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    • 3. 发明授权
    • Exhaust gas recirculation control system for internal combustion engine
    • 内燃机排气再循环控制系统
    • US4231340A
    • 1980-11-04
    • US50451
    • 1979-06-20
    • Torazo NishimiyaMasamitsu OkumuraTomo ItoSeisaku Numakura
    • Torazo NishimiyaMasamitsu OkumuraTomo ItoSeisaku Numakura
    • F02M25/07F16K31/06H01F7/16F02M25/06
    • F02M26/57F02M2200/502
    • An exhaust gas recirculation control system for controlling the amount of exhaust gas subjected to recirculation to the air inlet depending on the amount of inlet air of an internal combustion engine. This system comprises a control valve disposed in an exhaust gas recirculation passage, for controlling the amount of exhaust gas recirculation, an orifice disposed in the recirculation passage, for creating a negative pressure upstream of the control valve, and a solenoid valve for generating a pressure which controls the control valve. The solenoid valve comprises a core formed therein with a hollow passage opened at one end to a valve portion, a plunger made of a magnetic material and having a valve seat opposing the open end to define the valve portion, a spring biasing the plunger in the opening direction of the valve portion, a first exciting coil generating, when passing therethrough a current proportional to the amount of inlet air, a force acting on the plunger to close the valve portion, and a second exciting coil generating, when passing therethrough a current in inverse proportion to the pressure downstream of the orifice, a force opposite to the force on the plunger due to the first exciting coil.
    • 一种废气再循环控制系统,用于根据内燃机的入口空气量来控制经由进气口再循环的废气量。 该系统包括设置在废气再循环通道中的控制阀,用于控制废气再循环量,设置在再循环通道中的孔,用于在控制阀的上游产生负压;以及电磁阀,用于产生压力 其控制控制阀。 电磁阀包括形成在其中的芯部,其一端与阀部分开口的中空通道,由磁性材料制成并具有与开口端相对以限定阀部分的阀座的柱塞, 所述第一激励线圈当通过与所述入口空气量成比例的电流时产生作用在所述柱塞上以关闭所述阀部分的力;以及第二励磁线圈,当通过所述第二激励线圈时, 与孔的下游压力成反比,由于第一激励线圈而产生与柱塞上的力相反的力。
    • 5. 发明授权
    • Idle speed control device
    • 空转速度控制装置
    • US4617889A
    • 1986-10-21
    • US721767
    • 1985-04-10
    • Torazo NishimiyaTomoo ItoTakashi Iseyama
    • Torazo NishimiyaTomoo ItoTakashi Iseyama
    • F02D31/00F02M3/06F02M69/32F02M3/00
    • F02M69/32F02D31/005F02M3/06F02D2011/102
    • An idle speed control device has an electromagnetic driving portion and a flow rate controlling portion disposed in a bypass passage formed in a throttle chamber such as to bypass a throttle valve. The flow rate controlling portion has a body defining a passage for the fluid to be controlled, a seal formed in an intermediate portion of the passage, a first valve driven by the plunger of the electromagnetic driving portion through a rod such as to be brought into and out of contact with the seat, a sleeve disposed in the body, and a second valve connected through a rod to the downstream side of the first valve such as to produce a vacuum force which acts in the opposite direction to the vacuum force produced on the first valve thereby to absorb any fluctuation in the intake pressure in cooperation with the first valve, the second valve being loosely received by the sleeve. According to this arrangement, it is possible to eliminate any unfavorable effect of the fluctuation in the intake vacuum on the actual air flow rate. In addition, since the flow from the vacuum compensating portion is minimized, the vacuum compensation is made possible without incurring any increase in the initial leak.
    • 怠速控制装置具有电磁驱动部和流量控制部,该流量控制部设置在形成在节流室中的旁路通路中,以绕过节流阀。 流量控制部分具有限定用于待控制流体的通道的主体,形成在通道的中间部分中的密封件,由电磁驱动部分的柱塞通过杆驱动的第一阀, 并且与座椅脱离接触,设置在主体中的套筒和通过杆连接到第一阀门的下游侧的第二阀,以产生真空力,该真空力沿与在其上产生的真空力相反的方向作用 第一阀由此与第一阀一起吸收进气压力的任何波动,第二阀由套筒松动地接收。 根据该结构,可以消除吸入真空度的波动对实际空气流量的不利影响。 此外,由于来自真空补偿部的流量最小化,所以能够进行真空补偿而不引起初始泄漏的任何增加。
    • 6. 发明授权
    • Flow rate control system
    • 流量控制系统
    • US4895126A
    • 1990-01-23
    • US307537
    • 1989-02-08
    • Torazo NishimiyaTomoo ItoKatsuzi MuraoTohoru OzawaYoshiro Kabakura
    • Torazo NishimiyaTomoo ItoKatsuzi MuraoTohoru OzawaYoshiro Kabakura
    • F02M69/32F16K1/44
    • F16K1/44
    • A flow rate control system for controlling the idling rpm of an engine of a vehicle to a predetermined level in accordance with the temperature of cooling water or outdoor air, so as to eliminate hunting occurring in the flow rate of air supplied to the engine at engine startup the system includes a first valve seat, adapted to come into and out of engagement with a first valve body of a flow rate control valve assembly, and an annular protrusion located on a portion of an inner peripheral surface on an inlet side of the first valve seat. A conical surface portion is located downstream of the annular protrusion on an outlet side of the inner peripheral surface and divergingly tapers in a direction toward a downstream side of the first valve seat.
    • 一种流量控制系统,用于根据冷却水或室外空气的温度将车辆的发动机的空转速度控制在预定水平,以便消除在发动机处的发动机中供应的空气的流量中产生的振荡 启动系统包括适于与流量控制阀组件的第一阀体进入和脱离接合的第一阀座,以及位于第一阀座的入口侧的内周面的一部分上的环形突起 阀座。 圆锥形表面部分位于内周表面的出口侧的环形突起的下游,并且沿着朝向第一阀座的下游侧的方向发散。