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    • 1. 发明授权
    • Color printer comprising a linear grating spatial light modulator
    • 包括线性光栅空间光调制器的彩色打印机
    • US06734889B2
    • 2004-05-11
    • US10238105
    • 2002-09-10
    • Sujatha RamanujanDavid KesslerJoshua M. Cobb
    • Sujatha RamanujanDavid KesslerJoshua M. Cobb
    • B41J247
    • B41J2/465
    • A printer for printing on a light sensitive media (100) includes a light source (10) and optics. Cross array components and array direction components reduce divergence of the beam from the light. The illumination optics flood illuminates a grating modulator with reduced light beams. Modulator sites on the grating modulator array, are individual addressed which imparts a phase change to the reduced light beams. An imaging lens (70) directs light from the grating modulator array onto the light sensitive media (100). The imaging lens (70) includes a first lens element which converts the light into diffracted and undiffracted light; a spatial filter (80) which discriminates between the diffracted and the undiffracted light; and a second lens element which reconstructs an image of the modulator sites.
    • 用于在光敏介质(100)上打印的打印机包括光源(10)和光学器件。 交叉阵列组件和阵列方向分量减少光束从光的发散。 照明光学泛光照射具有减少的光束的光栅调制器。 光栅调制器阵列上的调制器位置被单独寻址,其对减少的光束赋予相位变化。 成像透镜(70)将来自光栅调制器阵列的光引导到光敏介质(100)上。 成像透镜(70)包括将光转换成衍射和未衍射光的第一透镜元件; 区分衍射光和未衍射光的空间滤光器(80) 以及重建调制器位置的图像的第二透镜元件。
    • 3. 发明授权
    • Method and apparatus for printing high resolution images using multiple reflective spatial light modulators
    • 使用多个反射空间光调制器打印高分辨率图像的方法和装置
    • US06980321B2
    • 2005-12-27
    • US09933385
    • 2001-08-20
    • Sujatha RamanujanDavid KesslerJames E. Roddy
    • Sujatha RamanujanDavid KesslerJames E. Roddy
    • B41J2/445G02B27/28G02F1/13G09G3/36H04N5/74G06K1/00
    • B41J2/445G02B27/283H04N5/7441
    • An apparatus and method of printing images onto a photosensitive media (140) using multiple reflective spatial light modulators (87, 88, 89, 90, 95, 97). In the apparatus and method, illumination optics uniformize and image light from at least one light source (20) through polarization beamsplitting elements (60, 63). The polarization beamsplitting elements (60, 63) divide the illumination light into two polarization states. One polarization state of the illumination light illuminates the reflective spatial light modulators (87, 88, 89, 90, 95, 97) in a telecentric manner. The reflective spatial light modulators (87, 88, 89, 90, 95, 97) are addressed with image data signals. The reflective spatial light modulators (87, 88, 89, 90, 95, 97) modulate the polarized illumination light on a site by site basis and reflect the modulated light back through the polarization beamsplitting elements. The modulated light beams are combined to form an image, which is directed through a print lens assembly (110) to expose a photosensitive media (140). The position of the spatial light modulators (87, 88, 89, 90, 95, 97) can be changed, and a new image can be printed.
    • 使用多个反射空间光调制器(87,88,89,90,95,97)将图像打印到感光介质(140)上的装置和方法。 在该装置和方法中,照明光学器件使来自至少一个光源(20)的光通过偏振分束元件(60,63)均匀化并成像。 偏振分束元件(60,63)将照明光分成两个偏振态。 照明光的一个偏振状态以远心方式照射反射空间光调制器(87,88,89,90,95,97)。 用图像数据信号寻址反射空间光调制器(87,88,89,90,95,97)。 反射空间光调制器(87,88,89,90,95,97)逐站调制偏振照明光,并将经调制的光反射回偏振分束元件。 调制的光束被组合以形成图像,其被引导通过打印透镜组件(110)以暴露光敏介质(140)。 可以改变空间光调制器(87,88,89,90,95,97)的位置,并且可以打印新的图像。
    • 4. 发明授权
    • Method and apparatus for printing high resolution images using multiple reflective spatial light modulators
    • 使用多个反射空间光调制器打印高分辨率图像的方法和装置
    • US06930797B2
    • 2005-08-16
    • US09794669
    • 2001-02-27
    • Sujatha RamanujanDavid KesslerJames E. Roddy
    • Sujatha RamanujanDavid KesslerJames E. Roddy
    • G02F1/13B41J2/465G06K1/00
    • B41J2/465
    • An apparatus and method of printing images (10) onto a photosensitive media (140) using multiple reflective spatial light modulators. In the apparatus and method, illumination optics (25) uniformize and image light from at least one light source through polarization beamsplitting elements (80). The polarization beamsplitting elements (80) divide the illumination light into two polarization states. One polarization state of the illumination light illuminates the reflective spatial light modulators in a telecentric manner. The reflective spatial light modulators are addressed with image data signals. The reflective spatial light modulators modulate the polarized illumination light on a site by site basis and reflect the modulated light back through the polarized beamsplitting elements (80). The modulated light beams are combined to form an image, which is directed through a print lens (110) to expose a photosensitive media (140). The position of the spatial light modulators can be changed, and a new image can be printed.
    • 使用多个反射空间光调制器将图像(10)打印到光敏介质(140)上的装置和方法。 在该装置和方法中,照明光学器件(25)使来自至少一个光源的光通过偏振分束元件(80)均匀化并成像。 偏振分束元件(80)将照明光分成两个极化状态。 照明光的一个偏振状态以远心方式照射反射空间光调制器。 反射空间光调制器用图像数据信号寻址。 反射空间光调制器逐站调制偏振照明光,并将经调制的光反射回偏振分光元件(80)。 经调制的光束被组合以形成图像,其被引导通过打印透镜(110)以暴露光敏介质(140)。 可以改变空间光调制器的位置,并且可以打印新的图像。
    • 5. 发明授权
    • Method and apparatus for printing to a photosensitive media using multiple spatial light modulators
    • 使用多个空间光调制器印刷到感光介质的方法和装置
    • US06407766B1
    • 2002-06-18
    • US09618661
    • 2000-07-18
    • Sujatha RamanujanDavid Kessler
    • Sujatha RamanujanDavid Kessler
    • B41J247
    • H04N1/50B41J2/465G02B27/283G06K15/1271
    • A method of printing (10) to a photosensitive media contains the step of imaging light from a light source through an optics assembly to a polarization beamsplitter (80). The polarization beamsplitter (80) produces a first polarized state and a second polarized state. The first polarized state is directed to a first filter to a first spatial light modulator. The first spatial light modulator is addressed with a first color signal to modulate the first polarized beam which is reflected back through the polarization beamsplitter (80). A second polarized light is passed through a second filter to a second spatial light modulator. A second color signal causes said second spatial light modulator to reflect a second modulated light beam through the polarization beamsplitter (80). The first and second modulated light beam are focused through print lens (110) onto a photosensitive media.
    • 将感光介质(10)打印的方法包括将来自光源的光通过光学组件成像到偏振分束器(80)的步骤。 偏振分束器(80)产生第一偏振态和第二极化状态。 第一极化状态被引导到第一空间光调制器的第一滤波器。 第一空间光调制器用第一颜色信号寻址,以调制通过偏振分束器(80)反射回的第一偏振光束。 第二偏振光通过第二滤光器到第二空间光调制器。 第二颜色信号使所述第二空间光调制器反射通过偏振分束器(80)的第二调制光束。 第一和第二调制光束通过打印透镜(110)聚焦到光敏介质上。
    • 7. 发明授权
    • Method and apparatus for printing monochromatic imaging using a spatial light modulator
    • 使用空间光调制器打印单色成像的方法和装置
    • US06552740B1
    • 2003-04-22
    • US09630419
    • 2000-08-01
    • Victor C. WongBadhri NarayanSujatha RamanujanDan S. Talbot
    • Victor C. WongBadhri NarayanSujatha RamanujanDan S. Talbot
    • B41J247
    • G06K15/1295B41J2/465H04N1/40025
    • A method and apparatus for monochromatic printing which records an image from digital image data onto a photosensitive medium (160) is disclosed. The apparatus includes the following: A light source (29) provides the monochromatic illumination. A uniformizer uniformizes a wavefront of light emitted from the light source (29). A polarizer (134) for filtering the uniformized light provides a polarized beam having a predetermined polarization state. A spatial light modulator (52) has a plurality of individual elements capable of altering the polarization state of the polarized beam to provide an exposure beam for printing. A state of each of the elements is controlled according to the digital image data. An optics assembly (11) is used for directing the polarized beam to the modulator and the exposure beam from the spatial light modulator (52). A lens assembly (132) is used for directing the exposure beam onto the photosensitive medium (160).
    • 公开了一种用于单色打印的方法和装置,其将图像从数字图像数据记录到感光介质(160)上。 该装置包括以下:光源(29)提供单色照明。 均匀器使从光源(29)发射的光的波前均匀。 用于过滤均匀化光的偏振器(134)提供具有预定偏振态的偏振光束。 空间光调制器(52)具有能够改变偏振光束的偏振状态以提供用于打印的曝光光束的多个单独元件。 根据数字图像数据控制每个元件的状态。 光学组件(11)用于将偏振光束引导到调制器和来自空间光调制器(52)的曝光光束。 透镜组件(132)用于将曝光光束引导到感光介质(160)上。
    • 9. 发明授权
    • Micro-mechanical polarization-based modulator
    • 微机械极化调制器
    • US06707595B2
    • 2004-03-16
    • US10351764
    • 2003-01-27
    • Andrew F. KutzSujatha Ramanujan
    • Andrew F. KutzSujatha Ramanujan
    • G02B2600
    • G02B5/3058G02B26/0841
    • A micro-mechanical spatial light modulator for modulating a polarization state of an incident beam (20) comprises a plurality of rotatable elements. Each of the rotatable elements (170) comprises a plurality of structures (300). The structures are spaced apart at sub-wavelength distances relative to the wavelength of the incident beam (20). Each of the plurality of structures (300) exhibits an interaction with the polarization state of the incident beam. An actuator is coupled to each of the rotatable elements. The actuator is capable of controllably positioning the rotatable element to any two positions, and each of the positions has a corresponding polarization state. A substrate (110) supports each plurality of rotatable elements and houses each actuator.
    • 用于调制入射光束(20)的偏振状态的微机械空间光调制器包括多个可旋转元件。 每个可旋转元件(170)包括多个结构(300)。 结构相对于入射光束(20)的波长在亚波长距离处间隔开。 多个结构(300)中的每一个表现出与入射光束的偏振状态的相互作用。 致动器联接到每个可旋转元件。 致动器能够可控地将可旋转元件定位到任何两个位置,并且每个位置具有相应的偏振状态。 基板(110)支撑每个多个可旋转元件并容纳每个致动器。
    • 10. 发明授权
    • Micro-mechanical polarization-based modulator
    • 微机械极化调制器
    • US06590695B1
    • 2003-07-08
    • US10084716
    • 2002-02-26
    • Andrew F. KurtzSujatha Ramanujan
    • Andrew F. KurtzSujatha Ramanujan
    • G02B2600
    • G02B5/3058G02B26/0841
    • A micro-mechanical spatial light modulator for modulating a polarization state of an incident beam (20) comprises a plurality of rotatable elements. Each of the rotatable elements (170) comprises a plurality of structures (300). The structures are spaced apart at sub-wavelength distances relative to the wavelength of the incident beam (20). Each of the plurality of structures (300) exhibits an interaction with the polarization state of the incident beam. An actuator is coupled to each of the rotatable elements. The actuator is capable of controllably positioning the rotatable element to any two positions, and each of the positions has a corresponding polarization state. A substrate (110) supports each plurality of rotatable elements and houses each actuator.
    • 用于调制入射光束(20)的偏振状态的微机械空间光调制器包括多个可旋转元件。 每个可旋转元件(170)包括多个结构(300)。 结构相对于入射光束(20)的波长在亚波长距离处间隔开。 多个结构(300)中的每一个表现出与入射光束的偏振状态的相互作用。 致动器联接到每个可旋转元件。 致动器能够可控地将可旋转元件定位到任何两个位置,并且每个位置具有相应的偏振状态。 基板(110)支撑每个多个可旋转元件并容纳每个致动器。