Grinding disc inertia generator

Abstract

The invention discloses a grinding disc type inertial generator, which comprises a magnet, a large flywheel and a generator. The invention uses magnetic power to drive the large flywheel to rotate. Under the drive of the magnetic power, the large flywheel relies on its own large mass and high speed to generate kinetic energy, and the energy created drives the generator to generate electricity, thus realizing small magnetic force input and large power output. The invention is not only a generator, but also an engine. The grinding disc type inertial generator is installed on vehicles, ships and other transportation tools to replace the original gasoline engine and diesel engine, and these transportation tools are driven by electricity, which not only saves natural resources and has no pollution, but also can provide lasting power.

Description

Technical Field

[0001] The invention relates to a wind power generator, in particular to a grinding disc type inertial power generator. Background Art

[0002] Existing wind turbines rely on natural wind as their power source to drive the impellers of the wind turbines to rotate, thereby driving the generators to generate electricity. In order to capture stronger wind forces, tall towers and sufficiently large impellers need to be built. However, since natural wind is unstable and regional, it leads to regional limitations and unstable power generation, and cannot be widely used. Summary of the invention

[0003] The present invention firstly utilizes the principle of wheel axle labor saving, uses magnetic power to drive the large flywheel to rotate, and then utilizes the principle of inertia, uses the inertia generated by the high-speed rotating large flywheel to drive the generator to generate electricity; the millstone-type inertia generator is installed on vehicles, ships and other means of transportation to replace the original gasoline engine and diesel engine, and uses electricity to drive these means of transportation, which not only saves natural resources and has no pollution, but also can provide lasting power.

[0004] The technical solution provided by the present invention is a grinding disc type inertial generator, which comprises a magnet, a large flywheel, and a generator.

[0005] Furthermore, the magnet is fixed on the edge of the large flywheel.

[0006] Furthermore, a magnet of appropriate length is installed at a position corresponding to the large flywheel magnet. According to the principle that magnets with the same poles repel each other, the mutual repulsive force of magnets with the same poles is used to drive the large flywheel to rotate.

[0007] Furthermore, the generator is fixed at the center position of the large flywheel, or the large flywheel is used as the outer shell of the generator, or the rotor of the generator is directly fixed on the large flywheel, and the stator is fixed on the central axis. In this way, the magnetic force drives the large flywheel to rotate, and the generator will directly generate electricity. At this time, the large flywheel and the generator use the same axis, they are coaxial. At this time, the large flywheel drives the generator to rotate, and their axes are fixed and do not rotate.

[0008] By adopting the above scheme, the magnet, the large flywheel and the generator are compactly combined together, and the appearance is like a large grinding wheel. This is suitable for installation in vehicles and other means of transportation with small space to be used as an engine.

[0009] The working principle of the grinding wheel type inertia generator of the present invention is that firstly, the grinding wheel type inertia generator utilizes the principle of wheel axle labor saving to apply magnetic force to the edge of the large flywheel to drive the large flywheel to rotate, and then utilizes the inertia principle, the large flywheel rotating at high speed will generate an inertia. According to the inertia principle, the greater the mass of the large flywheel, the greater the inertia, the faster the rotation speed of the large flywheel, the greater the inertia, the greater the inertia of the large flywheel, the longer the high-speed rotation of the large flywheel is maintained, and when the large flywheel rotates at high speed to generate a large inertia, the inertia will drive the generator to generate electricity, and this inertia is a strong man, which can almost drive the generator by itself, and at this time, the magnetic force only gives the large flywheel an acceleration force, and can work together with the large flywheel to complete the power generation work of the generator.

[0010] The grinding disc type inertial generator of the present invention, the large flywheel can create energy. According to the kinetic energy formula, kinetic energy = mass × speed 2 ÷2. Through the kinetic energy formula, we know that the size of the kinetic energy of the large flywheel is determined by the mass of the large flywheel and the rotational speed of the large flywheel. When the large flywheel is stationary, the large flywheel has no kinetic energy, and the magnetic force drives the large flywheel to rotate. As the rotational speed increases, the kinetic energy generated by the large flywheel also increases. The higher the rotational speed of the large flywheel, the greater the kinetic energy it generates. A large flywheel with a large mass and a high rotational speed can generate huge kinetic energy; and the force of the magnetic force that drives the large flywheel to rotate at high speed is smaller. The kinetic energy generated by the large flywheel when it is of large mass and high rotational speed is much greater than the force of the magnetic force that drives the large flywheel to rotate at high speed; therefore, the large flywheel in this scheme can create energy.

[0011] In the present millstone-type inertial generator, the high-speed rotation of the large flywheel will generate kinetic energy, the magnitude of which is mainly determined by the mass of the large flywheel and the rotational speed of the large flywheel. The mass and rotational speed of the large flywheel are proportional to the kinetic energy it generates. The greater the mass of the large flywheel and the higher the rotational speed, the greater the kinetic energy it generates, the greater the energy it creates, and the greater the power generation of the present millstone-type inertial generator. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic diagram of the structure of the present invention, wherein 1 is a magnet, 2 is a large flywheel, and 3 is a generator. DETAILED DESCRIPTION

[0013] The specific implementation of the present invention is described below in conjunction with the accompanying drawings. Figure 1 As shown, it is a schematic structural diagram of a grinding disc type inertial generator, which includes a magnet 1, a large flywheel 2, and a generator 3.

[0014] Furthermore, the magnet 1 is fixed on the edge of the large flywheel 2 .

[0015] Furthermore, a magnet 1 of appropriate length is installed at a position corresponding to the magnet 1 on the large flywheel 2. According to the principle that magnets 1 with the same poles repel each other, the mutual repulsive force of magnets 1 with the same poles is used to drive the large flywheel 2 to rotate.

[0016] Furthermore, the generator 3 is fixed at the center position of the large flywheel 2, or the large flywheel 2 is used as the outer shell of the generator 3, or the rotor of the generator 3 is directly fixed on the large flywheel 2, and the stator is fixed on the central axis. In this way, the magnetic force drives the large flywheel 2 to rotate, and the generator 3 will directly generate electricity. At this time, the large flywheel 2 and the generator 3 use the same axis, they are coaxial, and at this time, the large flywheel 2 drives the generator 3 to rotate, and their axes are fixed and do not rotate.

[0017] The working principle of the millstone type inertia generator of the present invention is that the present invention firstly utilizes the principle of wheel axle labor saving, applies magnetic power to the edge of the large flywheel 2, utilizes the mutual repulsion of magnets 1 of the same poles to drive the large flywheel 2 to rotate, and then utilizes the inertia principle, the high-speed rotation of the large flywheel 2 will generate a large inertia, that is, a large kinetic energy, we utilize this large kinetic energy to drive the generator 3 to generate electricity; at this time, the magnetic power only gives the large flywheel 2 an acceleration force, and can complete the power generation work of the generator 3 together with the large flywheel 2; the present invention is not only a generator, it is also an engine, the millstone type inertia generator is installed on vehicles, ships and other means of transportation, replaces the original gasoline engine and diesel engine, and uses electricity to drive these means of transportation, which not only saves natural resources and has no pollution, but also can provide lasting power.

[0018] The millstone-type inertial generator assembles the magnet, large flywheel and generator compactly together to form a whole like a millstone, which is more suitable for installation on vehicles with smaller spaces to be used as an engine. Since magnetic power is contactless transmission, there is almost no wear and tear. It has many advantages, but the high cost of magnetic power limits its widespread application.

[0019] This generator has a variety of power modes, and can use ordinary electric motors as power, linear motors as power, and spring force as power; there are also a variety of transmission methods, which can be said to be various styles. However, no matter what power and transmission methods are used, they are inseparable from the main technical spirit of the present invention, that is, the high-speed rotating large flywheel can create energy, and the energy created by the high-speed rotation of the large flywheel can do work externally; therefore, no matter what power mode and transmission method are used, as long as the energy created by the high-speed rotation of the large flywheel is used to do work externally to drive the generator to generate electricity, it is covered by the scope of the claims of the present invention.

[0020] The diameter of the large flywheel of this generator is much smaller than that of the impeller of the wind turbine. This generator relies on the kinetic energy generated by the high-speed rotation of the large flywheel to drive the generator to generate electricity. The main factors that determine the size of the kinetic energy are the mass and speed of the large flywheel. A large flywheel with a large mass and high speed can generate huge kinetic energy. According to the kinetic energy formula, kinetic energy = mass × speed 2 ÷2. Through the kinetic energy formula, we know that as long as the mass and rotation speed of the large flywheel are increased, the kinetic energy of the large flywheel will be increased; therefore, the diameter of the large flywheel can be appropriately adjusted according to the actual situation, and the kinetic energy of the large flywheel can be increased by increasing the mass and rotation speed of the large flywheel.

[0021] When the grinding disc type inertial generator is installed on vehicles and other transportation vehicles and used as an engine, since the large flywheel has a large mass and the bearing is burdened with a heavy load, the large flywheel can be lifted up by the principle of magnetic levitation, thereby reducing the burden on the bearing, reducing noise and prolonging service life.

[0022] The millstone-type inertial generator does not use natural resources, has no pollution, generates electricity evenly and stably, is not restricted by regional climate and other conditions, and can provide lasting power resources; the millstone-type inertial generator is not only a generator, it is also an engine. The generator is installed on vehicles, ships and other means of transportation to replace the original gasoline engines and diesel engines, and use electricity to drive these means of transportation, which not only saves natural resources and has no pollution, but also can provide lasting power.

[0023] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present invention can be modified or replaced by equivalents without departing from the spirit and scope of the technical solutions of the present invention, which should be included in the scope of the claims of the present invention.

Claims

1. A grinding disc type inertial generator, characterized in that: It comprises a magnet (1), a large flywheel (2) and a generator (3); the magnet (1) is fixed on the edge of the large flywheel (2); a magnet (1) of appropriate length is installed at a position corresponding to the magnet (1) fixed on the large flywheel (2); the generator (3) is fixed at the center position of the large flywheel (2), or in other words, the large flywheel (2) serves as the outer shell of the generator (3), and the large flywheel (2) and the generator (3) are coaxial.

2. This generator has a variety of power modes and transmission modes, and can be said to have a wide variety of styles; however, no matter what power and transmission mode is used, it is inseparable from the main technical spirit of the present invention, that is, the high-speed rotation of the large flywheel (2) can create energy, and the energy created by the high-speed rotation of the large flywheel (2) can do work externally; therefore, no matter what power mode and transmission mode is used, as long as the energy created by the high-speed rotation of the large flywheel (2) is used to do work externally to drive the generator (3) to generate electricity, it is covered by the scope of the claims of the present invention.

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