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热词
    • 1. 发明授权
    • Imaging device which adjusts the ratio of color excitation values
produced by an image pickup element in accordance with an exit pupil
position and the size of an aperture
    • 调整由图像拾取元件根据出射光瞳位置产生的颜色激励值与孔径尺寸的比率的成像装置
    • US5602412A
    • 1997-02-11
    • US515424
    • 1995-08-15
    • Masahiro SuzukiKoichiro Kawamura
    • Masahiro SuzukiKoichiro Kawamura
    • H04N1/60H01L31/00
    • H04N1/6077Y10S358/906
    • An imaging device which includes an optical unit passing light from a subject and having an exit pupil position. An image pickup element receives the light from the subject passing through the optical unit, and produces an image signal from the received light. The image signal has corresponding color excitation values. A color compensation mechanism adjusts a ratio of the color excitation values of the image signal produced by the image pickup element by adjusting at least one of the color excitation values in correspondence with the exit pupil position of the optical unit. Further, the imaging device can include an aperture positioned between the optical unit and the image pickup element to limit the amount of light received by the image pickup element from the optical unit. The size of the aperture is adjustable. The color compensation mechanism can then adjust a ratio of the color excitation values of the image signal produced by the image pickup element by adjusting at least one of the color excitation values in correspondence with the size of the aperture.
    • 一种成像装置,其包括使来自被检体的光具有出射光瞳位置的光学单元。 图像拾取元件接收来自通过光学单元的对象的光,并从接收的光产生图像信号。 图像信号具有相应的颜色激励值。 颜色补偿机构通过调整与光学单元的出射光瞳位置对应的颜色激励值中的至少一个来调节由图像拾取元件产生的图像信号的颜色激励值的比率。 此外,成像装置可以包括位于光学单元和图像拾取元件之间的孔,以限制由光学单元接收的图像拾取元件的光量。 光圈尺寸可调。 然后,颜色补偿机构可以通过根据孔径的尺寸调整至少一个颜色激励值来调整由图像拾取元件产生的图像信号的颜色激励值的比率。
    • 4. 发明授权
    • Setting of control information changing apparatus
    • 控制信息变更装置的设定
    • US5913086A
    • 1999-06-15
    • US958332
    • 1997-10-27
    • Koichiro KawamuraMasahiro Suzuki
    • Koichiro KawamuraMasahiro Suzuki
    • G03B7/0805G03B17/18G03B17/00
    • G03B17/18
    • A setting of control information changing apparatus having first and second operational components, a setting change device, and a switching device. The setting change device changes the setting of the first control information, for example, in response to the independent operation of the first operational component, and changes the setting of the second control information in response to simultaneous operation of both of the first and the second operational components. The switching device switches the operation of the setting change device between a possible condition in which the setting change of the first control information is possible and an impossible condition in which the setting change of the first control information is not possible. When the setting change device is in the impossible condition, the first control information is not changed if the first operational component is in operation, while the second control information can be changed by the simultaneous operation of the first and the second operational components. Therefore, changing operation of the undesirable control information is certainly prohibited.
    • 具有第一和第二操作部件的控制信息改变装置的设置,设置改变装置和切换装置。 设定更改装置例如响应于第一操作部件的独立操作而改变第一控制信息的设置,并且响应于第一和第二操作的同时操作来改变第二控制信息的设置 操作组件。 开关装置将设定变更装置的动作切换到能够实现第一控制信息的设定变更的可能状态和第一控制信息的设定变更不可能的不可能的状态。 当设置改变装置处于不可能状态时,如果第一操作部件正在运行,则第一控制信息不改变,而可以通过第一和第二操作部件的同时操作来改变第二控制信息。 因此,当然禁止不期望的控制信息的改变操作。
    • 5. 发明授权
    • Imaging device
    • 成像设备
    • US06952291B2
    • 2005-10-04
    • US10391764
    • 2003-03-20
    • Masahiro SuzukiTadashi OhtaKoichiro Kawamura
    • Masahiro SuzukiTadashi OhtaKoichiro Kawamura
    • G03B7/097G03B7/28H04N5/235H04N5/238H04N1/04
    • H04N5/238H04N5/2352
    • An imaging device according to the present invention has: a photometric circuit that detects a brightness of a photographic subject based on a light flux from the photographic subject that passes through a photographic lens; an exposure calculation circuit that calculates an aperture value and a shutter speed based on the detected brightness of the photographic subject; an imaging element that converts the light flux from the photographic subject received on each photo-electric element to an electric signal and outputs the electric signal, the imaging element having a plurality of the photo-electric elements and a micro-lens in which each of micro-lens elements is arranged facing to each of the photo-electric elements in order to converge the light flux from the photographic subject to a light receiving surface of each of the photo-electric elements; and a correction circuit that corrects the aperture value calculated by the exposure calculation circuit so that a signal level of the electric signal of the light flux does not change among photographic subjects each having a same brightness respectively.
    • 根据本发明的成像装置具有:测光电路,其基于来自摄影对象的通过摄影镜头的光通量来检测被摄体的亮度; 曝光计算电路,其基于检测到的拍摄对象的亮度来计算光圈值和快门速度; 将从每个光电元件上接收的被摄物体的光束转换为电信号并输出​​该电信号的成像元件,该成像元件具有多个光电元件和一个微透镜, 微透镜元件被布置成面对每个光电元件,以便将来自被摄体的光束会聚到每个光电元件的光接收表面; 以及校正电路,其校正由曝光计算电路计算的光圈值,使得光束的电信号的信号电平在分别具有相同亮度的摄影对象中不变化。