ABSORBING BOWL FOR CONTROL OF EMISSIONS FROM FUEL TANK OF VEHICLE AND FUEL TANK COMPRISING SUCH BOWL Russian patent published in 2013 - IPC F02M25/08 B01D53/04 

Abstract RU 2476715 C2

FIELD: power engineering.

SUBSTANCE: absorbing bowl (30) for control of emissions from a fuel tank of a vehicle, comprising the following: a tubular first layer of adsorbent (14), a nozzle of a fuel tank (10), a blowdown nozzle (12), the second layer of adsorbent (20), a through channel (18). The first (14) and second (20) layers of adsorbent (14) are made of activated coal. The first layer (14) has a side (54) and a central (62, 64, 66) walls. The side (54) and central (62, 64, 66) walls form an inner channel via the bowl. The nozzle of the fuel tank (10) communicates with the first end of the first layer of adsorbent (14) and is connected with an evaporation pipeline of the fuel tank. The blowdown nozzle (12) communicates with the first end of the first layer of adsorbent (14) and is connected with a blowdown pipeline of the motor. The second layer of adsorbent (20) is arranged in the inner channel. A through channel (18) communicates with the second end of the first layer of adsorbent (16) and with the first end of the second layer of adsorbent (20) for connection of the first (14) and second (20) layers of adsorbent in series. The through channel (18) comprises a heat exchanger (60). The heat exchanger (60) is arranged as capable of heat exchange between the first layer of adsorbent (16) and atmospheric air. The heat exchanger (60) is divided inside with partitions (102, 104, 106, 108) for direction of air along a crooked path (60a-60d) along the outer wall of the first layer of adsorbent (16). Also a fuel tank is provided in a vehicle, having an absorbing bowl.

EFFECT: provision of heat exchange between air in a bowl and environment.

13 cl, 8 dwg

Similar patents RU2476715C2

Title Year Author Number
METHOD OF OPERATION OF FUEL SYSTEM, FUEL SYSTEM AND TANK FOR ACCUMULATION OF FUEL VAPOURS 2013
  • Pirs Rassell Rehndall
  • Kragkh Nil'S Kristofer
  • Bor Skott A.
  • Bandzh Mark Dehniehl
  • Peters Mark V.
RU2572470C2
FUEL VAPOR CANISTER (VERSIONS) 2012
  • Pirs Rassel Rendall
  • Khipp Mark Edvard
RU2602948C2
FUEL LEAK DETECTION SYSTEMS TO VEHICLE WITH HYBRID DRIVE 2013
  • Persifull Ross Dikstra
RU2617259C2
METHOD OF TESTING FOR LEAKAGE OF VEHICLE FUEL SYSTEM (VERSIONS) AND METHOD FOR HYBRID VEHICLE 2015
  • Dudar Aed M.
  • Makki Imad Khassan
  • Tseng Fling Finn
  • Dzhentts Robert Roj
RU2675771C2
METHOD OF FUEL SYSTEM OPERATION (VERSIONS) AND VEHICLE FUEL SYSTEM 2012
  • Peters Mark V.
  • Dzhentts Robert Roj
  • Batler Darrell Erik
  • Dudar Aed Mokhammad
RU2598119C2
METHOD FOR FUEL SYSTEM (VERSIONS) AND VEHICLE FUEL SYSTEM 2013
  • Kragkh Nils Kristofer
RU2619323C2
METHOD OF VEHICLE LEAKAGE DETECTION OF FUEL FLOW SYSTEM (VERSIONS) AND VEHICLE SYSTEM 2012
  • Dzhentts Robert Roj
  • Peters Mark V.
  • Sajps Enn Iren
  • Dudar Aed M.
RU2609563C2
FUEL INJECTION METHOD (VERSIONS) 2013
  • Surnilla Gopichandra
  • Soltis Richard I.
  • Kerns Dzhejms Majkl
  • Smit Stefen B.
  • Makki Imad Khassan
RU2609016C2
METHOD FOR ENGINE (VERSIONS) AND ENGINE SYSTEM 2015
  • Persifull Ross Dikstra
  • Kragkh Nils Kristofer
RU2674100C2
FUEL TANK 2006
  • Blojel' Vater
  • Ville Khajnts-Verner
RU2413631C2

RU 2 476 715 C2

Authors

Khjuin' Tkho Chaum

Dates

2013-02-27Published

2009-09-21Filed