Online ISSN: 2515-8260

Keywords : GSM Module

New Technological Innovation And Challenging Issues In Car

G.Sasikala .; V.Mahalakshmi .

European Journal of Molecular & Clinical Medicine, 2020, Volume 7, Issue 8, Pages 320-328

Accidents happen very quickly in day to day life. Breaks in-front of you would slam your foot in a fraction of second, along with your body. To overcome this instance an ejector seat has been designed as an idea of improvement with current existing safety tools which protect people when a car crashes. Traditional airbag is limited in that it protects people after car is crashed and in many situations it would be too late, and also it cannot protect people when the car falls off a cliff. The ejector seat ejects people with different weights to the same height when danger is detected.
The prototype results show that it can detect relative distance and speed accurately with a small error of +/-2 cm, and the weight can be measured to an accuracy of +/- 2 grams. The seat is ejected and when relative distance and speed reach a threshold that we calculated to be reasonable for deadly situation, and the springs which are used to eject are compressed to desired position to make sure that different weights are ejected to the same height. This situation is immediately sent to the nearby server helpline through GSM module, and help is availed at once.

Solar Powered Autonomous Vehicle with Smart Headlights Aswini

Aswini M; Rosaline S; Joselin Jeya Sheela J; Mahaboob Basha S; Velmurugan M

European Journal of Molecular & Clinical Medicine, 2020, Volume 7, Issue 3, Pages 1640-1648

The autonomous car is the vehicle that is capable of sensing its environment and can navigate without any human input. In this vehicle we use GPS for navigation and the ultrasonic sensor to avoid collisions. Since it is autonomous, the threat of stealing the vehicle will be more. In order to keep it secure, the GSM and GPS modules are provided with key. If anyone tries to unlock the vehicle apart from the normal procedure, by using the GSM module the message will be sent to the owner of the vehicle. GPS is used to locate the exact latitude and the longitude position of the vehicle. If the owner replies back to the GSM module that the vehicle is in theft, the engine gets locked automatically. The Ultrasonic Sensor is used to detect the obstacles and also for the determination of the distance with high accuracy. So, the vehicle will be able to sense the fore coming vehicle or the obstacle and will get alert. In order to focus the headlights of the car in the direction of the turn, i.e. in the direction of wheels, the servo motors are used. The Servo Motors allows the control of the angle, velocity and the acceleration. The Servo Motors takes the angle of the wheel during the change of direction. By making use of that angle, the headlights will rotate along the direction of wheels. The solar panels are used to absorb the radiations that are emitted by the sun. These absorbed radiations are converted into Electrical Energy which is used to charge the batteries. An Arduino Port is used to interconnect all these equipment’s to work according to their applications in an effective manner. The directions of the vehicle in which it is moving and the detection of the obstacle will be displayed on the LCD. Finally, when the predefined path is reached, the alarm starts ringing to confirm that the destination has been reached.