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    • 1. 发明授权
    • Method and apparatus for synchronous laser beam scanning
    • 同步激光束扫描的方法和装置
    • US07940444B2
    • 2011-05-10
    • US11857039
    • 2007-09-18
    • Fraser DalgleishFrank M. CaimiGlenn Stutz
    • Fraser DalgleishFrank M. CaimiGlenn Stutz
    • G02B26/08
    • G02B26/123
    • A scanner system. The system includes a mirror assembly having multiple reflective surfaces arranged to form one polygonal shape about an axis. A plurality of the multiple surfaces are each positionable to reflect radiation propagating from the source at a reflective angle and a position on the reflective surface to direct the radiation along a transmit path. When one reflective surface is so positioned, another surface is positioned to receive and reflect radiation along a detector signal path for processing. According to a related method for acquiring image data a mirror assembly is provided with multiple reflective surfaces sequentially arranged to form a polygonal shape about an axis. A beam of radiation is reflected from a first of the reflective surfaces and along a path in a first direction to a target region and a return signal propagates along the path in a second direction away from the target region. A portion of the return signal is reflected from a surface of a second of the reflective surfaces of the mirror assembly and along a path to a detector.
    • 扫描仪系统 该系统包括具有布置成围绕轴线形成一个多边形形状的多个反射表面的反射镜组件。 多个多个表面各自可定位成以反射角反射从源传播的辐射和反射表面上的位置以沿着发射路径引导辐射。 当一个反射表面如此定位时,另一表面被定位成沿着检测器信号路径接收和反射辐射用于处理。 根据用于获取图像数据的相关方法,反射镜组件设置有顺序地布置成围绕轴线形成多边形的多个反射表面。 辐射束从第一反射表面反射并且沿着第一方向的路径被反射到目标区域,并且返回信号沿远离目标区域的第二方向沿着路径传播。 返回信号的一部分从反射镜组件的第二反射表面的表面反射并且沿着到检测器的路径反射。
    • 2. 发明申请
    • Method and Apparatus for Synchronous Laser Beam Scanning
    • 同步激光束扫描方法与装置
    • US20080218821A1
    • 2008-09-11
    • US11857039
    • 2007-09-18
    • Fraser DalgleishFrank M. CaimiGlenn Stutz
    • Fraser DalgleishFrank M. CaimiGlenn Stutz
    • G02B26/08
    • G02B26/123
    • A scanner system. The system includes a mirror assembly having multiple reflective surfaces arranged to form one polygonal shape about an axis. A plurality of the multiple surfaces are each positionable to reflect radiation propagating from the source at a reflective angle and a position on the reflective surface to direct the radiation along a transmit path. When one reflective surface is so positioned, another surface is positioned to receive and reflect radiation along a detector signal path for processing. According to a related method for acquiring image data a mirror assembly is provided with multiple reflective surfaces sequentially arranged to form a polygonal shape about an axis. A beam of radiation is reflected from a first of the reflective surfaces and along a path in a first direction to a target region and a return signal propagates along the path in a second direction away from the target region. A portion of the return signal is reflected from a surface of a second of the reflective surfaces of the mirror assembly and along a path to a detector.
    • 扫描仪系统 该系统包括具有布置成围绕轴线形成一个多边形形状的多个反射表面的反射镜组件。 多个多个表面各自可定位成以反射角反射从源传播的辐射和反射表面上的位置以沿着发射路径引导辐射。 当一个反射表面如此定位时,另一表面被定位成沿着检测器信号路径接收和反射辐射用于处理。 根据用于获取图像数据的相关方法,反射镜组件设置有顺序地布置成围绕轴线形成多边形的多个反射表面。 辐射束从第一反射表面反射并且沿着第一方向的路径被反射到目标区域,并且返回信号沿远离目标区域的第二方向沿着路径传播。 返回信号的一部分从反射镜组件的第二反射表面的表面反射并且沿着到检测器的路径反射。