METHOD AND SYSTEM FOR OPERATIVE REMOTE CONTROL OF CONDITION OF POLYURETHANE PIPELINE HEAT INSULATION Russian patent published in 2006 - IPC F17D5/06 G01R31/00 

Abstract RU 2289753 C1

FIELD: pipeline engineering.

SUBSTANCE: system comprises main and transient signal conductors in the heat-insulation layer of main pipelines, main signal conductor in the heat-insulation layer of pipeline branches, terminals at the point of control for commutation of signal conductors and connection of control devices, connecting cables that connect the signal conductors with the terminals at the control points, signal conductors at the sites of breaks in the heat-insulation layer, signal conductors in the adjacent members of pipelines, and grounding. The main signal conductor is mounted in the heat-insulation layer from the right with respect to the direction of fluid flow, transient signal conductor is mounted from the left, and, in the branches, the main signal conductor is connected in series with the main signal conductor of the main pipeline. The method comprises testing the electric resistance of the heat insulation by supplying voltage to the meter of the control device and the object to be controlled and measuring the resistance of heat insulation.

EFFECT: expanded functional capabilities.

3 cl, 21 dwg

Similar patents RU2289753C1

Title Year Author Number
METHOD FOR DETERMINING HEAT PIPELINE LEAKAGE POINT 2014
  • Jamilev Il'Giz Amirovich
  • Vakutin Andrej Alekseevich
RU2566112C2
SYSTEM FOR REMOTE AUTOMATIC CONTROL AND OPERATION OF PIPELINES OF HEATING MAINS 2021
  • Vakhrameev Leonid Aleksandrovich
  • Tutaev Anton Albertovich
RU2774558C1
METHOD FOR CONTROLLING HUMIDITY ON A PIPELINE WITH A THERMAL INSULATION LAYER AND A DEVICE FOR ITS IMPLEMENTATION 2021
  • Akhmetov Ruslan Rustamovich
  • Traev Lenar Ravilevich
  • Nechaev Vladimir Nikolaevich
  • Kunafin Rifat Rashidovich
  • Minzaripova Liliia Vasilevna
  • Safiullina Guliia Rifovna
RU2770529C1
METHOD OF PRODUCING INSULATED PIPES AND SHAPED ARTICLES WITH A CABLE DUCT FOR PIPELINES AND ARTICLES MADE USING SAID METHOD 2019
  • Skiba Nikolaj Aleksandrovich
  • Manannikov Dmitrij Andreevich
  • Vildanov Rais Ajratovich
  • Cheskidova Zinaida Vyacheslavovna
RU2732190C1
METHOD FOR SELECTING ELECTRICITY FROM LINEAR PART OF INDUCTIVE-RESISTIVE, INDUCTIVE AND RESISTIVE ELECTRIC HEATING SYSTEMS AND NODE FOR IMPLEMENTING METHOD (OPTIONS) 2020
  • Khizhniakov Vladimir Alekseevich
  • Prokhorov Dmitrii Valerevich
  • Bazhenov Iurii Aleksandrovich
RU2755647C1
COMMUNICATION UNIT FOR REMOTE CONTROL OVER PIPE-LINE CHANNEL 1997
  • Bojko S.I.
  • Petrov N.A.
  • Shchelkunov Ju.N.
RU2170952C2
HEAT INSULATED PIPE AND PIPELINE SECTION WITH SEALING SECTION AT OUTER SURFACE AND AT THE ENDS 2014
  • Pavljuk Evgenij Sergeevich
  • Narkevich Sergej Leonidovich
RU2576078C1
ELECTRICAL HEATING SYSTEM FOR PIPELINES 2020
  • Strupinskiy Michael L.
RU2727717C1
SUPERCONDUCTING CABLE LINE 2005
  • Khirose Masajuki
  • Jamada Juiti
RU2361305C2
SONDE AND DEVICE EVALUATING ELECTRIC FIELD IN EARTH'S CRUST 2001
  • Gokhshtejn A.Ja.
  • Gokhberg M.B.
RU2195691C1

RU 2 289 753 C1

Authors

Ehntoni Kosta

Kukhtin Vjacheslav Georgievich

Poljakov Vladimir Anatol'Evich

Jushkin Aleksandr Vasil'Evich

Dates

2006-12-20Published

2005-11-18Filed