| 摘要 |
<p>PROBLEM TO BE SOLVED: To solve the problem that, since there is a load in power generation of a generator and a power generation amount becomes larger as the load is increased, in order to reduce the load, a magnet of a rotor is brought into the same polarity but by providing a sub stator and a sub magnet, a force that rotates the sub magnet in a direction of rotation acts with an electromagnetic force of the sub stator, thereby increasing the number of components eliminating the load, even if a current is directly connected, the state may become equal to idling and in the case of enlargement in size, the rotor may also be electrified from the outside.SOLUTION: In a rotor magnet, a sub stator is provided at the side of a stator and a sub magnet is provided at the side of the rotor magnet. The rotor magnet is made into electromagnet by disposing the rotor magnet in the same polarity, rotating the rotor magnet and passing a current outputted from the stator to a sub stator coil. Therefore, the sub magnet of the rotor is repulsively attracted and a load is removed. There is no contact and even if a current is directly connected, the generator is lightly turned.</p> |
