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

[infringer]

Sounds simlar in thought to the egyptian fulcrum and what was trying to be accomplished with it by Archer Quinn one of the less favorite board members I know but he did sure put in a load of effort into that gizgantic thing anyhow neither here nor there just trying to point out the design may contain some obvious flaws pointed out by pure power or what have you I guess I dont see how this machine would work either not to discount its work as I've seen some interesting youtube video of this device a couple years ago I believe...

I am curious where the gimmick is that makes it all come together and work...

I'd love for gravity power to work but untill someone shares with us a working design I think I may piss into the wind and piss with it as well seems wind power may actually be worlds cheaper then other applications and we know it works but please dont give up on gravity some how some way there is a way to harness its power however for most time is of the essence we do not grow any younger.

[4Tesla]

These two post may help with the concept of this wheel:
http://www.overunity.com/index.php/topic,2326.msg115091.html#msg115091
http://www.overunity.com/index.php/topic,2326.msg48480.html#msg48480

Jason

[noonespecial]

There's really only one thing that bothers me (well, other than the fact that Uncle Bob has disappeared  )...and it just dawned on me this morning.
In order for this machine to work, something, somewhere has to be stationary. I just went back and reviewed the video for the umteenth time and can't seem to find it. For instance, take LarryC's Knex example. He has a stop to activate the release of the door knob latch mechanism and another stop to activate the lifting arm.
Bob mentions a cam lifting the weights initially. Now, I'm definitely not a Mechanical Engineer but I think there are only 2 ways that a cam would work in this situation (someone please correct me if I'm wrong). First, the cam itself would have to rotate faster than a cam follower fastened to the weights effecting the lift or second, the cam is stationary and the cam follower(s) rotate around the cam. In the video, and its certainly hard to see, it just appears that everthing is rotating. Unless there is something on the floor that is fixed and is hidden by the table in the foreground I'm missing the fixed parts of this machine.
Any help?
Thanks,
Charlie

[LarryC]

There's really only one thing that bothers me (well, other than the fact that Uncle Bob has disappeared  )...and it just dawned on me this morning.
In order for this machine to work, something, somewhere has to be stationary. I just went back and reviewed the video for the umteenth time and can't seem to find it. For instance, take LarryC's Knex example. He has a stop to activate the release of the door knob latch mechanism and another stop to activate the lifting arm.
Bob mentions a cam lifting the weights initially. Now, I'm definitely not a Mechanical Engineer but I think there are only 2 ways that a cam would work in this situation (someone please correct me if I'm wrong). First, the cam itself would have to rotate faster than a cam follower fastened to the weights effecting the lift or second, the cam is stationary and the cam follower(s) rotate around the cam. In the video, and its certainly hard to see, it just appears that everthing is rotating. Unless there is something on the floor that is fixed and is hidden by the table in the foreground I'm missing the fixed parts of this machine.
Any help?
Thanks,
Charlie

I'm guessing also, but thought it was fixed to the table

My new cam guide will be fixed in the latch release area and a roller bearing follower on the bottom weight box. Think of the cam guide as a partial ellipse (slow rise to high rise)  that the weight box will follow up.

Did notice is his pic of the machine in #286 that the table is offset to the right of the arm. Probably to balance the forces create by the clockwise rotation. Lot of iron bar underneath(levers?) and what is that round object (part of cam?) to the right of the rotor on the table?

Regards, Larry

[noonespecial]

My new cam guide will be fixed in the latch release area and a roller bearing follower on the bottom weight box. Think of the cam guide as a partial ellipse (slow rise to high rise)  that the weight box will follow up.

Interesting concept. Let us know how it works out. [edit] Do you think it might work better with a follower and cam guide on the upper weight box? It would seem that you would have more leverage....just a thought.

Did notice is his pic of the machine in #286 that the table is offset to the right of the arm. Probably to balance the forces create by the clockwise rotation. Lot of iron bar underneath(levers?) and what is that round object (part of cam?) to the right of the rotor on the table?

Regards, Larry

I could be wrong but the round object could be part of the drive gearing for his generator? Small gear on the shaft to a much larger one to ramp up the rpms?
Best,
Charlie