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    • 6. 发明授权
    • Cross-connect method for STM-1 signals of the synchronous digital
multiplex hierarchy
    • 同步数字多路复用层次的STM-1信号的交叉连接方法
    • US5267239A
    • 1993-11-30
    • US759729
    • 1991-09-12
    • Reginhard PospischilHorst Mueller
    • Reginhard PospischilHorst Mueller
    • H04J3/08H04J3/16H04Q11/04H04J3/12H04J3/22
    • H04J3/1611H04J3/08H04J2203/0041
    • Cross-connect method for STM-1 signals of a synchronous digital multiplex hierarchy. Data blocks having differing multiplex structure of the synchronous digital multiplex hierarchy are processed in common in a cross-connect equipment. Controlled via a bus by a microprocessor, Au-4 administration units of STM-1 signals are resolved into virtual container groups of approximately the same length such as TUG-31 and TU-31. After the removal of auxiliary signals that are no longer required, an individual switching matrix network clock matching pointer and an individual switching matrix network overhead are respectively attached to these virtual container groups for the formation of uniform switching matrix network input signals (D39, D52). After a rearrangement in a switching matrix network, switching matrix network clock matching pointers and overheads are again taken from the switching matrix network output signals and are evaluated. Subsequently, the input signals (D39, D52) are subjected to a corresponding multiplexing method for the formation of new STM-1 signals. This method is employable in cross-connect and drop insert multiplexing equipment.
    • 用于同步数字多路复用层次结构的STM-1信号的交叉连接方法。 在交叉连接设备中共同处理具有同步数字多路复用层级的不同复用结构的数据块。 通过微处理器通过总线控制,STM-1信号的Au-4管理单元被分解成大致相同长度的虚拟容器组,例如TUG-31和TU-31。 在删除不再需要的辅助信号之后,分别将各个交换矩阵网络时钟匹配指针和单独的交换矩阵网络开销附加到这些虚拟容器组,以形成均匀的交换矩阵网络输入信号(D39,D52) 。 在交换矩阵网络中进行重新排列后,从交换矩阵网络输出信号中再次获取开关矩阵网络时钟匹配指针和开销,并进行评估。 随后,对输入信号(D39,D52)进行相应的多路复用方式,形成新的STM-1信号。 该方法可用于交叉连接和插入复用设备。
    • 10. 发明申请
    • Method and System for Inductively Transmitting Energy and Information
    • 电感传输能量和信息的方法与系统
    • US20100187909A1
    • 2010-07-29
    • US12510328
    • 2009-07-28
    • Horst Mueller
    • Horst Mueller
    • H02J17/00
    • H04B5/0025H04B5/0031H04B5/0037
    • A method of inductively transmitting energy and information between an energy transmitter comprising a primary inductor and an energy receiver comprising a secondary inductor, wherein energy is transmitted from the energy transmitter to the energy receiver by applying an alternating voltage to the primary inductor to generate a primary alternating current in the primary inductor, thereby inducing a secondary alternating current in the secondary inductor. The information is transmitted from the energy transmitter to the energy receiver essentially only in a dedicated first section of the cycle of the alternating voltage by varying the amplitude of the alternating voltage; and information is transmitted from the energy receiver to the energy transmitter essentially only in a dedicated second section of the cycle by varying the secondary inductor's power absorption, the second section not overlapping with the first section.
    • 一种在包括初级电感器的能量发射器和包括次级电感器的能量接收器之间感应地传输能量和信息的方法,其中能量通过向主电感器施加交流电压从能量发射器传输到能量接收器,以产生主电感器 在初级电感器中产生交流电流,从而在次级电感器中产生次级交流电。 基本上仅通过改变交流电压的振幅在交流电压的周期的专用第一部分中将信息从能量发射器传输到能量接收器; 并且基本上仅在周期的专用第二部分中通过改变次级电感器的功率吸收而将信息从能量接收器传输到能量发射器,第二部分不与第一部分重叠。