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    • 2. 发明授权
    • Radiotherapy machine including magnetic resonance imaging system
    • 放射治疗机包括磁共振成像系统
    • US06366798B2
    • 2002-04-02
    • US09732785
    • 2000-12-11
    • Michael Curzon Green
    • Michael Curzon Green
    • A61B5055
    • G01R33/4808A61N5/1042A61N5/1049A61N2005/1055A61N2005/1063
    • A radiotherapy machine beam treats a region of a subject while the region and volumes abutting the region are imaged by a magnetic resonance imaging system. The beam and an excitation coil assembly of the imaging system are arranged so the beam is not incident on the coil assembly and magnetic fields derived from the coil assembly do not interact with the beam. The excitation coil assembly includes two spaced winding segments for producing a main DC magnetic field; the segments are located on opposite sides of the region. In one embodiment, wherein the excitation coil assembly is mounted independently of movement of an axis of the beam, the winding segments have a common axis generally aligned with an axis about which the beam axis turns. A treatment couch for the subject fits within aligned central openings of the winding segments. The coil produces main magnetic field lines that extend generally in the same direction as the axis about which the beam turns. In other embodiments, the coil assembly moves with the beam axis and the treatment couch is between the coil segments. In one such embodiment, each winding segment includes a central opening (1) through which the beam axis extends; and (2) generally aligned with magnetic field lines established by and extending between the segments. In another such embodiment, the beam axis extends through a space between the segments, being generally orthogonal to magnetic field lines established by and extending between the segments.
    • 放射治疗机器束处理受试者的区域,而邻接该区域的区域和体积由磁共振成像系统成像。 光束和成像系统的激励线圈组件被布置成使得光束不入射到线圈组件上,并且从线圈组件导出的磁场不与光束相互作用。 励磁线圈组件包括用于产生主DC磁场的两个间隔开的绕组段; 这些段位于该区域的相对侧上。 在一个实施例中,其中激励线圈组件独立于梁的轴线的移动而被安装,所述绕组段具有大致与梁轴线所绕轴线对准的共同轴线。 用于该主体的治疗床适合绕组段的对准的中心开口。 线圈产生主要磁场线,其大致沿与光束转动的轴线相同的方向延伸。 在其他实施例中,线圈组件随着光束轴线移动,并且处理床位于线圈段之间。 在一个这样的实施例中,每个绕组段包括中心孔(1),梁轴线穿过该中心开口延伸; 和(2)通常与由段之间建立并在段之间延伸的磁场线对准。 在另一个这样的实施例中,射束轴线延伸穿过段之间的空间,其大体上正交于由段之间建立并在段之间延伸的磁场线。
    • 5. 发明授权
    • Radiotherapy machine including magnetic resonance imaging system
    • 放射治疗机包括磁共振成像系统
    • US06198957B1
    • 2001-03-06
    • US08994851
    • 1997-12-19
    • Michael Curzon Green
    • Michael Curzon Green
    • A61B5055
    • G01R33/4808A61N5/1042A61N5/1049A61N2005/1055A61N2005/1063
    • A radiotherapy machine beam treats a region of a subject while the region and volumes abutting the region are imaged by a magnetic resonance imaging system. The beam and an excitation coil assembly of the imaging system are arranged so the beam is not incident on the coil assembly and magnetic fields derived from the coil assembly do not interact with the beam. The excitation coil assembly includes two spaced winding segments for producing a main DC magnetic field; the segments are located on opposite sides of the region. In one embodiment, wherein the excitation coil assembly is mounted independently of movement of an axis of the beam, the winding segments have a common axis generally aligned with an axis about which the beam axis turns. A treatment couch for the subject fits within aligned central openings of the winding segments. The coil produces main magnetic field lines that extend generally in the same direction as the axis about which the beam turns. In other embodiments, the coil assembly moves with the beam axis and the treatment couch is between the coil segments. In one such embodiment, each winding segment includes a central opening (1) through which the beam axis extends; and (2) generally aligned with magnetic field lines established by and extending between the segments. In another such embodiment, the beam axis extends through a space between the segments, being generally orthogonal to magnetic field lines established by and extending between the segments.
    • 放射治疗机器束处理受试者的区域,而邻接该区域的区域和体积由磁共振成像系统成像。 光束和成像系统的激励线圈组件被布置成使得光束不入射到线圈组件上,并且从线圈组件导出的磁场不与光束相互作用。 励磁线圈组件包括用于产生主DC磁场的两个间隔开的绕组段; 这些段位于该区域的相对侧上。 在一个实施例中,其中激励线圈组件独立于梁的轴线的移动而被安装,所述绕组段具有大致与梁轴线所绕轴线对准的共同轴线。 用于该主体的治疗床适合绕组段的对准的中心开口。 线圈产生主要磁场线,其大致沿与光束转动的轴线相同的方向延伸。 在其他实施例中,线圈组件随着光束轴线移动,并且处理床位于线圈段之间。 在一个这样的实施例中,每个绕组段包括中心开口(1),梁轴线穿过该中心开口延伸; 和(2)通常与由段之间建立并在段之间延伸的磁场线对准。 在另一个这样的实施例中,射束轴线延伸穿过段之间的空间,其大体上正交于由段之间建立并在段之间延伸的磁场线。