ITMC970120A1 - WEIGHT ON SCOPE EQUAL TO THE ATMOSPHERES OF THE REACTIVE PART OF THE ECCENTRIC TIE ROD ON THE WHEEL - Google Patents

Description

TEXT of the Description

As we see in FIG.1.048) the spontaneous motion of the wheel equal to the active part (A) of the tie rod and the weight

atmosphere of the Reactive part (R) of the tie rod placed at the end of the telescope attached to the central ring and resting on it and on the telescope. Fig. 1.049) adds to the epso inside the mobile ring two angled lever rods: one of 1? and a type I pressurized on the same ring and on the rim with Fig. 1 050) has a double reciprocal support of the reaction in the mobile bicycle inside the tie rod,

The fig.1.051) has the weight between the telescope and the second rim with the ends on two rods resting on each other and on the? another wheel, then joined by spokes-hooks, In fig- 1.052) _i1 plari

bicycle rod to support the extension of the tie rod inside the rim. and other transvereal support-of? synchrony Ig_fig.l.053) has the tie-rod, which ends-on-cross-against-the-aua-

figil1054 has-an-outer-bicycle ^ lla-wheel and rod. steering wheel pushed in both directions by traction

Claims (1)

wheel-as? indicated ~ by the? drawings? filed by? n0001 -al-n? -1058 sia-in-toto? that - therefore - every wheel that has " the tie rod (stretched spring and / or jack and / or elastic or other, and / or weight) combined with weight on sliding rod or telescope, equal to or greater it goes around (with its extension) a central ring with pai; on bicycles with rod resting on the telescope and the ..049) Eccentric tie rod from the rim to an angled rod le? \ L 1? type and with rope on another as lever of II0 type on inner ring than with spoke sponge the rim of the wheel. 1.050) Two bicycles at the inner poles of a wheel rim, between the central and inner ring of es3p between the two extensions of the two tie rods, which start from the rim and reach the spokes of the two bicycles, bicycles-tricycles with the inner ring free. 1.051) Mobile weight between telescope and one of the two soncventric rims and the ends on two rods resting and under ring pressure (concentric rim) .Anti-reactive angled hook on the nedeslmo ring and hooks - synchro-drag spokes. 1.052) As above in n? 1.048) but with the rod foot of the bicycle resting inside the rim of the wheel. 1.053) Weight between rim and extension of che'pa tie rod: te_da_esso-, gira_die-tro-central-ring-and-arrtlva ~ aira cross that with-a ^ arm ^ presses against the part and other tirante_pr.oyenlente? from the? center ~ e -infraction -dellaltreea = JO del] 'rod vol ante fihft with ffnrrta grab or 3rd spoke against rim (places the said rim in sections or directly, which turns with its circle on the rump.11 L.055) As above the n? 1.054) also every device or ta by a flying rod hanging between two lateral tie rods; behind a central pivot ring and that but rod from behind the outer bike. and the other tie rod center of the outer bike or from the center of the rim on the rope rod to pull a spoke of the ring, delp? rjnp, onto the rim and even on the other side of the rod on the rim, or on the void, do you know the prefix? equal (of the two ends of the tie rod on the flying rod1. 1.056) Cebtral tie rod on rod hanging from the rim with loop or in any case, flying rod on the other side if it did not have a rope to drag the rim - wheel with spoke hanging between the ring and said wheel rim. 1.057) As above at ??? 1.054), 1.055) .1.056) .. self-rotating non-pulling central on cross rod with arm against analln> pri? between the central ring (inside or outside) P on the rim and possibly a weight between the two arms and the rope or the other puller inside or outside the rim of the wheel. Rive ndi c a tio n 1 058-) Two tie rods equidistant from the rim towards the -centre of the outer sides on the same starting rim as the tie rod fdei tt.) A? Ersn the center on the ring of the pivot and 1? of dragging from the ring to the said rim-wheel. 1,059,) short arm against rod, Inclined or parallel or in any case written (resting) inside the rim of the wheel and of 11? type with long arm against rim hooks or bridge sections pivoted on rods parallel in the center (with quadrangle on one of the rings of the central pivot with joints or in any case resting on the fulcrum, with or without hook from the rim against imo from the fultcri, and tie rod lateral on long arms with or without pe; 30 (inside or outside the rim) with long arms aia Li, which however inclined (and also equally or differently fixed both on one side, on both sides or in any case, and also only against attached and short hook. n 1060 Each..self-rotating -how.-above-from-n.0001)? to the? ? .1-, 059> any _other device made with_one_or_two concentric wheels to rest on the hooks of a_f igure-trapezoid i dale-s u-t-two-rim i, and one side with hook (or not) on the central ring and tie rod ' between the two bases {parallel sides) with or without weight. 1.061) As above in n? 1.060) .but on a single rim with a single wheel) uiio or two joints, and a single eance. With or without weight. 1.062) 0 every two concentric wheels and flying rod hanging between ur rim (external in the hypothesis) with fulcrum and short arm tip) resting against the inside of the other concentric rim with hook, and eccentric tie rod on the rod after the 'appophysus Eu central ring? on a tight bike against the rim pi? large, with or without a fulcrum support hook, or fixed attachment. With or without synchronous or dragging gemei (rays).