光纤环绕制中滞后角控制的研究
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摘要
为提升光纤环绕制设备的排线性能,避免不合理绕制滞后角引起的各类绕制缺陷和绕制错误,在对绕制滞后角的几何位置与受力分析进行研究的基础上,建立了滞后角、光纤间隙和光纤上线终点三者之间的数学模型;并通过对绕制初始时刻滞后角引起错误绕制现象进行分析,提出了在绕制初始时刻对该滞后角进行合理补偿的方法。实验结果表明:合适的滞后角可以有效避免绕制缺陷的产生,使用该换层绕制初始时刻滞后角补偿方法可以消除绕制错误的现象,实现光纤环绕制设备的精密排线和自动化缠绕。
To improve the winding performance of optical fiber coil winding system and avoid various types of winding defects and winding errors caused by unreasonable lay angle,the geometry and force of lag angle were analyzed. The mathematical model among the lag angle,the gap and the end of contacted optical fiber was built,and the lay angle compensation method were put forward by analyzing the winding errors caused by the lag angle at the winding initial time. The results show that the appropriate lag angle can effectively avoid the winding defect,and using the lag angle compensation method can eliminate winding errors at winding initial time,which realize the precision winding and automatic winding.
To improve the winding performance of optical fiber coil winding system and avoid various types of winding defects and winding errors caused by unreasonable lay angle,the geometry and force of lag angle were analyzed. The mathematical model among the lag angle,the gap and the end of contacted optical fiber was built,and the lay angle compensation method were put forward by analyzing the winding errors caused by the lag angle at the winding initial time. The results show that the appropriate lag angle can effectively avoid the winding defect,and using the lag angle compensation method can eliminate winding errors at winding initial time,which realize the precision winding and automatic winding.
引文
1 Chen Jun,Ding Nengwen,Li Zhifeng,et al.Enhanced environmental performance of fiber optic gyroscope by an adhesive potting technology.Optical Society of America,2015;(9):7828-7834
2 Li Ying,Chen Xinglin.Effect of highly birefcoilence fibers on fiber optic gyroscope:SPIE 64233S,2015
3康葳蕤,马保吉,陈瑞宁.光纤精密缠绕的缺陷及其原因分析.弹箭与制导学报,2005;25(4):246-249Kang Weirui,Ma Baoji,Chen Ruining.Analyse of faculties and causes in the optical fiber precision winding.Journal of Projectiles,Rockets,Missiles and Guidance,2005;25(4):246-249
4孙冬,马保吉,武民洛.光纤缠绕中张力和滞后角对缠绕图样的影响及其分析.弹箭与制导学报,2005;25(4):250-252Sun Dong,Ma Baoji,Wu Minluo.The aanalysis of tension and lag angle's influence on pattern in optical fiber automatic winding.Journal of Projectiles;Rockets;Missiles and Guidance,2005;25(4):250-252
5康葳蕤,马保吉,武民洛,等.光纤缠绕走向及其匝间间隙分析.弹箭与制导学报,2007;27(1):283-286Kang Weirui,Ma Baoji,Wu Minluo,et al.Analyses of the clearance of optical fibre loops and the orientation which winding optical fiber tends towards.Journal of Projectiles;Rockets;Missiles and Guidance,2007;27(1):283-286
6徐振华,刘津升,崔骥.X射线检测光纤缠绕缺陷及衰减系数分析.无损检测,2011;(7):36-39Xu Zhenghua,Liu Jinsheng,Cui Ji.The optical fiber winding flawsby X-Ray detection and analysis of attenuation coefficient.Nondestructive Testing,2011;(7):36-39
7张万成,叶泽群.一种用于光纤精密绕线的视觉识别技术.电子工艺技术,2015;36(3):172-174,178Zhang Wancheng,Ye Zequn.A design of visual identification technology for accurate winding of optical fiber.Electronics Process Technology,2015,36(3):172-174,178
8赵洛彬.光纤环绕制缺陷实时监测系统设计.太原:中北大学,2015Zhao Luobin.The design of real-time monitoring of optical fiber coil winding flaw.Taiyuan:North University of China,2015
9郭晨霞,杨瑞峰,赵洛彬.基于区域的光纤环绕制缺陷实时检测算法.太原理工大学学报,2016;(2):190-194Guo Chenxia,Yang Ruifeng,Zhao Luobin.The defect detection algorithm of fiber coil winding based on winding region.Journal of Taiyuan University of Technology,2016;(2):190-194
2 Li Ying,Chen Xinglin.Effect of highly birefcoilence fibers on fiber optic gyroscope:SPIE 64233S,2015
3康葳蕤,马保吉,陈瑞宁.光纤精密缠绕的缺陷及其原因分析.弹箭与制导学报,2005;25(4):246-249Kang Weirui,Ma Baoji,Chen Ruining.Analyse of faculties and causes in the optical fiber precision winding.Journal of Projectiles,Rockets,Missiles and Guidance,2005;25(4):246-249
4孙冬,马保吉,武民洛.光纤缠绕中张力和滞后角对缠绕图样的影响及其分析.弹箭与制导学报,2005;25(4):250-252Sun Dong,Ma Baoji,Wu Minluo.The aanalysis of tension and lag angle's influence on pattern in optical fiber automatic winding.Journal of Projectiles;Rockets;Missiles and Guidance,2005;25(4):250-252
5康葳蕤,马保吉,武民洛,等.光纤缠绕走向及其匝间间隙分析.弹箭与制导学报,2007;27(1):283-286Kang Weirui,Ma Baoji,Wu Minluo,et al.Analyses of the clearance of optical fibre loops and the orientation which winding optical fiber tends towards.Journal of Projectiles;Rockets;Missiles and Guidance,2007;27(1):283-286
6徐振华,刘津升,崔骥.X射线检测光纤缠绕缺陷及衰减系数分析.无损检测,2011;(7):36-39Xu Zhenghua,Liu Jinsheng,Cui Ji.The optical fiber winding flawsby X-Ray detection and analysis of attenuation coefficient.Nondestructive Testing,2011;(7):36-39
7张万成,叶泽群.一种用于光纤精密绕线的视觉识别技术.电子工艺技术,2015;36(3):172-174,178Zhang Wancheng,Ye Zequn.A design of visual identification technology for accurate winding of optical fiber.Electronics Process Technology,2015,36(3):172-174,178
8赵洛彬.光纤环绕制缺陷实时监测系统设计.太原:中北大学,2015Zhao Luobin.The design of real-time monitoring of optical fiber coil winding flaw.Taiyuan:North University of China,2015
9郭晨霞,杨瑞峰,赵洛彬.基于区域的光纤环绕制缺陷实时检测算法.太原理工大学学报,2016;(2):190-194Guo Chenxia,Yang Ruifeng,Zhao Luobin.The defect detection algorithm of fiber coil winding based on winding region.Journal of Taiyuan University of Technology,2016;(2):190-194