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    • 4. 发明授权
    • Riderless stabilization of a balancing transporter
    • 平衡运输车的无人驾驶稳定
    • US06779621B2
    • 2004-08-24
    • US10461720
    • 2003-06-13
    • Dean L. KamenJ. Douglas FieldJohn B. Morrell
    • Dean L. KamenJ. Douglas FieldJohn B. Morrell
    • B60K2814
    • B62D57/00B60K7/00B60L15/2045B60L2200/16B60L2260/34B62K11/007B62K2204/00Y02T10/645Y02T10/7283
    • A method for stabilizing a balancing transporter under riderless conditions. The balancing transporter is characterized by a center of mass, and has two laterally disposed wheels and a region of contact with an underlying surface. In accordance with the method, the absence of a user aboard the transporter is first detected. Then a desired transporter pitch is determined such as to establish a condition of stasis wherein the center of mass is disposed directly above the region of contact between the balancing transporter and the underlying surface. Finally, a torque is applied to the laterally disposed wheels so as to maintain the transporter at the desired transporter pitch. The torque may include coadded terms where the terms are, respectively, proportional to a pitch error, a pitch rate, a wheel rate, and an integral representing the wheel rotation that was required to bring the transporter to the condition of stasis.
    • 一种在无人驾驶条件下稳定平衡运输车的方法。 平衡输送器的特征在于质量中心,并且具有两个横向设置的轮子和与下面的表面接触的区域。 根据该方法,首先检测出运送器上没有用户。 然后,确定期望的转运节距,以便建立淤滞状态,其中质心直接设置在平衡运输器和下面的表面之间的接触区域之上。 最后,将扭矩施加到横向设置的轮子上,以将运送器保持在期望的转运节距。 扭矩可以包括这些术语分别与俯仰误差,俯仰速率,车轮速率和表示使转运器处于停滞状态所需的车轮旋转成正比的积分项。