M355519 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種具備圖像模糊 置、及具備其攝影裂置的移動設備。 早凡的攝影農 【先前技術】 以往以來，爲抑制由使用者 的紊敗，在數位相機等採用了各種手=致的拍攝圖像 專利前案i、2、3 ) &正機構（參照 10 作為這種手震校正機構，採 模組向傾俯（、y +、· w、衫用透鏡的維持 7 )方向和盤旋（3 —彳v々、、Λ 向旋轉自如地所謂被稱為萬向機構的方式。 方 15 維：維：然而，如所述專利前案Κ 上;;=旋轉自如的旋轉接頭等配置在維持= 因此，已由本申請人申請了如下的二化 自如地支撐作爲沿維持模組的外周的一點的：：，：:！ 模組的外周，通過從所述軸點分別向相互不同㈣ 辻㈣：第2方向離開的第1驅動點和第2驅動點，驅動所 述維持模㈣驅動結構，並且作爲未公開申請，提出= 斤 =申凊2__胸12號、專射請聽_269713號、專利申 =06-26^714號、專利申請2〇〇6_269715號等。而且，本 _月乍爲專利申清2007-035341號的圖像模糊校正單 兀，還提出以對這些在先申請進行改良並提高在維持模組 20 M355519 Μ：其2在移動&備述攝^裝置時，有必要用撓 雷：：專配線材料連接該攝影裝置所具備的維持模組内的 和移動設備内部的控制單元。然而，因維持模組 =動㈣性基板傳達該搖_，會在撓性基板施加壓力。 旦5玄壓力繼續傳至接柯其4 性基板會變形«線。 職力會被累積，最後撓 【專利前案1]專利特開平7-274056號公報。 【專利前案2】專利特開2〇〇5_32_7號公報。 10 15 20 【專利則案3】專利第2612371號公報。 【新型内容】 W其=作係述問題，其目的在於，提供"種緩和撓 材料所承受的壓力，並防止配線材料的變形 5 ':、影*置、及具備該攝影裝置的移動設備。 爲達成土述㈣，本創作的攝影裝置包括：圓像模糊 :=Γ 有對透鏡進行維持的維持模組、驅動上述 开:=二而對通過捕捉經由上述透鏡而來的被攝體光而 俨盆/料的換糊進行校正的驅動機構、以及貫通孔；殼 二對應於上述貫通孔的位置具有固^部；聯結構件， ^頭^述圖像抵糊校正單Si具有比上述貫通孔更粗徑 該二甬二頭部相繼、且貫通上述貫通孔的貫通部貫通 :^ «而被安裂在上述固定部；賴構件，其介於 上述聯結構件的頭部和上像夕 圖像模糊校正單元彈磨向上述殼體彈壓。 將及 5 M355519 5 根據上述本創作的攝影裝置，通過貫通于上述貫通孔 的上述聯結構件而將上述圖像模糊校正單元固定在:二 體的固定部。這時，通過插入在上述聯結構件的頭部：： ^像模糊校正單元之間的彈壓構件，將上述圖像模糊校 壓在殼體側，並將之㈣爲允許向上述聯結構件 、述貝通部的上述貫通孔的橫方向滑動。 這樣-來，在用配線材料，例如，用挽性 圖像模糊校正單元的維持模組内的電氣構件和外部的^ 4進行佈線之後，因維持模組的搖動 ： 對大的壓力時，圖像模糊时一 ^ 土板轭加相 t㈡像糗糊杈正早凡沿貫通孔的孔徑 ==緩和向挽性基板的壓力。即，使用貫通孔，以 =特思允許滑動的鬆動（力））的方式固定圖像模糊校 力早兀’並緩和以該鬆動搖動維持模組時對撓性基板的壓 15 時相比^薄以在的牢固地固定圖像模糊校正單元 構成緩和對換性基板_力。另外，上述 稱成通過鬆動吸收降茇笙淑赖 ^ 望也敕士 專衝擊’所以，還可獲得表面降落 4衝擊波及圖像模糊校正單元的效果。 在此，較佳爲，上述聯結構件爲螺絲。 上述貫通孔’是比該螺絲的配置於該 的外形更粗徑的貫通孔。 J '刀 上述固定部爲擰入該螺絲的螺紋孔。 上述聯結構件爲螺絲時， 通該貫通孔的部分的外形域^貫通孔與上述螺絲的貫 大致相同，則圖像模糊校正單元 20 M355519 的滑動範圍變窄，進而不怎麽發揮動 胳、S 7丨α W幾和效果，所以， :::孔的直徑設爲大於上述聯結構件的螺絲的貫通於貫 外形，並將上述螺絲滑動的範 攸而可更提高效果。 τ 5 10 15 至此的上述本創作若適用於本 利申請2007-035341號，則可獲得更進—步的效月果。明的 件，且右、上述圖像換糊校正單元還具備支撐構 的外周^ ，所述支撐部借助於作爲沿該維持模組 料：’；的軸點，向任意方向搖動自如地支撐所述維 田认 其刀別通過沿所述維持模组的外 周的，從所述軸點分別向相互 sr. ^ 〇弟1方向和第2方向離 開的第1驅動點和第2驅動點， 驅動機構。 動忒轉模組，所述兩個 上述貝通孔被設置於上琉笛1 gr去 點每個的附近。 “驅動點和上述第2驅動 貫通^外，上述構成時，較佳為在上述㈣的附近也設置 這樣一來’分別根據第 運作，圖像模糊校正單元i2_點、袖點的 和對撓性基板的壓力。田地在貝通孔内滑動，從而緩 另外’所述兩個驅動 ,ΑΛ. 機構構成，所述約驅動機構通 > 铖構通過所述第1驅動點使所述維 寺杈組圍繞連接所述軸點 所迷第2驅動點的第1軸旋 20 M355519 如以上說明，實現了緩和撓性基板所承受的張力 防止撓性基板的變形或斷線的攝影裝置及具備其署 的移動設備。 /置 實施方式】 以下參照附圖說明本創作的實施方式。 圖 圖1是適用本創作的一實施方式的手機的外觀立體 15 在圖1 (A)表示手機100的前面圖。在手機1〇〇的前面 配備有：顯示功能表畫面、攝影圓像等的液晶面板ι〇ι丨在 内部配備揚聲器（參照圖2 )並用於將從揚聲器發出的聲音 放出到空間的受話口 102;選擇各種功能或進行攝影時作^ 快門按鈕所使用的選擇按鈕丨〇 4;用於輸入電話號碼的按鈕 105 ;在内部配備有麥克風（參照圖3)並用於將聲音傳達 給麥克風的送話口 106;確定用戶輸入的電話號碼等的確定 按鈕107 ;電源按鈕ι〇8 ;以及闱於不通過電信局而通過近 距離用的無線通信發送或接收圖像或地址資訊等的第2天 線 109a。 在圖1 (B)表示手機1〇〇的背面圖。在手機1〇〇的背面 配備有用於通過電信局發送或接收聲音或郵件等資料的第 1天線103a，和攝影透鏡1〇〇a。該攝影透鏡1〇〇a被維持在後 述的圖像模糊（y k)校正單元。 圖2是表示圖1的手機ι00的内部構成的塊圖。 M355519 在手機100的内部，具備：圖像模糊校正單元2〇〇、a/d (Analog/Degital)轉換部⑴、麥克風121、揚聲器122、 介面部120、第1天線1〇3a、第丨發送接收部1〇3、輸入控制 态130、圖像信號處理部14〇、視頻編碼器15〇、圖像顯示裝 5置160、第2天線109a、第2發送接受部1〇9、存儲部17〇、 CPU180、介質控制器19〇、以及圖❼示的選擇按紐1〇4或 按鈕105等各種開關181，而且，還連接有記錄介質19如。 在本貝轭方式，由維持透鏡1〇〇0〇CCDU2的維持模組 乂及對β亥、准持模組2〇2進行驅動的驅動機構（後述）而構成 1〇本創作中所述的圖像模糊校正裝置的一例，並加上構成本 創作的所謂的模糊校正部的〗例的陀螺儀感測器⑻以及用 於對驅動機構内的線圈通電的驅動機構腿、聰，而構 成本創作的攝影裝置的一例。 〇?11180向^2所示的手機1()()的各種要素傳達處理指 15二而控制各種要素。例如，若在進行攝影的攝影模式被 〜v狀t下，按下圖}的選擇按鈕丨〇4，則從8〇向圖 像校正單元200具備的CCD112傳達指示，同時，給驅動器 DR卜DR2傳達指示以使得圖像模糊校正單元具備的維 持模組（後述）向消除由陀螺儀感測器182檢測出的手震的 如^搖動，從而校正手震同時進行攝影。對該圖像模糊校 正皁几200的構成，在後面詳細說明。 圖1 (A)的選擇独104接受按壓，cpm8〇給圖像模 :里滅正單元内的CCD112設定電子快門而開始攝影處 11 M355519 此時，按下選擇按鈕104時的手震方向通過陀螺儀感 測器1 82被檢測並通知給CPU180。CPU1 80接受該陀螺儀感 測器1 82的檢測結果向驅動器dri、DR2通知校正方向，使 得驅動器DR1、DR2驅動圖像模糊校正單元2〇〇内的線圈 (後述），與震動相對應地使圖像模糊校正單元2〇〇内的維 持杈組（後述）邊搖動，邊進行攝影。如此按下選擇按鈕 104時的手震被校正，從而無震動地在CCDU2成像被拍攝 體光。M355519 V. New description: [New technical field] This creation is about a mobile device with blurred image and photographic cracking. Early photography farmers [prior art] In the past, in order to suppress the user's turbulence, digital cameras have adopted various hand-based imagery patents i, 2, 3) & 10 As such a hand shake correction mechanism, the mining module is called the tilting (the y +, w, the maintenance of the lens for the shirt) and the hovering (3 - 彳v々, Λ The way of the universal mechanism. The square 15 dimension: dimension: however, as described in the patent case;; = Rotating free joints and the like are maintained in the maintenance = Therefore, the applicant has applied the following freely supported The outer circumference of the module which is a point along the outer circumference of the maintenance module: the first drive point and the second drive point which are different from each other (4) 辻 (4) from the pivot point: the first drive point and the second drive point which are separated from each other in the second direction. Driving the maintenance mode (4) drive structure, and as an unpublished application, propose = jin = Shen 凊 2__ chest 12, special shot _269713, patent application = 06-26 714, patent application 2 〇〇 6_269715, etc. Moreover, this image is a fuzzy school of patent application 2007-035341 Single-handedly, it is also proposed to improve these prior applications and improve the maintenance module 20 M355519 其: When the 2 is in the mobile & preparation device, it is necessary to connect the photographic device with the sling:: special wiring material It has a control unit inside the module and inside the mobile device. However, because the maintenance module = dynamic (four) substrate conveys the shake _, pressure will be applied to the flexible substrate. The substrate will be deformed «line. The professional force will be accumulated, and finally the patent [Preliminary Patent No. 1] Patent No. 7-274056. [Patent Pre-Reference 2] Patent Publication No. 2〇〇5_32_7. 10 15 20 [ Patent Case 3] Patent No. 2612371. [New content] W = as a system problem, the purpose of which is to provide a "supplement of the pressure on the flexible material and prevent deformation of the wiring material 5 ':, shadow * Placement and mobile device equipped with the imaging device. In order to achieve the description (4), the imaging device of the present invention includes: a circular image blur: = Γ a maintenance module for maintaining the lens, driving the above-mentioned opening: = two and passing Capturing through the above lens a drive mechanism for correcting the object light and changing the paste, and a through hole; the position of the shell 2 corresponding to the through hole has a solid portion; the joint structure, the head image is corrected by the paste The single Si has a larger diameter than the through hole, and the through-head portion that passes through the through-hole is continuous and penetrates the fixing portion; the member is interposed between the connecting member and the connecting member. The head and the upper image image blur correction unit are spring-grinded to the casing. 5 M355519 5 According to the photographing apparatus of the present invention, the image is blurred by the joint member penetrating through the through hole. The unit is fixed at: the fixed part of the two bodies. At this time, the image is blur-corrected on the side of the casing by the elastic member inserted between the head of the joint member: the image blur correction unit, and (4) is allowed to the joint structure, The through hole of the Beton portion slides in the lateral direction. In this way, after wiring with the wiring material, for example, the electrical components in the sustaining module of the pull-image blur correction unit and the external wiring, the shaking of the module is maintained: when the pressure is large, When the image is blurred, the earth yoke is added with the phase t (2). The aperture is along the through hole = = to relieve the pressure on the substrate. That is, using the through hole, the image blur correction force is fixed in a manner that allows for the looseness (force) of the slide, and the pressure on the flexible substrate when the suspension module is held by the looseness is compared with The thin image is firmly fixed to the image blur correction unit to form a cushioning substrate _ force. In addition, the above-mentioned weighing is achieved by loosening and absorbing the 茇笙 茇笙 赖 望 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专 专Here, it is preferable that the joint structural member is a screw. The through hole ' is a through hole having a larger diameter than the outer shape of the screw. J 'knife The above fixing part is a threaded hole into which the screw is screwed. When the coupling member is a screw, the outer diameter of the portion of the through hole is substantially the same as that of the screw, and the sliding range of the image blur correction unit 20 M355519 is narrowed, so that the movement is not performed much. 7丨α W is a sum effect, so the diameter of the ::: hole is set to be larger than the through-shape of the screw of the above-mentioned joint structure member, and the above-mentioned screw can be slid to improve the effect. τ 5 10 15 The above-mentioned creation of the above-mentioned creation, if applicable to the application No. 2007-035341, can obtain a more advanced effect. And the right and the image change-over-correction unit further includes an outer circumference of the support structure, and the support portion is swayably supported in any direction by means of a pivot point along the maintenance module material: The Uchida recognizes that the knife passes through the outer circumference of the maintenance module, and the first driving point and the second driving point that are separated from the pivot point to the mutual sr. ^ 11 direction and the second direction, the driving mechanism . In the moving module, the two above-mentioned beacon holes are disposed in the vicinity of each of the upper flutes 1 gr. "In the above configuration, it is preferable to provide such a drive point and the second drive through the above-mentioned (4)", respectively, according to the first operation, the image blur correction unit i2_point, the sleeve point, and the opposite The pressure of the substrate. The field slides in the Beton hole, so as to slow down the other two drives, the mechanism is configured, the drive mechanism is connected, and the structure is made by the first drive point. The first axis of rotation 20 M355519 around the second drive point of the pivot point is as described above, and an imaging device that reduces the tension of the flexible substrate and prevents deformation or disconnection of the flexible substrate is realized. The mobile device of the present invention is described below with reference to the accompanying drawings. Fig. 1 is an external perspective of a mobile phone to which an embodiment of the present invention is applied. Fig. 1 (A) shows a front view of the mobile phone 100 On the front of the mobile phone, there is a liquid crystal panel that displays a menu screen, a photographic round image, etc., which is equipped with a speaker (see Fig. 2) and is used to discharge the sound emitted from the speaker to the space. Port 102; a selection button 丨〇4 used to select various functions or to perform a shutter button; a button 105 for inputting a telephone number; a microphone (refer to FIG. 3) internally for transmitting sound to the microphone The delivery port 106; the determination button 107 for determining the telephone number input by the user, etc.; the power button ι〇8; and the second transmission or reception of image or address information by wireless communication for short distance without passing through the telecommunication office Antenna 109a. Fig. 1(B) shows a rear view of the mobile phone 1. The first antenna 103a for transmitting or receiving data such as voices or mails through the telecommunication office, and the photographic lens 1 are provided on the back of the mobile phone 1 〇〇.摄影a. The photographic lens 1A is maintained in an image blurring (yk) correction unit to be described later. Fig. 2 is a block diagram showing the internal structure of the mobile phone ι00 of Fig. 1. M355519 is provided inside the mobile phone 100: Image blur correction unit 2A, a/d (Analog/Degital) conversion unit (1), microphone 121, speaker 122, dielectric surface 120, first antenna 1〇3a, second transmission/reception unit 1〇3, input control state 130 Image signal The processing unit 14A, the video encoder 15A, the image display device 5, 160, the second antenna 109a, the second transmission receiving unit 1〇9, the storage unit 17A, the CPU 180, the media controller 19A, and the diagram A plurality of switches 181 such as button 1 or button 105 are selected, and a recording medium 19 is also connected. In the present yoke mode, the sustaining module of the sustaining lens 1〇〇0〇CCDU2 and the pair of β, The driving mechanism (described later) that drives the module 2〇2 is configured as an example of the image blur correction device described in the present application, and the gyro of the example of the so-called blur correction unit constituting the present creation is added. The instrument sensor (8) and the driving mechanism legs for energizing the coils in the driving mechanism, Cong, constitute an example of the imaging device of the present invention. 1111180 transmits various processing elements to the various elements of the mobile phone 1()() shown in ^2, and controls various elements. For example, when the shooting mode in which the shooting is performed is changed to the v shape t, the selection button 丨〇4 of the drawing} is pressed, and an instruction is transmitted from the 〇 to the CCD 112 included in the image correcting unit 200, and at the same time, the driver DR DR2 is given. The instruction is transmitted such that the sustaining module (described later) provided in the image blur correcting unit shakes the shake detected by the gyro sensor 182, thereby correcting the jitter and performing the photographing. The configuration of the image blur correction soap set 200 will be described in detail later. In Fig. 1 (A), the selection 104 receives the pressing, and cpm8 〇 gives the image mode: the CCD 112 in the positive unit is set to the electronic shutter to start the shooting. 11 M355519 At this time, the direction of the shaking when the selection button 104 is pressed passes through the top. The instrument sensor 1 82 is detected and notified to the CPU 180. The CPU 1 80 receives the detection result of the gyro sensor 182 and notifies the drivers dri, DR2 of the correction direction, so that the drivers DR1, DR2 drive the coils (described later) in the image blur correction unit 2, corresponding to the vibrations. The image processing is performed while the sustaining group (described later) in the image blur correction unit 2 is shaken. The jitter of the hand when the selection button 104 is pressed as described above is corrected, so that the subject light is imaged on the CCDU 2 without vibration.
10 並且’ CCD112在電子快門按鈕時間内接受通過攝影 透鏡100a而來的被拍攝體光，並將基於被拍攝體光的被拍 攝體像作爲類比信號的被拍攝體信號而讀取。在該CCD112 所生成的被拍攝體信號被A/D轉換部113轉換成數位攝影 圖像資料’轉換後的攝影圖像資料通過輸入控制器丨3 〇輸送 到圖像信號處理部14〇。 在圖像信號處理部丨40，對圖像資料進行RGB水平的 周二7 D周整專的圖像處理，並且，對圖像處理後的圖像 負料進行壓縮處理。壓縮後的圖像資料暫時傳送到記憶體 170。 ’ 在記憶體170，存儲有在該手機1〇〇内執行的程式，包 2〇括.作爲中間緩衝器所使用的存儲速度快的sdram;存儲 各種功能表晝面用的資料、用戶的設定内容等的資料保存 用冗fe體的SRAM ;存儲有被壓縮的圖像資料的VRAM。 VRAM被分割成多個領域，圖像資料依次存儲在多個領 12 M355519 域’被存儲的圖像資料依次由視頻編碼器15〇或介質控制器 190所讀取。 巧視頻編碼器150按照來自CPU180的指示，從記憶體17〇 取知壓縮後的圖像資料，並將壓縮後的圖像資料轉換爲可 5在液晶面板101顯示的資料形式。轉換後的圖像資料被發送 至圖像顯示裝置160，通過圖像顯示裝置丨6〇，圖像資料表 示的圖像顯示在液晶面板丨〇 i。介質控制器i 9〇用於將存儲 在s己憶體170的壓縮後的圖像資料記錄在記錄介質19〇&，或 °賣取存儲在記錄介質190a的圖像資料。 10 而且’使用圖1 (A)所示的按鈕105輸入電話號碼， 按確定按鈕1〇7，則電話號碼被設定而開始與對方裝置的通 ^。此時’從CPU180向第1發送接收部1〇3傳達手機100的 電話號碼和所輸入的電話號碼等的通信資訊，並且，通信 貢訊被轉換成電波傳達到第1天線103a，並從第1天線103a 15發送電波。從第1天線l〇3a發送的電波通過設置在建築物或 電線杆（電柱）等的各地方的共同天線（未圖示）傳到電 七局’並在電信局成立配有指定的電話號碼的對方裝置的 連接。 右確立與對方裝置的連接’用戶.向手機100發出的聲 20音集中在麥克風121，該被收集的聲音在介面部120轉換成 jr 一 上 語音資料的電波，通過第1發送接收部103的第1天線 103 &發送到對方裝置。而且，通過第1天線103 a接收的語音 用電波’在介面120轉換成語音資料，從揚聲器122發出聲 日。第1發送接收部103、第1天線1〇3a，不僅可以發送接收 13 M355519 曰數據，還可以代替電話號碼使用郵件地址發送接收表 達（表打寸）郵件的郵件數據。用第1天線103 a接收，並在 第1發达接收部103被數據化的郵件數據通過輸入控制器 130存儲在存儲器170。 5 另外，在s亥手機100，與用於通過電信局與其他手機 等的對方裝置通信的通信介面（第丨發送接收部1〇3、第i 天、泉103a)另體，具備不通過電信局而通過近距離用無線 而進行通仏的無線通信介面（第2發送接收部1 〇9、第2 天Λ 109a )。作爲近距離無線通信用的通信介面，可以適 ίο用紅外線通信或藍芽（Bluet〇〇th)等。在本實施方式作爲 通信介面適用紅外線通信，若用第2天線1〇9a接收從其他手 j等直接發送而來的紅外線，則基於該所接收的紅外線的 電#號，在第2發送接收部1〇9被拾取，轉換成數位資料。 相反，向外部裝置發送資料時，資料被傳送到第2發送接收 is部1〇9 ’且該資料在第2發送接收部1〇9轉換成電波，從第2 天線109a發出。 若用該第2天線i〇9a接收表示圖像的紅外線，則在第2 發达接收部109基於紅外線的電信號被轉換爲圖像資料。被 轉換的圖像資料，與攝影圖像資料相同，被發送到圖像顯 20示裝置160,表示圖像資料的圖像被顯示在液晶面板⑻， 或者通過介質控制器190存儲在記錄介質19如。 手機100的基本如上述構成。 接著，詳細說明圖像模糊校正單元200的構成，該圖 像杈糊校正單元構成手機丨00所具備的攝影裝置的一部分。 14 M355519 圖3是圖像模糊校正單元的分解立體圖。而 表示組裝圖3的分解立體圖所示的各構“的圖4是 正單元200的圖。 豕棋糊才父 在圖3、圖4左下相當於被拍攝體側。 5 在圖3從左下的被拍攝體侧依次以各自被分解的狀能 表不.封罩2〇1;維持模組2〇2;爲了將形成於沿_第二 方向延伸的基板2〇3人和沿圖的第2方向延伸的基板加 方的各線圈通電的柔性基板FR2;分別維持形成有線圈的 基板203 A、203B的一對臂部ARM1、ARm2 :以與形成在 10各基板203A、2咖上的線圈相面對的方式，對將以極和s 極並排的磁體MAG1、MAG2進行維持的日語“ ^，，字狀磁 軛（3 —夕）2〇4A、204B;以及支撐構件2〇5，其:動自 如地支撑兩根臂部’兩個磁輛2G4A'2()4B分別固^在向第 1方向和第2方向延伸的面。若如此裝配，則成爲圖*所示的 15 形狀。 首先’參照圖3說明構成。 在圖3的最右側顯示出了日語“〈”字狀的支撑構件 205，所述日語“〈’，字狀的支撑構件205支撑為了使維持 模組202搖動的兩個驅動機構。在該支撑構件2〇5支撐為了 2〇使維持模組搖動的兩個驅動機構，並搖動自如地支撑著維 持模組。另外，在該支撑構件2〇5，在3个部位設置用於將 本發明的圖像模糊校正單元（7 7卜）安裝於涉及的殼體 (筐体）的貫通孔205A〜205C。 15 M355519 在該支撐構件205的3個部位設置有引導構件2051、 2052、2053，所述引導構件2〇51、2〇52、2053分別插通在 设置於上述兩板臂部ARM1、ARM2的兩端部的孔部H1、 H2、H3、H4。這些引導構件2051〜2053分別設置於具有 5日s吾 < 字狀形狀的支撐構件205的各頂點部，在中央的 引導構件2051 —起插通有雙方的臂部arjvq、ARM2的兩端 部的孔中的孔HH〇H3。 即’兩根中的一根臂部ARM1被處於支撑構件205的曰 語“ 字狀的中心的頂點的引導構件2〇51和處於曰語‘‘〈，， 1〇字狀的另—方的端部側的頂點的引導構件2052所插通，而 另一根臂部ARM2被處於日語“〈”字狀的中心的頂點的 引¥構件205 1和處於另一方的端部側的頂點的引導構件 2053所插通。另外’雖未圖示’在這些臂部、ARM2 的一方的端部側（有孔H2、孔；^^的部位）的維持模組侧分 15别°又置有與維持模組側的球狀凸部配合的凹部。而且，在 支“構件205的日語“〈”字狀的中心部的維持模組側，有 用於支撑維持模組2〇2的支撑部，在該支撑部設有凹部。 而且，在以支撑構件2〇5的日語“〈，’字狀的中央的 頂點為中心沿圖3的第i方向延伸的面和沿第2方向延伸的 刀别黏接固疋日語”字狀的磁輛2〇4A、2〇4B而成。 由於与些日語“ π ”字狀的磁軛204A、204B被配設成其開 口朝向形成有線圈的基板203Α、2〇3Β所在的一側，因此， 被配设為使得從各自的開口側與磁體MAGl、mag2平行地 谷基板203A、203B。在該各基板2〇3 A、203B，連接有 16 M355519 ' 為了給基板上的線圈通電的柔性基板FR2。另外，在形成 該線圈的基板203A、203B具備霍爾元件，該霍爾元件用於 檢測對應於臂部ARM1、ARM2的動作而搖動的維持模組 202的位置。 5 如上所述，在日語“〈”字狀的支撐構件205的中央 的頂點部的維持模組202側設有與維持模組202的球狀的凸 部配合並成爲支撐維持模組202的支撐部的凹部，因此，如 果維持模組202的凸部PB與該凹部配合，並且在被支撐構 鲁 件205移動自如地支據的兩根臂部ARM1、ARM2上分別設 10置的球狀的凹部’與維持模組202的第1驅動點D1的凸部和 第2驅動點D2的凸部配合’則如圖4所示，維持模組2〇2搖 動自如地支撐在支撐構件205。 在該例’由支撐構件205、臂部ARM1、形成有線圈的 基板203 A、貼付有磁體MAG 1的磁軛204A構成本創作的第 15 1驅動機構的一例’由支撐構件205、臂部ARM2、形成有 線圈的基板203B、貼付磁體MAG2的磁輛204B構成本創作 Φ 的第2驅動機構的一例。該第1驅動機構通過第1驅動點D1 使維持模組202圍繞連接軸點PB和第2驅動點D2的第1轴旋 轉’同時’該第2驅動機構通過第2驅動點D2使維持模組202 2〇 圍繞連接轴點PB和第1驅動點D1的第2軸旋轉，從而使維持 模組搖動。 另外，在圖3 ’爲了表示第1驅動點D1和第2驅動點D2， 分別表示具有球狀的凸部的棒狀的構件2〇21A、2021B，和 被這些棒狀的構件2021所插通的彈簧2022A、2022B。各彈 17 M355519 簧2022是具有在線圈不通電時使各兩根臂部arm 1、ARM2 分別維持不動的狀態的功能的構件，各彈簧具有如下功 能：即在線圈不通電時通過彈簧偏向（付勢）力將凸部（第 1驅動點D1、弟2驅動點D 2 )按壓在臂部側的凹部，從而在 5切斷線圈的通電後使臂部靜止在切斷通電時的位置上。 而且，在該例中，示出了透鏡以外的CCDU2也維持 在維持模組202的構成，因此，在搖動的維持模組202上連 接有圖像#號傳送用柔性基板FR1。該柔性基板fr 1的一端 連接在安裝有CCD112的感測器基板PCB，從該感測器基板 10 PCB至少最初延伸的部分被連接成，從維持模組2〇2向外 側，相對於連接軸點PB和第1驅動點D1的第i方向與連接軸 點PB和第2驅動點D2的第2方向這雙方傾斜的方向延伸。如 此構成’即使搖動則難以傳達至柔性基板。另外，設置貫 通孔112A，所述貫通孔U2A用於與支撐構件2〇5的貫通孔 IS 205 A協同將圖像模糊校正單元2〇〇安裝於移動設備側的殼 體。 至此關於圖像模糊校正單元2〇〇的說明與專利申請 2007-035341號提出的構成的說明内容大致相同。 此處，在本實施方式中，通過從上述軸點pB附近斜引 20出撓性基板FIU ’不在撓性基板FR1施加張力（只卜ρ 乂 ： stress)，而且，在專利申請2〇〇7_〇35341號的構成中追加 提出了爲謀求對撓性基板FR1的張力更緩和化的、對手機 殼體（筐體）安裝圖像模糊校正單元2〇〇的構造。 18 M355519 圖5係說明在移動設備1〇〇的筐體安裝圖像模糊校正 單元200時的狀況的圖。 如在圖3也進行過說明，在支撐構件2〇5設置有3處用 於在移動設備100的殼體安裝該圖像模糊校正單元2〇〇的貫 5 通孔205A〜205C。 在手機的殼體内部安裝圖3的圖像模糊校正單元2〇〇 時，在圖像模糊校正單元2〇〇側具有螺絲頭（乜匕頭），通 過貫通於貫通孔205A〜205C、且被擰入殼體侧螺絲孔的螺 4 SC 1〜SC3以及介於螺絲SC 1〜SC3的螺絲頭和圖像模糊 10校正單元200之間的，將圖像模糊校正單元向手機丨⑻的殼 體100A彈壓（付勢）的彈壓構件（付勢部材）這裏爲彈簧構 件SP1〜SP3，而被安裝在殼體。在該支撐構件2〇5設置的 貫通孔205A〜205C分別爲大於螺絲外形的較粗徑的貫通 孔，通過上述彈簧構件將圖像模糊校正單元按壓於殼體而 15實現安裝，所以，圖像模糊校正單元200只能夠向橫方向滑 動。 如此，若在移動設備侧的殼體安裝圖像模糊校正單元 200 ’則在圖像模糊校正單元2〇〇所具備的維持模組2〇2搖動 時’對对撓性基板FR1施加張力（只卜k只）時，能夠通 2〇過圖像模糊校正單元2〇〇自身滑動’而緩和對撓性基板FR1 的壓力。 另外’圖5也圖示了用於更有效地利用螺絲SC1〜SC3 的螺絲頭按壓彈簧構件SP1〜SP3的墊圈（7 7シ十）。另 19 M355519 外，在上述實施方式中雖然作為 螺絲，但也可以是鉚釘（v彳 聯結（缔結）構件使用 卜）等其他的聯結構件 了10 and CCD 112 receives the subject light that has passed through the photographic lens 100a during the electronic shutter button time, and reads the subject signal based on the subject image of the subject light as an analog signal. The captured image data converted by the A/D conversion unit 113 into the digital captured image data by the A/D conversion unit 113 is transferred to the image signal processing unit 14A via the input controller 丨3 〇. In the image signal processing unit 40, the image data is subjected to image processing on the RGB level for 7 D weeks on the RGB level, and the image processed image is subjected to compression processing. The compressed image data is temporarily transferred to the memory 170. 'In the memory 170, a program executed in the mobile phone 1 is stored, and the package 2 includes the sdram which is used as the intermediate buffer and has a fast storage speed; the data for storing various functions and the user's settings are stored. The data such as the content is stored in a redundant SRAM; the VRAM in which the compressed image data is stored. The VRAM is divided into a plurality of fields, and the image data is sequentially stored in a plurality of frames 12 M355519. The stored image data is sequentially read by the video encoder 15 or the media controller 190. The video encoder 150 learns the compressed image data from the memory 17 in accordance with an instruction from the CPU 180, and converts the compressed image data into a data format that can be displayed on the liquid crystal panel 101. The converted image data is sent to the image display device 160, and the image display device 丨6〇, the image indicated by the image data is displayed on the liquid crystal panel 丨〇i. The media controller i is used to record the compressed image data stored in the suffix 170 on the recording medium 19 〇 & or to sell the image data stored in the recording medium 190a. 10 and 'Enter the telephone number using the button 105 shown in Fig. 1(A), and press the OK button 1〇7, the telephone number is set and the communication with the other party device is started. At this time, the communication information such as the telephone number of the mobile phone 100 and the input telephone number is transmitted from the CPU 180 to the first transmission/reception unit 1A, and the communication communication is converted into a radio wave and transmitted to the first antenna 103a. The 1 antenna 103a 15 transmits an electric wave. The radio wave transmitted from the first antenna 10a3a is transmitted to the electric seven-station by a common antenna (not shown) provided in each place such as a building or a utility pole (electric pole), and is established at the telecommunication office with a designated telephone number. The connection of the other device. Right establishes connection with the external device 'User. The sound 20 emitted to the mobile phone 100 is concentrated on the microphone 121, and the collected sound is converted into a radio wave of the voice data on the jr-one by the first face receiving unit 103. The first antenna 103 & is transmitted to the counterpart device. Further, the radio wave for speech received by the first antenna 103a is converted into speech data at the interface 120, and the sound is emitted from the speaker 122. The first transmitting/receiving unit 103 and the first antenna 1〇3a can transmit and receive not only 13 M355519 data, but also mail data for receiving an expression (table size) mail using an email address instead of the telephone number. The mail data received by the first antenna 103a and digitized in the first developed receiving unit 103 is stored in the memory 170 via the input controller 130. In addition, the communication interface (the second transmission/reception unit 1〇3, the ith day, the spring 103a) for communicating with the other device such as the other mobile phone through the telecommunication office is separately provided with the telecommunication mobile phone 100. In the meantime, the wireless communication interface (second transmission/reception unit 1 〇9, second day Λ 109a) that is wanted by wireless at a short distance is used. As a communication interface for short-range wireless communication, infrared communication or Bluetooth (Bluetooth) can be used. In the present embodiment, the infrared communication is applied as the communication interface, and when the infrared rays directly transmitted from the other hand j or the like are received by the second antenna 1〇9a, the second transmission/reception unit is based on the received electric number of the infrared rays. 1〇9 is picked up and converted into digital data. On the other hand, when the data is transmitted to the external device, the data is transmitted to the second transmission/reception is unit 1〇9', and the data is converted into a radio wave by the second transmission/reception unit 1〇9, and is transmitted from the second antenna 109a. When the infrared ray indicating the image is received by the second antenna i 〇 9a, the second developed receiving unit 109 converts the image into an image data based on the infrared ray. The converted image data, like the photographic image data, is sent to the image display device 160, and the image indicating the image material is displayed on the liquid crystal panel (8), or is stored in the recording medium 19 by the medium controller 190. Such as. The mobile phone 100 basically has the above configuration. Next, the configuration of the image blur correction unit 200 constituting a part of the image pickup device included in the mobile phone 丨00 will be described in detail. 14 M355519 Figure 3 is an exploded perspective view of the image blur correction unit. 4 is a diagram of the positive unit 200 shown in the exploded perspective view of FIG. 3. The parent is in the lower left side of FIG. 3 and FIG. 4 corresponding to the subject side. 5 In FIG. 3, the lower left side is shown in FIG. The body side of the photographing body is sequentially decomposed to form a cover 2〇1; the holding module 2〇2; in order to form the substrate 2〇3 extending in the second direction and the second direction along the figure a flexible substrate FR2 to which the coils of the extended substrate plus each side are energized; and a pair of arm portions ARM1, ARm2 of the substrates 203 A, 203B on which the coils are formed, respectively, are formed to face the coils formed on the respective substrates 203A, 2 In the same manner, the Japanese "^, the word yoke (3 - xi) 2 〇 4A, 204B; and the support member 2 〇 5 are maintained for the magnets MAG1 and MAG2 in which the poles and the s poles are arranged side by side; The two arm portions 'two magnetic vehicles 2G4A'2() 4B are supported to be fixed to the faces extending in the first direction and the second direction, respectively. If so assembled, it becomes the 15 shape shown in Figure *. First, the configuration will be described with reference to Fig. 3 . A Japanese "<"-shaped support member 205 is shown on the far right side of FIG. 3, and the Japanese-shaped support member 205 supports two drive mechanisms for shaking the maintenance module 202. The member 2〇5 supports two driving mechanisms for oscillating the holding module, and supports the holding module in a rocking manner. Further, in the supporting member 2〇5, the three parts are provided for the present invention. The image blur correction unit (7b) is attached to the through holes 205A to 205C of the case (case) involved. 15 M355519 The guide members 2051, 2052, and 2053 are provided at three places of the support member 205, The guiding members 2〇51, 2〇52, and 2053 are respectively inserted into the hole portions H1, H2, H3, and H4 provided at both end portions of the two plate arm portions ARM1 and ARM2. These guiding members 2051 to 2053 are respectively provided to have On the 5th day, each of the apex portions of the support member 205 having the shape of a word is inserted into the hole HH 〇 H3 in the hole at both ends of the arm portions arjvq and ARM2 at the center of the guide member 2051. 'One of the two arms ARM1 is in the support member 205' "The guiding member 2" 51 of the apex of the center of the shape is inserted into the guiding member 2052 of the apex of the other end side of the slang, and the other arm is inserted. The ARM 2 is inserted by the leader member 205 1 at the apex of the center of the Japanese "<" shape and the guide member 2053 at the vertex of the other end side. In addition, the 'maintenance side of the arm portion and the end portion of the ARM2 (the hole H2, the hole; the ^^ portion) is also placed on the side of the maintenance module side. a concave portion in which the convex portion is fitted. Further, a support portion for supporting the maintenance module 2〇2 is provided on the maintenance module side of the center portion of the "Japanese" shape of the member 205, and a concave portion is provided in the support portion. 2〇5 Japanese "<," the center of the apex is the center extending in the i-th direction of FIG. 3 and the knives extending in the second direction are bonded to the Japanese-shaped magnetic car 2〇4A 〇 B B B 。 由于 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 The valley substrates 203A and 203B are arranged in parallel with the magnets MAG1 and mag2 from the respective opening sides. 16 M355519' is connected to the flexible substrate FR2 for energizing the coil on the substrate to the respective substrates 2〇3 A and 203B. The substrates 203A and 203B forming the coils include a Hall element for detecting the position of the sustaining module 202 that is swung in response to the operation of the arm portions ARM1 and ARM2. 5 As described above, the word "<" in Japanese is used. The maintenance module 202 of the apex portion of the center of the support member 205 A concave portion that cooperates with the spherical convex portion of the maintenance module 202 and serves as a support portion for supporting the maintenance module 202 is provided. Therefore, if the convex portion PB of the maintenance module 202 is engaged with the concave portion, and is supported by the convex member 205, the spherical recesses ' provided in each of the two arm portions ARM1 and ARM2 that are freely movable, and the convex portions of the first driving point D1 of the maintenance module 202 and the convex portions of the second driving point D2 are matched with each other. As shown in Fig. 4, the maintenance module 2〇2 is rotatably supported by the support member 205. In this example, the support member 205, the arm portion ARM1, the substrate 203A on which the coil is formed, and the yoke to which the magnet MAG 1 is attached are attached. 204A constitutes an example of the fifteenth driving mechanism of the present invention. The support member 205, the arm portion ARM2, the substrate 203B on which the coil is formed, and the magnetic vehicle 204B to which the magnet MAG2 is attached constitute an example of the second drive mechanism of the present Φ. 1 drive mechanism rotates the maintenance module 202 around the first axis of the connection pivot point PB and the second drive point D2 by the first drive point D1. The second drive mechanism maintains the module 202 2 via the second drive point D2. 〇 Rotating around the connecting shaft point PB and the second axis of the first driving point D1 In order to show the first driving point D1 and the second driving point D2, the rod-shaped members 2〇21A and 2021B each having a spherical convex portion are shown in FIG. Springs 2022A and 2022B through which the member 2021 is inserted. Each of the springs 17 M355519 spring 2022 has a function of maintaining the state of each of the two arm portions arm 1 and ARM2 when the coil is not energized, and each spring has the following Function: when the coil is not energized, the convex portion (the first driving point D1 and the second driving point D 2 ) is pressed against the concave portion on the arm side by the spring biasing force, thereby turning off the coil energization at 5 After that, the arm is stationary at the position where the energization is cut off. Further, in this example, the CCDU 2 other than the lens is also maintained in the configuration of the sustaining module 202. Therefore, the image #号 conveying flexible substrate FR1 is connected to the rocking maintaining module 202. One end of the flexible substrate fr 1 is connected to the sensor substrate PCB on which the CCD 112 is mounted, and at least the first portion extending from the sensor substrate 10 PCB is connected from the maintenance module 2〇2 to the outside, with respect to the connection axis. The y direction of the point PB and the first driving point D1 extends in a direction in which both the connecting axis point PB and the second direction of the second driving point D2 are inclined. Therefore, it is difficult to transmit to the flexible substrate even if it is shaken. Further, a through hole 112A for attaching the image blur correction unit 2 to the casing on the mobile device side in cooperation with the through hole IS 205 A of the support member 2〇5 is provided. The description of the image blur correction unit 2A has been substantially the same as that of the configuration proposed in the patent application No. 2007-035341. Here, in the present embodiment, the flexible substrate FIU' is not obliquely drawn from the vicinity of the pivot point pB. The tension is not applied to the flexible substrate FR1 (only ρ: stress), and Patent Application 2〇〇7 In the configuration of the _35341, a structure in which the image blur correction unit 2 is attached to the cellular phone case (housing) in order to further reduce the tension of the flexible substrate FR1 has been proposed. 18 M355519 Fig. 5 is a view for explaining a state in which the image blur correction unit 200 is mounted on the casing of the mobile device. As also illustrated in Fig. 3, three support holes 205A to 205C for mounting the image blur correction unit 2 are mounted on the housing of the mobile device 100 at the support member 2〇5. When the image blur correction unit 2 of FIG. 3 is mounted inside the casing of the mobile phone, the image blur correction unit 2 has a screw head (a head) on the side of the image blur correction unit 2, and passes through the through holes 205A to 205C and is The screw 4 SC 1 to SC3 screwed into the screw hole of the housing side and the screw head between the screws SC 1 to SC3 and the image blur 10 correction unit 200, the image blur correction unit is directed to the housing of the handset (8) The elastic member (fatigue member) of the 100A spring pressure (paying) is the spring members SP1 to SP3 and is attached to the casing. Each of the through holes 205A to 205C provided in the support member 2〇5 is a through hole having a larger diameter than the outer shape of the screw, and the image blur correction unit is pressed against the casing by the spring member to be mounted, so that the image is mounted. The blur correction unit 200 is only slidable in the lateral direction. In this way, if the image blur correction unit 200' is attached to the casing on the mobile device side, the tension is applied to the flexible substrate FR1 when the maintenance module 2〇2 provided in the image blur correction unit 2 is shaken (only In the case of k only, the image blur correction unit 2 can slide itself to reduce the pressure on the flexible substrate FR1. Further, Fig. 5 also illustrates a gasket (7 7 シ 10) for pressing the spring members SP1 to SP3 with the screw heads SC1 to SC3 more effectively. In addition to the 19 M355519, in the above embodiment, although it is a screw, it may be another joint member such as a rivet (v彳 coupling (construction member)).
[圖式簡單說明】 5圖1係適用本創作的一實施方式的手機的外觀立體圖 圖2係表示圖丨的手機1〇〇的内部構成的方框圖。 圖3係圖像模糊权正單元的分解立體圖 圖4係表示用圖3的分解立體圖所示的各構件組裝圖像模糊 校正單元之後的狀態圖。 10圖5係說明在移動設備1〇〇安裝圓像模糊校正單元加〇時的 狀況的圖。 圖6係說明本申請人所提出的上述圖像模糊校正單元的作 用的圖。 15【主要元件符號說明】 100 手機 101 液晶面板 102 受話口 103a 第1天線 104 選擇按鈕 105 按壓按紐 106 送話口 107 確定按鈕 108 電源按鈕 109a 第2天線 112 CCD 20 112A 貫通孔 113 A/D轉換部 120 介面部 121 麥克風 122 揚聲器 130 輪入控制器 140 圖像信號處理部 20 M355519 150 視頻編碼器 160 圖像顯示裝置 170 記憶體 180 CPU 181 200 圖圖像模糊校正單元 100a 201 封罩 202 維持模組 203A 、203B基板 204A 、204B磁車厄 205 各種開關 透鏡 支撐構件BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the appearance of a mobile phone to which an embodiment of the present invention is applied. Fig. 2 is a block diagram showing the internal configuration of a mobile phone 1A. Fig. 3 is an exploded perspective view of the image blur right unit. Fig. 4 is a view showing a state after the image blur correction unit is assembled by the members shown in the exploded perspective view of Fig. 3. Fig. 5 is a view for explaining a state in which the circular image blur correction unit is twisted when the mobile device 1 is mounted. Fig. 6 is a view for explaining the action of the above-described image blur correction unit proposed by the applicant. 15 [Description of main component symbols] 100 Mobile phone 101 LCD panel 102 Receiver port 103a First antenna 104 Select button 105 Press button 106 Send port 107 OK button 108 Power button 109a Second antenna 112 CCD 20 112A Through hole 113 A/D Conversion unit 120 dielectric surface 121 microphone 122 speaker 130 wheeling controller 140 image signal processing unit 20 M355519 150 video encoder 160 image display device 170 memory 180 CPU 181 200 image image blur correction unit 100a 201 enclosure 202 maintenance Module 203A, 203B substrate 204A, 204B magnetic car 205 various switching lens support members
205A、205B、205C 貫通孔 2051、2052、2053 引導構件 FR1、FR2 柔性基板 ARM1、ARM2 臂部 10 PB軸點（球狀的凸部） D1第1驅動點（球狀的凸部） D2第2驅動點（球狀的凸部）。205A, 205B, 205C through holes 2051, 2052, 2053 guide members FR1, FR2 flexible substrate ARM1, ARM2 arm portion 10 PB pivot point (spherical convex portion) D1 first driving point (spherical convex portion) D2 second Drive point (spherical convex part).
21 M35551921 M355519
新型專利說明書 (本說明書格式、順序，請勿任意更動，※記號部分請勿填寫） ※申請案號： ※申請日：| 分類：勺/Ag20〇6.〇i> 一、新型名稱：（中文/英文） 攝影裝置及移動設備 二、中文新型摘要： 本創作係有關於一種缓和了撓性基板等配線材料所承 受的應力，並防止配線材料的變形或斷線的攝影裝置及具 備該攝影裝置的移動設備。在手機等殼體安裝圖像模糊校 正單元時，在螺絲頭和圖像模糊校正單元之間插入彈簣構 件，並用螺絲穿通圖像模糊校正單元的貫通孔及上述彈簧 構件，而安裝在殼體。通過圖像模糊校正單元動作，在撓 性基板施加壓力時，通過圖像模糊校正單元向橫方向滑動 貫通孔的鬆動量，而緩和對撓性基板的壓力。 三、英文新型摘要：New patent specification (Do not change the format and order of this manual, please do not fill in the ※ part) ※Application number: ※Application date:| Classification: spoon/Ag20〇6.〇i> 1. New name: (Chinese / English) Photographic device and mobile device 2. New Chinese abstract: This author is about a photographic device that mitigates the stress on the wiring material such as a flexible substrate and prevents deformation or disconnection of the wiring material and the photographic device. Mobile device. When an image blur correction unit is mounted on a casing such as a mobile phone, an elastic member is inserted between the screw head and the image blur correction unit, and the through hole of the image blur correction unit and the spring member are screwed through the housing, and are mounted on the housing. . When the pressure is applied by the image blur correction unit, the image blur correction unit slides the looseness of the through hole in the lateral direction to relieve the pressure on the flexible substrate. Third, the new English abstract: