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    • 4. 发明申请
    • VALVE TIMING ADJUSTING APPARATUS
    • 阀调时调整装置
    • US20090241878A1
    • 2009-10-01
    • US12401862
    • 2009-03-11
    • Takashi YAMAGUCHI
    • Takashi YAMAGUCHI
    • F01L1/34
    • F01L1/3442F01L2001/34423F01L2001/34426F01L2001/3443
    • A valve timing adjusting apparatus includes a driving-side rotor, a driven-side rotor, and a directional control valve. The driven-side rotor is rotated in the advance direction when the advance and retard output ports communicate with the intake port and the retard drain port respectively, and the advance and retard output ports are disconnected from the advance drain port. The driven-side rotor is rotated in the retard direction when the advance and retard output ports communicate with the advance drain port and the intake port respectively, and the advance and retard output ports are disconnected from the retard drain port. A relay passage is provided at an exterior of the directional control valve for communication with the advance and retard drain ports. The drain relay passage closes the advance and retard drain ports relative to the exterior.
    • 气门正时调节装置包括驱动侧转子,从动侧转子和方向控制阀。 当前进和延迟输出端口分别与进气口和延迟排出口连通时,从动侧转子在提前方向上旋转,并且提前和延迟输出端口与提前排出口分离。 当前进和延迟输出端口分别与前进排出口和进气口连通时,从动侧转子在延迟方向上旋转,并且提前和延迟输出端口与延迟排放口断开。 继电器通道设置在方向控制阀的外部,用于与前进和延迟排放端口连通。 排水继电器通道关闭前进并相对于外部延迟排水口。
    • 7. 发明申请
    • VALVE CHARACTERISTICS CONTROL APPARATUS
    • 阀门特性控制装置
    • US20130000576A1
    • 2013-01-03
    • US13539663
    • 2012-07-02
    • Takehiro TANAKATakashi YAMAGUCHI
    • Takehiro TANAKATakashi YAMAGUCHI
    • F01L1/34
    • F01L1/34409F01L1/3442F01L2001/3443F01L2001/34489F01L2001/34493
    • A control valve part switches a flowing direction of working fluid between a first advance chamber and a first retard chamber in a timing adjustment mode, and restricts working fluid from flowing between the first advance chamber and the first retard chamber in a working angle adjustment mode. A check valve part allows working fluid to flow from a second retard chamber through a check passage to a second advance chamber, and restricts working fluid from flowing from the second advance chamber through the check passage to the second retard chamber. A switch valve part allows a communication between the second advance chamber and the second retard chamber through a switch passage in the working angle adjustment mode, and prohibits the communication between the second advance chamber and the second retard chamber through the switch passage in the timing adjustment mode.
    • 控制阀部件以定时调整模式在第一前进室和第一延迟室之间切换工作流体的流动方向,并且以工作角度调整模式限制工作流体在第一推进室和第一延迟室之间流动。 止回阀部件允许工作流体从第二延迟室流过检查通道到第二前进室,并且限制工作流体从第二前进室通过止回通道流到第二延迟室。 开关阀部件允许通过工作角度调节模式中的开关通道在第二提前室和第二延迟室之间的连通,并且在定时调整中禁止通过开关通道进行第二提前室与第二延迟室之间的连通 模式。
    • 8. 发明申请
    • OPTICAL CONNECTOR
    • 光学连接器
    • US20120275748A1
    • 2012-11-01
    • US13454611
    • 2012-04-24
    • Takashi YAMAGUCHIKazuhiro TAKIZAWA
    • Takashi YAMAGUCHIKazuhiro TAKIZAWA
    • G02B6/38
    • G02B6/3858G02B6/255G02B6/2555G02B6/2558G02B6/3846
    • The present invention relates to an optical connector including, a ferrule within which an integrated optical fiber is fixed, a clamp portion disposed at a rear of the ferrule, the clamp portion comprising: a base component and a lid component facing the based component, where the base component and the lid component together are configured to clamp an end portion of the integrated optical fiber and an end portion of a naked optical fiber abutting the end portion of the integrated optical fiber, and a naked optical fiber guide portion disposed at a rear of the clamp portion, where the naked optical fiber guide portion comprises a through hole through which the naked optical fiber can be inserted, and that guides the naked optical fiber to the clamp portion by the through hole.
    • 光连接器技术领域本发明涉及一种光连接器,其包括固定有集成光纤的套圈,设置在套圈后部的夹持部,所述夹持部包括:基部部件和面向所述基部部件的盖部件, 基部部件和盖部件一起构成为夹持集成光纤的端部和与该集成光纤的端部抵接的裸光纤的端部,以及设置在后方的裸光纤引导部 其中裸光纤引导部分包括可以插入裸光纤的通孔,并且通过通孔将裸光纤引导到夹持部分。