Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[hanon]

Hi Schiko,
I am refering to opposite signals.My idea to use a Thomson Ring, 90 phase shift, is related to the last scheme in the previous picture with all kind of signals.

Suppose that you feed the Thomson Ring with AC, you will get a 90° unphased signal. If you later on take both signals into two diodes brigdes you will rectify them into a doble positive wave with a period half of the original period. Both signals will be now 180° unphased (opposite)as the last type of signal drawn in my previous sketch with the signals.

Please tell us the easy way that you use to get the opposite signals. You said time ago you designed a controller to do it. Please share with us. I dont have a signal generator nor an scope nor a pc card. Anyway I am afraid that those outputs are low power outputs. You wont get any resuls in the machine with miliamperes. As I have understood  your device just operate near 100% efficiency. For me this is not a working Figuera unit so you should not say what works and what does not work yet.

I am here just talking as you have said. I am here to discuss and to share. Lately apart from Doug none else is helping actively, what it is really a pity in a device of such a great potential.

[hanon]

Hi all,

I have collected into a single PDF file my last ideas about an overunity generator as we have been discussing lately.

Regards,
Hanon

Other link to the PDF file:

http://www.mediafire.com/view/ybmdtyn38d3eo5i/PROPOSAL%20FOR%20A%20MOTIONLESS%20OVERUNITY%20GENERATOR.pdf

[Doug1]

Hannon
    Schicko is trying to give you a simple short cut by using a sound editor computer based program to generate the input signals for the electromagnets. By your resistance to the idea I have to guess you have never used such a thing before.
   The wires leading to the speaker can provide a pulsing dc signal that you can adjust on your screen. You could even go as far as to gut a pair of blown out speakers and use the voice coils by removing the magnet and leaving the slug that the coil slides up and down on just glue it to the slug.
   Then you can adjust the dwell and angle of the signals with less effort then it takes to explain. You could go altra lazy and record the signal from a single wire of a ac source as your sound to edit with a sensing coil which works like a clamp on amp meter. Lay in a second track and start adjusting till they overlap just right. Might need a rectifier in there to protect your pc sound card. You get stereo outputs from your computer so two individually controlled line outputs are already there. the head phone port would be the cheapest to connect to.
   Im not sure what the limitations of those programs are so far as frequency they can handle or the maximum output power. Last time I used one I didn't get any work done just spent all day playing making myself sound like Darth Vadar and messing up music recordings.
    90 degrees out of phase is perhaps the wrong way the express it,but it's easier to say that then to say an unknown degree of delay of two identical frequencies clipped off for + v only.

  Personally Im working on the Tesla ring version for a couple reasons. Automotive  alternators I have several which I have broken down completely and would like to find a way the use parts from them. The stators are readily available in quantities. The materials already have defined specs both for the material and performance tolorences for heat ect... A lot of the work has already been done and repeatable builds easier form parts that can be sourced. Tesla's ring version places the induced on the outside of the coils.They are layered up or outward rather then placing them between inducers. The induced windings are not tightly wound but have a uniform spacing of 1 to 5 so far as I can tell form looking at it and several layers of windings for the inducers compared to one layer of the induced with it's spacing of 5 to 1. The option to add more layers by wrapping iron between them has my curiosity. In any case I don't want to end up with something that just powers a couple LED lights. Once i get my power bill down to 100. or less a month I can go solar pretty cheaply.
   

[Schiko]

Visual Analyser Project - Scope Freeware
Good up to 10Khz
You do not need to buy the hardware for it to work.
But if you can, will have a useful tool for a good price.

http://www.sillanumsoft.org/download.htm

[RMatt]

I do not know how to link pictures with a post, so I am just placing the
links below. Link 1 is for a 555 circuit, Link 2 is for house electrical
connection, and Link 3 is for fifty different 555 circuits.

In the picture in Link 1,  the top 555 Sinewave output picture might help.
The output is similar to a sinewave, but it is above 0 volt. If using a 12 volt
suppply, the output would be about 11 volts and up to 200 mA. The output
would need to be raised somehow.

Link 2 shows how U.S. houses are connected to the grid. In the top left side
you will notice that the input to the transformer is split on the secondary,
and the wave forms are "out of phase" by 180 degrees.

If you take the output from the 555 chip, amplify it, use a RC low
pass filter to get a sinewave, then use a transformer that has a split
secondary, would that work?

Link 1:
http://www.talkingelectronics.com/projects/50%20-%20555%20Circuits/images/555-Osc-1.gif

Link 2:
http://hyperphysics.phy-astr.gsu.edu/hbase/electric/hsehld.html#c1

Link 3:
http://www.talkingelectronics.com/projects/50%20-%20555%20Circuits/50%20-%20555%20Circuits.html#B
THE SIMPLEST 555 OSCILLATOR
The simplest 555 oscillator takes output pin 3 to capacitor C1 via resistor R1.
When the circuit is turned on, C1 is uncharged and output pin 3 is HIGH. C1
charges via R1 and when Pin 6 detects 2/3 rail voltage, output pin 3 goes LOW.
R1 now discharges capacitor C1 and when pin 2 detects 1/3 rail voltage, output
pin 3 goes HIGH to repeat the cycle. The amount of time when the output is HIGH
is called the MARK and the time when the output is LOW is called the SPACE.
In the diagram, the mark is the same length as the space and this is called 1:1
or 50%:50%. If a resistor and capacitor (or electrolytic) is placed on the output,
the result is very similar to a sinewave.

IMPROVING THE SINKING OF A 555
The output of a 555 goes low to deliver current to a load connected as shown in the
circuit below. But when the chip is sinking 200mA, pin 3 has about 1.9v on it. This
means the chip does not provide full rail voltage to the load. This can be improved by
connecting pin 7 to pin3. Pin 7 has a transistor that connects it to 0v rail at the same
time when pin 3 is LOW. They can both be connected together to improve sinking
capability. In this case the low will be 800mV for 200mA instead of 1900mV, an
improvement of 1100mV. This will add 1v1 to the load and also make the chip run
cooler.

Hope some of this might help,
Bob