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    • 5. 发明申请
    • SPATIALLY EFFICIENT KINEMATIC MIRROR MOUNT
    • 空间有效的动力镜
    • US20110102924A1
    • 2011-05-05
    • US12610068
    • 2009-10-30
    • John M. Wiltse
    • John M. Wiltse
    • G02B7/182
    • G02B7/1825
    • A spatially efficient kinematic mirror mount for mounting a mirror or other optical element to a housing. The kinematic mirror mount may include three spaced-apart constraint structures, positioned at or near the outer perimeter or circumference of the mirror. The constraint structures constrain the mirror to lie within a plane, typically the x-y plane defined by the orientation of the housing, substantially without overconstraining the mirror. To accomplish this, each of the three constraint structures may constrain the mirror in the x-y plane by independently providing a tangential constraint to the mirror. The constraint structures may include a tab, coupled to the mirror by a flexure, and a fastening assembly for securing the tab to the housing.
    • 用于将反射镜或其它光学元件安装到壳体的空间有效的运动镜安装座。 运动反射镜安装件可以包括三个间隔开的约束结构,其位于或靠近反射镜的外周边或周边。 约束结构将反射镜限制在平面内,通常由壳体的取向限定的x-y平面,基本上不过度约束反射镜。 为了实现这一点,三个约束结构中的每一个可以通过独立地向镜子提供切向约束来约束x-y平面中的反射镜。 约束结构可以包括通过挠曲件联接到反射镜的突片和用于将突片固定到壳体的紧固组件。
    • 6. 发明授权
    • Spatially efficient kinematic mirror mount
    • 空间高效的运动镜安装
    • US08591048B2
    • 2013-11-26
    • US12610068
    • 2009-10-30
    • John M. Wiltse
    • John M. Wiltse
    • G02B7/182
    • G02B7/1825
    • A spatially efficient kinematic mirror mount for mounting a mirror or other optical element to a housing. The kinematic mirror mount may include three spaced-apart constraint structures, positioned at or near the outer perimeter or circumference of the mirror. The constraint structures constrain the mirror to lie within a plane, typically the x-y plane defined by the orientation of the housing, substantially without overconstraining the mirror. To accomplish this, each of the three constraint structures may constrain the mirror in the x-y plane by independently providing a tangential constraint to the mirror. The constraint structures may include a tab, coupled to the mirror by a flexure, and a fastening assembly for securing the tab to the housing.
    • 用于将反射镜或其它光学元件安装到壳体的空间有效的运动镜安装座。 运动反射镜安装件可以包括三个间隔开的约束结构,其位于或靠近反射镜的外周边或周边。 约束结构将反射镜限制在平面内,通常由壳体的取向限定的x-y平面,基本上不过度约束反射镜。 为了实现这一点,三个约束结构中的每一个可以通过独立地向镜子提供切向约束来约束x-y平面中的反射镜。 约束结构可以包括通过挠曲件联接到反射镜的突片和用于将突片固定到壳体的紧固组件。