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    • 22. 发明授权
    • Variable valve-timing apparatus in an internal-combustion engine
    • 内燃机中的可变气门正时装置
    • US4498431A
    • 1985-02-12
    • US443919
    • 1982-11-23
    • Norihiko NakamuraToyokazu Baika
    • Norihiko NakamuraToyokazu Baika
    • F01L1/34F01L1/344
    • F01L1/34406F01L2820/032
    • An apparatus for controlling valve timing in an internal-combustion engine. The apparatus includes a pair of coaxial sleeves, one inserted into the other. One of the sleeves is connected to a camshaft of the engine, and the other sleeve is connected to a timing pulley which is connected to the crankshaft of the engine. One of the sleeves has diametrically opposite slits while the other sleeve has diametrically opposite slits located adjacent to the respective slits in the one sleeve. The adjacent slits are skewed with respect to each other. Roller-bearing units are arranged in the slits and are mounted on an axially slidable slider. The slider is connected via a screw mechanism to a rotary motor. The rotational movement of the motor is changed to a linear movement of the slider, thereby causing the slider to move, which movement, in turn, causes the generation of angular displacement between the sleeves so as to obtain a variable valve timing.
    • 一种用于控制内燃机中的气门正时的装置。 该装置包括一对同轴套管,一个插入另一个。 其中一个套筒连接到发动机的凸轮轴,另一个套筒连接到连接到发动机的曲轴的正时皮带轮。 一个套筒具有径向相对的狭缝,而另一个套筒具有位于一个套筒中相邻狭缝附近的径向相对的狭缝。 相邻的狭缝相对于彼此倾斜。 滚动轴承单元布置在狭缝中并且安装在可轴向滑动的滑块上。 滑块通过螺丝机构连接到旋转电机。 电动机的旋转运动变为滑块的线性运动,从而使滑块移动,这又导致套筒之间的角位移的产生,从而获得可变气门正时。
    • 24. 发明授权
    • Exhaust gas recirculation system for an internal combustion engine
    • 内燃机排气再循环系统
    • US4176635A
    • 1979-12-04
    • US897870
    • 1978-04-19
    • Norihiko NakamuraNoboru ToyamaToyokazu Baika
    • Norihiko NakamuraNoboru ToyamaToyokazu Baika
    • F02M25/07F02M25/06
    • F02M26/56
    • An exhaust gas recirculation system for an internal combustion engine of the back pressure control type wherein a back pressure chamber formed in a recirculation passage for recirculating exhaust gases is controlled to be substantially at atmospheric pressure by co-operation of a vacuum-operated diaphragm type exhaust gas recirculation control valve and a vacuum control valve which modifies the vacuum supplied to the exhaust gas recirculation control valve, wherein the system further includes a vacuum switching valve which selectively supplies intake manifold vacuum to a second diaphragm chamber of the exhaust gas recirculation control valve so as to close the control valve temporarily when the engine is decelerated.
    • 用于背压控制型内燃机的排气再循环系统,其中形成在用于再循环废气的再循环通道中的背压室通过真空操作的隔膜式排气管的合作被控制为基本处于大气压 气体再循环控制阀和真空控制阀,其对提供给排气再循环控制阀的真空进行改变,其中该系统还包括真空切换阀,该真空切换阀选择性地将进气歧管真空供应到废气再循环控制阀的第二隔膜室,从而 以便在发动机减速时临时关闭控制阀。
    • 26. 发明授权
    • Guideway transit system and automated vehicle used in this system
    • 本系统使用的轨道交通系统和自动化车辆
    • US06237504B1
    • 2001-05-29
    • US09407951
    • 1999-09-28
    • Toshio TanahashiNorihiko NakamuraKeiji AokiHiromitsu Kimpara
    • Toshio TanahashiNorihiko NakamuraKeiji AokiHiromitsu Kimpara
    • B61B1200
    • B62D1/265
    • A guideway transit system which can reduce a scale of an infrastructure while maintaining ride comfort for passengers of a vehicle is provided. The guideway transit system includes a noncontact vehicle guiding system and a contact vehicle guiding system. The noncontact vehicle guiding system detects information relating to a lateral position of a vehicle on a road and steers the vehicle to move along a predetermined path on the road based on the detected information. The contact vehicle guiding system which restricts a lateral position of the vehicle by a contact between a guide wheel which laterally projects from the vehicle and a guide wall provided on a side of the road. The guideway transit system further includes a controller which prohibits steering of the vehicle by the noncontact vehicle guiding system when a lateral position of the vehicle is restricted by the contact vehicle guiding system. An automated vehicle which is used in the guideway transit system is also provided.
    • 提供一种可以减少基础设施的规模,同时保持车辆乘客的乘坐舒适性的轨道交通系统。 轨道交通系统包括非接触车辆引导系统和接触车辆引导系统。 非接触车辆引导系统基于检测到的信息来检测与道路上的车辆的横向位置有关的信息,并且引导车辆沿道路上的预定路径移动。 接触式车辆引导系统通过在车辆侧面突出的导向轮与设置在道路侧的引导壁之间的接触来限制车辆的横向位置。 轨道交通系统还包括一个控制器,当车辆的横向位置被接触车辆引导系统限制时,该控制器禁止非接触式车辆引导系统对车辆的转向。 还提供了用于导轨传送系统的自动车辆。