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    • 4. 发明授权
    • Steering system for automotive vehicle or the like
    • 汽车转向系统等
    • US4751976A
    • 1988-06-21
    • US820221
    • 1986-01-21
    • Megumu HiguchiTokiyoshi YanaiMasafumi Nakayama
    • Megumu HiguchiTokiyoshi YanaiMasafumi Nakayama
    • B62D1/16B62D5/00B62D5/04B62D6/00
    • B62D5/008B62D6/002
    • In order to simplify the construction of a power steering system and simultaneously allow for unassisted steering in the event that the motor or the like of the system malfunctions, the differential gear which establishes the drive connection between the auxiliary motor, the steering input shaft and the steering output shaft is such that when the element of the differential gear which is connected to a variable speed motor is not driven by the motor, an essentially 1:1 drive is established between the steering input and output shafts while at this time the motor driven element is braked only by the friction and other natural resistances which occur in the system. Further, the differential gear is such as to have a relatively low responsiveness to the rotational speed of the motor and thus eliminates the need for a reduction gear between the motor and the differential gear.
    • 为了简化动力转向系统的结构,并且在系统的电动机等发生故障的情况下同时允许无辅助转向,构成辅助电动机,转向输入轴和转向输入轴之间的驱动连接的差动齿轮 转向输出轴使得当连接到变速马达的差动齿轮的元件不被马达驱动时,在转向输入和输出轴之间建立基本上为1:1的驱动,而此时马达驱动 元件仅由系统中发生的摩擦和其他自然电阻制动。 此外,差动齿轮对电动机的转速具有相对低的响应性,因此不需要电动机和差动齿轮之间的减速齿轮。
    • 6. 发明授权
    • Fluid-operated control apparatus for power-assisted steering system of
automotive vehicle
    • 用于汽车动力辅助转向系统的流体控制装置
    • US4410059A
    • 1983-10-18
    • US359678
    • 1982-03-19
    • Masafumi NakayamaTokiyoshi YanaiMasato Fukino
    • Masafumi NakayamaTokiyoshi YanaiMasato Fukino
    • B62D6/02B62D5/08
    • B62D6/02
    • A control apparatus for a power-assisted vehicle steering system, comprising a power cylinder having two pressure-acting chambers, a control valve having inlet and outlet ports respectively communicable with a pump and a fluid reservoir and selectively with the inlet and outlet ports, a pressure compensating valve having an inlet port communicating with the pressure-acting chambers, outlet and control ports and a valve member for varying the degree of communication between the inlet and outlet ports, the fluid pressure in the inlet port being variable with the fluid pressure from the pump and urging the valve member to move in one direction and a spring urging the valve member to move in the other direction to maintain constant the differential pressure between the inlet and outlet ports, and a pressure reducing valve having an inlet port communicating with the outlet port of the compensating valve, a discharge port communicating with the reservoir and the control port of the compensating valve and a valve member to vary the degree of communication between the inlet and discharge ports of the reducing valve, the fluid pressure in the discharge port being directed to the control port and developing therein the fluid pressure urging the valve member of the compensating valve for movement in the said other direction, the valve member of the reducing valve being responsive to a signal variable with vehicle speed.
    • 一种用于动力辅助车辆转向系统的控制装置,包括具有两个压力作用室的动力缸,具有可分别与泵和流体容器连通并具有入口和出口的入口和出口端口的控制阀, 压力补偿阀具有与压力作用室,出口和控制端口连通的入口端口和用于改变入口和出口之间的连通度的阀构件,入口端口中的流体压力随着流体压力的变化而变化 泵和推动阀构件沿一个方向移动,弹簧迫使阀构件沿另一方向移动以保持入口和出口之间的压差恒定,并且具有与 补偿阀的出口,与贮存器连通的排出口和补偿器的控制口 以改变所述减压阀的入口和排出口之间的连通度,所述排出口中的流体压力被引导到所述控制端口,并且在其中显影以推动所述补偿阀的阀构件的流体压力 为了在所述另一方向上移动,减速阀的阀构件响应于车速的信号变化。
    • 7. 发明授权
    • Control apparatus for vehicle steering system
    • 车辆转向系统控制装置
    • US4418779A
    • 1983-12-06
    • US372446
    • 1982-04-27
    • Masafumi NakayamaTokiyoshi YanaiMasato Fukino
    • Masafumi NakayamaTokiyoshi YanaiMasato Fukino
    • B62D5/07B62D5/06B62D5/08
    • B62D5/06
    • A control apparatus for a power-assisted steering system, comprising a power cylinder having pressure acting chambers respectively communicating with the control ports of a pressure control valve having inlet and outlet ports respectively communicable with the delivery and suction ports of a pump, and first and second flow control valves each having an inlet port and a discharge port communicating with the suction port of the pump, each flow control valve including a control pressure acting chamber communicating with a pressure acting chamber of the power cylinder to develop a differential pressure variable with a differential pressure between the pressure acting chambers of the cylinder, and a valve member movable in response to the differential pressure acting thereon and urged to provide communication between the inlet and discharge ports of each flow control valve, the inlet port of the first flow control valve being in constant communication with the delivery port of the pump and the inlet port of the pressure control valve, the inlet port of the second flow control valve being in constant communication with the outlet port of the pressure control valve, the valve member of each flow control valve being operative to block the communication between the inlet and discharge ports of the valve when the differential pressure is higher than a predetermined value, the second flow control valve further comprising a bypass providing constant communication between the outlet port of the pressure control valve and the suction port of the pump independently of the valve member.
    • 一种用于动力辅助转向系统的控制装置,包括具有压力作用室的动力缸,所述动力缸分别与具有可与泵的输送和吸入端口连通的入口和出口的压力控制阀的控制端口连通,以及第一和 第二流量控制阀,其具有与泵的吸入口连通的入口和排出口,每个流量控制阀包括与动力缸的压力作用室连通的控制压力作用室,以形成压力变量, 气缸的压力作用室之间的压差和可响应于作用在其上的压差而可移动的阀构件,并被推动以在每个流量控制阀的入口和排出口之间提供连通,第一流量控制阀 与泵的输送口持续通信 压力控制阀的入口,第二流量控制阀的入口与压力控制阀的出口恒定连通,每个流量控制阀的阀构件可操作以阻止入口和 所述第二流量控制阀还包括在所述压力控制阀的所述出口与所述泵的吸入口之间恒定的连通的第二流量控制阀,所述旁路独立于所述阀构件。
    • 9. 发明授权
    • Supply apparatus
    • 供应设备
    • US4231972A
    • 1980-11-04
    • US41162
    • 1979-05-21
    • Masafumi Nakayama
    • Masafumi Nakayama
    • F02M9/14F02M1/16F02M9/127F02M7/22
    • F02M1/16F02M9/127Y10S261/39
    • In a venturi type fuel supply apparatus wherein a resistance member biased by a spring against a negative suction pressure is provided in an air suction passage to engage a throat formed therein and a needle valve is moved by the resistance member, a unitary structure for metering and ejecting fuel is disposed at the center of the air suction passage. The unitary structure comprises an outer and inner nozzles defining therebetween an air-fuel passage leading to fuel ejection ports. The lower end of the needle valve extends through the inner nozzle which communicates with a source of fuel.
    • 在文丘里型燃料供给装置中,在空气吸入通路上设置有由弹簧偏压负吸入压力的阻力构件,以与其中形成的喉部接合,并且针阀由阻力构件移动,用于计量的单一结构 喷射燃料设置在空气吸入通道的中心。 整体结构包括外部和内部喷嘴,其间限定通向燃料喷射口的空气燃料通道。 针阀的下端延伸穿过与燃料源连通的内部喷嘴。