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    • 5. 发明申请
    • IRRADIATION SYSTEM INCLUDING AN ELECTRON-BEAM SCANNER
    • 包括电子束扫描仪的辐射系统
    • US20120008746A1
    • 2012-01-12
    • US13236011
    • 2011-09-19
    • Boris OreperDouglas P. BoydNikolay Rolshud
    • Boris OreperDouglas P. BoydNikolay Rolshud
    • A61N5/10
    • A61N5/1049A61B6/032A61B6/4007A61B6/4028A61B6/466A61B6/508A61N5/1067A61N2005/1061
    • A property of a treatment beam is controlled during a scanning period. A portion of a region is exposed to an imaging x-ray beam during a scanning period, the imaging x-ray beam being generated by an electron-beam scanner. X-ray radiation from the region is detected, the x-ray radiation representing an attenuation of the imaging x-ray beam caused by the portion of the region. A first image of the portion of the region is generated based on the detected x-ray radiation. A characteristic of the portion of the region is determined from the generated first image. An input derived from the characteristic is generated, the input configured to cause a source of a treatment beam to modify a property of the treatment beam. The source of the treatment beam modifies a property of the treatment beam during the scanning period by providing the input to the source of the treatment beam.
    • 处理光束的特性在扫描期间被控制。 在扫描期间,区域的一部分暴露于成像x射线束,成像x射线束由电子束扫描器产生。 检测到来自该区域的X射线辐射,X射线辐射代表由该区域的该部分引起的成像x射线束的衰减。 基于检测到的x射线辐射产生区域的该部分的第一图像。 从所生成的第一图像确定区域的该部分的特征。 产生从该特征得到的输入,该输入被配置为使治疗束的源改变治疗束的特性。 治疗束的源通过向治疗束的源提供输入来在扫描期间改变治疗束的特性。
    • 6. 发明申请
    • IRRADIATION SYSTEM INCLUDING AN ELECTRON-BEAM SCANNER
    • 包括电子束扫描仪的辐射系统
    • US20100329423A1
    • 2010-12-30
    • US12871981
    • 2010-08-31
    • Boris OreperDouglas P. BoydNikolay Rolshud
    • Boris OreperDouglas P. BoydNikolay Rolshud
    • A61N5/10
    • A61N5/1049A61B6/032A61B6/4007A61B6/4028A61B6/466A61B6/508A61N5/1067A61N2005/1061
    • A property of a treatment beam is controlled during a scanning period. A portion of a region is exposed to an imaging x-ray beam during a scanning period, the imaging x-ray beam being generated by an electron-beam scanner. X-ray radiation from the region is detected, the x-ray radiation representing an attenuation of the imaging x-ray beam caused by the portion of the region. A first image of the portion of the region is generated based on the detected x-ray radiation. A characteristic of the portion of the region is determined from the generated first image. An input derived from the characteristic is generated, the input configured to cause a source of a treatment beam to modify a property of the treatment beam. The source of the treatment beam modifies a property of the treatment beam during the scanning period by providing the input to the source of the treatment beam.
    • 处理光束的特性在扫描期间被控制。 在扫描期间,区域的一部分暴露于成像x射线束,成像x射线束由电子束扫描器产生。 检测到来自该区域的X射线辐射,X射线辐射代表由该区域的该部分引起的成像x射线束的衰减。 基于检测到的x射线辐射产生区域的该部分的第一图像。 从所生成的第一图像确定区域的该部分的特征。 产生从该特征得到的输入,该输入被配置为使治疗束的源改变治疗束的特性。 治疗束的源通过向治疗束的源提供输入来在扫描期间改变治疗束的特性。
    • 10. 发明申请
    • Tomographic imaging systems and methods
    • 断层成像系统和方法
    • US20080025461A1
    • 2008-01-31
    • US11704893
    • 2007-02-09
    • Andrew FolandRichard EilbertBoris OreperNikolay RolshudPrabhav Morje
    • Andrew FolandRichard EilbertBoris OreperNikolay RolshudPrabhav Morje
    • G01N23/04G06F19/00
    • G01N23/046G01N2223/419
    • A method for operating an inspection system is disclosed in which an item under inspection may be moved in a first direction relative to and at least partially between at least one radiation source and at least some radiation detectors illuminated by the at least one radiation source. The radiation source and detectors may be operated such that ray paths extending linearly between the at least one radiation source and at least some of the radiation detectors form acute angles with respect to a plane having a normal direction coinciding with the first direction that are substantially in excess of three degrees. Data accumulated by the radiation detectors may be processed to form a three-dimensional tomographic data image of at least a portion of the item under inspection. In some embodiments, transmission data based upon outputs of a plurality of radiation detectors may be processed to form a tomographic image, in which, for all possible orientations of a three dimensional plane, the orientation vectors of at least some of the rays of radiation for which transmission data was accumulated and used to form the tomographic image form an angle of less than eighty-five degrees or greater than ninety five degrees with respect to the plane.
    • 公开了一种用于操作检查系统的方法,其中待检查的物品可以相对于并且至少部分地在至少一个辐射源与由至少一个辐射源照射的至少一些辐射探测器之间的第一方向上移动。 可以操作辐射源和检测器,使得在至少一个辐射源与至少一些辐射探测器之间线性延伸的射线路径相对于具有与第一方向重合的平面的平面形成锐角,该平面基本上在 超过三度。 可以处理由辐射检测器累积的数据,以形成被检查物品的至少一部分的三维断层数据图像。 在一些实施例中,可以处理基于多个辐射检测器的输出的传输数据以形成断层图像,其中对于三维平面的所有可能的取向,至少一些辐射射线的取向向量用于 该传输数据被累积并用于形成相对于该平面小于八十五度或大于九十五度的角度的断层图像。