MODE OF DEFINITION OF THE SHORTEST DISTANCE AND DIRECTION TO AN ELECTRICITY TRANSMISSION LINE Russian patent published in 2008 - IPC G01S13/93 

Abstract RU 2316790 C1

FIELD: the invention is directed on increasing of accuracy of definition of the shortest distance and direction to an electricity transmission line.

SUBSTANCE: the indicated result is achieved due to the fact that aboard a flying vehicle they measure in a combined system of coordinates of mutually orthogonal components B1, B2, B3 .ofthe vector of the induction of the magnetic field of the industrial frequency, calculate them into components Bx, By, Bz of the vector of the induction of the magnetic field in the Earth's mathematical Decart system of coordinates combined with the direction of the horizontal motion of the flying vehicle and on them they define the azimuth Z, the angle of place E and the shortest distance D to the electricity transmission line according to proposed formulas in which they register the current and the previous meaning of the vector of the induction of the magnetic field, effective altitude of the suspension of the wires of the electricity transmission line over the surface of the Earth and also the orientation of the flying vehicle, the altitude over the level of the sea and its horizontal speed.

EFFECT: increases accuracy of definition of the shortest distance and direction to an electricity transmission line.

4 dwg

Similar patents RU2316790C1

Title Year Author Number
METHOD FOR DETERMINING SHORTEST DISTANCE TO HIGH-VOLTAGE POWER LINE FROM ONBOARD OF AIRCRAFT 2003
  • Jablonskij V.M.
  • Terekhova L.A.
RU2260198C9
UNDERWATER VEHICLE MAGNETIC NAVIGATION METHOD 2024
  • Ivanov Yurij Mikhajlovich
  • Matisov Viktor Yazepovich
RU2826188C1
METHOD AND SYSTEM FOR CONSTRUCTION OF WELLBORE IN GROUND FORMATION 1995
  • Robin Adrianus Khartmann
  • Ehlvira Khendrika Mjulder
RU2131975C1
METHOD OF VECTOR MAGNETIC MEASUREMENTS 1991
  • Khvostov Orion Pavlovich
RU2069374C1
METHOD OF ERECTION OF SPACE STRUCTURES ON BASE OF DYNAMIC FLEXIBLE COUPLING 0
  • Andreev Aleksandr Viktorovich
  • Kurkin Vladimir Ilich
SU1819829A1
METHOD OF DETERMINING OBJECT LOCATION AND DEVICE FOR ITS IMPLEMENTATION 2018
  • Shmelev Sergej Ivanovich
RU2690526C1
METHOD OF DETERMINING MAGNETIC FIELD VALUE IN TRANSITION LAYER IN VICINITY OF MERCURY 2019
  • Alekseev Igor Ivanovich
  • Parunakyan David Alekseevich
  • Lavrukhin Aleksandr Sergeevich
RU2723701C1
METHOD OF DETERMINING GROUND RADIO-FREQUENCY SOURCE COORDINATES WHEN PERFORMING ON-BOARD RADIO-DIRECTION FINDING 2016
  • Berezin Aleksej Valentinovich
  • Bogdanov Yurij Nikolaevich
  • Vassenkov Aleksej Viktorovich
  • Vinogradov Aleksandr Dmitrievich
  • Dmitriev Ivan Stepanovich
  • Popov Sergej Aleksandrovich
RU2610150C1
METHOD FOR ORIENTATION OF NEAR-EARTH ORBITING SPACECRAFT 2021
  • Abezyaev Ilya Nikolaevich
  • Zimin Sergej Nikolaevich
  • Leonov Aleksandr Georgievich
  • Potselovkin Anatolij Igorevich
RU2779658C1
MODE OF GEOELECTRICAL PROSPECTING 2005
  • Chelovechkov Aleksandr Ivanovich
  • Bajdikov Sergej Vladimirovich
  • Ratushnjak Aleksandr Nikolaevich
  • Chistoserdov Boris Mikhajlovich
RU2302018C2

RU 2 316 790 C1

Authors

Godunov Viktor Aleksandrovich

Tret'Jakov Dmitrij Aleksandrovich

Zhelamskij Mikhail Vasil'Evich

Dates

2008-02-10Published

2006-03-30Filed