JOURNAL ARTICLE

Smartphone-based portable intensity modulated force sensor

Lucas Hermann NegriElberth Manfron SchieferAleksander S. PaternoMárcia MüllerJosé Luí­s Fabris

Year: 2015 Journal:   Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE Vol: 9634 Pages: 96347S-96347S   Publisher: SPIE

Abstract

This work proposes a low-cost force sensor, based on intensity modulation in an optical fibre. The transducer element is composed of a knot in a single mode fibre embedded to a silicone adhesive cuboid, and can be easily fabricated. A simple sensing scheme is devised by using a visible light source and a CCD camera of a smartphone, allowing implementation costs to be reduced. Experimental results have shown that the sensor presents a linear response and a standard uncertainty of 1:07N within the dynamical range from 0 to 30 N.

Keywords:
Transducer Cuboid Intensity modulation Dynamic range Computer science Intensity (physics) Optical fiber Acoustics Light intensity Materials science Electronic engineering Optics Engineering Computer vision Mechanical engineering Physics Telecommunications

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Citation History

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