Voice Controlled Wheel Chair with Temperature Detection

Authors

  • N. Srilakshmanan
  • Arunkumar
  • Darsinkarthik
  • Nagaprakash
  • Yeswanth

DOI:

https://doi.org/10.9756/IAJSE/V9I1/IAJSE0902

Keywords:

Wheelchair, Ultra Sonic Sensor, Arduino UNO Micro-controller, HC-05 Bluetooth Module, DC Motors, Physically Challenged, Voice Command. Android Application

Abstract

This task needs ongoing voice recognition via a mobile application. The system is used to control a driver's seat with the user's voice. The goal of this project is to capture the development of people who are crippled or incapacitated, as well as elderly people who can't move well. The goal of this framework is to allow specific users to pursue living their lives with little reliance upon for their growth as needed. Speech innovation is an important innovation that will provide a better way for people to communicate with a machine or equipment. Therefore the problems they face can be addressed by introducing a new acknowledgment to improve the wheelchair. This can be understood and enhanced by using the enhanced mobile gadget as a central person or contact area. In this work it is planned to combine communication to force the hearing system that governs the development of the chair and the application that may or may not deal with the rules of graphical. This business uses arduino with a Microcontroller circuit and DC engines to perform the development of a wheelchair and Ultrasonic sensors to detect the barriers between the wheelchair and the bearing system.

Downloads

Published

2022-03-30

Issue

Section

Articles

How to Cite

Srilakshmanan, N., Arunkumar, Darsinkarthik, Nagaprakash, & Yeswanth. (2022). Voice Controlled Wheel Chair with Temperature Detection. International Academic Journal of Science and Engineering, 9(1), 13-17. https://doi.org/10.9756/IAJSE/V9I1/IAJSE0902