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    • 4. 发明授权
    • Lens barrel with built-in blur correction mechanism
    • 镜筒内置模糊校正机构
    • US06701071B2
    • 2004-03-02
    • US09756264
    • 2001-01-09
    • Shigeru WadaAkira KosakaYoshihiro HaraJunichi Tanii
    • Shigeru WadaAkira KosakaYoshihiro HaraJunichi Tanii
    • G03B500
    • G03B5/00G03B2205/0015G03B2205/0053G03B2205/0076G03B2217/005
    • A lens-driver for driving a lens for compensating image blur caused by camera shaking has two driving-levers. In each driving-lever, one end is rotatably connected to a lens frame via a holding shaft and the other end is rotatably supported by a rotation shaft. Two driving levers are arranged generally on one straight line, and there is formed a generally perpendicular angle by a line connecting the holding shaft of one driving-lever and an optical center of the lens, and a line connecting the holding shaft of the other driving-lever and the optical center. Another lens-driver has two driving mechanisms. One driving mechanism drives the lens, and the other driving mechanism drives a shutter mechanism or an aperture mechanism. In the lens barrel, one mechanism occupies one half area and the other mechanism occupies the other half area.
    • 用于驱动用于补偿由相机抖动引起的图像模糊的透镜的镜头驱动器具有两个驱动杆。 在每个驱动杆中,一端通过保持轴可旋转地连接到透镜框,另一端由旋转轴可旋转地支撑。 两个驱动杆一般在一条直线上布置,并且通过连接一个驱动杆的保持轴和透镜的光学中心的线形成大致垂直的角度,以及连接另一个驱动的保持轴的线 -lever和光学中心。 另一个镜头驱动器有两个驱动机构。 一个驱动机构驱动透镜,另一个驱动机构驱动快门机构或光圈机构。 在镜筒中,一个机构占据一半区域,另一个机构占据另一半区域。
    • 6. 发明申请
    • Motor, motor device, and lens drive mechanism using the same
    • 电动机,电动机装置和使用其的透镜驱动机构
    • US20060266031A1
    • 2006-11-30
    • US11415741
    • 2006-05-02
    • Akira KosakaJunichi TaniiYoshie ShimizuShigeru Wada
    • Akira KosakaJunichi TaniiYoshie ShimizuShigeru Wada
    • F01B29/10F02G1/04
    • G02B7/102
    • An arrangement of the invention includes a base block 16, a cylindrical cam 14, as a rotary member, which is rotatably supported on the base block 16, and includes a contact portion on an outer periphery thereof for outputting a rotating force, a drive gear 21, as an oscillatory ring, which includes a contact portion on an inner periphery thereof, and is oscillated on a plane perpendicular to a rotation axis of the cylindrical cam 14 in contact with the contact portion of the cylindrical cam 14, parallel springs 23 through 26, as a position retainer, for retaining the position of the drive gear 21, and three or more shape metal alloy actuators (SMA) wires 35 through 38, as expandable and contractible actuators, with both ends of the each SMA wire being fixed to the base block 16 for contact with the drive gear 21.
    • 本发明的装置包括基座块16,作为旋转构件的圆柱形凸轮14,其被可旋转地支撑在基座16上,并且在其外周上包括用于输出旋转力的接触部分,驱动齿轮 如图21所示,作为振荡环,其包括在其内周上的接触部分,并且在与圆柱形凸轮14的接触部分接触的圆柱形凸轮14的旋转轴线垂直的平面上摆动,平行弹簧23通过 如图26所示,作为用于保持驱动齿轮21的位置的定位保持器,以及用于将每个SMA线的两端固定为可伸缩的致动器的三个或更多个形状的金属合金致动器(SMA)线35至38, 用于与驱动齿轮21接触的基座16。
    • 7. 发明授权
    • Motor, motor device, and lens drive mechanism using the same
    • 电动机,电动机装置和使用其的透镜驱动机构
    • US07703281B2
    • 2010-04-27
    • US11415741
    • 2006-05-02
    • Akira KosakaJunichi TaniiYoshie ShimizuShigeru Wada
    • Akira KosakaJunichi TaniiYoshie ShimizuShigeru Wada
    • F01B29/10
    • G02B7/102
    • An arrangement of the invention includes a base block 16, a cylindrical cam 14, as a rotary member, which is rotatably supported on the base block 16, and includes a contact portion on an outer periphery thereof for outputting a rotating force, a drive gear 21, as an oscillatory ring, which includes a contact portion on an inner periphery thereof, and is oscillated on a plane perpendicular to a rotation axis of the cylindrical cam 14 in contact with the contact portion of the cylindrical cam 14, parallel springs 23 through 26, as a position retainer, for retaining the position of the drive gear 21, and three or more shape metal alloy actuators (SMA) wires 35 through 38, as expandable and contractible actuators, with both ends of the each SMA wire being fixed to the base block 16 for contact with the drive gear 21.
    • 本发明的装置包括基座块16,作为旋转构件的圆柱形凸轮14,其被可旋转地支撑在基座16上,并且在其外周上包括用于输出旋转力的接触部分,驱动齿轮 如图21所示,作为振荡环,其包括在其内周上的接触部分,并且在与圆柱形凸轮14的接触部分接触的圆柱形凸轮14的旋转轴线垂直的平面上摆动,平行弹簧23通过 如图26所示,作为用于保持驱动齿轮21的位置的位置保持器,以及用于将每个SMA线的两端固定为可伸缩的致动器的三个或更多个形状的金属合金致动器(SMA)线35至38, 用于与驱动齿轮21接触的基座16。
    • 8. 发明授权
    • Image shake preventing mechanism and optical device provided with the mechanism
    • 图像防抖机构和光学装置配有机构
    • US06466370B2
    • 2002-10-15
    • US09956254
    • 2001-09-20
    • Shigeru WadaJunichi Tanii
    • Shigeru WadaJunichi Tanii
    • G02B2764
    • G03B17/00
    • An image deviation correcting device and an optical apparatus having such a device. The device includes: a driven part to be driven so as to correct an image deviation; a holder for holding the driven part; a first linkage arranged perpendicular to the optical axis of the driven part, the first linkage having four arms connected in a parallelogram, one of the arms being secured to the holder; a middle part secured to opposite arm thereof; a second linkage overlapped with the first linkage in parallel relation thereto, the second linkage having four arms connected in a parallelogram, one of the arms being secured to the middle part; and a base part secured to opposite arm thereof. The one of the arms of the first linkage is generally perpendicular to the one of the arms of the second linkage.
    • 一种图像偏差校正装置和具有这种装置的光学装置。 该装置包括:驱动部件,被驱动以校正图像偏差; 用于保持被驱动部件的保持器; 垂直于所述从动部件的光轴布置的第一连杆,所述第一连杆机构具有以平行四边形连接的四个臂,所述臂中的一个固定到所述保持器; 固定在其相对臂上的中间部分; 第二连杆与平行关系的第一连杆重叠,第二连杆具有以平行四边形连接的四个臂,其中一个臂固定到中间部分; 以及固定到其相对臂的基部。 第一连杆的臂之一通常垂直于第二连杆的臂之一。
    • 10. 发明授权
    • Shake correction mechanism and image sensing apparatus using the same
    • 振动校正机构及使用其的摄像装置
    • US07623159B2
    • 2009-11-24
    • US10990864
    • 2004-11-17
    • Shigeru WadaJunichi Tanii
    • Shigeru WadaJunichi Tanii
    • H04N5/228
    • H04N5/23248G03B17/00H04N5/23287
    • A shake correction mechanism 1 has an elastic support member 2 for elastically and oscillatingly supporting a lens barrel 10 at one point, and first and second actuators 3a and 3b for applying oscillating forces to the lens barrel 10. When a moment is applied to the lens barrel 10 by the first and second actuators 3a and 3b, the elastic support member 2 is subjected to elastic deformation. Thereby, the lens barrel 10 is oscillated to tilt the optical axis thereof in a desires direction. Thus, the lens barrel 10 is oscillatingly driven without use of a rotary joint or the like as employed in the conventional gimbal mechanism. This arrangement enables to miniaturize the shake correction mechanism.
    • 抖动校正机构1具有弹性支撑构件2,用于在一个点上弹性地和振动地支撑镜筒10;以及第一和第二致动器3a和3b,用于向镜筒10施加振动力。当向镜片施加力矩时 通过第一和第二致动器3a和3b,弹性支撑构件2受到弹性变形。 由此,透镜镜筒10被摆动以使其光轴沿欲望方向倾斜。 因此,透镜镜筒10在不使用常规万向节机构中使用的旋转接头等的情况下被振荡地驱动。 这种布置能够使抖动校正机构小型化。