Notes: Fewer than eight arms is not feasible, as there would be periods in which no weight is applied to the ends of any of the arms. With a greater number of arms there would be a more reliable constant force applied on the ends of one or more arms. However, doubling the number of arms doubles the weight that must be lifted at any given time to feed the arms. However, if the radial distance to the end of an arm (or the center of the tank attached to the arm) is over twice that of the radius to the inner tanks, leverage would be proportionally greater with the use of additional arms, albeit with a higher minimum necessary force. It is also worth noting that proportionally longer arms have some degrees less effective range once filled by the triple tanks, not only because it takes longer for the leverage tanks to be filled, but because the length of the arm assures that it reaches the water within fewer degrees after the horizontal. Curving Rail Perpetual Motion nathancoppedge.com |
| NOTE and CAUTION on my diagrams in general: All my diagrams were necessarily made at a time when I was certain they would work. If I were not certain that they had value of one kind or another, I would not have made them. Because the purpose of the diagrams is, as I see it, to perpetuate the dream of their specific instance, I can do no more than apologize for the imperative language I inevitably use. The imperative tone is meant to pursuade the reader not that the concept works, but that it MIGHT work, in the broad and general sense that perpetual motion as a whole MIGHT be possible. |
| ABOVE: Original Concept using eight arms. Click for a closer view. |
| ABOVE: A different waterwheel design in which water is transferred across the arm at the midpoint to a greater radius. Click for a closer view. |
NATHAN COPPEDGE--Perpetual Motion Concepts
| MAIN PM Theory CONCEPTS Grav-Buoy2 FLUID LEVER Summary Components Diagrams Curving Rail Motive Mass Repeat Lever Tilt Motor Coquette Early Failures DISCLAIMER PM Types |
Fluid Leverage Perpetual Motion Waterwheel Concept
Utilizing Leverage from Tanks at Alternate Radii
DIAGRAMS
to return from close-up view, use the BACK button..
Utilizing Leverage from Tanks at Alternate Radii
DIAGRAMS
to return from close-up view, use the BACK button..