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    • 51. 发明授权
    • Zoom lens system
    • 变焦镜头系统
    • US5978149A
    • 1999-11-02
    • US946155
    • 1997-10-07
    • Junji HashimuraHiromu MukaiHideki Nagata
    • Junji HashimuraHiromu MukaiHideki Nagata
    • G03C3/00G02B15/14G02B15/16
    • G02B15/14
    • A zoom lens system includes two lens components, and zooming is performed by moving a first lens component. The zooming is performed along a zoom curve such that the first lens component is moved out so that in-focus condition is obtained at a subject distance predetermined with respect to each focal length. As the subject distance, an excess focal length or a subject distance where the far side of the depth of field is the maximum flash reachable distance or a subject distance where the near side of the depth of field is the shortest object distance or a subject distance where the object distance or the magnification is fixed is set according to the purpose.
    • 变焦透镜系统包括两个透镜部件,并且通过移动第一透镜部件来执行变焦。 沿着变焦曲线进行变焦,使得第一透镜部件被移出,使得在相对于每个焦距预定的被摄体距离处获得对焦条件。 作为被摄体距离,景深的远侧是最大闪光可到达距离的多余焦距或被摄体距离或景深近侧为最短对象距离或被摄体距离的被摄体距离 根据目的设定对象距离或放大率固定的位置。
    • 54. 发明授权
    • Focus detection apparatus
    • 对焦检测装置
    • US4794416A
    • 1988-12-27
    • US896391
    • 1986-08-13
    • Hiromu MukaiTokuji IshidaHisashi Tokumaru
    • Hiromu MukaiTokuji IshidaHisashi Tokumaru
    • G02B7/34G03B3/00
    • G02B7/34
    • A focus detection apparatus for a camera comprising: a condensor lens being arranged close to or behind a predetermined focal plane of an objective lens of the camera. A pair of image separation members for separating the image of an object formed on the predetermined focal plane by use of light having been passed through the objective lens into two images which are arranged behind the condensor lens symmetrically with respect to the optical axis of the objective lens, wherein the correlation between the two images formed separately is measured in order to detect the focus condition of the objective lens. The image separating means including a mask for projecting the exit pupil of image separation member within an exit pupil of a cata-dioptric lens system as the objective lens.
    • 一种用于照相机的焦点检测装置,包括:在相机的物镜的预定焦平面附近或之后布置的聚光镜。 一对图像分离部件,用于通过使用已经通过物镜的光将形成在预定焦平面上的物体的图像分离成相对于物镜的光轴对称设置在聚光镜上的两个图像 透镜,其中测量分开形成的两个图像之间的相关性,以便检测物镜的聚焦条件。 图像分离装置包括用于将图像分离部件的出射光瞳投影在作为物镜的光束透镜系统的出射光瞳内的掩模。
    • 55. 发明授权
    • Exposure display device
    • 曝光显示装置
    • US4748468A
    • 1988-05-31
    • US10967
    • 1987-02-04
    • Akihiko FujinoShuji IzumiMasaaki NakaiHiromu MukaiToshio YamakiNobuyuki Taniguchi
    • Akihiko FujinoShuji IzumiMasaaki NakaiHiromu MukaiToshio YamakiNobuyuki Taniguchi
    • G03B7/091G03B7/16G03B7/28G03B17/20G03B3/00G03B17/18
    • G03B17/20G03B7/097G03B7/16G03B7/28
    • An exposure display device for a camera, which can display not only the density of the background to be photographed on a film but also the density of a primary object to be focused with respect to an exposure control value used for exposure control operation. In natural light photography, the brightness of the primary object area at which automatic focus detection is conducted and the brightness of divided object field areas are measured, the density distribution of the primary object area and those of the divided object field areas reproduced on the film are calculated basing on the measurement, and the results are displayed in correspondence to the exposure control value. In flash light photography, the expected brightness of the primary object area and divided object field areas are measured, and the density distribution of the primary object area and object field areas reproduced on the film are calculated and displayed in correspondence to the exposure control value.
    • 一种用于相机的曝光显示装置,其不仅可以显示关于要在胶片上拍摄的背景的浓度,还可以显示关于用于曝光控制操作的曝光控制值的要聚焦的主要物体的浓度。 在自然光摄影中,测量进行自动聚焦检测的主要对象区域的亮度和测量分割的物场区域的亮度,主要区域的密度分布和在电影上再现的分割的物场区域的密度分布 基于测量计算,并且结果根据曝光控制值显示。 在闪光灯拍摄中,测量主要对象区域和分割对象场区域的预期亮度,并根据曝光控制值计算和显示在胶片上再现的主要对象区域和对象场区域的浓度分布。
    • 56. 发明授权
    • Light measuring device for a single lens reflex camera
    • 单反相机用光测量装置
    • US4563068A
    • 1986-01-07
    • US580872
    • 1984-02-16
    • Kazuo KimuraYasuo YamazakiHiromu Mukai
    • Kazuo KimuraYasuo YamazakiHiromu Mukai
    • G02B7/28G02B7/34G03B7/099G03B7/0997G03B13/36G03B3/00
    • G03B7/09979G03B7/09972
    • A light measuring device for a single lens reflex camera includes a principal or main mirror capable of dividing light passing through an objective lens towards a finder system and towards a film plane. A submirror is provided behind the main mirror and directs the light passed therethrough towards the film plane for ultimately determining a focusing condition and a measurement of light intensity. A pair of focus detecting photosensor arrays, as well as a spotlight measuring photocell, is arranged relative to the submirror to receive the object light. The auxiliary mirror can be formed with a center portion for reflecting the light through the photocell arrays and a second light-reflecting plane having light diffusive characteristics for directing light for the detection of light measurement.
    • 用于单镜头反射照相机的光测量装置包括主镜或主镜,其能够将通过物镜的光朝向取景器系统分离并朝向胶片平面。 在主镜后面设置一个子镜,并将透过的光引向胶片平面,以最终确定聚焦条件和光强的测量。 相对于子镜布置一对焦点检测光电传感器阵列以及聚光灯测量光电管,以接收对象光。 辅助镜可以形成有用于通过光电池阵列反射光的中心部分和具有用于引导光用于光测量的检测的光漫射特性的第二光反射面。
    • 57. 发明授权
    • Focus condition detecting device for cameras
    • 摄像机对焦条件检测装置
    • US4552445A
    • 1985-11-12
    • US640771
    • 1984-08-14
    • Hiromu MukaiToshihiko KarasakiKunio Kawamura
    • Hiromu MukaiToshihiko KarasakiKunio Kawamura
    • G02B7/28G02B7/34G03B3/00G03B13/36G01J1/36
    • G02B7/346
    • In a focus condition detecting device of the type in which a pair of re-imaging lenses together with a condenser lens form a pair of re-images of an object image on a line sensor such that the distance between the corresponding points of the re-images on the line-sensor varies with the focus condition of a camera objective lens forming the objective image, the line sensor is located in front of a plane conjugate with a predetermined focal plane of the camera objective lens with respect to the condenser lens and the re-imaging lenses, so that the distance between the corresponding points of the first and second re-images on the line-sensor can be detected with resolution higher than one pitch length of the photocells of the line sensor.
    • 在这样一种类型的焦点条件检测装置中,其中一对重新成像透镜与聚光透镜一起在线传感器上形成一对物体图像的重新图像,使得再重新成像透镜的对应点之间的距离, 线传感器上的图像随着形成目标图像的相机物镜的聚焦条件而变化,线传感器位于与相机物镜相对于聚光透镜的预定焦平面共轭的平面之前,并且 重新成像透镜,使得能够以分辨率高于线传感器的光电管的一个间距长度来检测线传感器上的第一和第二再图像的对应点之间的距离。
    • 58. 发明授权
    • Image pickup device
    • 图像拾取装置
    • US07142241B1
    • 2006-11-28
    • US09377667
    • 1999-08-19
    • Hiromu Mukai
    • Hiromu Mukai
    • H04N5/335H01L27/14
    • H04N5/2254H01L27/14625
    • An image pickup device has an image sensor having rectangular light receiving portions arranged in a matrix, and microlenses disposed in correspondence with said light receiving portions, said light receiving portions and said microlenses being formed integrally with each other, an image input optical system for forming an image on said image sensor, said image input optical system including a diaphragm whose shape in a horizontal direction coincides with a shape of said light receiving portions of said image sensor.
    • 图像拾取装置具有图像传感器,该图像传感器具有以矩阵形式布置的矩形光接收部分,并且与所述光接收部分相对应地设置的微透镜,所述光接收部分和所述微透镜彼此一体形成,用于形成的图像输入光学系统 所述图像输入光学系统包括其水平方向的形状与所述图像传感器的所述光接收部分的形状一致的光阑。