| 摘要 |
The present invention relates to an electric motor which is used as a power generation unit for various machines. More specifically, horizontally winding coil members are respectively arranged in nonconductive members in order to form a rotary plate. In the upper and lower sides of the rotary plate, nonconductive stationary plates are formed, wherein magnetic members are respectively arranged in order to face the coil members. Accordingly, application of power to the coil members generates an electric charge in the coil members, causing electromagnetic attraction and repulsion between the polarities of the coil members and magnetic members so rotation of the rotary plate is enabled. Due to rotation of the rotary plate, the polarity of the direct current applied to the coil members is repetitively switched, and the polarities supplied by the coil members repetitively cause electromagnetic attraction and repulsion between the coil members and magnetic members. In that way, initial mobility of the rotary plate is secured and the electromagnetic attraction and repulsion between the continuously arranged magnetic members and coil members continuously provide torque. Therefore, the present invention is very efficient and economical through high-speed rotation with minimum current and minimization of current consumption under the preset RPM. |
