cloud, and the second connection piece is connected to the agricultural mouth. 30 - the connecting bolt 32 (the connector 14 is locked to the bottom of the camera 4) and then the first locking hole 42 of the first connecting port, and depending on the lens specification (focal length) selected by the M334365 machine at that time First, the camera 4 is fixed on the base 12, and then
28移動基座12，使該基座19可认$ — I 機40 ^ 〇上移動至使相 機40之先干成像軸心點與基座12之旋轉軸 〇 之連接栓32)連成一線之位置，如第三圖所 二連接件16鎖固。 再乐 如此一來，使用者即可利用旋轉該基座12之方式連 =攝不同肢之影像，如第四圖所示，而所拍攝之數張 衫像可利用習知接圖軟體組合成㈣、寬幅之單—影像成 果，不會產生組合影像錯開之情形，避免習知利用三腳架 #^ ^ ^ #^^ ^^^ ^ ^^ 而導致接圖時影像錯亂之情形發生者。 如第五圖所示，係本創作另一較佳實施例之相機接圖 拍攝承載裝置，5免，其結構大體上與^ 置10，不同處在於：其基座52之底部54上係設置一連 接孔56，而該連接孔56係直接開設於對應侧部58上所 裝叹相機之光學成像轴心點位置。基此，該相機接圖拍攝 承載裴50所拍攝之影像亦可接合成廣角之單一影像成 果，且製作成本更低者。 必須一提的是，本創作中底部上除了設置為前揭之第 二導引部（滑槽）、連接孔外，亦可設置為沿同一軸向連 續佈設之孔洞等設計，其只需可供第二連接件調整連接雲 台連接栓之位置，而與相機之光學成像轴心點位於同一軸 M334365 線上，即符合本創作之需求。 由上可知，本創作所提供之相機接圖拍攝承載裝置， 可。又置於腳架之雲台上而承载相機，藉由可使相機之光 學成像轴心气與基座旋轉轴心位於同一轴線上之設計，使 旋轉基，所i%續拍攝之多角度影像，可輕易利用接圖軟體 接t成單一之廣角、寬幅影像，解決習知利用三腳架拍攝 連續相片時因相鄰每張相片拍攝之光學位置點不同而導 致接圖時影像錯濤L之門日s θ , 4崎，緣疋，本創作確實符合新型專 利之規定’爰依法提出申請。 :【圖式簡車說明】 較佳實施例之立體組合圖。 較佳實施例之立體分解圖。 較佳實:施例供相機_其土調整位 較佳實施例旋轉供相機連續拍攝 第一圖係本創作— 第二圖係本創作— 第兰:¾係本創作一 置之動作示意圖。 第四圖係本創作— 之動作示意圖。 第五圖係本創作另—較佳實施例之立體分解圖。 M334365 【主要元件符號說明】 第二連接件16 第一導引部26 連接栓32 相機接圖拍攝承載裝置10 基座12 第一連接件14 ”底部22 侧部24 - …第二導引部28 雲台30 - · 相機40 鎖孔42 ' 相機接圖拍攝承載裝置50 連接孔5 6 ^ 基座52 底部54 侧部5828 moves the pedestal 12 so that the pedestal 19 can recognize that the 机 机 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 Position, as shown in the third figure, the connector 16 is locked. In this way, the user can rotate the pedestal 12 to take images of different limbs, as shown in the fourth figure, and the number of shirts photographed can be combined into a conventional figure. (4), wide-format single-image results, will not produce a situation where the combined image is staggered, avoiding the use of the tripod #^ ^ ^ #^^ ^^^ ^ ^^ to cause the image to be confused when the picture is connected. As shown in the fifth figure, the camera-connected image capturing device of another preferred embodiment of the present invention is 5, and the structure is substantially the same as that of the device 10, except that the bottom portion 54 of the base 52 is disposed. A connecting hole 56 is formed directly on the position of the optical imaging pivot point of the camera attached to the corresponding side portion 58. Accordingly, the image taken by the camera and the carrier 50 can also be joined into a single image of a wide angle, and the production cost is lower. It must be mentioned that in the bottom of the creation, in addition to the second guiding portion (slot) and the connecting hole which are provided before the opening, the hole can be arranged continuously along the same axial direction, and the design only needs to be For the second connector to adjust the position of the connection pan/tilt connection pin, and the optical imaging axis point of the camera is on the same axis M334365 line, which meets the requirements of this creation. It can be seen from the above that the camera connected to the photographing and carrying device provided by the present invention can be. It is placed on the platform of the tripod and carries the camera. By designing the optical imaging axis of the camera on the same axis as the axis of rotation of the pedestal, the rotating base, i% continues to shoot multi-angle images. The connection software can be easily used to form a single wide-angle, wide-format image, which solves the problem that when the continuous photo is taken by using a tripod, the optical position of each adjacent photo is different, which leads to the image error when the picture is connected. The day s θ, 4 saki, the edge, this creation does meet the requirements of the new patent '爰 apply in accordance with the law. [Description of the schematic car] A three-dimensional combination of preferred embodiments. An exploded perspective view of the preferred embodiment. Better: The example is for the camera _ its soil adjustment position. The preferred embodiment rotates for continuous camera shooting. The first picture is the original creation - the second picture is the creation - the first blue: 3⁄4 is a schematic diagram of the action of this creation. The fourth picture is a schematic diagram of the creation of this creation. The fifth drawing is a perspective exploded view of another preferred embodiment of the present invention. M334365 [Description of main component symbols] Second connector 16 First guiding portion 26 Connecting pin 32 Camera connecting imaging device 10 Base 12 First connecting member 14 "Bottom 22 Side portion 24 - ... Second guiding portion 28 PTZ 30 - · Camera 40 Keyhole 42 ' Camera Connection Capture Carrier 50 Connection Hole 5 6 ^ Base 52 Bottom 54 Side 58