SMART GLOVES WITH AUTOMATION

Abstract

The proposed project introduces a Smart Glove designed to bridge the communication gap for speech-impaired individuals by converting sign language gestures into audible speech output. The smart glove is embedded with flex sensors and an Inertial Measurement Unit (IMU) to recognize various hand gestures made by the user. This project mainly focuses on enhancing communication accessibility for people with speech disabilities and extending the functionality of the glove for home automation.
The glove operates in two different modes. In the first mode, when a user performs a particular hand sign, the corresponding voice output is delivered through a speaker, allowing easy communication between the user and others. Additionally, the system is integrated with GSM technology, which can send status alerts or messages to an authorized person in case of an emergency or need for assistance. This feature provides real-time communication and ensures the user’s safety.
In the second mode, the glove functions as a home automation controller, enabling the user to control household appliances through gesture recognition using Radio Frequency (RF) communication. This mode offers convenience to users, especially for those who have mobility impairments or find it challenging to operate traditional switches.