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    • 23. 发明申请
    • X-ray image acquisition apparatus
    • X射线图像采集装置
    • US20050045828A1
    • 2005-03-03
    • US10959034
    • 2004-10-04
    • Edward Seppi
    • Edward Seppi
    • G01T1/20G01T1/00G01T1/24H01L27/14H04N5/321
    • G01T1/2002G01T1/2018
    • An X-ray image acquisition apparatus (15) includes a conversion panel (20) aligned with a photo detector array (40). The conversion panel (20) includes a plurality of conversion cells (22), each including a conversion body (31), an X-ray transparent and light reflective file over the top (32) of the body (31), and a light reflective film (36) surrounding the body (31). The body (31) is made of a scintillating material that efficiently generates optical light photons in response to X-ray radiation illuminating thereon and is substantially transparent to the optical light photons. The body (31) is also sufficiently long to absorb the X-ray radiation over a wide range of energy levels. The light reflective films (36, 38) collimate the optical light photons generated in the body (31) toward the photo detector array (40) to form X-ray images.
    • X射线图像获取装置(15)包括与光电检测器阵列(40)对准的转换面板(20)。 转换面板(20)包括多个转换单元(22),每个转换单元包括转换体(31),在主体(31)的顶部(32)上的X射线透明和光反射文件,以及光 围绕主体(31)的反射膜(36)。 主体(31)由闪烁材料制成,其响应于在其上照射的X射线辐射而有效地产生光子光子,并且对于光学光子基本上是透明的。 身体(31)也足够长以在宽范围的能量水平上吸收X射线辐射。 光反射膜(36,38)将在体(31)中产生的光学光子朝向光检测器阵列(40)准直,以形成X射线图像。
    • 26. 发明授权
    • X-ray image acquisition apparatus
    • X射线图像采集装置
    • US06800858B1
    • 2004-10-05
    • US10013199
    • 2001-11-02
    • Edward Seppi
    • Edward Seppi
    • G01T120
    • G01T1/2002G01T1/2018
    • An X-ray image acquisition apparatus (15) includes a conversion panel (20) aligned with a photo detector array (40). The conversion panel (20) includes a plurality of conversion cells (22), each including a conversion body (31), an X-ray transparent and light reflective file over the top (32) of the body (31), and a light reflective film (36) surrounding the body (31). The body (31) is made of a scintillating material that efficiently generates optical light photons in response to X-ray radiation illuminating thereon and is substantially transparent to the optical light photons. The body (31) is also sufficiently long to absorb the X-ray radiation over a wide range of energy levels. The light reflective films (36, 38) collimate the optical light photons generated in the body (31) toward the photo detector array (40) to form X-ray images.
    • X射线图像获取装置(15)包括与光电检测器阵列(40)对准的转换面板(20)。 转换面板(20)包括多个转换单元(22),每个转换单元包括转换体(31),在主体(31)的顶部(32)上的X射线透明和光反射文件,以及光 围绕主体(31)的反射膜(36)。 主体(31)由闪烁材料制成,其响应于在其上照射的X射线辐射而有效地产生光子光子,并且对于光学光子基本上是透明的。 身体(31)也足够长以在宽范围的能量水平上吸收X射线辐射。 光反射膜(36,38)将在体(31)中产生的光学光子朝向光检测器阵列(40)准直,以形成X射线图像。
    • 28. 发明申请
    • Radiation scanning of objects for contraband
    • 违禁物品的辐射扫描
    • US20070003003A1
    • 2007-01-04
    • US11515479
    • 2006-09-01
    • Edward SeppiMarcel MarcJohn Ford
    • Edward SeppiMarcel MarcJohn Ford
    • A61B6/00G01N23/00G21K1/12H05G1/60
    • G01V5/005G01N23/04G01N2223/423G01T1/2985
    • In one example, a scanning unit for examining contents of a cargo container is disclosed comprising a first path through the scanning unit for transport of a cargo container and one or more sources of respective beams of radiation. At least one of the one or more sources are movable across a second path transverse to the first path. The second path extends partially around the first path. The scanning unit further comprises a detector extending partially around the first path. The detector is positioned to detect radiation interacting with the cargo container during scanning, such as radiation transmitted through the container. The at least one source and the detector are positioned so that the cargo container is transportable along the first path, between the source and the detector. A transport system may be provided to convey the object through the scanning unit, along the first path.
    • 在一个示例中,公开了一种用于检查货物集装箱的内容物的扫描单元,其包括通过扫描单元的第一路径,用于运输货物集装箱和一个或多个相应的辐射源。 所述一个或多个源中的至少一个源可横跨第一路径的第二路径移动。 第二路径部分围绕第一路径延伸。 扫描单元还包括部分围绕第一路径延伸的检测器。 检测器被定位成在扫描期间检测与货物集装箱相互作用的辐射,例如透过容器的辐射。 所述至少一个源和检测器被定位成使得货物容器能够沿着源和检测器之间的第一路径传送。 可以提供传送系统以沿着第一路径通过扫描单元传送物体。