Rahul Gupta

Rahul Gupta

Device For Wireless Signals

Technical Description This invention describes a compact, low-energy device that helps direct and control wireless signals more accurately. It improves how signals are shaped and sent, reduces unwanted loss, and avoids errors in direction. The system allows better control of…

Drug Delivery System

Technical Description This invention present a plant extract-loaded titanium dioxide nanotube drug delivery system for enhanced bone healing. Titanium dioxide nanotubes act as drug reservoirs, while a biopolymer coating enables controlled release of bioactive compounds, promoting localized bone regeneration, improved…

Advanced Robot For Underwater Operations

Technical Description The present invention discloses an underwater drivable robot for collecting, sorting, and storing materials from a waterbody. Conventional underwater robots face limitations such as restricted payload capacity, inability to handle multiple samples, and increased system complexity. To overcome…

Wireless Charging System

Technical Description This invention provides a wireless charging system that improves how electric vehicles receive power without physical connectors. It uses smart sensing to recognize the type of receiving unit in a vehicle and automatically adjusts charging behaviour. This helps…

Niacin-Based Selective Gold Extraction

Technical Description This invention relates to an environmentally friendly, inexpensive, and efficient method for the selective recovery of gold from mines and chemical or electronic wastes. The process utilizes niacin to induce rapid co-precipitation of gold from acidic mixtures, which…

Multi-layered Silicone Tissue Phantom

Technical Description This invention relates to a customizable, multi-layered silicone-based tissue-mimicking phantom and its manufacturing method. It is designed to replicate the optical and biological properties of real human tissue for validating, calibrating, and evaluating multi-modal optical spectroscopy and imaging…

Bacteria – Mediated Textile Dye Removal

Technical Description The invention involves decolorizing reactive textile dyes using the aerobic marine Glutamicibacter mishrai strain SR-1 in a biofilter column, achieving complete decolorization of dye within 24 to 48 hours. Problems Addressed Low Decoloring Effect Limited Dye Efficacy Inefficient…

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