Err .. actually it's exactly what I said earlier, but ok.MrVibrating wrote:Thank you, that's a much more reasonable summary!Fletcher wrote:Carry on Mr V .. it's your thread. It's your time and money as they say.
silent .. what he is showing is a recovery of GPE from start to finish thru 360 degrees of rotation. Even if there is not complete restitution of weights positions at this time. This is what is called a one-shot experiment. It's a helluva good start towards perhaps engineering a continuous rotating OU possibility if true.
Because he is using weights in opposition that are always at the same radius from their local 'pivot', or local center of rotation, they can only move equal distances radially in or out from that local fulcrum. That means the two opposing weights are always weight balanced around that pivot. A bit like having a scissor mech in there except one is not shown.
This is the first step towards a full restitution of positions and continuous rotation scenario, if that is possible to engineer on the fly. Because after the one-shot is stopped at 12 o'cl you could apply a little energy from some external source to move the two weights in opposition back to their original start positions. There would be no cf's or other inconveniences to deal with, just small frictional forces which don't eat much of your alleged profit.
Mr V's one-shot experiment is producing an enormous surplus of KE, for a small initial investment to get it rotating. If true that surplus KE could be used elsewhere as free energy after restoring the weights originating positions.
The one-shot could be built (controlled by whatever means) as a POP of the the sim and Mr V's analysis, before looking for the engineering to fully restore both GPE and weight positions for continuous rotation. IMO.
As you note, re-extending the masses by sliding them back outwards should be GPE-free, but will also be re-doubling the MoI, so we should end up with whatever KE we began with, plus another 100% of it mirrored as radial sprung PE.
I'll try replacing the motors with angular springs first; if that works, then we can try replacing the actuators with radial linear springs too..
Push on ;7)