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Development of pressure sensors for smart textiles

机译：智能纺织品的压力传感器的开发

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The investigation of textile sensors has increased and has gained an important role in the creation of new solutions for the most varied products, from monitorization sensors, actuators and controllers, implemented in garments, house textile items, or textiles structures used for a specific purpose e.g. bridge structural monitoring, soil proprieties, among others. This paper presents the development of pressure sensors base in a conductive silicone with piezoresistive conductive properties. The objective is to explore the combination of different types of conductive material (conductive silicon, nonconductive silicon, conductive ink and conductive fabric) and test the interactions between them. In the production methods the conductive ink, and conductive fabric were fixed to the silicone in the curing phase. Conductive and nonconductive silicon were mixed to obtain better control of sample conductivity. Samples with different thicknesses were developed, it was study the influence on the voltage variation and conductivity for each sample.
机译：纺织传感器的调查已经增加，并且在为特定目的中使用的衣服，房屋纺织品或纺织结构中实施的监测传感器，执行器和控制器，在最多样化的产品的新解决方案中产生了重要作用。桥梁结构监测，土壤礼物等。本文呈现的压力传感器的开发基地与压阻导电性的导电聚硅氧烷。目的是探讨不同类型的导电材料（导电硅，非导电硅，导电油墨和导电织物）的组合，并测试它们之间的相互作用。在生产方法中，导电油墨和导电织物在固化阶段固定到硅氧烷上。将导电和非导电硅混合以获得更好地控制样品电导率。开发了具有不同厚度的样品，研究了对每个样品对电压变化和导电性的影响。

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