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    • 5. 发明申请
    • STEEL FUEL CONVEYING PIPE
    • 钢铁输送管
    • US20130098496A1
    • 2013-04-25
    • US13805437
    • 2011-07-05
    • Kazuo Takagi
    • Kazuo Takagi
    • F16L9/02
    • F16L9/02F02M55/02F02M2200/05F02M2200/9038F16L58/08Y10T428/12486Y10T428/12799Y10T428/12937
    • To provide a steel fuel conveying pipe which has high resistance to corrosive fuel and maintains reliability without damaging a direct-injection engine, and connects a high-pressure pump and a direct-injection rail with each other in a gasoline direct-injection engine system, and a fuel conveying pipe suitable as a bypass pipe for coupling direct-injection rails with each other in a V-type gasoline engine. A steel fuel conveying pipe for conveying gasoline is characterized in that a Ni-plated layer is provided on the whole inner circumferential face of the fuel conveying pipe, and an anti-rust film layer composed of a Zn-plated layer and a Zn-based alloy-plated layer is further provided on the Ni-plated layer at at least one end of the fuel conveying pipe.
    • 为了提供一种具有高耐腐蚀性燃料的钢燃料输送管,并且在不损害直喷发动机的情况下保持可靠性,并且在汽油直喷发动机系统中将高压泵和直接喷射轨彼此连接, 以及适用于在V型汽油发动机中将直接注入轨道彼此连接的旁通管的燃料输送管。 用于输送汽油的钢燃料输送管的特征在于,在燃料输送管的整个内周面上设置有镀镍层,并且由Zn镀层和Zn基镀层构成的防锈膜层 在燃料输送管的至少一端的Ni镀层上进一步设置合金镀层。
    • 6. 发明授权
    • Method for forming a common-rail injection system for diesel engine
    • 形成柴油机共轨喷油系统的方法
    • US07431781B2
    • 2008-10-07
    • US11227661
    • 2005-09-15
    • Masayoshi UsuiKikuo AsadaTeruhisa Takahashi
    • Masayoshi UsuiKikuo AsadaTeruhisa Takahashi
    • C21D8/10
    • F02M55/025F02M55/004
    • A common-rail injection system is provided for a diesel engine and has excellent internal pressure fatigue resisting characteristics, vibrational fatigue resisting characteristics and cavitation resisting property and sheet face flawing resisting property, and can be made thin and light in weight. A main pipe rail is manufactured by transformation induced plastic type strength steel. After the main pipe rail is processed, residual austenite is generated by heat treatment, and the reduction processing of stress concentration of a branch hole and a main pipe rail side flow passage crossing portion is performed. Further, it is preferable that an induced plastic transformation is generated on the inner surface of the main pipe rail by autofrettage processing, and compression residual stress is left.
    • 本发明提供一种用于柴油发动机的共轨喷射系统,具有优异的内压疲劳抗力特性,抗振性,耐气孔性,耐断层性等优点,能够轻量化。 主导轨由转变诱导塑料型强度钢制成。 在处理主管轨之后,通过热处理产生残余奥氏体,并且执行分支孔和主管轨侧流动通道交叉部分的应力集中的还原处理。 此外,优选通过自动补焊处理在主管轨的内表面上产生诱导塑性变形,并且留下压缩残余应力。
    • 10. 发明授权
    • External control type fan-coupling device
    • 外部控制型风扇耦合装置
    • US06915888B2
    • 2005-07-12
    • US10691195
    • 2003-10-21
    • Ken ShiozakiYoshinobu Iida
    • Ken ShiozakiYoshinobu Iida
    • F01P7/08F16D33/08F16D33/18F16D35/02
    • F16D35/024F16D33/08F16D33/18
    • To reduce the size/weight and the power consumption of a fan-coupling device and to provide an external control type fan-coupling device intended to improve a fan rotation controllability.A fan-coupling device, in which the inside of a sealed housing borne on a rotary shaft fixing a drive disk thereon is divided by a partition into an oil sump and a torque transmission chamber housing the drive disc, so that the drive torque may be transmitted to a driven side with the oil fed into the torque transmission chamber and so that the communication passage of oil may be opened/closed and controlled by a valve member to be activated by an electromagnet. In the fan-coupling device, a magnetic member of either an integral structure or a split structure composed of a plurality of parts and assembled integrally is arranged between the electromagnet and the valve member (or armature), and the magnetic member is so assembled in the sealed housing that the magnetic flux of the electromagnet may be transmitted through the magnetic member to the armature.
    • 为了减小风扇耦合装置的尺寸/重量和功率消耗,并且提供旨在改善风扇旋转可控性的外部控制型风扇耦合装置。 一种风扇联接装置,其中承载在其上的驱动盘的旋转轴上的密封壳体的内部被划分成油底壳和容纳驱动盘的扭矩传递室,使得驱动扭矩可以是 通过供给到扭矩传递室中的油传递到从动侧,从而油的连通通道可以被阀构件打开/关闭并由电磁体激活。 在风扇联接装置中,在电磁体和阀构件(或电枢)之间设置有由多个部件组成并且组装成一体的整体结构或分裂结构的磁性构件,并且将磁性构件组装在 电磁铁的磁通可以通过磁性构件传递到电枢的密封壳体。