A Rescue System for Sharing the Location of Accidental Vehicles for Quick Recovery
2025-28-0084
To be published on 02/07/2025
- Event
- Content
- Now-a-days four wheelers are necessary for all levels of humans for the fulfillment of the transportation requirement. Also, the four-wheeler population is increasing in an exponential trend. The accidents and abnormalities in the travel path of the four wheelers are to be monitored to prevent the fatal and untracked accidents of them. This study is to monitor and send the periodical information about the status of the four-wheeler such that the accidents or abnormalities are being captured. These required signals are transmitted by the Global positioning system and comfort kit fitted in the four-wheeler to enhance the activity. This comfort kit consists of the data capturing and signal sending device from the pressure of the driver, severity of the impact during the accident and the status of the vehicle cum rider by the geometrical positioning sensor. This device is integrated to the mobile of the rider and the stored numbers with the close relatives and the health centers nearby to the vehicle location. During the accidents, the signal is initially sent to the relatives in 2 to 3 seconds and after 10 seconds the similar signal is sent to the nearby rescue health center to react at the earliest. This is fully automated with the conditions programmed in ARDUINO Software for the status of the vehicle and rider. The program is tested in a four-wheeler in the institution for the designated track for the predetermined locations as relatives and health centers. The experimental feedback depicts that the signal is reaching in a period of 2 to 4 seconds from the occurrence of the incident for a track of 2 square kilometers. This study enables the prevention of fatalities by the accident in the road by rescuing at the earliest. The cost of the comfort kit is in the range of 5000 INR to 6000 INR.
- Citation
- Chinni, V., "A Rescue System for Sharing the Location of Accidental Vehicles for Quick Recovery," SAE Technical Paper 2025-28-0084, 2025, .