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    • 22. 发明授权
    • Electric power steering apparatus
    • 电动助力转向装置
    • US5213173A
    • 1993-05-25
    • US781045
    • 1991-10-18
    • Hideo KonishiHiroshi Nishikiori
    • Hideo KonishiHiroshi Nishikiori
    • B62D5/04B62D6/10F16H55/20
    • B62D5/0409B62D6/10F16H57/021
    • An electric power steering apparatus includes a gear wheel on a driven side having a gear portion on one side surface thereof on a steering shaft and a pinion to be laterally meshed with a gear portion of the gear wheel on a shaft capable of transmitting a rotational driving force from an electric motor. The gear wheel and the pinion constitute a gear mechanism for transmitting a rotational force as a gear pair with non-parallel, non-intersecting axes. The gear wheel is axially supported on the steering shaft so as to be coupled in only a rotational direction and movable in an axial direction of the shaft. A biasing unit is provided on the other side of the gear wheel opposite to a portion of the pinion to be meshed with the gear portion and laterally urges the gear wheel toward the pinion.
    • 一种电动助力转向装置,包括从动侧的齿轮,转向轴的一个侧面上具有齿轮部,在与能够传递旋转驱动力的轴的齿轮上横向啮合的小齿轮 来自电动机的力 齿轮和小齿轮构成齿轮机构,用于传递具有非平行不相交轴线的齿轮对的旋转力。 齿轮被轴向地支撑在转向轴上,以便仅在旋转方向上联接并可在轴的轴向方向上移动。 偏置单元设置在与齿轮部分啮合的小齿轮的一部分相对的齿轮的另一侧上,并向齿轮方向侧向推动齿轮。
    • 23. 发明授权
    • Electrical power steering apparatus
    • 电动助力转向装置
    • US4666011A
    • 1987-05-19
    • US764630
    • 1985-08-12
    • Takeshi OheIchiro KoikeHideo Konishi
    • Takeshi OheIchiro KoikeHideo Konishi
    • B62D5/04
    • B62D5/0466
    • An electrical power steering apparatus includes a vehicle velocity sensor for detecting a vehicle velocity, a steering torque sensor for detecting a steering torque of a steering wheel, comparators for receiving the voltage signal from the steering torque sensor and detecting a steering direction, a motor drive mechanism, a vehicle wheel declination sensor for detecting a declination of a vehicle wheel, a nonsteering state detecting unit including an absolute value converter, a reference voltage generator and a comparator to detect a nonsteering state, and a controller for supplying a current of a magnitude corresponding to the declination of the vehicle wheel to the motor so as to decrease the declination during the nonsteering state.
    • 电动助力转向装置包括用于检测车速的车速传感器,用于检测方向盘的转向转矩的转向转矩传感器,用于接收来自转向转矩传感器的电压信号和检测转向方向的比较器,电机驱动 机构,用于检测车轮偏角的车轮偏心传感器,包括绝对值转换器的非转向状态检测单元,用于检测非转向状态的参考电压发生器和比较器,以及用于提供大小的电流的控制器 对应于车轮向电动机的倾斜,以便在非转向状态期间减小偏角。
    • 24. 发明授权
    • Power steering valve system
    • 动力转向阀系统
    • US4195706A
    • 1980-04-01
    • US894085
    • 1978-04-06
    • Hideo Konishi
    • Hideo Konishi
    • B62D5/08
    • B62D5/08
    • A power steering valve system includes an input shaft and an output shaft which are aligned on a common axis, and also includes a control valve mechanism which is located offset from the axis in order to reduce the overall length of the valve system. The control valve mechanism includes a spool valve, a displacement of which from its neutral position controls the flow of a hydraulic oil from an oil pump to or from a power cylinder to assist in directing the steerable road wheels in a given direction. The input and output shafts are operatively associated with a motion translating mechanism which translates the magnitude of a relative torsion between the two shafts into a linear displacement. The motion translating mechanism is operatively associated with the spool valve to displace it from the neutral position in accordance with the magnitude of relative torsion between the two shafts.
    • 动力转向阀系统包括在公共轴线上对准的输入轴和输出轴,并且还包括位于偏离轴线的控制阀机构,以减小阀系统的总长度。 控制阀机构包括滑阀,其从其中间位置的位移控制液压油从油泵到动力油缸或从动力气缸的流动,以帮助在给定方向上引导可转向的车轮。 输入和输出轴可操作地与运动平移机构相关联,运动平移机构将两轴之间的相对扭转的大小转换为线性位移。 运动平移机构与滑阀可操作地相关联,以根据两个轴之间的相对扭转的大小将其从中立位置移位。
    • 25. 发明授权
    • Variable displacement vane pump
    • 可变排量叶片泵
    • US07862305B2
    • 2011-01-04
    • US11602274
    • 2006-11-21
    • Sigeaki YamamuroHideo KonishiFusao Semba
    • Sigeaki YamamuroHideo KonishiFusao Semba
    • F04B49/00F01C20/22
    • F04C2/3447F04C14/226
    • A variable displacement vane pump, including a pump body, a driving shaft, a rotor, a cam ring swingable around a swing fulcrum, first and second support members on opposite axial sides of the cam ring, a suction port and a discharge port disposed on at least one of the support members, a seal dividing a space on an outer circumferential side of the cam ring into a first fluid pressure chamber defined in a direction in which the cam ring is swung to cause increase in a flow rate of a working fluid discharged, and a second fluid pressure chamber defined in a direction in which the cam ring is swung to cause decrease in the flow rate of the working fluid discharged, and a plunger biasing the cam ring from a side of the second fluid pressure chamber toward a side of the first fluid pressure chamber.
    • 一种可变排量叶片泵,包括泵体,驱动轴,转子,围绕摆动支点摆动的凸轮环,在凸轮环的相对轴向侧上的第一和第二支撑构件,设置在凸轮环上的吸入口和排出口 所述支撑构件中的至少一个,将所述凸轮环的外周侧上的空间分隔成沿所述凸轮环摆动的方向限定的第一流体压力室的密封,从而导致工作流体的流量的增加 排出的第二流体压力室和沿着凸轮环摆动的方向限定的第二流体压力室,以引起排出的工作流体的流量的降低;以及将凸轮环从第二流体压力室的侧面朝向 一侧的第一流体压力室。
    • 26. 发明申请
    • PUMP APPARATUS
    • 泵装置
    • US20090180904A1
    • 2009-07-16
    • US12351140
    • 2009-01-09
    • Shigeaki YAMAMUROHideo Konishi
    • Shigeaki YAMAMUROHideo Konishi
    • F04B39/08
    • F04C14/26F04C2/3442F04C14/226
    • A pump apparatus includes a drive shaft supported rotatably in a pump body; a power transmission member attached to the drive shaft, and configured to transmit power to the drive shaft; a pump element configured to pressurize and discharge working fluid; a discharge passage formed in the pump body, and configured to introduce the pressurized working fluid-discharged from the pump element to an external of the pump body; a control valve configured to control an amount of working fluid to be discharged through the discharge passage to the external, by controlling a movement of a valving element of the control valve on the basis of the pressurized working fluid; and an electromagnetic valve provided between the power transmission member and the control valve, and configured to control the control valve or a fluid pressure acting on the valving element of the control valve based on the pressurized working fluid.
    • 泵装置包括可旋转地支撑在泵体中的驱动轴; 传动构件,其附接到所述驱动轴,并且被配置为将动力传递到所述驱动轴; 构造成对工作流体进行加压和排出的泵元件; 排出通道,其形成在所述泵体中,并且构造成将从所述泵元件排出的加压工作流体引导到所述泵体的外部; 控制阀,其构造成通过基于所述加压工作流体控制所述控制阀的阀元件的运动来控制通过所述排出通道排出到外部的工作流体的量; 以及设置在所述动力传递构件和所述控制阀之间并且构造成基于所述加压工作流体来控制所述控制阀或作用在所述控制阀的阀元件上的流体压力的电磁阀。
    • 27. 发明申请
    • Variable displacement vane pump
    • 可变排量叶片泵
    • US20070148029A1
    • 2007-06-28
    • US11602274
    • 2006-11-21
    • Sigeaki YamamuroHideo KonishiFusao Semba
    • Sigeaki YamamuroHideo KonishiFusao Semba
    • F01C20/18
    • F04C2/3447F04C14/226
    • A variable displacement vane pump, including a pump body, a driving shaft, a rotor, a cam ring swingable around a swing fulcrum, first and second support members on opposite axial sides of the cam ring, a suction port and a discharge port disposed on at least one of the support members, a seal dividing a space on an outer circumferential side of the cam ring into a first fluid pressure chamber defined in a direction in which the cam ring is swung to cause increase in a flow rate of a working fluid discharged, and a second fluid pressure chamber defined in a direction in which the cam ring is swung to cause decrease in the flow rate of the working fluid discharged, and a plunger biasing the cam ring from a side of the second fluid pressure chamber toward a side of the first fluid pressure chamber.
    • 一种可变排量叶片泵,包括泵体,驱动轴,转子,围绕摆动支点摆动的凸轮环,在凸轮环的相对轴向侧上的第一和第二支撑构件,设置在凸轮环上的吸入口和排出口 所述支撑构件中的至少一个,将所述凸轮环的外周侧上的空间分隔成沿所述凸轮环摆动的方向限定的第一流体压力室的密封,从而导致工作流体的流量的增加 排出的第二流体压力室和沿着凸轮环摆动的方向限定的第二流体压力室,以引起排出的工作流体的流量的降低;以及将凸轮环从第二流体压力室的侧面朝向 一侧的第一流体压力室。
    • 29. 发明授权
    • Hydraulic pump control device
    • 液压泵控制装置
    • US06672055B1
    • 2004-01-06
    • US09869924
    • 2001-07-09
    • Hideo KonishiKenji AraiSeiichi AkiyamaMasumi Nomura
    • Hideo KonishiKenji AraiSeiichi AkiyamaMasumi Nomura
    • F16D3102
    • E02F9/2292E02F9/2235E02F9/2296F04B49/08F04B2201/1203F04B2203/0604
    • Disclosed herein is a hydraulic-pump controller that is capable of controlling absorbed pump torque in good balance against engine output at all times. In this hydraulic-pump controller, the discharge flow rates of the operating oil that are discharged from hydraulic pumps (9, 10) according to manipulation of manipulation units (12, 13) are predicted based on the discharge pressure of the hydraulic pumps (9, 10) that are driven by an engine (1), and based on the manipulation amount of the manipulation units (12, 13) that manipulate hydraulic actuators (27, 28), or a physical quantity correlating with the manipulation amount. Based on the predicted discharge flow rates and the discharge pressure, the absorbed torque of the hydraulic pumps is computed. Then, the predictive engine speed of the engine (11) is computed from the absorbed torque of the hydraulic pumps (9, 10) computed. Based on the deviation between the computed predictive engine speed and the actual engine speed of the engine (11), the regulators (12, 13) of the hydraulic pumps (9, 10) are controlled.
    • 本文公开了一种液压泵控制器,其能够始终控制吸收的泵扭矩与发动机输出的良好平衡。 在该液压泵控制器中,基于操作单元(12,13)的操作从液压泵(9,10)排出的工作油的排出流量基于液压泵(9)的排出压力 ,10),并且基于操纵液压致动器(27,28)的操作单元(12,13)的操作量或与操作量相关的物理量。 基于预测的排放流量和排放压力,计算出液压泵的吸收扭矩。 然后,从计算出的液压泵(9,10)的吸收转矩算出发动机(11)的预测发动机转速。 基于计算出的预测发动机速度与发动机(11)的实际发动机转速之间的偏差,控制液压泵(9,10)的调节器(12,13)。
    • 30. 发明授权
    • Variable displacement pump
    • US06619928B2
    • 2003-09-16
    • US10006139
    • 2001-12-10
    • Hideo Konishi
    • Hideo Konishi
    • F04B4900
    • F04C14/226
    • A cam ring 10 is slidably supported within a pump body 2, and a rotor 20 is rotatably disposed inside the cam ring. The cam ring is eccentric to a rotation shaft 22 of the rotor. The rotor carries a plurality of vanes 18 that can be advanced or retreated, in which a pump chamber 24 is formed in a space between the cam ring and the rotor. The cam ring is formed with the first and second fluid pressure chambers 14 and 16 on both sides thereof, and biased in a direction where the displacement of the pump chamber is at maximum by a spring 26. A control valve 28 is provided in which a differential pressure across a metering orifice is applied on both ends of a spool 32 and a spring 36 is disposed on the side of an end face where a downstream fluid pressure is applied. The fluid pressures of the fluid pressure chambers 14 and 16 are controlled by means of the control valve, whereby the cam ring is swung. A piston 58 that is moved in accordance with an increase in working pressure of a power steering apparatus is provided. This piston 58 exerts an axial thrust to an end face of the spool on the spring side.