基于ProE建模及受力分析的振动送料设备包装设计

Design of vibration feeding equipment based on ProE modeling and force analysis

为了提高振动送料设备包装的可靠性,提出基于ProE建模及受力分析的振动送料设备包装设计方法。构建振动送料设备包装构件的受力分析模型,结合误差敏感性调节方法进行振动送料设备包装过程中的受力特征信息分析,通过ProE建模方法构建振动送料设备包装受力分析模型,通过受力参数融合迭代和跟踪识别方法,进行振动送料设备包装传感信息处理,在执行机构中进行振动送料设备包装的位移参数分析和受力可靠性分析,建立振动送料设备包装构件力学信息辨识和优化融合模型,通过位移补偿和力学轨迹调节方法,实现振动送料设备包装过程的优化控制设计。仿真结果表明,采用该方法进行振动送料设备包装设计的建模可靠性的较好,包装过程控制能力较强,输出误差较低。

In order to improve the reliability of vibration feeding equipment packaging,a design method of vibration feeding equipment packaging based on ProE modeling and stress analysis was proposed.The stress analysis model of packaging components of vibration feeding equipment is constructed,and the stress characteristic information in the packaging process of vibration feeding equipment is analyzed by combining error sensitivity adjustment method.The force analysis model of vibration feeding equipment packaging stress is constructed by combining ProE modeling method,and the sensing information of vibration feeding equipment packaging is processed by integrating iteration and tracking identification methods of stress parameters.The displacement parameter analysis and stress reliability analysis of vibration feeding equipment packaging were carried out in the actuator,and the mechanical information identification and optimization fusion model of vibration feeding equipment packaging components was established.The optimal control design of vibration feeding equipment packaging process was realized by displacement compensation and mechanical trajectory adjustment method.The simulation results show that the modeling reliability of vibration feeding equipment packaging design by this method is good,and the packaging process control ability is strong.