MUMBAI, India, June 22 -- Intellectual Property India has published a patent application (202641069396 A) filed by Mohan Kandasamy; Sri Shanmugha College Of Engineering And Technology; Vasantha Prasath N; Paramanandam S; Manoj Kumar V; Ragul R; and Ramkumar M on June 03, 2026, for A Mechanically Actuated Forklift Assembly For Controlled Vertical Load Lifting.
Inventors include Mohan Kandasamy; Sri Shanmugha College Of Engineering And Technology; Vasantha Prasath N; Paramanandam S; Manoj Kumar V; Ragul R; and Ramkumar M.
The application for the patent was published on June 12, 2026, under issue no. 24/2026.
Abstract: The present invention relates to a compact, manually operable forklift system designed for efficient lifting and transportation of moderate loads in constrained environments. The system comprises a base frame (101), a vertically oriented mast frame (102), and a carriage plate (107) movably mounted along the mast frame (102). A pair of fork arms (116) is attached to the carriage plate (107) for supporting and lifting loads. The lifting mechanism includes a lead screw (106) engaged with a nut block (105), wherein rotational motion applied through a handle or steering rod (104) with handle grip (103) is converted into controlled linear motion of the carriage plate (107) along the mast frame (102). The system is supported by a wheel axle (108) connected to rear wheels (109, 110) and at least one front support wheel (111) to provide stability and mobility. The structure further includes bearings (112) to enable smooth rotational movement, support brackets (114) for reinforcement, and fasteners (113) for secure assembly of components. A base platform (115) is provided to enhance load handling capability and structural support. Finite Element Analysis (FEA) demonstrates that the system exhibits minimal deformation and stress levels within permissible limits under a load of 50 kg, ensuring safe and reliable operation. The invention is suitable for light-duty industrial, warehouse, and laboratory applications, offering a cost-effective, compact, and mechanically efficient lifting solution.
Disclaimer: Curated by HT Syndication.
