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    • 1. 发明授权
    • Integrated system and integrating method for radioactive material detection and X-ray radiation imaging
    • 放射性物质检测和X射线辐射成像的综合系统和综合方法
    • US07848486B2
    • 2010-12-07
    • US12404469
    • 2009-03-16
    • Ming RuanZhongqi PuKun ZhaoJun LvXiaobing WangZhe XinGaofeng MiaoYu He
    • Ming RuanZhongqi PuKun ZhaoJun LvXiaobing WangZhe XinGaofeng MiaoYu He
    • G01N23/04
    • G01V5/0016G01T3/00G01V5/0075
    • The present invention relates to the fields of radioactive material detection and X-ray radiation imaging inspection, and provides a system and method for performing radioactive material detection and X-ray radiation imaging inspection simultaneously at the same place, thereby solving the problem that the two means have to be conducted separately, as in the prior art. The integrated system of the invention comprises: an X-ray NII system for performing X-ray radiation imaging inspection on the object under examination; a radiation monitor placed adjacent to the X-ray NII system device to detect the radioactive rays emitted by the object under examination; the radiation monitor sets, within the detection energy region thereof, a lower limit of detection to distinguish the energy region of the detected X-rays emitted by the X-ray detection device from the energy region of the radioactive rays emitted by the object under examination, and detects the energy in the energy region higher than said lower limit of detection. The present invention realizes a compact integration of the two devices, and greatly saves space and time resources.
    • 本发明涉及放射性物质检测和X射线辐射成像检查的领域,并且提供了在同一地点同时进行放射性物质检测和X射线辐射成像检查的系统和方法,从而解决了两者 必须单独进行手段,如现有技术那样。 本发明的集成系统包括:X射线NII系统,用于对被检查物体进行X射线辐射成像检查; 放置在与X射线NII系统装置相邻的放射线监测器上,以检测被检查物体发射的放射线; 辐射监测器在其检测能量区域内设置检测下限,以将由X射线检测装置发射的检测到的X射线的能量区域与被检查物体发射的放射线的能量区域区分开 并且检测能量区域中的能量高于所述检测下限。 本发明实现了两个装置的紧凑集成,并且大大节省了空间和时间资源。
    • 2. 发明申请
    • Integrated System and Integrating Method for Radioactive Material Detection and X-ray Radiation Imaging
    • 放射性物质检测和X射线辐射成像的综合系统和积分方法
    • US20090252289A1
    • 2009-10-08
    • US12404469
    • 2009-03-16
    • Ming RuanZhongqi PuKun ZhaoJun LvXiaobing WangZhe XinGaofeng MiaoYu He
    • Ming RuanZhongqi PuKun ZhaoJun LvXiaobing WangZhe XinGaofeng MiaoYu He
    • G01N23/04
    • G01V5/0016G01T3/00G01V5/0075
    • The present invention relates to the fields of radioactive material detection and X-ray radiation imaging inspection, and provides a system and method for performing radioactive material detection and X-ray radiation imaging inspection simultaneously at the same place, thereby solving the problem that the two means have to be conducted separately, as in the prior art. The integrated system of the invention comprises: an X-ray NII system for performing X-ray radiation imaging inspection on the object under examination; a radiation monitor placed adjacent to the X-ray NII system device to detect the radioactive rays emitted by the object under examination; the radiation monitor sets, within the detection energy region thereof, a lower limit of detection to distinguish the energy region of the detected X-rays emitted by the X-ray detection device from the energy region of the radioactive rays emitted by the object under examination, and detects the energy in the energy region higher than said lower limit of detection. The present invention realizes a compact integration of the two devices, and greatly saves space and time resources.
    • 本发明涉及放射性物质检测和X射线辐射成像检查的领域,并且提供了在同一地点同时进行放射性物质检测和X射线辐射成像检查的系统和方法,从而解决了两者 必须单独进行手段,如现有技术那样。 本发明的集成系统包括:X射线NII系统,用于对被检查物体进行X射线辐射成像检查; 放置在与X射线NII系统装置相邻的放射线监测器上,以检测被检查物体发射的放射线; 辐射监测器在其检测能量区域内设置检测下限,以将由X射线检测装置发射的检测到的X射线的能量区域与被检查物体发射的放射线的能量区域区分开 并且检测能量区域中的能量高于所述检测下限。 本发明实现了两个装置的紧凑集成,并且大大节省了空间和时间资源。
    • 3. 发明申请
    • NUCLIDE IDENTIFICATION DEVICE
    • 核素鉴定装置
    • US20130277556A1
    • 2013-10-24
    • US13976311
    • 2011-05-13
    • Yue LiZhenhua WangZhongqi PuXin XueXiaohui Yang
    • Yue LiZhenhua WangZhongqi PuXin XueXiaohui Yang
    • G01T7/00
    • G01T7/00G01T1/169G01V5/0075
    • The present invention discloses a nuclide identification device, comprising: an upper casing portion; a lower casing portion, detachably combined with the upper casing portion to form a cavity; and a key circuit portion for performing nuclide identification, housed in the cavity and positioned between the upper casing portion and the lower casing portion, wherein a gap between the upper casing portion and the lower casing portion is sealed by a first waterproof structure. Compared with the prior art, the present nuclide identification device is capable of using in environment requiring to be waterproof and dustproof, so as to make a detection on the radioactive material in the environment.
    • 本发明公开了一种核素识别装置,包括:上壳体部分; 下壳体部分,可拆卸地与上壳体部分组合以形成空腔; 以及用于执行核素识别的键电路部分,其容纳在所述空腔中并且位于所述上壳体部分和所述下壳体部分之间,其中所述上壳体部分和所述下壳体部分之间的间隙由第一防水结构密封。 与现有技术相比,本发明的核素识别装置能够在需要防水防尘的环境中使用,从而对环境中的放射性物质进行检测。