MUMBAI, India, Sept. 14 -- Intellectual Property India has published a patent application (202641107919 A) filed by Sri Krishna College Of Engineering And Technology on September 08, 2026, for Smart Sensor-Based Motorized Prosthetic Leg For Adaptive Mobility Assistance.
Inventors include P. Deepa; M. Hari; K. S. Karthikkeyan; V. Mithileshraja; and K. S. Mohamed Nabil.
The application for the patent was published on September 11, 2026, under issue no. 37/2026.
Abstract: SMART SENSOR-BASED MOTORIZED PROSTHETIC LEG FOR ADAPTIVE MOBILITY ASSISTANCE ABSTRACT The present invention relates to a smart sensor-based motorized prosthetic leg for providing adaptive mobility assistance to a user. The system comprises a motion sensor (101), a force sensor (102), an embedded microcontroller (103), a motor driver module (104), a high-torque DC geared motor (105), a servo motor (106), an LCD display (107), a rechargeable battery power supply (108), a power management and regulator circuit (109), and a prosthetic knee joint mechanism (110). The motion sensor (101) detects acceleration, angular rotation and orientation of the prosthetic leg, while the force sensor (102) detects ground-contact pressure. The microcontroller (103) processes the sensor information in real time to determine a movement condition and generates control signals for adaptive knee actuation. The motor driver module (104) controls the high- torque DC geared motor (105) for assisted knee flexion and extension, while the servo motor (106) provides positioning and stability control. The battery (108) and power circuit (109) enable portable operation. Figure-1
Disclaimer: Curated by HT Syndication.
