Abstract: A magnetically-driven electricity-producing generator having an anti-lock assembly generates electricity indicative of a full pulse wave environment while creating a repulsive force that reduces the force necessary to rotate the shaft. The generator includes three rotor assemblies, each having three longitudinally extending rotor magnets oriented such that outwardly facing poles establish a N-S-N pattern that, when passed in proximity to a corresponding coil pack, produces electricity having a full pulse wave form. The magnetic anti-lock device utilizes opposing magnets to reduce the varying force required to rotate the shaft and increases efficiency of the rotating shaft. The magnetic anti-lock device includes at least one inner magnet attached to the rotating shaft and at least one outer magnet fixed in position relative to the rotating shaft. The inner magnet passes the outer magnet each time the shaft rotates creating a repulsive force that reduces the force necessary to rotate the shaft.

Abstract: A magnetically-driven electricity-producing generator having an anti-lock assembly generates electricity indicative of a full pulse wave environment while creating a repulsive force that reduces the force necessary to rotate the shaft. The generator includes three rotor assemblies, each having three longitudinally extending rotor magnets oriented such that outwardly facing poles establish a N-S-N pattern that, when passed in proximity to a corresponding coil pack, produces electricity having a full pulse wave form. The magnetic anti-lock device utilizes opposing magnets to reduce the varying force required to rotate the shaft and increases efficiency of the rotating shaft. The magnetic anti-lock device includes at least one inner magnet attached to the rotating shaft and at least one outer magnet fixed in position relative to the rotating shaft. The inner magnet passes the outer magnet each time the shaft rotates creating a repulsive force that reduces the force necessary to rotate the shaft.

Abstract: A magnetic anti-lock device for a rotating shaft is described. The magnetic anti-lock device utilizes opposing magnets to reduce the varying force required to rotate the shaft and increases efficiency of the rotating shaft. The magnetic anti-lock device includes at least one inner magnet attached to the rotating shaft, and at least one outer magnet fixed in position relative to the rotating shaft. The inner magnet passes the outer magnet each time the shaft rotates creating a repulsive force to reduce the force necessary to rotate the shaft.

Abstract: A magnetic anti-lock device for a rotating shaft is described. The magnetic anti-lock device utilizes opposing magnets to reduce the varying force required to rotate the shaft and increases efficiency of the rotating shaft. The magnetic anti-lock device includes at least one inner magnet attached to the rotating shaft, and at least one outer magnet fixed in position relative to the rotating shaft. The inner magnet passes the outer magnet each time the shaft rotates creating a repulsive force to reduce the force necessary to rotate the shaft.