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    • 61. 发明授权
    • Measuring method and apparatus using attenuation in total internal reflection
    • 在全内反射中使用衰减的测量方法和装置
    • US06791691B2
    • 2004-09-14
    • US10273270
    • 2002-10-18
    • Hisashi OhtsukaHitoshi ShimizuToshihito Kimura
    • Hisashi OhtsukaHitoshi ShimizuToshihito Kimura
    • G01N2155
    • G01N21/553G01N21/43
    • A state of attenuation in total internal reflection is detected by the use of a measuring apparatus having a measuring unit and a reference unit and a measuring system which corrects result of detection by the measuring unit on the basis of result of detection by the reference unit and measures the change of a state of attenuation in total internal reflection on the basis of the corrected result of detection by the measuring unit. The difference in sensitivity between the measuring unit and the reference unit is detected before initiating the measurement of the change of a state of attenuation in total internal reflection, and result of measurement by the measuring system is calibrated on the basis of the difference in sensitivity between the measuring unit and the reference unit.
    • 通过使用具有测量单元和参考单元的测量装置以及基于由参考单元的检测结果校正测量单元的检测结果的测量系统来检测全内反射的衰减状态,以及 根据校正检测结果,测量全内反射的衰减状态的变化。 在开始测量全内反射中的衰减状态的测量之前,检测测量单元和参考单元之间的灵敏度差异,并且基于测量系统的灵敏度差校正测量系统的结果, 测量单元和参考单元。
    • 62. 发明授权
    • Photographing system with improved time setting
    • 摄影系统具有改进的时间设置
    • US06791618B1
    • 2004-09-14
    • US09460433
    • 1999-12-14
    • Hitoshi Shimizu
    • Hitoshi Shimizu
    • H04N5235
    • H04N7/18H04N5/2351H04N5/2353
    • A photographing system comprising a photographing-method input unit, a temporary exposure time setting unit, and an actual exposure time setting unit. The photographing-method input unit receives input of a photographing method. The temporary exposure time setting unit stores a look-up table in which the kind of photographing method is caused to correspond to a temporary-photographing exposure time that is used to obtain an appropriate actual-photographing exposure time. The temporary exposure time setting unit also obtains the temporary-photographing exposure time in accordance with the kind of input photographing method by making reference to the look-up table and inputs the obtained temporary-photographing exposure time to a camera controller. The actual exposure time setting unit sets an actual-photographing exposure time, based on a temporary-photographing image signal obtained in temporary photographing controlled by the camera controller in accordance with the temporary-photographing exposure time.
    • 一种拍摄系统,包括拍摄方法输入单元,临时曝光时间设定单元和实际曝光时间设定单元。 拍摄方法输入单元接收拍摄方法的输入。 临时曝光时间设定单元存储一种查找表,其中拍摄方法的种类与用于获得适当的实际拍摄曝光时间的临时拍摄曝光时间相对应。 临时曝光时间设定单元还参照查找表,根据输入拍摄方法的种类获得临时拍摄曝光时间,并将获得的临时拍摄曝光时间输入到照相机控制器。 实际曝光时间设定单元根据临时拍摄曝光时间,根据由照相机控制器控制的临时拍摄中获得的临时摄影图像信号来设定实际摄影曝光时间。
    • 66. 发明授权
    • Shading elimination method for image read-out apparatuses
    • 图像读出装置的遮蔽消除方法
    • US5266804A
    • 1993-11-30
    • US868694
    • 1992-04-15
    • Hitoshi Shimizu
    • Hitoshi Shimizu
    • G06T1/00H04N1/401G01N23/04
    • H04N1/401
    • A surface, on which uniform information has been recorded, is two-dimensionally scanned with light beam deflected by a rotating polygon mirror having reflecting surfaces. Light radiated out of the scanned surface is photoelectrically detected, and groups of reference signal components for correcting purposes are thereby obtained, each group corresponding to one reflecting surface. Each time the groups of reference signal components for correcting purposes, which groups correspond to the whole reflecting surfaces, are obtained while the rotating polygon mirror rotates one turn, an averaging process is carried out on these groups of reference signal components for correcting purposes. A group of correction signal components are generated from a group of reference signal components for correcting purposes, which have been obtained from the averaging process. After an image signal is detected from a surface having an image recorded thereon, each group of image signal components of the image signal corresponding to one reflecting surface are corrected with the group of correction signal components. An averaging process is then carried out on the groups of image signal components of the image signal, which correspond to the whole reflecting surfaces and which have thus been corrected.
    • 已经记录了均匀信息的表面被具有由具有反射表面的旋转多面镜偏转的光束二维地扫描。 从扫描面射出的光被光电检测,从而获得用于校正目的的一组参考信号分量,每组对应于一个反射面。 每当旋转多面反射镜旋转一圈时,每一组参考信号分量用于校正目的,哪些组对应于整个反射表面,则对这些参考信号分量组进行平均处理以进行校正。 从用于校正目的的一组参考信号分量生成一组校正信号分量,其从平均处理获得。 在从其上记录有图像的表面检测到图像信号之后,用一组校正信号分量校正与一个反射表面相对应的图像信号的每组图像信号分量。 然后对与整个反射面对应的图像信号的图像信号分量组进行平均处理,并且由此被校正。