INTELLIGENT VOICE AND GESTURE CONTROLLED WHEELCHAIR
During the last several decades,there have been revolutionary advances in power wheelchairs. These unique wheelchair systems are designed
for the physically immobile patient. Many have tried to come up with the elusive next generation wheelchair design concept only to fall back
on existing conventional materials and technology. All agree a new technological advancement is the most likely key needed to bring that
breakthrough next generation design to life.
The aim of this project is to design and build a smart wheelchair which would be controlled by hand motion based gesture interfaces as well as voice commands . The result of this project will facilitate the movement of people who are disabled or handicapped. It can be used efficiently
with less effort by these people so that they can use it independently and easily.
All the students which are physically immobile will be benefited with this project. This project will bring an ease of comfort while moving
from a place to another as well as the electric powered wheelchair mechanism will reduce the work load and stress in the hands of the
physically immobile patients. The Voice controlled system and the Gesture controlled system will provide options as how the patient needs
to drive the wheelchair. This wheelchair project is appropriate if a patient unable to propel a manual wheelchair or if you need to reduce the
strain on your shoulders and arms so you can continue to migrate with ease.
TEAM MEMBERS
KARTIK BHAIYAJI - (ELECTRONICS - 3rd YEAR)
KARTIK GUPTA - (ELECTRONICS - 3rd YEAR)
JASPREET SINGH - (ELECTRONICS - 3rd YEAR)
PARITOSH PRAKHAR - (MECHANICAL 3rd YEAR)
VIRTUAL DESIGN OF WHEELCHAIR
CURRENT PROJECT STATUS :
- PROJECT DESIGN ANALYSIS AND IMPLEMENTATION STEPS (COMPLETED).
- INTERFACING MOTORS & MOTOR DRIVERS WITH ARDUINO MODULE (COMPLETED).
- CUSTOMIZING WHEELCHAIR (COMPLETED).
- INSTALLING MOTORS , CONTROL UNIT AND POWER SUPPLY UNIT (COMPLETED).
- INTERFACING ACCELEROMETER WITH ARDUINO & MOTORS (COMPLETED).
- INTERFACING BLUETOOTH MODULE WITH ARDUINO (COMPLETED).
- VOICE CONTROL INTERFACING ON PROTOTYPE TESTED.
- GESTURE INTERFACING ON PROTOTYPE TESTED.
- ANDROID APP DEVELOPMENT FOR CONTROLLING WHEELCHAIR TESTED.
Via this app any operator can control this wheelchair and no training is required for Voice recognition ( UNIVERSAL USE ).
VOICE CONTROL IMPLEMENTATION ON PROTOTYPE
CONTROLLING PROTOTYPE VIA ANDROID APP ( MANUALLY )
GESTURE CONTROL IMPLEMENTATION
FINAL VIDEO OF IMPLEMENTATION ON WHEELCHAIR
YOUR DONATION IN OUR PROJECT WILL ENABLE US TO EFFECTIVELY SERVE OUR UNIVERSITY AND ITS PEOPLE.
WE ENVISION BUILDING UPON OUR COLLABORATIVE SUCCESS BY DEVELOPING OUR PROJECT WITH YOU.
THANK YOU FOR YOUR INTEREST.
Please support fully or partially our team through the following link. Please click on Donate button to make the donation. Please mention "TEAM BLITZKRIEG" during PayPal checkout.
