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    • 1. 发明授权
    • Control device for automatic focusing
    • 用于自动对焦的控制装置
    • US4634851A
    • 1987-01-06
    • US831059
    • 1986-02-19
    • Akira OgasawaraSakuji WatanabeNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • Akira OgasawaraSakuji WatanabeNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • G03B13/36G02B7/28G02B7/34G01J1/20G03B3/10
    • G02B7/34
    • A control device for automatic focusing includes a low sharpness discriminating circuit for identifying a minimum contrast required for focus detecting function and a correlation zone discriminating circuit for determining whether an object is in or out of a correlation zone in the vicinity of the in-focus position. Output signals are supplied from the two discriminating circuits to a sequence control circuit for determining whether to continue or discontinue operation of a lens driving apparatus for driving the lens. A control device may further include a low brightness discriminating circuit the output signal of which is supplied to the sequence control circuit to immediately discontinue the operation of the lens driving apparatus when the low brightness discriminating circuit identifies a low brightness of the object, regardless of the results of other discriminations.
    • 用于自动聚焦的控制装置包括用于识别焦点检测功能所需的最小对比度的低锐度鉴别电路和用于确定对象是否在对焦位置附近的相关区域中或之外的相关区域判别电路 。 输出信号从两个识别电路提供给顺序控制电路,用于确定是否继续或停止用于驱动透镜的透镜驱动装置的操作。 控制装置可以进一步包括低亮识别电路,其低电平识别电路识别物体的低亮度时,其输出信号被提供给顺序控制电路,以立即停止透镜驱动装置的操作,而不管 其他歧视的结果。
    • 2. 发明授权
    • Automatic focusing device of a camera
    • 相机的自动对焦装置
    • US4473286A
    • 1984-09-25
    • US437012
    • 1982-10-27
    • Sakuji WatanabeAkira OgasawaraNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • Sakuji WatanabeAkira OgasawaraNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • G03B13/36G02B7/28G02B7/34G03B3/10
    • G02B7/34
    • A camera capable of automatic focusing operation includes a picture-taking lens, photoelectric detector elements for photoelectrically detecting the light from an object to be photographed, a picture-taking lens driving device for driving the picture-taking lens to the in-focus position on the basis of the output of the photoelectric detector elements, a drive blocking device for detecting that the object is unsuitable for automatic focusing operation, thereby blocking the driving of the picture-taking lens by the picture-taking lens driving device, information detecting apparatus for detecting the information of the object, a memory for storing the output of the information detecting apparatus when the object is unsuitable for automatic focusing operation, and a releasing device for comparing the output of the information detecting apparatus with the output of the memory and releasing said blocking by the drive blocking device when the two outputs differ from each other.
    • 能够进行自动聚焦操作的相机包括:摄像镜头,用于光电检测来自被拍摄物体的光的光电检测器元件;用于将拍摄镜头驱动到对焦位置的摄影镜头驱动装置; 光电检测器元件的输出的基础,用于检测物体不适合于自动聚焦操作的驱动阻断装置,从而通过摄影镜头驱动装置阻挡摄像镜头的驱动,信息检测装置 检测对象的信息;存储器,用于当对象不适于自动聚焦操作时存储信息检测装置的输出;以及释放装置,用于将信息检测装置的输出与存储器的输出进行比较,并释放所述 当两个输出彼此不同时,由驱动器阻塞装置阻塞。
    • 4. 发明授权
    • Automatic focusing camera system and photographing lens structure
therefor
    • 自动对焦相机系统和拍摄镜头结构
    • US4477169A
    • 1984-10-16
    • US396724
    • 1982-07-09
    • Nobuhiko TeruiSakuji WatanabeHiroshi Meguro
    • Nobuhiko TeruiSakuji WatanabeHiroshi Meguro
    • G03B13/36G02B7/28G03B3/10G03B7/08
    • G03B3/10
    • A lens structure with an imaging optical system detachably mountable on a camera body having a focus detecting device capable of detecting the positional relationship between the image of an object formed by the imaging optical system and a predetermined plane and of producing a corresponding detection signal comprises means for adjusting the imaging optical system in response to the detection signal, terminal means to be electrically connected to the camera body upon mounting of the lens structure on the camera body and detecting means adapted to transmit, to the camera body, a first signal in a first state where the imaging optical system is focused to the object at infinite distance, or a second signal in a second state where the imaging optical system is focused to the object at a shortest distance, or a third signal in a third state other than said first or second state.
    • 具有可拆卸地安装在相机主体上的成像光学系统的透镜结构,具有能够检测由成像光学系统形成的物体的图像与预定平面之间并产生相应检测信号的位置关系的焦点检测装置, 用于响应于检测信号调整成像光学系统,当将镜头结构安装在照相机主体上时,端子装置电连接到照相机主体,以及适于将照相机主体中的第一信号传送到照相机主体的检测装置 成像光学系统以无限远的距离聚焦在物体上的第一状态,或成像光学系统以最短距离聚焦到物体的第二状态的第二信号,或除了所述第三状态之外的第三状态的第三信号 第一或第二状态。
    • 5. 发明授权
    • Automatic focus detecting apparatus of a camera
    • 相机的自动对焦检测装置
    • US4408854A
    • 1983-10-11
    • US339660
    • 1982-01-15
    • Nobuhiko TeruiSakuji Watanabe
    • Nobuhiko TeruiSakuji Watanabe
    • G03B13/36G02B7/28G02B7/36G03B3/00
    • G02B7/36
    • An automatic focus detecting apparatus of a camera comprises a focus detecting unit for receiving the light from an object to be photographed and producing a focus detection output, a driving circuit responsive to the focus detection output to effect at least one of the driving of a phototaking lens and focus condition display, an object brightness detecting unit for producing a brightness detection output corresponding to the brightness of the object, means for producing a time count starting signal, a timer circuit adapted to start time count in response to the time count starting signal and produce a blocking signal in response to the brightness detection output for a short time if the brightness is high or for a long time if the brightness is low, and a blocking circuit for preventing the driving circuit from responding to the focus detection output during the time the blocking signal is produced.
    • 相机的自动对焦检测装置包括:焦点检测单元,用于接收来自被拍摄对象的光并产生焦点检测输出;响应于焦点检测输出的驱动电路,以实现拍摄的驱动中的至少一个 透镜和对焦条件显示器,用于产生对应于对象的亮度的亮度检测输出的对象亮度检测单元,用于产生时间计数开始信号的装置,适于根据时间计数开始信号开始时间计数的定时器电路 并且如果亮度高,则在短时间内响应于亮度检测输出产生阻塞信号,或者如果亮度低,则产生阻塞信号;以及阻塞电路,用于防止驱动电路响应于期间的焦点检测输出 时间产生阻塞信号。
    • 10. 发明授权
    • Camera-shake preventing device
    • 防抖装置
    • US5337098A
    • 1994-08-09
    • US5566
    • 1993-01-19
    • Kazuharu ImafujiNobuhiko Terui
    • Kazuharu ImafujiNobuhiko Terui
    • G01M11/00G02B27/64G03B5/00G03B17/00G03B39/00
    • G03B5/00G03B2205/0007G03B2205/0053G03B2207/005G03B2217/007
    • A camera-shake preventing device for preventing an image deflection due to a camera-shake by driving a part of an optical system on detecting the camera-shake, device being capable of restraining a futile consumption of a battery and previously confirming an effect to compensate the camera-shake.The device has a camera-shake detector, a computing unit, a camera-shake compensating lens, a lens driving unit and a compensating mode selecting unit. The camera-shake detector detects the camera-shake caused by a hand movement. The computing unit computes a proper camera-shake compensation quantity from the detected camera-shake. The camera-shake compensating lens is drivable for compensating the camera-shake. The lens driving unit drives the camera-shake compensating lens in such a direction as to cause no image deflection in accordance with the compensation quantity computed by the computing unit. The compensating mode selecting unit selects any one of camera-shake compensating modes, i.e., a regular compensating mode for regularly compensating the camera-shake after a release button has been half-depressed and a release compensating mode for compensating the camera-shake after the release button has been full-depressed.
    • 一种防抖装置,用于通过在检测到相机抖动时驱动光学系统的一部分来防止由于相机抖动引起的图像偏转,该装置能够限制电池的无效消耗,并且先前确认补偿的效果 相机震动。 该装置具有相机抖动检测器,计算单元,相机抖动补偿透镜,透镜驱动单元和补偿模式选择单元。 相机抖动检测器检测由手动造成的相机抖动。 计算单元从检测到的相机抖动中计算适当的相机抖动补偿量。 相机抖动补偿镜头可驱动,以补偿相机抖动。 透镜驱动单元驱动照相机抖动补偿透镜,使得不会根据由计算单元计算的补偿量导致图像偏转。 补偿模式选择单元选择相机抖动补偿模式中的任何一种,即,在半按下释放按钮之后定期补偿相机抖动的常规补偿模式以及用于补偿相机抖动之后的释放补偿模式 释放按钮已被全按下。