A new oil pipeline monitoring system based on GPRS transmission is put forward in this paper on the basis of the current anti-theft detection system of oil pipelines.
本文在目前国内的输油管线防盗检测系统的基础上，结合GPRS传输优势，提出了一种基于GPRS传输的新型输油管线监控系统。
To promote the installation of gas pipeline leakage monitoring and alarm system in metallurgical enterprises.
推动冶金企业安装煤气管道泄漏监测报警系统。
Combining example we analyse feasibility of automatic monitoring the leak of petroleum pipeline under working state, at the same time, discuss this system under stopping state of petroleum pipeline.
结合实例，分析了该系统在不间断输油管线上防泄漏自动监控的可行性，同时对该系统在管线停输状态下实现防泄漏自动监控性能进行了探讨，提出了一些建议。
In the oil - well monitoring system, the data transmission method using acoustical waves as carrier waves via the wall of oil pipeline can bring cost savings and reliability.
在油井监测系统中，以油管管壁作为信道的声波通信方法可以降低成本和提高可靠性。
The system was used in the northwest of Sichuan diggings. The results show that the effective, reliable online monitoring of the inner pipeline corrosion can be run by this system.
应用该系统对川西北矿区部分管道进行了腐蚀监测，现场监测结果表明，该系统能对管道内腐蚀情况进行高效、可靠的在线监测。
The automatic monitoring system used NetPC is realized for the management of water pipeline conveyance.
针对管道运输的管理需要，开发设计了计算机网络化自动监测系统。
The data and the results are important to the dynamic design, modification, condition monitoring and operation management of a compressor-pipeline system.
所得实验数据和分析结果对大型压缩机管道系统的动态设计、改造、监测与运行管理具有指导意义。
On the underground booster and leakage of the pipeline flux was developed a remote leakage monitoring and locating system based on GSM.
为了解决目前管道流量泄漏监测和定位问题，根据管道泄漏应力波和正常信号的区别，建立神经网络模型。
To solve the problem of oil pipeline leak monitoring and location, a method for implementation of oil pipeline leak monitoring and location system based on virtual instruments is presented.
在讨论了管道液体泄漏的特征之后，通过对比现有几种泄漏检测方法的优缺点，提出了基于分布式感应线缆进行管道泄漏预测和定位的一种新方法。
To solve the problem of oil pipeline leak monitoring and location, a method for implementation of oil pipeline leak monitoring and location system based on virtual instruments is presented.
在讨论了管道液体泄漏的特征之后，通过对比现有几种泄漏检测方法的优缺点，提出了基于分布式感应线缆进行管道泄漏预测和定位的一种新方法。
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