Gravitational Turbine Engine
OwnerYanjun Cheinventor
Life of this patent
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Abstract
A method for obtaining fluid gravitational potential energy and buoyant potential energy by utilizing an internal space of a rotor on turbine engine is provided. The method includes allowing fluid to act on the outer space of the rotor to form a reciprocating power with the interior of the rotor through utilizing a spatial structure of the rotor. The method further includes the rotor on the turbine obtaining a rotational torque of the turbine engine in response to fluid transient action at the desired location.
Claims20
A method for driving a turbine engine by fluid pressure and a method for enhancing its power, comprises:
- constructing a space and object within a rotor to obtain potential energy;
- determining a location of shielding fluid device based upon the fluid pressure required by the shaft and rotor of turbine engine;
- determining the location of objects based upon hydrodynamic torque of shaft of the turbine engine, in response to the sensed fluid pressure, and coupling the torque of all objects in the rotor at the dynamic position to the shaft to obtain a total rotational torque based upon the entire rotor;
- and
- installing a turbine engine at the bottom of a vessel to obtain maximum fluid pressure.
A turbine fluid power generator, comprising:
- a rotating disk/a rotor with a belt shape, the inside structure is configured as a space and a plurality of objects or fluid chambers are mounted for sensing fluid pressure;
- a support-guideway system is configured on the bracket for use as a rotor motion track;
- a shielding device is configured on the bracket to shield a fluid pressure at the desired position of the rotor;
- and
- the object in the rotor obtains hydrodynamics torque based on the shaft of the turbine engine, and rotor responds to the sensed change in fluid pressure and coupling the torque of all objects in the rotors at the dynamic position to the shaft to obtain a total torque of rotation based on all the rotors.
A shielding device, comprising:
- determining the shape of a shielding substrate to shield the fluid based upon the surface shape of the moving component at where the fluid needs to be shielded;
- determining a rotating component based on the shielding substrate to reduce friction between the moving component and the shield substrate;
- a sealing component is determined based upon the rotating component or the shielding substrate, and the grease is applied to the shield substrate to prevent the inflow of fluid.
Dependencies are inferred from the claim text.