FLYBRID Trademark

Energy storage and recovery systems, namely, electronic control systems for machines for controlling an energy storage flywheel, a transmission system capable of transferring energy in and out of the flywheel and a control systems that controls the flow of energy in and out of the flywheel; electronic and computerized control systems and software therefor comprised of electronic controls for machines flywheels that controls the flow of energy in and out of the flywheel and controls certain low level functions necessary for the correct functioning of such a system including turning on and off the vacuum pump as required according to a measured pressure; parts and fittings for electronic control systems for machines, namely, electronic control boxes, namely, kinetic energy recovery systems control units and engine or gearbox control units containing kinetic energy recovery system for regulating the flow of energy in and out of the flywheel; wiring looms, namely, the electrical wires that connect the control unit to the sensors and speed, temperature, fluid pressure, fluid level and vacuum pressure sensors

Flywheels for machines; parts of motors and engines, namely, flywheels used for energy storage, transmissions for machines used for power transfer to and from energy storage flywheels, not for land vehicles and engine starter systems comprised of an energy storage flywheel and a method to connect the flywheel to the engine crankshaft; structural parts and fittings for machines flywheels, namely, energy storage flywheels, flywheels containment systems being structural housings for flywheels, flywheel casings, vacuum pumps for flywheel systems, lubrication pumps for flywheel systems, [ hydraulic pumps for flywheel systems ] ; structural parts and fittings for machines flywheels, namely, hydraulic controls for machine flywheels, transmissions for machines for flywheel energy storage systems, clutches for machines for flywheel energy storage systems

Energy storage flywheels for vehicles that travel by land, air or sea, namely, cars, vans, minivans, sports utility vehicles, buses, trucks, light commercial vehicles, heavy commercial vehicles, motorcycles, scooters, fire engines, ambulances, refuse collection vehicles, armoured cars, trams, trains and cranes; [ motors and engines for land vehicles; ] structural parts and fittings for flywheels for land vehicles, namely, flywheel casings, vacuum pumps for flywheel systems, lubrication pumps for flywheel systems, hydraulic pumps for flywheel systems, hydraulic control systems for flywheel systems and clutches for flywheel energy storage systems

Design and development services for others in relation to flywheels for machines, parts of motors and engines, namely, flywheels used for energy storage, transmissions used for power transfer to and from energy storage flywheels and engine starter systems, flywheel containment systems, flywheel casings, vacuum pumps for flywheels systems, lubrication pumps for flywheel systems, hydraulic pumps for flywheels systems, hydraulic control systems for flywheel systems, transmissions for flywheel energy storage systems, clutches for flywheel energy storage systems, electronic control systems for flywheel energy storage systems including electronic control boxes, wiring looms and sensors, energy storage and recovery systems, electronic and computerised control systems and software for control systems, clutches for flywheel energy storage systems, flywheels for vehicles, motors and engines for vehicles and electronic and computerised control systems and software of control systems, all for flywheels; technical support, namely, troubleshooting in the nature of diagnosing problems with flywheels for machines; technical and technological consultancy and information services related thereto in the fields of selection of suitable flywheel based energy storage solutions for a particular vehicle type and drive cycle, the specification of such an energy storage systems in terms of its power capability and energy storage capacity, the packaging of such an energy storage system on the vehicle, engine or motor, the determination of a suitable computer control strategy for such an energy storage systems, quantification of the benefit available from fitting such an energy storage system to the vehicle and quantification of the cost of fitting such a system in appropriate production volumes