摘要
介绍了一种基于三平动并联机构驱动的动感座椅的实验性控制方式。该控制方法采用固高运动控制器作为主控板卡,快速写入控制算法并进行调试,避免了专用控制器长周期开发工作,有利于缩短机构验证与改良时间。
An experimental control method based on a three-level moving parallel mechanism driven dynamic seat is introduced. The control method adopts the solid high motion controller as the main control board, and quickly writes the control algorithm and debugs, avoiding the long-term development work of the dedicated controller, and is beneficial to shortening the mechanism verification and improvement time.
作者
陈润六
王红州
赵峰惠
邹晓晖
占晓煌
郑小民
CHEN Runliu;WANG Hongzhou;ZHAO Fenghui;ZOU Xiaohui;ZHAN Xiaohuang;ZHENG Xiaomin(Jiangxi Technical College of Manufacturing, NanChang 330002;Jiangxi Modern College, NanChang 330002)
出处
《现代制造技术与装备》
2019年第4期44-45,47,共3页
Modern Manufacturing Technology and Equipment
基金
江西省教育厅科技类重点研究项目(GJJ161463)
关键词
三平动并联机构
动感座椅
控制系统
three-level parallel mechanism
dynamic seat
control system