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    • 33. 发明授权
    • Adaptor for setting a self-drilling, chemically anchored, fastening element
    • 用于设置自钻,化学锚定,紧固元件的适配器
    • US08029211B2
    • 2011-10-04
    • US12455888
    • 2009-06-08
    • Michael BayerlKay HeemannWolfgang Ludwig
    • Michael BayerlKay HeemannWolfgang Ludwig
    • E21D20/00
    • E21B21/02E21D20/028
    • An adaptor for setting a self-drilling, chemically anchorable, fastening element (5) includes a rotor member (21) rotatably supported in the adaptor housing (36) and having at its opposite ends (23,25) respectively, a coupling section (24) for connecting the rotor member (21) with a drilling tool (8) for joint rotation therewith, and a coupling receptacle (26) for fixedly receiving a free end (6) of the fastening element (5). Support elements (52,53) are provided in one of two housing parts (41,51) for rotatably supporting the rotor member (21). Sealing elements (42), which are provided in another housing part (41), for a connection channel section (32) that connects a connection opening (37) in the housing (36) for the ejection medium (4) with a feeding channel (31) in the rotor member (21).
    • 用于设置自钻孔,化学可锚固的紧固元件(5)的适配器包括可旋转地支撑在适配器壳体(36)中并且在其相对端(23,25)处分别具有耦合部分 24),用于将转子构件(21)与用于与其接合旋转的钻具(8)连接;以及用于固定地容纳紧固元件(5)的自由端(6)的联接容座(26)。 支撑元件(52,53)设置在用于可旋转地支撑转子构件(21)的两个壳体部分(41,51)中的一个中。 设置在另一壳体部分(41)中的用于连接通道部分(32)的密封元件(42),其将用于喷射介质(4)的壳体(36)中的连接开口(37)与馈送通道 (31)在转子构件(21)中。
    • 35. 发明授权
    • Device for adjusting an operating point of a magnetic field sensor
    • 用于调整磁场传感器的工作点的装置
    • US06917197B2
    • 2005-07-12
    • US10487267
    • 2002-08-07
    • Christoph LudwigWolfgang Ludwig
    • Christoph LudwigWolfgang Ludwig
    • G01R33/035H01L39/22
    • G01R33/0356
    • The invention relates to a device for setting an operating point of a magnetic field sensor having a periodic characteristic, in particular for a device for detecting a magnetic field and/or flux, having a SQUID as magnetic field sensor and a control unit which is connected downstream of the SQUID, has a control time constant (t) and has a feedback loop which acts on the SQUID and is designed such that it is active about a number of operating points of the SQUID, where flux quantum pump means are provided which are assigned to the SQUID, have a signal generation unit for generating a control and/or regulation signal for the SQUID and are designed such that, in order to pump at least one flux quantum into and out of the SQUID, a signal form of the control and/or regulation signal, generated by the signal generation unit, is different and, referred to a rising and a falling edge of a signal form, is unsymmetrical, where in each case only one of the edges of a signal form is short referred to the control time constant.
    • 本发明涉及一种用于设置具有周期性特性的磁场传感器的工作点的装置,特别是用于检测具有作为磁场传感器的SQUID和连接的控制单元的用于检测磁场和/或磁通的装置的装置 SQUID的下游具有控制时间常数(t)并且具有作用在SQUID上的反馈回路,并且被设计为使得其关于SQUID的多个工作点是活动的,其中提供了通量量子泵装置 分配给SQUID的信号产生单元用于产生用于SQUID的控制和/或调节信号,并且被设计成使得为了将至少一个通量量子泵入和流出SQUID,控制信号形式 和/或由信号产生单元生成的调节信号是不对称的,并且被称为信号形式的上升沿和下降沿是不对称的,其中在每种情况下,信号形式的边缘中只有一个是短的 d到控制时间常数。