The Problem Addressed
Traditional propulsion systems in vehicles and machinery often face inefficiencies in energy conversion, relying heavily on continuous fuel consumption to maintain motion.
Core Features of the Invention
This invention introduces a propulsion system utilizing half centrifugal pushes connected to a shaft with non-uniform rotation. It leverages centrifugal force within a specially designed shaft system to enhance motion efficiency.
Unique Inventive Step
What differentiates this invention is its ability to harness centrifugal force in a novel way, using it to aid overall propulsion. By incorporating non-uniform rotational movement, it optimizes energy usage compared to traditional systems.
Tangible Benefits
This propulsion design provides increased energy efficiency, reducing fuel consumption and environmental impact. It could significantly lower operational costs for industries relying on heavy machinery.
Broader Impact
On a larger scale, the propulsion system has the potential to transform industries from manufacturing to transportation, aligning with sustainability goals by cutting down fossil fuel dependency. If widely adopted, this invention could lead to more environmentally conscious industrial practices, decreasing the carbon footprint of several sectors.