摘要
我国空间遥感、深空探测、空间战略装备等国家重大工程的快速实施,对大口径复杂曲面光学元件的高效制造提出了要求。为了提高光学加工中研磨阶段的效率,提出了基于工业机器人的柔性磨削技术。分析并比较柔性磨削技术与传统刚性磨削、传统研磨技术的差异,提出了等体积去除模型并验证其正确性。研究了磨削去除体积与驻留时间、压力以及转速的关系。实验条件下,柔性磨削去除效率为0.59mm^(3)/s,高于传统小磨头研磨效率8.4×10^(-2)mm^(3)/s。论文提出的柔性磨削技术为大口径碳化硅空间反射镜高效磨削提供一条新技术途径。
The rapid implementation of national major projects such as space remote sensing,deep space exploration,space strategic equipment in China,requests the highly productive manufacture of large-aperture complex optical components.A flexible grinding technique based on industrial robots is suggested to increase the processing effectiveness of the grinding stage in the optical processing process.The differences between flexible grinding technology,class rigid grinding,and conventional grinding technology are compared.And a const-volume removal characteristic model for flexible grinding is presented and proven.Investigation is done into the connections between dwell time,pressure,and rotational speed and grinding removal volume.In the experiment,the grinding removal efficiency of flexible grinding was 0.59mm/s which was higher than that of conventional small tool grinding which was 8.4×10^(-2)mm^(3)/s.For the effective grinding of large diameter SiC space mirrors,the flexible grinding method put forward in this study offers a novel technological solution.
作者
赵鹏玮
王东方
张金平
张珑
郑列华
ZHAO Pengwei;WANG Dongfang;ZHANG Jinping;ZHANG Long;ZHENG Liehua(Photoelectric Manufacturing engineering Center,Shanghai Institute of Technical Physics,Chinese Academy of Science,Shanghai 200080,China;University of Chinese Academy of Sciences,Beijing 100049,China;Suzhou Tuokun Photoelectric Technology co.,ltd,Taicang 215400,China)
出处
《光学技术》
CAS
CSCD
北大核心
2024年第3期379-384,共6页
Optical Technique
基金
中国科学院关键技术支持人才项目(E2K4H300)
中国科学院青年创新促进会基金(2022238)
上海市产业协同创新项目(HCXBCY-2023-002)。
关键词
光学加工
非球面
精密磨削
柔性磨削
等体积去除
optical fabrication
aspheric
precision grinding
flexible grinding
Const-volume remove
作者简介
赵鹏玮(1994-),男,博士研究生,从事光学检验和光学加工方面的研究。zhao12pengwei@163.com;通讯作者:郑列华(1966-),男,研究员,博士生导师,博士,从事红外光电遥感仪器光机结构,空间长寿命转动机构,大口径光学非球面制造技术研究。dimo818@126.com。
