Inventor

FUJII EIICHI

JP37 patents

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

FUJII EIICHI

CANON KK

Laser beam forming temperature distribution of two peaks on a magneto-optical recording medium

Information recording-reproducing method utilizing domain wall displacement, and magneto optical medium

Magnetooptical recording medium allowing overwriting with two or more magnetic layers and recording method utilizing the same

Information reproducing apparatus for reproducing information by magnetic wall movement

Magneto-optical medium for reproducing information by the utilization of magnetic wall movement, and signal reproducing method

Information recording and reproducing method for recording information on and reproducing information from an optical recording medium including a land portion divided into a plurality of information tracks

Magnetooptical recording medium, method for producing the same, method for recording or reproducing information in or from the same

Magnetooptical recording medium, method for producing the same, method for recording or reproducing information in or from the same

Magnetooptical recording apparatus and magnetooptical recording method for canceling leakage magnetic fields associated with a recording medium and devices ancillary to the recording medium

Magnetooptical recording medium allowing overwriting with two or more magnetic layers and recording method utilizing the same

Magnetooptical recording method

Method and apparatus for setting light quantity most suitable for reproducing information from an optical recording medium

Opto-magnetic recording medium

Opto-magnetic recording medium

Method of producing product including silicon wires

Magneto-optical reproducing apparatus

Magnetooptical recording medium allowing overwriting with two or more magnetic layers

Magneto-optical reproducing method using a reproducing layer of horizontal magnetized state at room temperature

Magnetooptical recording medium allowing overwriting with two or more magnetic layers and recording method utilizing the same

Method for producing a magnetooptical recording medium

Method of making a magneto-optical recording medium that includes a light interference layer having specified characteristics

Magneto-optical recording medium comprising a rare-earth-transition metal dispersed in a dielectric

Method and apparatus for recording information on an opto-magnetic recording medium by applying a modulated light beam while applying a magnetic field alternating with a constant period

Opto-magnetic recording medium

Imaging apparatus

Optical coherence tomography apparatus and method

SEIKO EPSON CORP

Manufacturing method of optical communication module, optical communication module, and electronic apparatus

Optical transceiver and method for producing the same

Manufacturing method and manufacturing device of microstructure

Gas cell, magnetic field measurement device, and method for producing gas cell

Gas cell, magnetometric device, method of manufacturing gas cell, and method of manufacturing magnetometric device

Magnetism measuring device, manufacturing method of magnetism measuring device, gas cell, and manufacturing method of gas cell

Method for manufacturing magnetism measurement device, method for manufacturing gas cell, magnetism measurement device, and gas cell

Magnetism measuring device, gas cell, manufacturing method of magnetism measuring device, and manufacturing method of gas cell

Gas cell sealing method

Magnetism measurement apparatus, gas cell, method for manufacturing magnetism measurement apparatus, and method for manufacturing gas cell

Pattern drawing device and manufacturing method of pattern drawing body