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    • 9. 发明公开
    • Ultrasonic motor having high drive effeciency
    • Ultraschallmotor mit hoher Antriebseffizienz。
    • EP0382563A2
    • 1990-08-16
    • EP90301410.8
    • 1990-02-09
    • NIKON CORPORATION
    • Takagi, TadaoSaya, DaisukeNemoto, Shigehisa
    • H01L41/09
    • H02N2/163H02N2/007H02N2/0085
    • An ultrasonic motor has a stator (100) having a piezoelectric member (102) vibrated by a drive signal, and an elastic member for generating a traveling vibration wave in a drive surface (P1) thereof upon vibration of the piezoelectric member, a rotor (20) which is urged against the drive surface of the elastic member and is driven by the generated traveling vibration wave, a support member (30, 33, 36, 300, 303, 306, 309, 313) integrally molded on the elastic member, and a fixing member for holding the support member. In the ultrasonic motor, one end face (P3) of the support member is formed at the same level as the drive surface (P1) or the junction surface (P2) of the elastic member, an electrode (13) of the piezoelectric member is grounded through the support member, a plurality of holes (312, 316) are regularly formed in the circumferential direction of the support member, or the support member is fixed to the fixing member by an adhesive (400), thereby improving drive efficiency.
    • 超声波马达具有具有通过驱动信号振动的压电部件(102)的定子(100)和用于在压电部件的振动时在其驱动面(P1)中产生行进振动波的弹性部件,转子( 20),其被推压在弹性构件的驱动表面上并被所产生的行进振动波驱动;一体地模制在弹性构件上的支撑构件(30,33,36,3300,303,306,309,313) 以及用于保持支撑构件的固定构件。 在超声波马达中,支撑部件的一个端面(P3)形成在与弹性部件的驱动面(P1)或接合面(P2)相同的高度,压电部件的电极(13)为 通过支撑构件接地,在支撑构件的圆周方向上规则地形成多个孔(312,316),或者通过粘合剂(400)将支撑构件固定到固定构件,从而提高驱动效率。
    • 10. 发明公开
    • Camera capable of detecting eye-gaze
    • Kamerafähigzur Detektierung eines Anstauners。
    • EP0680723A3
    • 1997-09-24
    • EP95109064.6
    • 1991-10-14
    • NIKON CORPORATION
    • Uchiyama, ShigeyukiTakagi, TadaoSaya, DaisukeKatano, YujiSato, ShigemasaWatanabe, Toshimi
    • A61B3/113
    • G03B13/02G02B7/287G03B2213/025
    • A camera includes a photo-taking lens, an automatic focus adjusting device for effecting the automatic focus adjustment of the photo-taking lens, an eye-gaze detecting device for detecting the photographer's eye-gaze position in a finder field corresponding to a photographing picture plane, and producing an eye-gaze detection signal corresponding to the eye-gaze position, a focus adjustment signal producing device for outputting a plurality of focus adjustment signals corresponding to a plurality of detection areas in the photographing picture plane, and a control signal producing device for producing a control signal for controlling the automatic focus adjusting means, on the basis of the eye-gaze detection signal and the focus adjustment signals. The control signal producing device produces the control signal on the basis of the plurality of focus adjustment signals corresponding to the plurality of detection areas when the eye-gaze position indicated by the eye-gaze detection signal is at a position between the plurality of detection areas.
    • 照相机包括摄影镜头,用于进行摄影镜头的自动对焦调整的自动对焦调节装置,用于在对应于摄影镜头的取景器场中检测摄影者的眼睛注视位置的眼睛注视检测装置(21) 拍摄画面,并且产生与眼睛注视位置相对应的眼睛注视检测信号;焦点调节信号产生装置,用于输出与拍摄图像平面中的多个检测区域相对应的多个焦点调节信号;以及 控制信号产生装置,用于根据眼睛凝视检测信号和焦点调节信号产生用于控制自动聚焦调节装置的控制信号。 当眼睛注视检测信号所示的眼睛注视位置处于多个检测区域之间的位置时,控制信号产生装置基于与多个检测区域相对应的多个聚焦调整信号来产生控制信号 。