Inventor
KATAOKA SHOEI
JP32 patents
⚠️ This page may combine multiple inventors who share the name “KATAOKA SHOEI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
SHARP KK
15 patentsUS4928513AMay 29, 1990
Sensor
SHARP KK103 citations96
US4857920AAug 15, 1989
Combined traffic signal with stacked EL elements
SHARP KK69 citations96
US5140393AAug 18, 1992
Sensor device
SHARP KK398 citations95
US5227721AJul 13, 1993
Superconductive magnetic sensor having self induced magnetic biasing
SHARP KK34 citations92
US5166777ANov 24, 1992
Cooling apparatus for superconducting devices using Peltier effect cooling element
SHARP KK50 citations92
US4885937ADec 12, 1989
Flow sensor
SHARP KK22 citations82
US5449952ASep 12, 1995
Superconducting apparatus having dew-preventable Peltier-effect element integrated therewith
SHARP KK11 citations74
US5352299AOct 4, 1994
Thermoelectric material
SHARP KK11 citations73
US5130691AJul 14, 1992
Superconductive apparatus having a superconductive device in a airtight package
SHARP KK7 citations73
US5126667AJun 30, 1992
Superconductive magneto-resistive device for sensing an external magnetic field
SHARP KK10 citations73
US5126655AJun 30, 1992
Apparatus for observing a superconductive phenomenon in a superconductor
SHARP KK7 citations73
US5065087ANov 12, 1991
Apparatus for observing a superconductive phenomenon in a superconductor
SHARP KK10 citations73
US5055785AOct 8, 1991
Superconductive magneto resistive apparatus for measuring weak magnetic field using superconductive magneto-resistive element
SHARP KK7 citations73
US5298485AMar 29, 1994
Superconductive logic device
SHARP KK4 citations62
US5126668AJun 30, 1992
Method of eliminating the effect of hysteresis in a superconductive magneto-resistive device
SHARP KK5 citations62
AGENCY IND SCIENCE TECHN
13 patentsUS3973183AAug 3, 1976
Method and apparatus for detecting uneven magnetic field by a change in resistance of semiconductor element
AGENCY IND SCIENCE TECHN56 citations96
US3973182AAug 3, 1976
Method and apparatus for detecting uneven magnetic field by hall effect in semiconductor
AGENCY IND SCIENCE TECHN55 citations96
US4589001AMay 13, 1986
Quasiparticle injection control type superconducting device
AGENCY IND SCIENCE TECHN40 citations91
US4236165ANov 25, 1980
Planar semiconductor device
AGENCY IND SCIENCE TECHN19 citations80
US4315214AFeb 9, 1982
Displacement sensor using a galvanomagnetic element positioned in a periodically inverted magnetic field
AGENCY IND SCIENCE TECHN19 citations74
US4204132AMay 20, 1980
Highly sensitive Hall element
AGENCY IND SCIENCE TECHN7 citations71
US4047199ASep 6, 1977
Semiconductor device
AGENCY IND SCIENCE TECHN11 citations68
US3938110AFeb 10, 1976
Method of controlling magnetic strip domains
AGENCY IND SCIENCE TECHN10 citations68
US4182964AJan 8, 1980
Negative resistance element circuit combinations
AGENCY IND SCIENCE TECHN4 citations60
US4090155AMay 16, 1978
Transmission line for electromagnetic wave
AGENCY IND SCIENCE TECHN6 citations60
US4021680AMay 3, 1977
Semiconductor device
AGENCY IND SCIENCE TECHN2 citations59
US4107718AAug 15, 1978
Bulk semiconductor logic device
AGENCY IND SCIENCE TECHN1 citations50
US4137569AJan 30, 1979
Logic circuit system using high electric field domain
AGENCY IND SCIENCE TECHN0 citations34