COMBUSTION CHAMBER Russian patent published in 2013 - IPC F23R3/32 F23C3/00 

Abstract RU 2477425 C2

FIELD: power industry.

SUBSTANCE: combustion chamber includes the first and the second pipes, an ignition device and a flame kernel formation unit. Combustible gas that is discharge through holes in the limits of the flame quenching distance flows through the inner space of the first pipe. Combustible gas that is discharged from holes of the first pipe is supplied to the second pipe. A combustion zone, where combustible gas supplied on the inlet side and from where the exhaust gas is distributed in the direction of the outlet side, is burnt inside the second pipe. Ignition device ignites combustible gas supplied to the second pipe using the flame kernel formed by means of the flame kernel formation unit. The first pipe is the inner pipe that includes combustible gas supplied from one end while the other end is a locked end. The second pipe is the outer pipe that is located around periphery of the first pipe with location of the combustion zone between them, and discharges combustible gas from one end while the other end is a locked end and located on the side of the other end of the first pipe. Flame kernel formation unit is located on the inlet side of combustion zone inside the second pipe, between the locked end of the first pipe and the locked end of the second pipe.

EFFECT: improving combustibility of combustible gas and increasing the service life of the flame kernel formation unit of the ignition device.

7 cl, 8 dwg

Similar patents RU2477425C2

Title Year Author Number
COMBUSTION CHAMBER 2009
  • Kato Soitiro
  • Midzutani Taku
  • Takakhasi Katsujosi
RU2482394C2
HEATING DEVICE 2009
  • Kato Soitiro
  • Saitou Tsukasa
  • Fudzimori Tosiro
  • Takakhasi Katsujosi
  • Suda Tosijuki
  • Kavaoka Jukinobu
  • Fudzii Mamoru
RU2482388C2
ENGINE CONTROLLER AND METHOD OF ENGINE CONTROL 2015
  • Imaoka Yoshihiro
  • Tsuyuki Takeshi
  • Inoue Takao
RU2656873C1
SPARKING PLUG SYSTEM 1995
  • Kallagen Dejniehl Klajv
RU2134473C1
BURNER 1994
  • Frants Durst
  • Dimostenis Trimis
  • Gerol'D Dimachek
RU2125204C1
METHOD OF INTERNAL COMBUSTION ENGINE OPERATION 2018
  • Dukhanin Yurij Ivanovich
RU2684046C1
ENGINE CONTROL DEVICE AND ENGINE CONTROL METHOD 2015
  • Tsuyuki Takesi
  • Imaoka Josikhiro
  • Inoue Takao
  • Utida Rio
RU2662661C1
HOOKAH CONSUMABLE ARTICLE 2017
  • Bonnely, Samuel
  • Kolyris, Angelos
  • Jones, Stuart Michael Ruan
  • Kinally, Yaan Thomas
  • Paton, Michael
  • Cross, David
  • Stephenson, John Antony
  • Goedertier, Didier
  • Ceppi, Francois
RU2725462C2
METHOD FOR OBTAINING HIGHLY OVERHEATED STEAM AND DETONATION STEAM GENERATOR DEVICE (OPTIONS) 2018
  • Frolov Sergej Mikhajlovich
  • Smetanyuk Viktor Alekseevich
  • Avdeev Konstantin Alekseevich
  • Nabatnikov Sergej Aleksandrovich
RU2686138C1
CONSTRUCTION CHAMBER ASSEMBLY FOR VEHICLE HEATING DEVICE DRIVEN BY VEHICLE COMBUSTIBLE MATERIAL 2017
  • Humburg, Michael
RU2669539C1

RU 2 477 425 C2

Authors

Kato Soitiro

Midzutani Taku

Takakhasi Katsujosi

Dates

2013-03-10Published

2009-12-09Filed