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    • 62. 发明申请
    • Intensity-modulated radiation therapy with a multilayer multileaf collimator
    • 用多层多叶准直器进行强度调制放射治疗
    • US20050058245A1
    • 2005-03-17
    • US10659253
    • 2003-09-11
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • A61N5/10G21K1/04
    • G21K1/04A61N5/1042G21K1/046
    • An intensity modulated radiation therapy (IMRT) system including a radiation beam delivery device positionable in a plurality of spatial orientations, an IMRT control system adapted to modulate at least an intensity of a radiation beam emanating from the radiation beam delivery device depending on at least one of the spatial orientations of the radiation beam delivery device and in accordance with an IMRT intensity map, and a multilayer multileaf collimator placed in a path of the radiation beam emanating from the radiation beam delivery device, the multilayer multileaf collimator including a plurality of layers of radiation blocking leaves, the layers being at different positions along the path of the radiation beam generally traverse to the radiation beam.
    • 一种强度调制放射治疗(IMRT)系统,其包括可定位在多个空间取向中的辐射束输送装置,IMRT控制系统,其适于根据至少一个调制辐射束输送装置发射的辐射束的至少强度 的辐射束传送装置的空间取向并且根据IMRT强度图,以及放置在从辐射束传送装置发射的辐射束的路径中的多层多叶准直器,所述多层多叶准直器包括多个层 辐射阻挡叶片,沿着辐射束的路径的不同位置的层通常横穿辐射束。
    • 63. 发明授权
    • Positioner for radiation treatment
    • 放射治疗定位器
    • US06275564B1
    • 2001-08-14
    • US09346223
    • 1999-07-01
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • A61N510
    • A61N5/1049A61B2090/101
    • A positioner useful in stereotactic radiation treatment of a patient by radiation from a radiation source from which a radiation beam is emitted along a beam axis, the positioner including a source adapter arm arranged to be attached to the radiation source such that the position of the source adapter arm is determined by the position of the radiation source, and a frame adapter arm pivotably attached to the source adapter arm about a pivot axis, the frame adapter arm defining a frame axis intersecting the pivot axis, the pivot axis and the frame axis being selected such that when the source adapter arm is attached to the radiation source, the pivot axis and the frame axis both intersect the beam axis.
    • 一种定位器,其可用于通过来自辐射源的辐射对患者进行立体定向辐射治疗,辐射束沿着射束轴线从该辐射源发射,所述定位器包括布置成附接到辐射源的源适配器臂,使得源的位置 适配器臂由辐射源的位置确定,并且框架适配器臂可绕枢转轴线可枢转地附接到源适配器臂,框架适配器臂限定与枢转轴线相交的框架轴线,枢转轴线和框架轴线为 被选择为使得当源适配器臂附接到辐射源时,枢转轴线和框架轴线都与光束轴线相交。
    • 66. 发明授权
    • Artificial contests among temporal sequences
    • 时间序列之间的人造竞赛
    • US08244388B2
    • 2012-08-14
    • US12032678
    • 2008-02-17
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • G06F19/00
    • G06Q10/10
    • A method for arranging a primary contest including a primary computer system in communication with a data feed to a source of data including sequences, wherein the sequences are discrete functions of time, the method including selecting sequences as contestants in the contest, providing a definition of a contest outcome as a measure relating to either a contestant's performance independently of other contestants or a joint performance of interacting contestants, receiving data from the data feed, wherein the data relates to the sequences selected, and determining an outcome of the contest according to the definition.
    • 一种用于将包括与包括序列的数据源的数据馈送通信的主要计算机系统的主要计算机的排列的方法,其中所述序列是时间的离散函数,所述方法包括在比赛中选择序列作为参赛者,提供定义 竞赛结果作为与参赛者的表现独立于其他参赛者或联合演奏相互竞争的参赛者的度量相关的措施,从数据馈送接收数据,其中所述数据与所选择的序列相关,并且根据所述参赛者的结果确定所述比赛的结果 定义。
    • 67. 发明授权
    • Non-recumbent radiotherapy
    • 无放射治疗
    • US07894573B2
    • 2011-02-22
    • US12429192
    • 2009-04-24
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • A61N5/10
    • A61N5/1049A61N2005/1097
    • A method for radiotherapy of a non-recumbent patient, including immobilizing a region containing a target determining a spatial position of the target in a non-recumbent treatment position by applying a formula to images acquired by recumbent-only imaging in a recumbent position and by general imaging in a non-recumbent position, the formula calculating the non-recumbent treatment position as a function of the target position relative to anatomical and/or other markers as calculated from recumbent-only imaging, and the position of the markers relative to a treatment device as calculated from general imaging in the non-recumbent position, positioning the patient for treatment in the non-recumbent treatment position according to the markers' position, and irradiating the target with a radiation beam while the target is in the non-recumbent treatment position.
    • 一种用于放射治疗非躺卧患者的方法,包括将包含目标的区域固定在一个非躺卧治疗位置,该区域通过在卧位中通过卧式成像所获得的图像和 在非躺卧位置的一般成像,计算作为目标位置相对于从卧式成像计算出的解剖学和/或其他标记的函数的非卧位治疗位置的公式,以及标记相对于 治疗装置,其在非躺卧位置从一般成像计算,根据标记的位置将患者定位在非躺卧治疗位置,并且在靶位于非躺卧位置时用辐射束照射靶 治疗位置。
    • 68. 发明申请
    • NON-RECUMBENT RADIOTHERAPY
    • 非重复放射治疗
    • US20100272237A1
    • 2010-10-28
    • US12429192
    • 2009-04-24
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • A61N5/10
    • A61N5/1049A61N2005/1097
    • A method for radiotherapy of a non-recumbent patient, including immobilizing a region containing a target determining a spatial position of the target in a non-recumbent treatment position by applying a formula to images acquired by recumbent-only imaging in a recumbent position and by general imaging in a non-recumbent position, the formula calculating the non-recumbent treatment position as a function of the target position relative to anatomical and/or other markers as calculated from recumbent-only imaging, and the position of the markers relative to a treatment device as calculated from general imaging in the non-recumbent position, positioning the patient for treatment in the non-recumbent treatment position according to the markers' position, and irradiating the target with a radiation beam while the target is in the non-recumbent treatment position.
    • 一种用于放射治疗非躺卧患者的方法,包括将包含目标的区域固定在一个非躺卧治疗位置,该区域通过在卧位中通过卧式成像所获得的图像和 在非躺卧位置的一般成像,计算作为目标位置相对于从卧式成像计算出的解剖学和/或其他标记的函数的非卧位治疗位置的公式,以及标记相对于 治疗装置,其在非躺卧位置从一般成像计算,根据标记的位置将患者定位在非躺卧治疗位置,并且在靶位于非躺卧位置时用辐射束照射靶 治疗位置。
    • 70. 发明授权
    • Angular irradiation in an upright treatment system
    • 直立式治疗系统中的角度照射
    • US07686511B2
    • 2010-03-30
    • US12043190
    • 2008-03-06
    • Moshe Ein-Gal
    • Moshe Ein-Gal
    • A61B6/08G21K5/10A61N5/10H05G1/02
    • A61N5/10A61N5/1081
    • An upright treatment system including a source housing including a radiation source operable to emit an orientated radiation beam, a source positioner operable to rotate the source housing through an elevation angle about a source housing elevation rotation axis which generally intersects a center of gravity of the source housing, and a target positioner operable to position a target linearly along a generally vertical target rotation axis for interception with the radiation beam, wherein the target positioner is further operable to rotate the target about the target rotation axis.
    • 一种直立处理系统,包括:源壳体,其包括可操作以发射取向的辐射束的辐射源;源定位器,其可操作以使源壳体旋转围绕源壳体仰角旋转轴线的仰角,所述源壳体仰角旋转轴线大致与源的重心相交 壳体和目标定位器,其可操作以沿着大致垂直的目标旋转轴线性地定位目标以拦截所述辐射束,其中所述目标定位器还可操作以围绕所述目标旋转轴线旋转所述目标。