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    • 2. 发明申请
    • Lithograph with one-dimensional trigger mask and method for production of digital holograms in a storage medium
    • 具有一维触发掩模的平版印刷机和用于在存储介质中生产数字全息图的方法
    • US20040233490A1
    • 2004-11-25
    • US10474613
    • 2004-06-30
    • Steffen NoehteChristoph DietrichRobert ThomannMatthias GerspachJorn LeiberStefan Stadler
    • G03H001/04
    • G03F7/704G03H1/08G03H1/0891G03H2001/0478
    • The present invention relates to a method of producing digital holograms in a storage medium, in which the technical problem of writing computer-generated holograms by means of optical lithography as quickly as possible and with little effort with simultaneous accurate control of the timed triggering and the positioning of the write beam is achieved in that a write beam is focused onto the storage medium and moved one-dimensionally relative to the storage medium, in that a scanning beam is focused onto a trigger mask having a plurality of trigger lines and moved one-dimensionally transversely relative to the trigger lines, the movement of the scanning beam being coupled with the movement of the write beam, in that, during the scanning of the trigger lines, a timed trigger signal is generated as a function of the arrangement of the trigger lines, in that, with the aid of the timed trigger signal, the intensity of the write beam on the storage medium is controlled, and in that the hologram is written line by line by introducing radiation energy point by point, the storage medium being displaced transversely with respect to the scanning direction of the lines by a predefined distance to write adjacent lines of the hologram. The technical problem is also solved by a lithograph for producing digital holograms.
    • 本发明涉及一种在存储介质中制造数字全息图的方法,其中通过光学平版印刷来尽可能快地编写计算机产生的全息图的技术问题并且几乎没有同时精确地控制定时触发和 写入光束的定位是通过写入光束聚焦到存储介质上并相对于存储介质一维移动的,因为扫描光束被聚焦到具有多条触发线的触发掩模上, 扫描光束的移动与写入光束的移动相结合,因为在扫描触发线期间,定时触发信号作为触发器的布置的函数产生 因为在定时触发信号的帮助下,控制存储介质上的写入光束的强度,并且在该全息 通过逐点引入辐射能量逐行写入,存储介质相对于线的扫描方向横向移位预定距离以写入全息图的相邻线。 技术问题也通过用于制造数字全息图的平版印刷机来解决。
    • 3. 发明申请
    • Recording material for holograms, manufacturing method thereof, recording medium for holograms, hologram recording method and hologram reproduction method
    • 用于全息图的记录材料,其制造方法,全息图记录介质,全息记录方法和全息图再现方法
    • US20040233486A1
    • 2004-11-25
    • US10785016
    • 2004-02-25
    • TDK CORPORATION
    • Jiro Yoshinari
    • G03H001/00G03H001/02G03H001/04
    • G03H1/0272G03F7/001G03F7/0043G03H2001/0212G03H2001/026G03H2240/24G03H2270/53
    • There are provided a recording material for holograms characterized by low corruption of recorded data with time, a manufacturing method thereof, a recording medium for holograms, a hologram recording method and a hologram reproduction method. The recording material for holograms of this invention comprises a metal oxide porous body provided with an oxygen donor substance in the pores. In the recording material for holograms, recording is accomplished by increasing the oxygen content of the metal oxide porous body with oxygen from the oxygen donor substance produced upon irradiation of recording light. The irradiated sites undergo no further alteration even with additional light irradiation, and the heat-induced volume fluctuations are negligible. The recording material for holograms exhibits reduced corruption of recorded data with time when subjected to repeated reproduction or when the recorded medium is stored for long periods.
    • 提供了一种用于全息图的记录材料,其特征在于随时间的记录数据的低损坏,其制造方法,全息图的记录介质,全息图记录方法和全息图再现方法。 本发明的全息记录材料包括在孔中设置有氧供体物质的金属氧化物多孔体。 在用于全息图的记录材料中,通过用记录光照射产生的氧供体物质用氧提高金属氧化物多孔体的氧含量来实现记录。 即使使用额外的光照射,照射部位也不会发生进一步的改变,并且热诱导的体积波动可以忽略不计。 用于全息图的记录材料在经受重复再现时或当记录介质长时间存储时,会随时间减少记录数据的损坏。
    • 6. 发明申请
    • Lithography system with beam guidance and method for producing digital holograms in a storage medium
    • 具有光束引导的光刻系统和用于在存储介质中产生数字全息图的方法
    • US20040136040A1
    • 2004-07-15
    • US10473546
    • 2004-02-25
    • Steffen NoehteChristoph DietrichRobert ThomannStefan StadlerJorn Leiber
    • G03H001/04
    • G03H1/08G03F7/70383G03F7/704G03H1/0891G03H2001/0478G03H2001/0484G03H2222/36G03H2223/12G03H2240/41G03H2240/42G03H2260/63
    • The present invention relates to a lithograph for producing digital holograms in a storage medium, having a light source (8) for producing a write beam (10), having drive means (12, 14) for the two-dimensional movement of the write beam (10) relative to the storage medium (4) and having a first objective (16) for focusing the write beam (10) onto the storage medium (4) to be written. The technical problem of writing computer-generated holograms by means of optical lithography as quickly as possible and with little effort with simultaneous accurate control of the positioning of the write beam is solved in that a two-dimensional beam-guiding mask (18) is provided, in that means (20) of producing a scanning beam (22) are provided, in that a second objective (24) for focusing the scanning beam (22, 22null) nullsicnull onto the beam-guiding mask (18) is provided, in that the drive means (12, 14) move the scanning beam (22) two-dimensionally relative to the surface of the beam-guiding mask (18), the movement of the scanning beam (22, 22null) nullsicnull being coupled with the movement of the write beam (10), in that a detector (30null, 30null) is provided to pick up the scanning beam of which the intensity is varied by the optical properties of the track (44), in that means (32, 34) of tracking the write beam (10) and the scanning beam (22) are provided, and in that means (26) for producing a position control signal are provided. Furthermore, the invention relates to a method of producing digital holograms in a storage medium.
    • 本发明涉及一种用于在存储介质中产生数字全息图的光刻机,具有用于产生写入光束(10)的光源(8),具有用于写入光束二维运动的驱动装置(12,14) (10),并具有用于将写入光束(10)聚焦到要写入的存储介质(4)上的第一物镜(16)。 解决了提供二维光束引导掩模(18)的技术问题,即通过光学平版印刷法尽可能快地编写计算机产生的全息图并且同时精确地控制写入光束的位置, 在制造扫描光束(22)的装置(20)中,设置用于将扫描光束(22,22')聚焦到光束引导掩模(18)上的第二物镜(24)是 其特征在于,驱动装置(12,14)相对于光束引导掩模(18)的表面二维地移动扫描光束(22),扫描光束(22,22')的移动 与写入光束(10)的运动耦合,因为提供检测器(30',30“)以拾取强度根据轨道(44)的光学特性而改变的扫描光束, 在这种装置(32,34)中提供了跟踪写入光束(10)和扫描光束(22)的装置,并且在该装置(26)中, 提供位置控制信号。 此外,本发明涉及一种在存储介质中产生数字全息图的方法。
    • 8. 发明申请
    • Method and apparatus for recording/reproducing optical information
    • 用于记录/再现光学信息的方法和装置
    • US20030189741A1
    • 2003-10-09
    • US10209495
    • 2002-07-30
    • Byung-Bok Kang
    • G03H001/04G11B007/00G01B009/02
    • G11B7/0938G11B7/0065Y10S359/90
    • In a holographic digital data storage system, holographic page data has at least two concentric patterns with the optical information arranged within an outermost pattern of at least two concentric patterns. Since at least two concentric patterns in the holographic page data are deformed into at least two elliptic patterns in the diffracted beam caused by irradiation of the reference beam, at least two elliptic patterns are extracted from the diffracted beam and then at least two elliptic patterns are estimated to generate at least two estimated concentric patterns. A compensated vector between said at least two elliptic patterns and said at least two estimated concentric patterns is used to reconstruct the optical information from the diffracted beam.
    • 在全息数字数据存储系统中,全息页数据具有至少两个同心图案,其中光信息被布置在至少两个同心图案的最外图案内。 由于全息页面数据中的至少两个同心图案被变形为由参考光束的照射引起的衍射光束中的至少两个椭圆形图案,所以从衍射光束中提取至少两个椭圆形图案,然后至少两个椭圆图案是 估计产生至少两个估计的同心图案。 所述至少两个椭圆图案和所述至少两个估计的同心图案之间的补偿矢量用于从衍射光束重构光学信息。