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    • 21. 发明授权
    • Camera
    • 相机
    • US5802408A
    • 1998-09-01
    • US505101
    • 1995-07-21
    • Yasuo Suda
    • Yasuo Suda
    • G03B7/28G03B17/20G03B19/12G03B13/02
    • G03B17/20
    • A camera has a movable mirror arranged to permit its position to be switched between a first position in which an image light flux is guided to a viewfinder optical system and a second position in which an exposure can be carried out by an image pickup part, a display device arranged to make a display by superimposing a light from a light source on an image obtained within a viewfinder, and a control circuit arranged to cause the light source to begin to light up either while the movable mirror is in process of moving from the second position to the first position or within a period of time during which the movable mirror stabilizes in the first position.
    • 相机具有可移动反射镜,其布置成允许其位置在图像光通量被引导到取景器光学系统的第一位置和可由图像拾取部分进行曝光的第二位置之间切换, 显示装置,其被布置为通过将来自光源的光叠加在取景器中获得的图像上来进行显示,以及控制电路,其布置成在可移动反射镜正在从所述可移动镜移动过程中开始点亮 第二位置到第一位置,或在可移动镜稳定在第一位置的时间段内。
    • 26. 发明授权
    • Focus detection device having a plurality of means for forming light
patterns provided at different distances from the optical axis
    • 焦点检测装置具有多个用于形成设置在与光轴不同的距离处的光图案的装置
    • US5109154A
    • 1992-04-28
    • US690332
    • 1991-04-26
    • Masaki HigashiharaKeiji OhtakaKenji SuzukiTakeshi KoyamaYasuo Suda
    • Masaki HigashiharaKeiji OhtakaKenji SuzukiTakeshi KoyamaYasuo Suda
    • G03B13/36G02B7/34
    • G02B7/346
    • A focusing detecting device is disclosed having apparatus for forming object light patterns whose relative position changes in conformity with a focus state of an objective lens. Light flux passes through different areas of an exit pupil of the objective lens, and circuitry receives and photoelectrically converts the light patterns, and detects the focus state of the objective lens on the basis of the photoelectrically converted signal. The focusing apparatus accroding to the present invention a plurality of sets of structures for forming light patterns and means for photoelectrically converting the light patterns which are provided at different distances from the position of the optic axis of the objective lens. Also disclosed are means for making (a) the shapes of the areas of the exit pupil through which the light flux is passed to form the light patterns, or (b) intervals between the centers of gravity of said areas, or (c) both, different between a position in the vicinity of the optic axis of the objective lens, and a position distant therefrom.
    • 公开了一种聚焦检测装置,其具有用于形成相对位置根据物镜的焦点状态变化的物体光图案的装置。 光通量通过物镜的出射光瞳的不同区域,并且电路接收并光电转换光图案,并且基于光电转换信号检测物镜的聚焦状态。 根据本发明的聚焦装置用于形成光图案的多组结构和用于光电转换设置在与物镜的光轴的位置不同的距离处的光图案的装置。 还公开了用于制造(a)通过光束通过的出射光瞳的区域的形状以形成光图案的装置,或(b)所述区域的重心之间的间隔,或(c)两者 在物镜的光轴附近的位置和远离物镜的位置之间不同。
    • 29. 发明授权
    • Multi-directional focus state detection apparatus
    • 多方向聚焦状态检测装置
    • US4859842A
    • 1989-08-22
    • US313343
    • 1989-02-21
    • Yasuo SudaIchiro OhnukiAkira AkashiAkira IshizakiKeiji OhtakaTakeshi Koyama
    • Yasuo SudaIchiro OhnukiAkira AkashiAkira IshizakiKeiji OhtakaTakeshi Koyama
    • G02B7/34
    • G02B7/346
    • A focus detection apparatus includes:a first optical device for forming light distributions, associated with an object image, whose relative positional relationship chnages along a first direction in accordance with a focusing state of the objective lens;a second optical device for forming light distributions, associated with the object image, whose relative positional relationship changes along a second direction in accordance with the focusing state of the objective lens;a first sensing unit, having a plurality of photosensors, for forming an electrical signal associated with the focusing state of the objective lens in order to sense the light distributions formed by the first optical device; anda second sensing unit, having a plurality of photosensors, for forming an electrical signal associated with the focusing state of the objective lens in order to sense the light distribution formed by the second optical device.
    • 焦点检测装置包括:第一光学装置,用于形成与物体图像相关联的光分布,其相对位置关系根据物镜的聚焦状态沿着第一方向检测; 用于形成与所述物体图像相关联的光分布的第二光学装置,其相对位置关系根据所述物镜的聚焦状态沿第二方向变化; 具有多个光电传感器的第一感测单元,用于形成与所述物镜的聚焦状态相关联的电信号,以便感测由所述第一光学装置形成的光分布; 以及具有多个光电传感器的第二感测单元,用于形成与物镜的聚焦状态相关联的电信号,以便感测由第二光学装置形成的光分布。