MUMBAI, India, Dec. 13 -- Intellectual Property India has published a patent application (202511085235 A) filed by Dr. Bhumika Chhibber; Dr. Shishir Nigam; Dr. Sonam Chaddha; Dr. Ankush Gera; Dr. Kavita Sharma; Aman Kanda; Abhishek; Manpreet Kaur; and Priyanshi Sharma, Noida, Uttar Pradesh, on Sept. 8, for 'iot based digital physiotherapy nerve stimulator electrotherapy device.'

Inventor(s) include Dr. Bhumika Chhibber; Dr. Shishir Nigam; Dr. Sonam Chaddha; Dr. Ankush Gera; Dr. Kavita Sharma; Aman Kanda; Abhishek; Manpreet Kaur; and Priyanshi Sharma.

The application for the patent was published on Dec. 12, under issue no. 50/2025.

According to the abstract released by the Intellectual Property India: "The present invention discloses an IoT-based digital physiotherapy nerve stimulator electrotherapy device configured to deliver controlled electrical pulses for neuromuscular rehabilitation, pain management, and post-operative physiotherapy. The device comprises a detachable electrode assembly, a digital pulse generation circuit incorporating a digital-to-analog converter and pulse width modulation unit, a microcontroller-based control module, and an IoT communication subsystem with Wi-Fi and Bluetooth Low Energy interfaces. The system integrates biofeedback sensors, including electromyography and skin impedance sensors, to monitor patient responses in real time and to dynamically adjust stimulation parameters for safety and therapeutic effectiveness. Therapy data, stimulation logs, and physiological signals are securely transmitted to a cloud platform, where adaptive scheduling techniques analyze patient progress and provide personalized therapy recommendations accessible to physicians via remote dashboards. The device further incorporates a rechargeable power management system, an OLED display with capacitive touch interface, and housing designed with electromagnetic shielding, ventilation slots, and modular electrode connectors for portability and safety. The invention bridges traditional physiotherapy devices with IoT-enabled intelligent healthcare, ensuring continuous physician oversight, home-based usability, and integration with digital medical record systems."

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