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    • 1. 发明授权
    • Solid state image pickup apparatus
    • 固态摄像装置
    • US4623927A
    • 1986-11-18
    • US756641
    • 1985-07-19
    • Kunihisa Hoshino
    • Kunihisa Hoshino
    • H04N5/232H04N5/335H04N5/341H04N5/347H04N5/353H04N5/355H04N5/369H04N5/372H04N5/378H04N3/14
    • H04N3/1556
    • A solid state image pickup apparatus can obtain a constant photoelectric transfer output even if an incident light intensity is very high, so that a signal processing circuit to be connected to an output of the apparatus can be simplified in configuration and only low voltage and low power are required. In the apparatus, an incident light intensity on a photoelectric transfer surface is detected, and a charge stored time is decreased in accordance with an increase in the incident light intensity. When the incident light intensity falls within a normal range, the transfer gate clock pulse is controlled to have a predetermined pulse width so as to allow transfer of the photoelectric transfer charge to the CCD shift register. Thus, a substantially constant photoelectric transfer output can be obtained. When the incident light intensity is high, the pulse width of the transfer gate clock is decreased. When the transfer gate clock pulse is controlled to have a short pulse width in this manner, a substantially constant photoelectric transfer output can be obtained irrespective of the incident light intensity.
    • 固态图像拾取装置即使入射光强度非常高,也可以获得恒定的光电转移输出,从而能够简化与装置的输出连接的信号处理电路,并且仅能够实现低电压和低功率 是必要的。 在该装置中,检测光电转移表面上的入射光强度,并且根据入射光强度的增加减少电荷存储时间。 当入射光强度落在正常范围内时,传输栅极时钟脉冲被控制为具有预定的脉冲宽度,以便允许将光电转移电荷转移到CCD移位寄存器。 因此,可以获得基本上恒定的光电转移输出。 当入射光强度高时,传输门时钟的脉冲宽度减小。 当以这种方式将传输门脉冲脉冲控制为具有短的脉冲宽度时,可以获得基本恒定的光电转移输出,而与入射光强度无关。
    • 3. 发明授权
    • Control device for automatic focusing
    • 用于自动对焦的控制装置
    • US4634851A
    • 1987-01-06
    • US831059
    • 1986-02-19
    • Akira OgasawaraSakuji WatanabeNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • Akira OgasawaraSakuji WatanabeNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • G03B13/36G02B7/28G02B7/34G01J1/20G03B3/10
    • G02B7/34
    • A control device for automatic focusing includes a low sharpness discriminating circuit for identifying a minimum contrast required for focus detecting function and a correlation zone discriminating circuit for determining whether an object is in or out of a correlation zone in the vicinity of the in-focus position. Output signals are supplied from the two discriminating circuits to a sequence control circuit for determining whether to continue or discontinue operation of a lens driving apparatus for driving the lens. A control device may further include a low brightness discriminating circuit the output signal of which is supplied to the sequence control circuit to immediately discontinue the operation of the lens driving apparatus when the low brightness discriminating circuit identifies a low brightness of the object, regardless of the results of other discriminations.
    • 用于自动聚焦的控制装置包括用于识别焦点检测功能所需的最小对比度的低锐度鉴别电路和用于确定对象是否在对焦位置附近的相关区域中或之外的相关区域判别电路 。 输出信号从两个识别电路提供给顺序控制电路,用于确定是否继续或停止用于驱动透镜的透镜驱动装置的操作。 控制装置可以进一步包括低亮识别电路,其低电平识别电路识别物体的低亮度时,其输出信号被提供给顺序控制电路,以立即停止透镜驱动装置的操作,而不管 其他歧视的结果。
    • 4. 发明授权
    • Automatic focusing device of a camera
    • 相机的自动对焦装置
    • US4473286A
    • 1984-09-25
    • US437012
    • 1982-10-27
    • Sakuji WatanabeAkira OgasawaraNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • Sakuji WatanabeAkira OgasawaraNobuhiko TeruiKen UtagawaKunihisa Hoshino
    • G03B13/36G02B7/28G02B7/34G03B3/10
    • G02B7/34
    • A camera capable of automatic focusing operation includes a picture-taking lens, photoelectric detector elements for photoelectrically detecting the light from an object to be photographed, a picture-taking lens driving device for driving the picture-taking lens to the in-focus position on the basis of the output of the photoelectric detector elements, a drive blocking device for detecting that the object is unsuitable for automatic focusing operation, thereby blocking the driving of the picture-taking lens by the picture-taking lens driving device, information detecting apparatus for detecting the information of the object, a memory for storing the output of the information detecting apparatus when the object is unsuitable for automatic focusing operation, and a releasing device for comparing the output of the information detecting apparatus with the output of the memory and releasing said blocking by the drive blocking device when the two outputs differ from each other.
    • 能够进行自动聚焦操作的相机包括:摄像镜头,用于光电检测来自被拍摄物体的光的光电检测器元件;用于将拍摄镜头驱动到对焦位置的摄影镜头驱动装置; 光电检测器元件的输出的基础,用于检测物体不适合于自动聚焦操作的驱动阻断装置,从而通过摄影镜头驱动装置阻挡摄像镜头的驱动,信息检测装置 检测对象的信息;存储器,用于当对象不适于自动聚焦操作时存储信息检测装置的输出;以及释放装置,用于将信息检测装置的输出与存储器的输出进行比较,并释放所述 当两个输出彼此不同时,由驱动器阻塞装置阻塞。
    • 5. 发明授权
    • Focus detecting apparatus
    • 对焦检测装置
    • US4336450A
    • 1982-06-22
    • US112350
    • 1980-01-15
    • Ken UtagawaAkira OgasawaraHiroshi ShirasuKunihisa Hoshino
    • Ken UtagawaAkira OgasawaraHiroshi ShirasuKunihisa Hoshino
    • G02B7/34G01J1/20
    • G02B7/34
    • A focus detecting apparatus comprises first means for forming phase outputs from said first and second photosensor arrays of phases respectively corresponding to the relative positions of said first and second photosensor arrays with respect to the light images thereon; second means for comparing the output corresponding to the amount of light entering said first photosensor array with the output corresponding to the amount of light entering said second photosensor array and forming a correlation output corresponding to said comparison; third means for forming outputs corresponding to the sharpness of light images on said photosensor arrays from the outputs from said arrays; and processing means for generating a synthesized output signal representing the focus state of said objective lens with respect to the object from the aforementioned phase outputs, correlation output and sharpness outputs.
    • 焦点检测装置包括:第一装置,用于从相应于所述第一和第二光电传感器阵列相对于其上的光图像的相对位置的所述第一和第二光电传感器阵列形成相位输出; 第二装置,用于将与进入所述第一光电传感器阵列的光量相对应的输出与对应于进入所述第二光电传感器阵列的光量的输出进行比较,并形成对应于所述比较的相关输出; 第三装置,用于从所述阵列的输出形成对应于所述光传感器阵列上的光图像的清晰度的输出; 以及处理装置,用于根据上述相位输出,相关输出和锐度输出,产生表示所述物镜的聚焦状态的合成输出信号。
    • 6. 发明授权
    • Focus detecting device
    • 对焦检测装置
    • US4297571A
    • 1981-10-27
    • US109282
    • 1980-01-03
    • Ken UtagawaKunihisa HoshinoHiroshi ShirasuAkira Ogasawara
    • Ken UtagawaKunihisa HoshinoHiroshi ShirasuAkira Ogasawara
    • G03B13/36G02B7/34G01J1/20
    • G02B7/34
    • In a focus detecting device having a first and second photoelectric element arrays each including a plurality of photo-electric elements disposed so as to mutually correspond in position and optical means for forming a first image and a second image of an object on the first and second arrays, respectively, there is provided first means for calculating the differences between electrical outputs related to the outputs of the mutually corresponding ones of the photoelectric elements of the first and second arrays and adding together the quantities based on said differences, second means for calculating the difference between each electrical output related to the output of each of the photoelectric elements and each electrical output related to the output of the photoelectric element spaced apart from each photoelectric element with a predetermined number of photoelectric elements interposed therebetween in the direction of arrangement of the elements of the arrays and adding together the quantities based on said differences, and third means for detecting the focused condition of the objective lens on the basis of the outputs of said first means and said second means.
    • 在具有第一和第二光电元件阵列的焦点检测装置中,每个光电元件阵列包括设置成在位置上相互对应的多个光电元件,以及用于形成第一和第二图像上的物体的第一图像和第二图像的光学装置 阵列分别提供了用于计算与第一和第二阵列的相互对应的光电元件的输出相关的电输出之间的差异的第一装置,并且基于所述差值将所述量相加在一起,第二装置用于计算 与每个光电元件的输出相关的每个电输出和与每个光电元件间隔开的光电元件的输出相关的每个电输出之间的差异与在其间插入的预定数量的光电元件沿元件的排列方向 的数组并加在一起 基于所述差异的量,以及用于基于所述第一装置和所述第二装置的输出来检测物镜的聚焦状态的第三装置。
    • 7. 发明授权
    • Automatic focusing device for camera
    • 相机自动对焦装置
    • US4841325A
    • 1989-06-20
    • US245967
    • 1988-09-16
    • Kunihisa Hoshino, deceasedYoshinari HamanishiKen Utagawa
    • Kunihisa Hoshino, deceasedYoshinari HamanishiKen Utagawa
    • G01C3/06G01C3/00G02B7/08G02B7/09G02B7/28G02B7/34G03B13/36
    • G02B7/282
    • An automatic focusing device for use in camera lens systems comprises lens means such as a zoom lens for forming the image of an object, detecting means for detecting the amount of defocus of the image of the object formed by the lens means from a predetermined plane such as a film surface, memory means for storing at least one value of conversion coefficient and at least one value of correction coefficient which is used in a calculation for correcting the conversion coefficient, calculating means for correcting the conversion coefficient in accordance with the amount of defocus and the correction coefficient and for calculating the driving amount of at least a portion of the lens means on the basis of the corrected conversion coefficient and the amount of defocus, and lens driving means for driving at least a portion of the lens means, e.g., the front lens group of a zoom lens, in accordance with the driving amount calculated by the calculating means. Disclosed also a lens system, as well as a camera, incorporating this automatic focusing device.
    • 用于相机透镜系统的自动聚焦装置包括诸如用于形成物体的图像的变焦透镜的透镜装置,用于从预定平面检测由透镜装置形成的物体的图像的散焦量的检测装置, 作为胶片表面的存储装置,用于存储转换系数的至少一个值和用于校正转换系数的计算中使用的校正系数的至少一个值,用于根据散焦量校正转换系数的计算装置 和校正系数,并且用于基于校正的转换系数和散焦量计算透镜装置的至少一部分的驱动量,以及用于驱动透镜装置的至少一部分的透镜驱动装置,例如, 根据由计算装置计算出的驾驶量的变焦镜头的前透镜组。 还公开了一种结合了该自动聚焦装置的透镜系统以及相机。
    • 10. 发明授权
    • Camera system with vignetting calculation and memory means
    • 相机系统具有渐晕计算和记忆功能
    • US4816663A
    • 1989-03-28
    • US30990
    • 1987-03-27
    • Ken UtagawaKunihisa Hoshino, deceased
    • Ken UtagawaKunihisa Hoshino, deceased
    • G02B7/02G02B7/28G02B7/34G03B13/36G01J1/20
    • G02B7/346
    • In an apparatus for detecting the in-focus state of a photo-taking lens of a camera, a defocus signal is produced responsive to a light intensity distribution signal and is indicative of deviation between an image of an object to be photographed and a predetermined surface. An information signal is produced indicative of the effectiveness of the defocus signal. A vignetting detection signal is produced indicative of the state of vegnetting by the photo-taking lens. The information signal is compared with a threshold value to determine the effectiveness of the defocus indicated by the defocus signal, and the threshold value is changed in response to the vignetting detection signal. A photo-taking lens may include a memory that stores data indicating an inverse of a value indicative of a distance from a predetermined plane to an exit pupil of the photo-taking lens, and the data stored in the memory may be used for calculating vignetting.
    • 在用于检测照相机的摄影镜头的对焦状态的装置中,响应于光强分布信号产生散焦信号,并且指示待拍摄对象的图像与预定表面之间的偏差 。 产生指示散焦信号的有效性的信息信号。 产生指纹检测信号,指示摄影镜头的移动状态。 将信息信号与阈值进行比较以确定由散焦信号指示的散焦的有效性,并且响应于渐晕检测信号改变阈值。 摄影镜头可以包括存储器,其存储指示表示从预定平面到摄影镜头的出射光瞳的距离的值的倒数的数据,并且存储在存储器中的数据可以用于计算渐晕 。