Paper Key : IRJ************398
Author: Jivita Anil Kuhikar,Sanskruti Dnyaneshwar Sardare,Ashwini Prakash Bondre,Aditi Deepak Sahare,Aarohi Milind Tapas,Nikita R. Hatwar,Manisha N. Amnerkar
Date Published: 29 Oct 2023
Abstract
The Robo-Case is an innovative, technology-driven solution designed to enhance the travel experience by transforming conventional luggage into a smart and autonomous companion. This suitcase integrates cutting-edge technologies, including an Arduino Uno Wi-Fi, ultrasonic sensor, and GPS tracking system, to create a self-navigating, human-following suitcase. The heart of Robo-Case is an Arduino Uno Wi-Fi microcontroller, which serves as the central control unit. It allows the suitcase to establish a secure and reliable connection with a mobile device, enabling real-time communication and control. The ultrasonic sensor incorporated into the Robo-Case serves as its eyes, enabling obstacle detection and avoidance by providing precise distance measurements. This feature ensures that the suitcase can navigate through crowded airports, train stations, and other high-traffic environments with ease. The GPS tracking system adds an additional layer of convenience and security, making it possible to locate the suitcase at any time during the journey. Travelers can track their luggage's precise location through a mobile app, providing peace of mind and helping to prevent loss or theft. The Robo-Case is designed to adapt to various travel scenarios and can be programmed to follow a designated user or to operate autonomously while avoiding obstacles and maintaining a safe distance. This abstract presents a glimpse into the Robo-Case, an intelligent luggage solution that combines the power of Arduino Uno Wi-Fi, ultrasonic sensor technology, and GPS tracking to create a suitcase that not only carries your belongings but also follows you and ensures its safety throughout your journey. This innovation promises to revolutionize the travel industry, making travel more comfortable and secure for individuals on the move. Keywords: Arduino UNO, Wi-fi, DC motor 12V 150Rpm, Ultrasonic sensor, GPS.
DOI LINK : 10.56726/IRJMETS45640 https://www.doi.org/10.56726/IRJMETS45640