ITMC20000103A1 - SELF-ROTATING TURBINE FOR ECCENTRIC TRACTION EVEN IN PAIR OF LEVERS BETWEEN ONE OR TWO WHEELS. - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled "TURBINA

SELF-ROTATING FOR ECCENTRIC TRACTION EVEN MISSING LEVERS BETWEEN ONE OR TWO WHEELS "d

SUMMARY

Unlimited energy for alternators, machines and pumps

TEXT of the Description

The self-rotating 4.389 is made with two tie rods equidistant at the start from the circumference of the larger wheel. and arriving on the two long arms of the two 1st type levers, one pivoted on the central ring and the short arm (other spoke) against the median wheel ring with a spoke like the circle outside the median, meshed with it, and the belt crossed by 'fulcrum ring to the outer circle fulcrumed on the crossed strap, therefore with Action-Reaction on the circumf.za of the med. may be replaced by a large bicycle, held by the said (double) tie rod, with any bicycles on its sides for you to better adhere to the rim (or sections of). SPRINGS STRETCHED, they do not function as accordion bellows (Up-down) but remain (miraculously) always stretched, as the two opposite arrows indicate for ten decades: (ohibò).

Fig. 4.384 also has two equidistant tie rods: one from the major. central ring and spur (fulcrum hook on which press the other tie rod attached to its long arm, the short of which goes against the med.

Claims (1)

CLAIMS (1) 4.431) Turbine or self-rotating with two wheels and a tie rod as a stretched spring (always exactly such) from the larger wheel to the med. and back on the major after the support passage on the external bicycle of the two joined by a lever rod, with the hook (sect. bridge) on the upper part (long arm) and the other bicycle resting on the middle wheel; also in PAIR at 180 ° ; with or without weight; with or without connecting spokes between the two circumfences. the remainder as above from n.3.360; and this (this claim) as for the others (also for the other revisions) up to n. 4,436. 4.432) As above in 4.431 two concentric wheels with a first lever pivoted on the r.med. and tie rod from its long arm to the short one (but also longer) by means of a bicycle with a rope and with another fulcrum for the lever which with a short rope pulls the other side of the r.magg.E with a hook from the r.med.a support of the second fulcrum With or without weight; and other as above. 4.433) As above number 4.432 but without the first lever, and hook with rotating head supporting the fulcrum of the external lever. 4.434) As above the previous ones and this self-rotating one which joins an arch with two bicycles leaning to the r.med to the two wheels. and inside the major; in pairs at 180 °, and rope from the short arm of the 1st type lever, at traction of the major wheel. 4.435) As above in number 4.432, but without the weight and short arm of the second lever with traction elongation of the r.magg. 4.436) As above the others these two wheels and tie rod from CLAIMS "(2 major to the short angled arm of the 1st type lever. and the other isu small central ring, 1st type lever pivoted on said bij {cycle of the r.med. and pushed on the long arm by the hook of the {major wheel. With o s. weight, even in pairs at 180 °; with or without connecting spokes (or rope or other). 4.437) As above the last 10 drawings claimed this; self-rotating that imitates the two levers, one of the 11th type pivoted on the side of the median to cover and overcome the reaction of the second 1st type lever, pivoted on the same r.med. and that with a short angled arm pulls the spoke of the central ring which, with its corresponding opposite, pushes the rim of the r. major whose reaction is absorbed by the central ring, and canceled if in PAIR at 180 °, pair of the tie rod, which forms a triango = the isosceles, with the apothem (hinted at) by the bicycle on the fulcrum of the first lever in r / .mediana, which is also the vertex; at the sides or angles of the base the two tie ends: one on the rim of the larger wheel; and the other on the long arm of the second one goes of the 1st type. The possible weight could be inside another turn of the tie rod around the middle wheel of the two sides or prolongations of the continuous tie, or stretched spring (without bellows on- off), but like a rubber band in continuous tension. With or without hook or bridge from the med. to the long radius against the circumf. CLAIMS (3) 4.438) As above in 4.431 up to 3.360 and following up to 4.448, I claim any autorotating or turbine or device that rotates by thrust - internal motor, both alone and in torque at 180 "(in order to avoid any friction when flying) pushed by an eccentric tie rod between two concentric wheels, with external lateral bicycle on the largest (or single wheel) teeth and other anti = reactive lever above with tooth or two lateral hooks, oniente; lateral traction rope of the only circumf. and strength. = 1 + 2+ 3- 4. 4.439) As the previous one but on the middle wheel connected to the A major by spokes or chord or other Possible weight or torque as in 4.440) As previous with, 1st type transversal lever above The 11 ° lateral type lever; two other 1 ° and 11 ° levers, and connecting rods; and two crossed turns on the med. and in the center. As previous from 4.431 onwards and this with lateral, angled and fuicrete on the cross-ride bicycle, and a pole on the rim side; possible weight as usual above. 4.441) As above from 4.438) transverse lever on bicycle or circle pulled to the side by the final garment after the two cross turns the short arm angled three times against axis c. 4.443) Two opposite levers in circumference and single rope against wheel. The remainder as above. Equidistant fulcrums, opposite in said circumf. crossed gravel on the central ring and another leneare between the two rims on a single, self-rotating wheel. CLAIMS (4) 4.448 (4.445) Self-rotating as above between two wheels with two tie rods on the same side, one in departure and the other in arrival after support on a rod bicycle with the other inside the r.magg. at about 180 ° from the initial head and support in the center and cross-over on the bicycle of the mediana.Resto as above, 4.446) As previous and the others above, but with a mixed type lever on the side of the mediana. and eccentric chord from its short arm, and doubling of the eccentric fulcrum, with F = A + B + D + E 4.447) As above from number 4.438 with the two tie ends on the same side of major (as above 4.445 and 4.446, but with only support on the rod with two bicycles, with or without anti-slip tooth inside the circumference of the magg. And a second support on a central axis ring, free; cop or without connecting spokes. Torque at 180 ° or less, and rod with bicycles in the middle between the two wings of the rope - extension of the tie rod. 4.448) As above the previous ones and this with tie rod from the long radius of the median return to it on the other side, on the spokes: connecting with a bicycle or hook after resting on two bicycles with or without weight, the second with two side bicycles, for the increasing eccentric centrifugation; possible brake with a niche of any geometric shape. 4.449) As above from n.3.660 onwards and this device with double external le = with four support points and the other end pulling at an eccentric start on the circumference of the larger wheel. And passage on three bicycles, one on the r.med. in a crisscross loop.