Method of acquiring magnetic field driving force and residue power, magnetic power machine and magnetic press machine

Abstract

The invention discloses a method of acquiring magnetic field driving force and residue power, a magnetic power machine, a magnetic press machine and the like. Magnetomotive force is used for setting the magnetic power machine and the magnetic press machine, and magnetic discs of fixed driving mechanisms and magnetic discs of motion driving mechanisms are arranged in a front parallelism mode. Polarities of one ends of magnetic fields between the center magnetic disc and the magnetic disc of two outer ends are same, and polarities of the other ends are different and corresponding. Magnetic field polarity changing servosystem is used for driving the controlled magnetic discs to conduct the above magnetic field polarity status switching, and driving the motion driving mechanisms to move repeatedly to work to produce driving force or pressure, and work is larger than energy consumption such as magnetic field polarity changing to have residue power. The driving force can be used as power source or used for changing into electrical energy and heat energy, and the problems that existing energy consumption power devices have high energy consumption cost and pollute environment are solved. Compared with the prior art, the method of acquiring the magnetic field driving force and the residue power, the magnetic power machine and the magnetic press machine have the advantages of being high in magnetic energy efficiency use ratio, stronger in driving force, high in residue power rate, low in unit energy acquiring cost, strong in application, and extensive in uses and the like.

Description

technical field [0001] The present invention mainly relates to the fields of various magnetic power machines, namely motors, presses and power generation equipment, which utilize magnetic energy as a driving force source. Background technique [0002] Existing various permanent magnet power machines, the adopted technical scheme comprises method, and there is great problem. Such as ZL97238774.9 "high-efficiency permanent magnet power machine", because its stator adopts multiple permanent magnets evenly distributed, and the corresponding rotor also uses corresponding permanent magnets, and a combined driving magnetic field of a rotor coil is added on one side structure. Such a magnetic field structure cannot make the rotor rotate. Even if a current is passed into the coil on one side of the rotor, it is difficult to change the magnetic field polarity of the permanent magnet in the original rotor. The obtained driving power has no substantial significance as a power source, ...

AI Technical Summary

Problems solved by technology

However, this setting, that is, the technical solution, is unscientific, unfeasible and unrealizable in theory and practical implementation, that is, it cannot realize the commutation of the magnetic field, that is, it cannot perform repeated back and forth motions, and it is a patent that should not be valid.

The first reason is: a magnetic field system composed of two ring-shaped permanent magnets with inner and outer ring sets, its magnetic field force in each direction is balanced, and it takes a lot of effort to artificially make it close to one side, but to make it leave Relying on the other side, it also needs a lot of effort, and the energy consumed is also greater than the energy obtained; the second reason is: the most important and the most critical is that when using two ring-type permanent magnets The magnetic field structure system composed of two permanent magnets with the same or different polarity on the axial end faces that is set on the periphery of the other piece can not change the existing relationship between the two permanent magnets if they move in the radial direction, that is, move left and right on both sides or move away from each other. The direction of the axial polarity of the formed magnetic field means that the polarity and direction of the magnetic field of the fixed permanent magnet in the cylinder cannot be converted, that is, the polarity state of the magnetic field corresponding to the piston permanent magnet cannot be converted Change can only reduce the magnetic force of the magnetic field from one side and superimpose on the other side, and cause the axial asymmetry of the magnetic force of the magnetic field

When the polarity of the magnetic field of the fixed permanent magnet cannot be changed, it will attract or repel the magnetic field of the piston permanent magnet in the axial direction, so that the piston can only be moved closer or farther away at one time, and it cannot do work in repeated reciprocating cycles, and cannot generate power. and output power, that is, it cannot meet the premise of magnetic field polarity conversion and make the piston do repeated reciprocating motion, let alone have magnetic field driving force and residual work; the third reason is: assuming that the above-mentioned problems are not problems, and it adopts The two ends, that is, the cylinder permanent magnet corresponds to the single-end magnetic field drive form of the piston permanent magnet, which also has the small magnetic field driving force, low efficiency, and short driving distance. The obtained work is smaller than the power consumption required to switch the magnetic field, which is impossible Get residual power

In addition, the structural scheme of its trigger-type automatic promotion of disk movement and pole-changing mechanism also has problems, which is not feasible

Because it has the above-mentioned problems, it cannot realize the technical problem proposed to be solved, cannot realize the purpose of the invention, let alone produce the beneficial effects mentioned above, and does not meet the requirements of the patent, so the patent should not be valid

And other permanent magnet motors, its driving magnetic field is not with 180 degree angle or close to the front of 180 degree angle corresponding and close to equal area symmetry that is non-orthogonal, and only the single group magnetic field that double-ended disk is established, there is no Multi-terminal magnetic field magnetic energy product addition and gain effect, the energy efficiency is very low and has no real application value, that is, it has no beneficial effect

Therefore, there is no magnetic power machine with real application significance in application; and the existing various presses, that is, use hydraulic pressure, air pressure, and machinery as pressure, such as forging presses, brick presses, presses, and injection machines. , pile driver, water or oil vertical pump press, ground compaction and tamping machine and other presses, they all exist, consume a lot of energy such as fuel or electricity, pollute the environment, have high economic and social costs, and have complex structures , The components are easily damaged, the failure rate is high, the service life is short, the maintenance and production and manufacturing costs are high, and the power power setting limit is large, which affects its pressing force and performance, etc.

And the machinery such as mobile use type pile driver and road roller and ground compactor, except existing above-mentioned problem, also will give the opposite direction force that its pressing mechanism produces and counterweight, increased cost and make mobile, Inconvenient operation and increased energy consumption; while existing power generation equipment, various transportation equipment and tools on land, water, and air, temperature adjustment equipment and appliances, various machine tools and electric tools, various crushing, grinding , threshing, mixing machinery, various fluid delivery pumps, material conveyor belts, production lines, elevators, hanging towers, winches, industrial and agricultural machinery, seawater desalination devices, catapults and other equipment, appliances, tools and other devices that consume power , they all have to consume a large amount of energy such as fuel or electricity, resulting in high production costs and directly or indirectly polluting the environment

Moreover, their power part has complex structure, easy damage to components, high failure rate, short service life, high maintenance and production and manufacturing costs, environmental pollution and many other problems; especially mobile equipment, due to its heavy weight and the need to load fuel Heavy weight, resulting in large mobile energy consumption, high cost, polluting the environment, and because of the limited fuel storage, its movable distance is limited, especially the short residence time at sea or in the air, poor endurance, and power limit of power Serious constraints, affecting its performance and other issues

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