• 打印
  • 收藏
收藏成功
分享

活动翼面自动制孔技术在某型机上的应用


打开文本图片集

[摘    要]某型机活动翼面加工区域比较广,分为了14个组件,制孔任务繁重,且各组件材料为复合材料,依靠手工制孔效率低,并且加工精度难以保证,需采用自动制孔技术进行产品加工。如果采用专用机床费用昂贵,在此背景下提出采用机器人制孔系统加工活动翼面组件的自动制孔技术。

[关键词]活动翼面;复合材料;自动制孔技术;机器人制孔系统

[中图分类号]V262.4 [文献标志码]A [文章编号]2095–6487(2021)03–00–02

[Abstract]The processing area of the movable wing surface of a certain type of aircraft is relatively wide, which is divided into 14 components. The drilling task is heavy, and the component materials are composite materials. The manual drilling efficiency is low, and the processing accuracy is difficult to guarantee, so the automatic drilling technology is needed for product processing. If it is expensive to use special machine tools, this paper proposes a set of automatic drilling technology of robot drilling system for machining movable wing components.

[Keywords]movable wing; composite material; automatic drilling technology; robot drilling system

1 活动翼面自动化制孔方案

活动翼面组件的自动化制孔工艺流程需要包含前期准备:骨架的连接和安装,蒙皮安装以及临时紧固钉的安装。(剩余3174字)

网站仅支持在线阅读(不支持PDF下载),如需保存文章,可以选择【打印】保存。

畅销排行榜
目录
monitor