We made a device which can be attached to a bike. When the user meets with an accident the device sends a message of the coordinates of the location to the nearest ambulance, police station, and a family member.
If we lose our bike, we can send an SMS to the module in the bike it sends back the coordinates of the bike and in a map we will get the location of bike and its distance from us.
To reduce the response time from accident location to hospital to reduce the time of arrival of ambulance.
To make data authentic for insurance claims and other official activities related to an accident.
Analysis can be performed on any vehicle with the help of a cad model and the critical points can be identified. We have not performed tests using a real vehicle but we have made a small four wheel manual robot to test the device. The analysis of the robot has also been performed on Autodesk Inventor and critical points on the robot have been obtained.
When accident occurs (from any direction), since piezo’s are placed at critical points the voltage from the piezo’s will be greater than the threshold. As the piezo’s are connected to Arduino it detects that collision has occurred. Now first the horn of the vehicle goes high in order to get the attention of other people. If the driver is fine he can switch the horn off using a switch provided to him. As the Arduino is Serially connected (ie TX and Rx) to Rx and TX of GPS module Arduino acquires the location in form of Latitudes and Longitudes from the GPS module. It then merges these both strings of Latitude and Longitude and sends them to GSM module serially . Since GSM module contains our Simcard it message these coordinates to Ambulance and other locations. In addition to this if the user loses his bike, user can track its location. This can be done by sending a password (which is set by the user) to the Simcard inside the GSM module Arduino acquires this message and then performs String comparison. If it matches then it gets the current coordinates from GPS module and sends them to GSM module which will be messaged to the number from which the password has come.
RESULT/ WORK DONE:
The vehicle is collided with a wall and peizo electric sensor gives more than 1.5 voltage. This volt was fed to arduino which processes it to identify accident has occurred.
Simulation was done in Autodesk Inventor 2015
Microprocessors: Arduino uno
GSM Module: SIM 900A
GPS Module: AB6 Rhydo labz arduino sheild
App developed in: Android app studio
Maps: Google Maps
ABOUT THE ENTRANT
Name: Mridul Gandhi
Type of entry: team
Mridul Gandhi Poojita Pramodh Nareshkumar Praveen Kumar Rajesh Kudupudi Sandhya
Number of times previously entering contest:never
Mridul is inspired by:
I believe engineering is the best thing that has ever happened for the sake of humanity. It is application of science and mathematics which liberates humans and helps to understand universe and its laws. With this understanding engineers make things which help everyone fulfill their aims. Engineers also study the impacts of technology and are working to improve them.
I like spending my free time thinking and conceptualizing product which involves mechanisms, electronic components and GUI. I play with similar concepts, compare them and form a new assembly of ideas. It does not matter what field of study it is, but going into the basic level of understanding and conceptualizing is always fun. So I have been working on inter-disciplinary subjects which paved the way for my interest in robotics. My objectives are not transitory but ambitious to hugely impact society while using a minimalist approach.
Software used for this entry:
Autodesk Inventor, Android app studio
Patent status: none