METHOD FOR FLIGHT INSPECTION OF GROUND-BASED RADIO FLIGHT SUPPORT EQUIPMENT AND APPARATUS FOR REALISING SAID METHOD Russian patent published in 2013 - IPC G01S7/40 

Abstract RU 2501031 C2

FIELD: radio engineering, communication.

SUBSTANCE: method for flight inspection of ground-based radio flight support equipment involves using an unmanned aerial vehicle (UAV) as the aircraft, measuring coordinates of the UAV using an optical device and simultaneously during operation of said radio equipment, generating, using onboard receivers, measurement radio navigation signals which are encoded, emitted into space, received on Earth by ground-based devices, decoded, processed together with signals from the output of the optical device; displaying and recording signal processing and measurement results. The invention describes a method and apparatus for flight inspection of output characteristics of localiser, glide-path and marker beacons, azimuth-range beacons and automatic direction finders.

EFFECT: broader functional capabilities and low cost of making flight adjustments and inspections of localiser, glide-path and marker beacons, azimuth-range beacons and automatic direction finders.

7 cl, 7 dwg

Similar patents RU2501031C2

Title Year Author Number
FLIGHT CONTROL DEVICE FOR GROUND-BASED RADIO-TECHNICAL FACILITIES OF FLIGHT SUPPORT 2022
  • Golovchenko Evgenij Viktorovich
  • Dyachenko Valerij Aleksandrovich
  • Mistrov Leonid Evgenevich
  • Fedyunin Pavel Aleksandrovich
  • Afanasev Aleksej Dmitrievich
RU2796411C1
SYSTEM FOR MONITORING THE TECHNICAL CONDITION OF COMMUNICATIONS AND NAVIGATION EQUIPMENT 2021
  • Allakin Vladimir Vasilevich
  • Budko Nikita Pavlovich
  • Butsanets Artem Aleksandrovich
  • Karetnikov Vladimir Vladimirovich
  • Olkhovik Evgenii Olegovich
RU2774400C1
FLYING VEHICLE AUTOMATIC LANDING SYSTEM 2004
  • Kabachinskij Vladimir Viktorovich
  • Kalinin Jurij Ivanovich
  • Mineev Mikhail Ivanovich
RU2284058C2
METHOD AND DEVICE FOR CONTROLLING GLIDE PATH POSITION AND COORDINATES OF AIRCRAFT IN FAR ZONE 2018
  • Vojtovich Nikolaj Ivanovich
  • Zhdanov Boris Viktorovich
  • Zotov Andrej Vasilevich
RU2692079C1
FLIGHT SIMULATION COMPLEX FOR INVESTIGATION OF LANDING SYSTEMS OF SHIP-BASED FLYING VEHICLES 1991
  • Kabachinskij V.V.
  • Kuz'Mina N.A.
  • Gurov V.F.
  • Mal'Tsev V.I.
  • Bem L.A.
  • Lunjakov V.S.
  • Sulatskov Ju.I.
  • Kalinin Ju.I.
  • Lapshin G.M.
  • Mineev M.I.
  • Jakushev A.F.
  • Tokarev A.P.
  • Kharin E.G.
RU2042583C1
RADIONAVIGATION SYSTEM FOR CONTROLLING FLIGHT AND LANDING OF FLYING VEHICLE "BAGIS-SM" 1995
  • Bagdalov O.Z.
  • Bagdalov Z.Kh.
  • Bagdalova N.A.
  • Bagdalov D.Z.
RU2108613C1
AIR-BORNE SYSTEM OF PROBING EARTH'S SURFACE 2007
  • Matveev Evgenij Vladimirovich
  • Glinchikov Vjacheslav Aleksandrovich
RU2346852C1
METHOD OF AIRCRAFT CONTROL DURING LANDING APPROACH 2014
  • Krivoruchko Yurij Timofeevich
  • Ponomarenko Boris Viktorovich
RU2598111C9
METHOD OF PREPARATION OF TAKE-OFF RUNWAY OF FLIGHT BASIN OF WATER AERODROME FOR TAKE-OFF AND WATER LANDING OF HYDRO-AIRPLANE 2013
  • Voloshchenko Vadim Jur'Evich
  • Voloshchenko Petr Jur'Evich
RU2539039C1
AIRCRAFT LANDING SYSTEM 2008
  • Pasjuk Viktor Pavlovich
RU2386176C2

RU 2 501 031 C2

Authors

Vojtovich Nikolaj Ivanovich

Zhdanov Boris Viktorovich

Dates

2013-12-10Published

2011-08-05Filed