阐述了电子机械制动系统主要结构,选用控制器局域网络(Controller Area Network,CAN)总线为系统总线网络,选用STC90C516RD+系列单片机、AQMD2410NS电动机驱动器和合适规格的传感器,并设计了制动踏板。各器件之间正确相连后与制动执行机...阐述了电子机械制动系统主要结构,选用控制器局域网络(Controller Area Network,CAN)总线为系统总线网络,选用STC90C516RD+系列单片机、AQMD2410NS电动机驱动器和合适规格的传感器,并设计了制动踏板。各器件之间正确相连后与制动执行机构和制动盘连接,搭建电子机械制动系统实物样机并进行实验。通过PC分析得出踏板位移与电动机电枢电压、输出力矩之间的关系曲线,以及制动执行机构负载特性曲线。结果表明样机装置性能安全可靠,为新能源电动汽车制动系统研究提供了理论依据。展开更多
A kind of active vibration control method was presented through optimal design of driving load of multi-body system with quick startup and brake. Dynamical equation of multi-body system with quick startup and brake wa...A kind of active vibration control method was presented through optimal design of driving load of multi-body system with quick startup and brake. Dynamical equation of multi-body system with quick startup and brake was built, and mathematical model of representing vibration control was also set up according to the moving process from startup to brake. Then optimization vibration control model of system driving load was founded by applying theory of optimization control, which takes rigid body moving variable of braking moment as the known condition, and vibration control equation of multi-body system with quick startup and brake was converted into boundary value problem of differential equation. The transient control algorithm of vibration was put forward, which is the analysis basis for the further research. Theoretical analysis and calculation of numerical examples show that the optimal design method for the multi-body system driving load can decrease the vibration of system with duplication.展开更多
文摘阐述了电子机械制动系统主要结构,选用控制器局域网络(Controller Area Network,CAN)总线为系统总线网络,选用STC90C516RD+系列单片机、AQMD2410NS电动机驱动器和合适规格的传感器,并设计了制动踏板。各器件之间正确相连后与制动执行机构和制动盘连接,搭建电子机械制动系统实物样机并进行实验。通过PC分析得出踏板位移与电动机电枢电压、输出力矩之间的关系曲线,以及制动执行机构负载特性曲线。结果表明样机装置性能安全可靠,为新能源电动汽车制动系统研究提供了理论依据。
文摘A kind of active vibration control method was presented through optimal design of driving load of multi-body system with quick startup and brake. Dynamical equation of multi-body system with quick startup and brake was built, and mathematical model of representing vibration control was also set up according to the moving process from startup to brake. Then optimization vibration control model of system driving load was founded by applying theory of optimization control, which takes rigid body moving variable of braking moment as the known condition, and vibration control equation of multi-body system with quick startup and brake was converted into boundary value problem of differential equation. The transient control algorithm of vibration was put forward, which is the analysis basis for the further research. Theoretical analysis and calculation of numerical examples show that the optimal design method for the multi-body system driving load can decrease the vibration of system with duplication.
