An effective sensor system for monitoring the pressure distribution on a car seat would enable researches on Advanced Driver Assistance Systems (ADAS) and comfort of occupants. However, the irregularities of the seat shape or those of the occupant clothes challenge the robustness of such a sensor system. Moreover, the position identification of bodies of different percentiles by few pressure sensors is difficult. So, a higher resolution pressure pad has been developed. The number of sensors is significantly increased by means of a matrix scan strategy. Tests on the pressure pad with different occupants proves its robustness in scanning the contact area.
Sensor matrix robustness for monitoring the interface pressure between car driver and seat / Vergnano, A.; Muscio, A.; Leali, F.. - 1026:(2020), pp. 229-235. (Intervento presentato al convegno 2nd International Conference on Human Systems Engineering and Design: Future Trends and Applications (IHSED 2019) tenutosi a Munich nel September 16-18, 2019) [10.1007/978-3-030-27928-8_35].
Sensor matrix robustness for monitoring the interface pressure between car driver and seat
Vergnano A.
;Muscio A.;Leali F.
2020
Abstract
An effective sensor system for monitoring the pressure distribution on a car seat would enable researches on Advanced Driver Assistance Systems (ADAS) and comfort of occupants. However, the irregularities of the seat shape or those of the occupant clothes challenge the robustness of such a sensor system. Moreover, the position identification of bodies of different percentiles by few pressure sensors is difficult. So, a higher resolution pressure pad has been developed. The number of sensors is significantly increased by means of a matrix scan strategy. Tests on the pressure pad with different occupants proves its robustness in scanning the contact area.
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CONF_ENG_2019_3_seat.pdf
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