ITMC970006A1 - MUTUAL GROWING REACTIVITY- ACTIVITY OF TWO BICYCLES ON DOUBLE PAIR OF FIRST KEY LEVERS - Google Patents

Description

DESCRIPTION OF THE INVENTION MUTUAL INCREASING REACTIVITY -ACTIVITY OF TWO BIKES = CLI ON A DOUBLE PAIR OF FIRST TYPE LEVERS

SUMMARY

Unlimited energy for alternators, machines and pumps TEXT of the Description

Fig. 194) presents the miracle of the energetic segmentation of two bicycles with first-type lever-rods resting on two-lever levers, also parallel and pivoted on a ring by the central pivot, also as a function of first-type levers, in how much the support reaction triggers the short arm that doubles the draft of the active part of the tie rod, spring stretched, and unloads the force on the long arm of the bicycle, which with its short arm already? pressed against the rim of the wheel, for the active traction of the tie rod between its long arm and the long arm (however the ratio between the two arms, as a function of ...) of the rod resting on the central ring, with equal force to the (almost unlimited) power of the tie rod. Those who want greater powers use the weight of Newton and Archimedes, united fig. 195, or alone, figs. 196) 197

Claims (1)

CLAIMS 184) Bicycle with rope and / or tie rod on rod that rejects due to reaction effect on rod pivoted in the center = long rod of the tricycle (or bicycle) at the corner of the tie rod, with another rope for the rod pivoted on the wheel rim and pivoted (the other long rod of the bicycle) on the (other part of the central ring. which rests its straight thrust, bicycle with another spoke against the rim, tlrante outside the tricycle to the fact with stretched spring and / or cin gravel and / or jack and / or weight or other elastic. 185) Tie rod with support rod on the large ring (concentric wheel), one hook on the rim (or bridge on sections) and muted support of the other two spokes of the bicycles. 86) Tie rod from the lug to the rod = lever pivoted in the center after resting on the bicycle with short arm rope and on the bicycle on the wheel rim 87), 188), 190) As above at 186) with variations for the long arm outside the rim, or to rest the bicycle on the rims in the center. 0) Four cone-centric wheels (or sections-plane) to support the reaction action of the bicycle in square forces from the tie rod to the long rod ch? paired at 180? ? pushed by the other ring with the tie rod, and a third ring for the hook at the tip. So that the short spin prevails over the long spin of the bicycle on the large action rim - reaction equal to zero. 191), 132 192) Bicycle or concentric wheels or double traction lever rods on the long arms, more? or less pa-. decelerated or spread apart with variations not of the rod pivoted on the rim but of the other in the center with or without other tie rod or weight from the rim to the bicycle hanging between the rope of the short arm of this second to that of the first on the rim. 1G A Pair of bicycles with one spoke against the rim of the wheel (or bridge of sections) and the other pulled by the weight tie rod on the lever rod centered on the other side, and which receives the re = active thrust of the another bicycle centered on it. 195) 196) 197) Newton and or Archimedes under pressure from inside the rim resting between the linear or crossed belt and the inner part of the wheel rim, belt resting on two or three wheels (fixed on the wall) with or without a sliding channel for pressure supports variable. Lateral "bicycles", or ball bearings, or CEI, or any other geometric figure such as a cross or the like, as in fig. 198) with double pair of lever rods two pivoted to the and two with poles from said lever rods pivoted to the center, on the ring of the wheel or other of the central pin