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    • 2. 发明授权
    • Lithotripsy ultrasound locating device
    • LITHOTRIPSY超声波定位装置
    • US5158085A
    • 1992-10-27
    • US566587
    • 1990-08-13
    • Thomas BelikanWerner KraussHelmut Wurster
    • Thomas BelikanWerner KraussHelmut Wurster
    • A61B17/22A61B17/225
    • A61B17/2258
    • A lithotripsy ultrasound locating device comprises at least one locating transducer having a plurality of focal ranges and which is associated with a therapy transducer and is axially adjustable in relation to its focus; a position indicator which generates a signal representing the distance between the sound head of the locating transducer and the focus of the therapy transducer; a computer; a monitor on which a target mark representing the focus of the therapy transducer is displayed; and an electronic transmitter/receiver arrangement controlled by the computer in order to produce an image of a concretion to be destroyed which image is constantly optimal. The computer, controls, as a function of the signal emitted by the position indicator and by way of the transmitter/receiver arrangement, the focal range of the locating transducer which, at the given distance at that moment between the sound head and the focus of the therapy transducer always lies in the range thereof. The computer further generates a signal following up the target mark on the monitor according to the signal emitted by the position indicator. The following-up signal is passed to the monitor so that, where applicable, in each axial position of the locating transducer, the image of the concretion displayed by the monitor lies in the target mark.
    • 碎石超声定位装置包括至少一个具有多个焦点范围的定位换能器,其与治疗换能器相关联并且可相对于其焦点轴向调节; 位置指示器,其产生表示定位换能器的声音头与治疗换能器的焦点之间的距离的信号; 一台电脑; 显示表示治疗传感器的焦点的目标标记的监视器; 以及由计算机控制的电子发射器/接收器装置,以产生待破坏的凝结物的图像,该图像是不断优化的。 计算机根据由位置指示器发射的信号并通过发射器/接收器装置来控制定位传感器的焦距范围,定位传感器在声音头与焦点之间的给定距离处 治疗传感器总是在其范围内。 计算机还根据位置指示器发出的信号产生跟随监视器上的目标标记的信号。 跟踪信号被传递到监视器,使得在适当的情况下,在定位换能器的每个轴向位置,由监视器显示的凝结图像位于目标标记中。
    • 5. 发明授权
    • Lithotripter with X-ray and ultrasound location systems
    • 具有X射线和超声波定位系统的LITHOTRIPTER
    • US5060650A
    • 1991-10-29
    • US494208
    • 1990-03-15
    • Helmut WursterWerner KraussThomas Belikan
    • Helmut WursterWerner KraussThomas Belikan
    • A61B17/22
    • A61B17/2255A61B17/2258
    • A lithotripter comprises a transducer for generating focussed ultrasonic shock waves, and having an axis, a focus on said axis, the focus being positionable on a concretion or tissue which is to be destroyed, at least one diagnostic X-ray imaging system for locating the concretion of tissue including an X-ray emitter having an axis and an image intensifier, and at least one ultrasonic locating transducer having an axis, the X-ray emitter and the ultrasonic locating transducer being connected to the shock wave transducer in such a way that the axes of the locating systems intersect at said focus, with the axes of the locating systems preferably being offset from the axis of the shock wave transducer.
    • 碎石机包括用于产生聚焦的超声冲击波的换能器,并且具有轴,所述轴上的焦点,所述焦点可定位在待破坏的结石或组织上,至少一个诊断X射线成像系统,用于定位 包括具有轴的X射线发射器和图像增强器的组织的结构以及具有轴的至少一个超声波定位换能器,X射线发射器和超声波定位换能器以冲击波换能器连接,使得 定位系统的轴线在所述焦点处相交,定位系统的轴线最好偏离冲击波换能器的轴线。
    • 6. 发明授权
    • Apparatus for locating objects within a body in three dimensions and for
destroying such objects
    • 用于在三维体内定位物体并破坏这些物体的装置
    • US5095908A
    • 1992-03-17
    • US567493
    • 1990-08-13
    • Thomas BelikanWerner KnaussHelmut Wurster
    • Thomas BelikanWerner KnaussHelmut Wurster
    • A61B17/22A61B17/225
    • A61B17/2258
    • An apparatus is described for locating objects within the body, and particularly concretions situated in body cavities, in three dimensions and for destroying them. The point of departure for this is an electro-acoustic treatment transducer for generating shock waves to be emitted to focus on the object concerned and a B-scanner connected to the treatment transducer to act as a locating transducer for locating the object, the locating transducer being adjustable relative to the treatment transducer co-focally therewith. The design proposed envisages the locating transducer being integrated into the treatment transducer so that the sound fields of both transducers travel the same distances through the same media and it is thus the correct position of the focus relative to the concretion seen in the image which is in fact shown.
    • 描述了一种用于在体内定位物体的装置,特别是位于体腔中的三维结构,并且用于破坏它们。 出发点是用于产生要发射的冲击波以聚焦在有关物体上的电声处理换能器,以及连接到治疗换能器的B扫描仪,用作定位传感器以定位物体,定位换能器 相对于与其共处理的处理换能器可调节。 所提出的设计设想将定位换能器集成到治疗换能器中,使得两个换能器的声场在相同的介质上传播相同的距离,并且因此它是相对于在图像中看到的结块的正确位置 事实显示。
    • 10. 发明授权
    • Device and a method for the automatic control and administration of medical apparatus and installations
    • 医疗器械和设备的自动控制和管理的装置和方法
    • US06581117B1
    • 2003-06-17
    • US09496300
    • 2000-02-02
    • Wolfgang KleinMartin BurgerThomas Belikan
    • Wolfgang KleinMartin BurgerThomas Belikan
    • G06F300
    • G16H40/40G06F19/00G16H40/20G16H40/63
    • The automatic control and administration of program-controlled endoscopic apparatuses allocated to an operation within an operating theater belonging to a clinic region and connected amongst one another by way of a CAN-bus using the standardized layer-seven CANopen protocol for communication among one another and a master computer, is modified so that with the same CAN-bus, a double ring structure, a ring-star structure and a ring-ring structure may be logically formed, permitting peer-to-peer communication of the apparatuses, with which the apparatuses have equality of access to each other and the master computer. The apparatuses, connected to one another via the CAN-bus, of all operating theaters of a clinic communicate with and are centrally controlled by the master computer. All apparatuses are capable of informing the master computer of the occurring process data or parameters. System operation is possible at the master computer as well as at the apparatuses themselves.
    • 自动控制和管理分配给属于诊所区域的手术室内的操作并通过CAN总线相互连接的程序控制的内窥镜装置,使用标准化的七层CANopen协议来相互通信和 主计算机被修改为使得通过相同的CAN总线,可以逻辑地形成双环结构,环形星形结构和环形环结构,从而允许设备的对等通信, 设备具有彼此相互访问和主计算机的相等性。 通过CAN总线彼此连接的设备,诊所的所有操作室与主计算机进行通信并集中控制。 所有设备能够通知主计算机发生的过程数据或参数。 在主计算机以及设备本身可以进行系统操作。