POWER PLANTS WITH IMPROVED CRANKCASE GAS EXHAUST, GAS EXHAUST AND DUST REMOVAL PROCESSES, REDUCING THE INFRARED SIGNIFICANCE OF A MILITARY TRACKED VEHICLE Russian patent published in 2023 - IPC F41H7/00 B60K11/00 F02B67/00 

Abstract RU 2802967 C1

FIELD: military tracked vehicles.

SUBSTANCE: invention relates to reducing the visibility of a military tracked vehicle (MTV), in particular its power plant (PP), and can be used to reduce the likelihood of detection, recognition and destruction of a mobile ground object in the infrared (IR) wavelength range. The power plant comprises a V-84M engine, an engine fuel supply system, an engine lubrication system, an engine heating system, an engine air supply system, consisting of an air cleaner, a supercharger, two intake manifolds, two dust extraction pipes from the air cleaner dust collector, two ejection valves, a limit indicator resistance of the air cleaner, the engine air system, consisting of an AK-150 SV compressor, two cylinders, a moisture-oil separator, a sludge drain valve from a moisture-oil separator, an ADU-2S pressure control device, a sump, a pressure gauge, an air bleed valve, a starting valve, two gearboxes, four electro-pneumatic valves, a device for the preservation of the engine and connecting pipelines, an engine crankcase ventilation system, an engine exhaust system, and an engine cooling system. Additionally, a control panel for additional equipment, a control unit for the operation of power plant systems, a cooling system for crankcase and exhaust gases of the engine were introduced, changes were made to the design of the power plant in the form of an engine air supply system, an engine air system, an engine crankcase ventilation system, an engine exhaust system and engine cooling systems.

EFFECT: improved processes of removal of crankcase gases, release of exhaust gases from the engine and removal of dust from the dust collector of the air cleaner.

5 cl, 15 dwg

Similar patents RU2802967C1

Title Year Author Number
REDUCED HEAT TREATMENT DEVICE 2023
  • Derevskov Nikolai Iurevich
  • Kolunina Iuliia Aleksandrovna
RU2814355C1
ENGINE CRANKCASE VENTILATION SYSTEM 2008
  • Larsson Ehrik
  • Forslev Daniel'
RU2447295C1
VENTILATION SYSTEM FOR INTERNAL COMBUSTION ENGINE CRANKCASE 0
  • Kamenev Vladimir Fedorovich
  • Volkov Samuel Borisovich
  • Rubtsov Vitalij Aleksandrovich
  • Terekhov Valerij Mikhajlovich
  • Travin Dmitrij Vasilevich
SU1134743A1
INTERNAL COMBUSTION ENGINE 1991
  • Dubrovin Vladimir Petrovich
  • Majko Viktor Petrovich
  • Tsapovich Viktor Aleksandrovich
RU2030614C1
FUEL SYSTEM OF DUAL-FUEL INTERNAL COMBUSTION ENGINE 1988
  • Loboda Igor' Nikolaevich
  • Loboda Aleksandr Igorevich
RU2006621C1
ENGINE AIR SUPPLY SYSTEM 2003
  • Domnin V.B.
  • Kalugin A.I.
  • Stafeev O.M.
  • Kharlov V.I.
  • Andronov V.A.
  • Belov N.A.
  • Malykh N.A.
  • Starostin G.A.
RU2223412C1
METHOD (EMBODIMENTS) AND ENGINE WARM-UP ACCELERATION SYSTEM 2015
  • Persifull Ross Dikstra
RU2696181C2
INTERNAL COMBUSTION ENGINE 0
  • Sheptunov Vladimir Mikhajlovich
SU1710791A1
INTERNAL COMBUSTION ENGINE HEATING SYSTEM 1999
  • Shul'Gin V.V.
  • Gulin S.D.
  • Melent'Ev A.G.
  • Nikiforov G.I.
  • Zolotarev G.M.
RU2170851C1
I.C. ENGINE 0
  • Dovzhenko Aleksandr Ivanovich
  • Zhegalin Oleg Ivanovich
  • Kaganovich Ilya Lvovich
  • Klebanov Gertsel Borisovich
  • Rodin Sergej Ivanovich
  • Sajkin Andrej Mikhajlovich
  • Frenkel Aleksandr Izmajlovich
  • Sarzhinov Oleg Abramovich
SU779604A1

RU 2 802 967 C1

Authors

Repin Dmitrij Nikolaevich

Dates

2023-09-05Published

2023-02-17Filed