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For 15 years, I have been working with angular resonance and I am ready to do the electricity generation project together with investors who agree to make an official protocol. Everything will be done openly after the signatures are signed. 98% of the videos published on are wrong and do not work. I know the mistake they all make.
Ответитьbetter idea is to use a lead plate slightly past the centrer point. That way it diverts the magnetic push back until it open. Also if you tilt one side all the magnets on one of the wheels slightly pointing back. It will have an attraction force that will bend around the lead to help pull it. then as it rotates be slightly past the center point it fly]g-
Ответитьwhy don t u use just one magnet to replace one wheel?..at the end of uour shield..without gears.....it will not work anyway but you have to try :)
ОтветитьThe counter EMF is the self-regulating part of electric motors that a magnetic motor cannot provide.
Here's the self-regulating explained:
1) the back EMF in the motor coil prevents it from running so fast that it comes apart when there is no or a light load - as the rotor's windings spin faster through the stator magnetic field, the rotor's windings encounter greater back EMF due to Faraday/Lenz's law, which then limits the current and thus the magnetic field in the rotor, keeping it from spinning too fast
2) when the motor gets put under load - EXAMPLE: in an electric drill, you drill through a 2-foot thick piece of hardwood with a dull drill bit - the load slows the rotor's rotation. That reduces the back EMF because the rotor isn't spinning through the stator magnetic field so quickly. In response, the current in the rotor coil can now increase to a higher level, creating a stronger magnetic field, which creates more rotational torque, so the rotor is not slowed too much by the load (drilling through 2 feet of hardwood with a dull drill bit)
Nature is one of the designers of how electric motors work - the back EMF keeps the rotor from spinning too fast when there is a light load, and the back EMF reduces when there's a heavy load so the motor can handle the load.
Point being, there is no mechanism like this with permanent magnets - because there's no current.
There is no current that could increase in the rotor (the part doing the actual work).
There's also no back EMF to reduce current in the rotor to slow it down when the load is light - because, again, there is no current. If you eliminate the 'drag' of back EMF, the rotation could grow, possibly, leading to excess mechanical stress and breakage
I made exactly the same as this in real in 1983, as nice and simple as it looks, it’s a no go. 😢
ОтветитьMay I know the metal properties and name of the metal
ОтветитьNice🙂🙃🙂😀
Ответитьive tried this
with weight on one gear acting like a flywheel
no joy
What would actually happen is that because there is no attraction at the end of the rod, the magnets would pull back to the attraction below and effectively slow the rotation until it stops. I have also studied this stuff. I actually focus on generating power with less motion to eliminate the pull of the magnets. Most people want the magnet pull and try to use it to create motion, but you should focus on the magnet power generation abilities without motion. Think initial reaction and less about continuous reaction. Hope this helps.
ОтветитьI've been working on this for decades. This does not work.
ОтветитьIm 12 years from the future. I definatly think its possible, but we are still burning coal. To turn generaters
ОтветитьPossible or not, try creating that motor and experiment it in real life so we all can see if it works or not. Not just the animation
ОтветитьEs el irresoluble problema , las pantallas de mumetal bloquean el flujo pero atraen y dejan adheridos los imanes a ella.
ОтветитьThe magnetic shield can work only if it consumes energy, so there's no free energy yet.
ОтветитьSI lo vertical no fuera atraído hacia los imanes y este apantallase funcionaría , pero si apantalla es que es atraído y no funciona
ОтветитьEl problema es que los imanes no dejan de emanar un momento magnetismo o algo que produzca ese efecto
Ответитьi dont see anything special in this
ОтветитьAfter 12 years! Hmm.. and I searched for this😁
ОтветитьThanks man appreciate the vid 🙏
ОтветитьDid you already built it?
ОтветитьIf you believe that a magnet motor is possible with no electricity and no hand involved, i will challange to make one and show it to work.
ОтветитьYOU SOUND LIKE MOIST CRITIKAL
Ответитьso i am inventing a new pet hair remover product that has two sharp blades doing all the cleaning and it has a sonic vibration system simialr to the philips sonic care toothbrush vibration which enhances the cleaning!
Im having trouble because although we have found a great sonic motor, i believe just a sonic motor with a few rechargeable batteries (cant be AA or regular batteries because the sonic motor is at a 3.7 rated voltage and would run through the batteries quickly) wont be as strong of a frequency or hertz than if we place some magnets around it, maybe some copper windings to increase the magnetic pull, maybe some sort of gear or mechanism to convert a spinning motor to a linear movement as the blades need to move in a linear movement for optimal performance!
The more the vibration force the better the cleaning!
Would you bne able to help me woth some pointers or know someone that i can use to help with these slight and subtle tweaks?
Even if we just have a motor in there, i am sure the positioning and placement of the motor and ditnace away from the blades influiences frequency, right? All these answers the factory who is building the product for me has no clue about, which leaves me at SOL!
Lmk thanks!
This looks good concept, clear explanation. Are the magnets or magnetism in the magnets never going to "wear out"?
Can this be made of micromechanical parts?
It's been 11 years, and I am guessing it still doesn't work in 2020? :)
ОтветитьKeep up the good work Bro... thanks for sharing 👍
ОтветитьPhysics left the room
Have u ever heard of energy loss?
Wont work. Its the same as a magnet, has a field of attraction and repulsion. So its as balanced as an ordinary magnet. It wont work.
ОтветитьПросто умница!
Ответитьthis wont work
Ответить..............bonjour...........
Se principe fonctionne important la pointe doit être en plusieurs lame.... comme un transfo isolé les lame part du vernis la boucle
Magnétique et plus propre et efficace.
Mu metal sorry
ОтветитьShielding with moo metal?
ОтветитьThe repulsion of the magnets after the "shield" would cause them to move apart with less and less force. The attraction of the magnets in the "shield" would increase and then balance the decreasing repulsive force before exiting the "shield". For rotation there must be torque. There would be no resulting torque as you hoped...sorry.
ОтветитьIf you really want to understand, read Ken Wheelers book on the subject.
ОтветитьWon't work as shown
You have to put one ring of magnets with flywheel energy capicitiy strong enough to pull past the weak grip of the thin end of your iron motivators,
around a stationary ring of magnets and use thick to infinite edge iron motivators between the opposing magnets to motivate initial movement.
When all magnets are time to operate like pistons on a crank shaft kinetic energy helps issist the opposing magnets to overcome the reduced strength sticky points.
There is no way to shield a magnet but you can reverse the olarity of two with iron. By useing a fat fat face thick end for strong atracaction the magnets want come together but can not do so. Because they are operating in space and time only there is no surface friction on the iron. So when the reversed magnets slide off the micro thin edge , there is so little iron there to grab hold off that they fly apart instantly returning to repulsion mode until moving enough to feel the reversing affect of the next iron atractor motivator.
This is Howard Johnson's magnet motor principles.
Yes it can easly be done with the right motorvator shapes and configurations.
I just can't figure out how to make a wedge of iron thick on one end tapering to micro thin on the other end and shaped like the crescent moon.
It's all that is needed to make it work hard .
This is real, I tried making it and it worked, I made a car with this motor and it's running without fuel since then, I went to Moon and then Mars by the car, I even saw Tesla car in space, I won't reveal my invention otherwise secret service or CIA will kill me.
Ответитьnice!
ОтветитьYou haven't cancelled the repelling forces by putting iron between itself. You just have the same poles fighting over the same piece of iron. When you do this, the iron "tries to repel itself". If it were possible for magnets to be strong enough, the iron itself would be ripped apart.
ОтветитьI think it´s posible to combine this idea with a unbalanced wheel in which half of the work would be done by gravity and the other half by the magnets !!!
ОтветитьSay, theroetically we build a working prototype model that works as it should, no hiccups at all. How would you turn it off?
ОтветитьReally well done man. Thanks for posting.
ОтветитьThanks for the experiment and explanation. I am working on an idea for magnetic power also and would appreciate any material you may have put together.
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