INTERNAL COMBUSTION ENGINE EXHAUST GASES REMOVAL DEVICE Russian patent published in 2020 - IPC F01N13/18 F01N13/10 

Abstract RU 2722009 C1

FIELD: engine building.

SUBSTANCE: device for removal of exhaust gases of an internal combustion engine includes a collector, which includes an output part made in the form of a bend directed upwards relative to the axis of the collector and having an end part. Device also comprises part of cooling system with inlet and outlet holes for water passage. Collector is made in the form of a set of separate sections, each of which represents an inlet branch pipe with a flange for attachment to the head of the engine cylinder block. Between sections compensators are arranged, each of which includes bellows connected on both sides with ring yokes to separate sections of collector. Outlet part of collector comprises compensator arranged in front of its end part equipped with outlet flange and including bellows with two ring yokes for its fixation in composition of outlet part of collector. Part of cooling system for water passage represents a pipe consisting of three interconnected sections, two of which are rectilinear and the third one is knee-like. All water inlets are located on these two rectilinear sections, and each of them is located opposite the corresponding inlet branch pipe with a flange, in which there is a hole for water removal from the cylinder block of the engine cylinder. Between the water discharge hole and the water inlet hole there is a branch pipe made from elastic material.

EFFECT: disclosed is an internal combustion engine exhaust gases removal device.

5 cl, 1 dwg

Similar patents RU2722009C1

Title Year Author Number
GAS-PISTON ENGINE OF AN ELECTRICAL UNIT 2023
  • Cheremushkin Andrei Nikolaevich
  • Romanychev Dmitrii Vasilevich
  • Limonov Aleksandr Konstantinovich
RU2802562C1
METHOD TO DIVERT EXHAUST GASES OF FLOATING CRAFT ENGINE AND DEVICE FOR ITS REALISATION 2012
  • Stroitelev Roman Gennad'Evich
RU2501960C2
EXHAUST MUFFLER 0
  • Tushakov Nail Safarovich
  • Lazaridi Konstantin Khristoforovich
  • Lavrinenko Mikhail Sergeevich
  • Nekrasov Vladimir Vladimirovich
  • Andreev Vladimir Ivanovich
SU1268756A1
INTERNAL COMBUSTION ENGINE WITH TWO TURBOCHARGERS AND OPERATION METHOD THEREOF 2012
  • Fridfeldt Rajner
  • Shtajner Bernd
  • Kulbakh Kaj Sebastyan
RU2598493C2
ENGINE SYSTEM AND METHOD OF REDUCING PRODUCTION COST THEREOF 2012
  • Dzhonson Stiv
  • Demots Entoni Bernard
  • Terner Styuart
RU2589556C2
TURBOCHARGED INTERNAL COMBUSTION ENGINE AND METHOD FOR OPERATION THEREOF 2012
  • Kulbakh Kaj Sebastyan
  • Shorn Norbert Andreas
  • Fridfeldt Rajner
  • Barch Gyunter
RU2599220C2
EXHAUST GAS COOLING SYSTEM FOR INTERNAL COMBUSTION ENGINE 2013
  • Sinoda Josikhisa
RU2634646C2
ICE WITH WATER-COOLED TURBINE AND TURBINE COOLING PROCESS 2011
  • Mering Jan
  • Shtump Ljudvig
  • Kul'Bakh Kaj Sebast'Jan
  • Shtajner Bernd
  • Veber Karsten
  • Brinkmann Frants J.
  • Kremer Frank
  • Greger Ens
RU2575594C2
INTERNAL COMBUSTION ENGINE EXHAUST SYSTEM AND EXHAUST GAS LIQUID COOLING AND CLEANING DEVICE 1997
  • Boltunov E.I.
  • Rjabinin A.A.
  • Boltunov I.E.
RU2124456C1
INTAKE MANIFOLD OF FOUR - CYLINDER IN-LINE INTERNAL COMBUSTION ENGINE 1996
  • Zakharov L.A.
  • Panfilov Ju.T.
  • Khimich V.L.
  • Kalikin V.P.
  • Chirkanov V.F.
  • Samylin P.L.
  • Kambarov Z.M.
RU2118693C1

RU 2 722 009 C1

Authors

Lukinykh Andrej Viktorovich

Goldobin Valerij Aleksandrovich

Shchenyatskij Dmitrij Valerevich

Sasunov Denis Igorevich

Pustovoj Vladimir Nikolaevich

Degtyarev Yurij Stanislavovich

Dates

2020-05-25Published

2019-06-26Filed