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    • 41. 发明授权
    • Modulation optical system with compensator
    • 带补偿器的调制光学系统
    • US06900866B2
    • 2005-05-31
    • US10712172
    • 2003-11-13
    • Andrew F. KurtzBarry D. SilversteinXiang-Dong Mi
    • Andrew F. KurtzBarry D. SilversteinXiang-Dong Mi
    • G02B5/30G02B27/18G02B27/28G02F1/1335G03B21/00H04N9/31G03B21/14G03B5/30
    • H04N9/3167G02B5/3016G02B5/3058G02B27/18G02B27/283G02F1/133536G02F1/133634G02F2001/133548G02F2001/133638G02F2203/02H04N9/3108H04N9/3191
    • A modulation optical system (40) provides modulation of an incident light beam. A wire grid polarization beamsplitter (240) receives the beam of light (130) and transmits a beam of light having a first polarization, and reflects a beam of light having a second polarization orthogonal to the first polarization. Sub-wavelength wires (250) on the wire grid polarization beamsplitter face a reflective spatial light modulator. The reflective spatial light modulator receives the polarized beam of light and selectively modulates the polarized beam of light to encode data thereon. The reflective spatial light modulator reflects back both the modulated light and the unmodulated light to the wire grid polarization beamsplitter. The wire grid polarization beamsplitter separates the modulated light from the unmodulated light. A compensator (260) is located between the wire grid polarization beamsplitter and the reflective spatial light modulator (210). The compensator conditions the polarization states of the oblique and skew rays of the modulated beam and includes a spatially variant retardance that corrects for a spatially variant retardance of the reflective spatial light modulator.
    • 调制光学系统(40)提供入射光束的调制。 线栅偏振分束器(240)接收光束(130)并透射具有第一偏振的光束,并且反射具有与第一偏振正交的第二偏振的光束。 线栅极偏振分束器上的亚波长线(250)面向反射空间光调制器。 反射空间光调制器接收偏振光束,并选择性地调制偏振光束以在其上编码数据。 反射空间光调制器将调制光和未调制的光反射回线栅偏振分束器。 线栅偏振分束器将调制光与未调制的光分离。 补偿器(260)位于线栅偏振分束器和反射空间光调制器(210)之间。 补偿器调节调制束的倾斜和偏斜光线的偏振状态,并且包括校正反射空间光调制器的空间变化的延迟的空间变化的延迟。
    • 42. 发明授权
    • Method for writing pixels in a cholesteric liquid crystal display
    • 用于在胆甾型液晶显示器中写入像素的方法
    • US06885357B2
    • 2005-04-26
    • US10334571
    • 2002-12-31
    • Xiang-Dong Mi
    • Xiang-Dong Mi
    • G02F1/141G02F1/13G02F1/133G02F1/137G09G3/20G09G3/36G09G3/18
    • G09G3/3629G02F1/13718G09G2300/0486G09G2310/06
    • A method for writing pixels in a cholesteric liquid crystal display having opposing rows and columns of electrodes and cholesteric liquid crystal material disposed between the rows and columns of electrodes to define an array of pixels, the cholesteric liquid crystals having a plurality of reflective states stable in the absence of an electrical field, one state having a minimum reflection, and another state with maximum reflection includes the steps of: applying voltages to the row an column electrodes to establish a pre-selection pixel voltage having a magnitude and duration effective to change at least one possible reflective state, but ineffective to drive the liquid crystal material to a common state; applying voltages to the row and column electrodes to establish a selection pixel voltage for selecting a final reflective state for the pixel; and applying voltages to the row and column electrodes to establish a post selection pixel voltage for achieving a final desired reflective state.
    • 一种用于在具有相对的电极行和列的胆甾型液晶显示器中写入像素的方法以及设置在电极的行和列之间的胆甾醇型液晶材料以限定像素阵列,所述胆甾型液晶具有多个稳定的反射状态 没有电场,具有最小反射的一个状态和具有最大反射的另一状态包括以下步骤:向列电极施加电压以建立具有有效改变的幅度和持续时间的预选像素电压 至少一种可能的反射状态,但是将液晶材料驱动到共同状态无效; 向行电极和列电极施加电压以建立用于选择像素的最终反射状态的选择像素电压; 并向行电极和列电极施加电压以建立用于实现最终期望的反射状态的后选择像素电压。
    • 49. 发明申请
    • Spatially patterned polarization compensator
    • 空间图案偏振补偿器
    • US20050151905A1
    • 2005-07-14
    • US11048675
    • 2005-02-01
    • Andrew KurtzBarry SilversteinXiang-Dong Mi
    • Andrew KurtzBarry SilversteinXiang-Dong Mi
    • G02B5/30G02B27/18G02B27/28G02F1/1335G03B21/00H04N9/31
    • H04N9/3167G02B5/3016G02B5/3058G02B27/18G02B27/283G02F1/133536G02F1/133634G02F2001/133548G02F2001/133638G02F2203/02H04N9/3108H04N9/3191
    • A modulation optical system (40) provides modulation of an incident light beam. A wire grid polarization beamsplitter (240) receives the beam of light (130) and transmits a beam of light having a first polarization, and reflects a beam of light having a second polarization orthogonal to the first polarization. Sub-wavelength wires (250) on the wire grid polarization beamsplitter face a reflective spatial light modulator. The reflective spatial light modulator receives the polarized beam of light and selectively modulates the polarized beam of light to encode data thereon. The reflective spatial light modulator reflects back both the modulated light and the unmodulated light to the wire grid polarization beamsplitter. The wire grid polarization beamsplitter separates the modulated light from the unmodulated light. A compensator (260) is located between the wire grid polarization beamsplitter and the reflective spatial light modulator (210). The compensator conditions the polarization states of the oblique and skew rays of the modulated beam and includes a spatially variant retardance that corrects for a spatially variant retardance of the reflective spatial light modulator.
    • 调制光学系统(40)提供入射光束的调制。 线栅偏振分束器(240)接收光束(130)并透射具有第一偏振的光束,并且反射具有与第一偏振正交的第二偏振的光束。 线栅极偏振分束器上的亚波长线(250)面向反射空间光调制器。 反射空间光调制器接收偏振光束,并选择性地调制偏振光束以在其上编码数据。 反射空间光调制器将调制光和未调制的光反射回线栅偏振分束器。 线栅偏振分束器将调制光与未调制的光分离。 补偿器(260)位于线栅偏振分束器和反射空间光调制器(210)之间。 补偿器调节调制束的倾斜和偏斜光线的偏振状态,并且包括校正反射空间光调制器的空间变化的延迟的空间变化的延迟。