MEMS based-self regulating airbag drowning aversion system for submerged swimmers

This paper proposes a self regulating airbag framework for submerged swimmers. The radical role of the proposed aversion framework is that it succor in clearing swimmer who is still or invested strangely a prolonged period of time submerged. The framework comprises an airbag and fitted out with mems accelerometer and pressure sensor. In this proposed aversion system an ON gadget alert is activated and a sign is sent to the motor joined with the flattening arrangement of the airbag to trigger it and clear the swimmer in two circumstances: On the off chance that pressure sensor which sense the pressure on the swimmer increments quickly or if the pressure level increments over the typical pressure on the body submerged, If the period of time while away by the swimmer surpasses a predefined greatest edge or the measured accelerometer data demonstrates that he has been unmoving for a prolonged period of time submerged. A manual switch is likewise actualized for the wellbeing of the swimmer which is in immediate contact with the airbag to open it when needed.