CN116647093A - Structure for converting magnetic energy into kinetic energy - Google Patents

Abstract

The application relates to a structure for converting magnetic energy into kinetic energy, which enables magnets with the same magnetic pole to be always positioned at a relative position, so that mutual thrust is always generated between the magnets, the thrust passes through a dowel bar a, the force is transmitted to a point c at the intersection point of the dowel bar a and a dowel bar b, the point c receives the thrust, the dowel bar b is utilized to rotate around a circular core by utilizing the lever principle, and the point c rotates and simultaneously drives the magnets fixed on the dowel bar to synchronously rotate around the circular core. The magnet ring A and the opposite magnet B are formed by combining a plurality of mutually independent magnets in a staggered manner, and gaps are reserved among the magnets, so that the magnets in each magnet ring A can independently generate thrust to the magnet B. The application belongs to the technical field of energy, and aims to solve the technical problem of converting magnetic energy into kinetic energy.

Description

Structure for converting magnetic energy into kinetic energy

Technical Field

The application belongs to the technical field of energy, and relates to various fields (military, aerospace, production, life and the like) requiring energy supply.

Background

Human beings survive, the supply and the use of energy sources are not separated, and the energy sources mainly used at present, such as petroleum, carbon, wood, water conservancy, sun, wind and the like, cannot be regenerated in a short time, have low conversion utilization rate and pollute natural environment to different degrees.

When the electric bicycle starts to be ridden for the first time in 2015, the electric bicycle has an idea that the electric bicycle generates electricity in the riding process so as to achieve self-sufficiency. Later attempts at various methods were not possible. It is further thought that one reason is that the law of conservation of energy: the energy neither goes nor goes away from the void, it is only converted from one form to another, or transferred from one object to another, while the total amount of energy remains unchanged. To move the vehicle, a sustainable source of energy is required. On the basis, the energy sources known by the users are tried, and compared, the magnet is optimal, and the permanent magnet can be produced by the existing technology.

The magnetic energy is utilized, so that the magnetic energy is harmless to human bodies, does not pollute the environment (the earth is also a large magnet), does not consume other energy sources in use, and is environment-friendly energy and green energy in the true sense.

The utilization of magnetic energy also has a long path to travel: 1. a permanent magnet of high magnetic energy; 2. a nano magnet; 3. a magnetic blocking material; 4. a thermally conductive insulating material; 5. mass production lines, etc., require effort.

Such energy is now being demanded by the human society, and energy sources are constantly being supplied.

Properties of the magnet: 1. the magnet has magnetism and can attract iron articles; 2. the magnets are provided with magnetic poles, each magnet is provided with two magnetic poles of N pole and S pole, and the two magnetic poles are in pairs; 3. when two magnets are close to each other, the same magnetic poles are mutually repelled and pushed away, and different magnetic poles are mutually attracted and stuck. Namely: like poles repel each other and unlike poles attract each other; 4. magnets can be classified into "permanent magnets" and "non-permanent magnets". The permanent magnet may be natural product, or may be manufactured by man. Non-permanent magnets, such as electromagnets, exhibit magnetism only under certain conditions.

Disclosure of Invention

1. When the magnets are close to each other, the same magnetic poles repel and push away each other, different magnetic poles attract each other and are stuck (namely, like poles repel each other and unlike poles attract each other), by utilizing the characteristic, the magnets with the same magnetic poles are always positioned at opposite positions, so that mutual thrust is always generated between the magnets, the thrust passes through the dowel bar a, the force is transmitted to the point c of intersection of the dowel bar a and the dowel bar b, the point c receives the thrust, the dowel bar b rotates around the circular core by utilizing the lever principle, and the point c rotates and simultaneously drives the magnets fixed on the dowel bar to synchronously rotate around the circular core.

2. The magnet ring A is formed by combining a plurality of mutually independent magnets in a staggered manner, gaps are reserved among the magnets, each magnet can independently generate thrust to the magnet B, the magnet B is also formed by combining a plurality of mutually independent magnets in a staggered manner, the arrangement direction is staggered with the magnet ring A in the opposite direction, and a plurality of magnets B can be arranged in a magnet ring A device.

3. The magnet ring A can be combined together in a plurality of ways so as to provide larger magnetic energy power, the power can be output outwards through the round core rotating device, and the output power can be transmitted to a matched generator and other devices requiring power through gears, chains, belts, rotating shafts and the like.

Drawings

FIG. 1 is a force conversion diagram

FIG. 2 is a diagram of the core components

FIG. 3 is a magnetic energy electrograph

Detailed Description

1. Establishing a laboratory

1. The specification and the size of the magnet (the unit volume is unchanged, and the magnet with the shape can generate the maximum homopolar repulsive force) are determined first.

2. The magnet spacing is determined so that the mutual interference is minimized.

3. The magnets are arranged in a staggered manner, so that the AB magnet assemblies mutually achieve balanced thrust (the relative positions of the AB magnet assemblies are changed, and the mutual distance and the thrust are unchanged).

4. The staggered magnets are combined and annularly arranged and fixed.

5. The S-shaped force transmission device (shown in figures 1-2) is made of alloy steel, a plurality of plates are combined, and a rotary rod is arranged on the round core.

6. The magnet B is combined and fixed on the S-shaped force transmission device.

7. The rotating rod drives other force transmission devices, and finally drives equipment needing power.

8. Shaping equipment

2. Construction plant

3. Establishing a production line

4. And (5) operating at production.

Claims (3)

1. When the magnets are close to each other, the same magnetic poles repel and push away each other, different magnetic poles attract each other and are stuck (namely, like poles repel each other and unlike poles attract each other), by utilizing the characteristic, the magnets with the same magnetic poles are always positioned at opposite positions, so that mutual thrust is always generated between the magnets, the thrust passes through the dowel bar a, force is transmitted to the point c of intersection of the dowel bar a and the dowel bar b, the point c receives the thrust to rotate around the circular core through the dowel bar b by utilizing the lever principle, and the point c rotates and simultaneously drives the magnets fixed on the dowel bar to synchronously rotate around the circular core.

2. The magnet ring A is formed by combining a plurality of mutually independent magnets in a staggered manner, gaps are reserved among the magnets, each magnet can independently generate thrust to the magnet B, the magnet B is also formed by combining a plurality of mutually independent magnets in a staggered manner, the arrangement direction is staggered with the magnet ring A in the opposite direction, and a plurality of magnets B can be arranged in a magnet ring A device.

3. The magnet ring A can be combined together in a plurality of ways so as to provide larger magnetic energy power, the power can be output outwards through the round core rotating device, and the output power can be transmitted to a matched generator and other devices requiring power through gears, chains, belts, rotating shafts and the like.