摘要
为解决生产光学纤维面板的传统熔压设备存在的控制精度低和重复精度低的问题,基于液压比例反馈技术和传感器检测技术,开发了一种光学纤维面板自动熔压设备.介绍了其熔压原理、工艺流程及结构特点,并对设备改造的核心部分液压控制系统的原理进行了详细的说明.实验测试结果表明:该设备自动化程度高,工艺参数控制精度不低于国内外同类先进设备,温度控制精度达±0.1℃,真空度控制精度为±2 Pa,压力控制精度达±1%,为光纤面板加工和工艺研发提供了一种新的手段.
Based on hydraulic proportional feedback system and sensor testing technique, an automatic melt press for FOP fabrication was developed to improve the low control accuracy and reproducibility of conventional melt presses to fabricate fiber optic plates（FOP）. Describes its working principle, process flow and structural characteristics, especially the working principle of its hydraulic control system that is the core in machine reforming. Experiment results showed that the melt press we developed is highly automatic, and its control accuracy of technological parameters is proved not lower than other advanced similar domestic/foreign systems, i.e., the control accuracies of vacuum degree, temperature and pressure are ±2 Pa, ±0.1℃and± 1%, respectively. A new means was thus provided for R＆D of FOP fabrication.
出处
《东北大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2006年第9期1026-1029,共4页
Journal of Northeastern University(Natural Science)
基金
国家自然科学基金资助项目(50527402)
关键词
光学纤维面板
比例控制
真空
熔压
设备研制
FOP（fiber optic plates）
proportional control
vacuum
melt press
equipment R＆D
