首页> 外文期刊>Journal of Automation, Mobile Robotics & Intelligent Systems >Leg's Tip-Ground Contact Detection Based on Drive Currents in a Real Walking Robot
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Leg's Tip-Ground Contact Detection Based on Drive Currents in a Real Walking Robot

机译:基于真实行走机器人驱动电流的腿尖-地面接触检测

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To ensure an effective walking over uneven terrain formultilegged walking robots, there is necessary to detectthe contact between the leg’s tips and the ground. It isessential to determine the moment when we should endthe swing phase of the leg. This paper presents a methodof detecting contact with the ground based on totalcurrent drawn by the servomotors of each robot’s legs.The method was developed using a 4-legs supportedgait on 5-legged walking robot – PentOpiliones. This detectionmethod has been tested and positively verifiedon a real robot. Also there has been tested the limitationof above method using a gait with different robotpostures and different speeds.
机译:为了确保多腿步行机器人在不平坦的地形上有效行走,有必要检测腿的尖端与地面之间的接触。确定何时应该结束腿的摆动阶段是必要的。本文提出了一种基于每个机器人的腿的伺服电机汲取的总电流来检测与地面的接触的方法。该方法是在五腿步行机器人PentOpiliones上使用四腿支撑步态开发的。此检测方法已在真实的机器人上进行了测试并得到了肯定的验证。还已经测试了使用具有不同机器人姿势和不同速度的步态的步态的上述方法的局限性。

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