KR20060100747A - Magnetic. motor - Google Patents

Abstract

The present invention is a mechanical method of assembling the prime mover with a permanent magnet.

In the same magnetic field of permanent magnets, the repulsive property, that is, the repulsive property, is a mechanical method that makes the function of the prime mover by converting the continuous repulsive force into the prime mover by rotating the repulsive force continuously.

Simple technology already developed and generalized is outlined and only the patent part is explained in detail.

This hatched part of the gear is non-magnetic white part

Description

How to manufacture permanent magnet prime mover (MAGNETIC.MOTOR) {MAGNETIC. MOTOR}

(Fig. 1) (Fig. 2) (Fig. 3) The same poles of permanent magnets repel each other in the magnetic field, that is, the property of pushing them together (principle).

(Figure 4) Permanent magnet prime mover start and control method

(Figure 5) Structure of output and rotor (AG) stator (BG) of the prime mover

(Figure 6 Figure 7) Completeness Image Description Supplementary Description

       Explanation of symbols in the drawings

AG = A gear (GEAR) BG = B gear (small gear)

AG1 = A gear 〃 No.1 BG1 = B gear no.1

AG2 = Gear A 호 No. 2 BG2 = Gear B No. 2

AG3 = Gear A 호 No. 3 BG3 = Gear B No. 3

S = area of gear

K = drive shaft = (output shaft)

AG (7 degree) R big gear

BG = P = small gear

A gear B gears are not reversed A gear (hatched part) B gear teeth (hatched part) All poles of permanent magnet

(Fig.1) Magnet part of gear A (hatched part) Since the magnet part of gear B is meshed, the repulsive force of the same pole pushes No. 1 of A gear tooth to No. 1 of B gear tooth, ie it is pushed out of the magnetic field. Can't reverse rotation, push A gear

Fig. 2) Gear A 2 and B gear 2 push back out of the magnetic field as shown in Figure 2 (A) and B gear 2 pushes A gear 2 out of the magnetic field as shown in Figure 1.

3) A gear 3 pushes B gear 2 out of the magnetic field, and A gear 3 and B gear 3 engage again. B gear 3 pushes A gear 3 back out of the magnetic field. Continues to interlock, the repulsive force of the same poles continues to rotate

(Figure 5) Supplementary explanation

If a large number of (small gear) stators are engaged by attaching several rotating circles on the extension of the (large gear) rotor shaft, a large output can be produced.

(Print)

The output of the motor is solved by the number of poles and the voltage The output of the prime mover is solved by the cylinder displacement (capacity of the cylinder)

Output of permanent magnet

1. When gears of the same pole have teeth of the same gear engaged with each other, the number of gears of the same pole (number of gears with teeth of the same pole), that is, the number of gears with non-magnets on one side of the gear

2. The strength of magnetic force, that is, the strong magnet

3. The area of the engaging portion of the duy engaged when the same poles of the gears are engaged (tooth root area + tooth tip area)

4 Principle of lever Lever Using the principle of moving large force with small force, make the maximum effective length of the radius of A gear (rotor) in the drawing, that is, the length of drive shaft and tooth root

Starting and braking

The B gear is retracted to the CG part at the end of the A gear at 4 degrees, and the B gear is meshed with the non-magnetic part at the end of the C gear.

Starts when B gear is advanced and the magnets interlock to return to their original positions.

※ 4G CG, or C gear, is made to have the size and completion of A gear using materials that are not magnetized and attached to the back of A gear.

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First of all, instead of generating power by using hydro, thermal, nuclear, wind, and solar power, the generator is turned into a permanent magnet prime mover to further develop and use it as an electric motor prime mover.

Perfect (no pollution energy)

Conclusion Only the patent part has been explained in detail.

Claims (2)

Continuous rotating devices and machines or facilities using only permanent magnets Continuous linear and reciprocating motion using a rotating device (by mechanical operation) Only the patent part is charged.

Images