ITMC980097A1 - PRIMOTYPE LEVERS WITH ECCENTRIC TRACTION ON THE LONG ARM AND ITS REACTION ON THE SHORT ARM - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled:

FIRST TYPE WITH ECCENTRIC TRACTION ON THE LONG ARM AND ITS REA-ON THE SHORT ARM ".

SUMMARY

Unlimited energy for alternators. Machines and PUMPS.

TEXT of the Description

Fig. 2.564, like the last 20 previous ones, shows a ful lever on the central axis ring, which has the central thrust of the tie rod on the rim side, the Active part (A) BU1 arm 7 times more? long, and the negative part, Reactive (R) on the short arm t, which then rotates together with the middle wheel, which supports the cuff of the rope - extension of the tie rod and together with the rim of the large wheel, or WHEEL TWO, of perpetual motion Fig. 2.565 has the diagonal as a double fulcrum of the two levers with the arms on the joints (bearings or other) at the vertex of the rhombus, whose short arms with rope and lever and extension of the tie rod (after the support on the other central wheel) press and pull the angled spoke of the ring (wheel) of the central axis Fig. 2.566 shows the two Reactions (R-R ') - 0, canceled ree! proactively, from the different angles of the long arms and the respective length of the short arms, so the two Actions are positive: A + A '= 2; 2-0 = .2. .

Claims (1)

2.589) As above in nos. From 0001 to n.2.588 'is this device or system made with two concentric wheels for the mutual support of the two eccentric thrusts and related equal and opposite reactions, or two very long and one very short levers. on the parts opposite to the supports or short arms, to accommodate the tie rod on the long arms, and reciprocal fulcrums on the bicycle attached to the middle wheel ("bicycle" or other support, bracket, joint, and spoke against the large rim of the two thrusts or reversed reactions in the direction of the motion 2.590) As above in the n.2.589 this brake with rod and two tie rods. on the front of the sphere? weight (or other geometric fig, Even without weight. bicycle for the support of the tie rod, with the two. start and end ends attached to the spokes of the middle wheel, one with a bicycle, or with a bracket or hook for pushing and reverse =: are (inwards, to the radius of the central axis ring the thrust, which returns to the rim by means of a spoke along and then on the median with hooks spokes) "brake" with rod and two lateral and parallel tie rods to contain the excess energy released by the weight in eccentric (radial) centrifugation, canceled. the reaction of one (median) ray in thrust with the other in traction. 2.591) As above in n.2.589 also this between two wheels, one in Fig. And the other pushed by the fulcrum in R. Reaction and bracket? For blocking the respective short arms of the two lever rods with tie rod. 2.592) As above in n.2.589) and this one self-rotating with two copal of levers with arms-short-opposite-fulcrums-of the other, and hook spokes on the rim and from the rim to the two rings. CLAIMS to 2.593), 2.593A), (already 2.557, and 2.558) eccentric traction from the? Side of one wheel rim to that of another (m? diana, concen. trica.minore). on which on a high, long rod resting inside the rim starting from the same (same) part of the eccentric traction. 2.594) (already 2.558) Eccentric traction on flat fulcrum s inner side of the large rim for first type lever with tie rod c "he rests" on the rim of the middle wheel. And goes from the tip of the short arm to that of the long arm, after two leaning on a rod bicycle flat on the fulcrum and the other (bicycle) by the rope in traction of the said middle wheel rim with hook from it to the long rod. 2,595) As above dan.OOOl to n.2.594 each self-rotating system made with eccentric pull of tie rod on the rim side of the large angled long arm wheel with lever of 1? guy with a bicycle on the angled tip of the short arm in thrust of the tie rod that rests on the middle wheel, with or without a bicycle for moving the tie rod away, with or without weight, with fulcrum on the angled radius of the central ring and that with other pushes the rim. Even in the hypothesis of angled lever e! pivoted on the side of the median concentric wheel., and its radius against the rim and other possible modifications as above-2.596) As s.al 2.595 and this with two opposite bicycles and contr? ri against the inside of the tie rod and two levers between the rim of the r. 2.597) As s.al 2.595 and quadrangular lever traction between two wheels and crossed tie rods (with or without weight) inside the corners. 2.598) As s.n.2.595, with rod and bicycle from the rim to the long arm tie rod of 1 lever? type pivoted in the center against rim