Hello I am new here

There are lots of posts here

Cany anyone tell me if managed to build SELF runing motor "window" with JUST capacitor?

what about motors that charges battery, what overunity percentage have been measured?

Grizli,

If you are interested in charging batteries motors, check Bedini?s work in :

www.icehouse.net/john34

Ney

I am also interested in self runing perpetual motion motors like this one: does it work?

Anyone else think this and the Newman "flower pot" motor are very similar in concept?

I came across this forum via http://uk.youtube.com/watch?v=5rl1dI9YCi8
be cool if you can have 4x in parallel running - and charging a Heavy Duty 110AMP 12 Volt Leisure Battery

and when and where needed use a 12V DC - 230V AC Volt 1000 Watt Inverter to cycle off the charged battery

Shame I'm Crap at D.I.Y and working out all the OMS /u /resistance maths out

May of come up with a Little Board mod to stop CAPs from going bang But divert the power to a Battery / extra Super Cap 

The Cut in relay Fires When the Spark gap goes
The one resister prevents the cap fully discharging throw the relay when fired will divert power that would be wasted into bigger storage (Battery / Super Cap)

When the Caps Discharged 40% into extra storage the Cut in / Cut out relay opens and allows the Cap to Recharge

Hopefully an Extra resistor will stop the Motor from stalling Being a veriable one should allow you to tweak it so the motor still has momentum as theirs a power drain as the cap sends the bulk over to storage

Programs used was Snagit - Screenshot tool
and a Demo Copy of Circuit Wizard from http://www.new-wave-concepts.com/

I think it had hidden batteries, if I recall correctly

Is its documentation availible in a single file wih all circuits and diagrams.

Hi,
This thread has been dead for a while now, but now I have some ideas as to how Mike got his motor to work:
I think that he created  a very basic Hortong circuit.
So if the solid state relay represents the silicon/germanium/arsenic semiconductor junction that is able to amplify the electron flow, this would explain its ability to self run. In essence you are depleting the mass of semiconductor metrial to create a vast supply of energy.

I did go a long way to creating this motor, even building an acrylic model of it.
I never got it to run as I was never happy with the magnet mouting on the rotor and never completed the circuit to drive it even though I have all the parts including the all important SSR.
So what I propose as an experiment is to:
1. provide a small amount of power into the storage capacitor via a bench supply.
2. pulse the Hall switch with a coil connected to a function generator.
3. replace the coil 3 with a bridge rectifier, cap and resistor or
 wind a forth collector coil to pickup the output.

The idea here is to go down a solid state route (no motor) to find, by varying the input frequency, if switching power through the solid state relay can produce un-usual outputs.
It could certainly explain a lot of circuits that apear to draw power from no where, when all along it is possible that the silicon semiconductor material itself is being consumed and providing the energy source.
For example:
Stan Meyer's water fuel cell, SM's TPU, Mikes motor, Lutec motor etc etc.

And this(but does require tritium - heavy water poured onto a big porus diode junction):
http://www.nextenergynews.com/news1/next-energy-news-betavoltaic-10.1.html
http://www.betavoltaic.co.uk/page2.html
Its just an idea, but it would certainly explain a few things.
 
Regards
Rob
(http://i100.photobucket.com/albums/m25/kingrs/DSCN4981.jpg)
(http://i100.photobucket.com/albums/m25/kingrs/ss-relay1.jpg)

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