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公开(公告)号：US07088488B2
公开(公告)日：2006-08-08
申请号：US10889727
申请日：2004-07-13
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
CPC classification number: G02B5/0221 , G02B5/0278 , G02B26/0833 , G02B27/46 , G11B7/0065 , G11B7/128
Abstract: The invention is directed to a spatial light modulator device that can improve holographic data recording systems, and various methods and systems incorporating the device. The spatial light modulator device includes a diffusive element to diffuse or scatter a data encoded object beam. For example, the diffusive element may comprise a two-layer diffusive laminate formed, a polymer dispersed liquid crystal material, or another diffusive material. The diffusive element can be formed over the output window, or may comprise the output window of the spatial light modulator device. In any case, the diffusive element can slightly scatter the data encoded object beam, which can significantly reduce undesirable zero-order burning effects in a holographic medium positioned in proximity to a Fourier transform plane.
Abstract translation: 本发明涉及一种可以改善全息数据记录系统的空间光调制器装置，以及结合该装置的各种方法和系统。 空间光调制器装置包括漫射或分散数据编码对象光束的扩散元件。 例如，扩散元件可以包括形成的两层扩散层压体，聚合物分散液晶材料或另一种漫射材料。 扩散元件可以形成在输出窗口上，或者可以包括空间光调制器装置的输出窗口。 在任何情况下，漫射元件可以稍微散布数据编码对象光束，这可以显着地减少位于与傅里叶变换平面相邻的全息介质中的不期望的零级燃烧效应。
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公开(公告)号：US06922385B2
公开(公告)日：2005-07-26
申请号：US10648533
申请日：2003-08-25
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
CPC classification number: G11B7/0938 , G11B7/0065
Abstract: In one embodiment, a holographic data storage medium includes a substrate, a holographic recording material, and an optically detectable tracking pattern on the medium. The substrate may have first and second substrate portions. The holographic recording material may be a photopolymer, and the medium may have a sandwiched construction, where the holographic recording material is sandwiched between the first and second substrate portions. The optically detectable tracking pattern may be replicated on at least one of the substrate portions. Alternatively, the optically detectable tracking pattern may be recorded as a holographic grating in the holographic recording material. The tracking pattern may facilitate the ability to pinpoint the location of the holographic bit maps on the holographic medium to within a fraction of a micron.
Abstract translation: 在一个实施例中，全息数据存储介质包括介质上的基板，全息记录材料和可光学检测的跟踪图案。 衬底可以具有第一和第二衬底部分。 全息记录材料可以是光聚合物，并且介质可以具有夹层结构，其中全息记录材料夹在第一和第二基底部分之间。 可光学检测的跟踪图案可以复制在至少一个基板部分上。 或者，可光学检测的跟踪图案可以记录在全息记录材料中作为全息光栅。 跟踪图案可以有助于将全息图上的全息位图的位置精确地定位在微分的几分之内。
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公开(公告)号：US06890704B2
公开(公告)日：2005-05-10
申请号：US09730246
申请日：2000-12-05
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
CPC classification number: G11B7/24091 , G11B7/24 , G11B7/261 , G11B7/263 , G11B23/0085 , Y10S425/81
Abstract: A data storage master disk and method of making a data storage master disk. The data storage disk master is for use in a data storage disk replication process. The data storage disk molding processes produces replica disks having a surface relief pattern with replica lands and replica grooves. The method includes providing a master substrate. The master substrate is at least partially covered with a layer of photosensitive material. A surface relief pattern having master lands and master grooves is recorded in the data storage disk master, including the steps of exposing and developing the photosensitive material. The exposing and developing of a specified thickness of photosensitive material is controlled to form master grooves extending down to a substrate interface between the master substrate and the layer of photosensitive material, such that the width of the master grooves at the substrate interface corresponds to a desired width of the replica lands.
Abstract translation: 数据存储母盘和数据存储主盘的制作方法。 数据存储磁盘主机用于数据存储磁盘复制过程。 数据存储盘模制过程产生具有表面浮雕图案的复制盘，其具有复制区域和复制凹槽。 该方法包括提供母板。 主基板至少部分地被感光材料层覆盖。 具有主平台和主槽的表面浮雕图案被记录在数据存储盘主机中，包括曝光和显影感光材料的步骤。 控制感光材料的指定厚度的曝光和显影，以形成向下延伸到母板和感光材料层之间的衬底界面的母槽，使得在衬底界面处的母槽的宽度对应于所需的 复制地的宽度。
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公开(公告)号：US06804034B2
公开(公告)日：2004-10-12
申请号：US10224013
申请日：2002-08-20
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
IPC: G03H102
CPC classification number: G11B7/0065 , B29C44/588 , B29C45/2608 , B29L2017/003 , G03H1/02 , G03H2250/37 , G03H2260/12 , G11B7/24018 , G11B7/24044 , G11B7/24047 , G11B7/26
Abstract: Holographic data storage media having a sandwiched construction are described in which a holographic recording material is sandwiched between two substrates. The substrates may be formed with fluid containment features in proximity to outer edges of the respective substrates. Also, the substrates may be formed with centerpieces that are recessed relative to the outer surfaces of the respective substrates. Such substrate features can improve and simplify the media fabrication process and may improve media quality.
Abstract translation: 描述了具有夹层构造的全息数据存储介质，其中全息记录材料夹在两个基板之间。 衬底可以形成有相应衬底的外边缘附近的流体容纳特征。 此外，基板可以形成有相对于各个基板的外表面凹陷的中心件。 这样的基底特征可以改善和简化介质制造过程并且可以提高介质质量。
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公开(公告)号：US5510626A
公开(公告)日：1996-04-23
申请号：US263800
申请日：1994-06-22
Applicant: Owen L. Nelson , Jathan D. Edwards , Earl L. Cook , Padmanabham A. Arimilli
Inventor： Owen L. Nelson , Jathan D. Edwards , Earl L. Cook , Padmanabham A. Arimilli
Abstract: A system and method for conditioning a photoconductive radiation detector achieve charge redistribution within a photoconductive layer without the need for charge removal or charge injection techniques. A first conditioning voltage is applied across the detector to establish a first electric field. The first electric field is reversed relative to fields applied to the detector during image exposure and image read-out operations. While the first conditioning voltage is maintained, the photoconductive layer is exposed for a period of time to first conditioning radiation having one or more wavelengths selected to penetrate at least a portion of the photoconductive layer. A second conditioning voltage, less than the first conditioning voltage, then can be optionally applied across the detector to establish a forward bias electric field. While the second conditioning voltage is maintained, the photoconductive layer is exposed for a period of time to second, broad spectrum conditioning radiation. The detector can then be placed in a dark environment for a period of time, in a shorted condition, to dark-adapt the photoconductive layer.
Abstract translation: 用于调节光电导辐射探测器的系统和方法在光导电层内实现电荷再分配，而不需要电荷去除或电荷注入技术。 在检测器上施加第一调理电压以建立第一电场。 在图像曝光和图像读出操作期间，第一电场相对于施加到检测器的场相反。 当保持第一调理电压时，光电导层暴露一段时间以首先调节具有一个或多个波长的辐射，以选择其穿透光电导层的至少一部分。 然后可以选择性地在检测器上施加第二调理电压，小于第一调理电压以建立正向偏置电场。 在保持第二调理电压的同时，将光电导层暴露一段时间到二次，广谱调节辐射。 然后，检测器可以在短时间内在黑暗环境中放置一段时间，以使光电导层变暗。
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Patent Agency Ranking
公开(公告)号：US20080295125A1
公开(公告)日：2008-11-27
申请号：US11805309
申请日：2007-05-23
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
IPC: G11B7/24
CPC classification number: B41J3/4071
Abstract: The disclosure is directed to optical disks with a microstructured surface formed on a surface of the optical disk. The microstructured surface may be created to promote the adhesion and prevent the migration of a print material applied to the surface of the optical disk. The microstructured surface may be in the form of a plurality of wells or a plurality of discontinuous raised features in the surface. By forming a microstructured surface on the surface of the disk, the optical disk may not need an additional coating to receive the print material while also retaining the print material at a precise location on the surface. In addition, a plurality of standoff features may be formed in an outer surface of the optical disk to help prevent damage to the surface of the optical disk.
Abstract translation: 本公开涉及具有形成在光盘表面上的微结构化表面的光盘。 可以产生微结构化表面以促进粘附并防止施加到光盘表面的印刷材料的迁移。 微结构化表面可以是表面中的多个孔或多个不连续凸起特征的形式。 通过在盘的表面上形成微结构化表面，光盘可能不需要额外的涂层来接收打印材料，同时还将打印材料保持在表面上的精确位置。 此外，可以在光盘的外表面中形成多个间隔特征以帮助防止对光盘表面的损坏。
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公开(公告)号：US07280935B2
公开(公告)日：2007-10-09
申请号：US10933992
申请日：2004-09-02
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
CPC classification number: G01D5/2417
Abstract: A system for precisely determining a position with resolution on the order of nanometers or sub-nanometers is described. In particular, a system is described that utilizes a first and a second sensor assembly to determine a position of a movable element over a distance many times the capable range of operation of either of the individual sensor assemblies. The two sensor assemblies leap-frog one another in an incremental fashion to ensure that at least one of the sensor assemblies is always within it operational range. Positional signals generated by one of the sensor assemblies can be used to calibrate the other sensor assembly, following an adjustment of the other sensor assembly. The described invention may be implemented in an optical storage disk mastering system to determine the position of mastering optics as the mastering optics translate over the surface of a storage master disk.
Abstract translation: 描述了一种用于精确地确定具有约纳米或亚纳米级分辨率的位置的系统。 特别地，描述了利用第一和第二传感器组件来确定可移动元件在距离多个单独传感器组件中的任一个的能力范围的距离的距离的系统。 两个传感器组件以增量的方式彼此跳跃，以确保传感器组件中的至少一个总是处于其工作范围内。 传感器组件之一产生的位置信号可以在另一传感器组件的调整之后用于校准另一传感器组件。 所描述的发明可以在光学存储盘母盘制作系统中实现，以在母盘制作光学器件在存储母盘的表面上平移时确定母盘制作光学元件的位置。
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38.发明授权Holographic recording techniques using first and second portions of a spatial light modulator 失效使用空间光调制器的第一和第二部分的全息记录技术公开(公告)号：US07088482B2
公开(公告)日：2006-08-08
申请号：US10775505
申请日：2004-02-10
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
IPC: G03H1/12
CPC classification number: G11B7/128 , G03H1/04 , G03H1/0465 , G03H2001/0413 , G03H2210/22 , G11B7/0065
Abstract: The invention is directed to holographic recording techniques that generate a data encoded object beam and a reference beam using a spatial light modulator of the holographic recording system. An input light source, e.g., comprising laser light conditioned by optical elements, can be used to illuminate the spatial light modulator. Different portions of the spatial light modulator are used to create the data encoded object beam and the reference beam, which are then made to interfere in a holographic medium to record a hologram.
Abstract translation: 本发明涉及使用全息记录系统的空间光调制器产生数据编码对象光束和参考光束的全息记录技术。 可以使用例如包括由光学元件调节的激光的输入光源来照亮空间光调制器。 使用空间光调制器的不同部分来产生数据编码的物体光束和参考光束，然后将参考光束干涉在全息介质中以记录全息图。
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39.发明授权Holographic recording techniques using reference zone of spatial light modulator 失效全息记录技术采用空间光调制器参考区公开(公告)号：US07088481B2
公开(公告)日：2006-08-08
申请号：US10775500
申请日：2004-02-10
Applicant: Jathan D. Edwards
Inventor： Jathan D. Edwards
IPC: G03H1/12
CPC classification number: G11B7/128 , G03H1/04 , G03H1/0465 , G03H2001/0413 , G03H2210/22 , G11B7/0065
Abstract: The invention is directed to holographic recording techniques that generate a data encoded object beam and a reference beam using a spatial light modulator of the holographic recording system. An input light source, e.g., comprising laser light conditioned by optical elements, can be used to illuminate the spatial light modulator. Different portions of the spatial light modulator are used to create the data encoded object beam and the reference beam, which are then made to interfere in a holographic medium to record a hologram.
Abstract translation: 本发明涉及使用全息记录系统的空间光调制器产生数据编码对象光束和参考光束的全息记录技术。 可以使用例如包括由光学元件调节的激光的输入光源来照亮空间光调制器。 使用空间光调制器的不同部分来产生数据编码的物体光束和参考光束，然后将参考光束干涉在全息介质中以记录全息图。
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公开(公告)号：US07034971B2
公开(公告)日：2006-04-25
申请号：US10962630
申请日：2004-10-11
Applicant: Jathan D. Edwards , Frank E. Aspen , Ramon F. Hegel , Chad R. Sandstrom
Inventor： Jathan D. Edwards , Frank E. Aspen , Ramon F. Hegel , Chad R. Sandstrom
IPC: G03H1/02
CPC classification number: G11B7/24047 , G03H1/02 , G03H2250/37 , G03H2260/12 , G03H2270/14 , G11B7/0065 , G11B7/24044 , G11B7/242 , G11B7/245 , G11B7/2533 , G11B7/2534 , G11B7/263 , Y10S359/90
Abstract: In one embodiment, holographic data storage medium includes a first thermoplastic substrate portion having a thickness less than approximately 2 millimeters and a second thermoplastic substrate portion having a thickness less than approximately 2 millimeters. A holographic recording material may be sandwiched between the first and second thermoplastic substrate portions. By making thermoplastic substrate portions sufficiently thin, edge wedge problems can be avoided.
Abstract translation: 在一个实施例中，全息数据存储介质包括厚度小于约2毫米的第一热塑性基底部分和厚度小于约2毫米的第二热塑性基底部分。 全息记录材料可夹在第一和第二热塑性基材部分之间。 通过使热塑性基材部分足够薄，可以避免边缘楔形问题。
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