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

[AB Hammer]

Charlie, Larry and all

I will be busy with my new projects and my living for a few weeks so I won't be posting much until I have succeeded or failed. I hope Bob comes through as well or one of you guys figure it out.

[helmut]

Charlie, Larry and all

I will be busy with my new projects and my living for a few weeks so I won't be posting much until I have succeeded or failed. I hope Bob comes through as well or one of you guys figure it out.

AB all the best wishes to you. and all
Keep bringing things forward.

helmut

[noonespecial]

Hi AB,

Best of luck to you in the new year. We are all waiting patiently for updates from Bob. But please know that there is a lot going on behind the scenes that doesn't necessarily get posted here....at least not yet.

Warm regards,
Charlie

[AB Hammer]

Thanks Guys

I have high hopes for Bob but I am not waiting for him. I have one wheel which I am working on a timing problem. Using my finger to manually time it, it ran around 200 rpm but I found it hard to hold on to. When I removed my finger it started swinging all over the place. It when into chaos mode. That is wright I have been working on a way to control chaos and these so far are the results. I am also building another wheel that the math says 2 positive to 1 negative weight with no keel problem, but only the build will tell the whole story. Well that is what is happening on my side of the ever turning quest.

[LarryC]

@All

This is one of Bob's earlier machines, which doesn't have springs on each end like the one in the video and latest picture and the space between the long flat metal plated boards are much wider.

If you blow up picture 1 you can see at about 1" to the rear of the large pulley is a flat metal plate with a hole in the center.

The bottom of this metal plate is welded to the long square metal tubing that connects the two weights together. 

The top of this metal plate is attached to a two section rectangular shaped block. On the bottom section of the rectangular shape, both metal rods from the cylinders are connected. At the top section of the rectangular shape is two tubing connections and one goes to each cylinder.

Another tube can be seen at the lower right. It is in between the back side of the unit and the stand. Little else can be seen, but based on other info it is likely coming from the rectangular shaped block to a storage unit to save the force generated by the CF sling capture.

If you blow up picture 2 you can see a wrapped bundle of wires at just left of the pillow bearing, which comes from the bushings on the right of the pillow bearing, going thru the pipe then thru the bundle and to the top back of the flat metal plate with the hole in the center. Can't see more, except for three wires on the side of the rectangular shaped block, but it would seem to go to the rectangular shaped block top section and control the release of force into/out the cylinders and storage unit. The bundle would come across and be held at the top back side of the electrical plate by the plastic strap. The bundle seem to go into the air, but keep in mind the bundle would have to loop up and be able to move 1' to either side to get the 2' of weight movement.

The bundle is much larger then needed for the three wires from the commutator. So there must be a tube or tubing going to/from the block and into the center pipe thru to the other side and coming out to the storage unit on the other side.

At the top left is a clear image of the tubing. Seem to be nylon reinforced. Needed for the extreme flinging around as can be seen at Bob's site video #2, which has the large pulley as shown in the pictures.

Also notice the large massive block at the end, which is probably used for momentum assist, while the air pressure fights the lifting. He may not have had the cam and lever at this time. His comment from his post at #456:

"George, a good friend of mine, who was an engineer since 1945 was very interested in what I had done so far and suggested to try the cam and leaver mechanism that I used in the unit in the short clip."


I've included a drawing to assist with the concept.


Regards, Larry