Safety System To Avoid Accident While Driver Is In Drowsiness

Safety is very critical in the automotive industry and it would be a vigorous proposition to have an innovative safety feature that would prevent the driver from falling asleep while driving. With the aid of today?s technology, photographic equipment can be used to recognize when the driver?s eyelid

Project Title

Safety System To Avoid Accident While Driver Is In Drowsiness

Project Area of Specialization

Mechanical Engineering

Project Summary

Safety is very critical in the automotive industry and it would be a vigorous proposition to have an innovative safety feature that would prevent the driver from falling asleep while driving. With the aid of today’s technology, photographic equipment can be used to recognize when the driver’s eyelid proceeds to mantle and Sclera/Pupil are no longer defined. The TTL serial camera module with NTSC video output will use the Raspberry pi with an Intel Curie microcontroller to send a signal to the driver seat. An unbalanced impeller could be utilized to receive the output data signal emerging from the microcontroller, which is wired to the data input of the impeller. The signal input will activate the impeller to vibrate the seat. Therefore, the driver is alert to the situation. This process can continue to be implemented until the eyes are recognized as opened again. This innovation will be essential when concerned about the safety and will decrease the rate of accidents due to the lack of contemplation. if the driver didn't wake up after the alarm it will tend to cut off the fuel supply to the vehicle and applies brakes gradually

Project Objectives

• the prototype should be able to detect drowsiness under every suitable condition.
• the blinking of eyes should be detected instantly. 

Project Implementation Method

• Programming of the micro-controller.
• Assembly of electronic components.
• Testing of the assembly.

Benefits of the Project

• To decrease number of accidents caused by drowsiness.
• Cost effective.
• Contribution to the automobile industry.

Technical Details of Final Deliverable

The prototype would be Raspberry pi base model that would able to detect drowsiness under every condition. Moreover, it would be a full fledge independent model that would work regardless of the environmental factors.

• Design and installation details for the microcontroller.
• Final working of the device.

Final Deliverable of the Project

Hardware System

Core Industry

Transportation

Other Industries

Core Technology

Artificial Intelligence(AI)

Other Technologies

Sustainable Development Goals

Good Health and Well-Being for People, Quality Education, Affordable and Clean Energy, Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Sustainable Cities and Communities, Partnerships to achieve the Goal

Required Resources

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