Dear bluesgtr44, getterdone and Jim_Mich,
Many thanks for the comments (so few here).
Dear FunWithGravity2,
I understand your strong comment, if you are one having shared yet on this forum without any feedback.
But you forget the last line of my old post (referenced by the blue link above):
I wrote:Perhaps one person here, more clever than me, can find the correct use for this very simple design
Despite what you said, I did NOT hide any other data at that time and nobody gave a follow to the animation.
As explained above at that time I was thinking that no useful result can be obtained from this concept.
My opinion today is:
- either one or several clever members discovered a way to use this concept,
but they did not share their discovery.
- either this concept has been (like for myself)
abandoned because judged futile.
There is no other reason for my comment about the poor level of share (a general consideration).
I accept any kind of comments, even sometime perhaps not entirely justified.
But I cannot accept wrong assumptions:
1. Regarding the position of the hamster COG lower than the axle:
you wrote:This current build has so many flaws that i would have assumed you would have learned by now, your Hamster designs at least tried to push the COG above the axle. These here have the entire system COG heavily below the axle. very bottom heavy and stable.
I NEVER tried to drive the hamster COG above the axle.
Obviously the position of the COG under the main axle has NOT been a sufficient reason
for declaring a design as 'not working'
This is perhaps correct if this COG is fixed to the inner rim : in that case there is an amortized oscillation until the keeling 6:00 point is reached.
But if the COG is permanently moving and readjusted remote from the vertical line, you will obtain a working wheel.
The best example is the 'hamster wheel', despite your affirmation.
Again (for the fun)
http://www.youtube.com/watch?v=BHu8LAWSKxU
The COG of the 'hamster' concept has been fully explained here:
http://www.besslerwheel.com/forum/downl ... 6c00aef9d2
and is one of the four ways I still believe able to solve the quest.
2. Regarding the 'magic' springs:
you wrote:Springs, really, c'mon these must be magic springs they seem to only work in one direction, tell me how do they know which way to pull?
The springs are acting with an identical power in the both directions, and I regret you did NOT analyse further the direction of the force vectors.
When the spring is extended there is the same force applied at the both sides of the spring.
But the angles of the two linked rods are different: it is obvious that the most vertical will move quicker than the most leaned.
This unbalance of the force application is increased by the rotation of the wheel.
Thus the springs are not magic, they just accelerate the jump.
In addition nobody forbidden you to attach the front end of the springs more in advance, said to the second or third previous rod, like a crawfish tail and 'the car ahead the horse'.
3. Regarding the building:
you wrote:You either learned nothing from it or did not build it
Did you built it? If yes, why do not publish your results?
I cannot evaluate the total number of really built wheels in this forum, due to the lack of share.
But I'm sure to be one of those builders which shared a significant number of practical attempts.
You have the right to keep the silence, but perhaps the display of practical built devices may be helpful for the other members, even if not successful yet.
In any case, thanks for your remarks I will take in account.
You took your own time for an answer, I appreciate.
Are you a little bit pessimistic in the life?
I cannot imagine why nobody though on this before, including myself? It is so simple!...