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Pressure Signal Enhancement of Slowly Increasing Leaks Using Digital Compensator Based on Acoustic Sensor

机译:基于声传感器的数字补偿器对泄漏逐渐增加的压力信号增强

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摘要

Pipeline leak detection technologies are critical for the safety protection of pipeline transportation. However, they are insensitive to slowly increasing leaks. Therefore, this study proposes an enhancement method for slowly increasing leak signals. By analyzing the characteristics of pressure signals of slowly increasing leaks, a digital compensator is developed to overcome the disadvantages of pressure signals and enhance the pressure signals. According to the frequency response analysis of the digital compensator, the enhancement principle is the parameter adjustment of the digital compensator. Therefore, this paper further proposes an adaptive adjustment method of the parameter to enhance different degrees of leak signals online in real-time, and the proposed method is evaluated using two field pipelines. The experimental results demonstrate that this method is suitable not only for enhancing slowly increasing leaks but also for enhancing abrupt leaks.
机译:管道泄漏检测技术对于管道运输的安全保护至关重要。但是,它们对缓慢增加的泄漏不敏感。因此,本研究提出了一种用于缓慢增加泄漏信号的增强方法。通过分析泄漏逐渐增加的压力信号的特性,开发了一种数字补偿器,以克服压力信号的缺点并增强压力信号。根据数字补偿器的频率响应分析,增强原理是数字补偿器的参数调整。因此,本文进一步提出了一种参数的自适应调整方法,以实时在线增强不同程度的泄漏信号,并使用两条现场管线对所提出的方法进行了评估。实验结果表明,该方法不仅适用于增加缓慢增加的泄漏,而且适用于增强突然泄漏。

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