(US5854516-A)      The method of generating electrical power involves lifting and lowering several buoys in response to waves applied to them. Each buoy is connected to several support members at a lattice type frame submerged in the sea. The lifting and lowering motion is converted into a rotation force.    Compressed liquid is transferred to a main transferring tube. A turbine is driven using the compressed liquid. Power is generated by driving a power generator linked to the turbine. When pressure of the compressed liquid exceeds a given level a governor spill valve is opened automatically.    USE/ADVANTAGE -   For use at sea. Does not require people to be present at power generator section. Generates power regardless of water flow direction. Avoids pollution. Efficient.    (GB2331333-A)      The method of generating electrical power involves lifting and lowering several buoys in response to waves applied to them. Each buoy is connected to several support members at a lattice type frame submerged in the sea. The lifting and lowering motion is converted into a rotation force.    Compressed liquid is transferred to a main transferring tube. A turbine is driven using the compressed liquid. Power is generated by driving a power generator linked to the turbine. When pressure of the compressed liquid exceeds a given level a governor spill valve is opened automatically.    USE/ADVANTAGE -   For use at sea. Does not require people to be present at power generator section. Generates power regardless of water flow direction. Avoids pollution. Efficient.    (GB2312253-B)      The method of generating electrical power involves lifting and lowering several buoys in response to waves applied to them. Each buoy is connected to several support members at a lattice type frame submerged in the sea. The lifting and lowering motion is converted into a rotation force.    Compressed liquid is transferred to a main transferring tube. A turbine is driven using the compressed liquid. Power is generated by driving a power generator linked to the turbine. When pressure of the compressed liquid exceeds a given level a governor spill valve is opened automatically.    USE/ADVANTAGE -   For use at sea. Does not require people to be present at power generator section. Generates power regardless of water flow direction. Avoids pollution. Efficient.    (GB2331333-B)      The method of generating electrical power involves lifting and lowering several buoys in response to waves applied to them. Each buoy is connected to several support members at a lattice type frame submerged in the sea. The lifting and lowering motion is converted into a rotation force.    Compressed liquid is transferred to a main transferring tube. A turbine is driven using the compressed liquid. Power is generated by driving a power generator linked to the turbine. When pressure of the compressed liquid exceeds a given level a governor spill valve is opened automatically.    USE/ADVANTAGE -   For use at sea. Does not require people to be present at power generator section. Generates power regardless of water flow direction. Avoids pollution. Efficient.    (RU2146774-C1)      The method of generating electrical power involves lifting and lowering several buoys in response to waves applied to them. Each buoy is connected to several support members at a lattice type frame submerged in the sea. The lifting and lowering motion is converted into a rotation force.    Compressed liquid is transferred to a main transferring tube. A turbine is driven using the compressed liquid. Power is generated by driving a power generator linked to the turbine. When pressure of the compressed liquid exceeds a given level a governor spill valve is opened automatically.    USE/ADVANTAGE -   For use at sea. Does not require people to be present at power generator section. Generates power regardless of water flow direction. Avoids pollution. Efficient.