Silicone Mold Implementation for High-Sensitive Detection of Strain Sensing using Paper-Based Piezoresistive System

Doğukan Korkut, Kuter Erdil, Ö. G. Akcan, B. Muslu, Eray A. Baran, Y. D. Gökdel
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引用次数: 2

Abstract

This paper presents the design, fabrication, experimental results and related discussion of a portable bending enhancing silicone mold structure for biomedical applications in which a high-sensitive but low-cost force measurement structure with a large-dynamic range is required. Proposed system is composed of a replaceable parts like graphite coated Strathmore® 400 series Bristol paper and cheap RTV-2 silicone molds. The results shows that low-cost, portable and high-sensitive force and strain sensor systems can be realized for point-of-care biomedical applications in the future.
基于纸基压阻系统的高灵敏度应变传感检测的硅胶模具实现
本文介绍了一种用于生物医学应用的便携式弯曲增强硅胶模具结构的设计、制造、实验结果和相关讨论,该结构需要高灵敏度、低成本、大动态范围的力测量结构。提出的系统由可更换部件组成,如石墨涂层Strathmore®400系列布里斯托尔纸和廉价的RTV-2硅胶模具。结果表明,低成本、便携和高灵敏度的力和应变传感器系统可以在未来的点护理生物医学应用中实现。
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