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Leakage site analyzing system, leakage site analyzing method, leakage site analyzing device, and computer-readable recording medium

机译:泄漏部位分析系统,泄漏部位分析方法,泄漏部位分析装置和计算机可读记录介质

摘要

Provided is a leakage site analyzing system capable of accurately analyzing a fluid leakage site even if a plurality of types of pipe coexist and the materials and diameters of the pipes vary. A leakage site analyzing system 100 is characterized in being provided with: a first wave motion detecting means 101a installed in a first pipe 120a; a second wave motion detecting means 101b installed in a second pipe 120b connected to the first pipe 120a; a vibration applying means 102 for applying a wave motion to the side of the first pipe 120a that is not connected to the second pipe 120b, relative to the location in which the first wave motion detecting means 101a is installed; and a leakage site calculating means for calculating a fluid leakage site on the basis of the difference between the time at which the wave motion reaches the first wave motion detecting means 101a and the time at which the wave motion reaches the second wave motion detecting means 101b, a length La from the location in which the first wave motion detecting means 101a is installed to the location of the connection with the second pipe 120b, and a length Lb from the location in which the second wave motion detecting means 101b is installed to the location of the connection with the first pipe 120a.
机译:提供一种泄漏部位分析系统,即使多种类型的管道共存并且管道的材料和直径变化,也能够准确地分析流体泄漏部位。泄漏部位分析系统100的特征在于,其具有:第一波动检测装置101a,其安装在第一管道120a中;以及第一波动检测装置101a,其安装在第一管道120a中。第二波动检测装置101b安装在与第一管120a连接的第二管120b中。振动施加装置102,用于相对于第一波动检测装置101a的安装位置,对未连接至第二管道120b的第一管道120a的侧面施加波动。泄漏部位计算装置,其根据波动到达第一波动检测装置101a的时间与波动到达第二波动检测装置101b的时间之间的差来计算流体泄漏部位。从第一波动检测装置101a的安装位置到与第二管道120b的连接位置的长度La,从第二波动检测装置101b的安装位置到安装位置的长度Lb。与第一管道120a的连接的位置。

著录项

  • 公开/公告号GB2564798A

    专利类型

  • 公开/公告日2019-01-23

    原文格式PDF

  • 申请/专利权人 NEC CORPORATION;

    申请/专利号GB20180017476

  • 申请日2017-04-19

  • 分类号G01M3/24;F17D5/02;

  • 国家 GB

  • 入库时间 2022-08-21 11:43:12

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