ITPG990057A1 - FULCRUM MULTIPLIER OF FORCE SPEED THROUGH THE SUM OF ACTION AND ECCENTRIC ACTION OF THE TIE ROD AND / OR WEIGHT. - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled "FULCRO MOL-

FORCE TIPLICATOR - SPEED THROUGH THE SUM OF ACTION-REA-

TIE ROD ECCENTRIC TION AND / OR WEIGHT.

SUMMARY

Unlimited energy for alternators, machines and PUMPS.

TEXT of the Description.

The eccentric fulcrum on a wheel rim, as supports of the two lever arms of ... type (for example) supports both the weight (tie rod) of the long arm, and the weight (LOAD, almost equal to to the weight of the long arm, if anything slightly lower) of the short brai in thrusting activity; in the hypothesis of Kg. (atm osphere 5, we have the weight on the fulcrum (eccentric on the rim of the minor, concentric, r.median rui ota ) —Cf. £ ig.3.567, of about Kg. 10 which with double radius go against the wheel rim of the major bearing (of the winding, support) of the tie rod, which is noted on the II ° -type lever on the side opposite, developing the negative thrust of -5, so that the force of 5 kg is active. two overlapping fulcrums that double the double weight of the two arms in Action-Reaction twice. Thus fig. 3.569 rotates with the eccentric fulcrum pressed by the two arms, of which one has a rope on an eccentric rod between the tie rod and the rim. '

Claims (1)

CLAIMS (1) 3.565) As above from n.l to n.3.564 this self-rotating between two wheels, with fulcrum on the median for the lever that goes to the right tie rod (in the hypothesis). On the other side of the rim, and fulcrum on the rim and lever with the other end of the puller which joins the short arm of the first lever (the short arm of this second lever, which is well supported by the spoke against. 3.566) As above in 3.565, but with the first lever crosswise, the fulcrum of the hook on the med., And the rope from the second (with or without weight). 3.567) As above the two nos. 3.565 and 3.566, in with 2nd type lever centered on the rim, and long support on the fulcrum. 3.568) As above in 3.567 but with fulcrums on the middle side, traction rope override of the rMed beam and beam against the lever (second), and weight (if applicable). 3.569) As above in 3.568) on a single wheel, with the rim pushed by a lateral fulcrum (eccentric) pressed by a 1st type lever: or the arms on the tie rod and, one directly on the long arm, and the other by means of an angled rod or not and rope rial short arm, shaft angled against the side (the other) of the ring. 3.570) As above in 3.569) with lateral tubes to tighten to move the tie rod away from the center on one side, and therefore increase the pressure difference between the two levers and the two fulcrums joined to climb, the rope, on the angled beam against ; and also with a single lever, or without, but with tie rod supports (with or without weight from one side to the other of a single wheel, or two or only rim. CLAIMS (2) 3.571) As above in n.3.565 and following up to this auto = rotating made with two concentric wheels and dna earehi ni poii, Geared or not (rubbery material instead of Gears sog = rubbing heat jets 1 eccentric (unbalanced) circles from bicycles interior and tie rod resting on a central ring, one of the two rims inside and one outside the larger wheel, joined by a crossed belt. 3.572) Transverse rod with hooks on the major wheel (or at the middle concentric minor) from the two ends of the tie rod on two sides or almost, more or less parallel, from support and bicycles on the middle wheel, by double thrust of the rod, in rotation . I 3,573) As above from n.0001 to n.3.572 and to this 3.573 with two tie rods between two wheels and two bicycles at the poles, which act as support for the tie rod that grabs the middle wheel with one end and the other pulls the spoke of the bicycle at the opposite pole; and connecting spokes between the two wheels; from the middle to the greater. 3.574)) As above in 3.573, this also self-rotating between two concentric circles and / or wheels four bicycles from the inside of the medlane circle (and / or r.med.na) and the outside of the major one or two tie rods and three supports between bicycles. 3.575) As above between concentric wheels only and three bicycles and a tie rod with -three supports, and the bicycle on the r.magg-possible weight between the two inside the med wheel. and the external one. 3.576) As above in no.3.573) with eccentric tie rod from r. greater to bicycle with two expansive rod supports on the maj CLAIMS (3) 3.577) As above from n.0001 to n.3.576 and this self-rotating with two eccentric tractions between two staggered bicycles (between the circumf.ze of the two concentric wheels, with or without weight, and a hook for the tie rope and support of the long rod antireactive lever and connecting spokes between the two circumf.ze. 3.578) As above in n.3.577 with two bicycles, and double eccentric tie rod after the final cross support in the center, and rod between the two bicycles, one inside the minor r.and the other outside the concentric major r. or s.weight. 3.579) Eccentric tie rod with two levers, one pivoted on the radius of the central ring, and the other in the center to push the tie rod in the direction of motion, and hooks for canceling the two ends: start on the rim and fine on the short arm. 3.580) As above in nos. 3,577,78,79, with an oblique fulcrum more anti-reactive against the action of the tricycle, an eccentric fulcrum rope on the median or on the greater one, and a pull rope from the short arm of the other lever; with or without weight. 3,581) As above in 3,580 tie rod between two levers, one angled and anti-reactive against the bicycle ring hooked onto the rim of the larger one, fulcrum cord in the center and connecting and thrust spokes. 3.582) As above from 0001 to 3.581 and this self-rotating with the tie rod (with or without weight) between two concentric wheels, two bicycles outside and inside the circumference of the r.magg .. an oblique rod pivoted on the r.med. in thrust of the major or all on the median, and connecting rays