Abstract :

Wheelchair Is An Android-integrated Mobility Aid Designed To Support Individuals With Disabilities. It Incorporates A Control Unit (CU) That Directs The Wheelchair’s Movements Based On Commands Issued From An Android Device And Sensors Linked To The System. The Setup Includes An Embedded System Along With An Android Application. A Caregiver Initially Registers The Wheelchair User Into The System, Allowing The User’s Uploaded Location To Be Easily Monitored By The Caregiver. The Android Device Continuously Transmits Real-time Location Data To An Online Service, Enabling Straightforward Live Tracking. Operation Is Possible Through Voice Commands Processed By The Android Device Using A Bluetooth Speech Engine. Additionally, An Accelerometer Attached To The System Can Be Utilized To Steer The Wheelchair. Movement Of The Powered Wheelchair Relies On A Motor Control And Drive Mechanism That Comprises A Microcontroller, Motor Drivers, And A Solar Panel Mounted On The Roof. When The Voice Recognition System Identifies A Spoken Command By Matching It Against Stored Memory, Corresponding Coded Electrical Signals Are Sent To The Microcontroller To Activate The Wheelchair. A Roof Structure Is Installed Atop The Wheelchair To Provide Shelter For The User. Mounted On This Roof, A Solar Panel Harnesses Solar Energy To Assist In Powering The Wheelchair’s Motion, Thereby Lowering Extra Operational Costs—a Feature That Distinguishes This Project From Existing Systems.

Published:

02-5-2025

Issue:

Vol. 25 No. 5 (2025)

Page Nos:

990-996

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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