Elongated bridge shunt formed by stretching and rupturing a conducting bridge
    1.
    发明授权
    Elongated bridge shunt formed by stretching and rupturing a conducting bridge 有权
    通过拉伸和破裂导电桥形成的细长桥分流器

    公开(公告)号:US07230194B2

    公开(公告)日:2007-06-12

    申请号:US11388038

    申请日:2006-03-23

    Abstract: Structure and method for forming a switchable shunt for a suspension assembly having conductive, insulating and metal base layers. The shunt includes a bridge in the conductive layer with either a continuous connection or small gap between ends of the bridge. The continuous connection of the bridge is severed either by temporarily moving the lands out of their original plane by stretching and rupturing the bridge or by shearing the continuous connection of the bridge. For the sheared or gapped bridge, at least one end of the bridge is moved out of plane, compressed and elongated. When released, the separated ends of the bridge overlap and contact each other to form a normally-closed switch. To subsequently open the switchable shunt, at least one of the lands is moved out of plane to physically and electrically open the connection between the separated and overlapped ends of the bridge.

    Abstract translation: 用于形成具有导电,绝缘和金属基底层的悬架组件的可切换分路的结构和方法。 分流器包括在导电层中的桥,其中桥与连接端之间具有连续连接或小间隙。 桥的连续连接通过暂时地将平台从其原始平面移动,通过拉伸和破裂桥梁或者通过剪切桥的连续连接来切断。 对于剪切或有间隙的桥梁,桥梁的至少一端移出平面,压缩并伸长。 当释放时,桥的分离端重叠并彼此接触以形成常闭开关。 为了随后打开可切换分路,至少一个平台被移出平面以物理上和电气地打开桥的分离和重叠端之间的连接。

    Elongated bridge shunt switch formed by stretching and rupturing a conducting bridge
    2.
    发明授权
    Elongated bridge shunt switch formed by stretching and rupturing a conducting bridge 失效
    通过拉伸和破裂导电桥形成的细长桥分流开关

    公开(公告)号:US07041920B1

    公开(公告)日:2006-05-09

    申请号:US11055501

    申请日:2005-02-08

    Abstract: Structure and method for forming a switchable shunt for a suspension assembly having conductive, insulating and metal base layers. The shunt includes a bridge in the conductive layer with either a continuous connection or small gap between ends of the bridge. The continuous connection of the bridge is severed either by temporarily moving the lands out of their original plane by stretching and rupturing the bridge or by shearing the continuous connection of the bridge. For the sheared or gapped bridge, at least one end of the bridge is moved out of plane, compressed and elongated. When released, the separated ends of the bridge overlap and contact each other to form a normally-closed switch. To subsequently open the switchable shunt, at least one of the lands is moved out of plane to physically and electrically open the connection between the separated and overlapped ends of the bridge.

    Abstract translation: 用于形成具有导电,绝缘和金属基底层的悬架组件的可切换分路的结构和方法。 分流器包括在导电层中的桥,其中桥与连接端之间具有连续连接或小间隙。 桥的连续连接通过暂时地将平台从其原始平面移动,通过拉伸和破裂桥梁或者通过剪切桥的连续连接来切断。 对于剪切或有间隙的桥梁,桥梁的至少一端移出平面,压缩并伸长。 当释放时,桥的分离端重叠并彼此接触以形成常闭开关。 为了随后打开可切换分路,至少一个平台被移出平面以物理上和电气地打开桥的分离和重叠的端部之间的连接。

    Elongated bridge shunt
    3.
    发明授权
    Elongated bridge shunt 失效
    伸长桥分流器

    公开(公告)号:US06872896B1

    公开(公告)日:2005-03-29

    申请号:US10241745

    申请日:2002-09-11

    Abstract: Structure for forming a switchable shunt for a suspension assembly having conductive, insulating and metal base layers. The shunt includes a bridge in the conductive layer with either a continuous connection or small gap between ends of the bridge. The continuous connection of the bridge is severed either by temporarily moving the lands out of their original plane by stretching and rupturing the bridge or by shearing the continuous connection of the bridge. For the sheared or gapped bridge, at least one end of the bridge is moved out of the plane, compressed and elongated. When released, the separated ends of the bridge overlap and contact each other to form a normally-closed switch. To subsequently open the switchable shunt, at least one of the lands is moved out of plane to physically and electrically open the connection between the separated and overlapped ends of the bridge.

    Abstract translation: 用于形成具有导电,绝缘和金属基底层的悬挂组件的可切换分流器的结构。 分流器包括在导电层中的桥,其中桥与连接端之间具有连续连接或小间隙。 桥的连续连接通过暂时地将平台从其原始平面移动,通过拉伸和破裂桥梁或者通过剪切桥的连续连接来切断。 对于剪切或有间隙的桥梁,桥梁的至少一端移出平面,压缩并伸长。 当释放时,桥的分离端重叠并彼此接触以形成常闭开关。 为了随后打开可切换分路,至少一个平台被移出平面以物理上和电气地打开桥的分离和重叠的端部之间的连接。

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