Mehess Motor

[allcanadian]

Hey bill when you said
"I encounterd the same problem with the pendulum stopping when it left the coil I solved the problem and when I post I will tell how I did that"

Im guessing this is the key to the technology? I bet your opening the circuit before the pendulum leaves the coil, so you slowly charge the cap over a long period-the induced current is very small per swing so the mechanical contacts never arc and has minimal losses. The problem would be induced voltage being small, but a DC-DC converter would easily solve that and the charged cap simply rewinds the clock after the long charge period.
Just thinking out loud here.
Im not sure anyone has looked into super slow pulse charging a cap, but if you could and come out ahead power generated Vs cost could be an issue. Personally I wouldn't care, OU is OU, 1 mw or 1Mw it makes no difference it's all about the principal.
I really hope you succeed in this.

[billmehess]

Interesting ,but thats not how I do it will show soon when I post.

[pese]

@billmehess

Take only Goldbonded-Germ-diodes  1N270 or 277  (lower Uf)
Not signal diodes as 1N34 1N60 do use.

Also Collector-base junction from Germanium transistor ca be used. 

Pese

[midnight_blue]

Bill,
   This looks very promising, nice work. Just wanted to know what amperage you are getting?

Thanks,
Mark

[billmehess]

The motor under the load of rewinding the clock mainspring draws 4.5 amps. The motor runs on 12 vdc.
Assembly almost complete the device can rewinds itself from the energy it produces , no external input. There is also exta energy stored in the capacitor banks.
I plan to post new videos and all data on Christmas morning. This is my little way of offering this as a Christmas present to all who would wish to replicate it.