Energy generation mechanism device and system

Abstract

The present invention is converting any environmental heat into a useful form of energy, by utilizing kinetic energy of randomly moving particles, here we use a mechanism which selectively blocks more particles moving in one general direction than particles moving in the opposite direction, for creating a force, or a pressure difference or a flow of particles, and etc, the preferred way to do this is by use a permeable membrane that divided a box into two sub compartments, A and B, the membrane is covered only on one side of it by tiny unidirectional gates, that let passing through of particles from subcompartment B to subcompartment A, but block the passing through back of particles from subcompartment A to subcompartment B, so as a result there will be generated a general flow of gas from subcompartment B to subcompartment A through the membrane, and this flow will rotate the turbine and return back in circulation, and since the particles lost some of their kinetic energy during their pass through the turbine, we use a heat-absorber for returning the particles heat energy from the surrounding environment average heat.

Dependencies are inferred from the claim text.