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    • 1. 发明授权
    • Hydraulic pump for power steering
    • 动力转向液压泵
    • US4347048A
    • 1982-08-31
    • US186843
    • 1980-09-15
    • Minoru KawabataSusumu HonagaYoshiharu Inaguma
    • Minoru KawabataSusumu HonagaYoshiharu Inaguma
    • F04C2/344F04C14/26F04C15/06F04B49/02F04B49/08
    • F04C15/06F04C2/3446
    • A vane type hydraulic pump for use in a power steering apparatus comprising a pump housing receiving therein a non-rotatable cam ring and non-rotatable but axially slidable pressure plate and subplate. A pump rotor rotatable integrally with a drive shaft is received in an internal cam bore of the cam ring and, when rotated, delivers pressurized fluid to a discharge port connected to the power steering apparatus. The pressure plate and subplate define at a contact portion therebetween a radial low pressure passage, which is fluidically communicated with an axial low pressure hole receiving fluid from a pump reservoir and bypassed fluid from a flow volume control valve. The radially outer portions of the low pressure passage are gradually curved in a direction of rotation of the pump rotor.
    • 一种用于动力转向装置的叶片式液压泵,包括泵壳体,其中容纳有不可旋转的凸轮环和不可旋转但可轴向滑动的压板和副板。 与驱动轴一体旋转的泵转子被容纳在凸轮环的内部凸轮孔中,并且当旋转时将加压流体输送到连接到动力转向装置的排出口。 压板和副板限定在其间的接触部分处,该径向低压通道与从泵容器接收流体的轴向低压孔和来自流量控制阀的旁路流体流体连通。 低压通道的径向外侧部分在泵转子的旋转方向上逐渐弯曲。
    • 4. 发明授权
    • Electric power steering apparatus
    • 电动助力转向装置
    • US06491130B1
    • 2002-12-10
    • US09460414
    • 1999-12-14
    • Susumu HonagaYoshiharu InagumaOsamu WatanabeYoshinori Suzuki
    • Susumu HonagaYoshiharu InagumaOsamu WatanabeYoshinori Suzuki
    • B62D504
    • B62D5/0421B62D5/0409F16H1/16Y10T74/19828
    • An electric power steering apparatus is composed of a wheel gear connected with a steering wheel, a worm shaft tooth-engaged with the wheel gear, and an electric motor rotatably driving the worm shaft in which a worm tooth portion of the worm shaft is formed with a compound lead. Further, the worm shaft is fixed in an axial direction by at least one locknut provided at a portion of a separate side of the electric motor. Further, one end of the worm shaft is rotatably supported through a ball bearing and is fixed by the locknut in the axial direction of the worm shaft, and the other end thereof is rotatably supported through another ball bearing or is fixed by a circlip through a disc-shaped spring in the axial direction. Furthermore, only respective outer rings of the ball bearings are further secured to a housing in which the worm shaft and the wheel gear are disposed.
    • 电动助力转向装置包括与方向盘连接的轮齿轮,与齿轮啮合的蜗杆轴,以及可旋转地驱动蜗杆轴的电动马达,蜗杆轴形成有蜗杆蜗杆部分 复合铅。 此外,蜗杆轴通过设置在电动机的分离侧的一部分的至少一个锁定螺母沿轴向固定。 此外,蜗杆的一端通过球轴承可旋转地支撑,并且通过锁紧螺母沿蜗杆轴线方向固定,并且其另一端通过另一个滚珠轴承可旋转地支撑,或者通过卡环固定通过 盘形弹簧在轴向上。 此外,只有球轴承的相应的外圈进一步固定到设置有蜗杆轴和齿轮的壳体。
    • 5. 发明授权
    • Transmission ratio variable steering device
    • 传动比可变转向装置
    • US07581618B2
    • 2009-09-01
    • US11570803
    • 2005-06-10
    • Yoshiharu InagumaSusumu Honaga
    • Yoshiharu InagumaSusumu Honaga
    • B62D5/04
    • B62D5/008
    • A transmission ratio variable mechanism in prior art provided on a steering column needs a spiral cable and hence, not only needs an extra space but is also accompanied by a risk of having a drawback such as the breakage of the cable or the like. A steering wheel shaft 11 and an output shaft 22 are supported in a housing 21 attached to a steering column 13, to be rotatable on the same axis; first and second sun gears 45, 46 different slightly in the number of gear teeth are formed on facing end portions of the steering wheel shaft and the output shaft; first and second planetary gears 53, 54 meshing with the first and second sun gears are supported on a carrier 47; and a worm shaft 58 meshing with a worm wheel 57 connected rotationally to the carrier is constructed to be rotatable by a motor 43 which is provided on the housing in a direction perpendicular to the rotational axis of the steering wheel shaft and the output shaft. Thus, it can be realized to eliminate any spiral cable and to obtain a transmission ratio variable steering device 10 which is space-saving.
    • 设置在转向柱上的现有技术中的传动比可变机构需要螺旋线缆,因此不仅需要额外的空间,而且还伴随着诸如电缆断裂等缺点的风险。 方向盘轴11和输出轴22被支撑在安装在转向柱13上的壳体21中,以能够在同一轴线上旋转; 在方向盘轴和输出轴的相对的端部上形成有齿轮齿数略微不同的第一和第二太阳齿轮45,46; 与第一和第二太阳齿轮啮合的第一和第二行星齿轮53,54支撑在托架47上; 并且与旋转地连接到托架的蜗轮57啮合的蜗杆轴58被构造成可以通过马达43旋转,马达43沿着垂直于方向盘轴和输出轴的旋转轴线的方向设置在壳体上。 因此,可以实现消除任何螺旋线缆并获得节省空间的变速比可变转向装置10。
    • 7. 发明授权
    • Power steering system
    • 动力转向系统
    • US4593783A
    • 1986-06-10
    • US727079
    • 1985-04-25
    • Susumu HonagaMikio SuzukiYoshiharu Inaguma
    • Susumu HonagaMikio SuzukiYoshiharu Inaguma
    • B62D5/083B62D5/22B62D6/00B62D6/02B62D5/08
    • B62D6/00
    • A power steering system which includes an engine-driven pump, a fluid motor for supplementing manual steering torque, a fluid control valve for distributing fluid to the fluid motor, and a reaction device for applying hydraulic reaction or feeling to a steering wheel. A first flow control valve is utilized to deliver first fluid flow to a fluid control valve from the pump and to lead excess flow to a bypass passage. A second flow control valve is connected between the bypass passage and the reaction device to deliver second fluid flow to the reaction device and to lead excess flow to a reservoir. A magnetic pressure control valve is connected to the reaction device to control fluid pressure applied thereto in accordance with a predetermined vehicle operating condition, such as vehicle speed.
    • 一种动力转向系统,包括发动机驱动的泵,用于补充手动转向扭矩的流体马达,用于向流体马达分配流体的流体控制阀以及用于向方向盘施加液压反作用或感觉的反作用装置。 第一流量控制阀用于将第一流体流从泵输送到流体控制阀并且将过量的流引导到旁路通道。 第二流量控制阀连接在旁路通道和反应装置之间,以将第二流体流输送到反应装置,并将过量的流量引导到储存器。 磁性压力控制阀连接到反作用装置,以根据诸如车辆速度的预定车辆操作条件来控制施加到其上的流体压力。
    • 8. 发明申请
    • Transmission Ratio Variable Steering Device
    • 传动比可变转向装置
    • US20080023251A1
    • 2008-01-31
    • US11570803
    • 2005-06-10
    • Yoshiharu InagumaSusumu Honaga
    • Yoshiharu InagumaSusumu Honaga
    • B62D1/02
    • B62D5/008
    • A transmission ratio variable mechanism in prior art provided on a steering column needs a spiral cable and hence, not only needs an extra space but is also accompanied by a risk of having a drawback such as the breakage of the cable or the like. A steering wheel shaft 11 and an output shaft 22 are supported in a housing 21 attached to a steering column 13, to be rotatable on the same axis; first and second sun gears 45, 46 different slightly in the number of gear teeth are formed on facing end portions of the steering wheel shaft and the output shaft; first and second planetary gears 53, 54 meshing with the first and second sun gears are supported on a carrier 47; and a worm shaft 58 meshing with a worm wheel 57 connected rotationally to the carrier is constructed to be rotatable by a motor 43 which is provided on the housing in a direction perpendicular to the rotational axis of the steering wheel shaft and the output shaft. Thus, it can be realized to eliminate any spiral cable and to obtain a transmission ratio variable steering device 10 which is space-saving.
    • 设置在转向柱上的现有技术中的传动比可变机构需要螺旋线缆,因此不仅需要额外的空间,而且还伴随着诸如电缆断裂等缺点的风险。 方向盘轴11和输出轴22被支撑在安装在转向柱13上的壳体21中,以能够在同一轴线上旋转; 在方向盘轴和输出轴的相对的端部上形成有齿轮齿数略微不同的第一和第二太阳齿轮45,46; 与第一和第二太阳齿轮啮合的第一和第二行星齿轮53,54支撑在托架47上; 并且与旋转地连接到托架的蜗轮57啮合的蜗杆轴58被构造成可以通过马达43旋转,马达43沿着垂直于方向盘轴和输出轴的旋转轴线的方向设置在壳体上。 因此,可以实现消除任何螺旋线缆并获得节省空间的变速比可变转向装置10。
    • 10. 发明授权
    • Pump apparatus having drive force input portion aligned with pump shaft bearing member
    • 具有与泵轴承构件对准的驱动力输入部的泵装置
    • US06497565B2
    • 2002-12-24
    • US09870794
    • 2001-06-01
    • Yoshiharu InagumaSusumu Honaga
    • Yoshiharu InagumaSusumu Honaga
    • F04C2344
    • F01C21/10F04C2/3446F04C15/0061
    • In a pump housing of a pump apparatus, a pump shaft is rotatably supported by two bearings and is connected to a pump unit. A rotary drive member is fixed to one end of the pump shaft projecting from the tip end portion of the housing. The rotary drive member includes a boss portion fixed to the one end of the pump shaft projecting from the housing, and a rim portion integral with the boss portion. The rim portion is offset from the boss portion to cover at least a portion of the tip end portion of the housing. A groove portion for receiving a drive belt is formed on the outer circumference of the rim portion. The widthwise center plane of the groove portion is located between the respective centers of the two bearings. In place of the groove portion, a tooth portion engageable with a drive gear may be formed on the outer circumference of the rim portion. Preferably, the pump unit is of a balanced vane type.
    • 在泵装置的泵壳体中,泵轴由两个轴承可旋转地支撑并连接到泵单元。 旋转驱动构件被固定到从壳体的顶端部突出的泵轴的一端。 旋转驱动构件包括固定到从壳体突出的泵轴的一端的凸台部分和与凸台部分一体的边缘部分。 轮辋部分从凸起部分偏移以覆盖壳体的顶端部分的至少一部分。 在边缘部分的外圆周上形成有用于接纳传动带的槽部。 槽部的横向中心面位于两个轴承的各中心之间。 代替槽部,可以在轮缘部的外周形成与驱动齿轮啮合的齿部。 优选地,泵单元是平衡叶片型。