Inventor
NISHIMURA NAOKI
JP127 patents
⚠️ This page may combine multiple inventors who share the name “NISHIMURA NAOKI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
CANON KK
38 patentsUS6226197B1May 1, 2001
Magnetic thin film memory, method of writing information in it, and me
CANON KK280 citations99
US7075455B2Jul 11, 2006
Wireless communication apparatus and method
CANON KK77 citations98
US6111784AAug 29, 2000
Magnetic thin film memory element utilizing GMR effect, and recording/reproduction method using such memory element
CANON KK138 citations98
US6104632AAug 15, 2000
Magnetic thin film memory and recording and reproducing method and apparatus using such a memory
CANON KK87 citations98
US6055179AApr 25, 2000
Memory device utilizing giant magnetoresistance effect
CANON KK236 citations98
US6219275B1Apr 17, 2001
Magnetic thin film element, memory element using the same, and method for recording and reproducing using the memory element
CANON KK82 citations96
US6028786AFeb 22, 2000
Magnetic memory element having coupled magnetic layers forming closed magnetic circuit
CANON KK69 citations96
US7920124B2Apr 5, 2011
Force sense presentation device, mixed reality system, information processing method, and information processing apparatus
CANON KK50 citations94
US7576707B2Aug 18, 2009
Image display apparatus and image display method
CANON KK25 citations93
US7362219B2Apr 22, 2008
Information acquisition apparatus
CANON KK45 citations93
US6853580B2Feb 8, 2005
Magnetoresistive element and MRAM using the same
CANON KK19 citations93
US6844605B2Jan 18, 2005
Magnetic memory using perpendicular magnetization film
CANON KK28 citations93
US6713830B2Mar 30, 2004
Magnetoresistive element, memory element using the magnetoresistive element, and recording/reproduction method for the memory element
CANON KK40 citations93
US6172903B1Jan 9, 2001
Hybrid device, memory apparatus using such hybrid devices and information reading method
CANON KK31 citations93
US6125083ASep 26, 2000
Magneto-optical recording method and medium comprising three layers, whose middle layer has a lower curie temperature than the other layers
CANON KK21 citations93
US5935701AAug 10, 1999
Super-resolution magneto-optic recording medium using in-plane magnetic film and information reproducing method using the medium
CANON KK23 citations93
US5862105AJan 19, 1999
Information recording method capable of verifying recorded information simultaneously with recording, and magneto-optical recording medium used in the method
CANON KK25 citations93
US5790513AAug 4, 1998
Magneto-optical recording medium capable of super resolution reproduction and information reproduction method using the same
CANON KK27 citations93
US5719829AFeb 17, 1998
Magnetooptical recording medium allowing super-resolution, and information reproduction method using the medium
CANON KK25 citations93
US5717662AFeb 10, 1998
Super-resolution magneto-optical recording medium using magnetostatic coupling and information reproduction method using the medium
CANON KK23 citations93
US5663935ASep 2, 1997
Magneto-optical recording medium having two magnetic layers of exchange-coupled at ferromagnetic phase
CANON KK25 citations93
US5589040ADec 31, 1996
Process for producing optical recording medium sputtering method and sputtering target
CANON KK23 citations93
US6703676B2Mar 9, 2004
Magnetic memory device and manufacturing method thereof
CANON KK33 citations92
US6487110B2Nov 26, 2002
Nonvolatile solid-state memory device using magnetoresistive effect and recording and reproducing method of the same
CANON KK44 citations92
US5616428AApr 1, 1997
Magnetooptical recording medium and information recording and reproducing methods using the recording medium
CANON KK28 citations92
US7420839B2Sep 2, 2008
Magnetization reversal method for applying a multi-directional external magnetic field to a perpendicular magnetoresistive film
CANON KK11 citations84
US6307816B1Oct 23, 2001
Magneto-optical recording medium, and information reproducing method using the medium
CANON KK15 citations84
US6187460B1Feb 13, 2001
Magneto-optical recording medium and method for reproducing information therein
CANON KK16 citations84
US5656384AAug 12, 1997
Magnetooptical recording medium, method for producing the same, method for recording or reproducing information in or from the same
CANON KK14 citations82
US7035138B2Apr 25, 2006
Magnetic random access memory having perpendicular magnetic films switched by magnetic fields from a plurality of directions
CANON KK10 citations74
US7006083B2Feb 28, 2006
Image display apparatus and image display method
CANON KK10 citations74
US6654279B2Nov 25, 2003
Magnetic thin film element, memory element using the same, and method for recording and reproducing using the memory element
CANON KK10 citations74
US5830589ANov 3, 1998
Magneto-optical recording medium, and information reproducing method using the medium
CANON KK10 citations74
US5831944ANov 3, 1998
Magnetooptical recording medium and method for reproducing information from a magnetooptical recording medium having three layers
CANON KK5 citations74
US5810979ASep 22, 1998
Magnetooptical recording medium, method for producing the same, method for recording or reproducing information in or from the same
CANON KK7 citations74
US5774429AJun 30, 1998
Magneto-optical recording medium, and information recording/reproduction method using the medium
CANON KK8 citations74
US5732049AMar 24, 1998
Magneto-optical recording medium of super-resolution type using in-plane magnetic layer, and information reproducing method using the same medium
CANON KK12 citations74
US5666346ASep 9, 1997
Super-resolution magnetooptical recording medium using magnetic phase transition material, and method for reproducing information from the medium
CANON KK14 citations74
BRIDGESTONE CORP
3 patentsFUJITSU LTD
2 patentsDAIDO STEEL CO LTD
1 patentHITACHI LTD
1 patentEAGLE IND CO LTD
1 patentTOYOTA JIDOSHOKKI KK
1 patentFUKUDA DENSHI KK
1 patentTOYOTA MOTOR CO LTD
1 patentNOGAMI ATSUSHI
1 patentShowing the top 50 of 127 patents by PatentIndex Score.