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1. CAPACITIVE SEAT SENSORS FOR MULTIPLE
OCCUPANCY DETECTION USING A LOW-COST SETUP
ABSTRACT:
The Minibus public transportation sector and road safety remains a significant
challenge in Africa. We propose a low cost system to monitor the taxi industry and encourage
safe driving. A low cost capacitive proximity sensor for seat occupancy detection based on
the loading mode capacitive sensing technique is designed. The capacitive sensor uses a
single electrode to detect an occupant. We use ZigBee modules for a dynamic wireless
system integration where sensors can be added or removed without modifications. A
mathematical model of the capacitive sensor is developed and we determine the capacitance
on the sensor's electrode. The occupied capacitance is double the unoccupied capacitance.
Our results show that the proposed capacitive sensor can distinguish clearly between an
unoccupied and occupied seat.