Device for directly implementing heat electricity conversion based on fuel combustion
Title:
Device for directly implementing heat electricity conversion based on fuel combustion
Application Number:
02156896
Application Date:
2002/12/20
Announcement Date:
2003/04/30
Pub. Date:
Publication Number:
1414694
Announcement Number:
Grant Date:
Granted Pub. Date:
ApplicationType:
Invention
State/Country:
11[China|beijing]
IPC:
H02N 11/00
Applicant(s):
Tsinghua Univ.
Inventor(s):
Zhong Beijing
Key Words:
directly implementing, heat electricity conversion, fuel combustion
Abstract:
A device to realize the thermoelectric conversion directly based on fuel combustion uses a burner which consists of an adiabatic shell, a wall body embedded in the adiabatic shell and connected with it, a thermoelectric element of temperature difference type connecting with the output electrode on adiabatic shell-mounted on the wall body, a fuel channel and a smoke channel connecting through with fuel inlet and smoke outlet on the adiabatic shell at two sides of the wall body separately, a combustion zone formed at joining place of two channels with an ignitor set up within this zone or the catalyst coated on the internal wall of fuel channel to make fuel automatically burn at the time of the fuel reaching combustion zone. To compare with the traditional generator, the one of this present invention has high energy conversion efficiency to realize zero exhaustion of the pollution.
Claim:
Priority:
PCT:
LegalStatus:

Recommend this patent:
1 2 3 4 5
Average ( 0 votes):
                                                                          Recommended Patents>>

Relevancy information



Other Patents of Same Inventor

Counterflow heat exchanging burners



News & Events More>>

Last Update  
2008-4-17
  Selected patents owned by Tsinghua University filed in 2005 are loaded.
2008-3-31
  Selected patents owned by Tsinghua University filed in 2006 and 2007 are load.







Copyright 2008-2015 All Rights Reserved Patent License of China.      Designed by Easygo