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    • 51. 发明授权
    • Optical apparatus for magnifying a view of an object at a distance
    • 用于放大距离物体的视图的光学装置
    • US08708507B2
    • 2014-04-29
    • US12928647
    • 2010-12-16
    • Masataka Shirasaki
    • Masataka Shirasaki
    • G02B5/08G02B5/10
    • G02B17/002G02B17/0808G02B17/0812G02B17/086G02B25/007G02B27/10G02C7/08
    • The magnifying apparatus is based on two dimensional arrays of micro magnifying modules (MMMs) positioned along a plane perpendicular to the axis of the magnifying apparatus. In addition, the structure may include a two dimensional array of micro beam multipliers (MBMs) to improve the quality of the magnified image. The micro beam multipliers are positioned along a plane parallel to the array of micro magnifying modules. The structure also may include a two dimensional array of ray angle adjusters (RAAs) to extend the view angle. The ray angle adjusters are positioned along a plane parallel to the array of micro magnifying modules. The array of micro magnifying modules, with or without the micro beam multipliers and/or ray angle adjusters, may be constructed as a thin plate with a thickness of a few millimeters, through which the object is viewed. An object at a distance appears in the magnifying apparatus as a magnified image and the magnifying apparatus can be used for viewing an object at a distance in a way similar to the use of a conventional magnifier for viewing an object in a short distance.
    • 放大装置基于沿着垂直于放大装置的轴的平面定位的微放大模块(MMM)的二维阵列。 此外,该结构可以包括用于改善放大图像的质量的微束乘法器(MBM)的二维阵列。 微波束乘法器沿着平行于微放大模块阵列的平面定位。 该结构还可以包括用于延伸视角的射线角度调节器(RAA)的二维阵列。 射线角度调节器沿着平行于微放大模块阵列的平面定位。 具有或不具有微光束乘法器和/或光线角度调节器的微放大模块阵列可以被构造为厚度为几毫米的薄板,通过该薄板观察物体。 远距离的物体作为放大图像出现在放大装置中,并且放大装置可以用于以与使用常规放大镜相似的距离观看物体,以便在短距离内观看物体。
    • 57. 发明申请
    • CATADIOPTRIC PROJECTION OBJECTIVE
    • 目标投影目标
    • US20110235167A1
    • 2011-09-29
    • US13153544
    • 2011-06-06
    • David ShaferWilhelm UlrichAurelian DodocRudolf M. Von BuenauHans-Juergen MannAlexander Epple
    • David ShaferWilhelm UlrichAurelian DodocRudolf M. Von BuenauHans-Juergen MannAlexander Epple
    • G02B17/08
    • G02B17/0804G02B17/08G02B17/0812G02B17/0844G02B17/0856G02B17/0892G03F7/70225
    • A catadioptric projection objective for imaging a pattern provided in an object plane of the projection objective onto an image plane of the projection objective comprises: a first objective part for imaging the pattern provided in the object plane into a first intermediate image; a second objective part for imaging the first intermediate imaging into a second intermediate image; a third objective part for imaging the second intermediate imaging directly onto the image plane; wherein a first concave mirror having a first continuous mirror surface and at least one second concave mirror having a second continuous mirror surface are arranged upstream of the second intermediate image; pupil surfaces are formed between the object plane and the first intermediate image, between the first and the second intermediate image and between the second intermediate image and the image plane; and all concave mirrors are arranged optically remote from a pupil surface. The system has potential for very high numerical apertures at moderate lens material mass consumption.
    • 用于将设置在投影物镜的物平面中的图案成像到投影物镜的像平面上的反射折射投射物镜包括:用于将设置在物平面中的图案成像为第一中间图像的第一物镜部分; 第二目标部分,用于将第一中间成像成像成第二中间图像; 用于将第二中间成像直接成像到图像平面上的第三目标部分; 其中具有第一连续镜面的第一凹面镜和具有第二连续镜面的至少一个第二凹面镜布置在所述第二中间图像的上游; 瞳孔表面形成在物平面与第一中间图像之间,第一和第二中间图像之间以及第二中间图像与图像平面之间; 并且所有凹面反射镜光学地远离光瞳表面布置。 该系统具有中等透镜材料质量消耗的非常高的数值孔径的潜力。
    • 60. 发明授权
    • High performance catadioptric imaging system
    • 高性能反射折射成像系统
    • US07679842B2
    • 2010-03-16
    • US11543519
    • 2006-10-04
    • David R. ShaferYung-Ho ChuangJ. Joseph Armstrong
    • David R. ShaferYung-Ho ChuangJ. Joseph Armstrong
    • G02B9/00
    • G02B17/0892G02B17/0812G02B17/0856G02B21/04G03F7/70225G03F7/70341
    • A reduced size catadioptric objective and system is disclosed. The objective may be employed with light energy having a wavelength in the range of approximately 190 nanometers through the infrared light range. Elements are less than 100 mm in diameter. The objective comprises a focusing lens group configured to receive the light energy, at least one field lens oriented to receive focused light energy from the focusing lens group and provide intermediate light energy, and a Mangin mirror arrangement positioned to receive the intermediate light energy from the field lens and form controlled light energy for transmission to a specimen. The Mangin mirror arrangement imparts controlled light energy with a numerical aperture in excess of 0.65 and up to approximately 0.90, and the design may be employed in various environments.
    • 公开了一种减小尺寸的反射折射物镜和系统。 该目的可以通过红外光范围具有在约190纳米范围内的波长的光能。 元件的直径小于100毫米。 该目的包括被配置为接收光能的聚焦透镜组,至少一个取向为从聚焦透镜组接收聚焦光能并提供中间光能的场透镜,以及设置成接收来自光源的中间光能 并且形成用于传输到样本的受控光能。 芒格镜配置赋予数值孔径超过0.65并且高达约0.90的受控光能,并且该设计可以用于各种环境中。