Electric EttCM Coil and Motor designs

[Dr.Wlazlak]

On 12 / 7 / 2022 A prototype motor using a coil designed to use Permanent Magnetic force as to produce the kinetic Energy as the driving force to make the device run.
(In order to follow this technology. The Terms EttCM energy technology ) has been named date 9 / 18 / 2018
The Coil use is called The EttCM coil or - Energy to torque Conversion Motor - coil
The design of the coil produces an effect where the watts input used produce many time the output magnetic force than a normal iron core coil could produce.
EttCM Coil Design - Using a normal Electromagnetic coil - a permanent Magnet is attached to the end of the coil

The Coil now has a saturation of magnetic force that goes through the coil 
Out of the opposite or Exit end of the permanent magnet of the coil the gauss force is a percent of the total of the magnet used
applying watts power to the coil will increase this percent of magnetic gauss through the coil to a greater amount than
Than using the same coil without the magnetic attached

example 1 - normal iron core coil watts powered at 50 watts -- pull force = 1/4 lb. 
example 2 - The EttCM coil watts powered 50 watts -- pull force = 1 and 1/4 lbs.
note: The coil used are both the same the only difference is a magnet is placed inline to the coil used

In order to use this in a motor system the magnetic force on the coil must be turned - OFF
The is done by reversing the pos and neg input power direction

Example 3 EttCM coil un-powered has a magnetic gauss of 100 percent out the exit end
Example 4 EttCM coil powered so the magnet that is N / S in line to the coil N / S = Now 500 Percent on the exit end.
note: as per the test of 50 watts
Now to turn off the EttCM coil ---
Example 5 EttCM coil powered now in reversed -- so that the magnet that is N / S in line to the coil NOW S / N = ZERO output gauss

The reason for this is if 2 magnets of equal power are placed together.
one magnet = 1 gauss power
2 magnets -- N / S + N / S = 1 and 1/2 gauss power
2  magnets -- N / S + S / N = zero gauss power 

This Post will have Drawing given to Jim Mac to place as needed show and tell about this technology. 
As he has time to do so. Thanks Jim

There is also a presitation of the technology is on ( Quora ) in a video that was made to show how is designed
The Energy to torque Conversion Motor by Vinyasi 

Thanks Tom

[Jim Mac]

POSTED BY Request Of TOM

Let's start with the stuff that is built and known to work first, and work backward to the stuff that is only in the drawing stage.
The photo below is the EttCM Prototype motor running

   


The photo below is one of the EttCM test coils

   

Below is the drawing for the coil - you already have this - but it should be with these drawing as a set

   

The photo below is the pull testing device for the normal and EttCM coil to testing how much watts power the pull could develop

   

The photo below is a coil being tested to what watts input per lbs. output power it can produce
notice there is a 1/2 air gap between the plate and the coil center 
This is the Max distance of pull without pulling away from the plate - A very important distance length in making the motor work

   

[Cadman]

Dr.Wlazlak

Sir, I think your motor is very interesting. I have a question if you don’t mind.
You mention “there is a 1/2 air gap between the plate and the coil center. This is the Max distance of pull without pulling away from the plate - A very important distance length in making the motor work”

Is this the gap distance used in the motor and is it uniform throughout the swing of the magnet past the plate?

Cadman

[Dr.Wlazlak]

Hello Mr. Cadman Sir. in Japan it would be (Cadman / Sun) - or something like that.
Anyway,  there is no need to be that formal, Let's have fun talking Energy things

The questions asked " I don't do quotes " so you must figure out the questions from the answers.  fun stuff -

Yes. - Q - 1

No - The pull goes from 100 percent to Zero percent in the travel - Q - 2

This is called 4 square - in light it depletes by the square of the distance
magnetic force acks in the same way.

But the average is the key to know how much output the unit will produce 
there are 2 ways of figure how much this will be.

1- totally guess - This however has a 99 percent chance of being incorrect. but it does conform to the lazy system.
2 - build a testing system and test the Hell out of the tech. This is what I did. and document the results.
This however does not work for everyone. most prefer the first method and stick to it.

I hope this answered the 2 questions asked. 
Mr. Cadman ( my question: have you worked on this type of technology before? )
Are you looking for some form of this type of technology that produces more output energy than it needs to run on.
note: the wording is very important because the technology the I am showing Is Not
Overunity or Perpetual motion, 
I like to make this clear. because it conforms to the laws of thermodynamics and physics 
but note: I sometimes drift into these terms because EttCM energy Technology that I call my stuff.
relates backward into the terms of the past OU's and PPM's

Thank you for asking a question. 

 Tom / sun - aka Dr. Wlazlak

[RhineX]

Dr. Wlazlak

Thank you very much for sharing. Can the copper strips on both sides of the coil be removed? Or is copper sheet the most important component?
I have never wound such a coil before. I don't understand what will happen to such a coil.
The sudden increase in magnetic field generates eddy currents in the copper sheet, which block the magnetic field?

RhineX

[Dr.Wlazlak]

hi Rhinex,  thank you for your question:

The copper disk on both sides are to hold the wire in place - only -
I have found that the thin copper disk does not cause any loss of magnetic force to the coils operation
But anything could be used that is non-ferrous type metal, aluminum, plastic, glass, and such.
I am not sure what eddy currents would be produced in a fixed location as it is.
but in any case, the only reason the disk is there is to hold the wires from unwinding off the core.
Also in fab. to wind the wire on the coil. making for a close an even winding
also the thin disk that holds the copper wire very close to the end of the core's front and back ends
and the magnet on the back end is closer to the iron core to transfer it's force through the core
This is part of the way the whole thing works.
The permanent magnet is the power source and the electric power through the coil makes the exit end AA or work end more powerful than an electric coil without a magnet attached in such a way.
A normal coil at 50 watts would produce about 100 gauss output.  pull power 1/4 lb.
The EttCM coil with No power applied will produce the same 100 gauss out the end AA - pull power 1/4 lb.
design -- ( permanent magnet ) - (iron core) - this is the --end AA-- - opposite side from the Permanent magnet
The EttCM coil with power of 50 watts on will produce about 200 gauss pull power 1 and 1/4 lbs. on end AA
5 times more pull power at the same input watts 
as a normal coil of the same type used on the EttCM coil design. only no permanent magnet is on the normal coil.
This is more than the question asked, but useful.

Thanks Tom aka Dr. Wlazlak

[Cadman]

Hi Tom,

Agreed, let’s have fun with this.

In answer to your question I have designed and built several different types of motors including magnet motors. One thing I gleaned from the magnet motors was the need to be able to minimize or turn off the magnetic flux with a small electrical input. That’s the thing about your motor that caught my attention, you seem to have succeeded where I have not. I gather you took the opposite approach.

I am looking for more output than it needs to run on. That said I don’t believe in over unity as many look at it but I do believe that over unity can be achieved with the help of sources that are independent from the initial mechanical or electrical input. I have had a little success with that so I know it to be true.


BTW, where did you find those magnets with a 1/4” center hole?

Cadman

[Dr.Wlazlak]

J $ k magnets INC. The magnets are about 20 years old and I don't know if they are around anymore.

I got away from using the term Overunity because it makes people crazy.

Using the Term EttCM - Energy to torque Conversion Motor ( systems ) still makes people crazy but not as much.

But interesting fact about Overunity and a what if question:

if a permanent magnet is made and it's one time charge is 100 watts to do this
and a motor was built to develop output power over a long time that developed a megawatts of power
then the magnet was recharged to maintain the constant output using the output power from itself
to do so. many times.
The first charge 100 watts made megawatts then out of nowhere came megawatts to feed itself 
And this can be a true statement -- but I do not use the term Overunity anyway.

Thanks Tom

---

Mr. Cadman, Are you interested in building motor using the EttCM technology 
Because unlike the transformer that can have a possible total output ratio of 300 percent that is 3 to 1
The motor could have a possible output ratio of 50 to 1 or even 100 to 1 upon designed
I have a design that can produce about 300 HP. that can fit into a normal Car.
Or a design that could produce 60,000 hp to replace large container ship Engines 
Being how they are starting to go back to using wind sails in place of fossil fuels on container ships.
Now that is something to think about. what happens when the Oil really runs out?

Tom aka Dr. Wlazlak

[Jim Mac]

I think these pics of Tom's go here..

   

This is the induction iron field plate that the magnetic kinetic Energy develops the rotation from

   

This is the coil rotor and commutator input power to the coils
The bearing are simple ball type and because this is a prototype test motor the friction of the bearing is part of the Testing for the device

   

This is a simple brush using wires. It works very nice

   

This shows the EttCM coil and how the permanent magnet is mounted to the motor rotor
The iron core is horizontal the wires are wound vertical on this photo
the bolts shown are future locations for more coils only.
Note: A test run for 1/2 hour did not overheat the coils final temp. 135 deg. F 
 
Thanks Tom

[Dr.Wlazlak]

Hello Jim Mac, Thank you very much for help me on this project 
and yes. this is where these photo need the be.

It is always fun to see the inside of the things being talked about.

again Thank you, Tom