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    • 51. 发明授权
    • Traffic signal light control for emergency vehicles
    • 紧急车辆交通信号灯控制
    • US4573049A
    • 1986-02-25
    • US487247
    • 1983-04-21
    • Carl J. Obeck
    • Carl J. Obeck
    • G08G1/087G08G1/07
    • G08G1/087
    • A traffic light control system which includes two-way communications between a moving emergency vehicle approaching a busy intersection with one or more traffic lights, arranged so that the traffic light control apparatus has stored therein preset patterns of response that temporarily preempt the usual operation of the traffic light and instead provides the most effective method of routing the vehicle through the intersection while redirecting general traffic. As part of the invention, the traffic light control mechanism returns acknowledgement of receipt of instructions to the emergency vehicle. The stored preset traffic patterns may in one embodiment be responsive to human intervention from a dispatching center or to time-of-day conditions. The stored traffic patterns in still another embodiment may be arranged to include a plurality of coordinated intersections. In still another embodiment, the traffic light control apparatus may be operated under control of data or voice transmitted from the emergency vehicle's regular two-way voice communications system to a central, attended control station.
    • 一种交通信号灯控制系统,其包括接近与一个或多个交通信号灯的繁忙十字路口的移动应急车辆之间的双向通信,其被布置成使得交通信号灯控制设备已经存储了预设的响应模式,其暂时抢占 交通灯,而是提供最有效的路线车辆通过交叉路口同时重定向一般交通的方法。 作为本发明的一部分,交通灯控制机构向应急车辆返回对接收到指示的确认。 在一个实施例中,存储的预设流量模式可以响应于来自调度中心的人事干预或时间条件。 另一实施例中存储的流量模式可以被布置成包括多个协调的交叉点。 在又一实施例中,交通信号灯控制装置可以在从紧急车辆的常规双向语音通信系统发送到中央参与控制站的数据或语音的控制下操作。
    • 52. 发明授权
    • State/interval redundant controller system for traffic signals
    • 状态/间隔冗余控制器系统用于交通信号灯
    • US4463339A
    • 1984-07-31
    • US279334
    • 1981-07-01
    • Ralph E. FrickNelson E. McNulty
    • Ralph E. FrickNelson E. McNulty
    • G08G1/07G08G1/087G08G1/097
    • G08G1/07G08G1/087G08G1/097
    • Traffic signals at an intersection are controlled by one or more controllers of the state/interval type, located in the vicinity of the intersection. One or more remote units that are portable or mobile communicate with the controller via a coded signal to command specific light operations, instruct a secondary controller to take-over light control at the intersection from a primary controller, and to reprogram the operation of the controller on a temporary or permanent basis. The remote units generate a code that must be received accurately by the controller before commands are followed. In order to economically provide such a code, the code generator employs a diode matrix that orders data words and address words and is easily reprogrammed. The traffic signal indicator operation is monitored by the controller both to detect controller error, as by a voltage error resulting from an incorrect controller action, and to detect a non-controller error, as by a current error resulting from a burned out indicator. The controller may take different corrective action depending upon the nature of the error, including switching to another controller. An anti-coincidence logic circuit is connected between a state/interval controller and the light driver and disconnect.
    • 交叉口处的交通信号由一个或多个位于交叉口附近的状态/间隔类型的控制器控制。 一个或多个便携式或移动的远程单元经由编码信号与控制器进行通信以指令特定的光操作,指示二次控制器从主控制器接收交叉点的光控制,并重新编程控制器的操作 临时或永久的。 远程单元生成一个代码,在遵循命令之前必须由控制器准确接收。 为了经济地提供这样的代码,代码生成器采用二阶矩阵,其命令数据字和地址字,并且容易重新编程。 交通信号指示灯操作由控制器监控,以检测控制器错误,如由于控制器动作不正确导致的电压错误,以及由于烧坏指示器导致的当前错误来检测非控制器错误。 控制器可能会根据错误的性质,包括切换到另一个控制器,采取不同的纠正措施。 一个反相符逻辑电路连接在一个状态/间隔控制器和光驱动器之间并断开。
    • 53. 发明授权
    • Traffic light control for emergency vehicles
    • 紧急车辆的交通灯控制
    • US4443783A
    • 1984-04-17
    • US481454
    • 1983-04-01
    • Wilbur L. Mitchell
    • Wilbur L. Mitchell
    • G08G1/087G08G1/07
    • G08G1/087
    • A system for controlling traffic lights to clear intersections in advance of the approach of an emergency vehicle, in which a directional radio transmitter and antenna are provided on the vehicle, which transmits one or the other of two selected coded signals in the direction of movement of the vehicle. An omni-directional radio antenna and receiver are positioned at the intersection to receive the radiated signal from the vehicle approaching that intersection. The first coded signal includes a first pair of frequencies, and the second coded signal includes a different pair of frequencies, which are decoded by two similar pairs of filters. The signals cause a sequence of events including a closing of an interrupter relay which opens all circuits leading from the traffic light controller to all of the traffic lights, and controls the closing, alternately, of two sets of selected circuits, to apply power alternately to two selected sets of traffic lights.
    • 一种用于控制交通灯的系统,用于在紧急车辆接近之前清除交叉路口,其中在车辆上设置定向无线电发射机和天线,其将两个选择的编码信号中的一个或另一个发送到运动方向 机动车。 一个全向无线电天线和接收器位于相交处,以接收来自接近该交叉点的车辆的辐射信号。 第一编码信号包括第一对频率,并且第二编码信号包括不同的频率对,其由两个相似的滤波器对解码。 信号引起一系列事件,包括关闭断路器继电器,断路器继电器将从交通灯控制器引出的所有电路打开到所有交通灯,并且控制两组所选择的电路交替地闭合以交替地施加功率 两套交通信号灯。
    • 54. 发明授权
    • Device to promote the movement of buses by allocation of priority of
crossing of an intersection controlled by traffic lights
    • 通过分配由交通灯控制的交叉路口的优先权来促进公共汽车运动的装置
    • US4433324A
    • 1984-02-21
    • US28920
    • 1979-04-10
    • Francis Guillot
    • Francis Guillot
    • G08G1/07G08G1/087G08G1/095G08G1/08
    • G08G1/087
    • Priority is given to the movement of buses at intersections controlled by traffic lights, by lengthening the duration of the green lights on the street on which the bus approaches the intersection, and shortening the duration of the red lights, not only in response to the presence or absence of the bus, but also in accordance with the total amount of traffic on that street and the cross street. For each of the streets on which buses travel, there are provided "mini-green" programmer wheels which permit display of the green for two time periods of minimum duration on the relevant street, one time period corresponding to flowing traffic and the other to non-moving traffic. On each street where buses travel, there are also "time extension" programmer wheels, which permit setting of two time extensions of the duration of the green light on the associated street, again for flowing traffic and for non-moving traffic. Each bus street also has "maxi-green" programmer wheels to permit setting of a maximum green time on the associated street. And for each street on which buses do not travel, there are "mini-green" programmer wheels which permit setting of two minimum duration times of the green light for flowing and for non-moving traffic.
    • 优先考虑由交通灯控制的交叉路口的公共汽车的行驶,通过延长公共汽车接近交叉口的街道上的绿灯的持续时间,缩短红灯的持续时间,不仅是因为存在 或不在巴士,也可按照该街和十字路口的交通总量。 对于公共汽车旅行的每条街道,都提供“迷你绿色”程序员轮子,允许在相关街道上显示绿色两个最短持续时间的时间段,一个对应于流量交通的时间段,另一个时间段对应于非 驱动交通 在每条公共汽车行驶的街道上,还有“时间延伸”程序员车轮,允许在相关街道上设置绿灯持续时间的两个时间延长,再次用于流量和不流动的交通。 每条公共汽车街还有“最大绿色”程序员车轮,允许在相关街道设置最大绿色时间。 而对于每一条公交车不行的街道,都有“迷你绿色”编程轮,允许设置绿灯的两个最短持续时间,用于流动和不移动的交通。
    • 55. 发明授权
    • Emergency control system for traffic signals
    • 交通信号应急控制系统
    • US4223295A
    • 1980-09-16
    • US952554
    • 1978-10-18
    • Edgar L. BonnerNelson A. Faerber
    • Edgar L. BonnerNelson A. Faerber
    • G08G1/087G08G1/07
    • G08G1/087
    • An emergency control system for traffic signals in which a coded emergency signal transmitted from an emergency vehicle is picked up by a directional receiver associated with the traffic signals and a command emergency signal generated which activates a control unit by means of which the existing state of the traffic signals is sampled and the information stored after which the control unit switches control of the traffic signals from the main controller to the control unit which determines from the stored information the existing state of the traffic signals and the information from the receiver as to the direction of approach of the emergency vehicle, the correct sequence for placing the traffic signals in the proper state, the discontinuation of the emergency signal initiating the return of control of the traffic signals to the main controller by the control unit on the first amber light function output from the main controller.
    • 一种用于交通信号的应急控制系统,其中从紧急车辆发送的编码紧急信号由与交通信号相关联的定向接收机拾取,并且产生的命令紧急信号激活控制单元,通过该紧急信号, 交通信号被采样,存储的信息由控制单元切换从主控制器到控制单元的交通信号控制,该控制单元根据存储的信息确定交通信号的现有状态和来自接收机的方向 应急车辆接近的正确顺序,将交通信号置于正常状态的正确顺序,停止紧急信号,由控制单元在第一琥珀色光功能输出上启动交通信号控制返回主控制器 从主控制器。
    • 56. 发明授权
    • Signal recognition circuitry
    • 信号识别电路
    • US3831039A
    • 1974-08-20
    • US40443173
    • 1973-10-09
    • MINNESOTA MINING & MFG
    • HENSCHEL J
    • G01S7/48G08G1/087G08G1/09H03K5/1252H03K5/19H03K5/22H04Q9/14H03K5/20
    • H03K5/22
    • Signal recognition circuitry provides a control signal which is initiated following the receipt of successive input signals provided they are spaced less than a first duration apart and have been received for at least a second duration with such control signal continuing for at least a third duration. A first pulse generator is controlled by the input signals and is used to assure that the spacing between pulses is proper by producing a pulse if the spacing is improper with such pulse being used to inhibit operation of a second pulse generator used to measure the second duration. The second pulse generator controls operation of a switching circuit and operation of a third pulse generator. If the second duration is satisfied, a pulse is provided by the second pulse generator causing the switching circuit to provide the control signal. The third pulse generator begins operation after the pulse has been provided by the second pulse generator and connects with the switching circuit to terminate the control signal in response to a pulse produced by the third pulse generator when it has been operating for said third duration.
    • 信号识别电路提供控制信号,该控制信号在接收到连续的输入信号之后启动,只要它们间隔小于第一持续时间间隔,并且已经接收了至少第二持续时间,这种控制信号持续至少第三持续时间。 第一脉冲发生器由输入信号控制,并且用于通过产生脉冲来确保脉冲之间的间隔是适当的,如果间隔不正确,则使用这种脉冲来禁止用于测量第二持续时间的第二脉冲发生器的操作 。 第二脉冲发生器控制开关电路的操作和第三脉冲发生器的操作。 如果第二持续时间满足,则由第二脉冲发生器提供脉冲,使得开关电路提供控制信号。 在第二脉冲发生器提供脉冲之后,第三脉冲发生器开始工作,并且当与第三脉冲发生器工作时,响应于由第三脉冲发生器产生的脉冲终止控制信号。