ITMC990067A1 - THREE WHEELS TURN TOGETHER AND REMAIN STILL, WITH ECCENTRIC TIE ROD FROM THE MIDDLE CONCENTRIC TO THE TRICYCLE OUTSIDE THE MAJOR. - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled: THREE WHEELS TURN TOGETHER AND REMAIN STILL, WITH ECCENTRIC TIE ROD FROM THE MEDIAN CONCENTRIC TO THE EXTERNAL TRICYCLE TO THE MAJOR "

SUMMARY

I studied about 60 years to arrive at these designs of motor wheels capable of perpetual motion, and of free electrolysis of the two gases that are more explosive and less polluting than Ή2Ο, water, new fuel (says friar) like the n.3.454, with fulcrum halfway between the initial tie rod with winding diam. large and coming (Reaction) with the extension of the rope, after the support on the major wheel, and the pivot of one or two levers (superimposed) planted on the concentric middle wheel. In # 3.455 the Strength is 5 A, = Actions of three levers, one or two tie rods and two ropes. The n.3456 with tie rod from the main wheel to the median pushed by the fulcrum, pushed by two wheels, with or without weight in the center. The n.3.457 has the nutness of the fulcrum between a 1st lever and a 2nd type (eccentric chord), two superimposed levers, tie rod on the long arms (with or without weight), and the usual radius against the bridge of the other wheel; and equal ratios between the arms of the levers. The n.3458 has the long fulcrum inside with respect to the eccentric chord on the r.med. The nos. 3,459 and 3,460 have three external wheels that make the rim of the larger one rotate, and remain stationary, either between two sides or with a linear or crossed belt on another independent wheel.

Claims (1)

CLAIMS 3.462) As above in 3.454) each self-rotating with eccentric traction with tie rod between two concentric wheels, of which the median one also in support of the weight (if any) tightened by the tie rod and for the support (on the opposite side) of the fulcrum of stable lever with bicycles on short (-long) arms for the conversion of the tie rod whose two ends grasp the offset thrust (in external bicycle) of Action - opposite and opposite reaction of two mutually pivoted levers (or other - other figure / and geomm.) on the two rings and teeth that align between the rim of the larger wheel and one of the two rings, and the other is held by an angled rod , from the other end. 3. 363) As above at 3.454) and at the two 3.461 and 3.462 (dppi) so this self-rotating with the external tricycle and gears from this to the rim of the larger wheel, and tie rod on the medial link with rod with two supports and tie rod side from the tricycle to it. 3.464) Tricycle and bicycle at the poles and quadrangular rod with the two ends of the tie rod, rod that becomes a 1st type lever against the immobile (stationary) ring inside the tricycle in anti-fire function, and tie rod between the bicycle and the tricycle; and the rest as above in n. the previous 3,464 and the previous 3,463. 3.465) As above in 3.454) double wheel with tie rod (and / or weight) between two type II lever rods, with the same long arms (e.g. 6 cm-6 cm) and the short ones equal one cm 6 and the other almost 1 cm (in the hypothesis) and rays from the r.med. in pressure against the rim of the larger wheel and from this to the rod between the long arms. 3.466) Each self-rotating or PENDULUM with weight or with only tie rod supported by a median wheel (eccentric to the larger one) and the two ends of the tie rod on the rod side, which on the other side with an eccentric rope pulls the rim of the larger wheel or PENDULUM according to the accelerated thrust to overcome the vertical (ze: nit) and accelerated fall back to the other side. Even just external bicycle tie rod. And bicycle with weight even without tie rod. 3 .467) As above at 3.454, previous and subsequent up to this 3.467 which, like the previous 66, provides an eccentric traction self-rotating with weight or pendulum with the two ends of the tie rod (or only rope) on the rim of the larger wheel at a distance useful for relaunching beyond the zenith between two concentric wheels, of which the median for supporting the extension of the tie rod (rope alone); with or without hook or mobile rod. 3.468) As above in n.3467 and previous up to 0 each self-rotating with two bicycles at the poles of the single wheel, and four long arms of 1st type levers with teeth on a ring of the bi = cycle and long angled rods hooked into the two senses, as short arms, uni form, and the opposite Reactions (R-R) and therefore the sum of the four actions or Strength (F = A + A '+ A' 'A' ''). I 3.469) As above in n.3.466 or pendulum with the two ends of the tie and / or rope (with possible weight in the external bicycle) from r. median to the flying rod, with hook or rope on one side or angled rod under pressure on the other (right in the hypothesis). With or without a wing (radius) to support the weight. 3.470) As above at 3.454 running up to this one - 3.470 which builds a self-rotating wheel between two concentric wheels of which the larger one rests two bicycles on the outside with the two ends of the tie rod partly crossed that pull the long arm of the angled lever type I with the short arm within A major. 3.471) As the previous WHEEL ENGINE with two bicycles one on the r.magg. and the other on the long arm of the straight lever against the rim of the magg. and closed tie rod also resting on a central axis ring, and drag hooks. 3.472) Usual two bicycles on the rim of the r.magg with ti = rant crossed on the second (on the right in the hypothesis) to grasp the 1st type lever pivoted on this end and pulled by the other after resting on the other bicycle and on the medial r.with or without weight (in Centrifugation and Newton - pendulum) with the short arm against the rim of the larger the remainder both in whole and in part as indicated by the nos deposited