Design technology and evaluation of high precision and large torque standard machine

Q4 Engineering
Li Tao, Liu Shanjian, Zhao Dingding, Ma Xianglong, Ji Honglei, Ni Jinquan, Zhou Min
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引用次数: 0

Abstract

Shanghai Marine Equipment Research Institute has successfully developed a high accuracy 200 kN·m torque standard machine. This paper introduces the design principle, structure and function of 200 kN·m high torque standard machine, as well as the main technical design scheme and measurement uncertainty evaluation of the whole machine. The torque standard machine belongs to the static weight type balance structure, and adopts the knife-edge support design scheme of high strength, high rigidity, high wear resistance and high sensitivity. Breakthrough lever beam micro-jacking mechanism design, balancing mechanism synchronous motion control system design, support limit protection mechanism design, balance arm pull rod lifting control technology design, large mechanism components of ultra-high sensitivity realisation technology design, automatic intelligent control technology design, As well as the key technologies such as the innovative technology design of the static weight type torque standard and the reference type torque standard, the whole large-scale precision standard machine has reached a high level of precision and automatic control. The successful development of 200 kN·m high-torque standard machine solves the problem of safe and reliable operation of high-torque standard machine under heavy load, provides technical means for high-precision large-torque value and value transmission, and promotes the in-depth development of large-torque parameter and value transmission in China's industrial system.
高精度大扭矩标准机的设计技术与评价
上海船舶装备研究所成功研制出高精度200 kN·m扭矩标准机。介绍了200 kN·m大扭矩标准机的设计原理、结构和功能,以及整机的主要技术设计方案和测量不确定度评定。扭矩标准机属于静重式平衡结构,采用高强度、高刚性、高耐磨性、高灵敏度的刀口支撑设计方案。突破杠杆梁微顶机构设计、平衡机构同步运动控制系统设计、支撑限位保护机构设计、平衡臂拉杆提升控制技术设计、大型机构部件超高灵敏度实现技术设计、自动智能控制技术设计、以及静重式扭矩标准和参考式扭矩标准的创新技术设计等关键技术,使整个大型精密标准机达到了较高的精度和自动控制水平。200 kN·m大扭矩标准机的研制成功,解决了大扭矩标准机在重载下安全可靠运行的问题,为高精度大扭矩值值传递提供了技术手段,促进了大扭矩参数值传递在中国工业体系中的深入发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Measurement Sensors
Measurement Sensors Engineering-Industrial and Manufacturing Engineering
CiteScore
3.10
自引率
0.00%
发文量
184
审稿时长
56 days
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