ITMC20010017A1 - ECCENTRIC EQUIDISTANT TRACTIONS AFTER THE MUTUAL CANCEL OF EQUAL AND CONTRARY REACTIONS WITH BICYCLES ON THE OTHER WHEEL. - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled TRACTIONS

EQUIDISTANT ECCENTRIC AFTER

THE MUTUAL AID OF THE SAME AND OPPOSITE REACTIONS WITH BICYCLES ON THE OTHER WHEEL "

SUMMARY

Unlimited energy for alternators, machines and pumps.

TEXT of the Description.

Fig «4.576 shows a self-rotating device such as a pendulum aided in the ascent from the 1st type lever pivoted on the circumference.

ference of the middle wheel and pulled towards the center by the head

end of the tie rod, which starts on the circumf.za of the magg. after the passage of the support on the central ring, the same behind which the final traction end of the long arm of the 1st type lever turns and rests, which with its short, elongated helps the ascent of the r.magg. which pushes with a lateral rod (band) the weight in a bicycle tightened by the said rope with the two ends, with

or without tie rod.

make the eccentric traction on the r.magg with the two ends of the tie rod that grips the weight (pendulum) or of the two equidistant tie rods on the magg. Fig. 4.583 has the lateral bicycle on the med. which pulls, after passing to the center (support) uncrossed, the side of the movable fulcrum of the large lever, which pushes the rim of the r.magg. from equidistant starts, unless there is the large external bicycle with weight.

Claims (1)

CLAIMS 4.576) Each self-rotating pendulum with weight tightened by rope with or without tie rod, against the circumf.za of the major wheel, two supports on a ring of central axis, initial head on the same circum; Za major (or median with connecting spokes) and end head on the long arm of the 1st type lever, pivoted on the circumference of the middle wheel, and with the short arm extended against the large wheel or bridge of sections; With or without band (rod) at the side of the weight for the thrust ascent; pendulum with only one motor system, or in pairs with weightless tie rod; with two equidistant tie rods; with or without connecting beams (hooks, rope). 4.577) As above in 4.366 and following, as in the previous no. 76 and this motor system with two tie rods equidistant starting from the r.magg. and arriving there after the lateral support on two bicycles of equal or varying size on the med. wheel, at the same or different angle for mutual support, or mainly of the left one against the right (clockwise). connecting spokes. 4.578) As the previous ones (the previous one in particular) with tie-rod weight or single rope (single), at different angles around the two bicycles (or circles); and support band for ascent - weight. 4.579) As previous, each self-rotating with quadrangular-shaped levers around the wheel plus central ring for support of the tie rod starting from one side and returning to the adjacent one. after the crossover support on a bicycle criconf.za with CLAIMS (2) rope rope and with fulcrum for the various types of lever: I ° and 11 °. 4.580) Eccentric starting tie-rod from the circumf.za of the r.magg. and arriving on the long angled lever arm on the bike on the bicycle around which the tie rod that rests on the middle r.and makes a crossed turn and another crossed turn on a central axis ring; short arm stretched against the larger wheel. and connecting spokes; the rest as above in the previous nos starting from the first n.4.576. 4.581) Each self-rotating made with two concentric wheels and a tie rod (as stretched spring or elastic) starting from the r.magg. support on the median and cross turn on his bicycle, also support on the central bicycle and on the bicycle of the long arm of the angled rod, which with a short-arm rope pulls the r.med rod, already pulled also by the final garment of the tie rod. As above-usual-spokes, torque, weight (with or without tie rod). 4.582) Each pendulum with weight, with or without tie rod, and 1 two ca = pi departing from one lever of one type and arriving on the other of another type (from 1 ° to 11 °) after passing a turn crossed on the bi = cycle of the r; med.concentric and arrival on the side of the movable fulcrum-lever for support of the major lever, which pushes the rim of the r.magg.with the short elongated arm. 4.583) As the previous one (and also the previous ones) each author many, either motor with two wheels joined by the tie rod (only if it tightens the weight-bicycle, as in the previous one) or two equidistant tie rods as in this device (e.g. from 40 ° -40 ° compared to 0 ° cen = CLAIMS or in pairs at central 180 °) departing from the circumference of the larger wheel and one arriving on the long arm of the lever that pushes the magg. tie rod, after the lateral support on the central ring and with a crossed turn on the bicycle of the median; and in part (fulcrum) resting, those pivoted for the lateral thrust, on the other ring of the central axis. or s. weight; with or without connecting spokes. 4.584 As above from 3.660 and especially from 4.582 and 83 also this self-rotating with pendulum (weight) or without, in pairs or not, with or without connecting spokes between the two concentric wheels, with or without tie rod (therefore also only rope and weight) I claim this self-rotating device with tie rod that embraces the bicycle with or without weight and the two tie rods on the same side (left in the hypothesis of clockwise motion) one on the long arm of the 1st type lever pivoted on the medium wheel na and with the short arm against the r.magg. (circumf.ze, rims) and the other end of the spoke traction (oblique, hook) of the r med. which in turn drags the same by virtue of the crossed loop on the bicycle of the tie rod which rests on a central axis ring and with it pulls and drags the major r. rim of the major, as in n.4.583: single tie rod, eccentric; = 4.585, with second fulcrum-bicycle on the rim of the median r, and short arms against the first or second half of the circumference of the major joint. CLAIMS (4) 4,586) As above in the previous n. 4,585, and the others from n. that precedes it 4.584 and the others, we claim each self-rotating with or without weight; but above all made with tie rod joining two concentric wheels and an external one (wheel, bicycle or rim, whose peculiarity consists in meshing together with the middle wheel a belt crossed, then synchronized with the engine system) two wheels joined sideways by the tie rod that starts from the circumference of the major embraces the median after the crossed turn around be bicycle (or circle) of its circumference, with a proba power, F = A + B + C, where A, is the initial eccentric thrust, B, the thrust of the other bicycle, with lateral support only, C is the thrust - pressure of the crossed belt pulled by the other tie rod , with two teeth for meshing the belt, which remains in the starting position, and a spoke on the outer ring of the outer wheel; or the inner one, with or without another hook. 4.587) As above, also this self-rotating with a single large wheel and a (eventual) central ring = median wheel for secondary fulcrum of the angled lever pulled on the long arm by a weighted rope and / or by stretched spring (or other tie rod), which embraces a ring along the circumference .? za (ring of bi = cyclo or only circle) neutralized by the head of the tie rod in circumference; and short arm against said circumference, pushed aided by the fulcrum angled spokes of central ring; with or without weight in the large external bicycle (use Newton pendulum or in pairs). 4.588) As above from no.4.469 onwards up to these two wheels with double eccentric traction from the largest to the bicycles of the med.a glrl crossed and another passage for closed circuit of the tie rod. 4.589) As previous but with two overlapping levers against one of the two circumf.ze; also in pairs, with or without weight; with or without connecting beams.