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Study on the Rationality of Three-dimensional Force Sensor Applied to Steel Ball Cold Heading

机译:三维力传感器应用于钢球冷Head的合理性研究

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摘要

PVDF piezoelectric film has high natural frequency, piezoelectric constant, fatigue resistance and impact resistance, which is especially suitable for measuring dynamic impact load. The sensor is used to monitor the cold heading process of the steel ball, which improves the production automation level, the processing quality and service life of the steel ball. In this paper, the kinematics model is established based on the actual steel ball cold heading machine. The steel ball cold heading model is established by DEFORM, and its simulation analysis is carried out. According to the simulation, the change law of cold heading force under the influence of different parameters is obtained. It proves that the data measured by the three-dimensional force sensor can judge the defects of cold heading and lay a solid foundation for the application of the three-dimensional force sensor to the production of steel ball cold heading.
机译:PVDF压电薄膜具有很高的固有频率,压电常数,抗疲劳性和抗冲击性,特别适合于测量动态冲击载荷。该传感器用于监测钢球的冷head过程,从而提高了钢球的生产自动化水平,加工质量和使用寿命。本文基于实际的钢球冷head机建立了运动学模型。利用DEFORM建立了钢球冷head模型,并进行了仿真分析。通过仿真得到了不同参数影响下的冷head向力变化规律。证明了三维力传感器测得的数据可以判断冷head缺陷,为三维力传感器在钢球冷head生产中的应用奠定了坚实的基础。

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