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    • 1. 发明授权
    • Method and apparatus for placing a trainline monitor system in a layup
mode
    • 将训练线监视器系统置于上铺模式的方法和装置
    • US5317751A
    • 1994-05-31
    • US853251
    • 1992-03-18
    • Michael R. NovakovichRichard D. Roberts
    • Michael R. NovakovichRichard D. Roberts
    • B61L15/00G06F1/26
    • B61L15/0036B61L15/0081
    • A method for placing a multi-car train with a communication network in an energy saving layup mode, the communication network having a master node interconnected to at least one other node via a train bus, the train having a head car for carrying the master node and at least one other car for carrying the at least one other node with an intelligent subsystem unit coupled to the train bus by the other node. The method includes transmitting a shutdown signal to the master node; sending in response to the shutdown signal a shutdown message from the master node to the at least one other node after a predetermined amount of time; and shutting down power to the intelligent subsystem unit in response to receiving the shutdown message at the at least one other node.
    • 一种用于将具有通信网络的多车列车放置在节能铺垫模式中的方法,所述通信网络具有通过列车总线互连到至少一个其他节点的主节点,所述列车具有用于承载所述主节点 以及至少另一个轿厢,用于携带具有由另一个节点耦合到列车总线的智能子系统单元的至少一个其他节点。 该方法包括向主节点发送关闭信号; 在预定的时间量之后,响应于关闭信号发送从主节点到至少一个其他节点的关闭消息; 以及响应于在所述至少一个其他节点处接收到所述关闭消息来关闭所述智能子系统单元的电力。
    • 2. 发明授权
    • Method and apparatus for christening a trainline monitor system
    • 用于洗礼火车线监控系统的方法和装置
    • US5353413A
    • 1994-10-04
    • US853796
    • 1992-03-19
    • Michael R. NovakovichJoseph S. Majewski
    • Michael R. NovakovichJoseph S. Majewski
    • B61L15/00G06F11/16G06F13/00
    • H04L29/12254B61L15/0036B61L15/0072G06F11/16H04L61/2038H04L12/40189H04L2012/40293
    • A method for initializing a communication network in a train including a plurality of cars, the network comprising a train bus, a train bus master on one of the cars and a train bus slave on each other car connectable to the train bus master by the train bus for communicating with the train bus master. The method includes determining whether the one car with the train bus master is located at one end of the train or is in the middle of the train. The method further includes transmitting first messages between the train bus master and each train bus slave, respectively, located in one direction for assigning an address to each train bus slave located in that one direction and acquiring data at the train bus master uniquely identifying the respective train bus slaves in that one direction. The method further includes transmitting, when the determining step determines that the one car is located in the middle of the train, second messages between the train bus master and each train bus slave, respectively, located in an other direction for assigning an address to each train bus slave located in the other direction and acquiring data at the train bus master uniquely identifying the respective slaves in the other direction.
    • 一种用于初始化包括多个轿厢的列车中的通信网络的方法,所述网络包括列车总线,在其中一个轿厢上的列车总线主机和彼此可连接到列车总线主机的火车总线从站 总线与火车总线主人沟通。 该方法包括确定具有火车总线主人的一辆汽车是位于列车的一端还是在列车的中间。 该方法还包括在列车总线主机和每个列车总线从机之间分别在一个方向上发送第一个消息,用于向位于该一个方向的每个列车总线从站分配一个地址,并在列车总线主机处获取数据, 在那个方向训练巴士的奴隶。 该方法还包括当确定步骤确定一辆汽车位于火车中间时,分别在列车总线主机和每个列车总线从站之间分别位于另一方向上的第二消息,以将地址分配给每个 位于另一方向的列车总线从站,并且在列车总线主机处获取在另一方向唯一地识别相应从站的数据。
    • 3. 发明授权
    • Method and apparatus for monitoring and switching over to a back-up bus
in a redundant trainline monitor system
    • 用于在冗余列车监控系统中监视和切换到备用总线的方法和装置
    • US5404465A
    • 1995-04-04
    • US29348
    • 1993-03-10
    • Michael R. NovakovichJoseph S. Majewski
    • Michael R. NovakovichJoseph S. Majewski
    • G06F11/20G06F13/00G06F11/00
    • B61L15/0063G06F11/2007H04L12/40189H04L2012/40293
    • A method A and apparatus for monitoring and switching over from a primary bus to a back-up bus in a network having a master node and at least one slave node, the primary bus and the back-up bus each interconnecting the master node and the at least one slave node. The method includes periodically sending via the back-up bus from the master node to each of the slave nodes a master test packet containing a master address of the master node on the back-up bus and sending on the back-up bus from the at least one slave node to the master node and in response to receiving the master test packet, a slave test packet containing a slave address of the at least one slave node on the back-up bus. The method further includes indicating failures on the primary and back-up bus and disconnecting the primary bus from the master node and the at least one slave node and resuming communications between the master node and the at least one slave node via the back-up bus when a failure occurs on the primary bus and no failures occur on the back-up bus.
    • 一种用于在具有主节点和至少一个从节点的网络中监视和切换从主总线到备用总线的方法A,所述主总线和备用总线每个将主节点和 至少一个从节点。 该方法包括:通过备用总线从备用总线周期性地向备用总线发送包含备用总线上的主节点的主地址的主测试分组,并从备用总线从备用总线从备用总线上发送 至少一个从节点,并且响应于接收到主测试分组,包含备用总线上至少一个从节点的从地址的从测试分组。 该方法还包括指示主备用和备用总线上的故障,并且从主节点和至少一个从节点断开主总线,并且通过备用总线恢复主节点与至少一个从节点之间的通信 当主总线发生故障时,备用总线上不发生故障。
    • 4. 发明授权
    • Multi-master resolution of a serial bus
    • 串行总线的多主分辨率
    • US5289176A
    • 1994-02-22
    • US853960
    • 1992-03-19
    • Michael R. NovakovichJoseph S. Majewski
    • Michael R. NovakovichJoseph S. Majewski
    • G06F13/14G05B23/02
    • G06F13/14
    • A method and apparatus for determining an overall master node for an overall communication network with a serial bus, wherein the overall communication network comprises an original communication network connected to a new communication network via a serial bus with high level data link control (HDLC) packets. The method and apparatus are especially applicable to trainline monitor systems since such systems are frequently divided up and rearranged because their associated trains are frequently divided up and rearranged. The method involves performing a series of steps in order to relinquish mastership of certain master nodes placing those master nodes in an inactive state and making a desired master node an overall master node of the resulting overall trainline monitor system, and the apparatus involves a corresponding series of means for performing these steps.
    • 一种用于确定具有串行总线的总体通信网络的总体主节点的方法和装置,其中所述总体通信网络包括经由具有高级数据链路控制(HDLC)分组的串行总线连接到新通信网络的原始通信网络 。 该方法和装置特别适用于列车监控系统,因为这些系统经常被分配和重新排列,因为它们的相关列车经常被分配和重新排列。 该方法涉及执行一系列步骤,以便放弃将这些主节点置于非活动状态并使期望的主节点成为所产生的总线路监视系统的整体主节点的某些主节点的掌握,并且该装置涉及相应的系列 执行这些步骤的手段。
    • 5. 发明授权
    • Method and apparatus for load shedding using a trainline monitor system
    • 使用火车线监控系统进行卸载的方法和装置
    • US5293632A
    • 1994-03-08
    • US853540
    • 1992-03-18
    • Michael R. NovakovichRichard D. Roberts
    • Michael R. NovakovichRichard D. Roberts
    • B60L15/38B61L15/00H02J3/14H02J13/00G06F1/32
    • B61L15/0036B60L15/38B61L15/0072H02J13/0003H02J3/14B60L2200/26Y02B70/3225Y02T90/16Y04S20/222
    • A method for controlling power consumed by a plurality of subsystems on a multi-car train having a plurality of power supplies connected in parallel for supplying power to the subsystems. The train has a train wide communication network which includes a vehicle bus in each car of the train communicating with the power supplies and subsystems on the car, a train bus extending through the entire train, and communication nodes in each car interconnecting the train bus with each one of the vehicle buses. One of the communication nodes in one of the cars constitutes a master node and the other communication nodes in the other cars constitutes slave nodes, each slave node communicating status information about power supplies and subsystems on its vehicle bus to the master node and communicating control information to the power supplies and subsystems on its vehicle bus. The method includes using the communications network to periodically determine the number of functional power supplies connected in parallel, determining from the number of functional power supplies available for supplying power at any given time a variable corresponding to the total power available for power consuming subsystems on the train and selectively reducing subsystems on the train by way of the communications network in accordance with the variable determined by the determining step.
    • 一种用于控制多车列车上的多个子系统消耗的功率的方法,所述多车系具有并联连接的多个电源,用于向所述子系统供电。 该列车具有列车宽的通信网络,其包括与列车中的电源和子系统通信的列车的每辆车中的车辆总线,通过整个列车延伸的列车总线,以及将列车总线与 每一辆车辆总线。 其中一个汽车中的一个通信节点构成主节点,其他汽车中的其他通信节点构成从节点,每个从节点将其车辆总线上的电源和子系统的状态信息传送到主节点,并传达控制信息 到其车辆总线上的电源和子系统。 该方法包括使用通信网络周期性地确定并联连接的功率电源的数量,从可用于在任何给定时间提供功率的功率电源的数量确定与可用于功率消耗子系统的总功率相对应的变量 根据由确定步骤确定的变量,通过通信网络列车和选择性地减少列车上的子系统。
    • 6. 发明授权
    • Distributed PTU interface system
    • 分布式PTU接口系统
    • US5265832A
    • 1993-11-30
    • US853204
    • 1992-03-18
    • Henry J. WeslingRichard D. RobertsMichael R. Novakovich
    • Henry J. WeslingRichard D. RobertsMichael R. Novakovich
    • B61L15/00B61L23/02
    • B61L15/0036B61L15/0072B61L15/0081B61L15/009
    • A system for testing a plurality of subsystems in a multi-car train over a train-wide communications network includes at least one master station and a plurality of slave stations interconnected by the train-wide communications network, each station collecting status and diagnostic information from associated slave subsystems and providing the information upon request. A portable test unit is provided for testing the subsystems by requesting status and diagnostics information about at least one of the plurality of slave subsystems over the communications network. A diagnostic interface is provided in the at least one master station for interfacing the portable test unit to the master station to facilitate transmission of data between the portable test unit and the train-wide communications network.
    • 用于测试在整个列车范围的通信网络上的多车列车中的多个子系统的系统包括至少一个主站和由列车范围通信网络互连的多个从站,每个站收集状态和诊断信息从 相关的从属子系统,并根据要求提供信息。 提供便携式测试单元,用于通过通过通信网络请求关于多个从属子系统中的至少一个的状态和诊断信息来测试子系统。 在至少一个主站中提供诊断接口,用于将便携式测试单元与主站接口,以便于在便携式测试单元与列车范围的通信网络之间传输数据。