Inventor
CHATTHA MOHINDER S
US94 patents
⚠️ This page may combine multiple inventors who share the name “CHATTHA MOHINDER S”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
FORD MOTOR CO
40 patentsUS4611046ASep 9, 1986
Hydroxyl terminated azomethines and high glass transition temperature polyether products produced therefrom
FORD MOTOR CO31 citations93
US4465815AAug 14, 1984
Polyhydroxy oligomers for high solids coatings II
FORD MOTOR CO52 citations93
US4196270AApr 1, 1980
High solids coating composition adapted for use as automotive topcoat-#5
FORD MOTOR CO41 citations93
US4178319ADec 11, 1979
High solids coating composition with oligomeric hydroxyphosphate catalyst-A
FORD MOTOR CO31 citations93
US5593933AJan 14, 1997
Refractory oxides based silver-tungsten lean-NOx catalyst
FORD MOTOR CO24 citations92
US5399324AMar 21, 1995
Two-stage catalyst system for lean burn engines
FORD MOTOR CO26 citations92
US5208205AMay 4, 1993
Catalyst system for converting emissions of a lean-burn engine
FORD MOTOR CO21 citations92
US5208204AMay 4, 1993
Three-way catalyst for treating emissions from compressed natural gas fueled engines
FORD MOTOR CO21 citations92
US5185305AFeb 9, 1993
Catalyst system for treating the exhaust from a lean-burn gasoline-fueled engine
FORD MOTOR CO31 citations92
US5179060AJan 12, 1993
Dispersion enhanced pt group metal catalysts and method of making the catalysts
FORD MOTOR CO27 citations92
US5179053AJan 12, 1993
Treating exchaust from a compressed natural gas-fueled engine
FORD MOTOR CO26 citations92
US5328672AJul 12, 1994
Method for purification of lean-burn engine exhaust gas
FORD MOTOR CO33 citations91
US5316991AMay 31, 1994
Exhaust treating system for lean-burn CNG engine
FORD MOTOR CO18 citations82
US4609719ASep 2, 1986
Hydroxyl terminated azomethines and high glass transition temperature polyether products produced therefrom
FORD MOTOR CO25 citations82
US4418182ANov 29, 1983
High solids coatings from new tetrahydroxy oligomers
FORD MOTOR CO27 citations82
US4350790ASep 21, 1982
Composition with latent reactive catalyst
FORD MOTOR CO24 citations82
US4281075AJul 28, 1981
Sulfonate ester catalysts in thermosetting compositions
FORD MOTOR CO24 citations82
US5102853AApr 7, 1992
Three-way catalyst for automotive emission control
FORD MOTOR CO21 citations78
US4181784AJan 1, 1980
High solids coating composition adapted for use as automotive topcoat--#1
FORD MOTOR CO24 citations78
US5234881AAug 10, 1993
Binary LA-PA oxide catalyst and method of making the catalyst
FORD MOTOR CO14 citations74
US5086026AFeb 4, 1992
Reduction catalyst with modified rhodium structure
FORD MOTOR CO16 citations74
US5021389AJun 4, 1991
Three-way catalyst for automotive emission control and method of making the catalyst
FORD MOTOR CO15 citations74
US4992405AFeb 12, 1991
Three-way catalyst for automotive emission control and method of making the catalyst
FORD MOTOR CO9 citations74
US4611047ASep 9, 1986
Dicarboxylic acid azomethines and high glass transition temperature polyester products produced therefrom
FORD MOTOR CO18 citations74
US4595761AJun 17, 1986
Dicarboxylic acid azomethines and high glass transition temperature polyester products produced therefrom
FORD MOTOR CO17 citations74
US4533695AAug 6, 1985
Non-aqueous dispersions based on capped stabilizers and reactants comprising polyfunctional monomers II
FORD MOTOR CO12 citations74
US4533681AAug 6, 1985
Crosslinked flow control additives for high solids paints I
FORD MOTOR CO7 citations74
US4530957AJul 23, 1985
Non-aqueous dispersions based on capped stabilizers and reactants comprising polyfunctional monomers I
FORD MOTOR CO8 citations74
US4528317AJul 9, 1985
Non-aqueous dispersions based on capped stabilizers and reactants comprising polyfunctional monomers II
FORD MOTOR CO9 citations74
US4493914AJan 15, 1985
Stabilized dispersion of cross-linked polymer particles
FORD MOTOR CO18 citations74
US4394486AJul 19, 1983
High solids coatings with enhanced flexibility and impact strength
FORD MOTOR CO12 citations74
US4384103AMay 17, 1983
High solids urethane coatings I
FORD MOTOR CO9 citations74
US4379906AApr 12, 1983
High solids urethane coatings prepared from a polylisocyanate _ and a polyhydroxy oligmer
FORD MOTOR CO17 citations74
US4376187AMar 8, 1983
High solids urethane coatings with enhanced flexibility and impact strength
FORD MOTOR CO13 citations74
US4323660AApr 6, 1982
Composition with latent reactive catalyst - #5
FORD MOTOR CO9 citations74
US4307208ADec 22, 1981
Composition with latent reactive catalyst
FORD MOTOR CO7 citations74
US4259472AMar 31, 1981
Two component oligomeric phosphate/isocyanate composition
FORD MOTOR CO17 citations74
US4215204AJul 29, 1980
Coating compositions including oligomeric hydroxy phosphate catalyst-d
FORD MOTOR CO8 citations74
US4184025AJan 15, 1980
High solids coating composition adapted for use as automotive topcoat-#3
FORD MOTOR CO13 citations74
US4181783AJan 1, 1980
High solids coating composition adapted for use as automotive topcoat--#4
FORD MOTOR CO9 citations74
FORD GLOBAL TECH INC
8 patentsUS6165430ADec 26, 2000
Method for treating diesel engine exhaust gas
FORD GLOBAL TECH INC27 citations92
US6129898AOct 10, 2000
NOx trap catalyst for lean burn engines
FORD GLOBAL TECH INC23 citations92
US6103207AAug 15, 2000
Treating diesel exhaust with a catalytic particulate mixture
FORD GLOBAL TECH INC20 citations92
US5950421ASep 14, 1999
Tungsten-modified platinum NOx traps for automotive emission reduction
FORD GLOBAL TECH INC21 citations92
US5922294AJul 13, 1999
High surface area, thermally stabilized titania automotive catalyst support
FORD GLOBAL TECH INC35 citations92
US5788936AAug 4, 1998
Catalyst system for converting emissions of a lean-burn engine
FORD GLOBAL TECH INC28 citations92
US5766562AJun 16, 1998
Diesel emission treatment using precious metal on titania aerogel
FORD GLOBAL TECH INC28 citations90
US6172000B1Jan 9, 2001
Diesel catalyst made from a mixture of particles: platinum on alumina and manganese-zirconium oxide
FORD GLOBAL TECH INC33 citations87
DU PONT
2 patentsShowing the top 50 of 94 patents by PatentIndex Score.