8th clue..........
Machine will go at its maximum rpm with in 10 seconds.
( if all parts working properly )
Snpssaini
Complete this drawing and make the machine.
Moderator: scott
re: Complete this drawing and make the machine.
I make a perpetual motion machine. like b w. It is a very simple mechanism. It is on paper since 1998 . My first prototype is not working because of small error. Now I am trying to make its final working model .
re: Complete this drawing and make the machine.
snpssaini?
My swammi says his flying carpet has more power than your wheel.
robert
My swammi says his flying carpet has more power than your wheel.
robert
Robert (The Carpenter's Boy)
There's never time to do it right the first time, but there's always time to do it over again.
There's never time to do it right the first time, but there's always time to do it over again.
re: Complete this drawing and make the machine.
Snipssaini,
For the above information to be of any value we need to know what that miximum rpm is. My watch second hand is one rpm.
Ralph
When I start my wrist watch, the second hand achieves maximum rpm in one second, so I guess it accelerates much faster than your wheel.Machine will go at its maximum rpm with in 10 seconds.
For the above information to be of any value we need to know what that miximum rpm is. My watch second hand is one rpm.
Ralph
re: Complete this drawing and make the machine.
Ralph
I think it was on page 4
I think it was on page 4
Ovyyus,
Size is 5 meter ( all wheels)
rpm 20 - 25 (approx.)
Force 30 kg or more(estimated)
No more detail please.
Thanks,
JB Wheeler
it exists I think I found it.
it exists I think I found it.
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ken_behrendt
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re: Complete this drawing and make the machine.
Say, guys, wasn't there a design presented last year for some sort of a wheel that kept all of its weighted levers on the ascending side while only a single weight fell on the descending side? I know I did not come up with it, but I'm sure that I saw in on this Discussion Board. I'm not sure if it was dismissed outright or if after some CAD model of it was made.
Anyway, below is an idea I had for a "Weight Column Lifter" type of wheel. It could only work if the two descending weight balls can manage to lift the central column of weighted balls high enough so that an single ball can be added to the wheel's descending side rim. There would also be the problem of controlling the motion of the balls as they enter and exit the central column.
ken
Anyway, below is an idea I had for a "Weight Column Lifter" type of wheel. It could only work if the two descending weight balls can manage to lift the central column of weighted balls high enough so that an single ball can be added to the wheel's descending side rim. There would also be the problem of controlling the motion of the balls as they enter and exit the central column.
ken
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- This may be similar to what Snpssaini has...
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
Vaver = -2(√2)πdωcosφ
re: Complete this drawing and make the machine.
Don't start Ken!
If each weight was 1lb. 1x23=23lbs.
If each weight was 1lb. 1x23=23lbs.
JB Wheeler
it exists I think I found it.
it exists I think I found it.
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ken_behrendt
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re: Complete this drawing and make the machine.
Wheeler...
Yes, the central column does weigh 23 lbs. But, with enough leverage, 2 ball weights with a weight of 2 lbs that drop on the descending side should be able to lift that column by a height equal to the diameter of one of the ball weights...
ken
Yes, the central column does weigh 23 lbs. But, with enough leverage, 2 ball weights with a weight of 2 lbs that drop on the descending side should be able to lift that column by a height equal to the diameter of one of the ball weights...
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
Vaver = -2(√2)πdωcosφ
re: Complete this drawing and make the machine.
I see what you are saying.
This must of been tested before!
It looks good because the ramp system could have some type of bearing to lessen the resistance of lift on the balls.
The question is can the cam ramp system be calculated in one quarter rotation.
This must of been tested before!
It looks good because the ramp system could have some type of bearing to lessen the resistance of lift on the balls.
The question is can the cam ramp system be calculated in one quarter rotation.
JB Wheeler
it exists I think I found it.
it exists I think I found it.
re: Complete this drawing and make the machine.
hello,
you have to divide the work that the two weight do by two. The lower weight needs to fit under the column when both of them have worked only half the distance down... top one from top to middle and lower one from middle to bottom... Isn't that the same situation as there were ony one weight?
you have to divide the work that the two weight do by two. The lower weight needs to fit under the column when both of them have worked only half the distance down... top one from top to middle and lower one from middle to bottom... Isn't that the same situation as there were ony one weight?
re: Complete this drawing and make the machine.
Jetrix
Seems like you may be right.
Seems like you may be right.
JB Wheeler
it exists I think I found it.
it exists I think I found it.
re: Complete this drawing and make the machine.
9th clue..........
1 watch + 1 watch + 1 watch = Bessler's wheel
1 watch + 1 watch + 1 watch + 1 watch = My machine
Snpssaini
1 watch + 1 watch + 1 watch = Bessler's wheel
1 watch + 1 watch + 1 watch + 1 watch = My machine
Snpssaini
I make a perpetual motion machine. like b w. It is a very simple mechanism. It is on paper since 1998 . My first prototype is not working because of small error. Now I am trying to make its final working model .
Re: re: Complete this drawing and make the machine.
Of course.rks1878 wrote:snpssaini?
My swammi says his flying carpet has more power than your wheel.
robert
But his carpet cannot create free energy for everyone.
Snpssaini
I make a perpetual motion machine. like b w. It is a very simple mechanism. It is on paper since 1998 . My first prototype is not working because of small error. Now I am trying to make its final working model .
re: Complete this drawing and make the machine.
10th clue...........
Size of weights is around 6sqft. each in 5 meter's machine.
It can increase up to 9 sqft. ( or more)
Snpssaini
Size of weights is around 6sqft. each in 5 meter's machine.
It can increase up to 9 sqft. ( or more)
Snpssaini
I make a perpetual motion machine. like b w. It is a very simple mechanism. It is on paper since 1998 . My first prototype is not working because of small error. Now I am trying to make its final working model .
re: Complete this drawing and make the machine.
Snpssaini not so fast!
Where can we find ?
Also your drawing does not show the 6sf size.
Where can we find ?
1 watch + 1 watch + 1 watch + 1 watch = My machine
Also your drawing does not show the 6sf size.
JB Wheeler
it exists I think I found it.
it exists I think I found it.
re: Complete this drawing and make the machine.
I was thinking maybe only one arrangement would work if your drawings are the base for the model.
Question No. 1
Are weights inside and outside the machine?
Question No. 1
Are weights inside and outside the machine?
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JB Wheeler
it exists I think I found it.
it exists I think I found it.