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    • 2. 发明授权
    • Multiplanar irradiation device with treatment beam directed opposite an access
    • 多平面辐射装置,具有与进入相反的治疗束
    • US08384054B2
    • 2013-02-26
    • US11996498
    • 2006-07-20
    • Georg FehrenbacherTorsten Radon
    • Georg FehrenbacherTorsten Radon
    • G21F7/00
    • A61N5/10A61N5/1079A61N2005/1087A61N2005/1094G21F3/00G21F7/00
    • Irradiation device for proton and/or ion beam therapy, said device comprising a radiation source, a beam guiding device, and a therapy room comprising a treatment site and an access, wherein the therapy room is arranged in a first plane, and the treatment beam is directed into the therapy room from a second plane above or below the first plane, and oriented towards the treatment site so that the treatment beam is directed away from the access. In the therapy room, a shielding is provided, which is open towards the treatment site and associated with the entrance region of the treatment beam into the therapy room so that the access is arranged on the side of the shielding opposing the treatment site, and a labyrinth leading from the access to the treatment site is provided laterally offset to the treatment beam proceeding in the therapy room and to the shielding.
    • 用于质子和/或离子束治疗的照射装置,所述装置包括辐射源,光束引导装置和包括治疗部位和通路的治疗室,其中治疗室布置在第一平面中,并且治疗束 从第一平面上方或下方的第二平面引导到治疗室,并且朝向治疗部位定向,使得治疗束远离通路。 在治疗室中,设置有屏蔽物,其朝向治疗部位开口并与治疗梁的入口区域相关联进入治疗室,使得通路布置在与治疗部位相对的屏蔽侧,并且 从进入治疗部位的导管引出的迷宫被横向偏移到在治疗室中进行的治疗束和屏蔽。
    • 4. 发明授权
    • Dosimeter for the detection of neutron radiation
    • 用于检测中子辐射的剂量计
    • US07655921B2
    • 2010-02-02
    • US11587195
    • 2005-04-09
    • Georg FehrenbacherGeorg Johannes FestagFrank GutermuthTorsten Radon
    • Georg FehrenbacherGeorg Johannes FestagFrank GutermuthTorsten Radon
    • G01T3/00
    • G01T3/00
    • Disclosed is a dosimeter (1) for the detection of neutron radiation within an energy range of 0.025 eV to several hundred GeV, comprising a substantially spherical base body (3) which is used as a moderation body and which comprises hydrogenous material, a detection element (5) which is arranged in the center of the base body (3), and a neutron converter (7) surrounding the detection element (5). The neutron converter (7) comprises metal atoms which convert the energy of the high-energy neutron radiation essentially into neutrons within a suitable energy range. The dosimeter (1) is characterized in that the base body (3) is provided with an access (19) through which the detection element (5) can be introduced into the neutron converter (7) and removed thereform, and in that the neutron converter (7) is embodied in the form of a cylinder.
    • 公开了一种用于在0.025eV至几百GeV的能量范围内检测中子辐射的剂量计(1),其包括用作调节体的基本上为球形的基体(3),其包括含氢材料,检测元件 (5),以及围绕检测元件(5)的中子转换器(7)。 中子转换器(7)包括金属原子,其将高能中子辐射的能量基本上转换成适当能量范围内的中子。 所述剂量计(1)的特征在于,所述基体(3)设置有通路(19),所述检测元件(5)可以通过所述通路(19)被引入所述中子转换器(7)并被移除,并且所述中子 转换器(7)以气缸的形式实现。
    • 5. 发明申请
    • Irradiation Device
    • 照射装置
    • US20080203323A1
    • 2008-08-28
    • US11996498
    • 2006-07-20
    • Georg FehrenbacherTorsten Radon
    • Georg FehrenbacherTorsten Radon
    • A61N5/00
    • A61N5/10A61N5/1079A61N2005/1087A61N2005/1094G21F3/00G21F7/00
    • Irradiation device (1) for proton and/or ion beam therapy, said device comprising a radiation source (3), a beam guiding device (5), and at least one therapy room (7) comprising at least one treatment site (9) and at least one access (17), into which a treatment beam (13) is directed, wherein the therapy room (7) is arranged in a first plane (E1), and the treatment beam (13) is directed into the therapy room (7) from a second plane (E2) located above or below the first plane (E1), derived therein, oriented towards the treatment site (9) so that the treatment beam (13) directed towards the treatment site (9) is directed away from the access (17); wherein in the therapy room, a shielding is provided, which is open towards the treatment site (9) and associated with the entrance region (E) of the treatment beam (13) into the therapy room (7) so that the access (17) is arranged on the side of the side of the shielding (33) opposing the treatment site (9), and wherein at least one labyrinth (L) leading from the access (17) to the treatment site (9) is provided laterally offset in relation to the treatment beam (13) proceeding in the therapy room (7) and to the shielding (33).
    • 用于质子和/或离子束治疗的照射装置(1),所述装置包括辐射源(3),光束引导装置(5)以及包括至少一个治疗部位(9)的至少一个治疗室(7) 以及治疗梁(13)被引导到其中的至少一个通路(17),其中所述治疗室(7)被布置在第一平面(E 1)中,并且所述治疗梁(13)被引导到所述治疗 从位于其中衍生的第一平面(E 1)上方或下方的第二平面(E 2)的房间(7)朝向治疗部位(9)定向,使得处理梁(13)朝向治疗部位(9) )被指向远离访问(17); 其特征在于,在治疗室中,设置有朝向治疗部位(9)开放并与处理梁(13)的入口区域(E)相连并进入治疗室(7)的屏蔽,使得通路 )设置在与处理部位(9)相对的屏蔽部(33)侧的一侧,并且其中,从通路(17)到达治疗部位(9)的至少一个迷宫(L)被横向偏移 相对于在治疗室(7)和屏蔽(33)中进行的治疗束(13)。
    • 7. 发明申请
    • Dosimeter for the detection of neutron radiation
    • 用于检测中子辐射的剂量计
    • US20090039279A1
    • 2009-02-12
    • US11587195
    • 2005-04-09
    • Georg FehrenbacherGeorg Johannes FestagFrank GutermuthTorsten Radon
    • Georg FehrenbacherGeorg Johannes FestagFrank GutermuthTorsten Radon
    • G01T3/00
    • G01T3/00
    • Disclosed is a dosimeter (1) for the detection of neutron radiation within an energy range of 0.025 eV to several hundred GeV, comprising a substantially spherical base body (3) which is used as a moderation body and which comprises hydrogenous material, a detection element (5) which is arranged in the center of the base body (3), and a neutron converter (7) surrounding the detection element (5). The neutron converter (7) comprises metal atoms which convert the energy of the high-energy neutron radiation essentially into neutrons within a suitable energy range. The dosimeter (1) is characterized in that the base body (3) is provided with an access (19) through which the detection element (5) can be introduced into the neutron converter (7) and removed therefrom, and in that the neutron converter (7) is embodied in the form of a cylinder.
    • 公开了一种用于在0.025eV至几百GeV的能量范围内检测中子辐射的剂量计(1),其包括用作调节体的基本上为球形的基体(3),其包括含氢材料,检测元件 (5),以及围绕检测元件(5)的中子转换器(7)。 中子转换器(7)包括金属原子,其将高能中子辐射的能量基本上转换成适当能量范围内的中子。 所述剂量计(1)的特征在于,所述基体(3)具有通路(19),所述检测元件(5)能够通过所述通路(19)被引入所述中子转换器(7)并从其中移除,并且所述中子 转换器(7)以气缸的形式实现。