EJECTION-TYPE CHARGE AIR THERMAL CONTROL DEVICE Russian patent published in 2023 - IPC F02B37/00 F02M31/04 F02M31/20 F02B29/04 

Abstract RU 2807850 C1

FIELD: engine building.

SUBSTANCE: invention relates namely to air supply systems for piston internal combustion engines (ICEs). An ejection-type charge air thermal control device for piston internal combustion engine 1 with intake and exhaust manifolds containing gas turbine 2, compressor 3, charge air heat exchanger 4, temperature sensor 5 and control device 6 controlled by electronic control unit (ECU) 7, vortex ejector 10, communicating through pipelines with gas turbine 2 and charge air heat exchanger 4. The device includes vortex tube 9 and straight-jet ejector 8, connected by pipelines on one side to control device 6, on the other side to charge air heat exchanger 4. Control device 6 is controlled by ECU 7 and is configured to direct the flow of engine exhaust gases into vortex ejector 10 or into vortex tube 9 or into straight jet ejector 8 depending on the engine operating mode and charge air temperature.

EFFECT: increasing the efficiency of charge air temperature regulation by ensuring its heating and the use of various types of ejectors.

1 cl, 1 dwg

Similar patents RU2807850C1

Title Year Author Number
DEEP CHARGE AIR COOLING SYSTEM FOR COMBINED ENGINE 2022
  • Shabalin Denis Viktorovich
  • Progovorov Aleksei Petrovich
  • Kobzar Pavel Evgenevich
  • Fomin Igor Aleksandrovich
  • Ivanov Vladimir Vasilevich
  • Loginov Ivan Vladimirovich
  • Gasan Aleksandr Valerevich
  • Tolegenov Sagdat Akzamovich
  • Ulianov Danil Aleksandrovich
  • Akimkin Aleksandr Viacheslavovich
  • Abelmazhitov Aidar Akhtlesovich
  • Elemanov Ruslan Merkeshevich
  • Kubanov Selim Adlerovich
  • Baldin Sergei Aleksandrovich
  • Aleshkin Evgenii Anatolevich
  • Martynenko Maksim Sergeevich
  • Labush Andrei Anatolevich
  • Bukeev Rustem Kairatovich
RU2787443C1
COMPOUND INTERNAL COMBUSTION ENGINE 0
  • Krajnyuk Aleksandr Ivanovich
SU1657695A1
DIESEL PLANT 0
  • Prikhodko Mikhail Semenovich
  • Staroverov Viktor Vasilevich
  • Simson Alfred Eduardovich
  • Andropov Vladimir Pavlovich
  • Lartsev Andrej Mikhajlovich
  • Klyushin Vladimir Nikolaevich
SU1815360A1
METHOD OF AND DEVICE TO CONTROL GAS EXCHANGE IN TURBOCHARGED DIESEL ENGINE 2006
  • Lazarev Evgenij Anatol'Evich
  • Malozemov Andrej Adievich
  • Bondar' Vladimir Nikolaevich
  • Kazantsev Mikhail Anatol'Evich
  • Lazarev Vladislav Evgen'Evich
RU2301899C1
INTERNAL COMBUSTION ENGINE 0
  • Zhlobich Anatolij Viktorovich
  • Sankovich Evgenij Savelevich
SU1671921A1
COMBUSTION ENGINE 0
  • Krajnyuk Aleksandr Ivanovich
  • Rybalchenko Aleksandr Georgievich
  • Levchuk Vyacheslav Petrovich
  • Pisarev Viktor Leontevich
SU1703842A1
DEVICE FOR BYPASS CONTROL OF TURBINE AND RECIRCULATION OF EXHAUST GASES IN TURBOCHARGED DIESEL ENGINE 1999
  • Petukhov E.V.
  • Lazarev E.A.
  • Lavrik A.N.
  • Pavlov A.N.
  • Mitsyn G.P.
  • Red'Ko I.Ja.
RU2159340C1
COMBUSTION CONTROL METHOD IN ICE WITH TURBO-COMPRESSOR 2018
  • Khripach Nikolaj Anatolevich
  • Lezhnev Lev Yurevich
  • Shustrov Fedor Andreevich
  • Tatarnikov Aleksej Pavlovich
  • Papkin Boris Arkadevich
  • Neverov Vsevolod Anatolevich
RU2715305C1
METHOD AND SYSTEM FOR EXHAUST GAS HEAT RECOVERY 2017
  • Uhrich, Michael James
  • Ulrey, Joseph Norman
  • Pursifull, Ross Dykstra
RU2717733C2
METHOD OF OPERATION AND DESIGN OF COMBINATION INTERNAL COMBUSTION ENGINE WITH GAS-STEAM WORKING MEDIUM 2002
  • Klochaj V.V.
  • Golubev P.A.
  • Mironychev M.A.
  • Akchurin Kh.I.
RU2242628C2

RU 2 807 850 C1

Authors

Shabalin Denis Viktorovich

Kobzar Pavel Evgenevich

Progovorov Aleksei Petrovich

Dates

2023-11-21Published

2023-02-06Filed