ITMC980085A1 - CLEAN AND RENEWABLE ALTERNATIVE ENERGY MADE WITH CLEAN AND RENEWABLE ALTERNATIVE ENERGY MADE WITH SPRING STRETCHED IN ECCENTRIC TRACTION AND LEVERS, ON SPRING STRETCHED IN ECCENTRIC TRACTION AND LEVERS, ON WHEEL WHEEL - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled "ALTERNATIVE, RENEWABLE AND CLEAN ENERGY, MADE WITH SPRING STRETCHED BETWEEN ECCENTRIC AND LEVERS, ON WHEEL."

SUMMARY

Unlimited energy for alternators, machines and PUMPS.

TEXT of the Description

Looking for a SUPPORT point TO LIFT THE WORLD from its many evils and needs, we propose a wheel, which turns by itself without a petrol or electric motor, but with the eccentric traction of two stretched springs, equidistant at the start, and in power and equivalent power (from the rim of one of the two concentric wheels, and on the way a raolla (tie rod, even with a weight that connects them) one on the long lever arm was on the middle wheel, with a hook or bicycle, e The other on a lever that rests said fulcrum hook on the median wheel (concentric or large axis ring) leaning on another small central ring, so that the first 1st type lever can make the other ring attached with the rope on its folded spoke, cora attached to the large rim, on which it is eccentric to measure. of the distance from the center of it (wheel), the long arm of the II? type lever becomes 1? with support? on the rim and on the side opposite of the Mledian wheel See Figs. 2 ... 488A, B, C, D. Fig '.

2.489 has a single eccentric spring, and the other with a double brake.

Claims (1)

CLAIMS (1) - 2.504) Each eccentric tie rod is with the fulcrum on the central ring of the wheel or other ring with an angled spoke, and traction of the long arm of the first type lever with the short arm against the wheel rim (same or other however joined), with another arm angled and pushed against the short arm by reactive push of the tie rod on an angled rod against this second arm, and long radius from the ring, the rest as above from n.OOOl to n.2.503. 2.505) As above in n.2.504) but with the tie rod supported there is a ring of the central axis from the lever to the other arm on the other side, and the long rod of the double support on the rim and with the two rods a fulcrum and the other support of retaliation, with bicycle or oscillating support of the lever rod of 1? guy. 2.506) As above in nos. 2.504 and 2.505, each autonomous rotation system or motor made of an eccentric tie rod or tie rod hanging between two rods - levers of which one is pivoted (action --reaction: A-R) in the center, and the other also pivoted in the center with the tip of the short arm, which also rests (fulcra) the bicycle (or oscillating support) on a concentric median wheel, with parting of the spoke. (short arm) of the first lever in the center. against the spoke of the other , which then pushes the rim (A-Action) with its Reaction (R) on the other side of the MOTO (perpetual). With or without spokes or hooks (or rope or other) of drag between the wheels. two rings or more? on the central axis. CLAIMS (2) 2.507) As above from n.0001 to n.2.506 both in whole and in part and with variable useful structure of the components the single figs and this wheel that turns by itself, that is? by effect of the thrust the tonal of the eccentric tie rod on the rim of the big wheel and that returns on the other side to pull a lever however fulcrum it (in bitci / clo or mobile support, including the other of II? type on which press the short arm of the first of 1? type) united. to the other, both with the fulcrums attached by a radius of a central ring, to push the second lever against the rim of the beginning of the tie rod, which in the middle? path tightens (or not) the weight against the rim of the concentric middle wheel. 2.508) Rim, (or disc, or even wheel) pushed by two tie rods, one of which from the rim to the radius of one of the two bicycles, hanging at the poles of the circle, one with a tie rod and one with a rope, the other the rays of the two bicycles, in order to activate two opposite rays, a central one, which arrives inside the first one. thrust from the inclined beam of the first tie rod on a small ring (or in any case), the second long beam, with or without telescope (for any other supports, which arrives inside or to the side of the second bike, or inside its small ring, under useful pressure (the Reactions-R-R) are opposite, opposite and, if desired, the same. 2,509) As above in 2,507, also this self-rotating col lever rod to lever fulcrum inside the same bike, with rod resting next to the middle wheel, and spokes, rope e CLAIMS (8) long radius against the large rim. 2.510) As above 2.507 and following, each self-rotating one made with a bent bicycle tie rod on the side of the rim resting at right angles or almost on a soft rod (not fixed) which rivceva the lateral thrust of the short, angled arm of activated lever from the second cycle on vertical rod or long lever arm of 1? type, spinneret on central hook of median wheel 2.511) As above from n.0001 to n.2.510 self-rotating with eccentric tie rod from rim to bicycles with lever rod on which folded it returns to another rod lova fulcrum on oblique radius starting sideways from lateral pressure of the rod of the first lever, soft {attack-support) on the inner radius of the rim of the large wheel, (with or without weight)? 2.512) As above in nos. 2.510 and proceeding each thrust of: irante folded back into a double U, from bicycle on eccentric perchion rod, to central pivot ring (axis) to grasp together a second bicycle on the other side, on a long lever arm of type I with its short arm against large rim and fulcral on the middle wheel. 2.513) As above in n.2.512 we also claim this perpetual motion system with eccentric traction on lateral rod, with tie rod stretched between two bicycles, one on the rod and the other on the opposite side after resting on the weight and around the central ring, a second bicycle on a rim to support with the two ends the lever rod pivoted in the center and against the middle wheel. CLAIMS (4) 2.5141 Each self-supporting with eccentric traction from movable rod or fixed on an oblique tie rod (pole) that starts from it on the side and returns to the extension of the rod after two rods? levers of 1? type fulcrum on central ring (or concentric median wheel) (with or without hook (hooks) and short arm of the second lever angled up to said extension of the rod, which with a long rope (or hook, bridge of sections) grips the rim on the other hand. Also with variable position of the rods and supports of the individual components, the use of one or more telescopes for measuring the contact points is not excluded. 2.515) As above from n.0001 to n.2.514, both in whole and in part and with variable attitude, useful for the eccentric self-rotating, also possibly for this self-supporting made with eccentric pressure of the short lever arm of 1? ti po, pivoted like the second on two spokes (corraiponedenti, oppo sti) on the two sides of the central axis ring, one fixed, with an = angle (90 ° or in any case), with tie rod, with or without weight, and another mobile lever rod on said fulcrum radius, under pressure on the rim or traction with rope (or in any case) .And also in the joint use of the two lever rods pivoted on central spokes, and rim? of the ring spokes around the weight against the rim. 2,516) As above from 0001 to 2,515, plus? this wheel with an eccentric tie rod from the rim with a lever pivoted in the center, which with the rim and ring returns against the bicycle (or other fig.geom.) against the rim with the two opposite spokes of the free ring. or with (the other) angled lever rod with arm in the center as in FIG.2.517.