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    • 22. 发明申请
    • Pump system, charge relief mechanism and oil pressure control mechanism
    • 泵系统,减压机构和油压控制机构
    • US20080185053A1
    • 2008-08-07
    • US12098193
    • 2008-04-04
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • F16K15/00
    • F04B1/22F04B23/06Y10T137/7869
    • A charge relief mechanism for setting an oil pressure of a charge line which replenishes operating oil to a pair of operating oil lines fluidly connecting a hydraulic pump body and a hydraulic actuator, includes: an oil pressure setting line; and a charge relief valve inserted in the oil pressure setting line. The charge relief valve includes a relief valve body provided with a large diameter hole, a small diameter hole, and a check valve seat formed between the large diameter hole and the small diameter hole. The large diameter hole is provided with a check valve body which is seatable on the check valve seat and is movable in the axis line direction, and a slip-out prevention member for preventing the check valve body from being separated from the large diameter hole while allowing the check valve body to selectively communicate or block between the large diameter hole and the small diameter hole.
    • 一种用于将液压泵主体和液压致动器流体连接的一对工作油管线补充操作油的充气管线的油压设定为电荷释放机构,包括:油压设定线; 以及插入油压设定线中的减压阀。 减压阀包括设置有大直径孔,小直径孔和形成在大直径孔和小直径孔之间的止回阀座的安全阀体。 大直径孔设置有止回阀体,该止回阀体可在止回阀座上座位并且能够沿轴线方向移动,并且防止止回阀体与大直径孔分离的防脱出构件同时 允许止回阀体在大直径孔和小直径孔之间选择性地连通或阻塞。
    • 24. 发明申请
    • Hydraulic Actuator Unit
    • 液压执行机构
    • US20110088545A1
    • 2011-04-21
    • US12732837
    • 2010-03-26
    • Kengo SasaharaToshifumi YasudaMinoru KamadaMasaaki InoueTakashi NishizawaFumitoshi IshinoMasaya ItouShinichi HiroseJun MatsuuraRyota Iwaibara
    • Kengo SasaharaToshifumi YasudaMinoru KamadaMasaaki InoueTakashi NishizawaFumitoshi IshinoMasaya ItouShinichi HiroseJun MatsuuraRyota Iwaibara
    • F04B1/32F01B3/02
    • F04B1/20B60Y2200/223F04B1/295F04B1/324F04B53/22F16H61/435
    • In the hydraulic actuator unit according to the present invention, a first electric motor assembly formed by mounting one of a pair of electric motors to one of a pair of electric motor covers is detachably mounted to a pump case so as to rotate a first control shaft around its axis line, and a second electric motor assembly formed by mounting the other one of the pair of electric motors to the other one of the pair of electric motor covers is detachably mounted to the pump case so as to rotate a second control shaft around its axis line. The first electric motor assembly is mounted to the pump case so that the corresponding electric motor has a rotational axis line in parallel with the first pump shaft in a state where the electric motor is positioned on an opposite side to the second control shaft with respect to the first control shaft and is also positioned on an opposite side to a first end of a first pump shaft with respect to a virtual plane that passes through the axis lines of the first and second control shafts. The second electric motor assembly is mounted to the pump case at a posture obtained by rotating the first electric motor assembly by 180 degrees about a virtual center line that is disposed in parallel with the first and second control shafts and is located at a center between the first and second control shafts, thereby the electric motor is positioned on an opposite side to a cooling fan, which is driven by the second end of the second pump shaft, with respect to the virtual plane.
    • 在根据本发明的液压致动器单元中,通过将一对电动机中的一个安装到一对电动机盖中的一个而形成的第一电动机组件可拆卸地安装到泵壳体上,以使第一控制轴 围绕其轴线,并且通过将一对电动机中的另一个安装到一对电动机盖中的另一个而形成的第二电动机组件可拆卸地安装到泵壳体上,以使第二控制轴旋转 其轴线。 第一电动机组件安装到泵壳体,使得相应的电动机在电动机相对于第二控制轴的相对侧相对于第二控制轴定位的状态下具有与第一泵轴平行的旋转轴线 第一控制轴并且相对于穿过第一和第二控制轴的轴线的虚拟平面也位于与第一泵轴的第一端相反的一侧。 第二电动机组件以通过使第一电动机组件围绕与第一和第二控制轴平行设置的虚拟中心线旋转180度而获得的姿态安装到泵壳体,并且位于第二电动机组件之间的中心 第一和第二控制轴,由此电动机相对于虚拟平面位于与由第二泵轴的第二端驱动的冷却风扇的相反侧。
    • 25. 发明申请
    • Pump system, charge relief mechanism and oil pressure control mechanism
    • 泵系统,减压机构和油压控制机构
    • US20060008357A1
    • 2006-01-12
    • US11150250
    • 2005-06-13
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • F04B35/00F04B17/00
    • F04B1/22F04B23/06Y10T137/7869
    • There is provided a pump system including; a plurality of hydraulic pump bodies arranged in parallel; a plurality of pump shafts respectively driving the plurality of hydraulic pump bodies; a power transmission mechanism operatively connecting the plurality of pump shafts; and a pump case which accommodating the plurality of hydraulic pump bodies and the power transmission mechanism, and supports the plurality of pump shafts in a rotatable manner about an axis line, the pump case including a port block formed with supply/discharge oil passages for the plurality of pump bodies. One pump shaft of the plurality of pump shafts has a first end extending outward from the pump case so as to form an input end operatively connected to a driving source. The one pump shaft is directly or indirectly supported by the pump case at a region which is closer to the input end via a plurality of bearing members.
    • 提供了一种泵系统,包括: 多个并联排列的液压泵体; 分别驱动多个液压泵体的多个泵轴; 动力传递机构,其可操作地连接所述多个泵轴; 以及容纳所述多个液压泵主体和所述动力传递机构的泵壳体,并且以可旋转的方式围绕轴线支撑所述多个泵轴,所述泵壳体包括形成有供给/排出油路的端口块, 多个泵体。 多个泵轴中的一个泵轴具有从泵壳向外延伸的第一端,以形成可操作地连接到驱动源的输入端。 一个泵轴通过多个轴承部件在较靠近输入端的区域直接或间接地由泵壳体支撑。
    • 26. 发明授权
    • Pump system, charge relief mechanism and oil pressure control mechanism
    • 泵系统,减压机构和油压控制机构
    • US07370476B2
    • 2008-05-13
    • US11150250
    • 2005-06-13
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • F16D31/02
    • F04B1/22F04B23/06Y10T137/7869
    • There is provided a pump system including; a plurality of hydraulic pump bodies arranged in parallel; a plurality of pump shafts respectively driving the plurality of hydraulic pump bodies; a power transmission mechanism operatively connecting the plurality of pump shafts; and a pump case which accommodating the plurality of hydraulic pump bodies and the power transmission mechanism, and supports the plurality of pump shafts in a rotatable manner about an axis line, the pump case including a port block formed with supply/discharge oil passages for the plurality of pump bodies. One pump shaft of the plurality of pump shafts has a first end extending outward from the pump case so as to form an input end operatively connected to a driving source. The one pump shaft is directly or indirectly supported by the pump case at a region which is closer to the input end via a plurality of bearing members.
    • 提供了一种泵系统,包括: 多个并联排列的液压泵体; 分别驱动多个液压泵体的多个泵轴; 动力传递机构,其可操作地连接所述多个泵轴; 以及容纳所述多个液压泵主体和所述动力传递机构的泵壳体,并且以可旋转的方式围绕轴线支撑所述多个泵轴,所述泵壳体包括形成有供给/排出油路的端口块, 多个泵体。 多个泵轴中的一个泵轴具有从泵壳向外延伸的第一端,以形成可操作地连接到驱动源的输入端。 一个泵轴通过多个轴承部件在较靠近输入端的区域直接或间接地由泵壳体支撑。
    • 27. 发明申请
    • Wheel motor device
    • 车轮电机装置
    • US20070015619A1
    • 2007-01-18
    • US11476003
    • 2006-06-28
    • Kengo SasaharaKoji KiyookaYasuhisa MochizukiTakeaki Nozaki
    • Kengo SasaharaKoji KiyookaYasuhisa MochizukiTakeaki Nozaki
    • F16H1/32
    • B60K7/0007B60K7/0015B60K17/043B60K17/046B60K2007/0038B60K2007/0092B60L1/003B60L1/02B60L3/0023B60L50/50B60L2220/46B60L2220/50B60L2240/36B60L2240/486F16H1/32Y02T10/641Y02T10/7005
    • There is provided a wheel motor device including a variable-rotation output unit for outputting rotational power of a variable-rotation output body accommodated in a variable-rotation output body housing via a variable-rotation output shaft rotating about a reference axis line; and a reduction unit including a reduction gear mechanism for reducing rotation speed of the variable-rotation output shaft and a gear housing for accommodating the reduction gear mechanism. The reduction gear mechanism includes an input shaft relatively non-rotatable about the reference axis line with respect to the variable-rotation output shaft; an eccentric member having a rotating center eccentric from the reference axis line, the eccentric member being relatively non-rotatable with respect to the input shaft; an outer teeth member supported at the eccentric member in a relatively rotatable manner, the outer teeth member having outer teeth arranged on the outer peripheral surface; an inner teeth member having an inner diameter greater than an outer diameter of the outer teeth member and fixed in a non-rotatable manner, the inner teeth member having an inner teeth engaging with the outer teeth, the inner teeth having a teeth number different from that of the outer teeth; a rotation-component retrieving mechanism for retrieving rotation-component around the reference axis line from the outer teeth member; and a reduced-rotation output member rotatably driven about the reference axis line by the rotation-component retrieving mechanism.
    • 提供了一种轮式电动机装置,其包括可变旋转输出单元,用于通过围绕参考轴线旋转的可变旋转输出轴输出容纳在可变旋转输出主体壳体中的可变旋转输出体的旋转动力; 以及还原单元,其包括用于降低可变旋转输出轴的转速的减速机构和用于容纳减速齿轮机构的齿轮壳体。 所述减速机构包括相对于所述可变旋转输出轴相对于所述基准轴线相对不可旋转的输入轴; 所述偏心构件具有与所述基准轴线偏心的旋转中心,所述偏心构件相对于所述输入轴相对不可旋转; 以相对可旋转的方式支撑在所述偏心构件上的外齿构件,所述外齿构件具有设置在所述外周面上的外齿; 内齿构件,其内径大于所述外齿构件的外径并且以不可旋转的方式固定,所述内齿构件具有与所述外齿接合的内齿,所述内齿的齿数不同于 外齿的; 旋转部件检索机构,用于从所述外齿部件取回所述基准轴线的旋转分量; 以及由所述旋转部件检索机构围绕所述基准轴线旋转地驱动的减速旋转输出部件。