1939 Gravity Power - multiply power by 1200%

[centraflow]

At the beginning of the main video you can see these cams on the end of the bar moving, look hard, not good quality, but they are there moving and you can just see that cross bar as well moving, but the angle is bad, but that is how he did it


regards


Mike

[centraflow]

First video is just his arm pushing on the plate/bar to weight


Second video he has the relation of those cams at the drive just at that point of push. It's as I have said, there is a point where a little energy goes in to keep it going.


If you think about how I have drawn it, there is going to be a point (change of direction of cams) where some drive coinsides with the weight movement (that little push)


regards


Mike

[havuhung]

It's called a gimbal

Other than that I don't understand what you are trying to say.

Luc

Hi gotoluc,
I guess that the inside of the gimbal structure, at both ends of it could be two springs, for the purpose of calming force from shock caused bar lever shaft. . .

Regards

[gotoluc]

Luc


The top drive is important, but not complicated, I need to draw it well for you to see but I will try to explain.


There is a steel circular plate which has a 90 degree cross of steel bar attacked at the center of the cross to a bearing on that plate off set by an amount so as the plate turns in a circule and that center of the cross moves around like a cam. This makes the ends of those bars move in and out at 180 degrees to one another.


On the ends of those bares are a bent cam, one end to the bar and the other end to the top of the rod which goes to the gimal, these connections are free moving in a circule.


If you look at the 33sec part of the main video you will notice that the motor is running and those rods do not move, it will have that effect until you move the top weight to start the overall movement "very clever". It works on the same principle as pushing someone on a swing just to keep the movement and nothing else. The rest of the system works on those weights "falling" and nothing else. The amount of energy needed is so little to keep it going "like the swing".


regards


Mike


All will become clear when I can get all the drawings and pdf done

Thanks Mike,

that could very well be the way he did it. What ever he did, one thing is quite clear to me now is, the actions of the two 180 degrees out of phase lever sets would return a push on the other set. Only mechanical friction losses should be the input losses.

This Mr. Skinner was smart!... If we can get this to work we should honor him with Doctor of mechanics and gravity.

Now, the problem I have is I would need a second build to prove this 180 degree out of phase push pull action is what's needed but I don't think I can afford to make another set

Thanks for sharing

Luc

[centraflow]

Here is the center section B


regards


Mike