Inventor

TANABE HIDEO

JP62 patents

⚠️ This page may combine multiple inventors who share the name “TANABE HIDEO”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

TANABE HIDEO

HITACHI LTD

Multilayer magnetoresistance effect-type magnetic head

Magnetic head with conductors formed on endlayers of a multilayer film having magnetic layer coercive force difference

Magnetoresistance effect multilayer film with ferromagnetic film sublayers of different ferromagnetic material compositions

Narrow track thin film magnetic head suitable for high density recording and reproducing operations and fabrication method thereof wherein an air bearing surface has at least one groove containing a non-magnetic electrically conductive layer

Multilayer magnetoresistance effect-type magnetic head

Antiferromagnetic film superior in corrosion resistance, magnetoresistance-effect element and magnetoresistance-effect head including such thin film

Magnetic recording-reproducing apparatus and magnetoresistive head having two or more magnetoresistive films for use therewith

Magnetoresistive element

Solar battery using amorphous silicon

Magnetoresistive magnetic head

Display device with an improved contact hole arrangement for contacting a semiconductor layer through an insulation film

Combination perpendicular magnetic head having shield material formed at both ends of an upper pole of a write element

Display device with an improved contact hole arrangement for contacting a semiconductor layer through an insulation film

Method of fabricating a magnetic head by focused ion beam etching

Magnetoresistance effect elements and magnetic heads using the tunneling magnetoresistive effect

Magnetoresistive thin-film magnetic head and method of fabrication thereof

Shadow-mask type color cathode-ray tube

Color cathode ray tube having improved slot type shadow mask

Magnetic disk apparatus including magnetic head having multilayered reproducing element using tunneling effect

Color cathode ray tube having an improved shadow mask

Narrow track thin film head including magnetic poles machined by focused ion beam etching

Narrow track thin film head having a focused ion beam etched air bearing surface

Narrow track thin film magnetic head suitable for high density recording and reproducing operations and fabrication method thereof wherein an air bearing surface has at least one groove containing a non-magnetic electrically conductive layer

Magnetoresistive magnetic head having a shunt film of Nb

Magnetic head

Mangeto-resistive type read head

Cathode structure incorporating an impregnated substrate

Magnetoresistive magnetic head including zirconium sheet film

Soft-film-bias type magnetoresitive device

Perpendicular magnetic recording medium

Method of fabricating a magnetoresistive thin-film magnetic head

Magnetoresistive sensor having magnetic shields of ferrite

Magnetic head having track width defined by trench portions filled with magnetic shield material

Magnetoresistive magnetic head and its manufacturing method

JAPAN DISPLAY INC

Manufacturing method for liquid crystal display device

Manufacturing method for liquid crystal display device

Manufacturing method for liquid crystal display device

Manufacturing method for liquid crystal display device

Manufacturing method for liquid crystal display device

HITACHI GLOBAL STORAGE TECH

Method of setting the amount of power application to heater incorporated in magnetoresistive head and magnetic disk drive

Magnetic apparatus with perpendicular recording medium and head having multilayered reproducing element using tunneling effect

Method for manufacturing magnetic head device

Magnetic apparatus with perpendicular recording medium and head having multilayered reproducing element using tunneling effect

HITACHI DISPLAYS LTD

Manufacturing method of liquid crystal display device

Manufacturing method of liquid crystal display device

Liquid crystal display device

Liquid crystal display device

TANABE HIDEO

Manufacturing method for liquid crystal display device

FUJIYOSHI JUN

Liquid crystal display device

NAMICS CORP

Conductive paste