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    • 4. 发明授权
    • Fastening and connection apparatus for a panel-mounted vehicle antenna module
    • 用于面板安装车载天线模块的紧固和连接装置
    • US07710333B2
    • 2010-05-04
    • US11437363
    • 2006-05-19
    • Steven V. ByrneLoren M. Thompson
    • Steven V. ByrneLoren M. Thompson
    • H01Q1/32
    • H01Q1/3275H01Q1/1214
    • A panel-mounted vehicle antenna module includes exterior and interior components that are joined in a single operation to simultaneously achieve both mechanical fastening of the module and through-the-panel electrical connections of the antenna. The exterior and interior components are equipped with electrical connector terminals that are coupled when the exterior and interior components are joined, and alignment features that ensure accurate alignment of the connector terminals. The exterior component is temporarily retained against the panel, the interior component is temporarily attached to the exterior component, and a bolt is driven from the interior component into the exterior component to complete the mechanical attachment and electrical connections. Electrical cables hard-wired to the interior component are connected to the vehicle wiring harness to complete the installation.
    • 面板安装的车载天线模块包括外部和内部部件,其在单个操作中连接以同时实现模块的机械紧固和天线的通过面板的电连接。 外部和内部部件配有电连接器端子,当连接外部和内部部件时连接端子,以及确保连接器端子精确对准的对准特征。 外部部件临时固定在面板上,内部部件临时连接到外部部件,并且螺栓从内部部件被驱动到外部部件中以完成机械连接和电连接。 连接到内部组件的电缆连接到车辆线束以完成安装。
    • 5. 发明申请
    • Infant monitoring system
    • 婴儿监护系统
    • US20090240160A1
    • 2009-09-24
    • US12077465
    • 2008-03-19
    • Loren M. ThompsonPaul T. Kotnik
    • Loren M. ThompsonPaul T. Kotnik
    • A61B5/024A61B5/08
    • A61B5/113A61B5/1102A61B5/70A61B2503/04A61B2562/247
    • An infant monitoring system according to embodiment(s) of the present disclosure includes a positioning member having a top surface, side surface, and tension strip, and an accelerometer in operative communication with the positioning member. The top surface, which may operatively contact an infant, receives and transmits infant cardiac impulses exerted on the top surface. The side surface, operatively connected to the accelerometer, has an initial angular orientation with respect to the top surface. The side surface receives the transmitted cardiac impulses and resolves a heart rate therefrom. The strip, having a substantially low bending stiffness and substantially high tension stiffness, is operatively connected to the top surface and bends longitudinally in response to infant inhalation forces exerted on the top surface. The bending causes angular deflections of the side surface with respect to the initial angular orientation. The accelerometer detects the angular deflections and resolves therefrom a respiration rate.
    • 根据本公开的实施例的婴儿监视系统包括具有顶表面,侧表面和张力条的定位构件,以及与定位构件可操作地连通的加速度计。 可操作地接触婴儿的顶部表面接收并传送施加在顶面上的婴儿心脏脉冲。 可操作地连接到加速度计的侧表面相对于顶表面具有初始的角度取向。 侧表面接收所传送的心脏脉冲并从其中分辨心率。 具有基本上低的弯曲刚度和基本上高的张力刚度的条可操作地连接到顶表面并且响应于施加在顶表面上的婴儿吸入力而纵向弯曲。 弯曲导致侧表面相对于初始角度定向的角度偏转。 加速度计检测角度偏转并从中解析出呼吸速率。