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    • 1. 发明授权
    • Photometric apparatus for a camera
    • 相机测光仪
    • US5231448A
    • 1993-07-27
    • US560745
    • 1990-07-31
    • Toshihiro SatoMasaru MuramatsuKen UtagawaTadao TakagiSeiichi YasukawaShinichi Suzuki
    • Toshihiro SatoMasaru MuramatsuKen UtagawaTadao TakagiSeiichi YasukawaShinichi Suzuki
    • G02B7/34G03B7/099G03B7/16
    • G03B7/16G02B7/34G03B7/09974G03B7/09979
    • A photometric apparatus of a camera for carrying out a multi-segmented photometry by receiving object light reflected at a film or the shutter, includes a plurality of photometric elements which are disposed at positions to respectively receive reflected light from the film or the shutter. The elements are segmented in accordance with each of regions segmenting the object field, corresponding to regions of the film or the shutter, and are arranged in parallel in a predetermined direction within a mirror box so as to respectively receive light reflected with diffusion angles less than a predetermined angle from respective reflection regions of the film or the shutter. Photometric lenses are respectively positioned between the reflection regions and the photometric elements, corresponding to the photometric elements, so as to respectively direct the object light reflected at the reflection regions to the plurality of photometric elements, and are arranged in parallel so as to restrict incidence of reflected light on the photometric elements from other reflection regions.
    • 一种用于通过接收在胶片或快门反射的物体光进行多分段测光的照相机的测光装置,包括多个测光元件,其设置在分别接收来自胶片或快门的反射光的位置处。 这些元件根据对应于胶片或快门的区域的对象区域的每个区域进行分割,并且在反射镜箱内沿预定方向平行布置,以分别接收以扩散角小于 从胶片或快门的各个反射区域预定的角度。 光度测量透镜分别位于反射区域和对应于测光元件的测光元件之间,以分别将反射区域反射的物体光引导到多个测光元件,并且平行布置以限制入射光 来自其他反射区域的测光元件上的反射光。
    • 4. 发明授权
    • Image processing apparatus, imaging apparatus and image processing program
    • 图像处理装置,成像装置和图像处理程序
    • US08254675B2
    • 2012-08-28
    • US12222016
    • 2008-07-31
    • Ken UtagawaMasaru MuramatsuTsuyako Matsushita
    • Ken UtagawaMasaru MuramatsuTsuyako Matsushita
    • G06K9/00
    • H04N1/4072H04N1/40062
    • A white-balance imaging apparatus includes a first gradation converting unit performing gradation conversion depending on each pixel value of an original image, a second gradation converting unit performing gradation conversion based on pixel values within a predetermined range from each pixel of the original image, a selecting unit selecting a gradation conversion mode, and a determining unit determining second gradation conversion parameters for use by the second gradation converting unit, according to the selected gradation conversion mode, and determining at least one of first gradation conversion parameters for use by the first gradation converting unit and an exposure amount in an exposure amount adjusting part which can adjust the exposure amount, according to the selected gradation conversion mode. Therefore, it is possible to correct the dark area gradation of an image while maintaining brightness of the whole image, and to realize preferable gradation conversion.
    • 白平衡成像装置包括根据原始图像的每个像素值执行灰度转换的第一灰度转换单元,基于原始图像的每个像素的预定范围内的像素值执行灰度转换的第二灰度转换单元, 选择单位选择灰度转换模式,以及确定单元,根据所选择的灰度转换模式确定第二灰度转换单元使用的第二灰度转换参数,并且确定使用第一灰度等级的第一灰度转换参数中的至少一个 转换单元和可以根据所选择的灰度转换模式调节曝光量的曝光量调节部分中的曝光量。 因此,可以在保持整个图像的亮度的同时校正图像的暗区域灰度,并且实现优选的灰度转换。
    • 7. 发明申请
    • Image processing apparatus, imaging apparatus and image processing program
    • 图像处理装置,成像装置和图像处理程序
    • US20090041350A1
    • 2009-02-12
    • US12222016
    • 2008-07-31
    • Ken UtagawaMasaru MuramatsuTsuyako Matsushita
    • Ken UtagawaMasaru MuramatsuTsuyako Matsushita
    • G06K9/00
    • H04N1/4072H04N1/40062
    • A white-balance imaging apparatus includes a first gradation converting unit performing gradation conversion depending on each pixel value of an original image, a second gradation converting unit performing gradation conversion based on pixel values within a predetermined range from each pixel of the original image, a selecting unit selecting a gradation conversion mode, and a determining unit determining second gradation conversion parameters for use by the second gradation converting unit, according to the selected gradation conversion mode, and determining at least one of first gradation conversion parameters for use by the first gradation converting unit and an exposure amount in an exposure amount adjusting part which can adjust the exposure amount, according to the selected gradation conversion mode. Therefore, it is possible to correct the dark area gradation of an image while maintaining brightness of the whole image, and to realize preferable gradation conversion.
    • 白平衡成像装置包括根据原始图像的每个像素值执行灰度转换的第一灰度转换单元,基于原始图像的每个像素的预定范围内的像素值执行灰度转换的第二灰度转换单元, 选择单位选择灰度转换模式,以及确定单元,根据所选择的灰度转换模式确定第二灰度转换单元使用的第二灰度转换参数,并且确定使用第一灰度等级的第一灰度转换参数中的至少一个 转换单元和可以根据所选择的灰度转换模式调节曝光量的曝光量调节部分中的曝光量。 因此,可以在保持整个图像的亮度的同时校正图像的暗区域灰度,并且实现优选的灰度转换。
    • 10. 发明授权
    • Automatic focusing apparatus
    • 自动对焦装置
    • US5512973A
    • 1996-04-30
    • US443353
    • 1995-05-17
    • Yosuke KusakaMasaru MuramatsuKen UtagawaShozo Yamano
    • Yosuke KusakaMasaru MuramatsuKen UtagawaShozo Yamano
    • G02B7/36G03B13/36
    • G02B7/36
    • An automatic focusing apparatus repetitively detects a defocus amount of a photographing lens, discriminates whether or not an object is moving, and calculates a pursuit correction amount for a moving object on the basis of present and previous defocus amounts. When a non-moving object is discriminated, a drive amount of the lens is calculated on the basis of the present defocus amount, and when a moving object is discriminated the drive amount is calculated on the basis of a pursuit drive amount as a stun of the present defocus amount and the pursuit correction amount. A pursuit enable/disable determining device determines whether the drive amount is calculated on the basis of the discrimination result or on the basis of the present defocus amount. When a drive direction of the lens is reversed, the pursuit enable/disable determining device causes calculation of the drive amount of the photographing lens on the basis of the present defocus amount for driving the lens in a predetermined number of drive operations after the reversal.
    • 自动对焦装置重复地检测拍摄镜头的散焦量,判别物体是否正在移动,并且基于当前和以前的散焦量来计算移动物体的追踪校正量。 当鉴别出不移动物体时,根据目前的散焦量来计算透镜的驱动量,并且当识别出移动物体时,根据作为眩晕的追求驱动量计算驱动量 目前的散焦量和追踪修正量。 追踪启用/禁止确定装置基于判别结果或基于当前的散焦量确定驱动量是否被计算。 当镜头的驱动方向反转时,追求使能/禁止判定装置根据用于在反转之后的预定数量的驱动操作中驱动镜头的当前散焦量来计算拍摄镜头的驱动量。