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    • 1. 发明授权
    • Clutch and motor
    • 离合器和电机
    • US09455607B2
    • 2016-09-27
    • US13379935
    • 2010-06-22
    • Nobuo MizutaniTomoki Yamashita
    • Nobuo MizutaniTomoki Yamashita
    • F16D51/12H02K7/102H02K7/116H02K7/108F16D43/02F16D41/063F16D41/10E05F11/50
    • H02K7/108E05F11/505E05Y2900/55F16D41/063F16D41/10F16D43/02F16D51/12H02K7/102H02K7/1166
    • A clutch including a drive shaft, drive side rotation body, driven shaft, driven side rotation body, clutch housing, and lock member is disclosed. During non-rotation of the drive side rotation body, when the driven side rotation body is rotated, the lock member is pushed by the driven side rotation body and moved outward in a radial direction thereby bringing the contact portion into contact with the inner circumferential surface of the clutch housing. During rotation of the drive side rotation body, the drive side rotation body pushes a drive side cam surface in the rotation direction, and the drive side cam surface acts to move the lock member inward in the radial direction and push the lock member against the driven side rotation body. Thus, the lock member is sandwiched between the drive side rotation body and the driven side rotation body thereby coupling the drive side rotation body and the driven side rotation body with the lock member to be integrally rotatable.
    • 公开了一种包括驱动轴,驱动侧旋转体,从动轴,从动侧旋转体,离合器壳体和锁定构件的离合器。 在驱动侧旋转体不旋转的状态下,当从动侧旋转体旋转时,锁定部件被从动侧旋转体推压而向径向移动,从而使接触部与内周面 的离合器壳体。 在驱动侧旋转体的旋转期间,驱动侧旋转体沿旋转方向推动驱动侧凸轮面,驱动侧凸轮面用于使锁定部件沿径向向内移动,并将锁定部件推抵驱动 侧面旋转体。 因此,锁定构件被夹在驱动侧旋转体和从动侧旋转体之间,从而将驱动侧旋转体和从动侧旋转体与锁定构件结合成可一体旋转。
    • 3. 发明申请
    • CLUTCH AND MOTOR
    • 离合器和电动机
    • US20120061200A1
    • 2012-03-15
    • US13232750
    • 2011-09-14
    • Tomoki YamashitaHiroshi Kokubu
    • Tomoki YamashitaHiroshi Kokubu
    • F16D15/00
    • F16D43/02E05F15/697E05Y2900/55H02K7/108H02K7/1166
    • A clutch is provided that includes an annular clutch housing, a driving-side rotor, a driven-side rotor having a control surface, and a rolling element located between the inner circumferential surface of the clutch housing and the control surface. The control surface faces radially outward in the clutch housing. When the driving-side rotor rotates, the rotational driving force of the driving-side rotor is transmitted to the driven-side rotor. When the driving-side rotor is driven to rotate, the rolling element rotates together with the driven-side rotor. When the driving-side rotor is not driven to rotate, the rolling element is held between the inner circumferential surface of the clutch housing and the control surface so as to prevent the driven-side rotor from rotating. The driven-side rotor includes a driven-side coupling portion that can be coupled to and integrally rotatable with the driving-side rotor. The driven-side coupling portion and the control surface are provided at different positions in the axial direction.
    • 提供了一种离合器,其包括环形离合器壳体,驱动侧转子,具有控制表面的从动侧转子和位于离合器壳体的内周表面和控制表面之间的滚动元件。 控制表面在离合器壳体中径向向外。 当驱动侧转子旋转时,驱动侧转子的旋转驱动力被传递到从动侧转子。 驱动侧转子驱动旋转时,滚动体与从动侧转子一起旋转。 当驱动侧转子不被驱动旋转时,滚动体被保持在离合器壳体的内周面与控制面之间,以防止从动侧转子旋转。 从动侧转子包括可与驱动侧转子联接并可一体旋转的从动侧联接部。 被驱动侧联接部和控制面设置在轴向的不同位置。
    • 4. 发明授权
    • Commutator, direct-current motor, and method for manufacturing commutator
    • 换向器,直流电动机和换向器制造方法
    • US07649297B2
    • 2010-01-19
    • US12146877
    • 2008-06-26
    • Hidenori IshiharaHideyuki SuzukiKatsuhiko ToriiHiroaki YamamotoTomoki Yamashita
    • Hidenori IshiharaHideyuki SuzukiKatsuhiko ToriiHiroaki YamamotoTomoki Yamashita
    • H02K27/02H01R39/06
    • H02K13/04H01R39/06H01R43/08H02K5/148H02K13/10H02K23/30Y10T29/49011
    • A commutator having a plurality of segments, a short-circuit member assembly, a holding portion, and a plurality of spacing members is disclosed. The short-circuit member assembly includes a plurality of short-circuit pieces. Each short-circuit piece has an outer terminal, an inner terminal arranged radially inward from the outer terminal and circumferentially offset from the outer terminal at a predetermined offset angle, and a connecting portion connecting the inner terminal to the outer terminal. The holding portion covers the segments and at least a portion of the short-circuit member assembly to hold the segments and the short-circuit member assembly. The spacing members each have an insulated support portion and a plurality of insulated spacing projections formed integrally with the support portion. Each support portion extends in a radial direction of the short-circuit member assembly. The spacing projections are arranged in the direction in which the corresponding support members extend in such a manner that the spacing projections are each provided between the corresponding circumferentially adjacent pair of the connecting portions.
    • 公开了具有多个段的换向器,短路构件组件,保持部分和多个间隔构件。 短路构件组件包括多个短路片。 每个短路片具有外端子,内端子从外端子径向向内布置并且以预定的偏移角度从外端子周向地偏移,以及连接部分将内端子连接到外端子。 保持部分覆盖段和短路构件组件的至少一部分以保持段和短路构件组件。 间隔构件各自具有绝缘支撑部分和与支撑部分一体地形成的多个绝缘间隔突起。 每个支撑部分在短路构件组件的径向方向上延伸。 间隔突起沿着相应的支撑构件延伸的方向布置,使得间隔突起各自设置在相应的周向相邻的一对连接部分之间。
    • 5. 发明申请
    • Volume measuring device and method
    • 体积测量装置及方法
    • US20070193350A1
    • 2007-08-23
    • US10594088
    • 2005-03-23
    • Takahisa NishizuAkihiro NakanoYasuo TorikataTomoki Yamashita
    • Takahisa NishizuAkihiro NakanoYasuo TorikataTomoki Yamashita
    • G01F17/00G01N29/12
    • G01F17/00
    • A volume measuring apparatus is provided with: an acoustic tube whose one end is communicated with a container in which an object to be measured is contained; another container communicated with the other end of the acoustic tube; a partition chamber which defines a sealed space disposed adjacent to the another container and which includes a partition plate for dividing the sealed space and an inner space of the another container; and an electromotive-type speaker which is disposed in the sealed space and whose acoustic wave output surface is disposed opposite to the partition plate. A processing device obtains a volume of the object to be measured, on the basis of an acoustic signal associated with an acoustic wave outputted into the another container via the partition plate from the acoustic wave output surface.
    • 体积测量装置具有:声管,其一端与容纳被测物体的容器连通; 另一容器与声管的另一端连通; 分隔室限定与另一容器相邻设置的密封空间,并且包括用于分隔密封空间的分隔板和另一容器的内部空间; 以及设置在密封空间中并且其声波输出表面与隔板相对设置的电动型扬声器。 处理装置基于与从声波输出面经由分隔板输出到另一容器中的声波相关联的声学信号,获得被测量物体的体积。
    • 8. 发明授权
    • Volume measuring device and method
    • 体积测量装置及方法
    • US07707877B2
    • 2010-05-04
    • US10594088
    • 2005-03-23
    • Takahisa NishizuAkihiro NakanoYasuo TorikataTomoki Yamashita
    • Takahisa NishizuAkihiro NakanoYasuo TorikataTomoki Yamashita
    • G01F17/00
    • G01F17/00
    • A volume measuring apparatus is provided with: an acoustic tube whose one end is communicated with a container in which an object to be measured is contained; another container communicated with the other end of the acoustic tube; a partition chamber which defines a sealed space disposed adjacent to the another container and which includes a partition plate for dividing the sealed space and an inner space of the another container; and an electromotive-type speaker which is disposed in the sealed space and whose acoustic wave output surface is disposed opposite to the partition plate. A processing device obtains a volume of the object to be measured, on the basis of an acoustic signal associated with an acoustic wave outputted into the another container via the partition plate from the acoustic wave output surface.
    • 体积测量装置具有:声管,其一端与容纳被测物体的容器连通; 另一容器与声管的另一端连通; 分隔室限定与另一容器相邻设置的密封空间,并且包括用于分隔密封空间的分隔板和另一容器的内部空间; 以及设置在密封空间中并且其声波输出表面与隔板相对设置的电动型扬声器。 处理装置基于与从声波输出面经由分隔板输出到另一容器中的声波相关联的声学信号,获得被测量物体的体积。
    • 10. 发明申请
    • CLUTCH AND MOTOR
    • 离合器和电动机
    • US20120098367A1
    • 2012-04-26
    • US13379935
    • 2010-06-22
    • Nobuo MizutaniTomoki Yamashita
    • Nobuo MizutaniTomoki Yamashita
    • H02K7/112F16D41/06
    • H02K7/108E05F11/505E05Y2900/55F16D41/063F16D41/10F16D43/02F16D51/12H02K7/102H02K7/1166
    • A clutch including a drive shaft, drive side rotation body, driven shaft, driven side rotation body, clutch housing, and lock member is disclosed. During non-rotation of the drive side rotation body, when the driven side rotation body is rotated, the lock member is pushed by the driven side rotation body and moved outward in a radial direction thereby bringing the contact portion into contact with the inner circumferential surface of the clutch housing. During rotation of the drive side rotation body, the drive side rotation body pushes a drive side cam surface in the rotation direction, and the drive side cam surface acts to move the lock member inward in the radial direction and push the lock member against the driven side rotation body. Thus, the lock member is sandwiched between the drive side rotation body and the driven side rotation body thereby coupling the drive side rotation body and the driven side rotation body with the lock member to be integrally rotatable.
    • 公开了一种包括驱动轴,驱动侧旋转体,从动轴,从动侧旋转体,离合器壳体和锁定构件的离合器。 在驱动侧旋转体不旋转的状态下,当从动侧旋转体旋转时,锁定部件被从动侧旋转体推压而向径向移动,从而使接触部与内周面 的离合器壳体。 在驱动侧旋转体的旋转期间,驱动侧旋转体沿旋转方向推动驱动侧凸轮面,驱动侧凸轮面用于使锁定部件沿径向向内移动,并将锁定部件推抵驱动 侧面旋转体。 因此,锁定构件被夹在驱动侧旋转体和从动侧旋转体之间,从而将驱动侧旋转体和从动侧旋转体与锁定构件结合成可一体旋转。