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    • 5. 发明申请
    • TRANSVERSE ELECTRODISPLACIVE ACTUATOR ARRAY
    • 横向电极致动器阵列
    • WO2005060724A3
    • 2006-08-03
    • PCT/US2004006221
    • 2004-03-01
    • XINETICS INCEALEY MARK A
    • EALEY MARK A
    • G02B26/00G02B5/08G02B26/08G02F1/03G02F1/07H01L27/20
    • H01L41/0831G02B26/0825
    • A transverse electrodisplacive actuator array (48a) for controlling the optical phasing of a reflective surface (102) includes a support structure; a plurality of electrodisplacive actuator elements (50a, 52a, 72, 74) extending from a proximate end at the support structure to a distal end; each actuator element including at least one addressable electrode (80, 82, 84) and one common electrode (88, 90, 92, 94) spaced from the addressable electrode and extending along the direction of said proximate and distal ends along the transverse d 31 strain axis; a reflective member (100) having a reflective surface (102) and a mounting surface mounted on the actuator elements; and a plurality of addressable contacts (104, 106, 108) and at least one common contact (96) for applying voltage to the addressable and common electrodes to induce a transverse strain in addressed actuator elements to effect an optical phase change in the reflective surface at the addressed actuator elements.
    • 用于控制反射表面(102)的光学定相的横向电致位移致动器阵列(48a)包括支撑结构; 多个电致位移致动器元件(50a,52a,72,74),其从所述支撑结构处的近端延伸到远端; 每个致动器元件包括至少一个可寻址电极(80,82,84)和与可寻址电极间隔开的一个公共电极(88,90,92,94),并且沿着所述近端和远端的横向方向延伸, SUB> 31 应变轴; 具有反射表面(102)的反射构件(100)和安装在致动器元件上的安装表面; 以及多个可寻址触点(104,106,108)和至少一个公共触点(96),用于向可寻址和公共电极施加电压以在寻址的致动器元件中引起横向应变以实现反射表面中的光学相位变化 在寻址的致动器元件。
    • 8. 发明申请
    • ADAPTIVE MIRROR SYSTEM
    • 自适应镜像系统
    • WO2006028797A3
    • 2007-03-01
    • PCT/US2005030784
    • 2005-08-30
    • XINETICS INCEALEY MARK A
    • EALEY MARK A
    • G02B7/185G02B5/09
    • G02B26/0825
    • An adaptive mirror system includes an array of phase mirror segments for correcting for errors in a wavefront incident on the mirror system; each phase mirror segment includes an integrated wavefront correction module, having an optical surface; a high spatial and temporal frequency correction system for deforming the optical surface to correct for high spatial and temporal frequency phase errors in the incident local wavefront on the optical surface; and a tip-tilt correction system for adjusting the optical surface to compensate for tip-tilt errors in the incident local wavefront.
    • 自适应反射镜系统包括用于校正反射镜系统中的波前事件中的误差的相位镜段的阵列; 每个相位镜片段包括具有光学表面的集成波前校正模块; 用于使光学表面变形以校正光学表面上的入射局部波前的高空间和时间频率相位误差的高空间和时间频率校正系统; 以及用于调整光学表面以补偿入射的局部波前的尖端倾斜误差的尖端倾斜校正系统。