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    • 2. 发明授权
    • Supercharger thrust bearing
    • 增压器推力轴承
    • US6045266A
    • 2000-04-04
    • US098664
    • 1998-06-17
    • Ken MitsuboriYukiteru Sekita
    • Ken MitsuboriYukiteru Sekita
    • F02B39/00F01D25/16F01D25/18F02B39/14F02C6/12F16C33/10F16C17/04
    • F01D25/16F01D25/18F02C6/12F16C2360/24
    • A supercharger thrust bearing for use in a machine rotatable at a high speed includes radial oil grooves formed in a pad surface. Gradients are formed at the outward radial ends of the oil supply grooves such that the groove depth sequentially diminishes as the outside in the radial direction is approached. The machine rotatable at a high speed is, for example, a boat or a ship. The lubricating oil inside the oil supply grooves is forced out by the gradients and creates a dam. The lubrication oil flowing in a circumferential direction on the pad surface, which is heated on the pad surface, is stopped by this dam and turned to a radially outward direction. The heated oil is pushed out from the pad surface and the new cold oil is caused to flow onto the pad surface from the radial grooves.
    • 用于可高速旋转的机器中的增压器推力轴承包括形成在垫表面中的径向油槽。 在供油槽的向外的径向端部处形成有梯度,使得当径向外侧接近时,槽深度依次减小。 高速旋转的机器例如是船或船。 供油槽内的润滑油被梯度挤出,形成一个水坝。 在焊盘表面加热的焊盘表面上沿圆周方向流动的润滑油被该挡块阻挡并转向径向向外的方向。 被加热的油从衬垫表面推出,并使新的冷油从径向沟槽流到衬垫表面。
    • 3. 发明授权
    • Vibration attenuation arrangement for rotor blades
    • 转子叶片的振动衰减布置
    • US6082970A
    • 2000-07-04
    • US79442
    • 1998-05-15
    • Minoru TsukamotoKen Mitsubori
    • Minoru TsukamotoKen Mitsubori
    • F01D5/16F01D5/24B63H1/15
    • F01D5/24Y10S416/50
    • An arrangement for attenuating vibrations of blades attached to a peripheral surface of a rotor of an axial turbine. A through hole is formed in each rotor blade in a generally thickness direction of the blade so that the through holes in combination define a single annular passage near a rotor surface when all of the rotor blades are attached to the rotor. A wire is provided to extend through the aligned through holes. Thus, the wire frictionally contacts the through holes when the blades are caused to vibrate due to a gas pressure and a centrifugal force generated upon operation of the axial turbine. Friction contact between the wire and the through holes attenuates vibrations of the blades.
    • 一种用于衰减安装在轴向涡轮机的转子的外周表面上的叶片的振动的装置。 在每个转子叶片中沿叶片的大致厚度方向形成通孔,使得当所有转子叶片附接到转子时,通孔组合形成在转子表面附近的单个环形通道。 电线被设置成延伸通过对准的通孔。 因此,当叶片由于轴向涡轮机的运行时产生的气体压力和离心力而使叶片振动时,线材摩擦地接触通孔。 电线与通孔之间的摩擦接触会削弱叶片的振动。
    • 4. 发明授权
    • Rotatably supporting device for correcting balance of rotating body
    • 旋转支撑装置,用于校正旋转体的平衡
    • US07658107B2
    • 2010-02-09
    • US10596398
    • 2004-10-28
    • Ken MitsuboriTakeshi Fujimaki
    • Ken MitsuboriTakeshi Fujimaki
    • G01M1/00
    • F16C32/0696G01M1/323
    • A rotatably supporting device for correcting balance of a rotating body includes a journal supporting part having a mandrel that rotatably supports the rotating body in a floating state about a vertical axis, a thrust supporting part that is provided at a lower end portion of the mandrel and supports a bottom part of the rotating body in the floating state, a first fluid supply passage that supplies a fluid for floating between the mandrel and a rotation support hole of the rotating body, an annular groove provided in the thrust supporting part so as to face the bottom part of the rotating body, and a second fluid supply passage that communicates with the annular groove to supply a fluid thereto for floating the rotating body. A rotatably supporting device for correcting balance of a rotating body includes a journal supporting part having a mandrel that rotatably supports the rotating body in a floating state about a vertical axis, a thrust supporting part that is provided at a lower end portion of the mandrel and supports a bottom part of the rotating body in the floating state, and a fluid supply passage that supplies a fluid for floating between the mandrel and a rotation support hole of the rotating body, in which a space part is formed in at least either one of the mandrel and the rotation support hole for widening a space other than at a supporting portion.
    • 用于校正旋转体的平衡的可旋转支撑装置包括:轴颈支撑部件,其具有心轴,该心轴围绕垂直轴线以浮动状态可旋转地支撑旋转体;推力支撑部分,设置在心轴的下端部;以及 支撑处于浮动状态的旋转体的底部,第一流体供给通道,其供给用于在心轴与旋转体的旋转支撑孔之间浮动的流体;设置在推力支撑部中的环形槽,以便面对 旋转体的底部,以及与环状槽连通的第二流体供给通路,供给流体而使其旋转。 用于校正旋转体的平衡的可旋转支撑装置包括:轴颈支撑部件,其具有心轴,该心轴围绕垂直轴线以浮动状态可旋转地支撑旋转体;推力支撑部分,设置在心轴的下端部;以及 支撑处于浮动状态的旋转体的底部;以及流体供给通道,其供给用于在心轴与旋转体的旋转支撑孔之间浮动的流体,其中在至少一个 心轴和旋转支撑孔,用于加宽除支撑部以外的空间。
    • 5. 发明授权
    • Structure for joining impeller to rotatable shaft
    • 将叶轮连接到旋转轴的结构
    • US5961246A
    • 1999-10-05
    • US821652
    • 1997-03-20
    • Ken Mitsubori
    • Ken Mitsubori
    • F04D29/00F04D29/20F04D29/28F16B3/00F16D1/06F16D1/08F01D5/26F16D11/00
    • F16D1/06F04D29/266F16D2001/062Y10T403/7032Y10T403/7047Y10T403/7073
    • There is provided a structure for joining an impeller to a rotatable shaft, including (a) a bushing through which the impeller is joined to the rotatable shaft, the bushing including a hollow cylindrical portion which is to fit into a recess formed with the impeller and into which the rotatable shaft is to fit, (b) a first joint structure for joining the bushing to the impeller so that the bushing is positioned coaxially with the impeller, and (c) a second joint structure for joining the rotatable shaft to the bushing so that the rotatable shaft is positioned coaxially with the bushing. The structure provides a sufficient ability for transferring a torque between an impeller and a shaft, self-aligning performance between an impeller and a shaft, and good serviceability for assembling and disassembling, and further provides higher accuracy in axially positioning an impeller and a shaft and lower fabrication costs.
    • 提供了一种用于将叶轮接合到可旋转轴的结构,包括(a)衬套,叶轮与旋转轴接合,衬套包括中空圆柱形部分,该中空圆柱形部分装配到形成有叶轮的凹部中, (b)用于将衬套接合到叶轮的第一接头结构,使得衬套与叶轮同轴地定位,以及(c)用于将可旋转轴连接到衬套的第二接头结构 使得可旋转轴与衬套同轴地定位。 该结构提供了在叶轮和轴之间传递扭矩的足够能力,叶轮和轴之间的自对准性能以及用于组装和拆卸的良好的可使用性,并且进一步提供了轴向定位叶轮和轴的更高精度, 降低制造成本。
    • 9. 发明申请
    • Rotatably Supporting Device for Correcting Balance of Rotating Body
    • 旋转支撑装置,用于校正旋转体的平衡
    • US20080282782A1
    • 2008-11-20
    • US10596398
    • 2004-10-28
    • Ken MitsuboriTakeshi Fujimaki
    • Ken MitsuboriTakeshi Fujimaki
    • G01M1/04
    • F16C32/0696G01M1/323
    • A rotatably supporting device for correcting balance of a rotating body includes a journal supporting part having a mandrel that rotatably supports the rotating body in a floating state about a vertical axis, a thrust supporting part that is provided at a lower end portion of the mandrel and supports a bottom part of the rotating body in the floating state, a first fluid supply passage that supplies a fluid for floating between the mandrel and a rotation support hole of the rotating body, an annular groove provided in the thrust supporting part so as to face the bottom part of the rotating body, and a second fluid supply passage that communicates with the annular groove to supply a fluid thereto for floating the rotating body. A rotatably supporting device for correcting balance of a rotating body includes a journal supporting part having a mandrel that rotatably supports the rotating body in a floating state about a vertical axis, a thrust supporting part that is provided at a lower end portion of the mandrel and supports a bottom part of the rotating body in the floating state, and a fluid supply passage that supplies a fluid for floating between the mandrel and a rotation support hole of the rotating body, in which a space part is formed in at least either one of the mandrel and the rotation support hole for widening a space other than at a supporting portion.
    • 用于校正旋转体的平衡的可旋转支撑装置包括:轴颈支撑部件,其具有心轴,该心轴围绕垂直轴线以浮动状态可旋转地支撑旋转体;推力支撑部分,设置在心轴的下端部;以及 支撑处于浮动状态的旋转体的底部,第一流体供给通道,其供给用于在心轴与旋转体的旋转支撑孔之间浮动的流体;设置在推力支撑部中的环形槽,以便面对 旋转体的底部,以及与环状槽连通的第二流体供给通路,供给流体而使其旋转。 用于校正旋转体的平衡的可旋转支撑装置包括:轴颈支撑部件,其具有心轴,该心轴围绕垂直轴线以浮动状态可旋转地支撑旋转体;推力支撑部分,设置在心轴的下端部;以及 支撑处于浮动状态的旋转体的底部;以及流体供给通道,其供给用于在心轴与旋转体的旋转支撑孔之间浮动的流体,其中在至少一个 心轴和旋转支撑孔,用于加宽除支撑部以外的空间。