A drive assembly for providing a driving force includes: a first track declined in a first direction through a first declination; a second track, extending in a second direction and arranged to pivot with respect to the first track between a first position in which the track is substantially horizontal and a second position in which the second track is declined in the second direction through a second declination; and a shaft connected to a flywheel and. A first vehicle is arranged to travel along the first track between a first drive location and a first idle location to drive the shaft in a first direction and to cause a second vehicle to travel along the second track between a second idle location and a second drive location; and, the second vehicle is arranged to travel along the second track from the second drive location to the second idle location to cause the shaft to rotate in a second direction and to cause the first vehicle to travel from the first idle location to the first drive location. The shaft is coupled to the first and second vehicles and arranged to rotate in dependence of the travel of the first and second vehicles.

A propulsion device is provided that utilizes a propulsion system that does not require expulsion of mass from the object being propelled or from the propulsion device itself. The present invention utilizes rotating disks (having a relatively large mass) interacting with freely rotating point masses (having relatively little mass; in a preferred embodiment, a point mass has a mass equal to approximately 0.018% of the mass of a rotating disk), to produce relatively large amounts of centripetal acceleration from zero to radians of rotation, or less, without a corresponding acceleration from to 2 radians, and thereby produce relatively large amounts of positive thrust that may be applied to an object to produce propulsion of that object.

This invention is a type of engine that introduces new methods and devices for harnessing the solid potential energy of circular bodies as a natural resource. It includes circular bodies with shafts and suspended circular bodies for stable operation and effective power transmission. Weighted, external force, and magnetic circular bodies indefinitely amplify potential energy. The combination of a prime mover, circular body, and circular motion results in output exceeding input, equating to infinite energy and the realization of a perpetual motion machine. This overcomes the conventional limitation of output not exceeding input. With zero consumption, emissions, and pollution, it provides humanity with abundant clean and inexpensive new energy sources. It addresses the limitations of fossil fuels, such as limited availability, high costs, and severe pollution, offering a viable alternative as a primary energy source for humanity. It aids in overcoming energy and environmental crises, with natural energy being ubiquitous and inexhaustible, more convenient, and less costly than hydro and wind power. Simplifying complex systems is challenging, yet this invention achieves simplicity and practicality over conventional technology. Access to sufficient clean and inexpensive energy can fulfill all needs. The invention addresses the significant energy crisis while tapping into the vast, untapped natural energy resources.

An apparatus and method of using compressed air to move fluid thereby creating a gravity differential of suspended fluid tanks. The apparatus comprises a first tank, a second tank, a glide track, a glide car, an air compressor, a diaphragm pump, an air storage vessel, and a brake system. Fluid is pumped from one tank to the other tank, thus causing the two tanks to rise and lower accordingly. The rotational force and associated rotational spin associated with the raising and lowering of the tanks may be harnessed.

In an example, a linear motion generation apparatus includes a power generation unit connected to a first shaft, a first cell and/or a linear motion generation device. The first shaft may allow a first hollow arm to rotate about a first rotation axis. The first cell may include a first set of plates and the first hollow arm. The first hollow arm may be connected to the first shaft. The first hollow arm may include one or more first metal covers connected to one or more first wheels. The one or more first metal covers may define a first arm chamber. The one or more first wheels may be in contact with the first set of plates. One or more first isolation layers inside the first arm chamber. The one or more first isolation layers may define a first fluid chamber to house a first fluid.

An apparatus and method of using compressed air to move fluid thereby creating a gravity differential of suspended fluid tanks. The apparatus comprises a first tank, a second tank, a glide track, a glide car, an air compressor, a diaphragm pump, an air storage vessel, and a brake system. Fluid is pumped from one tank to the other tank, thus causing the two tanks to rise and lower accordingly. The rotational force and associated rotational spin associated with the raising and lowering of the tanks may be harnessed.

A gravity-driven energy pump apparatus and method for reverse osmosis desalination utilizing the gravitational force of an electrified weight-bearing vehicle. Comprised of upright support stanchion posts, an axle, and a linear track with protective end stops located on opposite ends. Wherein the central section of the track is affixed to the axle, enabling rotation when gravitational force is applied, thus tilting the opposite side on the axle. Further comprises an electrified weight-bearing vehicle (EWBV) positioned atop the track allowed to move back and forth, exerting gravitational force and inducing rotation. A solar PV array is affixed to the top of the EWBV to generate solar energy to power the battery. Chains affixed to both ends of the track catch the falling weight of the track. The action rotates drive and pinion gears to push pistons into pressure cylinders, facilitating fluid pumping between pressure cylinders and a pre-filtered water reservoir.

Provided is a rotational wheel system by a compound actuation, including a wheel including a horizontal rotation shaft and divided into equal directions in all-around orientations. Each direction has two slidable members connected by a transmission system. One is disposed with a container to hold substance from an auxiliary system for transporting the substance, and the other gradually reduces an inclination angle with a plane when the wheel rotates. The slidable members whose weight increases due to the substance slide down and move another slidable member through the transmission system to change a force arm length to produce a torque on the rotation shaft. The slidable member with the container to hold the substance also produces the torque in the same direction on the rotation shaft. The present invention uses two or more different actuation systems to jointly make the wheel generate a rotation kinetic energy.