R-Walker Selfsustaining Free Energy bike from Mexico

[a.king21]

Les PAul 109:;
http://www.tuks.nl/pdf/Patents/Benitez/GB191417811A.pdf


page 5 parag 5  the claim is repeated.


So 2 granted patents using the same principle of electrostatic induction.

[a.king21]

Thanks for the link! Wish I could understand it better.

It took me 4 weeks to understand it  -  Full Time.
I built the second patent. It only worked for 2 mins at a time because my trafos were the wrong spec.
In fact everything was wrong, some just worse than others, but I established the principle.
Then I built the third one and it worked a treat.



You'll also have to get a 19th century pdf on electrical terms
(Google is your friend here).

[lespaul109]

Which one is the "3rd" one?

[a.king21]

Which one is the "3rd" one?

http://www.tuks.nl/pdf/Patents/Benitez/GB191514311A.pdf


But this one requires 4 batteries.

[Magluvin]

I have 2 of those capacitors like on the bike this thread is about. These are not really super caps. Quite large for 1 farad. Were used heavily in the car audio industry years ago. They are pretty leaky as in they drop their stand alone voltage pretty quickly down to between 6 and 9v. 20v rated, but drops faster at 20v and slows getting down in the 6 to 9v range and drains slower.

Seems like a bit of a loss to add these to a self powering device.  Would be better to use an bank of smaller, less leaky caps.

I also have an alumapro 50 farad cap that is so leaky, they give you a 100a relay to turn to connect and disconnect with the ign on then off as to not drain the battery over night. If you run 4awg power and gnd to the cap using the relay and the wires are not tied down, the 4awg cables will move, flinch when the relay is activated.  Provides a good punch to amplifier input current since the battery is typically 15 to 20 ft of power cable away, amps in trunk. But there is waste factor. Of course, car audio is not OU of any sort, so these losses are mostly ignored.


Probably better to use a bank of real super caps in series to be able to handle the voltage level needed, then parallel for more storage and lower total internal bank resistance as compared to just a single series bank. Say 6 super caps in series bank is 6 times the internal resistance of 1 cap. So 6 series banks of 6 caps each would equal the same total resistance as 1 cap.  So smaller super caps and more parallel banks of them of them would be best.

Mags