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    • 1. 发明授权
    • Focus detecting apparatus
    • 对焦检测装置
    • US4632532A
    • 1986-12-30
    • US759939
    • 1985-07-29
    • Susumu MatsumuraTakashi KawabataTokuichi TsunekawaYuichi Sato
    • Susumu MatsumuraTakashi KawabataTokuichi TsunekawaYuichi Sato
    • G02B7/28G02B7/34G03B3/00
    • G02B7/343
    • In a focus detecting apparatus for detecting the focus state of an objective lens on the basis of a light passing through the objective lens, a field lens is disposed near the predetermined imaging plane of the objective lens, and a projecting optical system for projecting the light from a light source onto an object through a first area of the pupil of the objective lens and a light-receiving optical system for forming a plurality of images on a sensor on the basis of lights passing through second and third areas of the pupil of the objective lens are disposed rearward of the image of the pupil of the objective lens formed by the field lens, whereby both focus detection based on the projected light and focus detection not based on the projected light can be accomplished.
    • 在用于基于通过物镜的光检测物镜的聚焦状态的焦点检测装置中,在物镜的预定成像平面附近设置场透镜,以及用于投射光的投影光学系统 通过物镜的光瞳的第一区域从光源到物体,以及光接收光学系统,用于基于通过所述物镜的瞳孔的第二和第三区域的光在传感器上形成多个图像 物镜设置在由场透镜形成的物镜的瞳孔的图像的后方,由此可以实现基于投影光的焦点检测和不基于投影光的聚焦检测。
    • 6. 发明授权
    • Distance measuring device with various controls of the light emitting
means
    • 距离测量装置,具有发光装置的各种控制
    • US4642451A
    • 1987-02-10
    • US595283
    • 1984-03-30
    • Tokuichi TsunekawaYuichi SatoTakashi KawabataSusumu Matsumura
    • Tokuichi TsunekawaYuichi SatoTakashi KawabataSusumu Matsumura
    • G01C3/10G02B7/32G01J1/20G01J1/32
    • G02B7/32G01C3/10
    • In the disclosed distance measuring device a light source projects light on an object to be photographed. A photo-electric converter for receiving light reflected from the object includes at least one photo-electric converting portion whose electric charge varies according to the quantity of light incident thereon. A control includes a first electric charge store which stores an electric charge produced at the photo-electric converting portion while the light is projected from the light source, a second electric charge store which stores an electric charge produced at the photo-electric converting portion while light is not projected from the light source, and a detector which detects at least one of the amounts of electric charge stored at the first and second electric charge stores. The control varies the quantity of light projected by the light source on the basis of the result detected by the detector.
    • 在所公开的距离测量装置中,光源将光照射在待拍摄物体上。 用于接收从物体反射的光的光电转换器包括至少一个电荷转换部分,其电荷根据入射到其上的光量而变化。 控制装置包括:第一电荷存储器,存储光源从光源投射时在光电转换部分产生的电荷;存储在光电转换部分产生的电荷的第二电荷存储器, 光不从光源投射,并且检测器检测存储在第一和第二电荷存储器中的电荷量中的至少一个。 该控制基于由检测器检测到的结果来改变由光源投射的光量。
    • 10. 发明授权
    • Device for sensing light and providing electrical readout
    • 用于感测光并提供电子读数的装置
    • US4672189A
    • 1987-06-09
    • US667012
    • 1984-11-01
    • Tokuichi TsunekawaYuichi SatoTakashi Kawabata
    • Tokuichi TsunekawaYuichi SatoTakashi Kawabata
    • G02B7/32G01J1/20
    • G02B7/32
    • The disclosed device responds to pulsed light from a light source to produce electrical signals. A photo-electric transducer element uses a number of signal storage sites on which successive signals from the photo-electric transducer element are accumulated. A signal flow circuit transfers the stored signals from one of the signal storage sites to another in synchronism with the energization and de-energization of the light source. Simultaneously, those signals produced when the light source is energized are accumulated on a common storage site. The other signals produced when the light source is not energized are accumulated on another common storage site. When performing a computation on the basis of an electrical readout of one set of stored signals and another electrical readout of another set of stored signals, the different characteristics of the different storage site prevent inaccurate results.
    • 所公开的设备响应来自光源的脉冲光产生电信号。 光电换能器元件使用多个信号存储位置,其上累积来自光电换能器元件的连续信号。 信号流电路将存储的信号从光源的通电和断电同步地传送到另一个信号存储位置。 同时,当光源通电时产生的那些信号被累积在公共存储站点上。 当光源未通电时产生的其他信号被累积在另一公共存储站点上。 当基于一组存储信号的电子读出和另一组存储信号的另一电子读数执行计算时,不同存储位置的不同特性防止不准确的结果。