METHOD OF DETERMINING POINT OF PASSAGE AND DEPTH OF COMMUNICATION AND DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2020 - IPC G01V3/165 

Abstract RU 2713104 C1

FIELD: electronic equipment.

SUBSTANCE: group of inventions relates to determining the point of passage and depth of communication. Method comprises: a method for determining point of passage and depth of communication comprises steps of exciting electromagnetic radiation in communication, installation of at least two electromagnetic field sensor units above the intended communication point of passage, one of which is made in the form of at least two antennas, and the second in form of at least one antenna, measuring orientation of the electromagnetic induction vector and the electromagnetic field strength level, rotation of at least two sensor units around vertical axis and determination of maximum level of electromagnetic field intensity and direction of communication, movement of at least two electromagnetic field sensor units over communication in the zone of its intended passage to a new measurement point, measuring maximum level of electromagnetic field intensity and orientation of electromagnetic induction vector in new measurement point, repetition of steps of movement of at least two electromagnetic field sensor units over communication in the zone of its intended passage and measurement of maximum level of electromagnetic field intensity and orientation of electromagnetic induction vector at least three times, determination of distance to communication and depth of its occurrence by value of electromagnetic field intensity level and direction of electromagnetic induction vector.

EFFECT: high accuracy and reliability of determining the point of passage and depth of communication, reduced computational power, reduced size.

15 cl, 11 dwg

Similar patents RU2713104C1

Title Year Author Number
METHOD FOR DETERMINATION OF DEPTH OF OCCURRENCE AND DISTANCE TO POINT OF PASSAGE OF COMMUNICATIONS 2019
  • Sergeev Sergei Sergeevich
RU2699379C1
METHOD OF DETECTING DEFECTS OF PIPELINES AND DEVICE FOR ITS IMPLEMENTATION 2023
  • Sergeev Sergei Sergeevich
RU2822335C1
METHOD FOR DETERMINING BURIAL DEPTH AND DISTANCE DOWN TO UTILITY LINES AND DEVICE FOR ITS IMPLEMENTATION 2016
  • Sergeev Sergej Sergeevich
RU2635402C2
METHOD OF DETERMINING THE PLACE OF PASSAGE OF COMMUNICATIONS AND DEVICE FOR ITS IMPLEMENTATION 2019
  • Sergeev Sergei Sergeevich
RU2735787C2
METHOD FOR FINDING LEAKAGE FROM A PIPELINE AND DEVICE FOR NO-TOUCH IDENTIFICATION OF PIPELINE LEAKAGE 2018
  • Sergeev Sergej Sergeevich
RU2679579C1
METHOD FOR DETECTION OF DISTANCE TO CABLE LOCATED IN EARTH AND DEPTH OF ITS LOCATION 2007
  • Kotel'Nikov Aleksandr Vladimirovich
  • Kandaev Vasilij Andreevich
  • Elizarova Julija Mikhajlovna
  • Avdeeva Ksenija Vasil'Evna
RU2352963C1
GEOELECTRIC SURVEY METHOD 2012
  • Shestakov Aleksej Fedorovich
  • Gorshkov Vitalij Jur'Evich
  • Devjat'Jarov Valerij Vasil'Evich
RU2544260C2
METHOD AND APPARATUS FOR DETERMINING COORDINATES OF METAL UTILITY ENGINEERING LINES 0
  • Gordienko Vladimir Ivanovich
  • Kulynych Yaroslav Petrovich
  • Pechenyak Nikolaj Dmitrievich
  • Ubogij Vladimir Petrovich
  • Yaroshevskij Evgenij Vasilevich
SU1318957A1
METHOD OF EVALUATING TECHNICAL STATE OF UNDERWATER COMMUNICATIONS AND DEVICE THEREFOR 2015
RU2611560C2
DEVICE TO DETERMINE LINE OF ROUTE AND DEPTH OF POWER ELECTRIC CABLES LAYING AND UNDERGROUND METAL UTILITY SYSTEMS 1992
  • Rjabchikov V.I.
  • Pribylov V.I.
RU2046378C1

RU 2 713 104 C1

Authors

Sergeev Sergei Sergeevich

Dates

2020-02-03Published

2019-04-12Filed