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EXFOLIATED-GRAPHITE/LATEX PIEZORESISTIVE SYSTEM FOR MAPPING PLANTAR PRESSURE

机译:压制石墨/乳胶微渗压系统

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Diabetics often have neuropathy that prevents them from noticing developing foot ulcers. Pressure sensors can detect areas with abnormally high pressure, allowing earlier detection, prevention, and treatment of developing ulcers. Accurate pressure sensors are often limited to bulky or stationary systems, or have other limitations such as lack of accuracy, slow response times, and cost. This paper explains the fabrication of a prototype system using a bilayer flexible sensor for better accuracy in measuring pressure. The sensor is made of an exfoliated graphite film on a latex substrate and is layered with rubber padding to allow deformation. It is connected to an electronic system that reads changing resistance due to pressure and maps the applied pressure. This system might be a low cost, accurate, and durable alternative to current systems.
机译:糖尿病患者经常患有神经病,这使他们无法注意到正在发展的足部溃疡。压力传感器可以检测出异常高压的区域,从而可以及早发现,预防和治疗发展中的溃疡。精确的压力传感器通常仅限于笨重或固定的系统,或者具有其他局限性,例如缺乏准确性,响应时间慢和成本高。本文介绍了使用双层柔性传感器的原型系统的制造方法,以提高压力测量的准确性。该传感器由乳胶基底上的脱落石墨膜制成,并覆盖有橡胶垫以使其变形。它连接到电子系统,该系统读取由于压力引起的变化电阻并绘制施加的压力。该系统可能是当前系统的低成本,准确和耐用的替代产品。

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