When you try to place torque on the bottom it will cancel it all out, study the animation any torque will push up the yellow and black rods, with the green and red gears turning in different directions equaly the blue gear will cancel it out.
try makeing a model to test it.
A and B are front view and c is side view.
The system has to be setup with the one pistons teeth all ways on the crank shaft (8 pistons one of the pistons teeth should be connected(teeth for piston 1 are at the right side of the crank shaft teeth for 2 are at the bottom 3 are at the left side and four are at the top)).
c the gears should keep the pistons moveing at the same speed as the crank shaft.
#36
If you look at the shape of the top (which is stationary) the water will go up follow the shape of the top (because the top is stationary and the water is coming out high velocity it will create a vortex) and go back in the center chamber.
if you look at the plans there are propellers that will congest the flow in the main chamber so linear velocity wont be that big of a problem in the center chamber.
#27
The baffle? implying the M shaped "cup" Which is stationary.
If you follow the shape of the baffle the water has nowhere else to go,
Remember the device has to be spun to about 1000rpm by external means
eg, a motor, meaning the water will come out the pipes at high speed.
The water wont deaccelerate to much when it hits the baffle.
The water moves in a continuous flow no brakes.
When th metal stopper locks in place it takes all the tension of the spiring alowing the device to move freely then when it unlocks it uses the tension to get power.
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