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    • 5. 发明授权
    • Imaging device and camera system
    • Abbildungsvorrichtung und Kamerasystem
    • EP2437484B1
    • 2017-02-15
    • EP11007277.4
    • 2011-09-07
    • Sony Semiconductor Solutions Corporation
    • Nishihara, Toshiyuki
    • H04N5/32H04N5/378H04N5/3745
    • H04N5/35572H04N5/32H04N5/341H04N5/355H04N5/357H04N5/363H04N5/374H04N5/3745H04N5/37455H04N5/378
    • An imaging device includes: a pixel array section functioning as a light receiving section which includes photoelectric conversion devices and in which a plurality of pixels, which output electric signals when photons are incident, are disposed in an array; a sensing circuit section in which a plurality of sensing circuits, which receive the electric signals from the pixels and perform binary determination regarding whether or not there is an incidence of photons on the pixels in a predetermined period, are arrayed; and a determination result integration circuit section having a function of integrating a plurality of determination results of the sensing circuits for the respective pixels or for each pixel group, wherein the determination result integration circuit section derives the amount of photon incidence on the light receiving section by performing photon counting for integrating the plurality of determination results in the plurality of pixels.
    • 一种成像装置包括:像素阵列部分,用作包括光电转换装置的光接收部分,并且其中当光子入射时输出电信号的多个像素被布置成阵列; 感测电路部分,其中接收来自像素的电信号并且执行关于在预定周期中是否存在像素的光子入射的二进制确定的多个感测电路; 以及确定结果积分电路部分,其具有对各像素或每个像素组的感测电路的多个确定结果进行积分的功能,其中确定结果积分电路部分通过以下方式导出光接收部分上的光子入射量 执行光子计数以将所述多个确定结果集成在所述多个像素中。
    • 10. 发明公开
    • IMAGE ACQUISITION DEVICE AND IMAGE ACQUISITION DEVICE FOCUSING METHOD
    • 图像获取设备和图像获取设备聚焦方法
    • EP3009871A1
    • 2016-04-20
    • EP14811239.4
    • 2014-03-07
    • Hamamatsu Photonics K.K.
    • OISHI HideshiTOKIWA Masaharu
    • G02B7/28G02B7/38G02B21/26G02B21/36G03B3/00H04N5/232
    • H04N5/23212G02B7/36G02B21/245G02B21/365G03B13/36H04N5/238H04N5/341H04N5/3696H04N5/378
    • In an image acquisition device M, an optical path length difference in a second optical image can be formed by arrangement of an optical path difference generating member 21, without need for splitting light in a second optical path L2 for focus control. Therefore, it reduces the quantity of light into the second optical path L2 necessary for acquisition of information of focal position while ensuring the quantity of light enough for execution of imaging by a first imaging device 18. Furthermore, in this image acquisition device M, a light reduction portion 28 for reducing light reaching an imaging surface 20a of a second imaging device 20 is provided between a first face 26 and a second face 27 of the optical path difference generating member 21. This light reduction portion 28 can narrow a light superimposed region 29 on the imaging surface 20a of the second imaging device 20, which allows control of the focal position to a sample S to be accurately carried out.
    • 在图像获取装置M中,可以通过光路差生成部件21的布置来形成第二光学图像中的光路长度差,而不需要在用于聚焦控制的第二光路L2中分离光。 因此,在确保用于执行第一摄像装置18的摄像的足够光量的同时,减少了为获取焦点位置信息所需的第二光路L2中的光量。此外,在该图像获取装置M中, 在光程差产生部件21的第一面26和第二面27之间设置有用于减少到达第二成像器件20的成像表面20a的光的减光部分28.该减光部分28可以缩小光重叠区域 第二成像装置20的成像表面20a上的图29所示的实施例允许将样品S的焦点位置控制为准确地执行。