基于对数字化柔性装配技术的深入分析,结合数字化测量和误差补偿方法、工装模块化设计等,针对某型号飞机前襟翼装配,设计一套数字化柔性装配系统,该系统可以实现内外前襟及其左右对称件4个部件的数字化装配,为提高飞机前襟翼的装配质量稳定性和装配效率,缩短生产准备周期提供了保障,同时为飞机部件级数字化柔性工装设计提供了一个范例。 Based on the in-depth analysis of digital flexible assembly technology, combined with digital measurement and error compensation methods, modular design of tooling and so on, a digital flexible assembly system is designed for the assembly of a certain type of aircraft’s front flap. The system can realize the front- The digital assembly of the four parts provides a guarantee for improving the assembly quality and assembly efficiency of the aircraft’s front flaps and shortening the production preparation cycle. It also provides an example for the design of digital flexible tooling for aircraft parts.