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    • 1. 发明申请
    • CRYPTOGRAPHIC CONTAINER SECURITY SYSTEM
    • CRYPTOGRAPHIC CONTAINER安全系统
    • WO2007011403A2
    • 2007-01-25
    • PCT/US2005/038776
    • 2005-10-24
    • SCANTECH HOLDINGS, LLCMIGHT, Matthew, B.FERDERER, Mark, A.BOWSER, Gary, F.
    • MIGHT, Matthew, B.FERDERER, Mark, A.BOWSER, Gary, F.
    • G01N23/04
    • G01N23/22G01V5/0041
    • A cryptographic container security system for enabling the secure transportation of a container from a sender site to a receiver site. The system includes, in the exemplary embodiment, apparatuses and, methods for generating pre-transportation and post-transportation firgerprints of a container being transported, for encrypting and decrypting the pre-transportation firgerprint, and for comparing pre-transportation and post-transportation firgerprints, and for comparing the decrypted pre-transportation firgerprint and the pre-transportation firgerprint. The pre-transportation and post-transportation firgerprints are generated from firgerprint data, including, without limitation, the aggregate gamma flux and aggregate effective Z-number determined for the container by multi-energy scanning systems located, respectively, at sender and receiver sites.
    • 一种加密容器安全系统,用于使容器从发送站点到接收站点的安全传输。 该系统在示例性实施例中包括用于生成正在运输的集装箱的运输前和运输后装订装置的装置和方法,用于加密和解密预运输装订,并用于比较运输前和运输后的装订 ,并且用于比较解密的预传输缩写和预传输缩写。 预运输和运输后的装订是通过加密打印数据生成的,包括但不限于分别由位于发送方和接收站点的多能量扫描系统为容器确定的总伽马通量和聚合有效Z数。
    • 2. 发明申请
    • NON-INTRUSIVE CONTAINER INSPECTION SYSTEM USING FORWARD-SCATTERED RADIATION
    • 使用前向散射辐射的非侵入式集装箱检查系统
    • WO2006053279A2
    • 2006-05-18
    • PCT/US2005/041120
    • 2005-11-14
    • SCANTECH HOLDINGS, LLCMIGHT, Matthew, B.FERDERER, Mark, a.BOWSER, Gary, F.
    • MIGHT, Matthew, B.FERDERER, Mark, a.BOWSER, Gary, F.
    • G01N23/04
    • G01V5/0025G01N23/04G01N23/20G01N23/201G01N2223/639G01V5/0041
    • A non-intrusive container inspection system, including apparatuses and methods, for non-intrusively scanning and inspecting containers employed to transport items therewithin that utilizes forward-scattered bremsstrahlung, or x-rays, for generating multi-plane images of items present within the containers and for distinguishing between multiple materials present in such items. The system is adapted to direct a pulsed bremsstrahlung, or x-ray, beam having multiple spectra in a substantially single direction at a container being scanned and to produce data that corresponds to portions of the beam that either pass through items within the container without being scattered or that are forward-scattered by items within the container. The system employs a detector array having sections specially configured and oriented to receive and produce data corresponding to the non-scattered and forward-scattered portions of the beam.
    • 一种非侵入式容器检查系统,包括用于非侵入式扫描和检查用于在其中运输物品的装置和方法,其中使用前向散射的bre致辐射或x射线来产生存在于容器内的物品的多平面图像 并用于区分这些物品中存在的多种材料。 该系统适于在被扫描的容器上以基本上单一的方向引导具有多个光谱的脉冲bre致辐射束或X射线束,并且产生对应于通过容器内的物品的束的部分的数据,而不是 分散或由容器内的物品向前散射。 该系统采用具有专门配置和定向的部分的检测器阵列,以接收和产生对应于波束的非散射和前向散射部分的数据。
    • 5. 发明申请
    • RADIATION SYSTEM
    • 辐射系统
    • WO2005022553A2
    • 2005-03-10
    • PCT/US2004/028029
    • 2004-08-27
    • SCANTECH HOLDINGS, LLCZAVADTSEV, Alexandre, A.BOWSER, Gary, F.
    • ZAVADTSEV, Alexandre, A.BOWSER, Gary, F.
    • G21K
    • H05H7/02H05H15/00
    • Radiation systems, including apparatuses and methods, for providing multiple independent RF electron accelerators with RF power from a single RF generator. The radiation systems may be employed in radiation treatment systems for treating subject objects by irradiating them from different directions and in inspection systems for producing images of the contents of a container or other volume in multiple planes using RF electron accelerators that receive RF electromagnetic power from a single RF generator. The radiation systems include RF drive subsystems each having a 3 dB directional coupler connected between an RF generator and RF electron accelerators. Each 3 dB directional coupler divides RF electromagnetic power received from the RF generator into equal or unequal portions for delivery to respective RF electron accelerators.
    • 辐射系统,包括装置和方法,用于从单个RF发生器向多个独立的RF电子加速器提供RF功率。 辐射系统可以用于辐射处理系统中,用于通过从不同方向照射它们并且在检查系统中处理目标物体,以使用RF电子加速器在多个平面中产生容器或其他体积的内容的图像,所述RF电子加速器接收来自 单个射频发生器。 辐射系统包括各自具有连接在RF发生器和RF电子加速器之间的3dB定向耦合器的RF驱动子系统。 每个3dB定向耦合器将从RF发生器接收的RF电磁功率分成相等或不相等的部分,以便传送到相应的RF电子加速器。
    • 7. 发明申请
    • STANDING-WAVE ELECTRON LINEAR ACCELERATOR
    • 驻波电子线性加速器
    • WO2004033613A2
    • 2004-04-22
    • PCT/US2003/032447
    • 2003-10-14
    • SCANTECH HOLDINGS, LLCPIROZHENKO, Vitaly, M.BOWSER, Gary, F.BELUGIN, Vladimir, M.ROZANOV, Nikolay, E.
    • PIROZHENKO, Vitaly, M.BOWSER, Gary, F.BELUGIN, Vladimir, M.ROZANOV, Nikolay, E.
    • C12M
    • H05H9/04
    • A particle accelerator system, including apparatuses and methods, for producing a beam of bunched charged particles at high intensities and with minimal energy dispersion comprises a bunching section having a plurality of bunching cavities, an accelerating section having a plurality of accelerating and coupling cavities, and an electromagnetic drive subsystem having a single radio-frequency (RF) generator coupled to the accelerating section at a single location. The accelerating and bunching sections are directly coupled and share a common wall, which may have a resonant coupling cavity therein, such that charged particles bunch in the bunching section and travel through the common wall into the accelerating section where they are accelerated and exit the particle accelerator system as a beam of bunched charged particles. Preferably, a phase shift of one hundred-eighty degrees (180°) (or it radians) is created between the electric fields of successive bunching cavities in the bunching section.
    • 包括装置和方法的粒子加速器系统用于以高强度和最小能量色散来产生聚束带电粒子束,所述粒子加速器系统包括具有多个聚束腔的聚束部分,具有 多个加速和耦合腔,以及电磁驱动子系统,所述电磁驱动子系统具有在单个位置耦合到所述加速部分的单个射频(RF)发生器。 加速和聚束部分直接耦合并且共享共同的壁,共同的壁可以在其中具有共振耦合腔,使得带电粒子在聚束部分中聚束并且穿过共同壁进入加速部分,在那里它们被加速并离开粒子 加速器系统作为一束束带电粒子。 优选地,在聚束部分中的连续聚束腔的电场之间产生一百八十度(180°)(或其弧度)的相移。
    • 8. 发明申请
    • NON-INTRUSIVE CONTAINER INSPECTION SYSTEM USING FORWARD-SCATTERED RADIATION
    • 使用前向散射辐射的非侵入式集装箱检查系统
    • WO2006053279A3
    • 2007-03-29
    • PCT/US2005041120
    • 2005-11-14
    • SCANTECH HOLDINGS LLCMIGHT MATTHEW BFERDERER MARK ABOWSER GARY F
    • MIGHT MATTHEW BFERDERER MARK ABOWSER GARY F
    • G01N23/04G01N23/20
    • G01V5/0025G01N23/04G01N23/20G01N23/201G01N2223/639G01V5/0041
    • A non-intrusive container inspection system (100), including apparatuses and methods, for non-intrusively scanning and inspecting containers (102) employed to transport items therewithin that utilizes forward-scattered bremsstrahlung, or x-rays, for generating multi-plane images of items present within die containers (102) and for distinguishing between multiple materials present in such items. The system (100) is adapted to direct a pulsed bremsstrahlung, or x-ray beam (120), having multiple spectra in a substantially single direction at a container (102) being scanned and to produce data that corresponds to portions of the beam that either pass through items within the container (102) without being scattered or that are forward-scattered by items within the container (102). The system (100) employs a detector array (152) having sections specially configured and oriented to receive and produce data corresponding to the non-scattered and forward-scattered portions of the beam.
    • 一种非侵入性容器检查系统(100),包括用于非侵入式扫描和检查容器(102)的装置和方法,所述容器(102)用于在其中运输物品,其中使用前向散射的bre致辐射或X射线来产生多平面图像 存在于模具容器(102)内并用于区分这些物品中存在的多种材料的物品。 系统(100)适于在被扫描的容器(102)上引导具有基本上单一方向的多个光谱的脉冲bre致辐射(X射线束)或X射线束(120),并产生对应于梁的部分的数据, 或者通过容器(102)内的物品而不分散或者通过容器(102)内的物品向前散射。 系统(100)采用具有专门配置和定向的部分的检测器阵列(152),以接收和产生对应于波束的非散射和前向散射部分的数据。
    • 9. 发明申请
    • ANGLED-BEAM DETECTION SYSTEM FOR CONTAINER INSPECTION
    • 用于集装箱检查的ANGLED-BEAM检测系统
    • WO2006047718A3
    • 2007-03-22
    • PCT/US2005038867
    • 2005-10-24
    • SCANTECH HOLDINGS LLCMIGHT MATTHEW BFERDERER MARK ABOWSER GARY F
    • MIGHT MATTHEW BFERDERER MARK ABOWSER GARY F
    • G01M99/00G01N23/04
    • G01N23/06G01N23/04G01N2223/1016G01N2223/406G01N2223/639G01V5/0041G01V5/0058
    • A non-intrusive inspection system, including apparatuses and methods, for non-intrusively inspecting containers such as, without limitation, those employed to transport items in international commerce. The non-intrusive inspection system is configured to generate and scan a container with multiple bremsstrahlung, or x-ray, beams having multiple spectra and directed at the container in multiple directions and planes separated by one or more angle(s). Using data collected from such scanning, software of the non-intrusive inspection system generates three-dimensional images of the items present in a container, calculates the volumes and densities of such items, computes effective "Z" numbers, and distinguishes between multiple materials, or elements, of such items. By employing multiple bremsstrahlung beams directed upon a container in multiple planes, the non-intrusive inspection system reduces the number of orientations and geometries of items within a container that might otherwise be employed to avoid the detection of harmful materials being transported within a container.
    • 非侵入式检查系统,包括用于非侵入性检查集装箱的设备和方法,例如但不限于用于在国际商业中运输物品的容器。 非侵入性检查系统被配置为产生并扫描具有多个光谱的多个bre致辐射或X射线束的容器,并且在多个方向上指向容器并且以一个或多个角度分开的平面。 使用从这种扫描收集的数据,非入侵检测系统的软件生成容器中存在的项目的三维图像,计算这些项目的体积和密度,计算有效的“Z”数,并区分多种材料, 或元素。 通过采用指向多个平面中的容器的多个bre致辐射束,非侵入式检查系统减少容器内的物品的取向和几何形状,否则可能用于避免检测在容器内运输的有害物质。
    • 10. 发明申请
    • ANGLED-BEAM DETECTION SYSTEM FOR CONTAINER INSPECTION
    • 用于集装箱检查的ANGLED-BEAM检测系统
    • WO2006047718A2
    • 2006-05-04
    • PCT/US2005/038867
    • 2005-10-24
    • SCANTECH HOLDINGS, LLCMIGHT, Matthew, B.FERDERER, Mark, A.BOWSER, Gary, F.
    • MIGHT, Matthew, B.FERDERER, Mark, A.BOWSER, Gary, F.
    • G01M19/00
    • G01N23/06G01N23/04G01N2223/1016G01N2223/406G01N2223/639G01V5/0041G01V5/0058
    • A non-intrusive inspection system, including apparatuses and methods, for non-intrusively inspecting containers such as, without limitation, those employed to transport items in international commerce. The non-intrusive inspection system is configured to generate and scan a container with multiple bremsstrahlung, or x-ray, beams having multiple spectra and directed at the container in multiple directions and planes separated by one or more angle(s). Using data collected from such scanning, software of the non-intrusive inspection system generates three-dimensional images of the items present in a container, calculates the volumes and densities of such items, computes effective “Z” numbers, and distinguishes between multiple materials, or elements, of such items. By employing multiple bremsstrahlung beams directed upon a container in multiple planes, the non-intrusive inspection system reduces the number of orientations and geometries of items within a container that might otherwise be employed to avoid the detection of harmful materials being transported within a container.
    • 非侵入式检查系统,包括用于非侵入性检查集装箱的装置和方法,例如但不限于用于在国际商业中运输物品的容器。 非侵入式检查系统被配置为产生并扫描具有多个光谱的多个bre致辐射或X射线束的容器,并且在多个方向上指向容器并且由一个或多个角度分开的平面。 使用从这种扫描收集的数据,非入侵检测系统的软件生成容器中存在的项目的三维图像,计算这些项目的体积和密度,计算有效的“Z”数,并区分多种材料, 或元素。 通过采用指向多个平面中的容器的多个bre致辐射束,非侵入式检查系统减少了容器内的物品的取向和几何形状,否则可能用于避免检测在容器内运输的有害物质。