This paper describes in detail three kinds of typical compound braking strategy of wheel motor drive electric vehicle and summarizes the current commonly used strategies based on the three typical strategies developed...This paper describes in detail three kinds of typical compound braking strategy of wheel motor drive electric vehicle and summarizes the current commonly used strategies based on the three typical strategies developed. In the end, a new compound braking strategy is proposed;that is, we take braking mode classify, ECE regulations and SOC value of the battery as an important reference of braking force that joins the motor braking force, as well as we join the different identification models;according to the different braking modes, the purpose is that we can apply the different braking program.展开更多
在机器人搬运场景中,经常会出现货物实际姿态与预期不一致的情况,这时往往需要人工协作进行调整,工作效率和节拍因此受到影响。为解决以上问题,设计了一种自主移动运输机器人,可全向移动且具有新型摩擦轮-夹爪复合式取物结构及货物姿态...在机器人搬运场景中,经常会出现货物实际姿态与预期不一致的情况,这时往往需要人工协作进行调整,工作效率和节拍因此受到影响。为解决以上问题,设计了一种自主移动运输机器人,可全向移动且具有新型摩擦轮-夹爪复合式取物结构及货物姿态调整结构,其控制系统采用同步定位与建图(Simultaneous Localization And Mapping,SLAM)等技术。通过pitch轴和yaw轴货物姿态调整实验确定了关键工作参数的最优值。最后进行了自主导航实验,结果表明该机器人在室内环境可实现自主导航。展开更多
文摘This paper describes in detail three kinds of typical compound braking strategy of wheel motor drive electric vehicle and summarizes the current commonly used strategies based on the three typical strategies developed. In the end, a new compound braking strategy is proposed;that is, we take braking mode classify, ECE regulations and SOC value of the battery as an important reference of braking force that joins the motor braking force, as well as we join the different identification models;according to the different braking modes, the purpose is that we can apply the different braking program.
文摘在机器人搬运场景中,经常会出现货物实际姿态与预期不一致的情况,这时往往需要人工协作进行调整,工作效率和节拍因此受到影响。为解决以上问题,设计了一种自主移动运输机器人,可全向移动且具有新型摩擦轮-夹爪复合式取物结构及货物姿态调整结构,其控制系统采用同步定位与建图(Simultaneous Localization And Mapping,SLAM)等技术。通过pitch轴和yaw轴货物姿态调整实验确定了关键工作参数的最优值。最后进行了自主导航实验,结果表明该机器人在室内环境可实现自主导航。