Automotive/Transportation
Problem Statement and Public Significance
Modern vehicles — whether powered by conventional engines or electric motors — carry drivetrain components designed decades ago using conservative engineering assumptions. The differential case, a critical load-bearing housing in the drivetrain, is routinely overbuilt. Engineers historically added material wherever uncertainty existed,
Clean-Tech Deep Innovation for the Next Generation of Power Systems
Continuation & Development of U.S. Patent 8,613,269 B2
WMFRE™ is a next-generation high-torque rotary propulsion platform designed for clean power generation, electric mobility, marine propulsion, and autonomous energy systems.
Unlike conventional piston engines, WMFRE™ eliminates reciprocating motion, valves, crankshafts, camshafts,
I have created a new type of battery terminals that doesn't require any tools whatsoever to install; however, I did create an adapter tool to install the adapters onto the cables, which are inserted into the battery terminals. The types of battery terminals are top post, side post, marine, motorcycle/moped, lawnmower, and other various types of battery terminals.
Pilots, drivers, and automated safety systems in cars and airplanes can be alerted to environmental hazards by new types of optical and microwave sensors my team and I developed. Ice, snow and water on roads make them slippery, causing around 20% of weather-related car crashes each year,
DIVVCRN is a modular electric vehicle charging infrastructure concept designed to reduce the cost, complexity and spatial limitations of conventional EV charging systems. Instead of requiring a dedicated charging station for every parked vehicle,
In this innovative approach each passenger seat is transformed into an AI-enabled, self-contained, ejectable/ detachable pod. Each module provides life support, impact protection, satellite communication, passenger-to-passenger networking, and real-time location broadcasting to ground stations. This system ensures that even in catastrophic airframe failure, every passenger has an independent chance of survival and rapid rescue.
Vehicle safety remains a critical challenge in both passenger and commercial transportation. Traditional crash‑absorbing structures often fail to balance lightweight design with high energy absorption. As a result, collisions continue to cause severe injuries, while manufacturers struggle to meet stricter safety and efficiency standards without adding excessive weight or cost.
The multiple patents pending VMF Torque Amplification Couple is the enabling core component of a new class of regenerative, net-positive E-Axle architectures. Utilizing the VMF cold-running, 1:1 direct-drive mechanism to dynamically scale torque under load, the VMF couple provides unmatched operational efficiencies, overcoming the need for today’s heavy battery packs and recharging infrastructure.
Every day, millions of drivers in developing cities waste hours waiting at red lights — while the opposite lane sits completely empty. This happens because 95% of traffic lights worldwide still operate on fixed pre-programmed cycles, completely blind to real-time traffic conditions. The result: unnecessary congestion, fuel waste, CO2 emissions, and driver frustration.
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