【摘要】 为了满足高品质光纤环在生产过程中对光纤张力的高精度控制要求,文中首先对比分析了不同张力测量方式的优缺点,选择基于浮动式张力测量原理的测量元件来实现光纤的小张力值检测和满足控制系统对检测元件的高分辨率和高精度的测量要求;然后基于ADAMS仿真平台对张力传感器进行了建模和仿真分析,对弹簧质量、刚度和阻尼等关键参数进行了优化匹配;最后对基于仿真结果研制出来的张力传感器样机进行了测试。结果表明,该传感器满足0.001 N精度和1 Hz响应频率的测量要求,说明该仿真设计方法有效、可靠。更多还原

【Abstract】 To meet the advanced control requirements for fiber tension during the production of high-quality fiber optic rings, first of all, after analysis and comparison of the advantages and disadvantages of different tension measurement methods, the measuring element based on the floating tension measurement principle is selected to realize the detection of the small tension value of the optical fiber and meet the detection requirements of high resolution and sensitive response. Then, the ADAMS software is used to model and simulate the tension sensor, and the key parameters are optimized and matched. Finally, the tensile sensor prototype developed based on the simulation results is tested. The results show that the tension sensor can meet the measurement requirements of 0.001 N accuracy and 1 Hz response frequency, which indicates that the simulation design method is efficient and reliable.更多还原