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    • 1. 发明授权
    • Headlight for motorcycle
    • 摩托车大灯
    • US06390656B1
    • 2002-05-21
    • US09628651
    • 2000-07-28
    • Toshihiko SudaShigeru KodairaKoichi Hikichi
    • Toshihiko SudaShigeru KodairaKoichi Hikichi
    • F21V3300
    • B60Q1/0041B60Q1/18B62J6/02
    • A headlight includes a low-beam lamp arranged on a longitudinally extending center line of a vehicle body and left and right high-beam lamps arranged on the opposite sides of the low-beam lamp as viewed in plan. This arrangement permits the total reflection area of the reflecting portions of the left and right high-beam lamps can be increased. The lens of the low-beam lamp and the left and right high-beam lamps is integrally formed and largely curved toward the front side of the vehicle body, thereby suppressing an increase in the air resistance by the headlight. Accordingly, the brightness of the headlight can be increased without changing the rated powers of the bulbs of the low-beam lamp and the high-beam lamps. Further, by symmetrically arranging the left and right high-beam lamps with respect to the low-beam lamp, the illumination condition on the road surface by the high beam in the case of cornering to the left can be made similar to that in the case of cornering to the right.
    • 前照灯包括布置在车身的纵向延伸的中心线上的近光灯和布置在远光灯的相对侧上的左右远光灯,如在平面图中所示。 由此,能够增大左右的远光灯的反射部的全反射面积。 近光灯和左右远光灯的透镜一体地形成,并且朝向车体的前侧大量弯曲,从而抑制由大灯引起的空气阻力的增加。 因此,可以在不改变近光灯和远光灯的灯泡的额定功率的情况下增加前灯的亮度。 此外,通过将左右的远光灯相对于近光灯对称地配置,能够使在左转弯的情况下通过远光灯在路面上的照明状态类似于情况 向右转弯。
    • 4. 发明授权
    • Combustion control apparatus for spark ignition type 2-cycle internal
combustion engine
    • 用于火花点火式2循环内燃机的燃烧控制装置
    • US5960752A
    • 1999-10-05
    • US975113
    • 1997-11-20
    • Yoshiaki HirakataToshihiko SudaNaohisa Okawada
    • Yoshiaki HirakataToshihiko SudaNaohisa Okawada
    • F02B1/04F02B11/00F02B25/20F02B75/02F02D9/04F02D41/02
    • F02B11/00F02D9/04F02B1/04F02B2075/025Y02T10/12Y02T10/14
    • A combustion control apparatus for a spark ignition type 2-cycle internal combustion engine includes fresh air mixed with fuel in a combustion chamber which can be self-ignited at an ignition timing preferable for the operation of the internal combustion engine at least in a low load operation region to effect active thermal atmosphere combustion. When it becomes necessary to stop the internal combustion engine quickly, upon starting of the internal combustion engine again, the starting performance is high. A combustion control apparatus for a spark ignition type 2-cycle internal combustion engine includes fresh air mixed with fuel in a combustion chamber which can be self-ignited at least in a low load operation region. The exhaust path opening adjustment means is driven upon development of a stopping signal for the internal combustion engine, if the internal combustion engine speed is higher than a predetermined speed above idle, so that the exhaust path opening is higher than an opening at which self-ignition is impossible. When the internal combustion engine stopping signal is developed, when the internal combustion engine speed drops until it becomes lower than the predetermined speed, the exhaust path opening adjustment means is driven so that the exhaust path opening is controlled to an opening at which ordinary combustion is possible.
    • 用于火花点火式2循环内燃机的燃烧控制装置包括在燃烧室中与燃料混合的新鲜空气,其能够在对于内燃机的操作优选的点火时间至少在低负载下自燃 操作区域进行活性热气氛燃烧。 当需要再次停止内燃机时,再次启动内燃机时起动性能高。 用于火花点火式2循环内燃机的燃烧控制装置包括在燃烧室中与燃料混合的新鲜空气,该燃烧室至少能够在低负载运行区域中自燃。 如果内燃机转速高于怠速以上的预定速度,则排气通道开度调整装置被驱动,如果内燃机速度高于内燃机的停止信号, 点火是不可能的。 当内燃机停止信号产生时,当内燃机转速下降到低于预定速度时,驱动排气路径开度调节装置,使得排气路径开度被控制到普通燃烧时的开度 可能。