BRPI0802455A2 - magnetic mechanical power generator - Google Patents

Abstract

MAGNETIC MECHANICAL ENERGY GENERATOR. Patent comprising a rectangular base (1), two supports (2) and two supports (3) which are fixed to the rectangular base (1); rectangular magnetic parts (4) and (5) which are fixed to the support (3); shaft (7) which is fixed on the support (2); circular support (6) having as its central axis the axis (7); triangular magnetic parts (8) which are fixed in the recesses of the circular support (6); the magnetic parts (4) and (5) are placed with opposite poles the magnetic parts (8), which all contain the same pole, the opposition of the poles generates a repulsive movement of the magnetic parts (8) in relation to the magnetic parts (4) and (5) to generate a circular motion from which mechanical energy is used for the production of electrical energy.

Description

"MAGNETIC ENERGY GENERATOR"

The present invention has as its object a mechanical mechanical energy generator system for the use of electric energy in order to improve the amount of energy offered and to reduce the emission of pollutants.

Currently electric power is generated from sources such as wind, hydraulic, thermal, sofars, nuclear, etc. Using these means of power generation has some drawbacks.

Wind energy is not guaranteed constancy, as the occurrence of winds cannot be controlled. There are also problems regarding the catchment sites that may distance the producing poles from the consuming centers.

The hydraulic energy that is used in hydroelectric plants is generated from the damming of river waters. This type of energy depends on the amount of rivers present in each region, the amount of rainfall and the distance from the consuming centers. These factors limit the expansion of production.

Thermal energy is used in thermoelectric plants and is generated from the burning of fossil or organic fuels. It presents probabilities in relation to the amount of fuel available for burning and the emission of pofuenf.es that end up forcing these plants to enter into focal points distant from the consumption centers.

Solar energy, obtained from sofar rays, is not guaranteed of constancy and in some foci there is not enough incidence of rayospars for satisfactory production throughout the year. The equipment used for this type of power generation is expensive and not accessible to most of the population.

Nuclear energy is expensive and difficult to handle, as the materials used can cause major damage to health and the environment. The use of radioactive materials generates waste that needs special and high cost treatment.

The magnetic mechanical energy generator uses the energy generated by the opposition of the magnetic poles to generate a continuous circular movement. The mechanical energy generated by this movement is harnessed from the rotational axis or ends of the generator to drive equipment that converts mechanical energy into electrical energy.

This power generation system is non-polluting, it can be used anywhere and near the consumer centers, there are no geographical or climatic limitations that prevent its expansion, thus bringing benefits to those who adopt it.

The accompanying drawings show the arrangement of the parts of the mechanical energy magnetic generator, object of the present patent.

Fig. 1 shows it laterally;

Fig. 2 shows the circular support 6 in section;

Fig. 3 shows the magnetic part 8 diagonally; and

Fig. 4 shows it in superior view.

On the rectangular base 1 the two brackets 2 are fixed and the two supports 3 which are placed on opposite sides on the base 1. On the two supports 3 the rectangular magnetic pieces 4 and 5 are fixed, the magnetic part 5 is placed vertically and the magnetic part 4 is placed horizontally on the magnetic part 5.

On the upper part of the two supports 2 the axis 7 is fixed horizontally. Circular bracket 6 is fixed to axis 7, and triangular magnetic pieces 8 are fixed to circular circle 6. All magnetic pieces 8 must have the same polarity and be fixed to the circular bracket fittings 6, these fittings correspond to the shape of the magnetic pieces. 8

The fixing of the magnetic pieces 4, 5 and 8 can be done with glue or any other material for this purpose without any damage. The magnetic pieces 4 and 5 should be facing the direction of the circular bracket 6 with the magnetic poles opposite the poles. Magnetic Parts 8. Adjustment of the angle and proximity of magnetic parts 4 and 5 relative to magnetic parts 8 may vary and should be adjusted as necessary to promote circular displacement of circular support 6.

The distance between the magnetic parts 8 may vary according to the magnetic capacity of the material used, so this distance can be easily tested by varying the levels of approximation between the magnetic parts 8.

Opposite magnetic poles generate a repulsive movement, this movement generated by the opposition of magnetic parts 4 and 5 relative to magnetic parts 8 is the generator of mechanical energy. When one of the magnetic parts 8 is repelled by the magnetic parts 4 and 5, which are in a fixed position and not movable as the magnetic parts 8 are, because of the mobility of the circular support 6, a rotational motion is generated in the circular support 6 causing the part 8 magnetic path between namesma position than the previous one. This movement follows indefinitely.

It is the movement of rotation of the circular support 6 from which the mechanical energy in the form of work is taken. This energy will be used from the axis 7 or ends of the circular support 6 with the adaptation of equipment that converts mechanical energy into electrical energy.

Magnetic parts 4, 5 and 8 should have a plastic coating to protect them from possible handling damage and increase their durability.

Claims (1)

1. "MAGNETIC MECHANICAL ENERGY GENERATOR" comprising a rectangular base (1), two supports (2) and two supports (3) which are fixed to the rectangular base (1); rectangular magnetic parts (4) and (5) which are fixed to the support (3); shaft (7) which is fixed on the support (2); circular support (6) having as its central axis the axis (7); triangular magnetic parts (8) which are fixed to the fittings of the circular support (6); the magnetic parts (4) and (5) are placed with opposite poles the magnetic parts (8), which contain all the same pole, the opposition of the poles generates a repulsive movement of the magnetic parts (8) in relation to the magnetic parts ( 4) and (5) to generate a circular motion characterized by the rotation of the circular support (6) from which mechanical energy is used for the production of electrical energy.