ITMC20090194A1 - SELF-RETING CONTINUOUS PENDULUM WITH STRETCHED SPRINGS TO 1800 AND ANTI-SLIP SHORES - Google Patents

Description

SELF-ROTATING CQNTIMDO PENDULUM WITH SPRINGS STRETCHED AT 180? AND NON-SLIP SIDES

TEXT DESCRIPTION

Looking scientifically at our FIG. 9.939 do we see the SECOND wheel, spinning by itself? provides unlimited energy to electrosines and / or speed multipliers?, after 10,000 from the first die not supplying ENERGY forced atria accanar

Whence now an era of peace, development, clean, unlimited energy? ecological and economic.In particular we have:

(1) wheel circumference, also rims joined by bridges, also cylinder, and also watertight;

(2) central ring (? Nelli) with teeth for the belt of the external charge, such as generators, speed multipliers;

(3) tensioned spring (one-off) in continuous tension, held at the side by bracket aC = anti-centrifuge, with the arms and bow (for (4) weight on the pulleys such as the spring tie rod, to pull the circumference (hook ) and the long arm of the I? type lever (5) fulcrum (fulcrum? cnn action reaction (? A) and 2A 'against aneli1 of the wheel and its radius In circumf.za; (6) pulleys {7} c? ng? ila of the external load; (O) Mobile counterweight for

Claims (1)

CLAIMS (1) 9.939) Combined with the previous and following ones from n.9.500 up n? 9.955 also for any possible and / or reciprocal correction in = he? Ration (corapletamento) this self-supporting or continuous pendulum due to the presence of one or two lateral weights, which are between the centrifugation line, contained with anti-slip arches and sides * that is? to keep the weight in the center like (together with) the springs stretched two at 180?). . I know the stillness with bracket and rope BC = anti-centrifugation (also on the other side of the lever arms.), with algebraic sum ZERO between the pull on the short wheel and arm hook against the same circumf With exclusive use of the fulcrums with the double thrustf 2A -? 2A?) From drying-reaction) to = 9.940) With? above with the use of the two actions? and reactions against the fulcrums, which complete the motor system with the two thrusts on the spoke of the wheel from the ring 9.941) Self-rotating with visible one of the two counterweights a.180? in function ani (the arms (and / or a ci? of the leverf of the two parallel levers or almost 180?) without weights - with arched supports. and Meri in thrust eccent r CLAIMS (2) 9 942 uno o du e ti ra nt ica rr ucol a ra d ia leincirc on for "eccentric use of the? Fulcrum, carrucoal with or without brake afl? = For anti? C Ivo Io con. Raditi e cords nulialeje rods (staTfe) BC? - 9.943) As above others, this wheel that turns with four eccentric thrusts: one of the fulcrum at the top right (in the 1ip.), the thrust on the circumference of the inner arm of the cross lever; (C) of the rope (or hook under pressure) from the short arm (here elongated) of the first lever; (O) angled external arm of said cross lever; with tie rod or linear or circuit eh? bracketae BC (anti-centrifugal; double torque at 180 (if applicable). 9.944) Double tie rod on the side of the wheel with two carriages on the other wheel, radial and sides, with crossed turn (at ????.? NonisuHe two pulleys, from below on the second. 9.94S) Tie rod with between pulleys on the larger wheel; and rod and tie rods (two (four at 180?) on the two sides of the lever (rod) and pushed on the eccentric fulcrum, in preseione (spokes) on the r.magg. stirrups BC and oeso nobile on a folded rope with a short arm (ne alTimbrato of the lever that pushes with the pivot.; three radial pulleys esos tegnopassaf gel initial tie rod e.946) Wheel with tie rod on the sides (two pulls at 180?) between 1 wheel (hook in circ.fza) and central ring, with or without weight between two anti-slip rods, and brake on the other side agrees fnonwiiita tea pulley radial and long radius of the arRils with or without angled radius and radial chord of the pulleys CLAIMS (3 9.947) Queto and others self-rotating with the brake of the unreal part of the tie rod with crossed or linear chord (as here) from the radial ola in circumference to the two sides of the radius length3: i? between the beginning (double thrust) and the end of the spoke (half thrust) of the central ring with traction equal to that of the wheel; ; on hook (circle or rod) for synchrony of the two rings cc. It rolls up to the radial vertex (the hook) and also the eventual corla. .9 ^ As above self-rotating with tie rod (with tirra.a 130? Two? Be same of the spokes of the wheel of two radial pulleys with or without radius is the radial chord, for opposite passage - on the 180 "pulleys of the rope that brakes the other hiatus long part of the radius (opposite corresponding to the other colia of very strong brake on the negative reaction cen between the rotationally rotated latch of the hook 9.949) Square of the forces in eccentric thrust, for the end of the other side on pulleys in circumf.za at 180? with sides and radial hooks; single tie rod also on the other two pulleys in the force square and four radial supports BC = antiCenirif. fugitives with continuous closed circuit tie rod and arch BC. 9.950) Single tie rod or two closed circuits on the two, one on the wheel and the other on the lever rod on the pulleys CLAIMS (4) two hooks (or fixed) with radial connections or sides on the side; and connection rag ;; i (also 30I0 radius). 9.951) As above with arches BC =; from fixed lever rods, with short arm under pressure and supports with angled spokes and ropes or with rope from one to the other 9.952) Two tie rods anyway such at 180? from the circumference one pole of a cross lever with another rope tie on the yoke of the central ring after passing on a pulley hanging in the center of the circumference and the two arms of the lever at c. with the two pushes in cancellation for mutual support; sides on the sides useful and belt from the teeth of the first in the central for load 9.953) Fulcrum almost in the center of the circle (or wheel, ta or cylinder or other fig.geom.) almost in mutual support, but the tips of the lever rods pushed with the long arms both fixed and soft (movable) inside grooves (hooks) and also ropes from the other: tro arm of the levers on the fulcrums at 180? or almost, for En = A + A1 9.954) Sophisticated support of the fulcrums and tie rods on the other lever for the two final thrusts against the other, lever both mobile that fixes, with the other arm more? long against wheel, 9.955) Angled fulcrums attached to cross lever rods with the. external against the circumference of the toothed circle or for the load belt as for generators or speed multipliers, with central support of the internal arms, both fixed and mobile.