Inventor
NISHIDA MITSUHIRO
JP49 patents
⚠️ This page may combine multiple inventors who share the name “NISHIDA MITSUHIRO”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
MITSUBISHI ELECTRIC CORP
24 patentsUS4456844AJun 26, 1984
Submergible motor construction
MITSUBISHI ELECTRIC CORP67 citations96
US4842499AJun 27, 1989
Scroll-type positive displacement apparatus with oil supply to compression chamber
MITSUBISHI ELECTRIC CORP48 citations95
US5013226AMay 7, 1991
Rotating scroll machine with balance weights
MITSUBISHI ELECTRIC CORP26 citations93
US5037280AAug 6, 1991
Scroll fluid machine with coupling between rotating scrolls
MITSUBISHI ELECTRIC CORP42 citations92
US4651039AMar 17, 1987
Molded-type underwater motor
MITSUBISHI ELECTRIC CORP32 citations92
US4496866AJan 29, 1985
Submersible electric motor and method of manufacturing the same
MITSUBISHI ELECTRIC CORP34 citations92
US4437027AMar 13, 1984
Molded submersible motor
MITSUBISHI ELECTRIC CORP46 citations92
US4387313AJun 7, 1983
Molded submersible motor
MITSUBISHI ELECTRIC CORP51 citations92
US4865530ASep 12, 1989
Scroll-type vacuum apparatus with oil supply to a compression chamber
MITSUBISHI ELECTRIC CORP24 citations91
US4846640AJul 11, 1989
Scroll-type vacuum apparatus with rotating scrolls and discharge valve
MITSUBISHI ELECTRIC CORP28 citations91
US4549105AOct 22, 1985
Submergible motor including circuit element encased in molded plug
MITSUBISHI ELECTRIC CORP47 citations91
US4585966AApr 29, 1986
Submerged electric motor
MITSUBISHI ELECTRIC CORP24 citations81
US5293850AMar 15, 1994
Scroll type rotary internal combustion engine
MITSUBISHI ELECTRIC CORP14 citations74
US4546130AOct 8, 1985
Molding material for the stator of a submersible motor
MITSUBISHI ELECTRIC CORP17 citations73
US4486677ADec 4, 1984
Encased electric motor employing gas as heat dissipating means
MITSUBISHI ELECTRIC CORP17 citations73
USD315912SApr 2, 1991
Vacuum pump
MITSUBISHI ELECTRIC CORP7 citations72
US4586880AMay 6, 1986
Submersible motor and pump assembly
MITSUBISHI ELECTRIC CORP13 citations72
US4973232ANov 27, 1990
Rotating scroll machine with oil pump
MITSUBISHI ELECTRIC CORP7 citations71
US5059102AOct 22, 1991
Fluid scroll machine with peripherally attached counter weights and reduced thickness scroll
MITSUBISHI ELECTRIC CORP15 citations68
US4532446AJul 30, 1985
Submerged electric motor
MITSUBISHI ELECTRIC CORP12 citations67
US4993927AFeb 19, 1991
Scroll fluid machine with lubrication of oldham coupling
MITSUBISHI ELECTRIC CORP2 citations60
US4421324ADec 20, 1983
Shaft seal device for submersible motor
MITSUBISHI ELECTRIC CORP4 citations58
US5110273AMay 5, 1992
Scroll-type fluid machine with an improved journal bearing
MITSUBISHI ELECTRIC CORP2 citations57
US5100307AMar 31, 1992
Scroll-type fluid machine with a plurality of discharge ports
MITSUBISHI ELECTRIC CORP4 citations57
BRIDGESTONE CORP
9 patentsUS7534500B2May 19, 2009
Transparent electroconductive film, method for manufacture thereof, and touch panel
BRIDGESTONE CORP47 citations92
US7351447B2Apr 1, 2008
Method of producing anti-reflection film
BRIDGESTONE CORP25 citations92
US6787253B2Sep 7, 2004
Transparent electroconductive film and touch panel
BRIDGESTONE CORP28 citations92
US6744425B2Jun 1, 2004
Transparent electroconductive film
BRIDGESTONE CORP14 citations92
US7193781B2Mar 20, 2007
Optical substrate and antireflective film
BRIDGESTONE CORP2 citations63
US7153544B2Dec 26, 2006
Method of manufacturing transparent electro-conductive film
BRIDGESTONE CORP2 citations63
US7056603B2Jun 6, 2006
Touch panel
BRIDGESTONE CORP2 citations63
US6899957B2May 31, 2005
Antireflection film
BRIDGESTONE CORP6 citations62
US6884495B2Apr 26, 2005
Antireflection film
BRIDGESTONE CORP5 citations62
IBM
8 patentsUS9190112B1Nov 17, 2015
Storing write environment conditions
IBM42 citations94
US8941940B1Jan 27, 2015
Utilizing stored write environment conditions for read error recovery
IBM12 citations84
US9619147B2Apr 11, 2017
Reading order search method and program for recording
IBM3 citations73
US9263064B2Feb 16, 2016
Reading order search method and program for recording groups on tape
IBM4 citations73
US11437070B1Sep 6, 2022
Repositioning using cut and paste segments
IBM4 citations72
US11907048B2Feb 20, 2024
Scaling media utilizing healthy regions of a tape cartridge
IBM0 citations62
US11789795B2Oct 17, 2023
Using a cut and paste segment for reading a standard housekeeping data set
IBM0 citations62
US11955140B2Apr 9, 2024
Reducing deviation of read head position between writing and reading in a magnetic tape
IBM0 citations51