Abstract: A device which converts two dimensional or three dimensional oscillations into rotary shaft power by way of compressible linkage modules equipped with a one way clutch at one node of each linkage. A drive shaft attached to each linkage which in turn is attached to a main drive shaft rotates when the linkage module experiences oscillations causing the drive shaft attached to each linkage to rotate which causes the main drive shaft to rotate resulting in rotary shaft power.

Abstract: Transverse and longitudinal wave energy is transformed into useful mechanical energy. The basic unit is composed of a linkage body with a socket located at each end. A main bevel gear inserted into each socket engages with a bevel gear attached to a transverse power shaft. A one way clutch permits the bevel gear to move in one direction. A number of these units can be connected end on end to magnify the mechanical energy transformed from wave energy. The terminus of the transverse power shaft is connected to the rotor of an electrical generator. As the linkage bodies interact with the force of the waves, the transverse power shaft is rotated which then causes the rotor of the electric generator to spin creating electricity.

Abstract: Transverse and longitudinal wave energy is transformed into useful mechanical energy. The basic unit is composed of a linkage body with a socket located at each end. A main bevel gear inserted into each socket engages with a bevel gear attached to a transverse power shaft. A one way clutch permits the bevel gear to move in one direction. A number of these units can be connected end on end to magnify the mechanical energy transformed from wave energy. The terminus of the transverse power shaft is connected to the rotor of an electrical generator. As the linkage bodies interact with the force of the waves, the transverse power shaft is rotated which then causes the rotor of the electric generator to spin creating electricity.