Magnetic "Tip" Concept

[KSW]

any description of how the contraption should work? 

Kane

[andreas_varesi]

Hello,

I see the same problem like Kysmett, if you try to get a constantly movement by disturbing the balance of two forces, this forces will find a new balance and the movement will stop. I spent a lot of time building machines like the SMOT and came always to the same result. What you need is a dynamic solution which actively disturbs the balance within the moment balance has been established. Nothing else than an electric motor. The major question still is, is it possible to disturbe the balance using less energy than the system supplies while it is strives to a new balance?

Regards

Andreas

[Oxygon]

I think this could work if you'd change it a little...

your design is good to...

Although I have identified the flaw...

the arm that swing to the lower end of the tilt will experience increasing resistance as it rotates downward against the field of the central mass magnet...  which given its mass would win against the input of the rotating armature magnet...

plus in order to correct this disproportion... the armature magnet would need more mass... if you did this, the armature magnet would have greature overbalance input than the central mass magnet... given it greater input from is attributed mass and distance form the axis (which should be above the main assembly) other wise your working up and over a hill-effect... which only requires even more input to overcome...

dont get me wrong, great input!!!

the answer will be with us soon...

remember there are "a hundred ways how not to make a light bulb..."

[sypherios]

This jpg is too simplistic, but the theory is sound. It can be acheived!