MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202611092830 A) filed by Dr. Bharat Bhushan; Monika Chawla; Dr. Jyoti Rani; Dr. Geeta Gill; Dr Preeti Lathwal; Dr. Manisha; Dr. Jafar Khan; Dr. Farukh Mohammad Pinjara; Simran; and Rajshree Mohanty on July 30, 2026, for Virtual Reality System And Method For Rehabilitation Of Mechanical Low Back Pain.
Inventors include Dr. Bharat Bhushan; Monika Chawla; Dr. Jyoti Rani; Dr. Geeta Gill; Dr Preeti Lathwal; Dr. Manisha; Dr. Jafar Khan; Dr. Farukh Mohammad Pinjara; Simran; and Rajshree Mohanty.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: A virtual reality rehabilitation system and method for management of mechanical low back pain are disclosed. The system comprises a virtual reality interface configured to provide immersive therapeutic environments, a sensor acquisition subsystem configured to acquire biomechanical data associated with a user's movement, a processing subsystem configured to analyze the acquired data, a therapeutic decision engine configured to generate personalized rehabilitation protocols, and a feedback generation module configured to provide corrective guidance during rehabilitation activities. The sensor acquisition subsystem may include wearable motion sensors, inertial measurement units, pressure-sensitive platforms, electromyography sensors, optical tracking devices, depth sensing devices, or combinations thereof. The processing subsystem evaluates posture, lumbar movement patterns, balance characteristics, movement symmetry, and rehabilitation performance metrics. Based on the analysis, individualized therapeutic interventions are generated and presented within a virtual environment. Real-time visual, auditory, and haptic feedback may be provided to improve exercise execution and rehabilitation adherence. The system further enables monitoring of rehabilitation progress and modification of therapy parameters according to user performance. The disclosed method includes acquisition of biomechanical data, analysis of movement characteristics, generation of personalized rehabilitation protocols, delivery of immersive therapeutic exercises, performance monitoring, adaptive therapy modification, and generation of rehabilitation outcome measures. The invention provides an objective, adaptive, and engaging rehabilitation platform for improving therapeutic outcomes in individuals suffering from mechanical low back pain.
Disclaimer: Curated by HT Syndication.
