足部传感器——足部压力监测系统

Rasheedha A, Santhosh B, A. N, Sandhiya A
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摘要

足底张力是指在常规运动和练习中,足部和辅助面之间的张力场。来自这些应变的数据在步态分析和姿态研究中具有重要意义,可用于诊断下附件问题,鞋类配置,运动生物力学,损伤预测,并对生物力学和神经问题的分类,以及高足压力带来的伤口的治疗和预防提供重要理解。这个小工具将量化脚的张力从FSR,力敏电阻传感器,放置在鞋垫。这些传感器与Arduino UNO相关联。它决定了足底压力的实时传播,使我们能够想象和剖析数据。利用LabVIEW进行了独特的编程设计。该方法可作为利用压力可视化程序的实时检测框架。患者的详细信息可以在该产品中得到照顾并保存,当执行时,收集的应变信息被转换为高级模式,并创建一个足部摄影。这个框架为健康观察、伤害对抗和运动员准备提供了难以置信的可实现的监督。足底张力估计框架为临床医生提供了一个严重的传达能力水平,允许在不同的临床地点使用。
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Foot sens - foot pressure monitoring systems
Foot plantar strain is the tension field that acts between the foot and the help surface during regular locomotion and exercises. Data from such strains is significant in gait analysis and posture research for diagnosing lower appendage issues, footwear configuration, sport biomechanics, injury anticipation and give important understanding on the assortment of biomechanical and neurological problems, with treatment and prevention of wounds brought about by high foot pressure. The gadget will quantify the foot tension from FSR, force sensitive resistor sensors, placed on insole of the shoe. These sensors are associated with the Arduino UNO. It decides the foot pressure dissemination in genuine time that permits us to imagine and dissect the data. A uniquely designed programming is made by utilizing LabVIEW. This method can be a real-time checking framework utilizing the pressure visualization program. The patient's details can be taken care of in and are saved in this product and when executed, the strain information gathered is changed over into advanced pattern and a pedobarography is created. This framework gives incredible achievable oversight for wellbeing observation, injury counteraction, and athlete preparing. Plantar tension estimation framework offers the clinician a serious level of convey ability, allowing use among various clinical sites.
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