Mehess Motor

[Dingus Mungus]

Hmmmm...

Since its a winding spring and not a weight I have to change the question slightly. When you rewound the spring was the sping completely empty of kinetic energy? Or was the sping only partially unwound? How do you calculate if the spring is indeed fully rewound?

I have to ask because lets say the spring was fully wound up (100turns) and then unwound 20 turns out of the 100 turns and then the sytem self rewound 19.9 turns its not overunity.

Now on the other hand if the clock unwinds 20 turns to gather power and you allow the system to then fully unwind and the power from those 20 winds is enough to fully rewind the 100 turn system then you've got something.

I hoep that made sense... But basically I just need to ensure your tests and experiments are accurate and fool proof to retort. Because if your system curently winds the only as far as it unwinds you may be losing a tiny ammount of energy, but if it winds further then it unwinds then you absolutely have overunity.

Thanks for keeping us in the loop.

Good job thus far and good luck,
~Dingus

[billmehess]

To Dingus

To rewind the spring from totally unwound to completely wound takes 15 complete turns of a key to the mainspring.
Now to completely rewind from a totally unwound to a wound position takes the motor approx. 13 seconds. But it is not necessary, or desirable to let the mainspring wind all the way down which remember takes 28 days. I only have to rewind the spring back up  say for 5-6 seconds which will keep the system going indefinitly.  This 5-6 second represent up to 14 days of run time.Remember the uniquness of this device is that I have 28 days worth of power being generated at the rate of 600mv/minutes.
I ownly need a fraction of that to rewind the unit to keep it going indefinitly.
In that 28 day period I could complete rewind the system many times, but I own have to do it once.
Also the rewinding is very linear. One turn of the key 360 degress is
approx 1.8 days or 46 hours. this remains constant throughout the 28 day process or the clock would not be able to keep correct time. Of course I am not intrested in correct time. I am hence using just a small percentage of the total of 672 hours of total run time (24hr per day times 28 days) that is available to me. Being able to generate 600 mv per minute and running 24 hours per day you can see the amount of energy available  to me.
Every other magnet motor requires constant input to keep the system running. And this is their downfall. There is no combination of totally permanent magnets that will ever produce a magnetic motor. It must be a hybred system. I need only to "pulse" the system to keep it running.
Think of a bicycle wheel spinning and then every once in a while you spin it with your hand to keep it going.

[Dingus Mungus]

You came very close to answering my question...

If 15 turns at the key will fully load the sping, how many turns were lost to charging the system and how many turns was it rewound?

If the two numbers are equall you need to retest by making the system rewind more turns then it was given. The length of time makes no difference to me... The only important thing to test is the fact that for every 1 turn of unwind you must get back more then 1 turn in rewind.

[billmehess]

It does not make any difference if it takes 15 turns to rewind the system and I can produce say 4 turns on demand. Remember I have 28 days to produce 4 turns many many times. I will never let the device run down more than half way anyway. So durning that 14 day period I own need to "rewind" twice. I could rewind 3-4 times durning that same 14 day period.
Pay no attention to the small capacitor bank you see in the video it is going to be changed tremendously.
When I post I will explain in detail how the capacitors charges up
and runs the motor.
The core of the system is two 1.2 f 20volt huge capacitors. Each one is 10"tall 3" in diameter. Manuf. is Pyle model #PLCAPE12.
They are "filled up" by a series of 4700mf 35 volt electrolytic capacitors that are being charged directly from the swinging magnets, All detail will be available and completely open.
This is the real thing!

[Dingus Mungus]

It does not make any difference if it takes 15 turns to rewind the system and I can produce say 4 turns on demand. Remember I have 28 days to produce 4 turns many many times.

It does make a difference, the instance where it would the most
difference would be if your device used 4 turns to rewind 4 turns
then it would not be overunity... just unity or possibly 99.99%.

So the question reamins how many turns did the system unwind to
gather power and how many turns did the gathered power rewind?

If the values are equal I would like to suggest an expirement:
Discharge the caps so they are empty, and wind the key 7.5 turns.
You can know for sure that your system is overunity as soon as it
can rewind the spring 8 turns or more. Even better would be if you could fully rewind the clock by starting it at 7.5 turns or less.

If your device can do that...

I hope my point makes sense.

Thanks for keeping us all updated,
~Dingus