SUPERCHARGED INTERNAL COMBUSTION ENGINE Russian patent published in 2022 - IPC F02B37/10 F02B37/14 F02B39/10 F02D41/00 B60W20/00 

Abstract RU 2767415 C2

FIELD: engine building.

SUBSTANCE: invention can be used in internal combustion engines. Internal combustion engine (100) includes valve mechanism (102) of gas distribution, electric gas turbine supercharging (106) and control unit (114). Valve mechanism (102) of gas distribution is designed to close inlet valves (104) of internal combustion engine (100) for a time provided by Miller or Atkinson cycles. Electric gas turbine supercharging (106) is equipped with electric machine (112), which selectively operates as an engine or as a generator. Control unit (114) is intended for use of electric machine (112) of electric gas turbine supercharging (106) as an engine in the first range of load on internal combustion engine (100). Control unit (114) is intended for use of electric machine (112) of electric gas turbine supercharging (106) as generator in the second load range corresponding to higher loads on internal combustion engine (100) in comparison with the first load range. Valve closing time of timing mechanism (102) does not change. Internal combustion engine (100) additionally includes the second electric machine (122) made in the form of a power machine for conversion of electric energy received from electric gas turbine supercharging in the second power range. In the exhaust gas flow of the internal combustion engine (100) there is waste gate (136). Control unit (114) is additionally designed to open bypass flap (136) on one of the sections in the second load range, which corresponds to high loads within the second load range. Vehicle with engine is disclosed.

EFFECT: enabling implementation of Miller or Atkinson cycles without using complex controlled valve mechanisms of gas distribution.

12 cl, 3 dwg

Similar patents RU2767415C2

Title Year Author Number
METHOD OF OPERATING DRIVE UNIT AND DRIVE UNIT 2012
  • Khoffmejer Khenrik
  • Gnegel Paul
  • Lindenkamp Nils
  • Teobald Jorg
RU2586950C2
0
  • Tetyushin Georgij Andreevich
SU1567804A1
METHOD FOR INTERNAL COMBUSTION ENGINE OPERATION 2013
  • Khoffmejer Khenrik
  • Lindenkamp Nils
RU2600334C2
I.C.ENGINE AIR SUPPLY METHOD 0
  • Putilin Valentin Georgievich
SU817285A1
METHOD FOR OPERATING DRIVER ASSISTANCE SYSTEM AND VEHICLE 2018
  • Steffen Hirschmann
  • Dominic Hyna
RU2763904C2
GAS-TURBINE PLANT AND METHOD OF SPEEDING UP OF GAS TURBINE PLANT 1993
  • Vol'Fgang Kizina
  • Aleksander Mutter
  • Mattias Nissen
  • Markus Rupp
  • Paul' Fogt
  • Markus Videnkhorn
RU2112887C1
METHOD FOR OPERATION AND CONTROL OF INTERNAL COMBUSTION PISTON ENGINE 1995
  • Zhmudjak L.M.
RU2105893C1
HYBRID VEHICLE ENGINE CONTROL SYSTEM AND HYBRID VEHICLE 2017
  • Cyr, Steven Michael
  • Reibling, Michael E
  • Siciak, Ray C.
RU2686288C2
RETURN STAGE OF ROCKET VEHICLE AND METHOD OF ITS OPERATION 2015
  • Bolotin Nikolaj Borisovich
RU2609547C1
AIR COOLING METHOD IN ENGINE PATH 2016
  • Wicks, Christopher Donald
RU2711900C2

RU 2 767 415 C2

Authors

Wei? Joachim

Dates

2022-03-17Published

2018-06-28Filed