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    • 16. 发明申请
    • IDENTIFICATION DEVICE
    • 识别装置
    • US20110215229A1
    • 2011-09-08
    • US13128841
    • 2009-11-03
    • Leslie Charles LaycockMichael Stewart GriffithHywel Jhon. Mcardle
    • Leslie Charles LaycockMichael Stewart GriffithHywel Jhon. Mcardle
    • H01J3/14G02B5/126
    • G01S17/74G02B3/0087G02B5/126
    • An identification device 10 comprises a retroreflector 12 for receiving an incident beam of radiation 14 from a detection unit 15 remote from the device and selectively retroreflecting the incident beam back to the detection unit. The retroflector 12 comprises a substantially spherical graded refractive index lens 16 and a reflective part 18 for reflecting the incident beam of radiation passing through the lens. In a first condition, or mode, of the retroreflector, the lens 16 and the reflective part 18 are located relative to each other so that the incident beam of radiation 14 is retroreflected back to the detection unit. In a second condition, or mode, of the retroreflector 12, the lens 16 and the reflective part 18 are located relative to each other so that the reflected beam of radiation 22 is directed away from the detection unit.
    • 识别装置10包括后向反射器12,用于从远离装置的检测单元15接收入射入射光束14并选择性地将入射光束回射回到检测单元。 反射器12包括基本上球形的渐变折射率透镜16和用于反射穿过透镜的入射入射光束的反射部分18。 在后向反射器的第一状态或模式中,透镜16和反射部18相对于彼此定位,使得入射的辐射束14被回射回到检测单元。 在后向反射器12的第二状态或模式中,透镜16和反射部18相对于彼此定位,使得反射的辐射束22被引导离开检测单元。
    • 20. 发明申请
    • WAVEFRONT SENSOR DEVICE
    • WAVEFRONT传感器设备
    • US20140152842A1
    • 2014-06-05
    • US14238587
    • 2012-08-13
    • Leslie Charles Laycock
    • Leslie Charles Laycock
    • H04N5/33
    • H04N5/33A61B3/1015G01J9/00H01L27/14625H01L27/14649H04N5/2254H04N5/3415
    • This invention relates to an infra red wavefront sensor device (10) including: • a plurality of tapered coherent fibre optic image conduits (12a, 12b), wherein each image conduit has an input surface (14a, 14b) and a body portion (16a, 16b) that tapers to an output surface (18a, 18b) and is configured to transmit an infra-red image incident on the input surface (14a, 14b) to the output surface (18a, 18b), in which the input surfaces (14a, 14b) are substantially coplanar thereby defining an image plane; • a plurality of detector arrays (26), wherein each detector array has a plurality of detector cells which are responsive to infra-red radiation, and in which each detector array (26) is positioned so as to detect an infra-red image appearing at the output surface (18a, 18b) of the paired image conduit (12a, 12b) by producing an output signal; and • an image processor (28) responsive to the output signals of the detector arrays (26) and configured to combine said output signals to produce a composite image.
    • 本发明涉及一种红外波前传感器装置(10),包括:•多个锥形相干光纤图像导管(12a,12b),其中每个图像导管具有输入表面(14a,14b)和主体部分(16a ,16b),其向输出表面(18a,18b)逐渐变细并且被配置为将入射在所述输入表面(14a,14b)上的红外图像传输到所述输出表面(18a,18b),在所述输出表面 14a,14b)基本共面,从而限定图像平面; •多个检测器阵列(26),其中每个检测器阵列具有响应于红外辐射的多个检测器单元,并且其中每个检测器阵列(26)被定位以便检测出现的红外图像 通过产生输出信号在成对图像导管(12a,12b)的输出表面(18a,18b)处; 以及•图像处理器(28),其响应于所述检测器阵列(26)的输出信号并被配置为组合所述输出信号以产生合成图像。