METHOD FOR ROTATING MAIN ROTOR AND CORRESPONDING DEVICE Russian patent published in 2018 - IPC B64C27/10 B64C27/605 

Abstract RU 2641382 C2

FIELD: aviation.

SUBSTANCE: method for rotating the main rotor includes receiving a flight control command, receiving actual rotational states of first engines corresponding to the first actuating mechanisms, and actual rotational states of the second engines corresponding to the second actuating mechanisms. Then the required first rotational states of the first engines are determined in compliance with the flight control command and actual rotational states of the first engines. The required second rotational states of the second engines are determined in compliance with the flight control command and the actual rotational states of the second engines. The first engine is controlled to provide its rotation in the corresponding first rotational state for turning the clamping elements of the first blade relative to the bushing of the lower rotor propeller. The second engine is controlled to provide its rotation in the corresponding second rotational state for turning the clamping elements of the second blade relative to the bushing of the upper rotor propeller.

EFFECT: on course control of coaxial helicopter is provided.

7 cl, 11 dwg

Similar patents RU2641382C2

Title Year Author Number
DRIVING SYSTEM OF ROTORS 2013
  • Tyan Ganin
RU2641396C2
HELICOPTER TRANSMISSION 2014
  • Nekrasov Vladimir Ivanovich
  • Syzrantsev Vladimir Nikolaevich
  • Ziganshin Ruslan Albertovich
  • Bogatyreva Anastasija Stanislavovna
RU2580344C2
HELICOPTER WITH REACTIVE ROTOR DRIVE 2018
  • Bodyagin Yurij Yurevich
  • Bodyagin Yurij Grigorevich
  • Bodyagin Aleksandr Yurevich
RU2706746C1
COAXIAL TRANSMISSION SUBUNIT/CENTRAL HUB OF MAIN ROTOR UNIT OF UNMANNED FLYING VEHICLE 1993
  • Dzhejms P.Sajkon[Us]
  • Dehvid Kh.Khanter[Us]
  • Fred V.Kol'Khepp[Us]
  • Timoti A.Krauss[Us]
  • Vinsent F.Millea[Us]
  • Kennet M.Ferness[Us]
  • Marvin D.Farrell[Us]
  • Dehvid F.Sandi[Us]
  • Robert D.Bitti[Us]
  • Brjus D.Khansen[Us]
RU2108269C1
COMBINED BEARING SUBUNIT FOR MAIN ROTORS OF UNMANNED FLYING VEHICLE 1993
  • Sajkon Dzhejms P.
  • Khanter Dehvid Kh.
  • Kol'Khepp Fred V.
  • Krauss Timoti A.
  • Millea Vinsent F.
  • Ferness Kennet M.
  • Farrell Marvin D.
  • Sandi Dehvid F.
  • Bitti Robert D.
  • Khansen Brjus D.
RU2113378C1
TOROIDAL FUSELAGE OF UNMANNED FLYING VEHICLE 1993
  • Dzhejms P.Sajkon[Us]
  • Dehvid Kh.Khanter[Us]
  • Fred V.Kol'Khepp[Us]
  • Timoti A.Krauss[Us]
  • Vinsent F.Millea[Us]
  • Kennet M.Ferness[Us]
  • Marvin D.Farrell[Us]
  • Dehvid F.Sandi[Us]
  • Robert D.Bitti[Us]
  • Brjus D.Khansen[Us]
RU2108267C1
DRIVE KINEMATIC UNIT FOR UNMANNED FLYING VEHICLE 1993
  • Dzhejms P.Sajkon
  • Dehvid Kh.Khanter
  • Fred V.Kol'Khepp
  • Timoti A.Krauss
  • Vinsent F.Millea
  • Kennet M.Ferness
  • Marvin D.Farrell
  • Dehvid F.Sandi
  • Robert D.Bitti
  • Brjus D.Khansen
RU2114766C1
BLADED SUBUNIT OF MAIN ROTOR OF UNMANNED FLYING VEHICLE 1993
  • Dzhejms P.Sajkon
  • Dehvid Kh.Khanter
  • Fred V.Kol'Khepp
  • Timoti A.Krauss
  • Vinsent F.Millea
  • Kennet M.Ferness
  • Marvin D.Farrell
  • Dehvid F.Sandi
  • Robert D.Bitti
  • Brjus D.Khansen
RU2125952C1
DAMPENING UNIT FOR MAIN ROTORS OF UNMANNED FLYING VEHICLES 1993
  • Sajkon Dzhejms P.
  • Khanter Dehvid Kh.
  • Kol'Khepp Fred V.
  • Krauss Timoti A.
  • Millea Vinsent F.
  • Ferness Kennet M.
  • Farrell Marvin D.
  • Sandi Dehvid F.
  • Bitti Robert D.
  • Khansen Brjus D.
RU2117604C1
MECHANISM OF PARRYING SWASH PLATE TORQUE 2006
  • Kabrera Pedro L.
  • Paulin Stiven V.
  • Federisi Frehnsis D.
RU2397113C2

RU 2 641 382 C2

Authors

Tyan Ganin

Dates

2018-01-17Published

2013-10-23Filed