ITMC960110A1

ITMC960110A1 - RIM ON WHEEL UNBALANCED BY HOOK ON RING PRESSED AND UNBALANCED BY TIE ROD IN PRESSURE FROM IT TO TWO POINTS OF THE RIM WITH O

Info

Publication number: ITMC960110A1
Application number: IT96MC000110A
Authority: IT
Inventors: Raniero Seri
Original assignee: Raniero Seri
Priority date: 1996-10-14
Filing date: 1996-10-14
Publication date: 1997-01-14

Description

DESCRIZIONE dell'Invenzione DESCRIPTION of the Invention

CERCHIO SU RUOTA SQUILIBRATO DA GANCIO SU ANE CIRCLE ON WHEEL UNBALANCED BY HOOK ON ANE

PrREMUTO E S.BILANCIATO DA TIRANTE IN PRESSIONE DA ES= SO A DUE PUNTI_DEL CERCHIONE CON 0 SENZA BRACCIO IN. PRESSIONE LATERALEDI UN - PUNTO- PrREMUTO AND S. BALANCED BY TIE ROD UNDER PRESSURE FROM ES = SO TO TWO POINTS_OF THE RIM WITH 0 WITHOUT ARM IN. ONE-POINT SIDE PRESSURE

RIASSUNTO SUMMARY

Energia illimitata per alternatorimacchine e pompe. Unlimited energy for alternators, machines and pumps.

TESTO della Descrizione TEXT of the Description

Il Titolo si riferisce alla fig.17) e 19),che hanno'. il tirante appeso agli stessi gradi,rispetto al cen tro,del cerchionegrande della ruota,che gira su perno centrale.col .suo anello,che in fondo ha un gan. ciò(inizialmente.al centro,sbilanciato dalla parte opposta dell,'anello(cerchio)inclinato (a destra in questa ipotesi).Il tirante abbracciando il cerchio inclinato spinge da una parte il cerchione grande della ruota dalla parte opposta,anche se i due capi del tirante sono appesi sugli stessi punti,gradi del_. cerchione.Con o senza un braccio arcuato o retto che preme contro l'altro capo del tirante per spin^ gerlo dalla parte opposta all'inclinazione del cer='__ chio.L'ultima fig.20)presenta il tirante che abbrac_ eia l'anello e coi due capi preme su asta inclinata. The Title refers to fig. 17) and 19), which have '. the tie rod hanging at the same degrees, with respect to the center, of the large rim of the wheel, which rotates on a central pivot with its ring, which has a gan at the bottom. this (initially in the center, unbalanced on the opposite side of the inclined ring (rim) (on the right in this hypothesis). ends of the tie rod are hung on the same points, degrees of the rim. With or without an arched or straight arm that presses against the other end of the tie rod to push it away from the slope of the rim. last fig. 20) presents the tie that embraces the ring and presses with the two ends on an inclined rod.

Claims

CLAIMS 1) Any self-rotating with tie rod pressure (spring pulled and / or jack and / or weight or other elastic) between two wheels, or wheel rims, or rim and central pivot ring, with parallel rods for the tie rod, and at 90 ° for pressure, with or without other angle, with or without other drag hooks or rope, 2) Three or four bicycles on central ring co.lle = gated by the tie rod, with or without hooks on the ring or 'support, and rods from the other ring in mutual and final pressure on the rim, and the rest as so = ira at n.1 °) ", to which the successes = vi 18) numbers of Claims are also connected, 3) Two concentric wheels. unbalanced by parallel rods-levers also in internal reciprocal pressure, 4) As above in 3), but a rod-lever pivoted on the spoke in the center, and strings on the other side, as in 3). 5) As above in nos. 3), and 4), but with only one rod of the second type - pressurized on three concentric wheels and long radius on hook or bridge of sections. 6) As above-in nos, 1), 3), 4), 5), but pivoted on the vertical rod, and relaunch at the center of the lever rod of the first type, against the short radius and relative long opposite. 7) As above in n.2) but with only two bicycles (or net ball bearings, larger and tie rod on the final rod. CLAIMS 8) As above in n.7), but without the dragging lugs, and support on hook or slot. Of the circle pe, or section bridge as above in n.7.), And short push of the first type lever against the other di.29 9) As above in n.4) and n.5), but with the fulcrum at the side of one of the three concentric circles and hooks. 10) Eccentric tie rod from the rim, to a circle resting between two rings to block the re = action action by means of rectangle rods on the other side. ll) Each self-rotating with tie rod that embraces a central ring (free or not) and pulls at the two sides an angled rod on the same side as the stronger tie rod, which on the other side presses on the rim (i.e. on the center) and on the pUn ^ a of the. vertical rod. 12) Crossed belt between two rims that hold two concentric wheel rims (or sections, always intended) and bicycle on the external one with cross tie on the central ring and side of the other rim and hooks for mutual support ( or rope). 13) As above in n.10), but without a circle, and only one central ring and hooks for driving spokes. 14) Spreaded rods for the tie rod, one of which with double function, . first and second type with two rods and rope between two central rings. CLAIMS 15) Two rims resting on the outside of a wheel unbalanced by internal lateral bicycles and tie-rods from behind a free central ring joined together two ends of the same tie-rod inside, or in any case, one of the two rings of the bicycles) with or without external belt meshed on the two rims and two more lateral wheels. l6) Two tie rods with the same degrees of the rim_. (each couple start) to embrace two circles. inclined on the opposite side of the hook, which latches them to the two sides of the central ring and support with hook on the tie rod, or its extension. 17) As above in n.16, but with only one inclined rim and buffering from the rim to a tie rod. 18) Wheel with ring - which supports a tie rod that pushes two bicycles, one of which from inside a rim, against the wheel rim and rod with one, two or three hooks on the tie rods (final extensions) and rope from one to one bicycle. 19) As above-in nos. 16) and 17) and curved arm from. rim to the tie rod, or to the rim. 20) Any unbalanced self-rotating rod on spoke; of one of the two concentric wheels, while the first! in the center it cancels the inclined rod resting on its rim pressed on the tip of the vertical rod by the tie rod from behind a central ring.