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    • 6. 发明授权
    • Radiography apparatus with rotatably supported cylindrical ring carrying image pickup unit
    • 具有可旋转支撑的圆柱形环承载图像拾取单元的放射摄影装置
    • US06318892B1
    • 2001-11-20
    • US09425300
    • 1999-10-25
    • Tsutomu SuzukiTakaaki KobikiHiroshi TakagiNobuhiko Matsui
    • Tsutomu SuzukiTakaaki KobikiHiroshi TakagiNobuhiko Matsui
    • H05G102
    • A61B6/4441A61B6/032A61B6/107A61B6/504H05G1/02H05G1/60
    • A radiography apparatus is constituted by an image pickup unit including an X-ray source for irradiating cone shaped X-ray beams to a patient under examination and an image receptor disposed opposite the x-ray source for receiving x-ray image data of the patient by the irradiated cone shaped x-ray beam; a cylindrical ring which carries the image pickup unit, defines a sufficient space to receive the patient therein so as to permit relative positional change of the patient with respect to the image pickup unit and is supported so as to permit rotation around its center axis; a second arm, an image pickup unit; a first video image processing unit; a second video image processing unit; and a change-over device which changes-over the x-ray image data obtained from the image pickup unit either to the first video image processing unit or to the second video image processing unit, whereby a three-dimensional x-ray image of the patient is obtained depending on necessity during an IVR while temporarily resting or interrupting the IVR.
    • 射线照相设备由包括用于将锥形X射线束照射到被检查患者的X射线源的图像拾取单元和与x射线源相对设置的用于接收患者的X射线图像数据的图像接收器 通过辐射的锥形X射线束; 承载图像拾取单元的圆柱形环限定了足够的空间以将患者接纳在其中,以允许患者相对于图像拾取单元的相对位置改变,并被支撑以允许绕其中心轴线旋转; 第二臂,图像拾取单元; 第一视频图像处理单元; 第二视频图像处理单元; 以及将从摄像单元获得的x射线图像数据切换到第一视频图像处理单元或第二视频图像处理单元的切换装置,由此将三维X射线图像 IVR期间根据需要获得患者,同时临时休息或中断IVR。
    • 7. 发明授权
    • Medical x-ray system suited for angiography
    • 适用于血管造影的医用x射线系统
    • US06264364B1
    • 2001-07-24
    • US09377779
    • 1999-08-20
    • Michael PflaumEwald Popp
    • Michael PflaumEwald Popp
    • H05G102
    • A61B6/4441A61B6/504
    • A medical x-ray system, such as an angiography system has an x-ray tube that emits and a radiation receiver, which are arranged at a C-arm, a stand supporting the C-arm, which has an arm that is rotatably mounted at one end around a stationary axis, and a holding device supporting the C-arm, which is rotatably mounted at the other end of the stand, and a patient table The stand is mounted via its arm at the ceiling and is mounted such that the rotational axis of the arm is arranged substantially in alignment with the center line of the patient table.
    • 诸如血管造影系统的医用x射线系统具有发射的X射线管和布置在C形臂的放射线接收器,支撑C形臂的支架,其具有可旋转地安装的臂 在一端围绕固定轴线,以及支撑C形臂的保持装置,其可旋转地安装在支架的另一端和患者台。支架通过其臂安装在天花板处,并且安装成使得 臂的旋转轴线基本上与患者台的中心线对齐。
    • 9. 发明授权
    • Virtual C-arm robotic positioning system for use in radiographic imaging equipment
    • 用于放射成像设备的虚拟C臂机器人定位系统
    • US06200024B1
    • 2001-03-13
    • US09200688
    • 1998-11-27
    • Donald E. Negrelli
    • Donald E. Negrelli
    • H05G102
    • A61B6/4476A61B6/4233A61B6/4452A61B6/4458A61B6/4464A61B6/587
    • A virtual C-arm support system 40 is used in a radiographic imaging apparatus of the type including an x-ray source 44 and an x-ray detector 48. The support system includes a first positioning system 42 operatively connected to the x-ray source for selectively positioning the x-ray source in a range of first orientations 120, 140, 170 relative to the examination region E. A second positioning system 46 is operatively connected to the x-ray detector 48 for selectively positioning the x-ray detector in a range of second orientations 122, 142, 172 relative to the examination region E. A control unit 60 is in operative command of at least one of the first and second positioning systems to maintain a predetermined spatial relationship between the x-ray source and the detector for each of the ranges of the first and second orientations relative to the examination region. In a second embodiment, the control unit is in operative command of only the first positioning system, the second positioning system being manually movable. The control unit maintains a predetermined spatial relationship between the x-ray source and detector by moving the x-ray source in response to manual movement of the x-ray detector for each of the ranges of first and second orientations of the source and detector relative to the examination region.
    • 虚拟C-臂支撑系统40用于包括X射线源44和X射线检测器48的类型的射线照相成像装置中。支撑系统包括可操作地连接到x射线源的第一定位系统42 用于将x射线源相对于检查区域E选择性地定位在第一取向120,140,​​170的范围内。第二定位系统46可操作地连接到x射线检测器48,用于将x射线检测器选择性地定位 相对于检查区域E的第二取向122,142,172的范围。控制单元60处于第一和第二定位系统中的至少一个的操作命令中,以维持x射线源和第二定位系统之间的预定的空间关系 检测器,用于相对于检查区域的第一和第二取向的每个范围。 在第二实施例中,控制单元仅操作第一定位系统的命令,第二定位系统可手动移动。 控制单元通过移动X射线源以响应于X射线检测器对于源和检测器相对的第一和第二取向的每个范围的手动移动来维持x射线源和检测器之间的预定空间关系 到考试区。
    • 10. 发明授权
    • Device for moving a medical apparatus in a controlled manner
    • 用于以受控的方式移动医疗设备的装置
    • US06814490B1
    • 2004-11-09
    • US10181115
    • 2002-09-23
    • Norbert SuhmPeter MessmerPietro RegazzoniPaul MüllerUrs BoppMarkus HehliSilvio Koller
    • Norbert SuhmPeter MessmerPietro RegazzoniPaul MüllerUrs BoppMarkus HehliSilvio Koller
    • H05G102
    • A61B6/4405A61B6/4423A61B6/4441A61B6/547A61B6/548
    • A device for moving an X-ray apparatus embodied in the form of a C-bow (9) in a controlled manner, the C-bow (9) being mounted on a pedestal (31) provided with motor-driven rollers (3) controllable in their direction of travel in such a way that it is displaceable in parallel in relation to at least two axes (18;19) and rotatable relative to three axes (18; 19, 21), each movement of the C-bow (9) with respect to a coordinate system (29) which is stationary relative to the room being carried out via controllable drive devices (6;7;37;38). These drive devices (6; 7; 37; 38) are controlled either by means of a control device (39;48) or via a computer (23), said control device being operated either via a sterile control console or by voice control. Any positions and projections of the C-bow (9) that have once been adjusted may be stored in the computer (23), so that a desired position and projection may be reproduced again. If the C-bow 9 is combined with a surgical navigation system which comprises a position detector (27), it is possible, by measuring a reference base that is applied to a patient (12) and is provided with optical markers (28), to consider changes in the position of the patient (12) in such a way that an adjusted position and projection of the C-bow (9) can be reproduced after the patient (12) has changed position.
    • 一种用于以受控的方式移动以C形弓(9)的形式体现的X射线装置的装置,所述C形弓(9)安装在设有电动辊(3)的基座(31)上, 可以在其行进方向上以相对于至少两个轴线(18; 19)平行移动并相对于三个轴线(18; 19,21)可转动的方式可移动,C弓的每次运动 相对于经由可控驱动装置(6; 7; 37; 38)执行的相对于房间静止的坐标系统(29)。 这些驱动装置(6; 7; 37; 38)通过控制装置(39; 48)或通过计算机(23)进行控制,所述控制装置可以通过无菌控制台或通过语音控制进行操作。 曾经调整过的C-bow(9)的任何位置和投影可以存储在计算机(23)中,使得可以再次再现期望的位置和投影。 如果C弓9与包括位置检测器(27)的手术导航系统组合,则可以通过测量施加到患者(12)并具有光学标记(28)的参考基座, 考虑患者(12)的位置的变化,使得可以在患者(12)改变位置之后再现C弓(9)的调整位置和投影。