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    • 1. 发明授权
    • Transmitting loop arrangement for railroad cab signal and speed control
system
    • 铁路驾驶室信号和速度控制系统的发射环路布置
    • US4026506A
    • 1977-05-31
    • US719336
    • 1976-08-31
    • Thomas J. BourkeKenneth J. Buzzard
    • Thomas J. BourkeKenneth J. Buzzard
    • B61L3/22B61L21/06B61L21/08
    • B61L3/225
    • A wire loop for carrying cab signal or speed control commands is laid parallel to the rails along the track center line except at the exit end of each section where an offset portion of this loop is laid immediately adjacent one rail to form a cut-in signal source. A second loop is laid along the center line of the rails through this offset distance, which is equal to the stopping distance of the train from the restricted speed rate, and each loop is supplied by the same cab signal transmitter. Each train carries receiver coils positioned above the center line loops and above the cut-in loop positions. The normal cab signal or speed control apparatus is controlled by the signal picked up by the receiver coil above the centerline loops in the track. A separate cut-in receiver is controlled by signals picked up from the offset portion of the main loop but responds only to a proceed signal command. Interruption of signal transmission to the second loop when the advance track section is occupied halts a train moving in the approach section and cuts off the cab signal apparatus by interrupting a stick circuit of a cab signal control relay. When the cut-in receiver again responds to a proceed signal command, transmitted after the advance track section is again unoccupied, it energizes a cut-in relay which picks up the cab signal relay to again complete its stick circuit and activate the normal cab signal apparatus.
    • 用于承载驾驶室信号或速度控制命令的线环沿着轨道中心线平行于轨道,除了每个部分的出口端,其中该环路的偏移部分紧邻一个轨道布置以形成切入信号 资源。 沿轨道的中心线通过该偏移距离设置第二回路,该偏移距离等于列车距限制速度的停止距离,每个回路由相同的驾驶室信号发射器提供。 每列火车都带有位于中心线环路上方并位于切入环位置上方的接收器线圈。 正常的驾驶室信号或速度控制装置由接收器线圈拾取的信号控制在轨道中的中心线环上方。 单独的切入式接收器由从主回路的偏移部分拾取的信号控制,但仅响应进行信号命令。 当前进轨道部分被占用停止时,到达第二回路的信号传输中断,停止在接近部分中移动的列车,并通过中断驾驶室信号控制继电器的电路来切断驾驶室信号装置。 当切入接收机再次响应继续信号命令时,在先进轨道部分再次未被占用之后发送,它激励接收驾驶室信号继电器的切断继电器再次完成其电路并激活正常的驾驶室信号 仪器。
    • 4. 发明授权
    • Signaling system
    • 信令系统
    • US07756613B2
    • 2010-07-13
    • US11354159
    • 2006-02-15
    • Keiichi KatsutaYoichi SugitaDai WatanabeTakashi Yamaguchi
    • Keiichi KatsutaYoichi SugitaDai WatanabeTakashi Yamaguchi
    • B61L3/00B61L3/22B61L21/08
    • B61L27/04B61L11/08B61L23/24
    • Trains and points are patrolled by a telegram containing the block occupancy information as a section that only one train is permitted to occupy, the information for giving lock position instructions to a point, and the point position information. This telegram is updated in order to get the right of block occupancy that is not held by other trains, and to give lock position instruction to the point. The train checks the block which this train is allowed to occupy, confirms that the point in this block has been set to the lock position specified by this train. Reading the aforementioned telegram, the point checks the lock position instruction given to itself and controls its lock position. A signaling system characterized by reduced designing and manufacturing costs is provided.
    • 火车和点由包含块占用信息的电报巡视,作为仅允许一列火车占据的部分,用于给予点的锁定位置指令的信息和点位置信息。 更新电报,以获得其他列车没有持有的占用空间的权利,并给出锁定位置指令。 火车检查该列车允许占用的车厢,确认该车厢内的车位已被设定为本列车指定的锁定位置。 读取上述电报,点检查给予自身的锁定位置指令并控制其锁定位置。 提供了一种特征在于减少设计和制造成本的信令系统。
    • 5. 发明授权
    • Fail-safe block control system for driverless vehicles
    • 用于无人驾驶车辆的故障安全块控制系统
    • US4063699A
    • 1977-12-20
    • US748211
    • 1976-12-07
    • Gunnar A. Wallgard
    • Gunnar A. Wallgard
    • B61L3/12B60L15/40B61L23/14G05D1/02B61L1/10B61L21/08
    • G05D1/028G05D1/0287
    • Driverless vehicles move in one direction along a path divided into blocks. Movement command signals are radiated from plural elongated radiators per block, arranged end-to-end, the last in each block a departure radiator wholly within the block. A receiver in each vehicle comprises a memory element established in active condition by a momentary "clear" signal and maintained in active condition by a continuous succession of movement command signals. A departure radiator emits no movement command signals while the block directly ahead of it is occupied, but it emits a "clear" signal and continuous movement command signals when that block is safe for entry. Only departure radiators emit "clear" signals; hence, a vehicle which slides into an occupied block cannot continue moving in that block.
    • 无人驾驶车辆沿一条分为车道的路径沿一个方向移动。 移动指令信号从每个块的多个细长辐射器辐射,每个块中的最后一个排列的散热器完全在块内。 每个车辆中的接收机包括通过瞬时“清除”信号在活动状态下建立的存储元件,并通过连续的连续移动命令信号保持在活动状态。 离开的散热器在其正前方的块被占用时不发出移动指令信号,但是当该块安全进入时,其发出“清除”信号和连续移动命令信号。 只有离散辐射器发出“清除”信号; 因此,滑动到占用块中的车辆在该块中不能继续移动。
    • 7. 发明授权
    • Train and method for safely determining the configuration of such a train
    • 列车和安全确定这种列车配置的方法
    • US09221479B2
    • 2015-12-29
    • US13928183
    • 2013-06-26
    • Michael LinaresJean-Christophe Van Den Hende
    • Michael LinaresJean-Christophe Van Den Hende
    • G06F7/00B61D17/00B61C17/00B61L15/00B61L21/08B61L25/02
    • B61L15/0072B61L15/0036B61L25/028Y02D30/30Y02D30/32
    • A method for determining the configuration of a train is provided. The train includes one safety management' device per unit, each device having two designated identifiers, one coupling communication for each pair of adjacent unit and a general network for connecting all the devices to each other. The method includes transmitting, over the general network and over each coupling communication link, with at least one device, a secured message to one of the adjacent devices to the device, the message including one of the identifiers of the device transmitting, over the general network, with each device having received an identifier of another connected through a coupling communication link, at least one restoration message including both identifiers of the device as well as the received identifier, receiving, with each device, the transmitted restoration messages, and determining, with at least one device, the configuration of the train.
    • 提供了一种用于确定列车配置的方法。 该列车包括每个单元一个安全管理设备,每个设备具有两个指定的标识符,每对相邻单元的一个耦合通信和用于将所有设备彼此连接的通用网络。 该方法包括通过一般网络以及每个耦合通信链路与至少一个设备一起将安全消息发送到设备的相邻设备之一,所述消息包括在一般情况下传输的设备的标识符之一 网络,其中每个设备已经接收到通过耦合通信链路连接的另一个的标识符,至少一个恢复消息,其包括所述设备的标识符以及所接收的标识符,与每个设备接收所发送的恢复消息, 至少有一个装置,列车的配置。
    • 8. 发明授权
    • Coded track circuit repeater having standby mode
    • 具有待机模式的编码轨道电路中继器
    • US5465926A
    • 1995-11-14
    • US260537
    • 1994-06-16
    • James P. Brown
    • James P. Brown
    • B61L23/16B61L21/08B61L23/22
    • B61L23/168
    • A coded railway track circuit apparatus is disclosed having the capability of operating during periods of low vehicle activity in a reduced power standby mode. This is accomplished by switching circuitry which interrupts power to most of the components within the track circuit apparatus in response to the recognition by standby initiation circuitry of a preselected standby initiation signal. Power to fail-over indicators which would normally be activated due to a power failure is also interrupted by fail-over interrupt circuitry. During the standby mode, monitor circuitry remains active to recognize occurrence of a preselected wake-up signal. When the wake-up signal is received, full power is restored, thus resuming normal operation. Operation of the fail-over systems is also then re-established.
    • 公开了一种编码铁路轨道电路装置,其具有在低功率待机模式中在低车辆活动期间操作的能力。 这是通过切换电路来实现的,所述切换电路响应于待机启动电路对预先选择的待机启动信号的识别而中断到轨道电路设备内的大部分组件的功率。 通常由于电源故障而被激活的故障切换指示灯的电源也被故障切换中断电路中断。 在待机模式期间,监视器电路保持有效,以识别预先选择的唤醒信号的发生。 当接收到唤醒信号时,恢复全部电源,从而恢复正常运行。 故障转移系统的操作也将重新建立。