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    • 1. 发明申请
    • METHOD TO OPERATE A DEVICE IN A STERILE ENVIRONMENT
    • 在无菌环境中操作设备的方法
    • US20140258917A1
    • 2014-09-11
    • US14200487
    • 2014-03-07
    • Peter GreifAnja JaegerRobert KagermeierJohann Maegerl
    • Peter GreifAnja JaegerRobert KagermeierJohann Maegerl
    • G06F3/01G06F3/0481
    • G06F3/017G06F3/0425G06F3/0481G06F3/04883G06F3/04886
    • In a method and interface to operate a device in a sterile environment that is controlled without contact via a display panel and/or operating field, a first position of a gesture command within an operating field is detected, the first position is projected onto a first interaction region of the display panel. A first task is associated with the first interaction region. A second position of the same or an additional gesture command within the same or an additional operating field is detected onto a second interaction region of the display panel. A tolerance region is established within the second interaction region, and the first object is associated with the second interaction region when the projection of the second position is situated within the tolerance region, and another, second object is associated with the second interaction region when the projection of the second position lies outside of the tolerance region.
    • 在用于在经由显示面板和/或操作区域进行无接触控制的无菌环境中操作设备的方法和接口中,检测到操作区域内的手势命令的第一位置,将第一位置投影到第一位置 显示面板的交互区域。 第一个任务与第一个交互区域相关联。 在相同或附加操作区域内的相同或附加手势命令的第二位置被检测到显示面板的第二交互区域上。 在所述第二相互作用区域内建立公差区域,并且当所述第二位置的所述投影位于所述公差区域内时,所述第一物体与所述第二相互作用区域相关联,并且当所述第二对象与所述第二相互作用区域相关联时, 第二位置的投影位于公差区域的外侧。
    • 7. 发明授权
    • Radio operating system and method for operating a radio system
    • 用于操作无线电系统的无线电操作系统和方法
    • US07956726B2
    • 2011-06-07
    • US10568197
    • 2004-07-16
    • Robert KagermeierDonal MedlarDietmar Sierk
    • Robert KagermeierDonal MedlarDietmar Sierk
    • G05B11/01G05B19/00B60R25/00
    • G08C17/02A61B6/00A61B6/467A61B6/548G06F19/00G08C2201/91
    • A radio operating system, in particular for a medical device, comprises: a radio base station, provided for control of a device, an operating unit, for establishment of a radio connection with the radio base station, whereby the operating unit comprises a controller with a first threshold value (S1) relating to a reception parameter (K), depending on which a switching between various operational modes (B0, B1) for the operating unit is provided. On dropping below the threshold value (S1), a safety-oriented operating mode (B0) and, on exceeding the threshold value (S1), a standard operating mode for the operating element (3), are provided. A first non-safety-critical command set (BS1) may be activated by the operating unit and equally used in the various operating modes (B0, B1), a second safety-critical command set (BS2), activated by means of the operating unit, may be used in the safety-oriented operating mode (B0) in a limited manner in comparison to the standard operating mode (B1).
    • 无线电操作系统,特别是用于医疗设备的无线电操作系统包括:用于控制设备的无线电基站,用于建立与无线电基站的无线电连接的操作单元,由此操​​作单元包括具有 与接收参数(K)相关的第一阈值(S1),取决于提供了用于操作单元的各种操作模式(B0,B1)之间的切换。 提供低于阈值(S1),安全性操作模式(B0),并且超过阈值(S1)时,提供操作元件(3)的标准操作模式。 第一个非安全关键指令集(BS1)可以由操作单元激活,并且在各种操作模式(B0,B1)中均等地使用,第二安全关键命令集(BS2)通过操作激活 单元,与标准操作模式(B1)相比,可以以有限的方式用于面向安全的操作模式(B0)。
    • 9. 发明授权
    • Control system for medical equipment
    • 医疗设备控制系统
    • US07787929B2
    • 2010-08-31
    • US10895722
    • 2004-07-21
    • Robert Kagermeier
    • Robert Kagermeier
    • A61B5/05
    • G06F3/017A61B6/00A61B6/467A61B6/469
    • A control system for medical equipment comprises an examination/treatment system, an optical detection system which is operably affixed to the examination/treatment system and configured to collect data corresponding to detected gestural inputs made by an operator in relation to a targeted examination/treatment area on a patient positioned on a patient examination apparatus, and an evaluation system configured to adjust operation parameters of the examination/treatment system as a function of the collected gestural input data communicated by the optical detection system.
    • 用于医疗设备的控制系统包括检查/治疗系统,光学检测系统,其被可操作地固定到检查/治疗系统并且被配置为收集与由操作者相对于目标检查/治疗区域所产生的检测到的手势输入相对应的数据 位于患者检查装置上的患者,以及评估系统,被配置为根据由所述光学检测系统传送的所收集的手势输入数据来调整所述检查/治疗系统的操作参数。