MUMBAI, India, July 7 -- Intellectual Property India has published a patent application (202521129835 A) filed by Dkte Societys Textile And Engineering Institute; Mrs. Priyanka Nilesh Koshti; Miss Shreya Arun Nitave; Miss. Arya Sachin Sakale; and Miss Aditi Manoj Shedbale on December 22, 2025, for Smart Adaptive Medicine Dispensing Apparatus With Biometric Authentication And Health-Linked Emergency Features.
Inventors include Mrs. Priyanka Nilesh Koshti; Miss Shreya Arun Nitave; Miss. Arya Sachin Sakale; and Miss Aditi Manoj Shedbale.
The application for the patent was published on July 03, 2026, under issue no. 27/2026.
Abstract: Smart Adaptive Medicine Dispensing Apparatus with Biometric Authentication and Health-Linked Emergency Features This invention describes a smart adaptive medicine dispensing apparatus configured to automate and safeguard medication delivery through integrated authentication, verification, and health-linked control mechanisms. The apparatus incorporates biometric authentication to restrict unauthorized access, RFID-based counterfeit detection to validate pharmaceutical authenticity, and real-time physiological monitoring to dynamically adapt dispensing schedules in accordance with patient-specific health conditions. A fall- detection subsystem initiates automatic release of rescue medication and transmits emergency alerts through a GSM-based communication module, ensuring timely caregiver intervention. Resilience is provided through solar trickle charging and rechargeable battery backup, enabling uninterrupted operation in rural or disaster-prone regions with unreliable electricity. An artificial intelligence-driven compliance analytics module records adherence behavior, identifies deviations, and optimizes future scheduling for improved therapeutic outcomes. By unifying adaptive dosing, counterfeit prevention, emergency response, and resilient connectivity, the invention transforms medication dispensers from passive timing devices into intelligent, context-aware healthcare systems that enhance safety, reliability, and continuity of care.
Disclaimer: Curated by HT Syndication.
