Centrifugal motor (CM)

Abstract

A two-stage power generator which operates solely on re-circulating fluid. In the first stage a spinning container develops centrifugal force which pressurizes the fluid inside, creating a hybrid form of energy—Potential Energy in Motion (PEM). In the second stage the spinning pressurized fluid drives a turbine forward relative to its own motion i.e. the PEM is reconverted into Kinetic Energy as it also imparts its own speed. By using mechanical advantage in the second stage to increase the force applied to the turbine and incorporating the speed of the spinning pressurized fluid, the power output of the turbine is greatly enhanced; substantially exceeding the power needed for continuous operation i.e. the power required to continuously accelerate the fluid necessary to keep the container refilled and spinning at operating speed.

1 . A machine which uses spinning fluid pressurized by centrifugal force to drive a turbine making possible energy output in excess of energy input; a machine capable of enhancing both turbine driving force, depending on the level of mechanical advantage employed, and turbine velocity depending on the augmentation resulting from the velocity of the spinning fluid. 
 A centrally operated mechanism activated by centrifugal force, which controls the flow of pressurized fluid out of a Centrifugal Motor's pressurization container, preventing flow until radial velocity reaches a predetermined level and also preventing flow when radial velocity exceeds a higher predetermined level.