Intellectual Property India Publishes Patent Application for Wearable Eeg System Designed For Real Time Monitoring Of Brain Activity And Neural Health In Clinical And Research

MUMBAI, India, Nov. 2 -- Intellectual Property India has published a patent application (202621109635 A) filed by Dr. Jagdish V. Manwar; Dr. Absar Ahmed Qureshi; Dr. Anil R. Salve; Ms. Tejaswini P. Masne; Mrs. Rupali S. Gawande; Ms. Payal N. Jadhav; Dr. Prajwal M. Mete; Dr. Akshay M. Khade; Swapnil G. Vilhekar; and Dr. Shubham B. Gulhane on September 12, 2026, for Wearable Eeg System Designed For Real Time Monitoring Of Brain Activity And Neural Health In Clinical And Research.

Inventors include Dr. Jagdish V. Manwar; Dr. Absar Ahmed Qureshi; Dr. Anil R. Salve; Ms. Tejaswini P. Masne; Mrs. Rupali S. Gawande; Ms. Payal N. Jadhav; Dr. Prajwal M. Mete; Dr. Akshay M. Khade; Swapnil G. Vilhekar; and Dr. Shubham B. Gulhane.

The application for the patent was published on October 30, 2026, under issue no. 44/2026.

Abstract: The present invention relates to a wearable electroencephalography (EEG) system configured for real-time monitoring of brain activity and neural health in clinical and research applications. The system comprises a wearable EEG sensing arrangement having electrodes positioned on the scalp, an EEG signal acquisition module, a signal conditioning and processing module, a communication module, a data storage module, and a monitoring interface. The wearable sensing arrangement acquires electrical signals associated with brain activity and supplies the acquired signals to the EEG signal acquisition module. The signal conditioning and processing module processes the acquired EEG signals to generate processed neural information representative of brain activity. The communication module transmits the processed EEG information to the monitoring interface for real-time observation. The data storage module stores acquired or processed EEG information for subsequent observation and analysis. The wearable configuration enables neural signal acquisition and monitoring while allowing mobility of the subject, thereby providing an integrated arrangement for real-time observation and recording of electrical brain activity in clinical and research environments.

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