Partnered Output Coils - Free Energy

[synchro1]

The problem of multipal Lenz Reversal output coils is that the addition of a second coil throws the timing of the first one off. We need to retune each coil individually to add to the overall performance when we couple them. This can be accomplished with variable core magnetic viscosity controls. All these kinds of output coil should be built to regulate core viscosity.

[gotoluc]

meanwhile, back in the city... here's my preliminary demonstration of the "coil shorting" in this little shunt motor. I short the stator (field) coils through a diode, and then through a car brake light bulb. This is pretty much the same scheme that SEYCHELLES diagrammed some pages back, except I'm only using a single diode and I'm not about to rewind these field (stator) coils without a darn good reason. No, it doesn't keep running if I do the switch thing as in SEYCHELLES diagram -- maybe I need a washing machine motor for that part. But what it does do is pretty interesting anyway. Draw your own conclusions from that.

http://www.youtube.com/watch?v=hvgBkm-QuYc

Thanks TK for making the video of your test and sorry for the late reply as I'm away on a family vacation with limited internet acess.

I had some limited time to play with a universal motor and have seen some similar effects as what you have demonstrated in your video, however, in my tests the input current would go up when adding the resistive load (bulb). So I didn't think is was worth sharing or making a video.
It would of been nice to see what happens to your input current in your setup and know what you think causes this effect.

Thanks for sharing your tests.

Luc

[Farmhand]

Yes I would say that the most likely event is that the input increased to speed up TK's motor and produce light from the globe. This should be everybody's first impression of what is happening. But it is not always that way sometimes the input doesn't increase or even decreases but that doesn't automatically mean it is over C.O.P. =1. The only way to determine that is by accurate measurement/determination.

An arrangement can go from being 40% efficient to 60% efficient with a corresponding increase in output and it still remains only 60 % efficient.

To see a decrease in input with the same output or an increase of output with the same or reduced input from a setup and call it over C.O.P. = 1 automatically it must be already 100 % efficient.

no ones circuit is 100 % efficient. So everyone needs to makes accurate measurements for claims. and if no accurate are shown or no measurements are shown I think you can rest assured there is no OU.

If any person knows they have OU and want's to show it they will show it with accurate mesurements or maybe indisputable measurements that don't need to be very accurate.

..

[Jimboot]

Thanks TK for making the video of your test and sorry for the late reply as I'm away on a family vacation with limited internet acess.

I had some limited time to play with a universal motor and have seen some similar effects as what you have demonstrated in your video, however, in my tests the input current would go up when adding the resistive load (bulb). So I didn't think is was worth sharing or making a video.
It would of been nice to see what happens to your input current in your setup and know what you think causes this effect.

Thanks for sharing your tests.

Luc

Yep - whilst the effect surprised me I also had increased current draw. My skill set does not extend to measuring output of the lamp vs the increase draw.

[Jimboot]

Tinman's last vid of the Pin Pout measurements if you missed it.
https://www.youtube.com/watch?v=fpcqMPvcoW0