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    • 63. 发明授权
    • Hologram fabrication process and fabricated hologram
    • 全息制作工艺和制作全息图
    • US08227148B2
    • 2012-07-24
    • US12362151
    • 2009-01-29
    • Tsuyoshi YamauchiKenji UedaMasachika Watanabe
    • Tsuyoshi YamauchiKenji UedaMasachika Watanabe
    • G03H1/02
    • G03F7/001G03H1/0011G03H1/0248G03H1/20G03H1/202G03H2001/0016G03H2001/0417G03H2210/55G03H2210/562
    • The invention provides a hologram in which a visually unidentifiable microtext or other micropattern of the order of 10 μm is recorded, and a process for the fabrication of the same. A volume hologram recording material 2 is located on the side of a reflection type volume hologram master 1 onto which copying illumination light 11 is incident, and the copying illumination light 11 incident onto the recording material 2 and light 12 diffracted through the master 1 interfere together in the volume hologram recording material 2 thereby copying the reflection type volume hologram master. In this case, a reflecting plate 5 having a fine regular reflection pattern 3 is interleaved between the master 1 and the recording material 2, and the copying illumination light 11 incident onto the recording material 2 and regularly reflected light 32 from the reflecting plate having the regular reflection pattern 3 interfere together in the recording material 2 thereby allowing the regular reflection pattern 3 to be multi-recorded in a hologram having the reflection type volume hologram master 1 copied in it.
    • 本发明提供了一种全息图,其中记录了视觉上不可识别的微型文本或其他微阵列的大小为10μm的全息图及其制造方法。 体积全息图记录材料2位于复制照明光11入射的反射型体积全息图主体1的一侧,入射到记录材料2上的复制照明光11和通过主体1衍射的光12干涉在一起 在体积全息图记录材料2中,由此复制反射型体积全息图母版。 在这种情况下,具有精细的正反射图案3的反射板5在主体1和记录材料2之间交错,并且复制照明光11入射到记录材料2上并且从具有 正常反射图案3在记录材料2中干涉在一起,从而允许将正反射图案3多次记录在其中复制有反射型体积全息图母版1的全息图中。
    • 68. 发明申请
    • HYBRID REFLECTION HOLOGRAM
    • 混合反射HOLOGRAM
    • US20070223074A1
    • 2007-09-27
    • US11688174
    • 2007-03-19
    • Ken Harris
    • Ken Harris
    • G03H1/26
    • G03H1/0248G03H1/0011G03H1/0236G03H1/0406G03H1/0408G03H1/0465G03H1/202G03H1/24G03H2001/0417G03H2001/205G03H2001/207G03H2001/2231G03H2210/46G03H2210/54G03H2210/562G03H2222/36G03H2227/04G03H2240/52
    • Hybrid white-light viewable holograms and methods for making them. The holograms are hybrid reflection holograms made using the diffractive structures or gratings of a holographic object such as a transmission hologram or holographic optical element (HOE). The wavefronts of the diffractive structures are converted into a reflection hologram by scanning them with a coherent light source having a profiled narrow beam. The hybrid reflection hologram can exhibit display parameters including the multiple colors, solidity, and color stability of white light reflection holograms, the diffractive color shifting of a white light transmission hologram, three dimensional imaging and a wide variety of dynamic changes. Different areas or images with each of these effects can be combined in a single hologram. These hybrid reflection holograms are ideal for security and forgery prevention applications.
    • 混合白光可见全息图及其制作方法。 全息图是使用诸如透射全息图或全息光学元件(HOE)的全息物体的衍射结构或光栅制成的混合反射全息图。 通过用具有异型窄光束的相干光源对它们进行扫描,将衍射结构的波前转换为反射全息图。 混合反射全息图可以显示包括白光反射全息图的多种颜色,坚固性和颜色稳定性,白光透射全息图的衍射色移,三维成像和各种动态变化的显示参数。 具有这些效果的不同区域或图像可以组合在单个全息图中。 这些混合反射全息图是安全和防伪应用的理想选择。
    • 70. 发明授权
    • Holographic recording and reproducing apparatus and holographic recording and reproducing method
    • 全息记录和再现设备和全息记录和再现方法
    • US06707585B2
    • 2004-03-16
    • US09984841
    • 2001-10-31
    • Satoru Tanaka
    • Satoru Tanaka
    • G03H104
    • G11B7/0065G03H1/181G03H1/20G03H1/26G03H1/265G03H2001/026G03H2001/0268G03H2001/0413G03H2001/184G03H2001/205G03H2210/562G03H2222/56
    • An apparatus includes recording reference optics, recording signal optics, and reproducing reference optics. The recording reference optics supplies a recording reference light beam to a recording medium, and the recording signal optics supplies a signal light beam, which is modulated in accordance with image data, to the recording medium. The signal light beam and the recording reference light beam produce an interference pattern within the recording medium. The reproducing reference optics supplies a reproducing reference light beam, which propagates in an opposite direction of the recording reference light beam, to the recording medium. The reproducing reference light beam generates a phase conjugate wave from a refractive-index grating of the interference pattern, and the phase conjugate wave is split from an optical path of the signal light beam to image a dot pattern with the phase conjugate wave. Also, a photo-detector detects the dot pattern to reproduce image data.
    • 一种装置包括记录参考光学器件,记录信号光学器件和再现参考光学器件。 记录参考光学器件将记录参考光束提供给记录介质,并且记录信号光学器件将根据图像数据调制的信号光束提供给记录介质。 信号光束和记录参考光束在记录介质内产生干涉图案。 再现参考光学器件将沿着记录参考光束的相反方向传播的再现参考光束提供给记录介质。 再现参考光束从干涉图案的折射率光栅产生相位共轭波,并且将相位共轭波从信号光束的光路分割成具有相位共轭波的点图案。 此外,光检测器检测点图案以再现图像数据。