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    • 75. 发明授权
    • Flap type indicating device
    • 襟翼型指示装置
    • US3973339A
    • 1976-08-10
    • US426660
    • 1973-12-20
    • Minoru Ueda
    • Minoru Ueda
    • G04B19/20G09F11/06
    • G04B19/205G09F11/06
    • A flap-type indicating device includes two, co-axially mounted indicator assemblies and a resilient synchronizing element interposed therebetween for insuring the synchronous changing of the indicator elements upon the two assemblies at a predetermined time. A cam member, integrally formed upon the rotatable drum of one of the assemblies, is provided for axially biasing the synchronizing element toward the other one of the assemblies so as to prevent the changing of the indicator device prior to the predetermined time, and a lug member is operatively associated with one of the flaps of the first assembly for continuing the biasing action of the synchronizing element towards the other indicator assembly after the cam member has been released from the synchronizing element and until the occurrence of the predetermined time.
    • 翼片型指示装置包括两个同轴安装的指示器组件和插入其间的弹性同步元件,用于确保在预定时间两个组件上的指示元件同步变化。 一体地形成在其中一个组件的可旋转滚筒上的凸轮构件设置成用于使同步元件朝着另一个组件轴向偏置,以防止在预定时间之前改变指示器装置,并且凸耳 构件与第一组件的翼片中的一个可操作地相关联,用于在凸轮构件已经从同步元件释放并且直到发生预定时间之前继续同步元件朝向另一指示器组件的偏置动作。
    • 76. 发明申请
    • STRUCTURE OF VIBRATION ACTUATOR
    • 振动执行器结构
    • US20120169153A1
    • 2012-07-05
    • US13379949
    • 2010-06-30
    • Minoru UedaYuichi HashimotoHiroyuki Kurita
    • Minoru UedaYuichi HashimotoHiroyuki Kurita
    • H02K33/00
    • H02K33/16B06B1/045
    • Provided is a vibration actuator the amplitude of which is increased without reducing the number and width of arms, even in a structure that supports a magnetic circuit section by a single suspension. Both increased amplitude and stabilized vibrating properties are achieved by using a structure in which the middle part of each arm of a suspension is provided with a bent portion in the planar direction, and the metal fatigue of the suspension produced when vibrating is reduced by incorporating the suspension in a state in which the suspension is deformed in advance in an expansion/contraction direction (i.e. the vibrating direction of said magnetic circuit section). Additionally, these advantages, which extend the life of the whole component, allow the component to be environmentally friendly.
    • 提供了一种振动致动器,其振幅增加而不减少臂的数量和宽度,即使在通过单个悬架支撑磁路部分的结构中。 通过使用悬架的每个臂的中间部分在平面方向上设置有弯曲部分的结构,并且当振动时产生的悬架的金属疲劳通过结合 预先在膨胀/收缩方向(即所述磁路部分的振动方向)上变形的状态下的悬架。 此外,延长整个组件寿命的这些优点使组件能够环保。
    • 77. 发明授权
    • Driving method for zoom lens device, image pickup device using the method, and mobile information device
    • 变焦镜头装置的驱动方法,使用该方法的摄像装置和移动信息装置
    • US08212898B2
    • 2012-07-03
    • US12312449
    • 2007-10-16
    • Minoru Ueda
    • Minoru Ueda
    • H04N5/262G02B15/16
    • G02B15/177G02B7/102G02B15/173
    • When focal lengths are discretely set, zoom positions are set, relative to a focal length fr at a position at which a movement direction of a correction group, is reversed, such that a difference value between a focal length which is the closest to the focal length fr and falling between a focal length fw at a wide angle end and the focal length fr, and a next focal length is larger than a difference value between any remaining adjacent focal lengths. By moving from the zoom position of the closest focal length directly to the zoom position of the next focal length, a movement range of the correction group can be made smaller than a movement range in the case where the lens position of the focal length fr is set as the zoom position.
    • 当焦距离散地设置时,相对于校正组的移动方向的位置处的焦距fr设置变焦位置,使得最接近焦点的焦距之间的差值 长度fr并且在广角端的焦距fw与焦距fr之间落下,并且下一个焦距大于任何剩余的相邻焦距之间的差值。 通过从最近的焦距的变焦位置直接移动到下一焦距的变焦位置,可以使校正组的移动范围小于在焦距fr的透镜位置为 设置为缩放位置。