WIRELESS FAIL-SAFE ELECTRONIC CONTROL SYSTEM OF GAS TURBINE ENGINE Russian patent published in 2009 - IPC F02C9/28 

Abstract RU 2372505 C2

FIELD: engines and pumps.

SUBSTANCE: system is equipped with a set of wireless smart sensors of aircraft engine parametres, wireless control lever, wireless control and indication panel, radio module of information receiving and monitoring, information complexation assembly, computation unit of reference parametre value of aircraft engine, information state and substitution analyser, information transmission ratio module; at that, outputs of the set of wireless smart sensors of aircraft engine parametres, wireless control lever and wireless control and indication panel are connected via radio channels to inputs of radio module of information receiving and monitoring, which is connected to information complexation assembly, the output of which is connected to input of information state and substitution analyser, and the other output of information complexation assembly through computation unit of reference parametre values of aircraft engine is connected to the other input of information state and substitution analyser connected to digital control unit the output of which is connected to information transmission radio module connected via radio channel to wireless control and indication panel.

EFFECT: improving reliability of electronic control system, decreasing number and weight of cables and electrical connections, simplifying piping of gas turbine aircraft engine and decreasing costs for its maintenance.

2 dwg

Similar patents RU2372505C2

Title Year Author Number
WIRELESS ELECTRONIC SYSTEM OF CONTROL AND DIAGNOSTICS OF AIRCRAFT GAS TURBINE ENGINE 2017
  • Makarov Sergej Borisovich
  • Volvenko Sergej Valentinovich
  • Udodov Andrej Nikolaevich
  • Grigorev Aleksej Vladimirovich
RU2637801C1
ROTATION VELOCITY SENSOR OF GAS-TURBINE AIRCRAFT ENGINE ROTOR 2010
  • Trofimov Aleksandr Sergeevich
  • Gurevich Oskar Solomonovich
  • Kessel'Man Mikhail Grigor'Evich
  • Balashov Fedor Mikhajlovich
RU2428699C1
METHOD OF CONTROL AND REGISTRATION OF LOAD-LIFTING CRANE OPERATION 2006
  • Zatravkin Mikhail Ivanovich
  • Kaminskij Leonid Stanislavovich
  • Mash Dmitrij Matveevich
  • Pjatnitskij Igor' Andreevich
  • Fedorov Igor' Germanovich
  • Chervjakov Anatolij Petrovich
RU2328443C1
AVIATION GAS TURBINE ENGINE PARAMETERS RECORDING AUTONOMOUS INTEGRATED DEVICE 2017
  • Knyazeva Nina Rafailovna
  • Savenkov Yurij Semenovich
  • Sazhenkov Aleksej Nikolaevich
RU2664901C1
AUTONOMOUS INTEGRATED DEVICE FOR COLLECTION, RECORDING AND MONITORING OF PARAMETERS OF AIRCRAFT GAS TURBINE ENGINE 2019
  • Savenkov Yurij Semenovich
  • Sazhenkov Aleksej Nikolaevich
  • Knyazeva Nina Rafailovna
RU2719757C1
TELEMATIC SECURITY COMPLEX 2002
  • Gerasimchuk A.N.
  • Kharchenko G.A.
  • Sheptovetskij A.Ju.
RU2198105C1
OCEANIKA-KIT MODULAR UNMANNED UNDERWATER VEHICLE 2020
  • Borisov Evgenij Gennadevich
  • Kirtyanova Olga Nikolaevna
  • Novikov Evgenij Anatolevich
  • Rybakov Oleg Konstantinovich
  • Talan Andrej Sergeevich
RU2738281C1
METHOD OF CONTROL OVER GAS TURBINE UNIT 2010
  • Burdin Valerij Vladimirovich
  • Gladkikh Viktor Aleksandrovich
RU2454557C2
METHOD OF CHECKING AND RECORDING OF OPERATION OF LOAD-LIFTING CRANE 2004
  • Korovin Vladimir Andreevich
  • Korovin Konstantin Vladimirovich
RU2269483C2
METHOD AND INTEGRATED SYSTEM FOR INDIVIDUAL COUNTING AND ADJUSTMENT OF CONSUMPTION OF ENERGY RESOURCES IN HOUSING AND COMMUNAL SERVICES 2005
  • Ushakov Leonid Vasil'Evich
  • Sainskij Ivan Vadimovich
  • Mechina Irina Nikolaevna
  • Sherdakov Nikolaj Nikolaevich
RU2296305C1

RU 2 372 505 C2

Authors

Trofimov Aleksandr Sergeevich

Gurevich Oskar Solomonovich

Kessel'Man Mikhail Grigor'Evich

Chernyshov Vladimir Ivanovich

Dates

2009-11-10Published

2007-12-20Filed