HIGHLY REFLECTING HEATED MIRROR Russian patent published in 2014 - IPC H05B3/84 

Abstract RU 2528173 C1

FIELD: physics.

SUBSTANCE: highly reflecting heated mirror comprises, arranged in series beginning from a glass substrate, a reflecting current-conducting layer of stainless steel with geometrical thickness of 20-1000 nm, two electric contacts located on the layer of stainless steel, a titanium oxide layer with geometrical thickness of 80-90 nm, a silicon oxide layer with geometrical thickness of 90-96 nm, a titanium oxide layer with geometrical thickness of 50-60 nm, a silicon oxide layer with geometrical thickness of 90-96 nm and a titanium oxide layer with geometrical thickness of 50-60 nm.

EFFECT: invention increases the reflection power of a heated mirror in the visible spectrum with stable electrical resistance of the heating element.

1 dwg

Similar patents RU2528173C1

Title Year Author Number
HIGHLY REFLECTIVE MIRROR WITH HEATING 2006
  • Galjautdinov Artur Rafaehlevich
  • Galjautdinov Rafaehl' Tagirovich
  • Kashapov Nail' Faikovich
RU2316155C1
HIGH-REFLECTIVITY HEATED MIRROR 2012
  • Galjautdinov Rafaehl' Tagirovich
RU2502235C1
MIRROR WITH HEATING 2013
  • Galjautdinov Rafaehl' Tagirovich
RU2527934C1
HEATED MIRROR 2012
  • Galjautdinov Rafaehl' Tagirovich
RU2499370C1
MIRROR WITH HEATING 2004
  • Galjautdinov R.T.
  • Kashapov N.F.
  • Luchkin G.S.
RU2262215C1
HEATED MIRROR 2010
  • Galjautdinov Rafaehl' Tagirovich
RU2426280C1
HEATED MIRROR 2011
  • Galjautdinov Rafaehl' Tagirovich
RU2467895C1
HEATED MIRROR 2006
  • Galjautdinov Rafaehl' Tagirovich
  • Kashapov Nail' Faikovich
  • Luchkin Grigorij Sergeevich
RU2306681C1
HEATED MIRROR 2003
  • Galjautdinov R.T.
  • Kashapov N.F.
  • Luchkin G.S.
RU2248681C2
METHOD OF MAKING OF HEATED MIRROR 2006
  • Galjautdinov Rafaehl' Tagirovich
  • Kashapov Nail' Faikovich
RU2306682C1

RU 2 528 173 C1

Authors

Galjautdinov Rafaehl' Tagirovich

Dates

2014-09-10Published

2013-04-15Filed