Unbalanced weight scale...or what to call it

[gmbajszar]

This is very similar to this concept:

http://static.wixstatic.com/media/79b7a2_d9dee3456ae74a6d98be8697b1afa77d.jpg

The picture is not explaining what is happening. The ball can be in a close position, when it lifts. And it can be in a further away position, when it becomes heavier. We just need to insert a similar tipping ball under it and above it so the ball rolls either to the right or left.

I should make a better picture, but the same concept as yours actually.

[gmbajszar]

I made a better picture about what I am trying to do.

http://static.wixstatic.com/media/79b7a2_1e481109597d43248abe379fce00fef9.jpg

George

[gmbajszar]

When the ball moves closer to the weight, it moves up. When the ball moves further away, it moves down.

And we need to tip the mechanism somehow so it switches position.

http://static.wixstatic.com/media/79b7a2_14a04b5f8dd34a89ad286ebbf9b8fd10.jpg

George

[Airstriker]

Take a look at the pictures below. The construction is simple... Anyone seen a similar idea before?

You've only drawn the first and last steps as you would like them to be. However, as only the tube will start moving from Y towards X, the tube will set itself in vertical position (and it will always stay in vertical position no matter the lever position), thus the interaction between the tube and the ball at X won't be possible and the lever won't go back down to Y.

[LibreEnergia]

None of these ideas that seek to create a 'continuous overbalance' condition can ever work without the addition of external energy.

My advice is to stop wasting time on such nonsense.