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    • 3. 发明授权
    • Lens controlling device and imaging apparatus using the same
    • 镜头控制装置及使用其的成像装置
    • US08509611B2
    • 2013-08-13
    • US13288120
    • 2011-11-03
    • Koji SaitoAkihito Saito
    • Koji SaitoAkihito Saito
    • G03B13/00G05D3/12
    • G03B3/10G02B7/028G03B13/34
    • A lens controlling device disclosed herein includes: a servo calculation section which calculates a motor current setting value such that a lens position detection signal which is inputted from a photo reflector agrees with a predetermined target lens position setting signal; a motor driver which generates a motor current in accordance with the motor current setting value, and supplies the motor current to a lens drive motor; and a temperature correction calculation section which monitors the motor current setting value to generate the temperature correction signal, and corrects either one of the target lens position setting signal and the lens position detection signal.
    • 本发明的透镜控制装置包括:伺服计算部,其计算电动机电流设定值,使得从光反射体输入的透镜位置检测信号与预定的目标透镜位置设定信号一致; 电动机驱动器,其根据电动机电流设定值生成电动机电流,并将电动机电流供给到透镜驱动电动机; 以及温度校正计算部,其监视电动机电流设定值以生成温度校正信号,并校正目标透镜位置设定信号和透镜位置检测信号中的任一个。
    • 4. 发明申请
    • LENS CONTROLLING DEVICE AND IMAGING APPARATUS USING THE SAME
    • 镜头控制装置和成像装置
    • US20120114322A1
    • 2012-05-10
    • US13288120
    • 2011-11-03
    • Koji SaitoAkihito Saito
    • Koji SaitoAkihito Saito
    • G03B13/34G02B7/02
    • G03B3/10G02B7/028G03B13/34
    • A lens controlling device disclosed herein includes: a servo calculation section which calculates a motor current setting value such that a lens position detection signal which is inputted from a photo reflector agrees with a predetermined target lens position setting signal; a motor driver which generates a motor current in accordance with the motor current setting value, and supplies the motor current to a lens drive motor; and a temperature correction calculation section which monitors the motor current setting value to generate the temperature correction signal, and corrects either one of the target lens position setting signal and the lens position detection signal.
    • 本发明的透镜控制装置包括:伺服计算部,其计算电动机电流设定值,使得从光反射体输入的透镜位置检测信号与预定的目标透镜位置设定信号一致; 电动机驱动器,其根据电动机电流设定值生成电动机电流,并将电动机电流供给到透镜驱动电动机; 以及温度校正计算部,其监视电动机电流设定值以生成温度校正信号,并校正目标透镜位置设定信号和透镜位置检测信号中的任一个。
    • 5. 发明授权
    • Abrasive grains classifying apparatus
    • 磨粒分级装置
    • US08733554B2
    • 2014-05-27
    • US12749774
    • 2010-03-30
    • Fumio SatoTakashi YoshidaToshiya HirataKoji Saito
    • Fumio SatoTakashi YoshidaToshiya HirataKoji Saito
    • B07B13/00B24B57/00B07B1/14
    • B07B1/14B07B2201/04B24B57/00
    • An abrasive grains classifying apparatus is used to classify abrasive grains based on their sizes that can be determined by distances between mutually opposed surfaces of the respective abrasive grains. The abrasive grains classifying apparatus is provided with: a first gap portion 35 which includes two rollers 24 and 32 disposed at a predetermined distance L2 from each other and also which classifies the abrasive grains 60 into first abrasive grains 60b and 60c capable of passing through between the rollers 24 and 32 and second abrasive grains 60a incapable of passing through between the two rollers 24 and 32; and a second gap portion 54 which includes two rollers 54 and 69 disposed at a distance L3 smaller than the distance L2 in the first gap portion 35 from each other.
    • 磨粒分级装置用于根据其各自的磨粒相互相对的表面之间的距离可确定的尺寸对磨粒进行分类。 磨粒分级装置设置有:第一间隙部分35,其包括彼此以预定距离L2设置的两个辊24和32,并且还将磨粒60分类成能够穿过第二磨粒60b和60c之间的第一磨粒60b和60c 辊24和32以及不能穿过两个辊24和32之间的第二磨料颗粒60a; 以及第二间隙部分54,其包括设置在比第一间隙部分35中的距离L2小的距离L3处的彼此相对的两个辊54和69。