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    • 4. 发明申请
    • Erasing holographic media
    • 擦除全息媒体
    • US20060280096A1
    • 2006-12-14
    • US11440366
    • 2006-05-25
    • Brian RileyKen AndersonLarry FabinyIan RedmondCurtis ShumanBradley SissomKevin CurtisAaron WegnerMichael Cole
    • Brian RileyKen AndersonLarry FabinyIan RedmondCurtis ShumanBradley SissomKevin CurtisAaron WegnerMichael Cole
    • G11B7/00
    • G11B7/0065G11B7/0055G11B7/1275
    • The present invention relates to embodiments of a process for subjecting a holographic storage medium to illuminative treatment to: (1) enhance or optimize recording of holographic data; (2) enhance or optimize reading of recorded holographic data; and/or (3) erase recorded holographic data. The present invention also relates to embodiments of a system comprising: (a) an illuminative treatment beam; (b) means for reducing the coherence of the beam and (c) means for transmitting the reduced coherence beam to cause illuminative treatment of: (1) an unrecorded portion of a holographic storage medium to provide pre-cured portions having increased ability to stably record holographic data; (2) a recorded portion of a holographic storage medium to provide a post-cured portion having reduced residual sensitivity; and/or (3) a recorded portion of a holographic storage medium having holographic data to provide an erased portion wherein at least some of the recorded holographic data is erased.
    • 本发明涉及对全息存储介质进行照明处理的方法的实施例:(1)增强或优化全息数据的记录; (2)增强或优化记录全息数据的阅读; 和/或(3)擦除所记录的全息数据。 本发明还涉及一种系统的实施例,包括:(a)照明处理光束; (b)用于减小光束的相干性的装置,(c)用于透射减小的相干光束的装置,以引起照明处理:(1)全息存储介质的未记录部分,以提供具有增强的稳定能力的预固化部分 记录全息数据; (2)全息存储介质的记录部分,以提供具有降低的残留灵敏度的后固化部分; 和/或(3)具有全息数据的全息存储介质的记录部分以提供擦除部分,其中记录的全息数据中的至少一些被擦除。
    • 9. 发明授权
    • Phase conjugate reconstruction of a hologram
    • 全息图的相位共轭重建
    • US07548358B2
    • 2009-06-16
    • US11440447
    • 2006-05-25
    • Brian RileyKen E. AndersonKevin R. Curtis
    • Brian RileyKen E. AndersonKevin R. Curtis
    • G03H1/12G03H1/26G03H1/22
    • G11B7/0065G03H1/22G03H2222/56
    • Methods and systems are provided for obtaining a phase conjugate reconstruction beam for use in retrieving holographic information from a holographic storage medium. These methods and systems include generating a coherent light beam that is a reproduction of the reference beam used in storing the holographic information in the storage medium. This coherent light beam is then directed through the holographic storage medium at the same angle and location of the reference beam during recording of the hologram. The directed coherent beam is then reflected back through the storage medium so that the reflected coherent light beam provides a phase conjugate of the reference beam and passes through the storage medium at the same angle and location that the reference beam passed through the storage medium during recordation of the hologram.
    • 提供了用于获得用于从全息存储介质检索全息信息的相位共轭重建光束的方法和系统。 这些方法和系统包括产生相干光束,其是用于将全息信息存储在存储介质中的参考光束的再现。 然后在记录全息图期间,该相干光束以参考光束的相同角度和位置被引导通过全息存储介质。 然后将定向相干光束通过存储介质反射回,使得反射的相干光束提供参考光束的相位共轭,并以与参考光束在记录期间通过存储介质相同的角度和位置通过存储介质 的全息图。
    • 10. 发明申请
    • Holographic drive head alignments
    • 全息驱动头对准
    • US20060279821A1
    • 2006-12-14
    • US11440369
    • 2006-05-25
    • Brian RileyAaron Wegner
    • Brian RileyAaron Wegner
    • G02B5/32
    • G02B7/005G02B7/004G11B7/0065G11B7/128G11B7/1384G11B7/22
    • The present invention relates to embodiments of: (1) a unitary holographic drive head assembly mounting structure; (2) an assembly comprising a unitary holographic drive head assembly mounting structure and a plurality of holographic drive head components and/or subassemblies; (3) a subassembly comprising a spatial light modulator, detector array, and a beam splitter; (4) a device comprising a spatial light modulator and a physical aperture positioned over or an imaged aperture projected onto the photoactive area of the spatial light modulator; (5) a system for optically aligning or pointing a laser in a holographic drive head assembly; (6) a light source subassembly comprising a laser, a fiber coupling lens; and an optical fiber having a fiber connector ready output end; and (7) a light source subsystem comprising a laser source, beam conditioning optics, fiber coupling optics for receiving the conditioned light beam, and a fiber optic connector for receiving the conditioned light beam from the fiber coupling optics.
    • 本发明涉及以下实施例:(1)一体式全息驱动头组件安装结构; (2)组件,其包括单一全息驱动头组件安装结构和多个全息驱动头组件和/或子组件; (3)包括空间光调制器,检测器阵列和分束器的子组件; (4)一种装置,包括空间光调制器和位于所述空间光调制器的光活性区域上的成像孔的物理孔; (5)用于在全息驱动头组件中光学对准或指向激光的系统; (6)一种光源子组件,包括激光器,光纤耦合透镜; 以及具有光纤连接器就绪输出端的光纤; 以及(7)光源子系统,包括激光源,光束调节光学器件,用于接收经调节的光束的光纤耦合光学器件,以及用于从光纤耦合光学器件接收经调节的光束的光纤连接器。