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    • 4. 发明专利
    • POWER STEERING APPARATUS
    • JPS6067263A
    • 1985-04-17
    • JP17662283
    • 1983-09-24
    • JIDOSHA KIKI CO
    • OOE TAKESHIOOSAKI HIROSHI
    • B62D5/04B62D6/10
    • PURPOSE:To obtain a power steering apparatus which can use the revolution force of a motor directly as steering force which has high reliability and a simple structure, by transmitting the revolution of the motor by a torque sensor in which the position of a movable body is changed according to the input torque of a steering shaft and transferring the movable body in the direction for off- setting the change of position of the movable body. CONSTITUTION:When a steering wheel is revolved rightward, a movable body 10q fitted onto the shaft of a gear 10o is transferred integrally with the gear 10o. A torque sensor 11 generates the electric signal corresponding to the amount of shift of a sensor part 11a, and said signal is supplied into a controller, and a motor 10f is revolved in correspondence with the supplied signal. If the motor 10f is set to revolve rightward in this time, said revolution is transmitted to a gear 10j through a gear 10i, and a steering shaft 10b is revolved rightward. Therefore, the steering shaft 10b is revolved in the same direction to the steering shaft 10a, and a steering apparatus is controlled, and rightward turning is performed.
    • 5. 发明专利
    • Pressurized fluid feeding equipment
    • 加压流体输送设备
    • JPS57116910A
    • 1982-07-21
    • JP404981
    • 1981-01-14
    • Jidosha Kiki Co Ltd
    • OOE TAKESHIOOSAKI HIROSHI
    • B62D5/07F15B11/02
    • PURPOSE: To decrease power loss in such a way that in an equipment to selectively feed discharging fluid by means of a plurality of pumps to a hydraulic machine, a variable orifice to limit pressurized fluidic flow rate is provided on a flow control valve to control fluidic feeding rate.
      CONSTITUTION: When applied on an equipment in which pumps 1, 2 driven by a common engine are circulating and feeding working oil in a reservoir 3 through a flow control part 4 to a power steering gear 5, the flow control part 4 is constituted in such a way that a flow control valve 12 is installed on the downstream side of the connecting part of a subsidiary path 11 for a main path 10. The flow control valve 12 provides a spool 15 whereby when pressurized fluid grows to be more than the predetermined value, the control valve 12 is traveled to the right and a part of the pressured flued in the main path 10 is flowed through a drain path 25, etc. back to the reservoir 3. Besides, the flow control part 4 provides a variable orifice which includes a small diametral part 27 of the spool 15 to control pressurized fluidic flow rate in such a way that when the main path 10 is throttled said spool 15 is traveling to the right.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了减少功率损耗,使得在用于通过多个泵选择性地将排出流体供给到液压机器的设备中,在流量控制阀上设置限制加压流体流量的可变孔口,以控制流体 喂食率。 构成:当在由普通发动机驱动的泵1,2循环并且通过流量控制部分4将动力油运送到动力转向装置5的设备中时,流量控制部分4构成 流量控制阀12安装在用于主路径10的辅助路径11的连接部分的下游侧的方式。流量控制阀12提供阀芯15,由此当加压流体生长到大于预定值 ,控制阀12向右移动,并且在主路径10中流动的加压部分流过排水通道25等返回到储存器3.此外,流量控制部分4提供可变孔口, 包括阀芯15的小直径部分27以控制加压流体流速,使得当主路径10被节流时,所述阀芯15向右行进。
    • 6. 发明专利
    • OIL PUMP
    • JPS5797093A
    • 1982-06-16
    • JP17276880
    • 1980-12-08
    • JIDOSHA KIKI CO
    • MASUDA NAOAKISUZUKI YOSHIOOOE TAKESHIOOSAKI HIROSHI
    • B62D5/07F04B23/12F04B49/00F04C2/344F04C11/00F04C14/26
    • PURPOSE:To facilitate assembly and manufacture through facilitated fabrication and simplified structure by arranging a pair of spool valves by use of the valve holes which are formed in the periphery of the pump accomodating space formed in the center of a pump body and are in close vicinity to each other and of which axial lines are parallel. CONSTITUTION:A pair of spool valves 5 and 6 which operate as passage selector valve and flow-rate control valve are arranged by use of the valve holes 31 and 32 which are formed in the periphery of the pump accomodating space 7 formed in the center of a pump body and are formed in close vicinity each to other and of which axis lines are parallel. As the passages 43 and 24 which connect said valve holes 31 and 32 to the pump accomodating space 7 and the passage 53 which communicates an outlet passage 30 with a low pressure chamber (not shown in the figure) are composed of the cast hole formed integrally with the pump body and the drilled hole formed by simple boring, the whole is structured in a simple and compact form, and assembly and manufacture are facilitat ed, resulting in reduction of manufacturing cost.