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TECHNIQUES FOR PREVENTING ACCIDENTAL DAMAGE TO PIPELINES

机译:防止管道造成意外损害的技术

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Following a survey of all of the techniques capable of preventing third-party damage to its gas transmission pipelines, Gaz de France has selected two of them, "Electromagnetic Detection" and "Positioning by Satellite". The first technique is based on detection of the magnetic field existing around transmission pipes excited by a driving current. A receiver is mounted on the excavation equipment to detect the magnetic field, thereby preventing any risk of hitting the pipe. The second technique consists in locating excavators by satellite. Each excavator needs to be equipped with a GPS beacon to know its position. Using the map of the transmission network stored in data-base form - i.e. digitized, the system calculates the position of the excavator relative to the pipes buried in its vicinity so as to avoid any accidental contact. The main features, advantages and drawbacks of the two techniques are presented in this paper.
机译:在对所有技术的调查之后,所有能够防止其天然气传输管道的第三方损坏的技术,GAZ DE法国已经选择了其中两个,“电磁检测”和“卫星定位”。第一技术基于通过驱动电流激发的传输管周围存在的磁场的检测。接收器安装在挖掘设备上以检测磁场,从而防止任何击中管道的风险。第二种技术由卫星定位挖掘机。每个挖掘机都需要配备GPS信标以了解其位置。使用存储在数据库形式中的传输网络的地图 - 即数字化,系统将挖掘机相对于埋在其附近的管道的位置,以避免任何意外接触。本文提出了两种技术的主要特征,优点和缺点。

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