Inventor
KAMURA HITOSHI
JP54 patents
⚠️ This page may combine multiple inventors who share the name “KAMURA HITOSHI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
MITSUBISHI MOTORS CORP
37 patentsUS5826559AOct 27, 1998
Lean-burn internal combustion engine
MITSUBISHI MOTORS CORP55 citations96
US5750888AMay 12, 1998
Fault diagnostic method and apparatus for fuel evaporative emission control system
MITSUBISHI MOTORS CORP62 citations96
US6085717AJul 11, 2000
Fuel control device for cylinder injection type internal combustion engine
MITSUBISHI MOTORS CORP68 citations95
US6003489ADec 21, 1999
Fuel injection control device of in-cylinder type internal combustion engine
MITSUBISHI MOTORS CORP19 citations92
US5878711AMar 9, 1999
Control apparatus for a cylinder-injection spark-ignition internal combustion engine
MITSUBISHI MOTORS CORP38 citations92
US5875756AMar 2, 1999
Ignition timing control system for in-cylinder injection internal combustion engine
MITSUBISHI MOTORS CORP34 citations92
US5809973ASep 22, 1998
Control device and control method for internal-combustion engine
MITSUBISHI MOTORS CORP45 citations92
US5797367AAug 25, 1998
Control apparatus for an in-cylinder injection internal combustion engine
MITSUBISHI MOTORS CORP31 citations92
US5749334AMay 12, 1998
Control system and method for in-cylinder injection internal combustion engine
MITSUBISHI MOTORS CORP50 citations92
US5542400AAug 6, 1996
Apparatus and method for determining a failure of an EGR apparatus
MITSUBISHI MOTORS CORP30 citations92
US6062189AMay 16, 2000
Spark ignition type in-cylinder injection internal combustion engine
MITSUBISHI MOTORS CORP43 citations91
US7565901B2Jul 28, 2009
EGR system for internal combustion engine
MITSUBISHI MOTORS CORP25 citations87
US6173694B1Jan 16, 2001
Method and apparatus for controlling fuel injection in an in-cylinder type internal combustion engine
MITSUBISHI MOTORS CORP15 citations84
US5975047ANov 2, 1999
Control apparatus for an in-cylinder injection spark-ignition internal combustion engine
MITSUBISHI MOTORS CORP17 citations84
US5483939AJan 16, 1996
Control system for lean-burn internal combustion engine
MITSUBISHI MOTORS CORP19 citations84
US5743082AApr 28, 1998
Apparatus for detecting reduction of purifying capacity of catalyst for purifying exhaust gas from internal combustion engine and method thereof
MITSUBISHI MOTORS CORP16 citations74
US5651351AJul 29, 1997
Fault diagnosis apparatus for a fuel evaporative emission supressing system
MITSUBISHI MOTORS CORP12 citations74
US9689349B2Jun 27, 2017
Fuel evaporative emission control apparatus
MITSUBISHI MOTORS CORP4 citations73
US5975044ANov 2, 1999
Control apparatus for cylinder fuel injection internal combustion engines
MITSUBISHI MOTORS CORP12 citations73
US5894827AApr 20, 1999
Control device for internal-combustion engine
MITSUBISHI MOTORS CORP8 citations73
US5870992AFeb 16, 1999
Combustion control device for internal combustion engine
MITSUBISHI MOTORS CORP10 citations73
US5832893ANov 10, 1998
Control system for internal combustion engine
MITSUBISHI MOTORS CORP11 citations73
US5575267ANov 19, 1996
Fault diagnosis apparatus for a fuel evaporative emission suppressing system
MITSUBISHI MOTORS CORP18 citations73
US9574525B2Feb 21, 2017
Apparatus for suppressing fuel evaporative gas emission
MITSUBISHI MOTORS CORP2 citations72
US9306477B2Apr 5, 2016
Control device for hybrid vehicle
MITSUBISHI MOTORS CORP4 citations72
US5440877AAug 15, 1995
Air-fuel ratio controller for an internal combustion engine
MITSUBISHI MOTORS CORP11 citations72
US5010862AApr 30, 1991
Method for controlling the quantity of intake air supplied to an internal combustion engine
MITSUBISHI MOTORS CORP19 citations71
US9382879B2Jul 5, 2016
Fuel evaporative gas emission suppression system
MITSUBISHI MOTORS CORP2 citations63
US7249453B2Jul 31, 2007
Control device for an internal combustion engine
MITSUBISHI MOTORS CORP5 citations63
US9448194B2Sep 20, 2016
Apparatus and method of determining failure in thermostat
MITSUBISHI MOTORS CORP2 citations62
USRE39137EJun 20, 2006
Control apparatus for cylinder fuel injection internal combustion engines
MITSUBISHI MOTORS CORP5 citations62
US7729846B2Jun 1, 2010
Control device for engine
MITSUBISHI MOTORS CORP3 citations61
US5588410ADec 31, 1996
Air-fuel ratio control method
MITSUBISHI MOTORS CORP5 citations61
US5222470AJun 29, 1993
Ignition timing controlling system for engine
MITSUBISHI MOTORS CORP6 citations57
US7739868B2Jun 22, 2010
Deterioration diagnostic system of exhaust gas purifying catalyst
MITSUBISHI MOTORS CORP1 citations51
US10683003B2Jun 16, 2020
Failure determination device for hybrid vehicle
MITSUBISHI MOTORS CORP0 citations41
US9664146B2May 30, 2017
Apparatus for suppressing fuel evaporative gas emission
MITSUBISHI MOTORS CORP0 citations41
HOYA CORP
7 patentsUS6250758B1Jun 26, 2001
Plastic optical devices having antireflection film and mechanism for equalizing thickness of antireflection film
HOYA CORP103 citations96
US6264751B1Jul 24, 2001
Mechanism for performing water repellency processing on both sides simultaneously
HOYA CORP45 citations91
US6606196B2Aug 12, 2003
Optical element having antireflection film
HOYA CORP10 citations73
US6187159B1Feb 13, 2001
Mechanism for setting optical lens base material on holder
HOYA CORP14 citations72
US6627320B2Sep 30, 2003
Method for producing composition for vapor deposition, composition for vapor deposition, and method for producing optical element with antireflection film
HOYA CORP8 citations71
US7106515B2Sep 12, 2006
Composition for vapor deposition, method for forming an antireflection film, and optical element
HOYA CORP3 citations60
US7318959B2Jan 15, 2008
Optical element having antireflection film
HOYA CORP1 citations48
HOYA LENS THAILAND LTD
2 patentsFUNAKOSHI HIROSHI
1 patentMATSUNAGA HIDEO
1 patentTAKEDA IORI
1 patentFURUTA KATSUHIRO
1 patentShowing the top 50 of 54 patents by PatentIndex Score.