WORKING MAGNETIC GENERATOR
Cut the stator's magnets and change places
The amount of stator's axis can be increased till 8; 10; 12.
360 /6 axis = 60 degrees step => 60 / 12 layers of the magnet = angle of 5 degrees step of every stator's magnet. Turn the rotor's magnets in hand of drive direction. The magnets of stator turn in moving redactor direction. The assemblage of stator for reduction gear № 2 is in counter-clockwise direction and the magrents are turned in 180 degrees.
The general view
@Igor 48
I like the concept over all, but atmit I have not studied it in detail.
floor
Okey let's start from the beginning
Axis №1 and №3 are fixed. The magnets on the axis № 2 are turning on 180 deg.
Axis №1 and №3 are fixed. The central magnet is turning on 180 deg.
The force field of the magnet № 1 is from left to right direction. The force field of the magnet № 2 is directed from the centre to the edge of the magnet.
Cut the magnets and interchange their position.
Gearbox for 3 circle magnets. The central magnet is cut on the sides for force field reduction.
Adding 4 axis with magnets. The angle between axis is 60 deg.
The Variants of gearboxes.
Multi-leveled magnet generator for gearbox №1.
The general view of magnetic generator.
The generator's body is not shown.
The rotor and stator's magnets in cut for gearbox №2. The 'A' rotor's magnets are turned in clockwise direction in series, 5 deg. step. The 'B' rotor's magnets are turned in counter-clockwise direction in series, 5 deg. step.
The 'B' stator's magnets are turned in clockwise direction for gearbox №1.
Why do we need the inner set of magnets?
@Igor 48
Two more Question
1. Have you done some kind of computer modeling of the interactions ?
2. Is there some partial build of the device that you could do, and that
would serve as proof of concept ?
floor
1) This is a computer modeling built on 7 years of experiments with magnets (NdFeB). I made a hand made CNC router for these experiments.
2) There is no device since professional CNC router with high precision is needed but there is no such a staff in my hometown.
THE THEORY OF MAGNETIC ENERGY
The centre of axis always corresponds to the centre of magnet volume.
The sphere of the magnet's force field.
The magnet is a compressed spring without losing its mechanical characteristics. The only exception is a thermal heating which demagnetize the magnet. The magnetic field doesn't have precise metes and bounds; the sphere of the magnet's force field is the most important. The field's force is multiply decreased removing from the central point of origin of the magnet.
The cut of the magnet's force field is on the picture below.
EXPERIENCE HAS SHOWN THAT
The equation of magnetic well.
The pressure of magnet is 4 kg /cos.= 0,3kg progression vector.
STATOR MOTION
Variants of shielded stator
NUMBER SERIES: rotor 4 - 5 stator.
Stator SN – NS rotor, rotor progression clockwise
Stator NS –NS rotor, rotor progression counterclockwise
NUMBER SERIES: rotor 6 - 7 stator; rotor 8 - 9 stator...
MAGNETIC GENERATOR
The centre magnet turns on 180deg.
The principle device work.
The principle device work.
Video attached
Upgraded device. The magnets work relatively to the edge.
Variants of the magnet work relatively to the plane.
Work space 70+70=140deg.
Device for modeling the force field's diagram.
The force field's diagram.
The working space is divided on the 1 step deg. points; from 0 to the angle 90 deg. The force field's diagram can be built by the points. Cut the magnet's force field and shield it with magnets. For example the A zone is from 60 till 90 deg; the B zone is from 75 till 90 deg.
Cut and exchanged magnet. Work space of 170+170=340deg.
The variants of shielded and miniaturized force field of the magnet
The amount of the stator's axis can be 8,10,12...
Now you should return to the topic's beginning.
An addition to the magnetic generator.
Pressed magnetic wells without losing magnet volume
Shielded stator, up and down motion
Rotor
The maximum efficiency of the generator depends on the size of the rotor and stator's work space which is close to 360 deg diameter.
Metallic body + magnet force field 4kg = magnet force field 28kg
Magnetic bearing. The magnets are stationed relatively each other crosswise.
The magnetic generator with counter magnets motion.
gear box 1
Magnet №1 D24 force field normal = 14kg
Magnet №1 D24 = D gear №1; D gear №1 = D gear №2. L38/R12 = 3.2 force.
gear box2
Magnet №2 D16 force field maximal = 14kg
Magnet №2 D16 = D gear №1; D gear №1 = D gear №2. L42/R8 = 5.2 force.
CUT CENTRAL MAGNET