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    • 3. 发明授权
    • Transceiver redundancy in an electronic toll collection system
    • 收发机冗余在电子收费系统中
    • US07813699B2
    • 2010-10-12
    • US12571033
    • 2009-09-30
    • Thua Van HoDaniel TerrierRoger TongWai-Cheung TangJapjeev Kohli
    • Thua Van HoDaniel TerrierRoger TongWai-Cheung TangJapjeev Kohli
    • H04B7/00
    • G07B15/063G07B15/06
    • An electronic toll collection system wherein the reader includes a switching network and a plurality of transceivers operating under the control of a controller. The reader further includes failure detection circuitry for determining whether any of the transceivers have failed based upon the RF outputs of the transceivers. If the controller determines that a transceiver has failed, then it alters the switching pattern such that the switching network excludes the failed transceiver from being connected to the antennas. The reader thereby provides for adaptive RF channel assignment, as the particular transceiver used to excite a particular antenna may be dynamically altered, and the provision of at least two transceivers in the reader ensures transceiver redundancy.
    • 一种电子收费系统,其中读取器包括在控制器的控制下操作的交换网络和多个收发器。 读取器还包括故障检测电路,用于基于收发器的RF输出来确定是否有任何收发器发生故障。 如果控制器确定收发器出现故障,则它改变切换模式,使得交换网络排除故障收发器连接到天线。 因此,读取器提供了自适应RF信道分配,因为用于激发特定天线的特定收发机可以被动态地改变,并且在读取器中提供至少两个收发器确保收发机冗余。
    • 8. 发明申请
    • TRANSCEIVER REDUNDANCY IN AN ELECTRONIC TOLL COLLECTION SYSTEM
    • 收发机在电子收集系统中的冗余
    • US20070077896A1
    • 2007-04-05
    • US11534052
    • 2006-09-21
    • Thua HoDaniel TerrierRoger TongWai-Cheung Tang
    • Thua HoDaniel TerrierRoger TongWai-Cheung Tang
    • H04B1/44
    • G07B15/063G07B15/06
    • An electronic toll collection system wherein the reader includes a switching network and a plurality of transceivers operating under the control of a controller. The reader further includes failure detection circuitry for determining whether any of the transceivers have failed based upon the RF outputs of the transceivers. If the controller determines that a transceiver has failed, then it alters the switching pattern such that the switching network excludes the failed transceiver from being connected to the antennas. The reader thereby provides for adaptive RF channel assignment, as the particular transceiver used to excite a particular antenna may be dynamically altered, and the provision of at least two transceivers in the reader ensures transceiver redundancy.
    • 一种电子收费系统,其中读取器包括在控制器的控制下操作的交换网络和多个收发器。 读取器还包括故障检测电路,用于基于收发器的RF输出来确定是否有任何收发器发生故障。 如果控制器确定收发器出现故障,则它改变切换模式,使得交换网络排除故障收发器连接到天线。 因此,读取器提供了自适应RF信道分配,因为用于激发特定天线的特定收发机可以被动态地改变,并且在读取器中提供至少两个收发器确保收发机冗余。
    • 9. 发明申请
    • MONITORING AND ADJUSTMENT OF READER IN AN ELECTRONIC TOLL COLLECTION SYSTEM
    • 电子收集系统中读取器的监控和调整
    • US20070075839A1
    • 2007-04-05
    • US11534060
    • 2006-09-21
    • Thua HoDaniel TerrierRoger Tong
    • Thua HoDaniel TerrierRoger Tong
    • H04Q5/22
    • G07B15/063G07B15/06
    • An electronic toll collection system that includes a reader with internal monitoring circuitry. The reader includes a controller and transceiver, which is connected to an antenna, wherein the transceiver sends outgoing RF signals to the antenna and receives incoming RF signals from the antenna. The reader includes transceiver monitor circuitry for monitoring the characteristics of the RF signals to assess transceiver performance. The transceiver monitor circuitry provides a result signal to the controller. The controller may adjust the operation of the transceiver through adjustments to an adjustable element based upon the measurement signals. The controller may also send measurement information to a remote computer and receive instructions from the remote computer, thereby enabling remote monitoring and adjustment of the electronic toll collection system.
    • 一种电子收费系统,包括一个带有内部监控电路的阅读器。 阅读器包括连接到天线的控制器和收发器,其中收发器向天线发送输出的RF信号并从天线接收输入的RF信号。 阅读器包括收发器监视器电路,用于监视RF信号的特性以评估收发器性能。 收发器监视器电路向控制器提供结果信号。 控制器可以基于测量信号调整收发器的操作,以调节可调元件。 控制器还可以向远程计算机发送测量信息并从远程计算机接收指令,由此能够远程监控和调整电子收费系统。