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    • 5. 发明授权
    • Autofocus camera including automatically controlled focus adjustment
    • 自动对焦相机包括自动对焦调节
    • US4998124A
    • 1991-03-05
    • US276920
    • 1988-11-28
    • Tokuji IshidaMasataka HamadaJun HasegawaKenji IshibashiToshio NoritaHiroshi Ootsuka
    • Tokuji IshidaMasataka HamadaJun HasegawaKenji IshibashiToshio NoritaHiroshi Ootsuka
    • G02B7/28
    • G02B7/285
    • An AF autofocus camera system for automatically controlling an objective lens for focusing an object including a focus detector for generating defocus data carrying information of a defocus amount and a defocus direction based on a focus condition of an object to be focused through an objective lens detected at a detection cycle, and a focus condition memory for storing defocus data obtained in a present detection cycle, a previous detection cycle, and a cycle before the previous detection cycle. The system further includes first and second infocus detectors for detecting the infocus condition based on the defocus data itself and the average of the defocus data, respectively. First and second lens drive controllers are provided for driving and stopping the objective lens responsive to the first and second infocus detectors, respectively. The system further includes a selector for selecting the second infocus detector and the second lens controller to be operative where none of the defocus data is within an acceptable range or tolerance range so as to be considered as an infocus condition and the defocus direction of the defocus data obtained in the present and previous detection cycles show opposite directions.
    • 一种AF自动对焦照相机系统,用于自动控制用于聚焦物体的物镜,所述物镜包括焦点检测器,用于产生携带散焦量和散焦方向信息的散焦数据,所述散焦数据基于通过在 检测周期,以及聚焦条件存储器,用于存储在当前检测周期中获得的散焦数据,先前检测周期和在先前检测周期之前的周期。 该系统还包括分别基于散焦数据本身和散焦数据的平均值来检测聚焦条件的第一和第二焦点检测器。 第一和第二透镜驱动控制器分别用于响应于第一和第二焦点检测器来驱动和停止物镜。 该系统还包括选择器,用于选择第二焦点检测器和第二透镜控制器,以在散焦数据不在可接受的范围或公差范围内的情况下工作,以便被认为是聚焦条件和散焦的散焦方向 在当前和之前的检测周期中获得的数据显示相反的方向。
    • 7. 发明授权
    • Automatic focus detecting device
    • 自动对焦检测装置
    • US4905032A
    • 1990-02-27
    • US267547
    • 1988-11-04
    • Tokuji IshidaToshio NoritaMasataka HamadaHiroshi Ootsuka
    • Tokuji IshidaToshio NoritaMasataka HamadaHiroshi Ootsuka
    • G02B7/09G02B7/28G02B7/34G03B13/36
    • G02B7/346
    • An automatic focusing condition detecting device comprising an objective lens; a light receiving unit having a plurality of receiving portions, each receiving portion being adapted to receive through the objective lens light from one of a plurality of focusing areas, respectively; a focus detecting unit for detecting based on the output of each receiving portion a focusing condition of the objective lens in the respective focusing area; a unit for judging based on the output of each receiving portion whether or not it is possible for the focus detecting unit to detect a focusing condition of the objective lens in the respective focusing area; a unit for driving the objective lens; and a unit for controlling the driving unit to drive the objective lens when the judging unit judges that it is possible for the focus detecting unit to detect a focusing condition in at least one but not whole of the focusing areas, for the purpose of investigation whether or not there is another focusing area where the focus detecting unit can detect a focusing condition.
    • 一种自动对焦条件检测装置,包括物镜; 光接收单元,具有多个接收部分,每个接收部分分别适于通过物镜从多个聚焦区域中的一个接收光; 焦点检测单元,用于基于每个接收部分的输出来检测物镜在各个聚焦区域中的聚焦状态; 用于基于每个接收部分的输出来判断焦点检测单元是否可以检测各个聚焦区域中的物镜的聚焦状态的单元; 用于驱动物镜的单元; 以及用于当判断单元判断焦点检测单元可以检测至少一个但不是整个聚焦区域的聚焦条件时,用于控制驱动单元来驱动物镜的单元,以便调查是否 或者不存在焦点检测单元可以检测聚焦条件的另一聚焦区域。
    • 10. 发明授权
    • Camera system
    • 相机系统
    • US5214464A
    • 1993-05-25
    • US636608
    • 1990-12-31
    • Toshihiko KarasakiHiroshi OotsukaNorio IshikawaToshihiko IshimuraMasataka HamadaTokuji IshidaMasayuki Ueyama
    • Toshihiko KarasakiHiroshi OotsukaNorio IshikawaToshihiko IshimuraMasataka HamadaTokuji IshidaMasayuki Ueyama
    • G02B7/34G03B17/14
    • G02B7/346G03B17/14
    • According to this invention, a camera system has a camera body and a first and second lenses exchangeable to the camera body. The first lens comprises a device for outputting first data which indicates the first lens belongs to a first lens type. The second lens comprises a device for outputting second data which indicates the second lens belongs to a second lens type and third data with respect to the characteristic of the second lens. The camera body comprises: a device for inputting the data from the outputting device of the first or second lens attached to the camera body, a device for discriminating the lens type based on whether the inputted data is the first or second data, a device for storing data with respect to the characteristic of the lens belonging to the first lens type, and a processing device for carrying out a process based on the third data when the discriminating device judges the attached lens belongs to the second lens type and controlling it based on the stored data in the storing device when the discriminating device judges the attached lens belongs to the first lens type. The discriminating means judges the attached lens belongs to the first lens type.
    • 根据本发明,照相机系统具有照相机主体和可与照相机主体交换的第一和第二透镜。 第一透镜包括用于输出指示第一透镜属于第一透镜类型的第一数据的装置。 第二透镜包括用于输出指示第二透镜属于第二透镜类型的第二数据和关于第二透镜的特性的第三数据的装置。 相机主体包括:用于输入来自附接到相机主体的第一或第二透镜的输出装置的数据的装置,用于基于所输入的数据是第一还是第二数据来鉴别透镜类型的装置,用于 存储关于属于第一透镜类型的透镜的特性的数据;以及处理装置,用于当鉴别装置判断所附的透镜属于第二透镜类型时,基于第三数据执行处理,并基于 当识别装置判断所附加的透镜属于第一透镜类型时,存储装置中的存储数据。 鉴别装置判断所附的透镜属于第一透镜类型。