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    • 13. 发明授权
    • Tracking vibrations in a pipeline network
    • 跟踪管网中的振动
    • US07891246B2
    • 2011-02-22
    • US11149432
    • 2005-06-10
    • Paul Lander
    • Paul Lander
    • G01M3/24G01M3/00
    • G01M3/243G01N29/0609G01N29/14G01N29/449G01N29/46
    • A vibration recorder for detecting leaks in a pipeline network includes a sensor operable to receive vibration signals from a pipeline network, and a communication port connected to an automatic meter reader/transmitter (“AMRT”). A processor connected to the communication port and to the sensor is programmed to process the vibration signals and to send data regarding the processed vibration signals to the AMRT using the communication port. The vibration recorder may also include metering functions, and, in some implementations, may also incorporate the functions of the AMRT.
    • 用于检测管道网络中的泄漏的振动记录器包括可操作以接收来自管道网络的振动信号的传感器和连接到自动仪表读取器/发射器(“AMRT”)的通信端口。 连接到通信端口和传感器的处理器被编程为处理振动信号并且使用通信端口将关于经处理的振动信号的数据发送到AMRT。 振动记录器还可以包括计量功能,并且在一些实施方式中也可以包含AMRT的功能。
    • 14. 发明授权
    • Tracking vibrations in a pipeline network
    • 跟踪管网中的振动
    • US07668670B2
    • 2010-02-23
    • US10959994
    • 2004-10-08
    • Paul Lander
    • Paul Lander
    • G01M3/00
    • G01M3/243
    • Tracking vibrations on a pipeline network includes installing multiple vibration recorders on the pipeline network, with each recorder including a sensor, a processor, and a communication device. At each vibration recorder, vibration signals are received from the sensor at programmed times under the control of the processor of the vibration recorders and processed by the processor. The processed vibration signals are communicated from the vibration recorder to a reader device using the digital communication device. In addition, at a particular vibration recorder, meter readings from a flow meter associated with the particular vibration recorder are received. The meter readings are indicative of a level of flow in the pipeline network, and are communicated from the particular vibration recorder to a reader device using the communication device of the particular vibration recorder. Thereafter, the processed vibration signals from the one or more reader devices are collected at a central computer system. Finally, the collected processed vibration signals and the meter readings are analyzed at the central computer system to determine abnormal vibration patterns and to obtain measures of any leaks present in the pipeline network.
    • 在管道网络上的跟踪振动包括在管道网络上安装多个振动记录器,每个记录器包括传感器,处理器和通信装置。 在每个振动记录器处,在振动记录器的处理器的控制下的编程时间,从传感器接收振动信号,并由处理器进行处理。 经处理的振动信号使用数字通信装置从振动记录器传送到读取装置。 另外,在特定的振动记录器中,接收来自与特定振动记录器相关联的流量计的仪表读数。 仪表读数指示管道网络中的流量水平,并且使用特定振动记录器的通信装置从特定振动记录器传送到读取装置。 此后,来自一个或多个读取器装置的经处理的振动信号被收集在中央计算机系统中。 最后,在中央计算机系统中分析收集到的经处理的振动信号和仪表读数,以确定异常振动模式,并获得管道网络中存在的任何泄漏的措施。
    • 15. 发明申请
    • Tracking vibrations in a pipeline network
    • 跟踪管网中的振动
    • US20070130317A1
    • 2007-06-07
    • US11246543
    • 2005-10-11
    • Paul Lander
    • Paul Lander
    • G06F15/173
    • G01M3/243
    • Tracking vibrations on a pipeline network includes installing multiple vibration recorders on the pipeline network, with each recorder including a sensor, a timer, a processor, and a digital communication device. At each vibration recorder, vibration signals are received from the sensor at programmed times under the control of the processor of the vibration recorders and processed by the processor. The processed vibration signals are communicated from the vibration recorder to a reader device using the digital communication device. Thereafter, the processed vibration signals from the one or more reader devices are collected at a central computer system. Finally, the collected processed vibrations signals are analyzed at the central computer system to determine abnormal vibration patterns and to obtain measures of any leaks present in the pipeline network.
    • 管道网络上的跟踪振动包括在管道网络上安装多个振动记录器,每个记录器包括传感器,定时器,处理器和数字通信设备。 在每个振动记录器处,在振动记录器的处理器的控制下的编程时间,从传感器接收振动信号,并由处理器进行处理。 经处理的振动信号使用数字通信装置从振动记录器传送到读取装置。 此后,来自一个或多个读取器装置的经处理的振动信号被收集在中央计算机系统中。 最后,在中央计算机系统中分析收集到的经处理的振动信号,以确定异常振动模式,并获得管道网络中存在的任何泄漏的措施。