AFTERBURNER COMBUSTION CHAMBER CONTROL SYSTEM Russian patent published in 2019 - IPC F02C9/28 

Abstract RU 2708474 C2

FIELD: machine building.

SUBSTANCE: invention relates to the field of a gas turbine engine (GTE) automatic regulation, namely, to the afterburner combustion chamber with adaptive fuel supply system operation modes control systems. Invention differs from known in that additionally series-connected third program-setting device, third comparison circuit, third controller are introduced, which output is the third output of the system, and a gas flow temperature sensor at the afterburner combustion chamber outlet, installed on the afterburner combustion chamber in the cross-section at the afterburner combustion chamber outlet, which output is connected to the third input of the third comparison circuit, wherein the second outlet of the air temperature sensor at the engine input is connected to the first input of the third software-setting device, and the second output of the engine control lever position sensor to the second input of the third program-setting device.

EFFECT: technical result of the invention is higher efficiency of control of combustion chamber working process due to measurement of temperature of gas flow at output of afterburner combustion chamber and correction of fuel collector position ahead of flame stabilizer.

1 cl, 3 dwg

Similar patents RU2708474C2

Title Year Author Number
AFTERBURNER COMBUSTION CHAMBER CONTROL METHOD 2017
  • Mayatskij Sergej Aleksandrovich
  • Pakholchenko Andrej Aleksandrovich
  • Grasko Taras Vasilevich
  • Kolesnikov Aleksandr Sergeevich
  • Teslya Denis Nikolaevich
  • Khakimov Timerkhan Musagitovich
RU2708476C2
AFTERBURNER COMBUSTION CHAMBER CONTROL SYSTEM 2017
  • Mayatskij Sergej Aleksandrovich
  • Pakholchenko Andrej Aleksandrovich
  • Grasko Taras Vasilevich
  • Kolesnikov Aleksandr Sergeevich
  • Teslya Denis Nikolaevich
  • Khakimov Timerkhan Musagitovich
RU2665569C1
FUEL SUPPLY SYSTEM TO AFTERBURNER COMBUSTION CHAMBER 2017
  • Mayatskij Sergej Aleksandrovich
  • Grasko Taras Vasilevich
  • Teslya Denis Nikolaevich
RU2699324C2
AFTERBURNER COMBUSTION CHAMBER CONTROL METHOD 2017
  • Mayatskij Sergej Aleksandrovich
  • Pakholchenko Andrej Aleksandrovich
  • Grasko Taras Vasilevich
  • Kolesnikov Aleksandr Sergeevich
  • Teslya Denis Nikolaevich
  • Khakimov Timerkhan Musagitovich
RU2665567C1
FUEL SUPPLY SYSTEM TO AFTERBURNER COMBUSTION CHAMBER 2018
  • Mayatskij Sergej Aleksandrovich
  • Grasko Taras Vasilevich
  • Teslya Denis Nikolaevich
RU2699323C2
METHOD OF FUEL SUPPLY INTO AFTERBURNER COMBUSTION CHAMBER 2018
  • Mayatskij Sergej Aleksandrovich
  • Grasko Taras Vasilevich
  • Teslya Denis Nikolaevich
RU2699322C2
METHOD OF FUEL SUPPLY INTO AFTERBURNER COMBUSTION CHAMBER 2017
  • Mayatskij Sergej Aleksandrovich
  • Grasko Taras Vasilevich
  • Teslya Denis Nikolaevich
RU2700321C2
METHOD OF STARTING AFTERBURNER CHAMBER OF GAS-TURBINE ENGINE 1991
  • Bozhkov A.I.
RU2027887C1
METHOD OF DEBUGGING OF GAS TURBINE ENGINE WITH AFTERBURNER 2008
  • Chernomorskij Vadim Semenovich
RU2383001C1
CONTROL OVER GAS TURBINE ENGINE WITH AFTERBURNER COMBUSTION CHAMBER 2014
  • Dobrjanskij Georgij Viktorovich
  • Mel'Nikova Nina Sergeevna
  • Potapov Aleksej Jur'Evich
  • Denisenko Dmitrij Aleksandrovich
  • Guminskij Anatolij Anatol'Evich
  • Krutjakov Sergej Stanislavovich
RU2555784C1

RU 2 708 474 C2

Authors

Mayatskij Sergej Aleksandrovich

Pakholchenko Andrej Aleksandrovich

Grasko Taras Vasilevich

Kolesnikov Aleksandr Sergeevich

Teslya Denis Nikolaevich

Khakimov Timerkhan Musagitovich

Dates

2019-12-09Published

2017-10-24Filed