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    ELECTRICAL CONNECTOR CONFIGURED AS A FASTENING ELEMENT
    1.
    发明申请
    ELECTRICAL CONNECTOR CONFIGURED AS A FASTENING ELEMENT 审中-公开
    电气连接器配置为紧固元件

    公开(公告)号：WO2007015785A3

    公开(公告)日：2007-06-14

    申请号：PCT/US2006027571

    申请日：2006-07-15

    Applicant: PHYSICAL OPTICS CORP

    Inventor： LEE KANG ,  FORRESTER THOMAS ,  JANNSON TOMASZ ,  KOSTRZEWSKI ANDREW ,  LEVIN EUGENE ,  SAVANT GAJENDRA

    IPC: H01R33/00

    CPC classification number: H01R13/625 ,  A41D1/002 ,  H01R4/04 ,  H01R4/06 ,  H01R12/592 ,  H01R13/24 ,  H01R13/5219 ,  H01R13/6277 ,  H01R39/64

    Abstract: The present invention relates to a connector configured as a fastening element. Some embodiments are in the form of a wearable "smart" electrical connector and associated connector system in the form of a modular network, which for the first time integrates electronics into protective clothing in a body-conformable and comfortable fashion. It has these unique features: wearability compatible with existing and future military/civilian vests/uniforms; a button-like snap-fastener that can be snapped and unsnapped "blindly" with one hand; and resilience to harsh temperature/humidity, chemicals, water and laundering. Another embodiment is employed in a carton-centric system to indicate tampering with the carton during transit.

    Abstract translation: 本发明涉及构造为紧固元件的连接器。 一些实施例采用模块化网络形式的可佩戴“智能”电连接器和相关连接器系统的形式，其首次将电子器件以适应身体且舒适的方式集成到防护服中。 它具有这些独特的特征：与现有和未来的军用/民用背心/制服兼容的耐磨性; 一只按钮式卡扣，可单手卡住或“不拉” 并适应恶劣的温度/湿度，化学品，水和洗涤。 在纸箱中心系统中采用另一个实施例来指示在运输期间对纸箱进行篡改。

    ROLL-TO-ROLL METHOD AND SYSTEM FOR MICRO-REPLICATION OF A PATTERN OF LARGE RELIEF THREE-DIMENSIONAL MICROSTRUCTURES
    3.
    发明申请
    ROLL-TO-ROLL METHOD AND SYSTEM FOR MICRO-REPLICATION OF A PATTERN OF LARGE RELIEF THREE-DIMENSIONAL MICROSTRUCTURES 审中-公开
    大容量三维微结构图形微卷积方法及系统

    公开(公告)号：WO2008086116A3

    公开(公告)日：2008-10-09

    申请号：PCT/US2008050143

    申请日：2008-01-03

    Applicant: PHYSICAL OPTICS CORP ,  LEE KANG ,  NATHAN NANDA ,  ARIK ENGIN ,  FORRESTER THOMAS ,  JANNSON TOMASZ ,  KAISER EDWARD M ,  YU KEVIN H

    Inventor： LEE KANG ,  NATHAN NANDA ,  ARIK ENGIN ,  FORRESTER THOMAS ,  JANNSON TOMASZ ,  KAISER EDWARD M ,  YU KEVIN H

    IPC: G03C5/00

    CPC classification number: G02B5/0231 ,  B29C39/148 ,  B29C39/18 ,  G02B5/0221 ,  G02B5/0268 ,  G02B5/045 ,  Y10T156/1168 ,  Y10T156/1174 ,  Y10T156/1195

    Abstract: A method and system referred to as PALM (Patterning by Adhesive of Large Relief Three- Dimensional Micro structures) with large reliefs exceeding 1 µm and being as large as 100 µm. The Micro structures can be either deterministic (such as micro prisms), or random (such as diffusers), the first obtained by copying an original super master, and latter obtained by copying a laser speckle pattern. The master process entails copying a super master into the form of the micro structure constituting a pattern on the patterning cylinder (called a drum), to be then continuously multiplied in the PALM system, in a continuous roll-to-roll web process. The latter method, together with the related system, is the subject of this invention. The rolls continuously repeat the master pattern, copying by adhesive with large viscosity on acrylic (hybrid) as well as by a monolithic process. The monolithic process can be accomplished using temperature and pressure, or by UV-cured polymerization. Therefore, the invention comprises three alternative processes: one, hybrid (adhesive on acrylic), and two monolithic ones. In the PALM (hybrid) process, an epoxy is wet-coated on film substrates such as polycarbonate (PC), polyester (PET), (PE), or other flexible material. The adhesive, in liquid form, is applied to the substrate by a self-metered coating sub-process. In the present invention, the adhesive is used for forming the micro structure pattern. The micro structure pattern is replicated from a master roll or image drum onto a coating roll.

    Abstract translation: 被称为PALM（大型浮雕三维微结构的粘合剂图案化）的方法和系统，其具有大于1μm并且大至100μm的大浮雕。 微结构可以是确定性的（如微棱镜）或随机（如扩散器），这是通过复制原始超级主机而获得的第一个，而后者通过复制激光散斑图案获得的。 主处理需要将超级主机复制成构图图案油墨缸（称为鼓）上的图案的微结构的形式，然后在连续的卷对卷网过程中在PALM系统中连续地倍增。 后一种方法与相关系统一起是本发明的主题。 辊连续重复主图案，通过丙烯酸（混合）上的粘度大的粘合剂以及通过单片工艺复印。 整体方法可以使用温度和压力，或通过UV固化聚合来完成。 因此，本发明包括三种可选方法：一种，混合型（丙烯酸粘合剂）和两种单片。 在PALM（混合）方法中，将环氧树脂湿式涂覆在诸如聚碳酸酯（PC），聚酯（PET），（PE）或其它柔性材料的薄膜基材上。 液体形式的粘合剂通过自动计量涂层子方法施加到基底上。 在本发明中，粘合剂用于形成微结构图案。 微结构图案从主辊或图像鼓复制到涂布辊上。

    LOBSTER EYE X-RAY IMAGING SYSTEM AND METHOD OF FABRICATION THEREOF
    4.
    发明申请
    LOBSTER EYE X-RAY IMAGING SYSTEM AND METHOD OF FABRICATION THEREOF 审中-公开
    LOBSTER EYE X射线成像系统及其制造方法

    公开(公告)号：WO2007015784A3

    公开(公告)日：2008-06-26

    申请号：PCT/US2006027569

    申请日：2006-07-15

    Applicant: PHYSICAL OPTICS CORP

    Inventor： GERTSENSHTEYN MICHAEL ,  FORRESTER THOMAS ,  JANNSON TOMASZ ,  LEE KANG ,  SAVANT GAJENDRA

    IPC: G01N23/203 ,  G21K1/06

    CPC classification number: G01N23/203 ,  G21K1/06

    Abstract: A Lobster Eye X-ray Imaging System based on a unique Lobster Eye (LE) structure, X-ray generator, scintillator-based detector and cooled CCD (or Intensified CCD) for real-time, safe, staring Compton backscatter X-ray detection of objects hidden under ground, in containers, behind walls, bulkheads etc.. In contrast to existing scanning pencil beam systems, Lobster Eye X-Ray Imaging System's true focusing X-ray optics simultaneously acquire ballistic Compton backscattering photons (CBPs) from an entire scene irradiated by a wide-open cone beam from one or more X-ray generators. The Lobster Eye X-ray Imaging System collects (focuses) thousands of times more backscattered hard X- rays in the range from 40 to 120 keV (or wavelength ? = 0.31 to 0.1 A) than current backscatter imaging sensors (BISs), giving high sensitivity and signal-to-noise ratio (SNR) and penetration through ground, metal walls etc.. The collection efficiency of Lobster Eye X-ray Imaging System is optimized to reduce emitted X-ray power and miniaturize the device. This device is especially advantageous for and satisfies requirements of X-ray-based inspection systems, namely, penetration of the X-rays through ground, metal and other material concealments; safely; and man-portability. The advanced technology disclosed herein is also applicable to medical diagnostics and military applications such as mine detection, securily screening and a like.

    Abstract translation: 基于独特龙虾眼（LE）结构的龙虾眼X射线成像系统，X射线发生器，基于闪烁体的检测器和冷却CCD（或强化CCD），用于实时，安全，凝视康普顿反向散射X射线检测 隐藏在地下的物品，集装箱，墙壁，舱壁等等。与现有的扫描笔束系统相反，龙虾眼X射线成像系统的真正的聚焦X射线光学器件同时从整体上获取弹道康普顿背散射光子（CBP） 由来自一个或多个X射线发生器的宽开口锥形束照射的场景。 龙虾眼X射线成像系统收集（聚焦）数千倍的背散射硬X射线，范围为40至120 keV（或波长λ= 0.31至0.1 A），比当前的后向散射成像传感器（BIS）高得多 灵敏度和信噪比（SNR），穿透地面，金属墙壁等。龙虾眼X射线成像系统的采集效率得到优化，可以减少发射的X射线功率，使设备小型化。 该装置对于基于X射线的检查系统特别有利并满足X射线穿透地面，金属和其他材料隐藏的要求; 安全; 和人的便携性。 本文公开的先进技术也适用于医疗诊断和军事应用，如矿山检测，安全筛查等。

    LOBSTER EYE X-RAY IMAGING SYSTEM AND METHOD OF FABRICATION THEREOF
    10.
    发明专利
    LOBSTER EYE X-RAY IMAGING SYSTEM AND METHOD OF FABRICATION THEREOF 未知

    公开(公告)号：CA2616690A1

    公开(公告)日：2007-02-08

    申请号：CA2616690

    申请日：2006-07-15

    Applicant: PHYSICAL OPTICS CORP

    Inventor： SAVANT GAJENDRA ,  LEE KANG ,  GERTSENSHTEYN MICHAEL ,  FORRESTER THOMAS ,  JANNSON TOMASZ

    IPC: G01N23/201

    Abstract: A Lobster Eye X-ray Imaging System based on a unique Lobster Eye (LE) structure, X-ray generator, scintillator-based detector and cooled CCD (or Intensified CCD) for real-time, safe, staring Compton backscatter X-ray detection of objects hidden under ground, in containers, behind walls, bulkheads etc. In contrast to existing scanning pencil beam systems, Lobster Eye X-Ray Imaging System's true focusing X-ray optics simultaneously acquire ballistic Compton backscattering photons (CBPs) from an entire scene irradiated by a wide-open cone beam from one or more X-ray generators. The Lobster Eye X-ray Imaging System collects (focuses) thousands of times more backscattered hard X-rays in the range from 40 to 120 keV (or wavelength lambda=0.31 to 0.1 Å) than current backscatter imaging sensors (BISs), giving high sensitivity and signal-to-noise ratio (SNR) and penetration through ground, metal walls etc. The collection efficiency of Lobster Eye X-ray Imaging System is optimized to reduce emitted X-ray power and miniaturize the device. This device is especially advantageous for and satisfies requirements of X-ray-based inspection systems, namely, penetration of the X-rays through ground, metal and other material concealments; safety; and man-portability. The advanced technology disclosed herein is also applicable to medical diagnostics and military applications such as mine detection, security screening and a like.

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