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    • 1. 发明申请
    • ENHANCED IMAGING METHOD AND APPARATUS
    • 增强成像方法和装置
    • US20120218437A1
    • 2012-08-30
    • US13502363
    • 2010-07-02
    • Alexander Thomas HermaryMohammad Reza SahraeiTerrance John HermaryMichael Douglas Ball
    • Alexander Thomas HermaryMohammad Reza SahraeiTerrance John HermaryMichael Douglas Ball
    • G06K9/62H04N5/228
    • G01N21/8986G01B11/245G01B11/2545G01N2021/8887G06T5/007G06T2207/30161
    • This invention provides accurate, high quality images for the identification of the surface characteristics of an object, that may be used as an input to suitable industrial process. It involves acquiring a first raw scan of a portion of a target object across a scan line in a scan zone with a first camera and simultaneously acquiring a second raw scan of the same portion of the target object across the scan line in the scan zone with a second camera. The raw scans are converted to digital and then processed with flattening coefficients derived from measurements of variations in illumination. The first and second cameras sets of flattened image data are then gridized to compensate for parallax, make them orthographic sets of image data that can be compared on a pixel-by-pixel basis with a known or measured geometric profile of the target. A selection of enhanced pixel value for a surface coordinate can then be made, based on both sets of data. The obscuring of surface features by specular reflection can thus be effectively eliminated.
    • 本发明提供用于识别物体的表面特性的准确的高质量图像,其可以用作适当的工业过程的输入。 它涉及通过具有第一照相机的扫描区域中的扫描线获取目标对象的一部分的第一次原始扫描,并且同时在扫描区域中跨扫描线获取目标对象的相同部分的第二次原始扫描, 第二台相机。 原始扫描被转换为数字,然后用来自照明变化测量的平坦系数进行处理。 然后将平坦化图像数据的第一和第二照相机组进行网格化以补偿视差,使得可以在逐像素的基础上与目标的已知或测量的几何轮廓进行比较的正交组图像数据。 然后可以基于两组数据进行表面坐标的增强像素值的选择。 因此可以有效地消除镜面反射对表面特征的模糊。
    • 3. 发明授权
    • Enhanced imaging method and apparatus
    • 增强成像方法和装置
    • US09377413B2
    • 2016-06-28
    • US13502363
    • 2010-07-02
    • Alexander Thomas HermaryMohammad Reza SahraeiTerrance John HermaryMichael Douglas Ball
    • Alexander Thomas HermaryMohammad Reza SahraeiTerrance John HermaryMichael Douglas Ball
    • H04N5/228G01N21/898G01B11/245G01B11/25G06T5/00
    • G01N21/8986G01B11/245G01B11/2545G01N2021/8887G06T5/007G06T2207/30161
    • This invention provides accurate, high quality images for the identification of the surface characteristics of an object, that may be used as an input to suitable industrial process. It involves acquiring a first raw scan of a portion of a target object across a scan line in a scan zone with a first camera and simultaneously acquiring a second raw scan of the same portion of the target object across the scan line in the scan zone with a second camera. The raw scans are converted to digital and then processed with flattening coefficients derived from measurements of variations in illumination. The first and second cameras sets of flattened image data are then gridized to compensate for parallax, make them orthographic sets of image data that can be compared on a pixel-by-pixel basis with a known or measured geometric profile of the target. A selection of enhanced pixel value for a surface coordinate can then be made, based on both sets of data. The obscuring of surface features by specular reflection can thus be effectively eliminated.
    • 本发明提供用于识别物体的表面特性的准确的高质量图像,其可以用作适当的工业过程的输入。 它涉及通过具有第一照相机的扫描区域中的扫描线获取目标对象的一部分的第一次原始扫描,并且同时在扫描区域中跨扫描线获取目标对象的相同部分的第二次原始扫描, 第二台相机。 原始扫描被转换为数字,然后用来自照明变化测量的平坦系数进行处理。 然后将平坦化图像数据的第一和第二照相机组进行网格化以补偿视差,使得可以在逐像素的基础上与目标的已知或测量的几何轮廓进行比较的正交组图像数据。 然后可以基于两组数据进行表面坐标的增强像素值的选择。 因此可以有效地消除镜面反射对表面特征的模糊。