SYSTEM FOR CONVERTING THERMAL ENERGY INTO MECHANICAL ENERGY Russian patent published in 2021 - IPC F02C6/00 F02C6/12 F02C6/20 

Abstract RU 2754026 C1

FIELD: mechanical engineering.

SUBSTANCE: system is used as a replacement for internal combustion engines in various fields of mechanical engineering, while it transfers thermal energy using efficient components, equipment and processes at reduced temperature and pressure, which provides increased efficiency with complete oxidation and reduced CO2 emissions without emissions of toxic waste. It contains at least one gas turbine supercharger (1-2, 6-7) and a combustion chamber (8) connected to a gas turbine (1) and a mechanical module (17) made in the form of a cylinder block. The specified system also contains an electric compressor (11), an intake manifold (16) and an air exhaust manifold (21), as well as a control unit (24) and a power supply unit (25). The mechanical module (17) is made in the form of a cylinder block equipped with a distribution plate (26), along the axis of which, in a cylindrical longitudinal air duct, a camshaft (28) is installed with the possibility of its free rotation, while holes are cut in said camshaft (28) (30) for air intake and opening (31) for exhaust air outlet.

EFFECT: the invention provides the ultimate power output and allows an electric vehicle to be driven when embedded in an electric vehicle.

1 cl, 3 dwg

Similar patents RU2754026C1

Title Year Author Number
POWER SUPPLY SYSTEM OF AN INTERNAL COMBUSTION ENGINE WITH DOUBLE SUPERCHARGING ON LIQUEFIED NATURAL GAS 2020
  • Vdovichev Anton Andreevich
  • Smelik Anatolij Anatolievich
  • Artyukhov Sergej Aleksandrovich
  • Vakunenkov Vyacheslav Aleksandrovich
  • Sarkisov Sergej Vladimirovich
  • Rzhavitin Vyacheslav Leonidovich
RU2769914C2
TURBOENGINE PLANT 2000
  • Shirjaev K.N.
  • Shirjaev N.I.
  • Shirjaev Ju.N.
RU2198309C2
PULSE GAS-TURBINE EJECTOR ENGINE (VERSIONS) 2005
  • Kostjukov Vladimir Nikolaevich
RU2362033C2
DEVICE AND METHOD FOR FORCED GAS EXCHANGE IN ICE 2011
  • Abramov Evgenij Veniaminovich
  • Abramov Roman Evgen'Evich
RU2488006C1
METHOD FOR PRODUCING ENERGY IN INTERNAL COMBUSTION ENGINE AND INTERNAL COMBUSTION ENGINE 0
  • Remi Kurtil
SU1111690A3
TWO-FUEL INTERNAL COMBUSTION ENGINE WITH GAS-TURBINE SUPERCHARGING 1992
  • Zhabin V.M.
  • Furmanov N.N.
RU2031220C1
JET HOVERCRAFT 2013
  • Artamonov Aleksandr Sergeevich
  • Artamonov Evgenij Aleksandrovich
RU2537663C1
PISTON ENGINE FOR INTERNAL COMBUSTION WITH AN ADVANCED AIR SUPPLY SYSTEM AND A PISTON COMPRESSOR FOR IT 2017
  • Abdullaev Lyatif Nizami Oglu
RU2679074C2
GAS-TURBINE ENGINE 2002
  • Il'In Nikolaj Nikolaevich
RU2289028C2
METHOD OF OPERATION OF COMBINED EXTERNAL COMBUSTION ENGINE AND EXTERNAL COMBUSTION ENGINE 1993
  • Shadek Evgenij Glebovich
RU2044149C1

RU 2 754 026 C1

Authors

Kolev, Nikola Todorov

Dates

2021-08-25Published

2018-10-01Filed