The Measurement and Maintenance System of the VRLAB Based on RFID

Shifeng Yang, Songtao Jin, Zheng Xu
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Abstract

RFID technology, USB communication technology, on-line battery internal resistance monitoring technology and virtual instrument host computer scheme with database technique was adopted to establish an original VRLAB detection and maintenance system, whilst the software and hardware design was completed. Current system has solved the problem of wasting time and workforce existing in the VRLAB when detecting battery capacity, in the mean time, battery maintenance and estimate of the impaired capability could also be achieved. Process of experiment suggested that current system has considerably improved the efficiency of capacity measurement and maintenance of the VRLAB, meanwhile, accuracy of discretion could be improved. The cost of battery detection and maintenance has been saved exactly.
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基于RFID的VRLAB测量与维护系统
采用RFID技术、USB通信技术、电池内阻在线监测技术和结合数据库技术的虚拟仪器上位机方案,建立了独创的VRLAB检测维护系统,并完成了软硬件设计。现有系统解决了VRLAB在检测电池容量时存在的浪费时间和人力的问题,同时也可以实现电池的维护和受损能力的估计。实验过程表明,该系统大大提高了VRLAB容量测量和维护的效率,同时可以提高裁量权的准确性。准确地节省了电池检测和维护成本。
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