New magnet powered perpetual motion machine

[dradak1]

I believe it may work that way.
The solution was always to combine two forces : gravity and magnetism.This is the implementation of that idea and that's why I believe it's real.

Pendulum doesn't need to much additional energy to keep going and small repel from magnet on guillotine can just do the job.

Dragan

[ATT]

...I download and unzip the pictures but there resolution is not good enough. 

The captures were done at original frame-resolution due to the size of the resulting file (it's already 13-Megs), but FFMPEG has an advanced scaling engine that can zoom you up better than Photoshop, but the resulting images will take up a lot more disk space.

See post #32, Use FFMPEG and add this argument to the command line:

-s 640x480
or
-s 800x600
or
-s 1024x768

Your complete command-line would look like this:

ffmpeg -i video.mp4 -r 30 -s 800x600 -f image2 g:\FFMPEG\images\video.%04d.jpg

Over 85% of the video capture and conversion software out there, whether commercial, shareware or freeware uses the FFMPEG engine, I prefer to get the latest SVN and compile it myself to maintain updates, but current binary builds for all systems are available at: http://ffmpeg.arrozcru.org/builds/  It's by Fabrice Bellard, you can't do much better than that.

Remember you're still limited by the quality of the original video, but this should help.

As an aside, I normally use XNVIEW as an image browser, it thumbnails all images in any directory you change to on the fly, is available for mac, Linux, Win - available in Deutsch, Français, English.

Tony

[norman6538]

Using my simple test for the dropping gillotine force my pendulum swings 7/16 inch further.

So Its ow a question of how much is lost by the push and drop of the gillotine by the pendulum
swing at the top.

What bothers me is those very wide magnet gaps at the top at 0.51 in the video. You don't get much magnet power
at those distances. My test distance was muh closer than that.

Norman

[dradak1]

Using my simple test for the dropping gillotine force my pendulum swings 7/16 inch further.

So Its ow a question of how much is lost by the push and drop of the gillotine by the pendulum
swing at the top.

What bothers me is those very wide magnet gaps at the top at 0.51 in the video. You don't get much magnet power
at those distances. My test distance was muh closer than that.

Norman

TNX Norman. Do we have specification for magnets (?) - if they are powerful we do not like to have them too close - (overkill effect). Everything have to be tuned to cover resistance energy loss on bearings what definitely must be less than energy broth up by gravity on guillotine. 

Dragan

[gyulasun]

Using my simple test for the dropping gillotine force my pendulum swings 7/16 inch further.

So Its now a question of how much is lost by the push and drop of the gillotine by the pendulum
swing at the top.

What bothers me is those very wide magnet gaps at the top at 0.51 in the video. You don't get much magnet power
at those distances. My test distance was muh closer than that.

Norman

Hi Norman,

Very good news what you have experienced.

I also think the distances depend on the strength of those upper magnets in repel like Dragan mentioned. 
And if I see those magnets correctly in the video, they are stacked so does not this mean the flux shape gets longer and more oval-like, just in the right (near vertical) direction?

Thanks, Gyula