The invention discloses a power system for driving power switching and stepless speed change of a rack rail vehicle, the rack rail vehicle transmits driving force from a driving wheel assembly to a driven wheel assembly through a transmission belt, grooves which are formed in the radial direction and are adjustable in width are formed in the driving wheel assembly and the driven wheel assembly correspondingly, and the driving wheel assembly and the driven wheel assembly are connected with the rack rail vehicle through the transmission belt. The circumferential radius of the transmission belt on the driving wheel assembly and the driven wheel assembly is adjusted by adjusting the width of the groove, and continuous change of the transmission ratio is achieved. The driven wheel assembly is designed into an inner wheel and an outer wheel which can rotate independently, the inner wheel is fixedly connected with a steel wheel shaft, the outer wheel is fixedly connected with a rack rail gear, a transmission belt is arranged on the inner wheel or the outer wheel by adjusting the width of a groove, and coaxial power switching between axle steel rail driving and gear rack rail driving is achieved; a large transmission ratio is adopted on a large-ramp rack rail section to transmit large torque to increase traction force, and a small transmission ratio is adopted on a straight road or a small-ramp adhesion section to transmit large rotating speed to increase running speed.

    本发明公开了一种用于驱动齿轨车动力切换和无级变速的动力系统、齿轨车,其通过传动带将驱动力从主动轮总成传递至从动轮总成,在主动轮总成和从动轮总成上均设置有沿径向方向开设且宽度可调的凹槽,通过调节凹槽的宽度来调节传动带在主动轮总成和从动轮总成上的圆周半径,实现了传动比的连续改变。并且将从动轮总成设计为可独立旋转的内轮和外轮,内轮与钢轮轴固连,外轮与齿轨齿轮固连,通过调节凹槽的宽度以将传动带置于内轮或外轮上,实现了同轴上的动力在车轴钢轨驱动和齿轮齿轨驱动之间切换,在大坡道齿轨路段采取大的传动比,以传递较大的扭矩来增加牵引力,在平直道或小坡道粘着路段采取小的传动比,以传递较大的转速来提高行驶速度。


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    Title :

    Power system for driving power switching and stepless speed change of rack rail vehicle and rack rail vehicle


    Additional title:

    用于驱动齿轨车动力切换和无级变速的动力系统、齿轨车


    Contributors:
    WANG LIBING (author) / ZHANG HAITAO (author) / LIU FURUI (author) / ZONG BIN (author) / WU HUICHAO (author) / CHEN JIANGZHOU (author)

    Publication date :

    2024-06-21


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B61C Lokomotiven , LOCOMOTIVES / B61B RAILWAY SYSTEMS , Eisenbahnanlagen



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