We can couple electro magnets 2 ways : wired or direct contact. One transforms magnetic power to electricity the other electricity to magnetic field. Wire to wire for a Telegraph or face to face for a transformer.
I want to demonstrate how impacting one electromagnet with a neo hammer will power the second electro magnet with a separate field.
All my measurements have shown that the secondary EM recovers 100% of the input pulse. A magnet slam into one will dislodge a magnet from the second.
Wiring the electro magnets together in parallel creates a self powered Telegraph that needs no storage battery to operate. The first Telegraph relied on the Voltaic pile of Allesandro.
I am preparing a video: Tapping one electromagnet with a neo hammer will power the other electro magnet with a field that visibly agitates a stack of magnets suspended overhead! This high watermark video is as astonishing as Orstead's demonstration that electric current produces a magnetic field in a wire! The connected EM's have the power to puppet a mirror force between themselves.
Magnetic Telegraph. - YouTube (https://www.youtube.com/shorts/mZT5mdjkQmA)
This video shows the waving magnes:
Magnetic Telegraph 3 - YouTube (https://www.youtube.com/watch?v=Hzek7_qIHuc)
I separated the Electro-magnets to eliminate any transfer of vibration : This is authentic proof of concept!
Magnetic Telegraph 4 - YouTube (https://www.youtube.com/watch?v=hjUAlBqUQ_E)
Quote from: synchro1 on November 18, 2022, 12:16:02 PM
This high watermark video is as astonishing as Orstead's demonstration that electric current produces a magnetic field in a wire!
Synchro1,
What you are doing is nothing but basic stuff we all know it could be done...
The stack of Neo's magnetic field are exciting the EM's coils (generating a small current) when you tap them, which is sent via two wires to the second EM which acts as a receiver, which in turn, yes, generates a small magnetic field which barely moves knife.
1- You still need to "input" mechanical power to keep "tapping" neos...
2- Plus, if you use a larger transmission wires from EM1 to EM2, with higher resistance...then you will barely "see" any movement on the knife.
Now, if you could get the huge neo you are showing above, in between the two EM's...(maybe with a small plastic in between as a gap) then tap any external side of any of the EM's with the neo's stack...and connect a scope on the parallel wires...you may see an interesting bouncing of the field back and forth...which eventually will fade out to zero signal.
No intention here to disappoint you in any ways...
Ufopolitics
Edit: You need to cut the
images size to 1000-1200 pixels in width in an image editor like Adobe Photoshop.
Quote from: Ufopolitics on November 20, 2022, 09:43:28 AM
Synchro1,
What you are doing is nothing but basic stuff we all know it could be done...
The stack of Neo's magnetic field are exciting the EM's coils (generating a small current) when you tap them, which is sent via two wires to the second EM which acts as a receiver, which in turn, yes, generates a small magnetic field which barely moves knife.
1- You still need to "input" mechanical power to keep "tapping" neos...
2- Plus, if you use a larger transmission wires from EM1 to EM2, with higher resistance...then you will barely "see" any movement on the knife.
Now, if you could get the huge neo you are showing above, in between the two EM's...(maybe with a small plastic in between as a gap) then tap any external side of any of the EM's with the neo's stack...and connect a scope on the parallel wires...you may see an interesting bouncing of the field back and forth...which eventually will fade out to zero signal.
No intention here to disappoint you in any ways...
Ufopolitics
Edit: You need to cut the images size to 1000-1200 pixels in width in an image editor like Adobe Photoshop.
I agree with you and welcome your input. My tests have shown that pulling the permanent maignet away from one side generates a neutralization pulse in the other! This means that cross wired, the attraction strength should kick the magnet off the other side 🙏 There is a chance this could run as a reciprocating oscillator with 2 spring pressure SPDT switches and no external power supply.
Magnetic Telegraph 5 - YouTube (https://www.youtube.com/watch?v=CxWkmbmrzFY)
I discovered that cross wireing will neutralize bipolar magnets. Horse shoe type magnets attracted to the Electromagnet cores!
Hello Synchro1,
Well that is awesome!!...Yes, by cross wiring the two EM's, the Field generated on the receiving one, would be opposite to the one on the generating EM Coil.
It just gave me an idea... ;)
We could put together a sequencing where the "tapping" would be done by a Rotor with fixed Magnets, set at alternated polarities in PAIRS at 180ยบ.
However, you will need to make more concise, accurate testing:
1-The magnet hanging on the fishing hook, must be set with polarities facing the center EM's core.
And if you could get this hanging magnet fixed (not swinging on the hook and line) then adding a way that the magnet could pivot from its center, it will show a flip of polarities when you do test 1 (normal wiring) and test 2 reversing the connecting wires.
2- Try just reversing the other stack of magnets polarities facing the Generating EM, when tapping it...without reversing wires, then the fixed flipping magnet on Receiver should also swap physically (once you hang it fixed and pivoting from its gravitational center.
This way you would confirm that in fact polarities are changed remotely!!
By sequencing this effect properly we could get a series of "Attract-Repulse" stages, which would keep the rotation steady without any external input...
That would be awesome!!
Btw, where did you get these Electromagnets?...I see they are Chinese, got the number and will search by it.
We will call this Motor the "Burguess Effect" first applied to a Motor.
Ufopolitics
Thanks!!
Edit 1: Plus, as you have said, using small roller micro switch SPDT could regulate an accurate flipping in a timing sequence.
Note, the heavier and bigger the magnets, the stronger the Effect would be demonstrated, because the generating field would be much greater.
This is a pretty cool effect because a small amount of neutral zone flutter by a magnet between the two pot poles will be amplified by the twin into a powerful oscillation!
https://www.youtube.com/shorts/6z9zJnY3gvg (https://www.youtube.com/shorts/6z9zJnY3gvg)
The "Cross Wire" effect was a sterling success! The infernal genius of this effect is that the "Cross Wireing" causes a reversal of both fields in the receiver coil. The potential energy stored in the pen knife and magnet in attraction strength equal the force exerted on the power lift. A capacitor would yield the same COP!
Neutralization pulse - YouTube (https://www.youtube.com/watch?v=cwL-7gL9Qis)
I can't get the attraction strength to trigger a neutralization pulse for some unknown reason! This still leaves the possibility of using the release stroke to trigger a release, then followed by the attraction stroke that triggers a secondary attraction stroke in the mate.
When the neutralization stroke completes, both magnets are up. Bringing one down generates an attraction field in the other! This opens the possibility of an oscillator. This may need a delay switch or a capacitor.
I found a way to succeed at my goal! Cross wired and pole reversed. Precision springs like a Rolex watch might run a OU oscillator like this!
Attraction neutralization pulse. - YouTube (https://www.youtube.com/shorts/l9WXFHzP1IU)
The attraction unlocks it's partner, then the partner returns a detaching force back to the stuck primary as it retracts. The forces are sympathetic. This can clearly work as reciprocating oscillator cross wired like the demonstrator. We need 2 spring pressure SPDT switchs wired in the H bridge configuration.
Simple H Bridge for Motor Control with Switches - YouTube (https://www.youtube.com/watch?v=SpyGdoPPV7k)
Curent reversing monopole piston. - YouTube (https://www.youtube.com/shorts/yUqw3QwO_eU)
This spring pressure SPDT switch has 3 contacts. The "H" bridge wires the center pins to the EM wires. Connecting a capacitor and diode would help it run smoothly.
Look how the 2 micro limit switches are wired to "H" bridge : The load is out of the picture to the top. The Capacitor would connect to the same electrodes as the battery.
The normally open and normally closed contacts are connected to each other between the switchs and the positive and negative power electrodes attached to them. The common electrodes from each switch connect to the positive and negative of the load! I am building the current reversing oscillator right now. Should have a video of it working soon.
I ordered 2 of these "long hinge" limit switches.
The strong spring is an important part of the oscillator. The spring returns the traveller so it's the magnetic attraction that does as much work as possible loading the spring so only a minimum neutralization pulse is needed. The spring strength determines the distance between the attraction cores of the Electro-magnets.
H bridge - YouTube (https://www.youtube.com/shorts/yf0wIzgD7AM)
The quick and dirty "H" bridge in action :
The trimmer is needed to regulate the pulse down to where the "Core Attraction" alone does the maximum level of work! This is the "Adam's Attraction Resonance" and is overunity!
Each switch works both magnets. Both magnets reverse fields together. Each switch produces the same opposite pole in both electro magnets. This yields a full advantage to an axial polarized traveler. It would attract to one side and repel from the other! The other thing to remember is that the traveller generates a current in both directions in each of the electro magnets. The axial traveller is attracted equally to the magnet cores from each end regardless of the polarity.
This video shows how the 2 limit switch "H" bridge turns both magnets on but different polarity from each switch.
https://www.youtube.com/watch?v=badSqw8WtOQ (https://www.youtube.com/watch?v=badSqw8WtOQ)
Okay. The mail order limit switches arrived today. I will have operating oscillator soon for video!
Here is the switch next to the Electromagnet.
The critical component is the reversed biased diode. This connects from the Com terminal to the Capacitor positive conjunction. This diode recovers the " generated power".
When the traveller magnets pulls away from the EM a current is generated. The diode directs and stores it to the Capacitor.
The potentiometer shares connections. Adam's resonance provides the greatest COP!
The resiliencey of the "Metronome Spring" is a critical factor :
https://www.youtube.com/shorts/l0F2afO74q8 (https://www.youtube.com/shorts/l0F2afO74q8)
A frame of uninsulated 16 gauge copper wire holds the switches and the metronome spring and axial traveller: The second will reinforce it.
The base of the traveller spring is secured to the 16 gauge wire.
This is the dual purposed connection
https://www.youtube.com/shorts/peEvrHtPqps (https://www.youtube.com/shorts/peEvrHtPqps)
I melted a small hole at the bottom of the plastic spring and crimped a flute.
This shows the finished configuration :
Current reversing eliminates the core saturation one would otherwise encounter with a simple pulse circuit. This circuit actually generates power.
@synchro1
Anyway you could post a circuit diagram in addition to your photos? It's not clear to me what your doing for sure.
Thanks!
truesearch
I wrapped the 2 ND connection around for greater strength.
@Truesearch,
These 2 SPDT switchs have the same 3 electrodes as the limit switches. The NC or normally closed contact wires directly to the NC electrode on the twin. The NO's as well, and the Coms to the positive and negative of the load. I am using a thick 16 gauge uninsulated copper wire to double as a frame. The power connects to the 2 wires respectively, NO's and NC's.
I mistakingly connected the Coms with the wire in the middle when the wire should connect the top 2 connections.
Quote from: synchro1 on December 17, 2022, 10:48:08 PM
@Truesearch,
These 2 SPDT switchs have the same 3 electrodes as the limit switches. The NC or normally closed contact wires directly to the NC electrode on the twin. The NO's as well, and the Coms to the positive and negative of the load. I am using a thick 16 gauge uninsulated copper wire to double as a frame. The power connects to the 2 wires respectively, NO's and NC's.
I mistakingly connected the Coms with the wire in the middle when the wire should connect the top 2 connections. I need to redo it
The traveller spring clips over the top wire.. Both top and bottom wires wrap completely around the switchs so both electrodes have 2 wires connected.
The black and red clip wires show where the positive and negative of the power connect. They will work reversed.
Here the variable resistor is connected between the positive and the bottom wire.
I plan to run the Com wires down to form "Grasshopper legs" that balance the switchs on the perpendicular.
The Com wires are supporting the siamese switchs like a cradle :
Here's the basic setup :
Side view. Notice the switch blades lay flat against the sides of the plastic spring.
https://www.youtube.com/shorts/H-yJbsWLWBQ (https://www.youtube.com/shorts/H-yJbsWLWBQ)
These cube magnets are extremely powerful and are very difficult to seperate.
The two switch flanges are simply taped to the plastic spring with electrical tape.
Switch throw. - YouTube (https://www.youtube.com/shorts/RtNkXW4lRC4)
Finished configuration. - YouTube (https://www.youtube.com/watch?v=h5IR4pw6QXU)
On the launch pad. A correctly valued capacitor in parallel with the 12 volt power source.
https://www.youtube.com/watch?v=Du-RckriJn0 (https://www.youtube.com/watch?v=Du-RckriJn0)
The "H" bridge cube magnets are too strong. The oscillator started up but I was slow in turning the power down and the magnet stuck to one side and shorted out and nearly started an electrcal fire. I reduced the PM strength on the traveller. You can see the axial magnet traveller stop short of sticking in this short video :
1 switch. - YouTube (https://www.youtube.com/shorts/9zAhS3FV4MU)
Damage from the "H" bridge short circuit :
The switchs are seperated in this configuration and should reciprocate with the "H" bridge connection. The first design was too clumsy. This one is much more elegant.
This configuration simplyfys the build. The problem is that a sticking magnet will cause a direct short.
https://www.youtube.com/shorts/iW9LuKvOmi4 (https://www.youtube.com/shorts/iW9LuKvOmi4)
I first coupled the switchs back to back. Now they are end to end. Same wireing as the first one. This is a far superior build with the Electro-magnets flat on their backs.
https://www.youtube.com/shorts/RzCrOfWX4ks (https://www.youtube.com/shorts/RzCrOfWX4ks)
The bottom electrodes soldered together forming a Siamese twin frame fuseing the switchs. This is now a DPDT switch. Pushing one side up then the other is just like toggleing a current reversing DPDT toggle switch.
Here the top electrodes are double wrapped for reinforcement. This switch is now held together very strongly. A length of wire is added for the Potentiometer connection. I plan to wire a 5 amp fuse between the power source and the Potentiometer.
Look at this Capacitor bank used by George Chianotakis to loop his 12 volt Plasma Generator💯 6 of these puppies!
Look at his FWBR.
This is the same 2 spst limit switch current reversing "H" bridge circuit:
finished running oscillator. 6 magnet ferrite rod. - YouTube (https://www.youtube.com/watch?v=f4M8Rcb9wWk)
This is the second time I made the same stupid mistake. The electrodes are in a different place on the SPDT switch? Too much nutmeg.
Cube and detached Com. - YouTube (https://www.youtube.com/watch?v=CndF62KW3QE)
My builds factor down to the very minimum. Here's another example of 2 complimentary paint stir sticks and 2 tiny but thick rubber bands: I soldered a 7 amp fuse and holder with in and out wires to the Potentiometer.
Paint stir sticks vice. - YouTube (https://www.youtube.com/shorts/-Y__cvYTd88)
I ordered the 6 100F super caps and the 4 diodes. Soon after it starts we will try and run it with the battery disconnected and see if the voltage drops or if we can light a bank of LED's.
Finished stir stick reciprocater. - YouTube (https://www.youtube.com/watch?v=ux7Es0mtVxA)
Bongo Drum!
This completes phase one of the build. Bob from Rewood electronics is among my subscribers and has a fully equipped shop. The Super Caps will be here soon. The next phase will measure the COP with scientific precision. We'll be moving forward fast.
It's Alive! - YouTube (https://www.youtube.com/watch?v=LF7SM7wRxrQ)
The chief advantage of this current reversing circuit is the elimination of saturation loss in the high perm EM cores. The permanent magnet attraction to the high perm EM cores generates power. The hysterisis curve is flattened.
This cube magnet is triggering the "H" bridge and reversing current in the single electromagnet!
https://www.youtube.com/watch?v=TV9--q-mOQc (https://www.youtube.com/watch?v=TV9--q-mOQc)
The oscillator has 2 additional paint stir sticks and the first ones were cut in quarters for spacers. This is running pretty clean on one side.
The electromagnets consume the same level of energy regardless of the power of the magnets. The more gauss the better the output.
The 2 SPDT switchs act as a DPDT. The power is current reversing on the one side, so it would work the same if we disconnected the twin electro magnet and only ran it off the one switch!
https://www.youtube.com/watch?v=s-EJHBnqhtc (https://www.youtube.com/watch?v=s-EJHBnqhtc)
Here is the schematic :
This is a proof of concept video that demonstrates the "H" bridge reversing current on a. single electromagnet. The combination of the cubes should cut the input by half!
I plan to order this DPDT limit switch : The 2 pins on the front are the Coms, and the 4 pins connect NO's to each other and NC's to each other then positive power to the NO's just like the schematic for the 2 SPDT switchs.
1 Electro Magnet and 2 cubes. - YouTube (https://www.youtube.com/watch?v=9sFNknGmrEU)
The Electro-magnet is consuming the same current bouncing the stack of 10 Gauss neo magnets as it does bouncing a large 100 Gauss cube. The power generated by the cube magnet in the Electro-magnet is 10 times the COP! Here in is the proof for Overunity!
Look closely at the position of the NO's and NC's on this DPDT limit switch?
A near endless complex Zoo of events can unfold.
A Current reversing for example, is as strong a push as possible. Events can add up to more than the whole as in the perpetual motion of the Time Crystal.
Art Porter's Solid State GAP produced an Overunity COP by running A. C. Current through a coil with magnets attached to the core. Art's circuitry was very costly. The H bridge oscillator consists of the same basic components and mechanically generates a sine wave cost free. The activity is identical inside the coil cores between the oscillator and the Solid State GAP. The Electro-magnet would require one magnet on the center core and another of equal strength reversed on the back of the pot to replicate Art's solid state experiment.
The output voltage is higher than the 12 volts of input so when the Capacitors are connected in parallel with the battery, the higher voltage output flows into the Capacitor bank and the battery acts as a voltage regulator to transform the higher stored voltage to input level.
Here's the DPDT connected to a FWBR. This is how Art Porter wired his contacts to measure 291% OU.
Listen to the 4 distinct clicks comming from this DPDT limit switch :
https://www.youtube.com/shorts/3Lbz2d0pv54 (https://www.youtube.com/shorts/3Lbz2d0pv54)
Here is the the DPDT switch mounted on the Electro-magnet.
Here is the 2 x2 contacts with a blade switch:
When the Normally open contact reopens following contact, a back spike is carried to the FWBR and stored in the Capacitor.
It was kind of tough to film this and run the oscillator manually at the same time. This proves that the wireing is correct. The hot wire goes to the Normally Open connection along with the FWBR!
DPDT oscillator jumping to life :
https://www.youtube.com/shorts/RitDj89UX3I (https://www.youtube.com/shorts/RitDj89UX3I)
This is a veritable inverter outputting a sine wave at 60 Hertz.
https://www.youtube.com/shorts/A8lj5FywfQU (https://www.youtube.com/shorts/A8lj5FywfQU)
Look at the size and heavyness of the magnet stack. Extremely powerful attraction, but sufficient to work with the clumsy DPDT limit switch.
Here's another try at the magnet stack.
A pair of wooden salad tongs holds the switch. A rubber band pressures the switch.
Any updates?
I ordered 6 super capacitors from China that failed to arrive. The permanent magnet adds to the electro magnet pulse. The stronger the magnet, the more BEMF generated. The BEMF force should surpass the input with sufficient magnet strength.
I am ready to try a different solution due to the trade tie up.