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    • 1. 发明授权
    • Rotating irradiation apparatus
    • 旋转照射装置
    • US07381979B2
    • 2008-06-03
    • US11472387
    • 2006-06-22
    • Tsutomu YamashitaShigeji KanekoHiroshi SagaNorio Takeda
    • Tsutomu YamashitaShigeji KanekoHiroshi SagaNorio Takeda
    • A61N5/00A61N5/01
    • A61N5/1081A61N5/10A61N2005/1087
    • A rotating irradiation apparatus includes a rotating gantry 3 including a front ring 19 and a rear ring 20 and is provided with a beam delivery device 11 and an irradiation device 4. The beam delivery device 11 delivers an ion beam used for particle radiotherapy. Radial support devices 61A and 61B support the front ring 19 and radial support devices 61A and 61B support the rear ring 20. Each radial support device includes a linear guide 41, an upper support structure disposed above the linear guide 41, and a lower support structure disposed below the linear guide 41. The upper support structure is movably mounted on the lower support structure and is movable in the direction of the rotational axis of the rotating gantry 3.
    • 旋转照射装置包括旋转机架3,其包括前环19和后环20,并且设置有射束输送装置11和照射装置4.射束输送装置11输送用于粒子放射治疗的离子束。 径向支撑装置61A和61B支撑前环19,并且径向支撑装置61A和61B支撑后环20.每个径向支撑装置包括线性导向件41,设置在线性导向件41上方的上支撑结构,以及 下支撑结构设置在线性引导件41的下方。上支撑结构可移动地安装在下支撑结构上并且可沿旋转机架3的旋转轴线的方向移动。
    • 4. 发明申请
    • Rotating irradiation apparatus
    • 旋转照射装置
    • US20070023699A1
    • 2007-02-01
    • US11472387
    • 2006-06-22
    • Tsutomu YamashitaShigeji KanekoHiroshi SagaNorio Takeda
    • Tsutomu YamashitaShigeji KanekoHiroshi SagaNorio Takeda
    • H01J37/08
    • A61N5/1081A61N5/10A61N2005/1087
    • A rotating irradiation apparatus includes a rotating gantry 3 including a front ring 19 and a rear ring 20 and is provided with a beam delivery device 11 and an irradiation device 4. The beam delivery device 11 delivers an ion beam used for particle radiotherapy. Radial support devices 61A and 61B support the front ring 19 and radial support devices 61A and 61B support the rear ring 20. Each radial support device includes a linear guide 41, an upper support structure disposed above the linear guide 41, and a lower support structure disposed below the linear guide 41. The upper support structure is movably mounted on the lower support structure and is movable in the direction of the rotational axis of the rotating gantry 3.
    • 旋转照射装置包括旋转机架3,其包括前环19和后环20,并且设置有射束输送装置11和照射装置4.射束输送装置11输送用于粒子放射治疗的离子束。 径向支撑装置61A和61B支撑前环19,并且径向支撑装置61A和61B支撑后环20.每个径向支撑装置包括线性导向件41,设置在线性导向件41上方的上支撑结构,以及 下支撑结构设置在线性引导件41的下方。上支撑结构可移动地安装在下支撑结构上并且可沿旋转机架3的旋转轴线的方向移动。
    • 10. 发明授权
    • Method and apparatus for fabricating three dimensional element from anisotropic material
    • 从各向异性材料制造三维元件的方法和装置
    • US06605225B1
    • 2003-08-12
    • US09646701
    • 2000-09-21
    • Tsutomu YamashitaSang-Jae Kim
    • Tsutomu YamashitaSang-Jae Kim
    • H01L3922
    • H01L39/2496B82Y10/00Y10S505/832Y10S505/922
    • A three-dimensional element is fabricated from a high-temperature superconductor. The method and apparatus can fabricate, for example, a single-electron tunnel device or an intrinsic Josephson device which utilize the layer structure peculiar to the high-temperature superconductor, with machining from the side surface of a monocrystal or thin film. In the focused-ion beam etching, a substrate holder which is rotatable about 360°, is rotated, at the minimum, through an angle of about 90°, and the thin film or monocrystal on the substrate is etched from the side surface thereof so as to fabricate the element. After the thin film or monocrystal is machined from above by means of an focused-ion beam to thereby form a bridge having a junction length, the sample is rotated by about 90° (270°). Subsequently, a multi-layer current path layer is formed through side-surface machining. The junction length is accurately controlled through measurement of the current path length from an image display.
    • 三维元件由高温超导体制成。 该方法和装置可以制造例如利用单晶或薄膜的侧表面进行加工的利用高温超导体特有的层结构的单电子隧道装置或固有约瑟夫逊装置。 在聚焦离子束蚀刻中,可旋转约360°的衬底保持器至少旋转大约90°的角度,并且从其侧表面蚀刻衬底上的薄膜或单晶,因此 以制造元素。 在通过聚焦离子束从上面加工薄膜或单晶之后,形成具有结长的桥,样品旋转大约90°(270°)。 随后,通过侧面加工形成多层电流通路层。 通过从图像显示器测量当前路径长度来精确控制结长度。