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Design of automatic tension control device for a vibrating wire sensor

机译:振弦传感器自动张力控制装置的设计

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The vibrating wire sensor is the structural health monitoring sensor which uses the vibration signal induced from the tension difference of a sensor attached to a structure. Vibrating wire sensors have produced by tuning the tension manually through measuring the frequency of the vibrating wire then fixed by pressing both ends of wire. Therefore, the accuracy of the product was determined by manual skill and this was the weak point to be enhanced. In particular, percentage defect was 75% mainly during the pressing process, which requires the expert. In this study, we developed the tuning device to adjust tension automatically with enhancing the precision and productivity of vibrating wire sensors. After tuning the tension, the fixing wire end is pressed pneumatically, the performance was monitored. Precision evaluation test confirmed that the nonlinearity of sensors is reduced from 0.398 to 0.056%.
机译:振弦传感器是结构健康监测传感器,其使用由安装在建筑物上的传感器的张力差引起的振动信号。振弦传感器是通过测量振弦的频率来手动调节张力,然后通过压制振弦的两端进行固定而制成的。因此,产品的精度由手工技能决定,这是需要增强的弱点。特别地,主要在压制过程中,缺陷百分比为75%,这需要专家。在这项研究中,我们开发了一种可自动调节张力的调谐装置,从而提高了振弦传感器的精度和生产率。调整张力后,气动压紧固定线末端,并监控性能。精度评估测试证实,传感器的非线性度从0.398降低到0.056%。

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