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    • 4. 发明公开
    • A method for measuring a high accuracy height map of a test surface
    • Verfahren zur Messung einer hochgenauenHöhenkarteeinerTestoberfläche
    • EP2977720A1
    • 2016-01-27
    • EP14178509.7
    • 2014-07-25
    • Mitutoyo Corporation
    • Zuiderweg, Adriaan TiemenQuaedackers, Johannes AnnaVisscher, Harm
    • G01B21/20G01B11/24
    • G06T11/206G01B11/2441G01B11/245G01B2210/52
    • The invention relates to a method for measuring a high accuracy height map of a test surface using a multi sensor optical profiler. The method comprises:
      measuring a coarse height map of the test surface with a pre-map sensor provided to the optical profiler with a relatively long working distance and/or a large field of view;
      storing the coarse height map in a memory;
      subdividing the coarse height map into sections as appropriate for the field of view of a relatively high resolution optical profiler sensor provided to the optical profiler;
      calculating the corresponding X, Y and Z positions for the high resolution optical profiler sensor with respect to the test surface;
      calculating a trajectory in the X, Y, Z-direction for the high resolution optical profiler sensor with respect to the test surface using the calculated X, Y, Z-positions;
      moving the optical profiler in the X, Y, Z-direction with respect to the test surface according to the trajectory; and,
      measuring a high accuracy height map with the high resolution optical profiler sensor.
    • 本发明涉及一种使用多传感器光学轮廓仪测量测试表面的高精度高度图的方法。 该方法包括:使用提供给具有相对长的工作距离和/或大视场的光学轮廓仪的预先映射传感器来测量测试表面的粗略高度图; 将粗略高度图存储在存储器中; 根据提供给光学轮廓仪的相对高分辨率的光学轮廓仪传感器的视野,将粗略高度图细分为多个部分; 计算高分辨率光学轮廓传感器相对于测试表面的相应X,Y和Z位置; 使用计算出的X,Y,Z位置,计算相对于测试表面的高分辨率光学轮廓传感器的X,Y,Z方向的轨迹; 根据轨迹将光学轮廓仪相对于测试表面沿X,Y,Z方向移动; 并用高分辨率光学轮廓传感器测量高精度高度图。
    • 5. 发明公开
    • Method of selecting a region of interest from interferometric measurements
    • Verfahren zumAuswähleneines Bereichs von Interesse aus interferometrischen Messungen
    • EP2884338A1
    • 2015-06-17
    • EP13196937.0
    • 2013-12-12
    • Mitutoyo Corporation
    • Haitjema, HanQuaedackers, Johannes Anna
    • G03F9/00G03F7/20G01B9/02
    • G01B9/0209G01B9/02088G01B2210/56G03F7/70616
    • Method for determining a property of a surface of a sample from a correlogram obtainable by scanning of the surface of the sample through a focal plane of an objective while applying interferometry. The method comprising:
      receiving data relating to a 3D image stack comprising of correlograms received on individual pixels of a 2D pixel array image sensor as a function of the scanning distance from the surface;
      creating an average 2D image by averaging the correlograms for each pixel in the 3D image stack over the scanning distance;
      selecting from the average 2D image the pixels of an area of interest;
      calculating a derivative height independent property of the pixels of the area of interest; and,
      determining a property of the area of interest of the sample from the derivative height independent property.
    • 用于通过在进行干涉测量时通过物镜的焦平面扫描样品表面而获得的相关图来确定样品表面性质的方法。 该方法包括:接收关于3D图像堆叠的数据,该3D图像堆叠包括作为从该表面的扫描距离的函数的2D像素阵列图像传感器的各个像素上接收的相关图; 通过在扫描距离上平均3D图像堆叠中每个像素的相关图来创建平均2D图像; 从平均2D图像中选择感兴趣区域的像素; 计算感兴趣区域的像素的导数高度独立性质; 以及从衍生高度独立性质确定样本的感兴趣区域的属性。
    • 8. 发明公开
    • Calculating a height map of a body of transparent material with an inclined or curved surface
    • 透明材料的主体的高度图的计算具有倾斜的或弯曲的表面
    • EP2955478A1
    • 2015-12-16
    • EP14172385.8
    • 2014-06-13
    • Mitutoyo Corporation
    • Quaedackers, Johannes Anna
    • G01B9/02G01B21/20G01B11/24
    • G01B11/0608G01B9/02085G01B11/2441
    • The invention relates to a method for calculating a height map of a sample comprising a body of a transparent material having a refractive index (n) with an inclined or curved surface, the body being provided on an underlying surface extending laterally from underneath the body. The method comprising:
      positioning a first area of a body of a transparent material with an inclined or curved surface and a second area of the underlying surface extending laterally from underneath the body under an optical profiler;
      measuring a height map of the first area (ZIS) and the second area (ZUS) with the optical profiler; and,
      calculating a height map of the inclined or curved surface (HIS) by using the refractive index, the measured height map of the first area (ZIS) and the second area (ZUS).
    • 本发明涉及一种用于计算包含具有与倾斜的或弯曲的表面的折射率(n)的透明材料制成的本体的样品的高度地图的方法,被设置在主体上,在下面的表面从所述主体下面延伸尾盘反弹。 该方法包括:定位在透明材料制成的主体的与倾斜的或弯曲的表面和所述下层表面的光学轮廓下方延伸从本体下方尾盘反弹的第二区域的第一区域; 测量所述第一区域(CIS)和第二区域(ZUS)与光学轮廓的高度图; 并且,通过使用折射率,所述第一区域(CIS)和第二区域(ZUS)的测量高度地图计算的倾斜或弯曲表面(HIS)的高度图。