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    • 33. 发明申请
    • ELECTRONIC CAMERA
    • 电子相机
    • US20100045798A1
    • 2010-02-25
    • US12540838
    • 2009-08-13
    • Hiroshi SugimotoTakanori Sato
    • Hiroshi SugimotoTakanori Sato
    • H04N5/228H04N7/18
    • H04N5/23212H04N5/144H04N5/23245H04N5/2351
    • An electronic camera includes an imaging device. The imaging device has an imaging surface on which an object scene is captured and repeatedly outputs an object scene image. To the object scene, a plurality of evaluation groups are allocated. Moreover, each of the plurality of evaluation groups is formed by a plurality of evaluation areas. A CPU calculates an evaluation coefficient representing a motion of an object in each of the plurality of evaluation areas, based on the object scene image outputted from the imaging device. The CPU also specifies one of more evaluation groups to which an evaluation area corresponding to an evaluation coefficient exceeding a reference value belongs, and compares a pattern of the specified evaluation groups with a plurality of predetermined patterns. An imaging parameter is adjusted based on a comparison result.
    • 电子照相机包括成像装置。 成像装置具有拍摄对象场景的成像面,并重复地输出对象场景图像。 对于对象场景,分配多个评估组。 此外,多个评价组中的每一个由多个评估区域形成。 CPU基于从成像装置输出的对象场景图像,计算表示多个评价区域中的每一个中的对象的运动的评价系数。 CPU还指定与超过参考值的评估系数相对应的评估区域属于的评估组中的一个,并且将指定的评估组的模式与多个预定模式进行比较。 基于比较结果调整成像参数。
    • 34. 发明授权
    • Magnetic resonance diagnosis apparatus using three-dimensional magnetic tagging method
    • 磁共振诊断仪采用三维磁标签法
    • US07242189B2
    • 2007-07-10
    • US10865797
    • 2004-06-14
    • Hiroshi Sugimoto
    • Hiroshi Sugimoto
    • G01V3/00
    • G01R33/563A61B5/055G01R33/56333
    • A magnetic resonance diagnosis apparatus is capable of performing magnetic tagging of a three-dimensional region to visualize three-dimensional motion or to quantitatively handle the motion. In this apparatus, a control unit controls a gradient magnetic field power source of each axis so that magnetization by gradient magnetic fields generated from a gradient magnetic field coil describes a three-dimensional orbit inside space and performs magnetic tagging for a predetermined three-dimensional region of an object by adjusting a magnitude of gradient magnetic field pulses, pulse intervals and application times. Consequently, one can provide an MRI apparatus capable of more flexibly observing motion of organs and flow of blood.
    • 磁共振诊断装置能够进行三维区域的磁标签,以使三维运动可视化或者定量地处理运动。 在该装置中,控制单元控制各轴的倾斜磁场电源,使得从倾斜磁场线圈产生的梯度磁场的磁化描述了三维轨道内空间,并对预定的三维区域进行磁性标记 通过调整梯度磁场脉冲的幅度,脉冲间隔和施加时间来实现。 因此,可以提供能够更灵活地观察器官运动和血液流动的MRI装置。
    • 36. 发明授权
    • Lighting unit with reflecting mirror
    • 具有反射镜的照明单元具有非中心起始和非径向排列的精细反射面
    • US06369492B1
    • 2002-04-09
    • US09236983
    • 1999-01-26
    • Hiroshi Sugimoto
    • Hiroshi Sugimoto
    • H01J516
    • F21V7/09
    • A lighting unit with a reflecting mirror to prevent irradiation nonuniformity on an irradiated surface, produced by arranging a bulb as a light source in a funnel-shaped reflecting mirror having a reflecting surface and by arranging a plurality of fine reflecting surfaces on the reflecting surface non-radially and non-concentrically without clearance. Preferably the fine reflecting surfaces appear to be a honeycomb, and are formed substantially the same size of 0.01-5 mm long, 0.01-5 mm wide.
    • 一种具有反射镜的照明单元,用于防止照射表面上的照射不均匀性,其通过将灯泡作为光源布置在具有反射表面的漏斗状反射镜中,并且通过在反射表面上布置多个精细反射表面而非 无间隙地进行非同心圆。 优选地,细反射表面看起来是蜂窝状的,并且形成为基本上相同尺寸的0.01-5mm长,0.01-5mm宽。
    • 37. 发明授权
    • Magnetic resonance imaging apparatus
    • 磁共振成像装置
    • US5298861A
    • 1994-03-29
    • US981613
    • 1992-11-25
    • Hiroshi Sugimoto
    • Hiroshi Sugimoto
    • A61B5/055G01R33/28G01R33/48G01R33/563G01R33/20
    • G01R33/563
    • A magnetic resonance imaging method capable of discriminating the flow directions of fluids, such as bloodstreams, and suitable for MR angiography first selectively excites two side regions, which are located in the vicinity of a region to be imaged including fluids in an object to be examined, and which include first and second fluids flowing into the region to be imaged along different directions, by using RF pulses (90.degree. pulses) different from each other in phase by 90.degree.. A spin in one side region is rotated to the x'-axis direction in a rotating coordinate system, and that in the other side region is rotated to the y'-axis direction in the system. A 180.degree. pulse is applied to the region to be imaged to invert the polarity of a spin, thereby generating MR signals. The acquired MR signals are subjected to quadrature detection, and MR images are reconstructed for both a real-part component and an imaginary-part component different from each other in phase by 90.degree.. In each of the two images, only a fluid flowing in one direction appears. The flow directions of the fluids can be discriminated by comparing the two images.
    • 能够区分血流等流体的流动方向并且适合于MR血管造影的磁共振成像方法首先选择性地激发位于待成像区域附近的两侧区域,包括待检体内的液体 并且通过使用相位相差90度的RF脉冲(90度脉冲),其包括流入沿着不同方向成像的区域中的第一和第二流体。 在一个侧面区域中的旋转在旋转坐标系中旋转到x'轴方向,并且另一侧区域中的旋转在系统中旋转到y'轴方向。 将180度脉冲施加到要成像的区域以反转自旋的极性​​,由此产生MR信号。 对所获取的MR信号进行正交检测,并且对于相位相差90度的实部分量和虚部分量重构MR图像。 在两个图像的每一个中,只有一个方向上流动的流体出现。 可以通过比较两个图像来区分流体的流动方向。
    • 38. 发明授权
    • Method and apparatus for setting multi-slice imaging conditions in
computed tomographic imaging systems
    • 用于在计算机断层成像系统中设置多切片成像条件的方法和装置
    • US5188110A
    • 1993-02-23
    • US646930
    • 1991-01-28
    • Hiroshi Sugimoto
    • Hiroshi Sugimoto
    • A61B6/03A61B6/08
    • A61B6/032A61B6/08
    • A method and an apparatus of setting multi-slice imaging conditions in computed tomographic imaging systems capable of taking a desired multi-slice imaging in a desired imaging region without scanning imaging. In the method and apparatus, an object to be imaged is illuminated along at least one projection plane and within at least one projection area corresponding to an imaging region; the projection area is changed and detected; one of the multi-slice imaging conditions including an imaging time interval, a slice thickness, and a number of slices is specified; and a remaining part of the multi-slice imaging conditions is determined in accordance with the part of the multi-slice imaging conditions specified by the specifying means and the detected projection area.
    • 一种在计算机断层成像系统中设置多切片成像条件的方法和装置,其能够在不扫描成像的情况下在期望的成像区域中进行期望的多切片成像。 在该方法和装置中,要沿着至少一个投影平面并且在对应于成像区域的至少一个投影区域内照射要被成像的物体; 投影区域被改变和检测; 指定包括成像时间间隔,切片厚度和切片数量的多切片成像条件之一; 并且根据由指定装置和检测到的投影区域指定的多片成像条件的部分来确定多片成像条件的剩余部分。
    • 40. 发明授权
    • Man-powered boat propulsion device
    • 人造船推进装置
    • US4969846A
    • 1990-11-13
    • US472739
    • 1990-01-31
    • Hiroshi Sugimoto
    • Hiroshi Sugimoto
    • B63H1/36B63H16/20
    • B63H1/36B63H16/12
    • A man-powered boat propulsion device comprising a hand rod reciprocated horizontally by rowers, a vertical support rod moveably suspended from and slidably supporting the hand rod on a sliding support, an operation rod pivoted to the hand rod, a vertical shaft interlocked with the operation rod and capable of rotating clockwise and counter-clockwise, a fin blade secured to the shaft and capable of horizontally rotating both rightward and leftward alternately, a handle a connected to the hand rod, a change-over device connected to the handle and capable of transmitting a turning movement of the handle either clockwise or counter-clockwise changeably, and a direction control device connected between the change-over device and the shaft for transmitting the handle turning movement. Easy boat propulsion and steering is possible even of unskilled persons.
    • 一种人造船推进装置,包括由划船者水平地往复运动的手杆,垂直支撑杆,可移动地悬挂在滑动支撑件上并可滑动地支撑手杆,操纵杆枢转到手杆,与操作联动的垂直轴 杆,能够顺时针和逆时针旋转,翅片叶片固定到轴上并且能够交替地向右和向左水平旋转,连接到手杆的手柄a,连接到手柄的转换装置,并且能够 以可逆方向或逆时针方向传递手柄的转动运动,以及连接在转换装置和轴之间的方向控制装置,用于传递手柄转动运动。 即使是不熟练的人也可以轻松的船推进和转向。