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    • 1. 发明授权
    • Supply passage for brake booster of positive pressure type
    • 正压式制动助力器供应通道
    • US4664016A
    • 1987-05-12
    • US701479
    • 1985-02-14
    • Yoshio TobisawaHitoshi KubotaMasatoshi Nakamura
    • Yoshio TobisawaHitoshi KubotaMasatoshi Nakamura
    • B60T13/60B60T13/40B60T13/57F15B9/10
    • B60T13/57
    • A brake booster of positive pressure type includes a valve mechanism to which a positive pressure such as compressed air from a source located externally of a shell is fed for switching a flow path, through a conduit disposed within a constant pressure chamber disposed forwardly of a power piston and a supply passage which is formed in a valve body. The supply passage according to the invention comprised a radial passage which extends radially outward through the valve body from a shank portion thereof, and an axial passage which communicates with the radial passage, which an opening of the radial passage into the peripheral surface of the valve body being closed by a seal member which may be formed of an elastic material such as rubber. The seal member is covered by part of the power piston. This construction permits the supply passage to be formed in an inexpensive manner as compared with a formation of a supply passage which extends obliquely through the valve body. The power piston reliably prevents the withdrawal of the seal member from the radial passage.
    • 正压式的制动助力器包括阀机构,通过设置在设置在动力前方的恒压室内的导管,供给诸如来自壳体外部的源的压缩空气的正压被供给以用于切换流路的阀机构 活塞和形成在阀体中的供给通道。 根据本发明的供应通道包括径向通道,其从其轴部分径向向外延伸穿过阀体,以及与径向通道连通的轴向通道,该径向通道进入阀的外周表面的开口 主体由可由弹性材料例如橡胶形成的密封构件封闭。 密封件被动力活塞的一部分覆盖。 与形成倾斜地穿过阀体的供给通道相比,这种结构允许供应通道以便宜的方式形成。 动力活塞可靠地防止密封构件从径向通道抽出。
    • 2. 发明授权
    • Brake booster of tandem type
    • 串联式制动助力器
    • US4658704A
    • 1987-04-21
    • US693564
    • 1985-01-22
    • Kohei MoriHaruo Suzuki
    • Kohei MoriHaruo Suzuki
    • B60T13/563F15B9/10
    • B60T13/563
    • A brake booster of tandem type includes a valve body, a rear power piston, a front power piston and a centerbody slidably extending through a centerplate which is centrally disposed within a shell, all of which are integrally connected together by utilizing a hub. An end of the hub located adjacent to the valve body is formed with an engaging portion which extends radially outward, while the shank portion of the valve body is formed with an axial groove which permits the engaging portion to pass there through and is also formed with an engaging recess circumferentially displaced from the axial groove and receiving the engaging portion. The engagement between the engaging portion and the engaging recess allows the hub to be assembled with the valve body while preventing the withdrawal of the hub forwardly from the valve body and also preventing the relative rotation therebetween, all with a greatly simplified construction.
    • 串联式制动助力器包括阀体,后动力活塞,前动力活塞和可滑动地延伸通过中心板的中心体,该中心板位于壳体的中心,所述中心板通过利用轮毂一体地连接在一起。 位于阀体附近的毂的端部形成有径向向外延伸的接合部分,而阀体的柄部形成有轴向槽,该轴向槽允许接合部分通过其并且还形成有 接合凹槽,其周向地从所述轴向槽移位并且接收所述接合部。 接合部和接合凹部之间的接合允许轮毂与阀体组装在一起,同时防止轮毂从阀体向前退出并且还防止其间的相对旋转,所有这些都以大大简化的结构。
    • 3. 发明授权
    • Flow control valve
    • 流量控制阀
    • US4244389A
    • 1981-01-13
    • US027240
    • 1979-04-05
    • Yoshiyuki ShimouraAsaji Kuroda
    • Yoshiyuki ShimouraAsaji Kuroda
    • B62D6/00G05D11/03
    • B62D6/00Y10T137/2584
    • A flow control valve in which the hydraulic pressure difference exerted on a spool valve is controlled by regulating the degree of throttling of a variable orifice and the oil which is discharged from an oil pump is partly returned to the suction side of the oil pump in response to the degree of actuation of the spool valve according to the above hydraulic pressure difference, thereby controlling the quantity of oil that is fed to hydraulic devices. The flow passage to communicate the oil pump with the hydraulic devices includes a flow passage which permits the hydraulic oil to pass through a hole in which the spool valve is fitted, and a variable orifice is composed of an opening of the flow passage into the hole and a small diameter portion formed on the spool valve. The throttling of the variable orifice is attained by covering the opening with a predetermined clearance by the above small diameter portion.
    • 流量控制阀,其中通过调节可变孔口的节流程度来控制施加在滑阀上的液压差,并且从油泵排出的油部分地响应地返回到油泵的吸入侧 达到根据上述液压差的滑阀的致动程度,由此控制供给到液压装置的油量。 用于将油泵与液压装置连通的流路包括流路,其允许液压油通过滑阀安装的孔,可变孔由流入孔的开口构成 以及形成在滑阀上的小直径部。 通过用上述小直径部分以预定的间隙覆盖开口来实现可变孔的节流。
    • 4. 发明授权
    • Drive circuit for solenoid pump
    • 电磁泵驱动电路
    • US4138708A
    • 1979-02-06
    • US825198
    • 1977-08-17
    • Sadao Takeshima
    • Sadao Takeshima
    • F04B17/04H02K33/00H03K3/015H03K3/352H01H47/00
    • H03K3/015F04B17/046H02K33/00H03K3/352
    • A drive circuit for a solenoid pump comprises a series combination of a pump solenoid and a capacitor connected through a rectifier circuit with an a.c. source. The solenoid is shunted by another rectifier poled to pass a charging current to the capacitor. A thyristor is connected across the series combination, and is triggered into conduction, whereupon it short-circuits the series combination to permit a discharge of the capacitor through the solenoid and to prevent a current flow from the source to the capacitor, thus allowing a uniform control of the energy discharged by the capacitor. A trigger circuit for the thyristor comprises a relaxation oscillator including a programmable unijunction transistor, the conduction of which is controlled inversely to fluctuations in the source voltage.
    • 电磁泵的驱动电路包括泵螺线管和通过整流电路连接的电容器的串联组合。 资源。 螺线管由另一个整流器分流,以将充电电流传递给电容器。 晶闸管连接在串联组合之间,并被触发导通,于是使串联组合短路,允许电容器通过螺线管放电,并防止电流从电源流向电容器,从而允许均匀 控制由电容器放电的能量。 用于晶闸管的触发电路包括具有可编程单结晶体管的张弛振荡器,该可编程单结晶体管的导通与源极电压的波动相反地被控制。
    • 7. 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。