Partnered Output Coils - Free Energy

[minnie]

  If there's something that works the Tinman or Koala have sure got
ability to do it.
     Trouble is me an me dog haven't seen a milliwatt, and believe me
we've been lookin' for ten or more years.
    Come on Junkie, let's have it.
                  John.

[tinman]

@All - Back to other devices that also work. Graham Gunderson's Video introduced me to another little known Inventor, Melvin Cobb.

This work is also along the same lines as mine and also others that have achieved some very brilliant things.

Patent: US4687947 - Electrical power conservation circuit
Interesting Page: http://www.affs.org/html/the_energy_trimmer.html

I share this for others out there, those that would like to aspire to great things, reach for the Stars...

   Chris Sykes
       hyiq.org

His setup makes no sense-look at quote from description.

Quote: Figure l. illustrates an alternating current circuit which includes a typical  commercial public utility alternating current power source (1) and a first load (2) coupled to a transformer (4). The transformer is interposed between the alternating current power source and the loads. The primary winding (5) is wound upon a magnetically permeable soft iron core and connected to the power source.  Current flow through the primary winding produces a magnetic flux in the  direction indicated by the directional arrows for half the AC cycle. The  secondary winding (6) is connected to the first load (2) and is wound upon the same core in the same direction as the primary winding (5). The secondary winding (6) produces magnetic flux in the core in the same first direction at  the same moment in time indicated by the arrows. The third or return winding (7)  is wound on the core in the opposite direction from the primary and secondary  windings, as illustrated in Figure 1, and is connected to a secondary load (3).

What difference will winding the wire around the core in the opposite direction to the other two windings of the AC transformer that is driving resistive loads make?.
Let me guess-they think this will create a magnetic field that dosnt appose that of the primary winding? lol.

[EMJunkie]

His setup makes no sense-look at quote from description.

Quote: Figure l. illustrates an alternating current circuit which includes a typical  commercial public utility alternating current power source (1) and a first load (2) coupled to a transformer (4). The transformer is interposed between the alternating current power source and the loads. The primary winding (5) is wound upon a magnetically permeable soft iron core and connected to the power source.  Current flow through the primary winding produces a magnetic flux in the  direction indicated by the directional arrows for half the AC cycle. The  secondary winding (6) is connected to the first load (2) and is wound upon the same core in the same direction as the primary winding (5). The secondary winding (6) produces magnetic flux in the core in the same first direction at  the same moment in time indicated by the arrows. The third or return winding (7)  is wound on the core in the opposite direction from the primary and secondary  windings, as illustrated in Figure 1, and is connected to a secondary load (3).

What difference will winding the wire around the core in the opposite direction to the other two windings of the AC transformer that is driving resistive loads make?.
Let me guess-they think this will create a magnetic field that dosnt appose that of the primary winding? lol.

@Tinman - A very interesting post from you!

I repeat myself, there is nothing new to this technology! Its been around for many years, most all of the population are oblivious to such simple things!!!

If you can correctly interpret Cobb's Math and go through that, then it makes perfect sense! It is exactly sensible! Exactly logical!

I have a Calculator on my private forum, hyiq builders that does exactly this, it explains what I just said. Shows the figures on where correct operational characteristics are required. Melvin Cobb might have been a Bus Driver, but he was very much smarter than the average Bus Driver!!!

Look, the point is, Graham's transformer is a Cobb Transformer, rocket Science is not Rocket Science if there aint such a thing as a Rocket!!!

Key point is, Graham Gunderson demonstrated a working model that was Over Unity, using his extremely expensive Tektronix Oscilloscope's

   Chris Sykes
       hyiq.org

[EMJunkie]

What difference will winding the wire around the core in the opposite direction to the other two windings of the AC transformer that is driving resistive loads make?.


Let me guess-they think this will create a magnetic field that dosnt appose that of the primary winding?

@Tinman - This part requires a special, separate post!!!

This is a little difficult to word, I have no intention of offense here, but I must say, I really thought you already knew this.

There is a type of transformer called a "Buck Boost Transformer" - By itself, its a standard Transformer and suffers all the same effects all other Transformers suffer, E.G: Not OU

However, a "Buck Boost Transformer" does work a little different, its able to increase the Voltage on the output in a unique fashion that is unique to the "Buck Boost Transformer"! Thus this is why it is a uniquely named Transformer.

Any transformer expert will tell you that a "Buck Boost Transformer" will have a primary wound on in one direction, then the secondary is wound on in the opposing direction, then a Series connection is made from Primary to Secondary. I have attached a Picture, to hopefully make this simple for you and others to grasp.

   Chris Sykes
       hyiq.org

P.S: The direction of turns is important, the Magnetic Core material, charged with a Magnetic Field/Magnetic A Vector Potential, has a Movement and a Direction, a Curl if you like, this IS the difference between a Short Circuit and something ELSE!!! So of course the direction of turns is important! Very Important!

[EMJunkie]

... Continued:


@Tinman - Your Post here seems to point toward you understanding what I have explained already:

Much like walking down steps while gaining altitude at the same time.

people just will not spend enough time to try and answer these questions-they like it all handed to them on a silver platter. The first part of the operation is simple-the magnetic field on the rotor is attracted to the steel cores of the stator. The part no one can answer is this-why dose the RT speed up when a load is placed across the stator winding's?. This should cause an apposing magnetic field,and the rotor should stop. Thing is,it dose, if the current is drawn from the stator coil in one direction. But if the current is drawn from the stator coil in the other direction,then the RT speeds up<-- this is the part no one can answer-why. The answer is quite simple if you take a close look at what is happening within the workings of the RT.

   Chris Sykes
       hyiq.org