Inventor
NISHIZAWA MASAHIRO
57 patents
⚠️ This page may combine multiple inventors who share the name “NISHIZAWA MASAHIRO”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
HITACHI LTD
43 patentsUS5081394AJan 14, 1992
Black matrix color picture tube
HITACHI LTD60 citations96
US5973450AOct 26, 1999
Cathode ray tube with multilayered high- and low-refractive index films thereon
HITACHI LTD20 citations92
US4273842AJun 16, 1981
Process for forming patternwise coated powder layer
HITACHI LTD36 citations92
US5712024AJan 27, 1998
Anti-reflector film, and a display provided with the same
HITACHI LTD47 citations91
US6791256B2Sep 14, 2004
Display device having an improved envelope for containing pixels therein
HITACHI LTD13 citations83
US5449534ASep 12, 1995
Method for forming an anti-reflection film of a cathode-ray tube, an apparatus used for carrying out the method and a cathode-ray tube having the anti-reflection film
HITACHI LTD18 citations81
US4652462AMar 24, 1987
Method of producing phosphor screen of color picture tube
HITACHI LTD24 citations81
US4855200AAug 8, 1989
Fluorescent screens of color picture tubes and manufacturing method therefor
HITACHI LTD7 citations74
US4815821AMar 28, 1989
Face plate for display
HITACHI LTD14 citations74
US4267204AMay 12, 1981
Method of manufacturing striped phosphor screen for black matrix type color picture tube
HITACHI LTD10 citations74
US6555953B1Apr 29, 2003
Flat face type color cathode ray tube having panel with curved inner surface
HITACHI LTD8 citations73
US6465947B1Oct 15, 2002
Color picture tube
HITACHI LTD9 citations73
US6348770B1Feb 19, 2002
Color cathode ray tube equipped with field leak preventing coating
HITACHI LTD5 citations73
US5817421AOct 6, 1998
Method for forming and anti-reflection film of a cathode-ray tube, an apparatus used for carrying out the method and a cathode-ray tube having the anti-reflection film
HITACHI LTD7 citations73
US5024920AJun 18, 1991
Process for forming a pattern using a photosensitive azide and a high-molecular weight copolymer or polymer
HITACHI LTD12 citations73
US4276363AJun 30, 1981
Process for forming phosphor screens with treated phosphors
HITACHI LTD9 citations72
US6359380B1Mar 19, 2002
Color cathode ray tube with panel glass having a different light absorption characteristic from that of at least one outer surface layer provided thereon
HITACHI LTD8 citations71
US4324850AApr 13, 1982
Method of forming a fluorescent screen for a color picture tube
HITACHI LTD9 citations71
US4070498AJan 24, 1978
Method of manufacturing fluorescent screen of color picture tube
HITACHI LTD11 citations71
US4247612AJan 27, 1981
Method of forming fluorescent screens of color picture tubes
HITACHI LTD9 citations70
US5173382ADec 22, 1992
Photosensitive composition containing water-soluble binder and aromatic diazonium chromate forming fluorescent screens employing same
HITACHI LTD3 citations63
US4857429AAug 15, 1989
Process of improving optical contact of patternwise powdery coating layer and phosphor screen provided therefore
HITACHI LTD2 citations63
US4524306AJun 18, 1985
Extra-high pressure mercury discharge lamp
HITACHI LTD5 citations63
US6771017B2Aug 3, 2004
Color cathode ray tube and method of manufacturing thereof
HITACHI LTD4 citations62
US6424086B1Jul 23, 2002
Color cathode-ray tube having nonglare means on internal surface of faceplate
HITACHI LTD3 citations62
US6351062B1Feb 26, 2002
Cathode ray tube having high and low refractive index films on the outer face of the glass panel thereof
HITACHI LTD5 citations62
US6268704B1Jul 31, 2001
Color cathode ray tube equipped with field leak preventing coating
HITACHI LTD3 citations62
US6246163B1Jun 12, 2001
Cathode ray tube having bismuth oxide layer on color selective electrode
HITACHI LTD3 citations62
US6163109ADec 19, 2000
Cathode ray tube having high and low refractive index films on the outer face of the glass panel thereof
HITACHI LTD2 citations62
US5814928ASep 29, 1998
Cathode ray tube having reduced doming effect
HITACHI LTD4 citations62
US4657961AApr 14, 1987
Process for forming phosphor screen of cathode ray tube
HITACHI LTD4 citations62
US4469766ASep 4, 1984
Method of forming cathode-ray tube phosphor screen
HITACHI LTD4 citations62
US4425419AJan 10, 1984
Photosensitive composition
HITACHI LTD2 citations62
US4331752AMay 25, 1982
Method of forming fluorescent screens of color picture tubes
HITACHI LTD5 citations62
US4318971AMar 9, 1982
Method of forming fluorescent screen of color picture tube
HITACHI LTD5 citations62
US6642647B2Nov 4, 2003
Cathode ray tube having a pigment on a panel front face
HITACHI LTD4 citations61
US4211477AJul 8, 1980
Light exposing prism system for use in forming phosphor plane of color picture tube
HITACHI LTD2 citations61
US4535234AAug 13, 1985
Light exposure apparatus with cooling means
HITACHI LTD2 citations60
US4187012AFeb 5, 1980
Method and apparatus for exposure of phosphor screen
HITACHI LTD3 citations60
US6346291B2Feb 12, 2002
Method of producing a cathode ray tube
HITACHI LTD0 citations52
US6274976B1Aug 14, 2001
Cathode ray tube having metal film with holes located on upper and side portions of phosphor areas
HITACHI LTD1 citations52
US4735880AApr 5, 1988
Photosensitive composition and pattern forming process using same
HITACHI LTD1 citations52
US4263384AApr 21, 1981
Method of forming fluorescent screens of color picture tubes
HITACHI LTD1 citations52
HITACHI DISPLAYS LTD
4 patentsUS7099091B2Aug 29, 2006
Display device
HITACHI DISPLAYS LTD55 citations95
US7692744B2Apr 6, 2010
Liquid crystal display device having diffusion reflective electrodes and a manufacturing method thereof
HITACHI DISPLAYS LTD4 citations63
US7460189B2Dec 2, 2008
Manufacturing method of a display device using a two-layered resist
HITACHI DISPLAYS LTD5 citations63
US7671825B2Mar 2, 2010
Method of driving organic EL device and display device
HITACHI DISPLAYS LTD1 citations52
NITTO CHEMICAL INDUSTRY CO LTD
2 patentsUCHIDA TATSUO
1 patentShowing the top 50 of 57 patents by PatentIndex Score.