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    • 2. 发明授权
    • Portable image scanner
    • 便携式图像扫描仪
    • US5019918A
    • 1991-05-28
    • US462121
    • 1990-01-08
    • Mineo KubotaKenji Masuyama
    • Mineo KubotaKenji Masuyama
    • H04N1/107
    • H04N1/1077H04N1/107H04N2201/043
    • Reflected image light obtained by illuminating a reading portion to be read on a given objective image plane is sent to an image sensor located on the rear side through a reflecting member disposed substantially just above the reading portion. By forming a viewing path inclined forward against or toward with respect to a vertical plane the image sensor so as to permit the reading portion to be observed easily, the desired image light reflected from the reading portion is little interfered with external light entering inside the scanner through the viewing path, thereby to obtain image processing of high quality.
    • 通过照射在给定的物镜像平面上读取的读取部分而获得的反射图像光通过基本上位于读取部分正上方的反射部件被发送到位于后侧的图像传感器。 通过形成相对于垂直平面向前倾斜或朝向垂直平面的观察路径,使得图像传感器能够容易地观察读取部分,从读取部分反射的期望的图像光几乎不受到进入扫描仪内部的外部光的干扰 通过观察路径,从而获得高质量的图像处理。
    • 5. 发明授权
    • Portable image scanner
    • 便携式图像扫描仪
    • US4893189A
    • 1990-01-09
    • US214050
    • 1988-06-30
    • Mineo KubotaKenji Masuyama
    • Mineo KubotaKenji Masuyama
    • H04N1/107
    • H04N1/1077H04N1/107H04N2201/043
    • Reflected image light obtained by illuminating a reading portion to be read on a given objective image plane is sent to an image sensor located on the rear side through a reflecting member disposed substantially just above the reading portion. By forming a viewing path inclined forward against the image sensor so as to permit the reading portion to be observed easily, the desired image light reflected from the reading portion is little interfered with external light entering inside the scanner through the viewing path, thereby to enjoy image processing of high quality.
    • 通过照射在给定的物镜像平面上读取的读取部分而获得的反射图像光通过基本上位于读取部分正上方的反射部件被发送到位于后侧的图像传感器。 通过形成朝向图像传感器向前倾斜的观察路径,以便容易地观察读取部分,从读取部分反射的期望的图像光几乎不受到通过观察路径进入扫描仪内部的外部光线的干扰,从而享受 图像处理高品质。
    • 10. 发明授权
    • Automatic focussing adjusting device
    • 自动聚焦调节装置
    • US4912496A
    • 1990-03-27
    • US245796
    • 1988-09-19
    • Kazukyo TamadaTsuneo YokoyamaSatoshi MikajiriMineo KubotaHiroshi Saito
    • Kazukyo TamadaTsuneo YokoyamaSatoshi MikajiriMineo KubotaHiroshi Saito
    • G03B13/36G02B7/28G02B7/36
    • G02B7/36
    • An automatic focussing adjusting device which controls properly an integration time necessary to integrate the amount of light received by a CCD line sensor for measuring the light of an object to detect a focal position. In the automatic focussing adjusting device, when the average value of the output data of the CCD line sensor is a value existing out of the stable operation region of the CCD line sensor, the integration in time for the amount of the light received from the object by the CCD line sensor is controlled so that the average value of the next output data of the CCD line sensor converges rapidly to the reference value of the output data to be selected in the CCD line sensor stable operation region. For the average value existing in the stable operation region, the integration time is controlled so that the average value of the next output data converges slowly to the reference value. Therefore, stable output data of the CCD line sensor can be obtained and can follow accurately the variations of the brightness of the object.
    • 一种自动对焦调节装置,其适当地控制集成由CCD线传感器接收的光量用于测量物体的光以检测焦点位置所需的积分时间。 在自动聚焦调整装置中,当CCD线传感器的输出数据的平均值是存在于CCD线传感器的稳定操作区域之外的值时,从对象接收的光量的时间积分 通过CCD线传感器被控制,使得CCD线传感器的下一个输出数据的平均值快速收敛到CCD线传感器稳定运行区域中要选择的输出数据的参考值。 对于稳定运行区域中存在的平均值,控制积分时间,使得下一个输出数据的平均值缓慢收敛到基准值。 因此,可以获得CCD行传感器的稳定输出数据,并可以准确地跟踪对象亮度的变化。