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    • 63. 发明授权
    • Objective with at least one optical element
    • 目标至少有一个光学元件
    • US07239462B2
    • 2007-07-03
    • US11063113
    • 2005-02-22
    • Johannes RauArmin SchoeppachUlrich Weber
    • Johannes RauArmin SchoeppachUlrich Weber
    • G02B7/02
    • G02B7/023
    • An objective (2) with at least one optical element (4), which is mounted in an inner ring (3). The inner ring (3) is connected to an outer mount (1). A manipulator (10) is provided for displacing the optical element (4) in at least a direction perpendicular to an optical axis. The inner ring (3) is connected to the outer mount (1) by means of at least two adjusting joints (5) with manipulators (10) and at least one swivel joint (6). The at least two adjusting joints (5) and the at least one swivel joint (6) are provided with joint arms (8) extending at least approximately in a tangential direction with respect to the inner ring (3), by means of which arms the inner ring (3) is elastically connected to the outer mount (1). The ends of the joint arms (8) are articulated on the inner ring (3) in such a way that temperature-induced changes in length of the joint arms (8) are converted into a uniform turning direction of the inner ring (3) with respect to the outer mount (1) about the center of the optical element.
    • 具有安装在内圈(3)中的至少一个光学元件(4)的物镜(2)。 内圈(3)连接到外座(1)。 提供了一种操纵器(10),用于沿至少垂直于光轴的方向移动光学元件(4)。 内圈(3)通过具有操纵器(10)的至少两个调节接头(5)和至少一个旋转接头(6)连接到外部安装件(1)。 所述至少两个调节接头(5)和所述至少一个旋转接头(6)设置有至少大致沿相对于所述内环(3)的切线方向延伸的接合臂(8),借助于该臂 内环(3)弹性地连接到外部安装件(1)。 接合臂(8)的端部以内部环(3)上的温度引起的连接臂(8)的长度变化转换成内圈(3)的均匀转动方式的方式铰接在内圈(3)上, 相对于外部安装件(1)围绕光学元件的中心。
    • 65. 发明申请
    • Objective with at least one optical element
    • 目标至少有一个光学元件
    • US20050190462A1
    • 2005-09-01
    • US11063113
    • 2005-02-22
    • Johannes RauArmin SchoeppachUlrich Weber
    • Johannes RauArmin SchoeppachUlrich Weber
    • G02B7/02
    • G02B7/023
    • An objective (2) with at least one optical element (4), which is mounted in an inner ring (3). The inner ring (3) is connected to an outer mount (1). A manipulator (10) is provided for displacing the optical element (4) in at least a direction perpendicular to an optical axis. The inner ring (3) is connected to the outer mount (1) by means of at least two adjusting joints (5) with manipulators (10) and at least one swivel joint (6). The at least two adjusting joints (5) and the at least one swivel joint (6) are provided with joint arms (8) extending at least approximately in a tangential direction with respect to the inner ring (3), by means of which arms the inner ring (3) is elastically connected to the outer mount (1). The ends of the joint arms (8) are articulated on the inner ring (3) in such a way that temperature-induced changes in length of the joint arms (8) are converted into a uniform turning direction of the inner ring (3) with respect to the outer mount (1) about the center of the optical element.
    • 具有安装在内圈(3)中的至少一个光学元件(4)的物镜(2)。 内圈(3)连接到外座(1)。 提供了一种操纵器(10),用于沿至少垂直于光轴的方向移动光学元件(4)。 内圈(3)通过具有操纵器(10)的至少两个调节接头(5)和至少一个旋转接头(6)连接到外部安装件(1)。 所述至少两个调节接头(5)和所述至少一个旋转接头(6)设置有至少大致沿相对于所述内环(3)的切线方向延伸的接合臂(8),借助于该臂 内圈(3)弹性地连接到外座(1)。 接合臂(8)的端部以内部环(3)上的温度引起的连接臂(8)的长度变化转换成内圈(3)的均匀转动方式的方式铰接在内圈(3)上, 相对于外部安装件(1)围绕光学元件的中心。
    • 67. 发明授权
    • Device for irradiating a tumor tissue
    • 用于照射肿瘤组织的装置
    • US06710362B2
    • 2004-03-23
    • US10239685
    • 2003-01-08
    • Gerhard KraftUlrich Weber
    • Gerhard KraftUlrich Weber
    • A61N500
    • A61N5/1049A61N5/1043A61N5/1067A61N2005/1061A61N2005/1087A61N2005/1095
    • The invention relates to an apparatus and a method for irradiating tumor tissue (3) of a patient (10) by means of an ion beam (2). For that purpose, the apparatus has a deflecting device (1) for the ion beam (2) for slice-wise and area-wise scanning of the tumor tissue (3) and an ion beam energy control device for slice-wise and depth-wise scanning of the ion beam (2). An electromechanically driven ion-braking device (11, 12) is provided as a depth-wise scanning adaptation apparatus (5) for adapting the range of the ion beam (2) and has faster depth-wise adaptation than the energy control device of an accelerator. The movement of a patient is monitored by means of a movement detection device (7) for detecting a temporal and positional change in the location of the tumor tissue (3) in a treatment space (8). A control device controls the deflecting device (1) and the depth-wise adaptation apparatus (5) for adjusting the ion beam direction and ion beam range, respectively, when scanning the tumor tissue (3) in the course of temporal and positional change in the location of the tumor tissue (3) in the treatment space (8).
    • 本发明涉及一种通过离子束(2)照射患者(10)的肿瘤组织(3)的装置和方法。 为此,该装置具有用于离子束(2)的偏转装置(1),用于对肿瘤组织(3)进行切片和区域扫描,以及用于切片和深度扫描的离子束能量控制装置, 扫描离子束(2)。 提供一种机电驱动的离子制动装置(11,12)作为深度扫描适应装置(5),用于使离子束(2)的范围适应,并具有比其能量控制装置更深的深度适应性 加速器。 通过移动检测装置(7)来监视患者的运动,用于检测治疗空间(8)中肿瘤组织(3)的位置的时间和位置变化。 当在时间和位置变化的过程中扫描肿瘤组织(3)时,控制装置控制偏转装置(1)和深度适应装置(5),用于分别调节离子束方向和离子束范围 肿瘤组织(3)在治疗空间(8)中的位置。
    • 68. 发明授权
    • Apparatus for tilting an object about at least one axis, in particular an optical element
    • 用于围绕至少一个轴倾斜物体的装置,特别是光学元件
    • US06271976B1
    • 2001-08-07
    • US09490890
    • 2000-01-27
    • Ulrich Weber
    • Ulrich Weber
    • G02B702
    • G03F7/70825G02B7/003G02B7/023
    • In the case of an apparatus for tilting an object about at least one axis, in particular an optical element, such as a lens (9), the object in the case of an optical element is supported by an inner ring (7) and connected via at least three bearing points to a mount or an outer ring (8). Tilting of the object (9) is adjustable by means of adjusting elements. A plurality of links (1-6) are provided as adjusting elements, some of which, as supporting links (1-4), bear the inner ring (7) with respect to the outer ring (8) in such a way that the inner ring (7) can rotate only about two mutually perpendicular tilting axes (x, y axis). Two further links, as adjusting links (5, 6), support torsional moments about the mutually perpendicular tilting axes. The tilting angles are adjustable by adjusting the adjusting links (5, 6).
    • 在用于使物体围绕至少一个轴倾斜的装置的情况下,特别是诸如透镜(9)的光学元件的情况下,在光学元件的情况下的物体由内圈(7)支撑并连接 通过至少三个轴承点到安装件或外圈(8)。 物体(9)的倾斜可通过调节元件调节。 多个连杆(1-6)被设置为调节元件,其中一些作为支撑连杆(1-4),相对于外圈(8)以相对于外圈(8)的方式支承内圈(7) 内环(7)只能旋转约两个相互垂直的倾斜轴(x,y轴)。 作为调整链接(5,6)的另外两个链接支持相互垂直的倾斜轴的扭转力矩。 通过调整调节连杆(5,6)可以调节倾斜角度。