MUMBAI, India, June 24 -- Intellectual Property India has published a patent application (202421097482 A) filed by Dr. J. J. Magdum College Of Engineering; Prof. Dr. Tejashri Appasaheb Pati; Prof. Manisha M. Phutane; Prof. Dr. Shubhangi Babasaheb Patil; Prof. Pooja P. Belgali; Prof. Dr. Dilip Bapusaheb Unde; Prof. Dr. Swaliha M. Attar; Ms. Mayuri Ravindra Naik; and Prof Pooja A. Magdum on December 10, 2024, for Advanced Robotic Cleaning System For Hazardous Environments With Adaptive Ai Mechanisms.
Inventors include Prof. Dr. Tejashri Appasaheb Pati; Prof. Manisha M. Phutane; Prof. Dr. Shubhangi Babasaheb Patil; Prof. Pooja P. Belgali; Prof. Dr. Dilip Bapusaheb Unde; Prof. Dr. Swaliha M. Attar; Ms. Mayuri Ravindra Naik; and Prof Pooja A. Magdum.
The application for the patent was published on June 12, 2026, under issue no. 24/2026.
Abstract: Advanced Robotic Cleaning System for Hazardous Environments with Adaptive AI Mechanisms This invention describes an advanced robotic cleaning system designed for hazardous environments, incorporating innovative technologies to ensure safety, efficiency, and environmental compliance. The system features a chemically resistant chassis, integrated radiation shielding, and a shape-shifting design for maneuvering confined or complex spaces. Multi-modal adaptive cleaning mechanisms, including high-pressure washers, chemical dispensers, and UV-C sterilization units, dynamically respond to real-time environmental conditions for comprehensive decontamination. An artificial intelligence-powered control module optimizes cleaning strategies, predicts maintenance needs, and enables autonomous operation. Equipped with LIDAR and high-resolution cameras, the system ensures precise navigation, while an integrated drone module extends operational reach to inaccessible areas. Secure communication is facilitated through quantum cryptography, and IoT integration allows seamless interoperability with external systems. This invention provides a robust, automated solution for cleaning tasks in chemically, biologically, or radiologically contaminated settings, significantly reducing human exposure risks while maintaining operational integrity and compliance.
Disclaimer: Curated by HT Syndication.
