基于飞机数字化装配技术设计了一套飞机大部件自动调姿系统,介绍了控制系统的结构,包括系统构成、硬件设计和软件设计。整个控制系统采用Twin CAT 3作为中央控制核心,通过Profinet总线技术与下位机Rexroth的Indra Control L65实现实时...基于飞机数字化装配技术设计了一套飞机大部件自动调姿系统,介绍了控制系统的结构,包括系统构成、硬件设计和软件设计。整个控制系统采用Twin CAT 3作为中央控制核心,通过Profinet总线技术与下位机Rexroth的Indra Control L65实现实时通信。利用激光跟踪仪还原飞机装配坐标系,建立数字化测量系统,以力传感器反馈数据为调姿过程参数,调用调姿算法控制数控定位器的调姿和自动托架的辅助支撑。展开更多
This paper is a general review for the development of AFCS used on civil aircraft, along with its road from autopilot, automatic flight control system to flight-by-wire, as well as some point of views for the perspect...This paper is a general review for the development of AFCS used on civil aircraft, along with its road from autopilot, automatic flight control system to flight-by-wire, as well as some point of views for the perspective on the future evolution are mentioned.展开更多
文摘基于飞机数字化装配技术设计了一套飞机大部件自动调姿系统,介绍了控制系统的结构,包括系统构成、硬件设计和软件设计。整个控制系统采用Twin CAT 3作为中央控制核心,通过Profinet总线技术与下位机Rexroth的Indra Control L65实现实时通信。利用激光跟踪仪还原飞机装配坐标系,建立数字化测量系统,以力传感器反馈数据为调姿过程参数,调用调姿算法控制数控定位器的调姿和自动托架的辅助支撑。
文摘This paper is a general review for the development of AFCS used on civil aircraft, along with its road from autopilot, automatic flight control system to flight-by-wire, as well as some point of views for the perspective on the future evolution are mentioned.