초록 ▼

A dual powered take-off (PTO) device that efficiently extracts the kinetic energy stored in oceanic waves by converting the up and down movement of passing waves into a linear, bi-directional movement. The prime mover is a float which converts its movement in two ways: (1) by utilization of a direct

A dual powered take-off (PTO) device that efficiently extracts the kinetic energy stored in oceanic waves by converting the up and down movement of passing waves into a linear, bi-directional movement. The prime mover is a float which converts its movement in two ways: (1) by utilization of a direct drive, mechanical one-way rotary force with which to drive ancillary, sub-system devices such as electrical generators and/or pumps and, (2) by utilization of a reciprocating air flow that results as a by-product of the float's movement and, this air flow is exploited to spin one or more self-rectifying turbine(s) to drive electrical generators and/or pumps.

대표청구항 ▼

1. An ocean powered energy conversion device comprising: two ocean powered mechanisms which are contained within a single structure for converting the rise and fall of oceanic waves to develop a mechanical, one-way rotary force for the purpose of performing useful work, the prime mover for both mech

1. An ocean powered energy conversion device comprising: two ocean powered mechanisms which are contained within a single structure for converting the rise and fall of oceanic waves to develop a mechanical, one-way rotary force for the purpose of performing useful work, the prime mover for both mechanisms is a buoyant float which is contained within the single structure, the single structure having a vertical hollow column including a submerged open end at the column base for allowing sea water to enter, a free surface of water entrained within the column rises and falls in relation to passing oceanic waves causing the float to rise and fall within the hollow column, the reciprocating linear action of the float is converted to develop a one-way rotary force in two distinct ways, wherein, a first mechanism comprises a mechanical, direct drive connection having a main shaft coupled to the top of the float at one end, the main shaft including two vertical, rectilinear rack gears that mesh with two opposing pinion gears, the pinion gears including one-way clutch bearings in respective hubs allowing only one pinion to be engaged and turned as the rack moves upward while the opposing pinion will freewheel and, when the rack moves downward, the opposing pinion will be engaged and the other will freewheel, and a third gear, which is configured to be driven by the two pinions, turns continually in one direction only, is connected to a flywheel by a one-way drive shaft, the flywheel including a one-way clutch that allows the flywheel to disengage from the one-way drive shaft and continue spinning in a prolonged manner under its own momentum whenever the drive shaft revolutions become less than that of the spinning flywheel, the flywheel providing a mechanical rotational force to drive generators or other rotating machinery in a first way, and wherein, a second mechanism, which operates simultaneously with the first mechanism whenever the float rises inside the hollow column comprises air trapped between the upper surface of the float and a solid top of the column, when the float rises the pressurized air is bled off through a duct which directs the exhaust air through a self-rectifying turbine which spins in only one direction and which continues to spin in the same direction even when the air stream reverses as the float falls and atmospheric air is drawn back into the hollow column in a cyclical fashion resulting in the development of a second one-way rotary force to mechanically drive generators or other rotating machinery in a second way.