New accelerating gravity wheel ! Converted video from www.newenergymachine.com !

[LarryC]

@Charlie,

This is the part that threw me and why I embarked off on my new incredibly beautiful but hideously wrong drawing...

Agreed, you do make incredibly beautiful drawings but I'm not sure it was hideously wrong. Maybe partially right on the lever.

I was watching the weather and they said that Ike may track more toward Houston so hopefully it will only skirt your area.

Yes, looking better for us, just finished my Gustav repairs today. But hope Ike goes to a less populated portion of Texas. Makes you wonder, at the current time tens of thousands of homes in south central La. will not have power/services until the beginning of October. Just think, no job, because your employer now has no power, so how many lives would be so much better with Bob K. machine.

Regards, Larry

[noonespecial]

I've sent off another email to Bob asking for more clarification. I hope he isn't getting tired of my questions. I'll let you know if/when he responds.......
Best regards,
Charlie

[noonespecial]

Well he just responded. Much quicker than I thought!

I asked how he was able to lift the weights 8" with the 6" end of the lever and he said,

"The dimensions I gave you were approximating. I used 24 inches to explain that the weights only need to be
lifted one half that distance, 12 inches before the centrifugal force does the rest.
The closer to the center the less energy needed to lift the weights.
The rod was the same. I tried to get you to see the amount of force you can generate with a leaver.
The cam starts the process and the rod completes it. As for the dimensions, they differ with the design of each machine.
Hope this helps....................Bob"

Best regards,
Charlie

Larry, would you be open to an off-line email?

[broli]

"The closer to the center the less energy needed to lift the weights."

What is he exactly talking about here.

[noonespecial]

"The closer to the center the less energy needed to lift the weights."

What is he exactly talking about here.

Hi Broli,
There are 2 weights connected by a rod. One of the weights is located at the outermost circumference of the machine. The other (we assume) is just on the other side of the center. As these weights are rotated, the outer weight falls and drives the machine created by the overbalance condition. Through the use of a cam and a lever, the connected weights are raised up near the bottom of the rotation. The cam and lever need to overcome the centripetal force of the rotating weights. This force is greatest when the weights are at their outermost position. As the weights are raised up toward the center of the machine, the force required to move them up drops off exponentially. Once they are past the equilibrium point (both weights equal distances from the center) the weights travel upward on their own against gravity by centripetal force.
Hope this helps.
Regards,
Charlie