ITMC960020A1 - Pendulum with rechargeable spring at each turn with weight in indented centrifugation. - Google Patents

Abstract

Unlimited Energy for alternators, engines and pumps. In order to gain the perpetual motion of the wheel 2, it is required pendulum with a pressed spring rechargeable at each turn, then a turning fulcrum (in order to lift the world from its increasing problems as Archimedes was hoping) a pole lever of first type, the centrifugal thrust, that nearly doubles the weight at each turn and the reactive thrust of the curved pole that holds the weight- pendulum. Starting from the zenith, after nearly 180 degrees the weight, pressing on the outer side expanding the spring and pressing it and therefore pulling the longer arm of the lever that has the shorter in traction on the larger circumference of the wheel, push that is especially useful in climbing, or dead time to be climbed even with another weight under the pole, for secondary centrifugation. The inventor Seri Raniero, via Acquapagana 2 Cesi di Macerata- 62038 Italy proposes the production of silent generators and CLAIMS: 1) each self rotating pendulum with centrifugal weight with moveable pole for charge of the spring on a pole lever of first type under pressure of the same circle of wheel. NB. For the consequent and growing mass migrations is needed more authority to the UN, the Vatican, the EU, more discipline and Spirituality, more sociality.

Description

DESCRIPTION of the Industrial Invention dal - PENDULUM WITH RECHARGEABLE SPRING AT EVERY REVOLUTION WITH CENTRIFUGING-RETURNING WEIGHT

SUMMARY

Unlimited energy for alternators, machines and pumps. from his growing troubles), which pushes the central ring and the large circle on which c '? also the reactive thrust of the arched rod of the sphere weight, which descends after 180? reaches the maximum of the thrust cen = -trifuge and therefore of the stretching pressure? of the spring and the thrust of the short arm of the rod-lever? against the large circle (or sections with bridge) and then accelerates to the zenith strong by its weight (Newton) and its spring-Ieva acceleration, with or without another sphere on the short lever arm to overcome the first moves with its centrifugation .

Claims (1)

CLAIM 1) Any tight circle imbalance on one of the two concentric wheels, of which one tightens a tie rod (stretched spring and / or jack and / or weight and /! Or other elastic) with two contracted tricycles, between the =: ro and with the rim, narrow rim, with belt on? dule or three toothed wheels or less like the rim. 2) As above in n.l), but with the rod tie-rod fixed on the pivot of the ruqta or in the wall. 3) As above in nos. 1), and 2 but with two large toothed circles with the pitch of the two wheels centraii pure rien | = which support them and together mesh the two belts from one to the other for the direction. ? with tie rod (or sections.) ... 4tricycle lined up with two concentric wheels and. The two rims crossed by a rigid rod fixed to the wheel pivot to support the fixed ring of the ball bearings which unbalance the two mild rims to one of the driving wheels and to the other with gears and belt. 5) As above in n.4) .but with only one., Bicycle., And. Its hook on the pole. At the bottom, _ 6) As above in n.5), but with the hook in the upper part and the c in = _ gravel which also meshes with the central circle..pi? .largo._ 7.) First type lever inside the two wheels (from_a_to = _ CLAIMS ( the other, or from a lateral hook-fulcrum even the one with a smaller radius to the other or sections with bridge) with tie rod on the long arm and with extension wrapped around one of the two concentric circles, and hook in traction of said string extensively, and the other circle meshed and in revolution with the rotating wheel, with two or three teeth or only one, or other string or nothing. B) As above in n.7), but with the tie rod extended on one side of the two concentric circles, on one, and con = from the center, for the revolution with the two wheels. 9) Use of one of the two short arms of pairs of first type levers pressed outward by a tie rod on the wheel fulcrum or vertical rod (at 90 °), and reciprocal brake of the, other two_short arms, with rope or stirrup, with a hook in the center or with two .hooks co = at n.?. 10 -) ... 11?) Totally different from. preceding the pendulum .with. weight of side furniture, on curved or straight rod on large rim, of wheel, weight also in centrifugation of spring on rod-lever, first, type pivoted at the candle on ring, or its hook (pole) and other radius , or cp = however in traction - of the circle with the short hook c? no without other weight - on? short-arm of the lever CLAIMS ( 12) As 3 above at n? 11), but with the curved rods out, both (lever rod and arm of the external weight = no) and only one, with the arm of the weight on the large circle in the center and on the lateral pole and rope instead of the bearing ball hitch., e. the rod also lifts either on the center of the ring-fulcrum (central) or, on the lateral rod-pole and pressure, of the circle or sections with bridge. or hooks, with or without secondary weight above or below the arm short, and tie rod attached to the rod - lever and neck of the weight in 4 Newton's fall e. or only tie rods (or tie rods, see above n? 1). without external weight, or even without internal weight. Or only .external, or only internal.