Kabushiki Kaisha Toshiba

Masatoshi Tomura

Masaharu Tsuyuki

Manabu Hiraoka

Tomoyasu Komori

Hidehiro Fujita

Hisashi Tachizaki

Hiroshi Hori

Hideki Fujimoto

Yasuo Maruyama

Naoko Hasegawa

Makoto Suzuki

Kyojiro Nambu

Keiji Matsuda

Yasuhiro Seki

Yasuo Kodaira

Takayuki Kuwahara

Naofumi Watanabe

A medical system includes an X-ray CT apparatus and a nuclear medicine diagnostic apparatus, and a partition which blocks X-ray leakage or radiation ray leakage between the X-ray CT apparatus and the nuclear medicine apparatus. The medical system may include an operation unit to set a position of a nuclear medicine image on a scanogram.

Medical system including X-ray CT apparatus and nuclear medicine diagnostic apparatus

A helical-scanning type of X-ray CT apparatus includes a dolly,and a gantry body,mounted on the dolly,. The dolly,is capable of translation relatively to a patient,lying on a tabletop,. An X-ray tube,and an X-ray-detector,opposing the X-ray tube,are rotatably accommodated in the gantry body,. In operation, the helical scanning operation of the X-ray CT apparatus is carried out by combining the translation of the dolly,with the rotation of the X-ray tube

Helical scanning type X-ray CT apparatus with movable gantry

A radiation computed tomography apparatus of this invention includes a couch, a top board which carries the patient and is slidably arranged on the couch, a gantry which has an opening and acquires projection data of a patient by guiding the patient carried on the top board into the opening, reconstruction section for reconstructing the tomographic image of the patient by reconstructing the projection data acquired by the gantry, and adjusting section, arranged on or near the gantry, for adjusting the photographing condition of the patient for obtaining a predetermined tomographic image of the patient.

Radiation computed tomography apparatus

A medical bed system, is provided wherein, by enabling a plurality of medical apparatus to use a common bed, various medical activities can be taken without moving a patient to another bed and thus without changing an attitude of the patient. In particular, the medical bed system includes a rotating section for rotating the bed horizontally around a predetermined central axis to position it on predetermined locations of the medical apparatuses, and an engaging section for engaging selectively the bed with each of the medical apparatuses, whereby positioning precision of the bed can be improved. In addition, each of a plurality of medical apparatuses can generate own bed operation control signal for operating the bed to fit to own medical apparatus, and can supply own bed operation control signal to the bed when it is engaged with the bed by the engaging section, and the bed can control its operation based on the bed operation control signal supplied from each of the plurality of medical apparatuses, whereby timing synchronization between the bed and the medical apparatus is achieved automatically.

Medical bed system

Growing community of inventors

Otawara, Japan

Masatoshi Tomura