Complete this drawing and make the machine.

[Wheeler]

Wow you got the old man of the mountain up!

[ken_behrendt]

Well, it's starting to sound like Snpssaini's wheel is strictly powered by weights due to the wheel being overbalanced. But, I think we will require some more clues. Mainly, how does the wheel manage to maintain the center of gravity of all of its weights on one side of the axle at all times?


ken

[coylo]

2nd clue.......
There is no spring, rope and magnate used in the mechanism of this machine.
Snpssaini

That's three clues! ...................(2nd, 3rd and 4th - how generous of him!)

[Wheeler]

Nice work Ken
Seems you have awoken the master.

[snpssaini]

2nd clue.......
There is no spring, rope and magnate used in the mechanism of this machine.
Snpssaini

That's three clues! ...................(2nd, 3rd and 4th - how generous of him!)

It was buy one get three.
Snpssaini

[snpssaini]

3rd clue.............
Weight can work in pairs(2,3,4............14,15,16)
I think it is not important.
Weights can be round in shape. (ball, disc, rod)
Weights can be square in shape.
Weights can be rectangle in shape.
Weights can be semi circle (bowl)
So many shapes but .................? (secret)
You can use 300-600 kg weight in 5 meter (size) machine.

(Now I think there should some gap in next clue isn't it)
Snpssaini

[fAtnhapy]

"(Now I think there should some gap in next clue isn't it) "

I would think so.....there we're plenty of gaps in the first 2
fAt

[ken_behrendt]

Snpssaini wrote:

Weight can work in pairs(2,3,4............14,15,16)

That's interesting. Your wheel can have a few as 2 pairs or 4 weights and as many as 16 pairs or 32 weights.

Of course, since it is an overbalancing wheel design, we are still wondering just how you manage to shift the center of gravity of any individual pair of weights so that it will always stays on one side of the wheel as it rotates.

We need some more clues...


ken

[Wheeler]

The only details left he can give would be details of how to finish it.
My bet is Your question will not be answered.

[ken_behrendt]

Wheeler...

I think that, this time, Snpssaini, does, indeed, want to reveal his design to us. However, he may have spent so much time on it that he does not just want to reveal it in one post. I think he wants to maintain our attention so that, when he does finally reveal it, we will all be more receptive to the design and will not just lightly dismiss it. We must be patient. If he does have something that is workable, then we will find out what it is when he is ready to reveal it. Of course, if he does not reveal it now, after keeping us waiting almost a whole year to see it, then I would be forced to conclude that he really did not have anything all along...


ken

[snpssaini]

Hello ken,
Last year there was no discusion on my drawings. People just saw the drawings and ignored them.
All time I said that wait for few days, I am trying to make its final prototype.
If I can wait so many years to complete my machine, then why can't people wait for final drawings. After all I am wasting(?) my time and money. And I don't charged even a single pennae.
You are right , this is all because of I want that, people discuss on my drawings. I think when I disclose the things it will be a proof that it is my own creation.
I want to make sure that it is possible to make overbalanced wheel.
It is a very simple mechanism.
Snpssaini

[snpssaini]

Weights can work in pairs means it can also work in single.
Snpssaini

[ovyyus]

snpssaini, you can be sure that people will not ignore your drawings after you prove that your design can work. Drip-feeding the forum more cryptic clues (as if it isn't already drowning in them) will get us nowhere.

What is the size, speed and torque of your wheel?

[snpssaini]

Presently I have four models with the minor change you can make different models.
This time I cannot calculate which will be more powerful.
But all are workable.
Snpssaini

[ovyyus]

Quick response, thanks - but my question was, "what is the size, speed and torque of your wheel?".

But you have 4 wheels! What is the size, speed and torque (approximate will do) of each of your 4 working wheels?