Watch insiders like this model for its unique Spring Drive technology: a mechanical gear train regulated not by a conventional escapement, which makes a normal watch tick, but by a flywheel controlled by a magnet.
The baseline flywheel system control is determined from extensive rotordynamics synthesis and analysis for rotor critical speeds, mode shapes, frequency responses, and time responses.
During the swing-by, project scientists will calibrate NEAR's timing clock and check its navigation via a series of slight changes in the spinning flywheels that control NEAR's orientation.
With a proper controller design to control the gear ratio, the flywheel can rapidly reach a rotational speed that is suitable for compressing the air into a tank.
This algorithm determines the set points of the torque control of the flywheel electrical machine.
This paper is aimed to investigate the kinetic parameters matching and designing method for a multi-stage torsional stiffness dual mass flywheel (DMF) based on torsional vibration control.
The legacy PLC controlling the toroidal magnet flywheel generator, named MFG1, is now being replaced with a more modern Siemens Simatic S7 PLC, because of its versatility an the ability to be integrated via standard networking protocol.
New systems incorporated into the station included the Salyut 5B digital flight control computer and gyrodyne flywheels (taken from Almaz), Kurs automatic rendezvous system, Luch satellite communications system, Elektron oxygen generators, and Vozdukh carbon dioxide scrubbers.
OK, so your engine is a pump, your carburetor is a mixing chamber, and your coil and timing are controlled by a.90 cent flywheel key.
Recently the slow control of the MFG1 motor flywheel generator powering FTU toroidal magnet has been redesigned within the framework of the ITER CODAC I&C architecture [1] using the software package CODAC Core System (CCS).
