Ralph wrote:
Ken, you have already compared my version to your high school model and posted the same reply. I told you then that you were not seeing the whole picture and you are now looking at snppsaini's with the same element missing in these drawings as was mine.
So, apparently, according to Ralph and Snpssaini, there are still "key elements" to the design shown in figure 10 that we have not seen and which, when they are, finally, revealed will show us all that his design is, in fact, workable.
What I've seen so far is only a design, known
not to work, that has appeared over the centuries in many variations.
Just with the outside chance that there could be something that would make such a design work, I am prepared to be patient for a while longer until Snpssaini reveals it to us.
Snpssaini...
There is no need to delay in presenting that "key element" that will make your recently posted design work. We all, more or less, understand everything up to Figure 10. Now we need that extra bit of information to, finally, be able to make an objective evaluation of what you wish to give to the world as a "gift".
You say that you have not yet built the final machine and only "think" it will work. Well, I can assure you that when you finally reveal the missing components, then there will be a lot of members here who would want to try modeling it to see if it works. If those CAD models show it does, then you will probably have no trouble finding a lot of people who would want to invest in the device and even help you pay to patent it.
I do not think that you really have anything to lose by revealing the design to us. If we can not verify its workability, then it will save you the trouble and expense of obtaining a patent. And, if we can show it does work, then that could actually help you get it patented even faster!
ken
On 7/6/06, I found, in any overbalanced gravity wheel with rotation rate, ω, axle to CG distance d, and CG dip angle φ, the average vertical velocity of its drive weights is downward and given by:
Vaver = -2(√2)πdωcosφ