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WEARABLE THERMO- AND PIEZORESISTIVE SENSORS: REALIZATION AND PROPERTIES

机译:可穿戴式热敏电阻和热敏电阻:实现和性能

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Reported here are conducting polymer coated fabrics with remarkable transducing properties in terms of strain gauge factor and temperature coefficient of resistance. They enable the realization of truly wearable instrumented garments capable of recording proprioceptive maps with no discomfort for the subject and negligible motion artifacts caused by sensor-body mechanical mismatch. In fact, application fields of this type of sensor are addressed in privileged way to biomedical monitoring of the posture and gesture of the body. In particular we have focused our attention on the analysis of the piezoresistive response in order to identify externally imposed strain by proposing a geometrical parameter which is aging independent.
机译:此处报道的是导电聚合物涂层织物,在应变仪系数和电阻温度系数方面具有出色的传导性能。它们能够实现真正的可穿戴仪器服装,该服装能够记录本体感受图,而不会给受试者带来不适,并且不会因传感器与身体的机械失配而造成运动伪影。实际上,这类传感器的应用领域以特权方式针对生物医学监测身体的姿势和手势。特别是,我们将注意力集中在压阻响应的分析上,以便通过提出与时效无关的几何参数来识别外部施加的应变。

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