Build 2

[Johnsmith]

 This is some of what I am doing for the next iteration. Mahogany plywood and oak rails for the arms. I'll need to be careful ripping the 1/4 x 1 1/2 x 48 pieces so
the plywood doesn't tear. With what I have shown, I need to make assemblies that will kick out the weight wheels. Since I can't always use my power tools because
I have neighbors it might take a while,. ie. 3 or 4 weeks. And since that will basically be the last item then if the wheel can actually work then that will be known.
With the next build, it should look pretty sharp. And when I only use 4 of the 8 arms, the 4 arms not used can have weight wheels added at a later date. Then at
that time how much work they can do might become known. You know, like powering a hoist to lift a pallet from the ground to the 2nd story of a building. After that,
how much water could be pumped or electricity generated? It could serve a humanitarian purpose as some have mentioned.

[Johnsmith]

 What's shown is a part that I need to make. The large round peg will go through the retraction disc. Then as the wheel
rotates the triangle will hit it. Then the triangle will rock very quickly moving everything to the right 1/4 of an inch. It's not
the distance but how hard the impact is. It's be like shooting pool or billiards.
Then because the weight wheel assembly will be moving quickly, it will be able to release the retraction line. This is where
math helps to understand what to try. Taking a line from following a radius to following an ellipse shortens the distance
between 2 points. Not as much as a straight line but more than following the radius. I just want people to know that in my
opinion, the time I spent relearning or learning new math helped. And this is in terms of years of learning.
And with what I call the "kicker", I designed that in my head. The reason for 4 points for a square dowel to go through is
because it limits the surface area that it moves over. This in turn reduces resistance. And with wood, if it is oiled it will
readily move. And this allows for a tighter movement which doesn't waste motion or energy. And now you're asking why use
a triangle? This allows the triangle to rotate on its fulcrum or axis of rotation. Trying to have 2 surfaces his each other that
moves laterally would create resistance. This is because the "cue" would be moved upward causing it to bind. It's a "little"
trick but one that will make a difference.
Isn't it interesting how I expect a 1/4 inch lateral movement to allow the wheel to work? And with a working wheel, I will
prove that gravity does indeed have energy. This gets into physics and it is a pet peeve of mine that scientists believe that
gravity is metaphysical. They're only validating your daily horoscope. Does the universe have an energy that affects us? I
don't know. Yet gravity does so life is strange.

p.s., it will take me at least 2 weeks to make the necessary assemblies. The work I'll be doing on my next build gives me
something to do. I do have neighbors so I do need to limit how much I use my noisy power tools. Use my bench top drill or
orbital sander is allowed. Using my jigsaw, router, miter or table saw has to be limited.
With all of that said, having an actual wheel that shows it can work allowed to me to consider what I needed to do. This is
a part of research and development. That's basically problem solving one step at a time.

p.s.s., with my previous post, I ripped a lot of 3/8 x 1/2 x 48 inch long rectangular dowels. Once glued to a board then they'll
be cut again to make the tracks for the weight wheel assemblies.

[Johnsmith]

 I got my new miter saw today. I'll be well prepared for finishing my current build and starting on my next one.The attached image.
THX4 has something that might work if modified. There are 2 reasons why I build the weight wheel assemblies the way I did.
With perpetual motion, it is about conserving momentum. And this gets into a nasty discussion about what relationship kinetic
energy has with it. Science hasn't gone there yet unless you consider MC^2 which is not about a photon of light having both
an angular and linear velocity of "c". I actually got banned from a  physics forum for saying that's what it represents.
Einstein was into what propagated the motion of light and how light interacted with the space it was in. His work isn't viewed
in that context so that might explain why it's debated today. And Bessler said that his weights rolled in a track. Physics was new
then so Bessler might have realized a basic principle of physics without having realized it. He just new things moved faster one
way rather than the other.

p.s., over time working at something allows people to collect a few tools to work with.
p.s.s., Next week the video I'll be showing will allow anyone wanting to replicate my build will see the details.

[thx4]

il s'agit de conserver l'élan

https://youtu.be/8akaHx9La9A



Salut John,
Il y a bien sûr gravité + inertie, et pour le reset, il suffirait de boucher les trous pendant un temps très court pour transformer la roue en disque d'inertie, il n'y a rien d'autre à comprendre.... C'est ça le secret lol.
Il y a juste un petit problème, en ce qui me concerne, je n'ai pas encore trouvé comment.
Si quelqu'un trouve en effet comment la "physique classique" peut bien dormir.
A++

[Johnsmith]

https://youtu.be/8akaHx9La9A



Salut John,
Il y a bien sûr gravité + inertie, et pour le reset, il suffirait de boucher les trous pendant un temps très court pour transformer la roue en disque d'inertie, il n'y a rien d'autre à comprendre.... C'est ça le secret lol.
Il y a juste un petit problème, en ce qui me concerne, je n'ai pas encore trouvé comment.
Si quelqu'un trouve en effet comment la "physique classique" peut bien dormir.
A++

  On Monday I will send you a patent application. I will be able to apply for a Provisional patent for us with the USPTO.
https://www.uspto.gov/patents/basics/types-patent-applications/provisional-application-patent
When I submit a copy with copied signatures, they will not accept it. What that will do is allow for the time it takes to mail a copy with actual signatures.
Then they will be able to continue with the patent application.
After I send you the copy so we can have documentation that it is our invention, then I will post the design and the math in here. And please consider
how well this rotates, it shows that I understand the math.
https://www.youtube.com/watch?v=FbYZnqys_9A

J'avais peur que tu sois contrarié.

p.s., I just verified the math and by averaging the minimum and maximum over balance, there is a strong chance of it working.

Nous pouvons déposer en ligne. Puisque vous allez le construire, je peux payer les frais de dossier de 75 $.
C'est si vous souhaitez travailler ensemble.
https://www.uspto.gov/patents/apply