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    • 41. 发明授权
    • Photographic devices for controlling flash photography
    • 用于控制闪光摄影的照相设备
    • US4344680A
    • 1982-08-17
    • US249404
    • 1981-03-31
    • Tokuji IshidaNobuyuki TaniguchiMasatoshi ItohToshiaki MatsumotoTatsuro IzumiMasatake Niwa
    • Tokuji IshidaNobuyuki TaniguchiMasatoshi ItohToshiaki MatsumotoTatsuro IzumiMasatake Niwa
    • G03B7/16G03B15/05H05B41/32H05B41/34
    • G03B15/05G03B7/16G03B2215/0578G03B2215/0582
    • In a photographic system for flash photography, the firing current of an electronic flash tube is selectively restricted in accordance with the detection of whether or not the flash light amount necessary for a flash photograph is below a predetermined level prior to the firing of the flash tube for a photographic exposure. A selection is made between a first mode of flash firing with flash tube current flowing through a switching element and a second mode of flash firing with a flash tube current flowing through an impedance device serially connected with the flash tube. Alternatively, a selection can be made between higher or lower voltage levels to which the main flash firing capacitor is charged. The amount of light required from a flash device can be preparatorily identified and when less than a predetermined light output the flash device is caused to select the second mode of flash firing, or alternatively to select the lower level of the voltage charged by the main capacitor. The operation of the flash tube is controlled such that the flash light emission therefrom substantially corresponds to the necessary flash light amount such that a reduction is obtained in the ratio of excessive amount of flash light to the necessary amount of flash light.
    • 在用于闪光摄影的摄影系统中,根据闪光灯照射所需的闪光量是否低于闪光管的闪光灯的预定水平,来选择性地限制电子闪光管的点火电流 为摄影曝光。 在闪光灯闪光的第一模式与流过开关元件的闪光管电流之间进行选择,并且通过流过与闪光管串联连接的阻抗元件的闪光管电流进行第二闪光闪光模式的选择。 或者,可以在对主闪光点火电容器进行充电的较高或较低的电压电平之间进行选择。 可以准确地识别闪光装置所需的光量,并且当小于预定光输出时,闪光装置被选择第二种闪光模式,或者替代地选择由主电容器充电的较低电压 。 控制闪光管的操作,使得其闪光发射基本上对应于必要的闪光量,使得以闪光量过多的量与闪光的量相比获得减少。
    • 42. 发明授权
    • Camera with a multi-zone focus detecting device
    • 相机配有多区域对焦检测装置
    • US5168299A
    • 1992-12-01
    • US683763
    • 1991-04-10
    • Nobuyuki TaniguchiTokuji IshidaToshio NoritaMasataka HamadaToshihiko Karasaki
    • Nobuyuki TaniguchiTokuji IshidaToshio NoritaMasataka HamadaToshihiko Karasaki
    • G02B7/34G02B7/36
    • G02B7/36G02B7/34
    • A camera with a multi-zone focus detecting device has an objective lens mounted on a camera. An image formed by the objective lens is divided into a plurality of zones. In each zone, a focusing condition is detected based on the image formed by the objective lens so as to produce a plurality of focusing condition data. Based on the result of the focusing conditions, one zone is selected. Furthermore, a light which has passed through the objective lens is measured separately in each zone so as to produce a plurality of measured light data. Based on a focusing condition data obtained from the selected zone, the objective lens is driven to an infocus condition. When the objective lens is driven to the infocus condition, a measured light data obtained from the selected zone is used for calculating exposure data with which the exposure is controlled.
    • 具有多区域焦点检测装置的相机具有安装在相机上的物镜。 由物镜形成的图像被分成多个区域。 在每个区域中,基于由物镜形成的图像来检测聚焦条件,以产生多个聚焦条件数据。 根据聚焦条件的结果,选择一个区域。 此外,在每个区域分别测量已经通过物镜的光,以便产生多个测量的光数据。 基于从所选择的区域获得的聚焦条件数据,物镜被驱动到聚焦条件。 当物镜被驱动到聚焦条件时,从所选择的区域获得的测量光数据被用于计算曝光被控制的曝光数据。
    • 49. 发明授权
    • Camera with automatic focus and exposure control means
    • 相机具有自动对焦和曝光控制功能
    • US4792820A
    • 1988-12-20
    • US905974
    • 1986-09-11
    • Toshio NoritaNobuyuki TaniguchiTokuji IshidaToshihiko KarasakiMasataka Hamada
    • Toshio NoritaNobuyuki TaniguchiTokuji IshidaToshihiko KarasakiMasataka Hamada
    • G02B7/36G03B7/091G03B3/10
    • G03B7/091G02B7/36
    • A camera with an AF and AE control structure including a one-shot AF mode and a continuous AF mode, in which the operability and exposure control are improved. The camera includes a unit for detecting a focusing condition of an objective lens, defined by the relationship between a position of an object to be photographed against the lens and a focus point of the lens; a unit for focusing the lens in accordance with the detected focusing condition so that the lens is moved to the in-focus position, a first light measurement unit for measuring light at a spot area corresponding to a region of the object to be detected at the detecting unit, a second light measurement means for measuring averaged light at another area broader than the first area, and a unit for controlling exposure amount. The exposure control unit determines the exposure amount on the basis of the spot metering data in a one-shot AF mode, or the averaged light measuring data which is defined as a data at a time, at least, when the lens is adjacent to the in-focus position, in a continuous AF mode.
    • 具有包括单次AF模式和连续AF模式的AF和AE控制结构的相机,其中改善了可操作性和曝光控制。 相机包括用于检测物镜的聚焦状态的单元,其由被拍摄物体的位置与透镜的位置与透镜的焦点之间的关系限定; 用于根据检测到的聚焦条件对透镜进行聚焦以使透镜移动到对焦位置的单元,用于测量在与该被检测物体的区域对应的光斑区域处的光的第一光测量单元 检测单元,用于测量在比第一区域宽的另一区域上的平均光的第二光测量装置和用于控制曝光量的单元。 曝光控制单元至少在透镜邻近于该位置时,以单次AF模式中的点测光数据或一次被定义为数据的平均光测量数据来确定曝光量 在对焦位置,在连续的AF模式。