Hello Respected Members
As per sketch if i drop the ball in a closed tube then the arm will move more than 180 degree Due to kinetic energy of ball. But at the time of returning of arm it will not get its previous height if ball+tube are remain on its position.
Now if ball +tube both slide at same time from 90 degree then the arm will move more than 180 degree due to kinetic energy of both ball +tube(ball will hit the bottom of tube) and at the time of returning it will get more height than its previous position as it will work to neutral the gravity.
There will be a lock system in the tube to hold the ball.
Please comments
@ vikram_gupta11
1. When you post a jpg file to a topic and it is too large to fit onto
the screen, it causes the readers to have to scroll back and forth in order
to view it. This also causes the text you have written to also spread
across the screen.
As a courtesy, you should re size your drawings as smaller before you post them.
Then check to see if this has worked properly and try again untill you figure it out.
2. Your drawing and explination are incomplete. They leave us to either guess
or assume too many things.
https://overunity.com/18511/floors-magnets-explained/dlattach/attach/175988/
best wishes
floor
@Vikram,
Thank you for sharing your proposal.
Please see:
Roll on June 20th
and
Chass Campbell device threads
There IS something to be researched here.
I think most of the operating principles get lost during replication,
Because people try to rebuild without understanding what makes it work.
@Smoky sir,
It is a second part of my previous post "why this seesaw is working against physics laws,"
@floor sir,
I repost it soon as per ur requirement
Sm0ky2 sir,
Which thread?? I didn't find it.
Quote from: vikram_gupta11 on September 11, 2021, 04:26:41 AM
Hello Respected Members
As per sketch if i drop the ball in a closed tube then the arm will move more than 180 degree
Due to kinetic energy of ball. But at the time of returning of arm it will not get its previous
height if ball+tube are remain on its position.
Now if ball +tube both slide at same time from 90 degree then the arm will move more than
180 degree due to kinetic energy of both ball +tube
(ball will hit the bottom of tube) and at the time of returning it will get more height than its
previous position as it will work to neutral the gravity.
There will be a lock system in the tube to hold the ball.
Please comments
I think problem solved and it must work
Sketch 1
Sketch 2
As per sketch when ball hit the valve then the arm will be tilted more then 180 degree angle but at same time the tube will be slide downwards also pushing the arm to get more momentum vice versa.
The arm having ball +tube will move more than 180 degree n vice versa.
Important point is when ball will hit valve then the arm get momentum n at same time the ball+tube sliding will push the arm more increasing momentum.
The way arm will swing both side more than 180 degree.
First ball will hit the valve n arm will be tilted or get momentum after that tube +ball will be slide downwards to pushing the arm more sothat at the time of way back same mechanism could work again and again. There will be a millisecond difference in sliding tube +ball after ball hit the valve.
I noticed that the weight of tube must be equal to the weight of ball or some more so that at reversal both tube+ball could push the arm with more force.
First the right side arm will move more than 180 degree from initial point (180 degree) n then again move more than 180 degree after reversal.
It is clearly proving overunity in this mechanism