Author Topic: Mehess Motor (Read 97095 times)

billmehess · « **Reply #135 on:** December 02, 2006, 03:12:09 PM »

I think the problem with the quartz movement is that it requres a battery, or a steady flow of voltage to run it right from the start and continously throughout the running of the system.
Remember the beauty of the device I am showing is that the motor only need to run up to 12 seconds per month to keep it going continously.

pese · « **Reply #136 on:** December 02, 2006, 08:00:51 PM »

@billmehess

Take only Goldbonded-Germ-diodes 1N270 or 277
Not signal diodes as 1N34 1N60 that have higher Vf.

Also Collector-base junction from Germanium transistor can used.

!
Pese

billmehess · « **Reply #137 on:** December 03, 2006, 04:10:15 AM »

Pese I'm not going to explain this system again I guess you just don't get it. The term "free energy" is meaningless.
One last time this is a closed loop system that functions without any external energy being applied. Please give me even one other device
that you know of that has been built that will do this.

MeggerMan · « **Reply #138 on:** December 03, 2006, 02:11:58 PM »

Hi Bill,
I built a magnet motor yesterday using a 0.5Kg spool of wire and some ceramic magnets.
I can just get it to rotate against the earths magnetic field with just 5uW,
(0.000005 watts). I have to manually apply power to the coil to get it to rotate.
This could be replaced by two thin wires shorting on a small commutator on the hub.

This was in the hope of repeating your idea but with a rotating magnet.
The thing is that I do not see how I can get any more out than what I put in.
If I short the coil out you can actually see the drag it causes on the rotor and it slows down very quickly.
You must see something similar where the pendulum is dragging slightly as it enters/exits the coil because you are loading the coil with capacitors which act as a resistance until they reach the same potential as the coil's peak voltage.

I don't know how you have managed what you have but I take my hat off to you, what you have achieved is brilliant.

(http://i100.photobucket.com/albums/m25/kingrs/DSCN4775.jpg)

Regards

Rob

billmehess · « **Reply #139 on:** December 03, 2006, 02:53:30 PM »

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.
I am in the process of reassembling the device. Right now my work shop looks like something out of Fankensteins laboratory.
I want to present a professional looking device that will be clear in its function and leave no doubt that it works. I have a large number of 4700mf cap being shipped to me from Texas. I was able to purchase them for only 87 cents each as I bought a over 550 of them.
As soon as they arrive I will put it all together, post all data and videos and open my home up to any one interested in seeing the unit.
I plan to ask Sterling Allen to test the device for validation.

allcanadian · « **Reply #140 on:** December 03, 2006, 08:40:47 PM »

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 · « **Reply #141 on:** December 04, 2006, 03:31:05 AM »

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

pese · « **Reply #142 on:** December 04, 2006, 11:43:45 PM »

Quote from: pese on December 02, 2006, 08:00:51 PM

@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 · « **Reply #143 on:** December 12, 2006, 01:25:58 AM »

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

Thanks,
Mark

billmehess · « **Reply #144 on:** December 12, 2006, 02:55:18 AM »

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.

midnight_blue · « **Reply #145 on:** December 12, 2006, 11:50:58 AM »

Bill,
That is great news, can't wait for that post. Guys lets keep this at the top of this thread.

Regards,
Mark

MeggerMan · « **Reply #146 on:** December 27, 2006, 09:52:04 PM »

Hi Bill,
No video yet?
How did you get over the drag problem when the magnet enters/exits the coil windings?
This is the critical thing I think that allows your device to work.

Regards

Rob

Dingus Mungus · « **Reply #147 on:** December 27, 2006, 11:40:39 PM »

$:-\$

I was so psyched to read this thread today, but nothing new yet...
What is going on Bill?

supersam · « **Reply #148 on:** December 28, 2006, 12:17:22 AM »

hey bill,

is it christmas yet?

lol,
sam

ps: merry christmas

billmehess · « **Reply #149 on:** December 28, 2006, 01:01:31 AM »

I took a few extra days off because of Christmas, it will take me another week or two to finish up and then I am going to show you something wonderful!
I live in Portland Oregon and plan to rent a conference room somewhere in town to preview the working unit. No later than mid Jan. anyone interest can email me if they wish to come.
There will be no "hidden" items, any and all testing will be allowed.
I will show the first real and verifiable OU system.

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