M435625 五、新型說明： 【新型所屬之技術領域】 本創作係有關於影像攝影機元件放置方式，尤其是 一種雙鏡頭影像攝影機模組。 【先前技術】 現今隨著科技的發展，3D或廣角影像擷取技術也開 始W及，因此雙鏡頭的影像攝影機也隨之出現。一般基 本的雙鏡頭影像攝影機是由以下元件所構成：兩鏡頭， 用來擷取外部影像；兩透鏡組，用來處理由鏡頭獲得的 影像；一處理器，用來將經過透鏡組後的光訊號做進一 步的處理。傳統之雙鏡頭影像攝影機在架設各元件時， 例如鏡頭組與處理器等等，必須各有各的安裝設計，等 到安襄完各元件以後’又必須配置各元件之間的線路以 :連接，以及兩個鏡頭影像位置的校正。這樣一來就必 ，化較多時，及成本在配置安裝㈣與線路，增加程序 上的麻煩。 二上為傳統雙鏡頭影像攝影機安裝元件時所 點’本創作之發明人亟需構思一 、 種新技術以改善其問題。 【新型内容】 所以本創作的目的係為解決 題’所以本創作提出-種雙，影像攝影上:: 模組化的方式费；iL u* , 置相機另♦以令其他生產者只要簡易的配 置相機及處理器即達到安裝⑽鏡頭或廣角鏡頭的目的的配 雙鏡二增:二影像處理構件安裝底板來承載該 支撐架可以使二=處理器部分，並提供了—個 :將^的鏡頭組與處理器擺上影像處理構件安裝底 ^將該安裳完㈣的底板放置於該支撐架即可，在 ^的^連接好線路，因此不用再多花時間來作元件安 的°又计與兀件間的連接動作。 貪機2到上述目的’本創作中提出—種雙鏡頭影像攝 處：構:安;广中Γ，象處理構件板，該影像 裝底板，係用於承載整個影像攝影機裝置， 大致成一Y字型，且中白人._ U # ^匕3 . —相機架片，該二相機架 板為/ Γ載鏡頭組；一u型印刷軟板，該u型印刷軟 為一相機架片之延伸’該二相機架 ::p:軟板之左端上方及右端上方，其中該"印:軟 白配置有排線’可傳遞訊號，下方匯集至_處理器 、.片’ -處理器鋼片’該處理器鋼片為該 2之延伸’係用於承載-處理器，避免處理轉= 洛，一處理器，該處理器位於該處理器鋼片之上，係 用於處理該該U型印刷軟板所配置的排線傳遞過來的訊 號，印刷軟板，該印刷軟板位於該處理器鋼片下方之 延伸’其中該印刷軟板上配置有排線，傳遞自處理器發 出的訊號；以及一排線插孔，該排線插孔為該印刷軟板 M435625 下方之延伸，係用於將以上所述之構件連接至後續元件。 由下文的說明可更進一步瞭解本創作的特徵及其優 • 點’閱讀時並請參考附圖。 【實施方式】 心謹就本案的結構組成’及所能產生的功效與優 點，配合圖式，舉本案之一較佳實施例詳細說明如下。 請參考圖一及圖二，本創作之雙鏡頭影像攝影機模 組，包含： 影像處理構件安裝底板，該影像處理構件安裝底 板，係用於承載整個影像攝影機裝置，大致成一 γ字型_， 其中包含： 二相機架片ίο，該二相機架片10為一矩形鋼片， 係用來承載-第一相機鏡頭模組2〇與一第二相機鏡頭 模組30。 一相機鏡頭模組 其中，該第一相機鏡頭模組2〇及第 3〇分別包括： 二鏡頭，該二鏡頭分別位於該第一相機鏡頭模組及 第二相機鏡頭模組，係用於擷取外部之影像。 二透鏡經’該二透鏡組分別位於該二鏡頭後方，係 於將該二鏡頭擷取的影像透過透鏡做處理。 二光感測陣列’該二光感測陣列分別位於該二透鏡 M435625 組後方，係用於將該光影像做進一步處理。 一 U型印刷軟板40，該u型印刷軟板4〇為該二相 機架片10之延伸，該二相機架片10分別位於該U型印 刷軟板40之左端上方及右端上方，其中該u型印刷軟板 40上皆配置有排線，可傳遞訊號，下方匯集至一處理器 鋼片50。該^型印刷軟板40之材質與底片材質相同。 - —處理器鋼片50，該處理器鋼片50為該u型印刷 •軟板40底部之延伸，為一矩形鋼片，係用於承載一處理 器6〇’避免處理器移動或掉落。 一處理器60,該處理器60位於該處理器鋼片5〇之 上，係用於處理該該U型印刷軟板4〇所配置的排線傳遞 過來的訊號。 -印刷軟板70,該印刷軟板7〇位於該處理器鋼片 5〇下方之延伸，該印刷軟板7〇之材質與底片材質相同， •二，Λ P刷軟板7〇上配置有排線，傳遞自處理器發出的 . 訊號。 • —排線插孔80 ’該排線插孔80為該印刷軟板7〇下 方之延伸，係用於將以上所述之構件連接至後續元件。 該兩相機架片Π)上方可安裝該二相機鏡頭模組，該 :相機鏡㈣㈣取影像後，經過初步處理後的訊號， H目機架片1G下方延伸之該u型印刷軟板4〇上的 、.’。忒處理器60傳送，該處理器6〇位於該處理器鋼 上，利用該處理器鋼4 .50承載其元件。經過處理 7 M435625 态6〇處理過的訊號’再由該處理器鋼片50下方延伸之 印刷軟板70 _h的排線傳遞至該排線插孔8〇戶斤連接元件 上。如圖二所示。 一支撐架，該支撐架係用於支撐該影像處理構件安 裝底板，位於影像處理構件安裝底板下方，如圖三所示， 其中包含： -固定塊90 ’該固定塊9〇之上部成三角柱近似 -屋頂的形狀’下部在此實施例中為平面，其中，該固 定塊90之底部較大’兩侧面約略相等。係用於承載該二 相機架片1 〇及其上之該二鏡頭模組，可利用烊接或黏貼 的方式將該二相機架片10擺放於上。 數個固定銷100,該固定塊90之上部三角柱的兩側 面，各至少有一該固定銷100，在此實施例中為一面三 :固該固定銷100。各該固定銷1〇〇係用於支撐該二相機 架片之邊緣，該二相機架片分別位於三個該固定銷所圍 出之區域’可固定該二相機架片及該二鏡頭組之角度與 位置使其可以為於操取最佳影像之位置。 數個固定柱110 ’至少有一該固定柱11〇位於該固 定塊90之下部，此實施例中為三個該固定柱11〇。各該 固定柱11G為中空11柱’係用於連接主機板，可使該固 定塊90所承載之元件固定於主機板上。 其中該支#架之三角柱的角度為可調角度者，經機 構設計後該角度甚至可調整達i8〇度而呈平坦之型態， 8 j{435625 之用 以利3D雙鏡頭的擺置或符合模具收納 如圖四―丨及圖四-2所示’該二相機架片1〇放置於 該固定塊9。之兩侧邊上方，以各該固定銷1〇〇 , 二相機架片10及其上該第一鏡頭組 Μ 3。之角度與位Ρ 鏡頭、，且2。與該第二鏡頭組 請參考圖五，其顯示本案之第二實施例，其中m =雙：頭影像攝影機模組’在本實施例中同於上述實 不：：二同的編號顯示’因其功用相同所以其細部 :::文中重複說明，本例令僅說明兩者不同之處。並 中该處理器鋼片50尚包含： /、 _ 一橋接處理器120’該橋接處理器120可將該第一 二及該第二鏡頭組3〇的光影像做合成的處理， 處理的方式為邊對邊合成或其他的方式。 應用時，可將上述帶有該橋接處理器12〇的構件授 =用者’使用者再配置所需要的鏡頭組於該二相機架 方’再將该處理器60配置在該橋接處理器12〇的 傳：:並將上述元件與對應的排線連接，以進行訊號的 來承::::優：為’增加7一影像處理構件安裝底板 "μ頭影像攝影機的鏡頭與處理器部分，並提 支㈣可以使其調整至擷取影像的最佳角度與 ⑨今的雙鏡彡像攝影機，在安放元件上的輕序 目當麻煩，本創作中提出一個影像處理構件安裝底板與 9 M435625 —支撐架，讓使用者在安放影像攝影機的元件時，可省 去很多的時間，只需將所需的鏡頭組與處理器擺上影像 處理構件安裝底板，再將該安裝完元件的底板故置7於該 支擇架即可，在絲巾以連接好線路，因此 時間來作元件間的連接動作。 化 上^細㈣係針對本㈣之—可行實施例之具體 -兄月’惟该實施例並非用以限制本創作之 未脫離本創作技藝精神所為效 含於本案之專利範圍中。#心知或變更’均應包 【圖式簡單說明】 圖-為本創作之影像處理構件安裝底板示意圖 圖二為本創作之影像處理構件安裝底板架設元件示 思圖 圖三為本創作之支撐架示意圖 -圖四-1為本創作之雙鏡頭影像攝影機模組安裝後 示意圖 圖四-2為本創作之雙鏡頭影像攝影機模組安裝後 之後視圖 圖五為本創作之影像處理構件安裝底板加裝橋接處 理器示意圖 【主要元件符號說明】 10 相機架片 70 印刷軟板 20 第一相機鏡頭模組 80 排線插孔 30 第一相機鏡頭模組 90 固定塊 40 U型印刷軟板 100 固定銷 50 處理器鋼片 110 固定柱 60 處理器 120 橋接處理器M435625 V. New Description: [New Technology Field] This creation is about the placement of image camera components, especially a two-lens video camera module. [Prior Art] Nowadays, with the development of technology, 3D or wide-angle image capture technology has also begun, so the dual-lens image camera has also appeared. A typical basic two-lens video camera consists of two components: two lenses for capturing external images, two lens groups for processing images obtained by the lens, and a processor for passing light through the lens group. The signal is further processed. The traditional two-lens video camera must have various installation designs when erecting various components, such as the lens group and the processor. After the components are installed, the circuit between the components must be configured to: And correction of the position of the two lens images. In this way, it will be necessary, when the cost is more, and the cost is in the configuration installation (four) and the line, increasing the trouble of the program. The second is the point where the traditional two-lens video camera is equipped with components. The inventor of this creation needs to conceive a new technology to improve its problems. [New content] So the purpose of this creation is to solve the problem 'so this creation proposes a kind of double, image photography:: modular method fee; iL u*, set the camera to make other producers as simple as possible The camera and the processor are configured to achieve the purpose of mounting the (10) lens or the wide-angle lens. The two image processing components are mounted on the bottom plate to carry the support frame to enable the second=processor part, and a lens is provided. The group and the processor are placed on the image processing component mounting bottom. The bottom plate of the Anshang (4) is placed on the support frame, and the circuit is connected in the ^^, so that it is not necessary to spend more time on the component. The connection action with the component. The greed machine 2 to the above purpose's proposed in this creation - a kind of dual-lens image camera: structure: An; Guangzhong Γ, like the processing component board, the image is mounted on the bottom plate, which is used to carry the entire image camera device, which is roughly a Y word Type, and medium white._ U # ^匕3 . — Camera mount, the two camera mounts are / Γ load lens set; a u-type print soft board, the u-type print soft is an extension of a camera mount piece' The two camera frames::p: above the left end of the soft board and above the right end, wherein the "print: soft white configuration has a cable 'transportable signal, the lower part is assembled to the _processor, the slice '-processor steel piece' The processor steel sheet is an extension of the 2' for the carrier-processor, avoiding processing, and the processor is located on the processor steel sheet for processing the U-shaped printing soft a signal transmitted from the cable arranged by the board, printing a flexible board, the printing soft board being located under the extension of the processor steel sheet, wherein the printing flexible board is provided with a cable, transmitting a signal from the processor; and a a cable jack, which is an extension of the printed flexible board M435625 The system for connecting the above components to the subsequent element. The features of this creation and its advantages can be further understood from the following description. Please refer to the attached drawings. [Embodiment] With regard to the structural composition of the case and the functions and advantages that can be produced, in conjunction with the drawings, a preferred embodiment of the present invention will be described in detail below. Referring to FIG. 1 and FIG. 2, the dual lens image camera module of the present invention comprises: an image processing component mounting bottom plate, and the image processing component mounting bottom plate is used for carrying the entire image camera device, and is roughly formed into a gamma type _, wherein The second camera frame 10 is a rectangular steel piece for carrying a first camera lens module 2 and a second camera lens module 30. A camera lens module, wherein the first camera lens module 2 and the third camera respectively comprise: two lenses, wherein the two lenses are respectively located in the first camera lens module and the second camera lens module, and are used for Take an external image. The two lenses are disposed behind the two lenses respectively, and the image captured by the two lenses is processed through a lens. The two light sensing arrays are respectively located behind the two lens M435625 group for further processing the optical image. a U-shaped printing flexible board 40, the u-shaped printing flexible board 4 is an extension of the two camera mounting sheets 10, and the two camera mounting sheets 10 are respectively located above the left end and the right end of the U-shaped printing flexible board 40, wherein the The u-type printing flexible board 40 is provided with a cable for transmitting signals, and is collected below to a processor steel sheet 50. The material of the type printing soft board 40 is the same as the material of the film. - a processor steel sheet 50, the processor steel sheet 50 is an extension of the bottom of the u-printing/soft board 40, and is a rectangular steel sheet for carrying a processor 6' to prevent the processor from moving or falling. . A processor 60 is disposed on the processor steel sheet 5 for processing signals transmitted by the cable disposed on the U-shaped printing flexible board. a printing soft board 70, the printing soft board 7 is located under the processor steel sheet 5〇, the material of the printing soft board 7〇 is the same as the material of the film, and 2, ΛP brush soft board 7〇 is arranged Cable, passing the signal from the processor. • — Cable jack 80 ′ This cable jack 80 is an extension of the printed flexible board 7 , for connecting the components described above to subsequent components. The two camera lens modules can be mounted on the two camera frames. The camera mirrors (4) (4) after the image is taken, after the preliminary processing, the U-shaped printing soft board extending under the H mesh rack 1G Up,.'. The processor 60 is transported on the processor steel and carries its components using the processor steel 4500. After processing, the signal processed by the 7 M435625 state is transmitted to the cable jack 70 _h of the wiring board 70 _h extending below the processor steel sheet 50. As shown in Figure 2. a support frame for supporting the image processing component mounting bottom plate, located below the image processing component mounting bottom plate, as shown in FIG. 3, comprising: - a fixed block 90 'the upper part of the fixed block 9 成 is triangular prism approximation The shape of the roof 'the lower part is a plane in this embodiment, wherein the bottom of the fixed block 90 is larger and the two sides are approximately equal. It is used to carry the two-phase rack piece 1 〇 and the two lens modules thereon, and the two camera frame pieces 10 can be placed on the upper side by means of splicing or pasting. A plurality of fixing pins 100, the two sides of the upper triangular prisms of the fixing block 90, each having at least one fixing pin 100, in this embodiment, one side three: fixing the fixing pin 100. Each of the fixing pins 1 is for supporting an edge of the two camera frame pieces, and the two camera frame pieces are respectively located in the area surrounded by the three fixing pins to fix the two camera frame pieces and the two lens groups. The angle and position make it the position to get the best image. A plurality of fixed posts 110' have at least one of the fixed posts 11's located below the fixed block 90, in this embodiment three of the fixed posts 11'. Each of the fixing posts 11G is a hollow 11-pillar for connecting the main board, and the components carried by the fixing block 90 can be fixed to the main board. The angle of the triangular column of the branch is adjustable. After the mechanism is designed, the angle can even be adjusted to i8 degree and is flat. 8 j{435625 is used for the placement of 3D double lens or In accordance with the mold storage shown in FIG. 4 - and FIG. 4 - 2, the two camera frame pieces 1 are placed on the fixed block 9. Above the two sides of the side, each of the fixing pins 1 〇〇, the two camera frame pieces 10 and the first lens group Μ 3 thereon. The angle is at the position of the lens, and 2. Referring to FIG. 5 and the second lens group, the second embodiment of the present invention is shown, wherein m=double: the head image camera module 'in the present embodiment is the same as the above: Its function is the same, so its details::: Repeatedly stated in the text, this example only explains the difference between the two. The processor steel sheet 50 further includes: /, _ a bridge processor 120', the bridge processor 120 can combine the optical images of the first two and the second lens group 3〇, and the processing manner For edge-to-edge synthesis or other ways. In the application, the component with the bridge processor 12〇 can be used to assign the lens group required by the user to the user to the second camera frame to configure the processor 60 on the bridge processor 12. 〇 : ::: Connect the above components to the corresponding cable for the signal: :::: Excellent: for adding 7 image processing component mounting substrate " μ head image camera lens and processor part And the lifting (4) can be adjusted to the best angle for capturing images and the 9-mirror image camera, the light sequence on the mounting components is in trouble. In this creation, an image processing component is installed and the bottom plate is provided. M435625 — The support frame allows the user to save a lot of time when placing the components of the video camera. Simply place the required lens group and processor on the image processing component mounting base plate, and then mount the component bottom plate. Therefore, 7 can be placed on the support frame, and the wire is connected to the wire, so the time is used to make the connection between the components. The above is a specific reference to the present invention. The embodiment is not intended to limit the scope of the present invention. #心知或改变'All should be packaged [Simple description of the diagram] Figure--The schematic diagram of the installation of the image processing component of the original creation Figure 2 is the support of the image processing component installation floor erection component diagram Schematic diagram - Figure 4-1 is a schematic diagram of the installation of the dual-lens image camera module. Figure 4-2 shows the installation of the dual-lens image camera module after the installation. Schematic diagram of bridging the processor [Description of main components] 10-phase rack 70 Printing soft board 20 First camera lens module 80 Cable jack 30 First camera lens module 90 Fixing block 40 U-shaped printing soft board 100 Fixed pin 50 processor steel plate 110 mounting post 60 processor 120 bridge processor