INTEGRATED PROCESS OF NON-METAL PIPE AND PIPE FLAW DETECTION Russian patent published in 2008 - IPC G01V3/08 

Abstract RU 2328020 C2

FIELD: physics.

SUBSTANCE: sound vibrations are generated in a pipeline to cause mechanic vibration of metal pipe fittings in the magnetic field of Earth. Electric E and magnetic H components of induced electromagnetic emission, ground temperature and noise level environment in the medium transported by the pipe are measured. Pipeline is located by the maximum of E-H correlation function. Ground temperature indicates leakage. The device includes acoustic oscillator with magnetostriction exciter, and gauge. The gauge consists of a case with indicator of electromagnetic emission characteristics and digital temperature indicator installed in the front panel of the case. Battery-powered receiver of electromagnetic, thermal and acoustic emission with amplifier and comparator is placed inside. The receiver can be connected with remote thermal sensor, sensor of ground acoustic oscillations with built-in antenna receiving electromagnetic emission parameters, and geomicrophone.

EFFECT: simple and highly reliable search; wider functional capabilities.

2 cl, 1 dwg

Similar patents RU2328020C2

Title Year Author Number
PROCESS AND DEVICE OF COMMUNICATION LINE FLAW AND LOCATION SEARCH 2005
  • Sergeev Sergej Sergeevich
RU2327964C2
DEVICE FOR EXCITATION OF OSCILLATIONS IN UNDERGROUND UTILITIES 2008
  • Sergeev Sergej Sergeevich
RU2418309C2
METHOD AND APPARATUS FOR LOCATING PIPELINE MANHOLES 2013
  • Sergeev Sergej Sergeevich
RU2559864C2
METHOD OF DETERMINING POSITION OF POLYETHYLENE GAS LINE AND PLACES OF POSSIBLE UNAUTHORIZED TIE-INS 2020
  • Belyaeva Nelli Vadimovna
RU2745048C1
METHOD FOR DETECTION OF THROUGH DEFECTS IN PIPELINES 1991
  • Аrzin А.Р.
  • Zhukov V.L.
  • Levin S.Ju.
  • Оvchinnikov V.Р.
  • Sajapin А.F.
  • Fetisov G.О.
  • Shijan V.Р.
  • Shtejn Ju.G.
RU2020467C1
NONLINEAR MODULATION METHOD FOR MONITORING THE STATE OF EXTENDED STRUCTURES AND A DEVICE FOR ITS IMPLEMENTATION 2022
  • Rybin Igor Aleksandrovich
RU2799241C1
DEVICE TO LOCATE CLEANING AND DIAGNOSTIC TOOLS IN PIPE-LINE 1996
  • Mugallimov Fanzil' Mavljavievich
  • Kunafin Robert Nail'Evich
  • Abdulaev Azat Adil'Shaevich
RU2110729C1
METHOD FOR DETECTING A ROUTE OF UNDERGROUND METALLIC LINE 2005
  • Sergeev Sergej Sergeevich
RU2302649C2
METHOD FOR REMOTE DETECTION OF PIPELINES MADE OF SYNTHETIC MATERIALS, REINFORCED BY METALLIC WIRE 2005
  • Brjanskij Aleksandr Il'Ich
  • Nesterov Vitalij Alekseevich
  • Zinov'Ev Vasilij Vasil'Evich
  • Zharov Vladimir Valer'Evich
RU2276797C1
REMOTE SUBSTANCE DETECTION METHOD 2006
  • Musinskij Nikolaj Nikolaevich
  • Zarenkov Vjacheslav Adamovich
  • Zarenkov Dmitrij Vjacheslavovich
  • Dikarev Viktor Ivanovich
RU2340913C2

RU 2 328 020 C2

Authors

Borozdin Andrej Nikolaevich

Viglin Nikolaj Al'Fredovich

Gusev Viktor Nikolaevich

Kuznetsov Vadim L'Vovich

Ovtsyn Vladimir Evgen'Evich

Chuvaev Sergej Ivanovich

Dates

2008-06-27Published

2005-10-13Filed