| 摘要 |
Provided is a vibration power generator for obtaining the maximum amount of electromagnetic-induced electromotive force in the minimum amount of space through horizontal device expansion and vertical efficiency improvement, compared to that of a conventional vibration power generator, in which a magnetic field forming device for distributing artificial horizontal lines of magnetic force by a plurality of permanent magnets when the entire device vibrates by an external vibration source, and a generated electricity recovery device, configured in a vibratory structure by integrating a plurality of split-wound induction coils, a substrate thereof, a rectifier at the back side of the substrate, and attachments, are engaged with and inserted into each other such that vibrational tracks are provided to each other, and the induction coils and the horizontal lines of magnetic force are arranged to cross each other such that the electromagnetic-induced electromotive force can be efficiently obtained. In addition, the power generator can be semi-permanently used without breakdowns due to a simple and compact internal structure, is sealed such that the generator is protected from an external environment and easily carried, and increases the industrial applicability thereof due to a generated electric power greater than that of other power generation apparatuses having the same specification with respect to the volume and weight thereof. Furthermore, the power generator has a device capable of converting rotational force into a linear reciprocating motion, such that the generator can use both its own vibrational force and the vibrational force converted from the rotational force, and the power generation apparatus capable of more efficiently utilizing the two power generators is provided together therewith so as to present a power generation method having a novel concept that has never been seen until now. |
