MUMBAI, India, July 7 -- Intellectual Property India has published a patent application (202641077278 A) filed by Mrs. Meruva Rama on June 23, 2026, for Smart Healthcare Emergency Response System For Localized Ai-Based Emergency Coordination.
Inventors include Dr. N. S. Kalyan Chakravarthy; Dr Gamidi Lakshmi Vara Prasad; Dr. Kommi Malakonda Rayudu; Dr. Sharada Mani Dalu; Balakrishna Batta; Dr. Biyyapu Vishnu Priya; Dr. Dudekula Shaikshavali; Mrs. Swapna Munnangi; Mr. Mamidala Sugunakar; and Mrs. Meruva Rama.
The application for the patent was published on July 03, 2026, under issue no. 27/2026.
Abstract: SMART HEALTHCARE EMERGENCY RESPONSE SYSTEM FOR LOCALIZED AI-BASED EMERGENCY COORDINATION ABSTRACT The present invention relates to a smart healthcare emergency response system (1000) configured to provide real-time detection, prediction, and coordinated management of medical emergencies through localized artificial intelligence processing and distributed Internet-of-Things infrastructure. The system comprises a Primary Control Node (100) operatively connected to physiological sensing modules (110) including ECG sensors (111), PPG sensors (112), motion sensors (113), oxygen saturation sensors (114), respiration sensors (115), and temperature sensors (116). A local intelligence engine (120) analyzes physiological data to detect or predict emergency conditions and activates a distributed command orchestration module (130) for generating prioritized response actions. Emergency commands are communicated through a communication interface (140) to distributed IoT-enabled response devices (200) including medical alert systems (210), smart access control systems (220), ambulance communication interfaces (240), environmental control units (250), healthcare facility notification systems (260), and nurse call systems (270). The system further incorporates responder authentication (150), patient location tracking (160), autonomous fail-safe operation (170), authorized responder coordination (300), hospital information systems (400), and secure event logging through a distributed ledger (500), thereby enabling low-latency, cloud-independent, and coordinated emergency healthcare management. Figure-1
Disclaimer: Curated by HT Syndication.
