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    • 23. 发明公开
    • PORTABLE ULTRASOUND SYSTEM
    • TRAGBARES超声心动图
    • EP2692296A4
    • 2014-09-17
    • EP12764339
    • 2012-01-20
    • HITACHI MEDICAL CORP
    • NINOMIYA ATSUSHIYANASE KAZUYUKIYOKOYAMA MASARUKASHIWAGI TAKASHIMATSUSHITA TAISUKE
    • A61B8/00G06F1/16
    • A61B8/4427A61B8/4411A61B8/462A61B8/467
    • The present invention provides a portable ultrasound system being superior in operability and design properties, and being allowed to take various storage postures fitting to the volume of a storage place. The keyboard unit 50 provided with an input device such as a keyboard and the display unit 80 incorporating a display part are mounted on the main body unit 30 that incorporates a main part of the ultrasound diagnostic system, respectively about the rotation axes P1 and P2, independently, in such a manner as rotatable, and further the rotation axes P1 and P2 are on a common axis P. The rotation axis part 200 supporting the display unit 80 is supported by the bearing of the main body unit in a part lower than the axis P, allowing the display unit to be rotatable about the rotation axis Q that is orthogonal to the axis P. With this configuration, it is possible to take an operating posture that allows the display unit 80 being upright to swivel, and multiple storage postures in which the posture of the main body unit 50 with respect to the keyboard unit 50 and the display unit 80 are variously changed.
    • 本发明提供了一种操作性和设计性能优异的便携式超声波系统,并且被允许采取与储存场所的容积相适应的各种存储姿势。 设置有诸如键盘的输入装置的键盘单元50和结合有显示部分的显示单元80分别围绕旋转轴线P1和P2安装在主体单元30上,该主体单元30包括超声诊断系统的主要部分, 独立地以可旋转的方式旋转,并且旋转轴线P1和P2在公共轴线P上。支撑显示单元80的旋转轴部分200由主体单元的轴承支撑在低于 轴P,允许显示单元围绕与轴线P正交的旋转轴线Q旋转。通过这种配置,可以采取允许显示单元80直立旋转的操作姿势,并且多个存储姿势 其中主体单元50相对于键盘单元50和显示单元80的姿态各不相同。
    • 28. 发明专利
    • MAGNETIC RESONANCE IMAGING DEVICE
    • JPH11313811A
    • 1999-11-16
    • JP6803299
    • 1999-03-15
    • HITACHI MEDICAL CORP
    • TAKEKOSHI ISAMUSAEGUSA MASATOONUMA MITSURUNINOMIYA ATSUSHIKATAYAMA ATSUSHISATO SHIGERUMAEDA TSUNEO
    • A61B5/055G01R33/385
    • PROBLEM TO BE SOLVED: To dispose a medical doctor or the like on either of both right and left sides of inspection table by fixing support columns on both side surfaces of a measurement space defined by an upper face of the inspection table and a lower face of a ceiling part, i.e., on both side surfaces of the inspection table, connecting the inspection table to the ceiling part by means of the columns, and opening the measurement space between both the right and left columns. SOLUTION: A bed 10 is comprises of a bead body 14 and a top plate 12 placed thereon 12. The top plate 12 is moved right and left by operating any one of a rear operation part and a central operation part so that a person to be subjected to inspection or subject can be sent to an inspection table 40. The upper face of the inspection table 40 and the lower face of the ceiling part 70 are in a face-to-face relation with each other, and at the position where they face each other, a gradient magnetic field coil or irradiation coil, receiving coil and magnetic pole are arranged. The outer circumferential faces 46, 48 of the inspection table 40 between both sides of bed connection part 42 and right and left columns 62, 64 are formed into a curved surface having a shape close to a substantially circular shape. Accordingly a medical doctor or the like can be positioned at either of both right and left sides of the subject.
    • 29. 发明专利
    • PHOTOFLUOROSCOPE AND PHOTOFLUOROGRAPHY
    • JPH11285492A
    • 1999-10-19
    • JP9178698
    • 1998-04-03
    • HITACHI MEDICAL CORP
    • NINOMIYA ATSUSHIUEMURA HIDEKIKAJIMA NOBUYOSHI
    • A61B6/00A61B6/04
    • PROBLEM TO BE SOLVED: To keep track of the movement of a top board, a C arm and a radiographic device safely and reliably when they are operated, by providing a close console having a display section indicating the operation assistance condition showing the positions of the top board, C arm, and radiographic device and the directions of movement of the top board, C arm and radiographic device. SOLUTION: The photofluoroscope is furnished with a top board that can be raised and laid, moved sideways, longitudinally, vertically, and rolled, an X-ray tube device and an radiograph receiving device that can be moved back and forth in relation to the top board, are supported opposite to each other at both ends of the C arm, separated by the top board. A variety of buttons to set control conditions are provided on a remote-control board of such photofluoroscope and a display section that displays an operation assistance condition showing the positions of the top board, C arm and the radiographic device and the motional directions of the top board, C arm and radiograph device, is provided. The visibility of the top board, C arm and radiographic device is improved by displaying the operating conditions by characters 161 to 167 and numerals.