ML 1-20
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ML 001
"The Type 1 wheel.
The large wheel turns CCW and lifts a ball up until the ball fall on the carrier wheel. The carrier wheel contains 7 balls that, under the force of gravity, make the large wheel turn using a specific gear ratio.
This wheel failed because the gear ratio selected to be able to lift the ball will utimately result in synch problems. A great craftsman will be one who find a way to eliminate the distance/torque trade."
- - LIB
ML 002
"The Rat Immersion wheel."
- - LIB
ML 003
"The Geo wheel.
This is a wheel idea from a member of overunity.com forum. I don't remember his name, and I don't want to take credit from this idea.
In this idea, the member tried to trade width for distance, which is a clever idea."
- - LIB
ML 004
"The Snowball effect.
This is not exactly a wheel, it is more a demonstration of an effect I simulated in WM2D. You roll weights on a pendulum bob and unroll those weights on the lifting side so that the pendlum looses weights going up, so it is supposed to go higher because of the weight loss."
- - LIB
ML 005
"The immersion effect
This image shows how to move weights virtually without spending much energy doing so. Just use two wheels cleverly placed relative to each other so that you switch the connection of the weights on one another; instead of displacing those weights."
- - LIB
ML 006
"The variator.
Using storkbills, this basic idea is used to displace weights from the center of a wheel."
- - LIB
ML 007
"The Immersion 1 turn effect.
This image shows how to use the immersion effect to make a wheel turn 1 complete revolution, without reseting. This effect is interesting and I believe it could be used."
- - LIB
ML 008
"The Thunker wheel.
This is where the immersion effect is used on a stator instead of a second wheel."
- - LIB
ML 009
"The weight changer wheel.
Weights are exchanged between two oval wheels, one weight will always feel heavier because of the greater leverage on the large wheel."
- - LIB
ML 010
"The Double changer.
This idea is the use of concentric wheels to change weights between themselve internally. The weights ride from one another. Here, I tried to make the weights follow the path of the inner rotor but by being connected to the inner wheel.. I tried to exchange the weights between the two wheels at intervals of 5 degrees of the inner rotor."
- - LIB
ML 011
"The private wheel.
This wheel is a derivation from ML001."
- - LIB
ML 012
"The potential timer.
This is an attempt to use the potential time difference of two pendulums to create a movement."
- - LIB
ML 013
"ML003 Variation.
This is an attempt to move weights instead of levers."
- - LIB
ML 014
"ML014. Needs description.
This comes from a user on the forum, it would be nice that he post his own description..."
- - Unknown
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