12 times more output than input, dual mechanical oscillation system !

[PaoloGigli]

When I get my new model together I wil try to do some of the measurements you propose. The weather is slowing me down a little, and I don't have money to buy expensive components. It has taken me well over a year to get all the stuff I have now. I have to take my time building, beause my last model did not work well from a poorly built frame. I will post progress, but do not expect to have it ready forr several weeks.
Greg

Yes, Greg. Lack of money and time could be a great problems in this kind of endeavor.

Although I did not intend to make TSMO, this morning I decided to do it. This will be a table top TSMO from extruded aluminium profiles and plastic. It will be more as educational tool capable to give all information as any bigger TSMO due to powerful and sophisticated measuring equipment planed to use. The TSMO size will allow use of a cheaper force sensors chopped from Chinese kitchen scales, cheaper step motors, bearings, better and smaller trapezoidal tread for adjustment of lever ratio and length of pendulum rod. Scaling of such TSMO to bigger size will not be a problem.

I decided to make TSMO optimized for driving hand water pump. This means that TSMO should have full stroke and defined capacity within TSMO capabilities. Calculation of all parameters at suction and outlet of a pump (made of transparent plastic tubes) will define frequency of pendulum swing, the weight of the pendulum bob and control strategy as well.

I am also in lack of money and time but I have planed the task that is easier to do 
Development of a measurement framework is my main task as a contribution to free energy community.

Paolo

[Mayo]

It would be more important to look at those positive things that were done completely:

http://www.youtube.com/watch?v=oYXdLt0uxiE

http://www.youtube.com/watch?v=8n7mvpLpP5A

[gdez]

I like the water pump vid Mayo. I never really got a chance to finish my tsmo with diapraghm pump but I think it would work even better then this type of pump.
Greg

[PaoloGigli]

It would be more important to look at those positive things that were done completely:

http://www.youtube.com/watch?v=oYXdLt0uxiE

http://www.youtube.com/watch?v=8n7mvpLpP5A

In the first video is a serious omission in representing the facts. Two stage pendulum oscillator is not a rigid system. This means that reference point for pendulum bob is not the lever pivot but pendulum pivot, and second, it is dynamical system, meaning that you could not use simple static proportion. Pendulum bob do not have any weight at maximum height because it is a point where bob change direction of motion. In that moment "hammer" on a opposite part of the lever goes down. With this in account the net energy represented as overunity will be zero in the best case (no loss in pivots and air drag).
It is indicative that part near the left side of the lever pivot was not described. Because of this part, left side of a lever could not drop down as it will do in a moments of pendulum maximum. We could assume that this exist in a pump like end of down stroke...

Second video is demonstration, only. Pump pull water from bottom of the vessel and deliver it less than meter high. There will be noticeable difference if a pump pull water from greater depth (needed heavier pendulum bob)...

[Merg]

related research:

Gravitational Motors (GM's) 1983-2013
https://www.youtube.com/watch?v=2ArpYL2iviI

This story began in 1983.

In this video it is shows almost all of the tests performed with Gravitational Motor's (GM's) between the years 1983 and 2013.

Altogether 19 prototypes and a few more 32 variants were built.

Most tests were destructive (we had total loss of the device), the goal was to find the best geometry.

The GM-06 is the only one that remains operational.

Almost all the GM's lost weight being the most efficient GM-12 (the last one picture), which lost 17% of his weight, wherein the wheels have an inclination of 51º.

Information as an GM works, as well as guidance on how you can build a Perpetual Motor ("PM") will be available at:

www.quantumgravity.us

Still will be presented other forms of symmetry breaking with which we can build a PM.

Rolf Guthmann