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    • 14. 发明授权
    • Protective guide for drawing cable or the like
    • 牵引电缆等的保护导轨
    • US06730850B2
    • 2004-05-04
    • US10411998
    • 2003-04-11
    • Kazuhiro TsutsumiAkihiko UtakiYoshinori IwasakiShoichiro Komiya
    • Kazuhiro TsutsumiAkihiko UtakiYoshinori IwasakiShoichiro Komiya
    • H01B700
    • H02G11/00A47B2200/0083
    • To provide a protective guide for a retracting cable or the like to which excessive tension or stress is not imparted to a cable or the like during bending and extending or retracting operations operating a retracting unit in and out, and which does not need a troublesome securing operation for a cable or the like, and further which is excellent in even point of aesthetics. The present invention relates to a protective guide for a retracting cable or the like, which protects and guides a cable or the like extending between a case body 130 and a retracting unit 110 retractably accommodated in the case body. According to the present invention, the protective guide includes two linear tubular support members 140, which enclose the cable or the like to support it in a linear manner and a tubular bending member 120, which articulately connects said two linear support members 140 with a desired curvature or more.
    • 提供用于在弯曲期间不向电缆等施加过大张力或应力的回缩电缆等的保护引导件,其中,所述拉伸或拉伸操作使伸缩部件进出操作,并且不需要麻烦的固定 电缆等的操作,以及甚至在美观上都是优异的。 本发明涉及一种用于收缩电缆等的保护引导件,其用于保护和引导在壳主体130和缩回单元110之间延伸的电缆或类似物,该缩回单元110可缩回地容纳在壳体中。 根据本发明,保护引导件包括两个线性管状支撑构件140,其包围线缆等以使其以直线方式支撑;以及管状弯曲构件120,其将所述两个线性支撑构件140与所需的 曲率或更多。
    • 15. 发明授权
    • Vehicle driving force control with differential dependent correction
    • 车辆驱动力控制与差分相关校正
    • US06345222B1
    • 2002-02-05
    • US09548269
    • 2000-04-12
    • Nobusuke ToukuraMasayuki YasuokaYoshinori IwasakiTomoya Kimura
    • Nobusuke ToukuraMasayuki YasuokaYoshinori IwasakiTomoya Kimura
    • G06G770
    • B60W10/06B60W10/04B60W10/101B60W30/1819B60W30/188F16H61/66
    • An ordinary target driving force is generated against a detected value of the vehicle operator depression of an accelerator pedal and a detected value of the vehicle speed. The ordinary target driving force is a driving force required to keep the vehicle rolling on a flat horizontal road at the detected value of vehicle speed with the detected value of the vehicle operator depression of the accelerator pedal. A running resistance increment, i.e., an increase of running resistance from a standard running resistance, is calculated. A preliminary driving force correction is determined in response to the running resistance increment. The preliminary driving force correction is subjected to variation. The preceding old value of a driving force correction is subtracted from a current value of the preliminary driving force to give a variation in driving force correction. This variation is limited to fall in a range between an upper and a lower limit to give a limited driving force correction variation. The preceding old value of the driving force correction is added to the limited driving force correction variation to give the driving force correction. This driving force correction is added to the ordinary target driving force to give a corrected target driving force. To realize the corrected target driving force, engine torque and CVT ratio are adjusted.
    • 相对于车辆操作者按下加速踏板的检测值和车速的检测值产生普通的目标驱动力。 普通目标驱动力是车辆在车辆驾驶员按下加速器踏板的检测值的情况下以车速的检测值将车辆保持在平坦的水平路面上的滚动所需的驱动力。 计算运行阻力增量,即从标准行驶阻力增加行驶阻力。 响应于运行阻力增量确定初步驱动力校正。 初步驱动力校正受到变化。 从预驱动力的当前值中减去驱动力校正的前一旧值,以给出驱动力校正的变化。 该变化被限制在上限和下限之间的范围内,以给出有限的驱动力校正变化。 将驱动力校正的前一个旧值加到有限的驱动力校正变化中,以给出驱动力校正。 该驱动力校正被添加到普通目标驱动力以给出校正的目标驱动力。 为了实现校正的目标驱动力,调整发动机扭矩和CVT比。