초록 ▼

A wind power generator. The wind power generator includes a generator main body formed of fiberglass reinforced plastics (FRP). Built-in fans having blades are connected to four built-in fan motors to generate high pressure air to be ejected to the exterior so that an inductor including magnets is p

A wind power generator. The wind power generator includes a generator main body formed of fiberglass reinforced plastics (FRP). Built-in fans having blades are connected to four built-in fan motors to generate high pressure air to be ejected to the exterior so that an inductor including magnets is primarily and relatively rotated with respect to a rotor including a rotating shaft to induce electromotive force. In addition, high air (reproduced energy) discharged to the exterior from the built-in fans is acted on the propeller installed behind the rotor including the shaft to rotate the rotor in a reverse direction of the rotational direction of the generator main body, thereby maximizing electromotive force of energy.

대표청구항 ▼

1. An improved wind power generator comprising a propeller (23) supported by a rotary shaft (21) axially coupled to an outer main body (10) by a bearing (22) to be rotated by winds blowing from a forward direction, thereby generating electric power, which comprises: an inductor (30) rotatably couple

1. An improved wind power generator comprising a propeller (23) supported by a rotary shaft (21) axially coupled to an outer main body (10) by a bearing (22) to be rotated by winds blowing from a forward direction, thereby generating electric power, which comprises: an inductor (30) rotatably coupled to the rotary shaft (21) and installed in front of the propeller (23) to induce winds blowing from a forward direction to the propeller (23); and an induction pipe (31) formed at the inductor (30) to induce the winds blowing from the forward direction to rotate the propeller (23) and the inductor (30) in opposite directions. 2. The improved wind power generator according to claim 1, wherein a plurality of induction pipes (31) are formed at the inductor (30) at predetermined intervals, built-in fan cases (40) installed at positions corresponding to the induction pipes (31) are connected to the induction pipes (31) at their outer parts, and built-in fans (42) are installed in the built-in fan cases (40) to be rotated by built-in motors (41), thereby inducing the forward wind to the induction pipes (31). 3. The improved wind power generator according to claim 2, wherein the built-in fans (42) are formed of four fans, each built-in fan (42) comprises a plurality of blades (43), and the blades (43) are slant blades, vertical blades, or curved vertical blades. 4. The improved wind power generator according to claim 1, wherein induction magnets (32) are installed in the inductor (30) and a rotor (24) is integrally formed with the rotary shaft (21) to correspond to the induction magnets (32). 5. The improved wind power generator according to claim 1, wherein the outer main body (10) has a funnel shape with a large diameter at its front part and a small diameter at its rear part, and a main body magnet (11) is installed at one side of the outer main body (10) and a main body-coupled rotor (25) is installed at the rotary shaft (21) to correspond to the main body magnet (11) to generate power. 6. The improved wind power generator according to claim 1, wherein our built-in motors (41) for the built-in fans (42) are installed to receive electric power generated by the induction magnet (32) and the rotor (24), and the two built-in motors (41) opposite to each other are parallelly connected to supply electric power, and the other two built-in motors (41) are serially connected to supply electric power. 7. The improved wind power generator according to claim 2, wherein four built-in motors (41) for the built-in fans (42) are installed to receive electric power generated by the induction magnet (32) and the rotor (24), and the two built-in motors (41) opposite to each other are parallelly connected to supply electric power, and the other two built-in motors (41) are serially connected to supply electric power. 8. The improved wind power generator according to claim 3, wherein four built-in motors (41) for the built-in fans (42) are installed to receive electric power generated by the induction magnet (32) and the rotor (24), and the two built-in motors (41) opposite to each other are parallelly connected to supply electric power, and the other two built-in motors (41) are serially connected to supply electric power. 9. The improved wind power generator according to claim 4, wherein four built-in motors (41) for the built-in fans (42) are installed to receive electric power generated by the induction magnet (32) and the rotor (24), and the two built-in motors (41) opposite to each other are parallelly connected to supply electric power, and the other two built-in motors (41) are serially connected to supply electric power. 10. The improved wind power generator according to claim 5, wherein four built-in motors (41) for the built-in fans (42) are installed to receive electric power generated by the induction magnet (32) and the rotor (24), and the two built-in motors (41) opposite to each other are parallelly connected to supply electric power, and the other two built-in motors (41) are serially connected to supply electric power.