A motion conversion device is provided with a chain mechanism (10), a steel ball holding tube (5) having a holding space (5a) capable of holding a plurality of steel balls (1) in a vertical row, a steel ball insertion and holding mechanism (6) provided on a lower end of the steel ball holding tube (5), a balancer mechanism (30) capable of raising the steel ball holding tube (5) using air pressure, and a device for controlling the supply of air pressure to the balancer mechanism (30) according to the movement of the chain mechanism (10). A plurality of baskets (15) is attached to the chain (13) of the chain mechanism (10) at fixed intervals, the baskets (15) being capable of receiving and holding steel balls (1) spilling out of the upper end of the steel ball holding tube (5). The baskets (15) containing steel balls (1) move downward in response to the movement of the chain mechanism (10), and the steel balls (1) spill out at the lower end and roll to a position directly beneath the steel ball holding tube (5).

A buoyant energy device is disclosed. Differing specific gravities between various materials are used to drive turbine blades to create energy by cycling the materials through a turbine activation area. The materials include water, oils, gasses (lighter than air and ambient air), or various other materials as circumstances may require. The device produces electricity that may be stored or used immediately. It is contemplated that the device could be used to power a missile, a torpedo, static mines, or the like.

A machine for generating power by rotating metal pinwheels via hydraulic and gravitational forces. The metallic pinwheel structure is made from six to eight metal embedded projectiles projecting 20 feet outward from a closed metallic circular pool structure. Metallic pinwheel structures are installed on a seven inch perforated metal pipe that acts as an axle. A 150 gal tank filled with any fluid provides the fuel source for the motor. A water pump circulates the fluid through out the closed piping network with out any fluid loss. Barrel structures attached to the ends of the projectiles are top filled by the pumped fluids. The Fluid filled barrels become heavy when filled and exert downward forces with the assistance of gravity rotating the pinwheel structure. While the pinwheel structure is rotating a wired transmission and motor wired near the axle connects to a generator producing power.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform 2, rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform 2, rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform 2, rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform 2, rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform (2), rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.

The present disclosure relates to methods and systems for converting gravitational energy to kinetic energy. More specifically, in order to obtain the energy of gravity using centrifugal forces from the space on a rotating platform (2), rails are installed on it along which weighted shuttles can move. When the platform rotates, centrifugal forces act on the rotating weighted shuttles. Under the centrifugal forces, the weighted translate radially, which perform work when moving. To use the work performed by the rotating weighted shuttles the shaft is coupled to a commutator.