会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Automatic focusing device
    • 自动对焦装置
    • US5081479A
    • 1992-01-14
    • US467196
    • 1990-01-18
    • Terutake KadoharaAkira AkashiMasaki HigashiharaIchiro Ohnuki
    • Terutake KadoharaAkira AkashiMasaki HigashiharaIchiro Ohnuki
    • G03B13/36G02B7/28G02B7/36
    • G02B7/36
    • This invention relates to an automatic focusing device, particular capable of foreseeing the position of an object after a predetermined future time based on the results of a plurality of past focusing operations, thus enabling the focusing to the object. An automatic focusing device is provided which executes calculations for the abovementioned foreseeing after the execution of a predetermined number of focusing operations. However, if a focused state is identified in a focusing operation in the course of the execution of the predetermined number of focusing operations, the device is adapted to disregard the first-mentioned focusing operation as if it had not been conducted and to exclude the first-mentioned focusing operation from the counting of the predetermined number of focusing operations.
    • 本发明涉及一种自动聚焦装置,其特别是能够基于多个过去的聚焦操作的结果预测在预定的未来时间之后的物体的位置,从而能够对对象进行聚焦。 提供了一种自动对焦装置,其在执行预定数量的聚焦操作之后执行上述预见的计算。 然而,如果在执行预定数量的聚焦操作的过程中在聚焦操作中识别到聚焦状态,则该设备适于忽视首先提到的聚焦操作,就好像它未被执行,并且排除第一 来自对预定次数的聚焦操作的计数的所述聚焦操作。
    • 6. 发明授权
    • Automatic focus adjusting apparatus
    • 自动对焦调节装置
    • US5079581A
    • 1992-01-07
    • US583002
    • 1990-09-17
    • Terutake KadoharaAkira AkashiIchiro OhnukiMasaki Higashihara
    • Terutake KadoharaAkira AkashiIchiro OhnukiMasaki Higashihara
    • G02B7/28G02B7/36
    • G02B7/36
    • A automatic focus detecting apparatus in which a focal point position corresponding to a change in position of an object after the elapse of a predetermined time is foreseen and calculated on the basis of the result of a past focal point adjustment. In accordance with the aperture value and lens characteristic at the time of photographing, a selection is made with respect to whether the calculation is executed in a normal mode to calculate the focal point position on the basis of only the result of the detection of the focal point at the present time independently of the result of the past focal point adjustment, or the calculation is executed in the foreseeing mode. Upon photographing, if there is no need to execute the foreseeing calculation, the focal point position is calculated in the normal mode.
    • 一种自动对焦检测装置,其中根据过去焦点调整的结果预测并计算出与经过预定时间之后的物体的位置变化相对应的焦点位置。 根据拍摄时的光圈值和透镜特性,选择是否以正常模式执行计算,仅基于焦点的检测结果来计算焦点位置 点与过去焦点调整的结果无关,或者以预见模式执行计算。 在拍摄时,如果不需要执行预计计算,则在正常模式下计算焦点位置。
    • 7. 发明授权
    • Camera having an automatic focus adjusting apparatus
    • 相机具有自动对焦调节装置
    • US4972221A
    • 1990-11-20
    • US292567
    • 1988-12-30
    • Ichiro OhnukiAkira AkashiTerutake KadoharaMasaki Higashihara
    • Ichiro OhnukiAkira AkashiTerutake KadoharaMasaki Higashihara
    • G03B13/36G02B7/28
    • G02B7/282
    • A camera including an imaging optical system and a focus detecting circuit for repeatedly performing a focus detection operation and outputting a focus signal representing the focusing state of the optical system at the time of each focus detection operation. A calculation circuit predicts, on the basis of previous and latest focus signals, the focusing state of the optical system a predetermined period of time after the detection of the latest focus signal. The predetermined period of time includes a shutter release time-lag. A driving circuit drives the optical system by an amount corresponding to the focusing state calculated by the calculation circuit. A releasing circuit begins a film exposure in response to the operation of a shutter release member. A release timing control circuit controls the releasing circuit so that it does not operate until a point of time which is earlier, by an amount equal to the release time-lag, than the predicted time.
    • 一种照相机,包括成像光学系统和聚焦检测电路,用于在每个焦点检测操作时重复执行焦点检测操作并输出表示光学系统的聚焦状态的聚焦信号。 计算电路根据先前的和最新的聚焦信号,在检测到最新的聚焦信号之后预定的时间段预测光学系统的聚焦状态。 预定时间段包括快门释放时间延迟。 驱动电路将光学系统驱动与由计算电路计算的聚焦状态对应的量。 释放电路响应于快门释放构件的操作开始胶片曝光。 释放定时控制电路控制释放电路,使得它不工作,直到比预测时间早的时间点等于释放时间延迟。
    • 8. 发明授权
    • Autofocus device
    • 自动对焦装置
    • US4969003A
    • 1990-11-06
    • US349532
    • 1989-05-05
    • Ichiro OhnukiAkira AkashiTerutake KadoharaMasaki Higashihara
    • Ichiro OhnukiAkira AkashiTerutake KadoharaMasaki Higashihara
    • G03B13/36G02B7/28G02B7/36
    • G02B7/36
    • An auto-focus device or a camera equipped with such a device includes a focus detecting circuit for repeatedly detecting focus, in which an image forming optical system is driven on the basis of the focusing quantity detected by the focus detecting circuit. A speed computing circuit is provided for computing a speed of movement of an image plane corresponding to movement of the object on the basis of past autofocusing operation data. A drive data computing circuit is provided for predictive-computing data relating to a drive position of the image forming optical system, considering the movement of the object, on the basis of the past autofocusing operation data. A speed control circuit is provided for controlling a driving speed of the image forming optical system on the basis of the speed obtained by the speed computing circuit. A drive circuit is provided for driving the image forming optical system in one of a first mode in which a drive position of the optical system is controlled in accordance with data obtained by the drive data computing circuit without actuating the speed control circuit, and a second mode in which a driving speed of the optical system is controlled by the speed control circuit without actuating the drive position of the optical system using the drive data computing circuit. Finally, a selection circuit is provided for selecting between the first and second modes.
    • 配备有这种装置的自动对焦装置或照相机包括用于重复检测焦点的聚焦检测电路,其中基于由聚焦检测电路检测的聚焦量来驱动图像形成光学系统。 提供速度计算电路,用于基于过去的自动对焦操作数据来计算与物体的移动相对应的图像平面的移动速度。 提供驱动数据计算电路,用于基于过去的自动对焦操作数据考虑物体的移动来预测与图像形成光学系统的驱动位置有关的数据。 提供速度控制电路,用于基于由速度计算电路获得的速度来控制图像形成光学系统的驱动速度。 提供一种用于驱动图像形成光学系统的驱动电路,其中以第一模式中的一种模式,其中根据由驱动数据计算电路获得的数据来控制光学系统的驱动位置,而不致动速度控制电路;第二模式 模式,其中光学系统的驱动速度由速度控制电路控制,而不使用驱动数据计算电路致动光学系统的驱动位置。 最后,提供选择电路用于在第一和第二模式之间进行选择。