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    • 8. 发明申请
    • Diverse Capacitor Packaging for Maximizing Volumetric Efficiency for Medical Devices
    • 用于医疗器械最大化体积效率的多种电容器封装
    • US20080170353A1
    • 2008-07-17
    • US11622245
    • 2007-01-11
    • Jeffery A. SwansonWilliam L. JohnsonWilliam K. Wenger
    • Jeffery A. SwansonWilliam L. JohnsonWilliam K. Wenger
    • H01G9/26
    • H01G9/26A61N1/3975H01G9/08
    • Capacitor packaging according to the disclosure provides advantages particularly in connection to compact and/or complex-shaped medical devices (e.g., having limited interior volume defined by domed and/or irregular exterior surfaces). In addition, capacitors of the type shown and described herein can be utilized in relatively compact external defibrillators, such as automatic external defibrillators or clinician-grade, automated or manually-operated external defibrillators. In one form a plurality of capacitors having substantially flat exterior surfaces are placed in an abutting relationship between at least a pair of major surfaces and the major surfaces are spaced from an opposing or adjacent surface in a non-parallel configuration. In other forms, one or more exterior surface portions have a common and/or complex radius dimension (i.e., the surfaces are curved).
    • 根据本公开的电容器封装提供了特别适用于紧凑和/或复杂形状的医疗装置(例如,具有由圆顶和/或不规则的外表面限定的有限的内部容积)的优点。 此外,本文所示和所述类型的电容器可用于相对紧凑的外部除颤器,例如自动外部去纤颤器或临床医师级,自动或手动操作的外部除颤器。 在一种形式中,具有基本上平坦的外表面的多个电容器以至少一对主表面之间的邻接关系放置,并且主表面以非平行构造与相对或相邻表面间隔开。 在其它形式中,一个或多个外表面部分具有共同的和/或复合的半径尺寸(即表面是弯曲的)。
    • 10. 发明授权
    • Diverse capacitor packaging for maximizing volumetric efficiency for medical devices
    • 多种电容器封装,可最大限度地提高医疗器械的体积效率
    • US07869868B2
    • 2011-01-11
    • US11622245
    • 2007-01-11
    • Jeffery A. SwansonWilliam L. JohnsonWilliam K. Wenger
    • Jeffery A. SwansonWilliam L. JohnsonWilliam K. Wenger
    • A61N1/375
    • H01G9/26A61N1/3975H01G9/08
    • Capacitor packaging according to the disclosure provides advantages particularly in connection to compact and/or complex-shaped medical devices (e.g., having limited interior volume defined by domed and/or irregular exterior surfaces). In addition, capacitors of the type shown and described herein can be utilized in relatively compact external defibrillators, such as automatic external defibrillators or clinician-grade, automated or manually-operated external defibrillators. In one form a plurality of capacitors having substantially flat exterior surfaces are placed in an abutting relationship between at least a pair of major surfaces and the major surfaces are spaced from an opposing or adjacent surface in a non-parallel configuration. In other forms, one or more exterior surface portions have a common and/or complex radius dimension (i.e., the surfaces are curved).
    • 根据本公开的电容器封装提供了特别适用于紧凑和/或复杂形状的医疗装置(例如,具有由圆顶和/或不规则的外表面限定的有限的内部容积)的优点。 此外,本文所示和所述类型的电容器可用于相对紧凑的外部除颤器,例如自动外部去纤颤器或临床医师级,自动或手动操作的外部除颤器。 在一种形式中,具有基本上平坦的外表面的多个电容器以至少一对主表面之间的邻接关系放置,并且主表面以非平行构造与相对或相邻表面间隔开。 在其它形式中,一个或多个外表面部分具有共同的和/或复合的半径尺寸(即表面是弯曲的)。