Abstract A hydraulic-energy conversion system in which an output shaft is drivingly connected through a planetary gear to at least one turbine stage comprising a first turbine rotor with a plurality of left- or right-handed blades and a second turbine rotor with a plurality of right- or left-handed blades. In one embodiment the output shaft and those of the first and second turbine rotors are extended coaxially of each other and the sun gear carried by the output shaft is in mesh with the planet gears carried by the second turbine rotor and in mesh with the internal gear carried by the first turbine rotor. In operation hydraulic energy; that is, water or wind causes the first turbine rotor to rotate in one direction and the second turbine rotor to rotate in the other direction and because of the planetary gear transmission the output shaft can rotate about twice as fast as that of the conventional system, whereby high conversion efficiency and a high output power can be attained. A plurality of turbine stages may be arranged in tandem.
A hydraulic energy converter comprising one or more pinions mounted on an output shaft which is rotatably supported through bearings by a casing, and one or more turbine stages, each of which comprises a first turbine rotor with an internal gear in mesh with a plurality of planet gears and provided with blades thereon oriented in one desired direction and a second turbine rotor with said planet gears in mesh with said pinion and provided with blades thereon oriented in the other direction, mounted on said output shaft in such a way that each of said first turbine rotors and each of said second turbine rotors are arranged alternately and rotated in the opposite direction, respectively, so that said output shaft is rotated in a predetermined direction.
Claim 2
Dependent Claim
127 words
A hydraulic energy converter comprising one or more pinions mounted on an output shaft which is rotatably supported through bearings by a casing, and one or more turbine stages, each of which comprises a first turbine rotor with an internal gear in mesh with a plurality of planet gears and provided with blades thereon oriented in one desired direction and a second turbine rotor with said planet gears in mesh with said pinion and provided with blades thereon oriented in the other direction, mounted on said output shaft in such a way that each of said first turbine rotors and each of said second turbine rotors are arranged alternately and rotated in the opposite direction, respectively, so that said output shaft is rotated in a predetermined direction.