Ge Medical Systems Global Technology Company, LLC

Seiichi Kitagawa

Takami Sato

Yoshiro Udo

Yusuke Ikebe

Provided is a magnetic resonance imaging system in which the posture of a magnet can be easily adjusted and the adverse effect on images can be suppressed. The magnetic resonance imaging system comprises a magnet that induces a static magnetic field, and legs that support the magnet and stand on a placement surface. The leg includes a posture adjustment mechanism that adjusts the posture of the magnet and an attenuation pad that attenuates a vibration applied through the placement surface into a vibration whose frequency is different from the resonant frequency of the magnet.

Magnetic resonance imaging system

Occurrence of noise is to be prevented, and image quality improved. Dynamic dampers which damp vibration attributable to the gradient coil unit are arranged in positions which are extending areas of a gradient coil unit extending to protrude out of an accommodating space, and are different in positions from the accommodating space.

Magnetic resonance imaging apparatus and magnetic field forming apparatus

A ceiling board free from trouble due to bending is to be provided. In the ceiling board to be supported horizontally by its peripheral parts as fixed parts, the part between the fixed parts, in a state wherein it is bent by its own weight, is formed in a dome shape in a direction reverse to the direction of bending by the part's own weight so that the board surface be horizontal.

Ceiling board, designing method for ceiling board, manufacturing method for ceiling board, magnet cover, magnet system and magnetic resonance imaging apparatus

It is an object to provide an MR system and a floor cover capable of being attached and detached by one operator. In the invention, the floor cover covers a front face of a lower part of an open type MR system, and a cradle on which an object is mounted swiftly moves thereon. The floor cover is provided with a slide capable of moving on the lower part.

Growing community of inventors

Tokyo, Japan

Seiichi Kitagawa