Inventor

TAKADA AKIO

JP66 patents

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

TAKADA AKIO

DEXERIALS CORP

Polarizing plate having a transparent substrate, an absorbing layer and a reflective layer and method of manufacturing the same

Inorganic polarizing plate containing FeSi fine particles

Diffuser plate, designing method of diffuser plate, manufacturing method of diffuser plate, display device, projection device, and lighting device

Depolarizing plate, optical device and liquid-crystal display device including same, and depolarizing plate production method

Inorganic polarizing plate containing FeSi having 1 to 33 mol% Fe

Retardation element, liquid crystal display device, and projection display device

Polarizing element, projector and method of manufacturing polarizing element

Polarizing plate, manufacturing method thereof, and optical device

Polarizer and optical apparatus

Inorganic polarizing plate, method of manufacturing the same, and optical instrument

Heat-absorbing material and process for producing same

Inorganic polarizing plate containing FeSi fine particles having 1 to 33 mol% Fe

Depolarizing plate

Diffuser plate, designing method of diffuser plate, manufacturing method of diffuser plate, display device, projection device, and lighting device

Polarizing plate having alternately stacked layers having different deposition directions

Thin film for optical element, method of manufacturing thin film for optical element, inorganic polarizing plate, method of manufacturing inorganic polarizing plate, optical element, and optical device

Block copolymer pattern formation method and diffraction limited optical element

Polarizing plate, production method thereof and optical apparatus

Polarizing plate and polarizing plate manufacturing method

Polarizing plate having absorption layer comprising only tantalum and niobium

Method of manufacturing polarizing plate

Inorganic wave plate and manufacturing method therefor

Wire grid polarization plate having dielectric layer with concave portions

Polarizing plate and optical apparatus having tip portions with continuous curved surface

Polarizing plate, optical apparatus and method of manufacturing polarizing plate

SONY CORP

Polarizing element and liquid crystal projector

Magnetoresistive head using a magnetoresistive element as a magnetic detector

Thin-film magnetic head having magnetic resistance effect stabilizing layer

Magneto-resistance effect head with insulated bias conductor embedded in shield groove

Polarizing element and liquid crystal projector

Polarizing element and liquid crystal projector

Method of producing hard disk drives of reduced size

Method of forming a micro-rotating device, and a micro-rotating device produced by the method

Magneto-resistive effect thin-film magnetic head

Magneto-resistance effect thin-film magnetic head having a laminated flux guide of permalloy and titanium films

Air bearing for MEMS based motor

Force sensing device having magnetized element and magneto electric material

Polarizing element and liquid crystal projector

Magnetoresistance thin film magnetic head having reduced terminal count; and bias characteristics measuring method

Material and uses thereof

Magneto-resistive effect magnetic head

Thin-film magnetic head

Thin film magnetic head and method for producing same

SONY PREC ENGINEERING CT SINGA

Force sensing MEMS device for sensing an oscillating force

KOIKE NOBUYUKI

Phase difference element and method for manufacturing the same

MITSUBISHI MOTORS CORP

Control method of vehicle engine arranged in association with fluid coupling having clutch

TAKAHASHI EIJI

Polarizing element

TAKADA AKIO

Liquid crystal apparatus, color filter substrate, and array substrate

INOSAKA KEIGO

Percutaneous absorption-type pharmaceutical preparation

MITSUBISHI PETROCHEMICAL CO

Optical recording media on which information is stored and method of making same