飞机部件数字化对接装配实验平台及教学项目设计

Design of digital docking assembly experimental platform and teaching project for aircraft components

基于飞机部件数字化对接装配原理,设计搭建包含机身、机翼实验件、数控柔性定位器、测量系统、控制系统的实验平台,设计了数字化装配定位、大尺寸零件测量、大部件调姿轨迹规划和对接过程集成控制4个实验模块,让学生从单点知识到集成应用、硬件到软件、概念到实际操作掌握飞机大部件对接装配的基本原理,为学生开展多学科融合的创新性、工程性研究与学习提供实验环境,增强学生的工程实践能力。

Based on the principle of digital docking assembly of aircraft components,the experimental platform including fuselage,wing experimental piece,numerical control flexible positioner,measurement system and control system is designed.Four experimental modules are designed,which are digital assembly positioning,large-scale part measurement,large-scale component attitude adjustment trajectory planning and docking process integrated control,which enables students to master the basic principle of aircraft assembly from single point knowledge to integrated application,hardware to software,concept to practical operation,provide experimental environment for them to carry out innovative and engineering research and learning of multidisciplinary integration,and enhance their engineering practice ability.