ITMC20000052A1 - CROSSING ROUND ON A CIRCUMFERENCE BICYCLE TO BLOCK THE REACTIVE STRENGTH OF THE TIE ROD. - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled "INORO CIRCUMFERENCE BICYCLE CIRCUMFERENCE TO BLOCK THE REATTI VA FORCE OF THE TIE ROD"

SUMMARY

Unlimited energy for alternators, machines and pumps.

TEXT of the Description.

Fig. 4.154 (like many previous similar or identical ones) shows an F. FORCE equal to 10, algebraic sum between cm. L0,3-cm.0,3, or difference between the two rays of the active head, on the long arm of the 1st type lever pivoted on the rim of the r.med. and with the arm short against the rim of the major circle and the very short radius of the finish line on the same after the crossed circle in the center, and also on the bicycle in larger circumference, which prevents (see the double arrow) the tie rod from go back: in vain he asks for the rope, which contracts against the larger wheel, pulling the radius of 0.3 cm. After all, a traction at the limit of the radius, with A = tro almost in the center, the superiority is obvious of the first. You are stupid (you) in front of the insensitivity (so evident) of our many interlocutors, including USA and D; not excluding those of GB, I, J, F; or they are blind.-Fig. 4.155 the difference increases with the double reaction on the arm of the mixed type lever on the fulcrum of the med wheel. and the two rays; with the possible weight. So even more evident in 4.156, the evidence of which is not worth explaining.

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Claims (1)

CLAIMS 4.154) Each self-rotating that like the previous ones from n. 4.080 onwards up to this point, puts the two ends of the tie rod, one eccentric at the beginning on the long arm of the 1st type lever ful = bore on the circumf.nce of the concentric median, and the short arm in thrust of the major wheel ;; and the other end on a very short radius, after a crossed round on the central ring and on a bicycle or circles foflattaccato or resting on the r.magg., with algebraic sum (in the hypothesis of cm. 0.3 = FORCE 10 cm In PAIR with consequent cancellation of the rotating friction (torque or less). 4.155) As the previous one, but with a mixed type lever, to discharging On the fulcrum attached to the middle wheel the two Reactions protected by the two Actions (equal and opposite protected by the elastic or by the STRETCHED spring, at arrival and departure, equal, on the two equal or different arms of the mixed type lever, with a short (but longer of its li.) of the same median wheel, which discharges the three forces (increased by the Centrifugation and Newton of the possible weight), also arriving on the rim of The other wheel (major in i.), after two turns crossed in the center and on bicycles-or rims (oV-of the same circumference larger) and connecting spokes (if any) between the median that pushes the . 4.156) Like the two previous ones 4.154 and 55, also this one that has the two tie ends from the two equal arms of the harvest-type lever, with the fulcrum on the median, a crisscross cycle in a bicycle C <s) ulla r. major (in the iP.) - or circle- and support in the center; and spokes of coll. CLAIMS (2) ligament between the circumferences; almost always in PAIRS (motor system) .And for the last THREE the addition of two hooks in -circumference, of the r.magg and / or of the concentric median, is worth adding to the it is on a bicycle that is on a circle; with two replacement hooks, and also hook and radius - grip of the tie rod both eccentric, both on simple lever (1st type,) and on mixed type lever (1st and 2nd), or in any case). 4.157) As above the last mentioned THREE rew. (4.154,55.56) also this 57 (also in PAIRS, like all the others by way of canceling or almost eliminating friction, even if only rotating) with fulcrum on the side of the r.med. and tie rod with hook from the larger wheel. to the rotating head of said fulcrum and final eccentric end on the other side of the middle wheel, by reciprocal cancellation of the other rope, carrying the reactive thrust (, A 'of the mol = the stretch or elastic tie) with final hook of said chord on the rim of the magg., for which F (Force) = R + R '(the two Reacts. 4.158) As above the other four last ones, this WHEEL moto = king with tie rod from the rim of the central ring for crossed lap (or two hooks) and one or more rings (bicycles) also with possible weight, and final cap on long lever arm of II (first) type, pivoted on the middle wheel and also in pairs. 4.159) As the previous figure with cross tie rod in the center by traction of a lever with a rotating head inside the med wheel. and of the rim that pushes the said lever on its long arm. 4.160) As above from n.4.080 onwards up to this MOTO PERPE = TUO with lever between two wheels, the median for fulcrum and the larger for the eccentric thrust of the angled lever rod (or not) and tie rod with rope hook / ncia given the lever to the circumf.za of the r.magg. and tie rod from the same major with radius (hook) to the long arm of said lever; also possibly PAIR, (usually). 4.161) As above 4.157 and earlier with fulcrum on r. median and tie rod pressed on the rotating head of said fulcrum and hooks of the heads from the middle wheel to the largest (with any radius of position with respect to the center, but preferably to the right in the ijipoiesis, in accordance with the motion, direction), and the antiroact rope goes from median (in a clear opposite and contrary position to the previous one, so the (almost) reciprocal cancellation, support in the center (like the previous ones, of course) and final hook on the rim of the major for which the F. ( Strength) = R R '(the Reactions). NB. ADDITION: also the previous nos. 4.157 and 4.160 have the rope with the hooks apart, and 1 * LINEAR SUPPORT, not CROSSED, on the CENTRAL END). 4.162) Vaulting rod, as proceeding after 114.080, pushed against the rim of the magg. By the chord of the short arm of the mixed type lever (I ° and II °); with the fulcrum on the median which adds the eccentric thrust of the tie rod crossed in the center, the opposite end of which pulls the same (fulcrum) flying rod; rope on the long arm with three / four thrusts in its traction; and CLAIMS spokes (4) connection from the median, carrying the two reactions on the 11th type lever filler, on the rim (against the rim) of the r.magg from which a spoke pulls the extendable part (the long arm) with a rope; and hook for the flying rod on the major wheel 4.163) The two usual wheels as above the previous n. which pushes the median with its fulcrum, and with spokes pushes the rim of the larger one again to multiply the pressure of the fulcrum and the eccentric traction of the head pulling the major with 0 without weight repositioning the tie rod between the rim and the lever arm type mi = sto; also in TORQUE, advisable to avoid the rotating friction „of the motor system. And final formula of Force: F = A R R '. 4.164) Two fulcrums or circles or double hooks or bicycles at the sides of the middle wheel with a cross-loop tie rod to get from the rim of the major one to the 11 ° type lever pivoted on the central ring, after straight support on the central ring; also in pairs at 180 °. By repositioning for possible weight on the rail or other supports D. 4 A65) 4.165) The Force is equal to the Action (A) or eccentric traction on the rim of the major, minus one twelfth of A given by the hook (spur) on the rod that reaches from the central ring to the rim of the major which pushes the rod (12 times, longer than the spur), on which the other tie end arrives after the support of any weight and the usual two crossed turns, as above.