| Tilt Motor: A Perpetual Motion Machine Concept Using a Rolling Cone Set on a Circular Pivoting Track COMPONENTS The tilt-motor device, as first conceived, would consist of several parts: Rolling Cone: A narrow weighted cone resembling a rolling pin or elongated coffee cup is attached to a central vertical axle, and joined so that it rolls when moved, and the rolling, provided sufficient force or slant, naturally follows the contours of the circular track. Pivoting Circular Track: A circular track runs underneath the central portion of the cone. It is attached underneath the cone's axle to a pivoting joint that allows it to tilt in whichever direction is supporting the cone's weight. However the tilt is not much more than would be necessary to allow the cone to roll, if it were positioned halfway up the slant of the track. "Keys" or Pressure Plates: Eight of these are positioned around the edge of the tilting track, so that when the pin is approximately halfway up the tilt of the track, one key could be activated by the application of weight from the outside, wide point of the cone, which extends beyond the outside perimeter of the track. Levers: Eight levers are positioned underneath the keys and pivoting track, attached on the long end underneath the keys, and on the short end to a structure which may be used to tilt the track towards the activated key or pressure plate. "Wickets": In order to accommodate the crossing of levers that is necessary to have eight keys operating eight levers, the structures used to tilt the track are square wicket shapes, attached to a lever further along the track, and permitting the nearest active lever to pass through it in such a way that there is no conflict between the active lever and the levers following. "Steps": Flat metal pieces are fitted to each of the keys, following the outside perimeter of the track in order to assure that one or more keys are continuously activated. Tilt Motor Experiments nathancoppedge.com |
| MAIN PM Theory CONCEPTS Grav-Buoy2 Fluid Lever Curving Rail Motive Mass Repeat Lever TILT MOTOR * Diagrams * Components * Experiments Coquette Early Failures DISCLAIMER PM Types |
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NATHAN COPPEDGE--Perpetual Motion Concepts
