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Author Topic: Magnetic mechanical Resonance ideas  (Read 35250 times)

dom444

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Magnetic mechanical Resonance ideas
« on: October 13, 2015, 01:40:31 AM »
I have had this idea for a while so i thought i would put them out there, I have not had a chance to test them except the second one i know that the center magnet does move well, i used a glass tube for low friction.

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #1 on: October 13, 2015, 10:23:49 PM »
Thanks dom444 for sharing your ideas. Can you produce next time smaller drawings? Say 800x600 pix or so. Later I will contribute in this retro thread with practical examples and measurements. 2 weeks ago I started with the setup of mechanical resonance circuits with only 'passive' components. I hope more people will join this vintage OU subject.

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #2 on: November 20, 2015, 07:37:05 PM »
@ dom444
From the drawing above I made the setup of idea 2.
As said in my previous reply I am exploring the magneto/mechanical resonance in a linear system. Why always rotational
systems? Exploration of the behavior of coils and magnets is so much easier in the linear way.   
As basic unit I use a shake flashlight. The tube with the coil and magnet; all is there to make a linear actuator and generator.
The setup of the project is done at a wooden board of 40 x 40cm. The 'flashlight' is positioned in the middle and rest upon
a piece foam plastic for muting. At both sides of the magnet i glued 2 sticks of fiberglass for future experiments. Above the
coil I made a strip iron, from a transformer core, for lifting the magnet. A kind of magnetic bearing. In the video I go to show
the effect on the system. No transistors or IC's are used, only 2 reedcontacts, 1 relay, some diodes, led's and resistors.
Less is more! Anybody can make this project to explore electromagnetism at the kitchen table. More info is on the go.
Berto

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #3 on: November 20, 2015, 09:37:54 PM »
In an earlier stage I did some experiments with a 555 IC oscillator as driver for a relay with 2 change-over switches.
Frequence and pulswidth can be changed. In the next video I will show some effects on the movement of the magnet
by this circuit. You have to place bumper magnets (M1 and M2) to regulate the swing of the magnet.
 

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #4 on: November 25, 2015, 02:30:09 AM »
Making electromagnetic coils is no easy job. I made a simple coil winder from a fishing reel.
With just some aluminium strips the job is done.
Watch the video how this is done: https://www.youtube.com/watch?v=ns7jTKHjEZY
« Last Edit: November 25, 2015, 12:11:03 PM by Berto3 »

forest

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Re: Magnetic mechanical Resonance ideas
« Reply #5 on: November 25, 2015, 11:12:53 AM »
Making electromagnetic coils is no easy job. I made a simple coil winder from a fishing reel.
With just some aluminium strips the job is done.
Watch the video how this is done: https://www.youtube.com/watch?v=ns7jTKHjEZY


I think you should resize this image down. In case of winding coils the most problem is the perfection of winding - each turns should be placed near the previous one for the best effect.

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #6 on: November 25, 2015, 12:27:41 PM »
@ forest
You are right with the perfection of winding. It is hard to make evenly distributed windings.
I have to learn doing that. Maybe I have to design an other system for this.
For now I am glad to have a non-perfect coil winder for my magnetic mechanical resonance system.
B.t.w. I hope a.s.a.p. to publish a video about the set-up and measurements of the MMRS.

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #7 on: December 13, 2015, 11:41:26 PM »

Free energy for dummies is an exploration of a linear electro magnetic test set
by means of a simple, easy to build electromechanical resonator system.
Winter 2015/16 I make a series of YouTube video's about my ongoing work.
You can follow my quest to minimize the input and maximize the output energy.
Do not expect a ready made COP 10 overunity system, already for sale.
I am no expert or adept. No scammer, claimer, cheater, pretender or magician.
What I do is; making a test device, change it, measure it and publish the outcome.
As mentioned in the video: 'Free Energy means for me FREEing Energy that is hidden
or encapsulated. Overunity can be the result of freeing more energy than expected'.
https://www.youtube.com/watch?v=1amDDecxmIw



Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #8 on: December 18, 2015, 02:46:40 AM »
Part 2 of the video series Free Energy for Dummies is an explanation how the electromagnetic resonator works.
 How to make this more efficient by decreasing the activation time of the solenoid. To do that I have to build
a leading edge pulse delay. The results of that change we will see in part 3. I lifted the motor magnet by
2 supporting wheels what will decrease the friction in the cylinder. At the end I show some measurements of
 the voltage curve from the motor solenoid and one of the generator coils. This project is a experimental
journey in an unknown direction. The process is more important than the goal.

https://www.youtube.com/watch?v=OoExDExjAto

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #9 on: December 18, 2015, 10:58:12 PM »
After a remark from an insider saying that on this forum no dummies exists, I toke the video's ofline.
The GEEKS among us can watch the video's here:
Video1: introduction
https://www.youtube.com/watch?v=axHxGM9872U
Video2: resonator
https://www.youtube.com/watch?v=hkf-URwUfNU 

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #10 on: December 21, 2015, 01:53:37 AM »
Today I was using a new circuit as driver for the EM-Resonator. It has a pulse delay at the leading edge.
It worked very well with 6Volt and lesser than half the Amp's. Here is the circuit.


Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #11 on: December 22, 2015, 12:35:46 AM »
@Atommix. The first post in this threath by Dom444 was about magneto mechanical resonance.
He had not the chance to work out this Idea so I do. In Reply#2 I explain why.
You don't see how to build-up field density in the EM-Resonator. That is the challenge for all the
investigators in this field. One of the limitations with mechanical devices is the low frequency at
mechanical resonance. The gain is the field density that can happen at certain moments,
like a hammer on a nail. Mechanical mass can set free huge power when you stop it in the go.
We all know the potential energy of a rotating flywheel.
I don't understand your opinion, saying that the Resonator is complex or to much.
Can you explain more? Why the question about string harmonics?

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #12 on: December 24, 2015, 01:22:35 AM »
Part 3 of the video series, show's the progress made to reduce the current in the motor solonoid.
The electronic circuit has no longer a relay but a MOSFET to switch the coil. A pulse delay circuit
is build around a cd4093 IC. Although it is hard to measure the average current of a pulse wave,
I suppose my analog meter does this well. The input current is now around 35 mA, a reduction
of more than 50 percent. I wish you all an energetic Christmas and a sparkling 2016.
https://www.youtube.com/watch?v=ok28ruG0jBw

 

Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #13 on: January 06, 2016, 08:35:49 PM »
Today I was exploring the 'strange' behavior of a permanent magnet in a pulsed solenoid. The magnet moves in a transparent tube
(BIC ballpoint) with at both ends a bump magnet. All magnets are in repel position. A video of the phenomenon will be published soon.


Berto3

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Re: Magnetic mechanical Resonance ideas
« Reply #14 on: January 07, 2016, 02:07:13 AM »
Experiments with magnets are always amazing. The reaction of permanent magnets on a pulsed solenoid are impossible to predict. In this simple test set-up I explore under what condition a permanent magnet comes to mechanical resonance. The mass of the magnet, the frequency and pulsewidth, the position of the solenoid, friction, the bump magnets at both sides of the tube, this all are parameters in a peculiar interaction of magnetic fields. The video gives a short impression of this play.
I discovered a couple of phenomena. With 2 magnets in the tube and the solenoid in the middle the magnets can move in the opposite direction like a boxermotor. No shaking anymore with a kind of gyroscopic effect. The left magnet can vibrate at a lower or higher frequency than the right magnet and opposite. The magnets can resonate at more than one frequency. Resonance can be so strong that the magnets touch each other. My question is; what about four or more magnets in a linear mechanic resonance? But that for next time.
https://www.youtube.com/watch?v=VQpNqSUz8Ws