WO2022016302A1

WO2022016302A1 - Magnetic generator

Info

Publication number: WO2022016302A1
Application number: PCT/CN2020/102879
Authority: WO
Inventors: 薛锦云
Original assignee: 郑施斓
Priority date: 2020-07-18
Filing date: 2020-07-18
Publication date: 2022-01-27

Abstract

A magnetic generator, wherein a main body structure is composed of an outer stator, a central stator and a rotor; and a circle of dozens of permanent-magnet magnetic strips are mounted on an inner ring of the rotor and an outer ring of the central stator. The magnetic strips on the inner ring of the rotor and the magnetic strips on the outer ring of the central stator form a magnetic levitation apparatus on the basis of the principle of like poles repelling each other, so that the rotor magnetically levitates over the outer ring of the central stator to form a power system. A circle of magnetic yoke magnetic salient poles of a permanent-magnet are mounted on an outer ring of the rotor, a circle of silicon steel sheet iron cores are mounted on an inner ring of the outer stator, and a winding coil is mounted in an iron core slot. A magnetic levitation mutually repulsive force that is directly opposite each magnetic strip segment is transformed into an inclined-plane magnetic levitation mutually repulsive force that is diagonally opposite same, in order to form an oblique mutually repulsive driving force to drive the rotor to rotate in a clockwise direction. The magnetic yoke magnetic salient poles on the outer ring of the rotor simultaneously rotate along with the rotor, so that the iron core winding coil on the inner ring of the outer stator generates electricity. Power is generated by a magnetic force to form a permanent perpetual motion machine.

Description

magneto generator

main structure:

It consists of an outer stator, a central stator, combined with the rotor. A bearing sleeve type casing end cover is installed on both ends of the support sleeve of the rotor middle ring, and a bearing is installed in the center of the end cover. This bearing is sleeved on the fixed shaft of the central stator, and the two bearing end covers are positioned to support The rotor runs. Install a brake on the right end of the rotor sleeve. Dozens of permanent magnet strips are installed on the inner ring of the rotor. Dozens of permanent magnet magnetic strips are installed on the outer ring of the central stator. The magnetic strips on the outer ring of the central stator and the magnetic strips on the inner ring of the rotor have the magnetic properties of the corresponding surfaces to form a magnetic levitation device based on the principle of same-sex repulsion. The rotor magnetic levitation rotates on the outer circumference of the central stator to form a power system. A circle of permanent magnet yoke magnetic salient poles is installed on the outer ring of the rotor, a circle of silicon steel sheet iron core is installed in the inner circle of the outer stator, and a winding coil is installed in the groove of the iron core. The inner ring of the outer stator and the outer ring of the rotor form a power generation system. An outer stator and a central stator are combined with a rotor to form a magneto generator. Figure 1 is the internal structure diagram of the magneto generator, and Figure 2 is the lateral internal structure diagram of the magneto generator.

Materials used: the support frame on the central stator, and the support sleeve of the rotor middle ring are made of stainless steel.

The principle of magnetic power generation:

Using the magnetic buoyancy force as the driving force, arrange the magnetic stripe on the inner ring of the rotor and the magnetic stripe on the outer ring of the central stator. The magnetic levitation repulsion between the corresponding surfaces of each segmented magnetic stripe is 6 mm, resulting in the magnetic levitation repulsion between the corresponding surfaces of the segmented magnetic strips, forming a high and low strength in the same direction, and transforming the magnetic levitation repulsion on the positive corresponding surface into the oblique magnetic levitation repulsion on the corresponding surface. , each segment is arranged from strong to weak, resulting in the addition of a guiding direction repulsive force to the repulsive force between the magnetic levitation, forming an oblique magnetic levitation repulsive driving force, so that the permanent magnet strips on the rotor are clockwise from the strong phase. The repulsive force moves in the direction of the weak repulsive force, and the segments are connected and circulated one after another, driving the rotor to rotate clockwise. The magnetic poles of the permanent magnet yoke on the outer ring of the rotor rotate at the same time, so that the silicon steel sheet iron core winding coil on the outer stator generates electricity. Power is generated by magnetism, and electricity is generated by power. The magneto was born. Figure 1 is the internal structure diagram of the magneto generator, and Figure 2 is the lateral internal structure diagram of the magneto generator.

The ratio of the distance between the installation of each magnetic strip is as follows: the width of the magnetic strip on the inner ring of the rotor and the width of the magnetic strip on the outer ring of the central stator are 3 to 2. For example, the width of the magnetic strip on the inner The width of the magnetic strip is 2 cm. The width dimension of each magnetic strip is the same as the segment size of each magnetic strip. The magnetic stripe on the inner ring of the rotor and the magnetic stripe on the outer ring of the central stator are separated by a distance of 2.5 mm between points A and B, 1 mm between points B and C, and between points C and D. 2.5 mm between. There is a circular arc line between points A and E, and a circular arc line between points D and F. Figure 1 shows the internal structure of the magnetic generator.

The magnetic force is permanent, and the power generated by the magnetic force becomes permanent, and the perpetual motion machine is born. The advantage is that it does not need any fuel and external energy to participate, and only the application of magnetic buoyancy can generate permanent power, which directly drives the power generation system to generate electricity. It can also be used as a space shuttle engine power. Space travel is not out of reach. It can also be used as a ship on water and a car engine on land. Its efficiency is currently incomparable and immeasurable. In short, it is a high-end product born in the sky.

Claims

Main structure design. An outer stator and a central stator are combined with a rotor, the inner rotor magnetic levitation is on the outer ring of the central stator, and the outer ring of the rotor is sheathed on the inner ring of the outer stator to form a main structural design scheme of a magnetic generator. Figure 1 is a diagram of the internal structure of the magnetic generator, and Figure 2 is a diagram of the transverse internal structure of the magnetic generator.
Magnetically levitate the rotor inner ring on the center stator outer ring. Dozens of permanent magnet magnetic strips are installed on the inner ring of the rotor, and dozens of permanent magnet magnetic strips are installed on the outer ring of the central stator. The magnetic levitation device is formed by the principle of same-sex repulsion, resulting in the design scheme of the rotor magnetic levitation in the outer ring of the central stator. Figure 1 shows the internal structure of the magnetic generator.
Install bearing end caps on both ends of the rotor middle ring support sleeve. A sleeve-type circular end cover is installed on each end of the sleeve of the rotor support body, and a bearing is installed in the center of the end cover. Running design. As shown in Figure 2, the transverse internal structure of the magnetic generator is shown.
The width and size of the magnetic strips on the rotor and the central stator are proportionally designed. The ratio of the two is 3 to 2. For example, the width of the magnetic strip on the inner ring of the rotor is 3 cm, and the width of the magnetic strip on the central stator is 2 cm. This proportional design causes each magnetic strip of the rotor to run on each segmented magnetic strip of the outer ring of the center stator during the rotating operation, keeping the driving connection of each segment stable, the generated magnetic levitation guide direction repulsion force is uninterrupted, and the rotation speed is kept stable. design scheme. Figure 1 shows the internal structure of the magnetic generator.
The magnetic strips on the inner ring of the rotor and the magnetic strips on the outer ring of the center stator are designed with different positions of the corresponding surfaces at different positions. The distance between point A and point B is 2.5 mm, the distance between point B and point C is 1 mm, and the distance between point C and point D is 2.5 mm. Figure 1 shows the internal structure of the magnetic generator.
The principle of power generation by magnetism. The inner magnetic stripe of the rotor and the outer magnetic strip of the center stator, the space between the corresponding surfaces of each position is designed, resulting in the distance between the inner magnetic stripe on the rotor and the outer magnetic stripe on the central stator, and the corresponding surfaces of each segment , the establishment distance is divided into distance, the nearest is 1 mm, and the farthest is 6 mm, resulting in the magnetic levitation repulsion between the corresponding surfaces of each segmented magnetic stripe to form a high and low strength in the same direction. The segments are arranged from strong to weak, resulting in a repulsive force in the guiding direction added to the repulsion between the magnetic floats, so that the permanent magnet strips on the rotor move clockwise from the strong repulsion to the weak repulsion, segment by segment. The magnetic levitation phase repulsion on the opposite side is transformed into a magnetic levitation phase repulsion force on the obliquely opposite inclined plane, and the directional inclined plane repulsive force is formed, which drives the rotor to rotate clockwise. The magnetic poles of the permanent magnet yoke on the outer ring of the rotor rotate at the same time, so that the iron core winding coils on the outer stator generate electricity. A technical design scheme that directly generates power by magnetic force. Figure 1 shows the internal structure of the magnetic generator.
Directly generate power by magnetic outlawing electricity. The process of first generating magnetic force by electricity and then generating power by magnetic force is eliminated. Develop magnetic applications to create high-end perpetual motion machines.