| 摘要 |
Provided is an axial rotating power generator comprising a magnetic field element for producing a magnetic field and an armature for extracting a generated electrical current, in which a winding coil of the armature traverses the magnetic field formed by the magnetic field element to generate an electromotive force in the armature coil according to Fleming's right-hand rule. In the power generator, an external power is divided between a first external power unit and a second external power unit to counter-rotate the magnetic field element and the armature with each other with equal angular momentum such that the angular momentum of the armature and the angular momentum of the magnetic field element are equal, in which a first external power is transmitted to the armature to rotate the armature in a positive direction, a second external power is transmitted to the magnetic field element to rotate the magnetic field element in a direction opposite the rotating direction of the positive direction of the armature, the armature and the magnetic field element rotate in directions opposite of each other with equal rotational angular momentum, and the winding coil of the armature traverses the magnetic field formed by the magnetic field element to generate an electromotive force in the coil. As such, the reaction between the armature and the magnetic field element when rotating in forward and reverse directions to generate power is canceled, and leakage of the electromagnetic energy generated by the external power to the ground through the body of the power generator is prevented. |
