Hitachi, Ltd.

Hitachi Medical Corporation

Michiyo Tanii

Shingo Kawasaki

Tsukasa Funane

Michiyuki Fujiwara

Stephanie Sutoko

Takashi Ishizuka

Joerg Schnackenberg

Akihiko Toda

Display screen with graphical user interface for a controller of a functional neuroimaging system

The biological optical measurement instrument is provided with a mobile position sensor that can move in a 3-dimensional space and that detects spatial position in the 3-dimensional space, a head-surface image creating unit that creates a head-surface image of an object and a head-surface point creating unit that creates, on the head-surface image, a head-surface point corresponding to the spatial position of the mobile position sensor.

Biological optical measurement instrument and reference image display method

To provide a highly reliable inspection device that prevents a loss in reliability of inspection that uses information from a position detector as a result of the influence of magnetic bodies or the like that are present in the environment, the inspection device includes biological information measurement units that measure biological information of an inspected target and form an image containing the biological information, a magnetic position detector that detects the position of at least one of the biological information measurement units and the inspection target, and a control unit that controls the biological information measurement units and the magnetic position detector; and further includes the control unit being provided with an environmental magnetic field measurement unit that uses the output of the magnetic position detector to measure distortion of the magnetic field in the measured space in which the biological information measurement units are placed.

Magnetic-field measurement jig, magnetic-field measurement program, and inspection device provided with magnetic position detector

Growing community of inventors

Tokyo, Japan

Michiyo Tanii