ITMC980093A1 - RENEWABLE CLEAN SILENT ELECTROGEN WITH RENEWABLE CLEAN SILENT TRAZELECTROGEN WITH ECCENTRIC TRACTION OF MOLLASTIRA ION ECCENTRIC OF MOLLASTIRA - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled: SILENT CLEAN RENEWABLE ELECTROGEN WITH ECCENTRIC TRACTION OF STRETCHED SPRING,

SUMMARY

Unlimited energy for alternators, tanks and pumps.

TEXT of the Description.

Figure 2.544 shows a self-rotating system made with a large wheel from whose rim an eccentric tie rod (stretched spring) starts, which rests on the rim of the middle wheel by means of three bicycles, two small, equal and one large, tie that after such rests back on the short arm of the lever rod, with the fulcrum resting on the central ring spoke, which then pushes the ring, or rather the spiral of the tie rod and therefore the rim of the wheel, which has the same or another ring on the axis.It seems that the thrust is equal to the sum of the two arms of the lever of 1? and of 11? type, as the circle: pushes the long arm with the active check of the tie rod, while the negative (reactive) thrust becomes active on the short arm of the same lever rod.

Infinity means that the radius of the big wheel and therefore the long arm are unlimited, Fig. 2.545 rests the fulcrum directly on the rim of the big wheel. Fig. 2.546 extends the long arm. outside the rim. Fig. 2.547 reduces the bicycles on the median to two

Claims (1)

, and claimed, both in whole and in part and with variable attitude of the useful parts for the purpose of the autorotating, and this similar system with eci centric traction departing from the side of the rim of the wheel more? large and resting on the rim of the median with or without weight in radial centrifugation (and its damper), with the end end of said tie rod, any on the short arm of the lever rod must be pivoted on a central axis ring radius and opposite corresponding radius against said rim, to join the spin tadel / long arm (at the end, as the radius of its wheel rim) tarmite hook or bridge of sect ;. 2.550) As above in n.2.549, eccentric traction from one circles with fulcrum ring radius against short lever arm with pressure on the long arm, and rope on the short arm against the fulcrum ring to reverse the thrust in the direction of the me. 2.551) As above in nos. 2.549 and following with brake of the reactive part of the tie rod, eccentric at the start on the rim, api = resting on the middle wheel to pull the lever pivoted on the rim outside the rim and out of the right arm angled behind a ( or 1?) axle ring (central). 2,552) As above in no. 2,549 et seq. with possible weight and eccentric fulcrum resting outside or inside said rim. 2.553) As above from n.2.549 and following? Also this system or wheel that turns by itself with the help (support of the tie rod and / or of the weight tightened by the extension of the tie rod or rope) of a central concentric wheel? Of the eccentric starting tie rod on the rim of the major and arriving on the lever rod with fulcrum - rod for also another lever rod with its short arm against the median wheel and against, from eeea, the fulcrum already? pushed up by the initial force of the tie rod on the rim. B rope between the two lever rods: from the short arm of the first to the long arm of the second. 2.554) As above n.2.553 I also claim this device with tie rod on the left and on the right the fulcrum on the side (sloping) of the medlana wheel (rim of the), which with a hook pushes the spoke attached to the ring of the axis c. and resting on the cer? chione against which the angled tip of the raised arm of the lever pushes it with the tie rod on the long arm and the median bulla edasta Oblique on the long radius, from splng? re against the rim. 2.555) Weight and tie rod to deetra (or without weight) the tie rod alone? ? from rim to rod lever pivoted on movable rod with foot on parallel rod, pushed on the long arm by the rim, by angled corner radius from the median wheel on which two ropes weigh, one of which from the tip of the first lever (or only one). 2.556) Lever pivoted on the rim of the eccentric tie rod and cord fulcrum on the axle ring, with spoke against rim. 2.557) Pulling from the tip of the long shaft planted on the chlone rim to the lower part after placing it on the middle wheel (see above from 0001 to 2.555) and eccentric on the rim and / or on the foot of the long shaft. or with support in the center. 2.558 As above in no.2.557 rod resting inside the circle balanced on the right side by double support of the rod with bicycle for passage of the tie rod on the bicycles fixed to the center and arriving on the long arm. 2.559) As above in n.2.549 and following up to 2.558 above. side-spacing bicycles. tightened by the final tie-rod that grips the long arm of the lever to push the short arm against the rim. 2,560) As above in n.da 0001 to n.2.559 both in whole and in part and with variable structure of the components useful for the purpose of the self-rotating one. Also this wheel that TURNS ALONE for the Re tion (R) made with rod; on the rim side by the Action (A) or pushed upwards by the short (but long) arm of the spinneret lever (or in any case) on the aforementioned eccentric rod and its. long (but short) arm pulled by a spring stretched with weight (or any other tie, such as jack or elastic) with the other end tie at the same distance from the center on the rod resting in the center of a ring (or of the wheel ring ). 2.561) As above in 2.560 each self-rotating system made CLAIMS (4) with two concentric wheels (or only one) of which the middle one for the position or support of one or two bicycles - for black support the rope (extension) of the tie rod. it (force) by means of a hook or bridge of sections the moon arm of the lever rod pivoted to the center of the ring (single) or one of the two) and ends = sce (the extension (cord of the tie rod) on the tip of the brace: o I short of said lever rod, which can be extended indefinitely like the radius of the same large wheel, with or without a rope joining two of the (possible) three bicycles on the middle wheel. 2.562) As above in n.2.560 and previous up to n.0001 each single wheel self-rotating or two concentric ones (even the median? (Almost) smaller than the ball bearing of the wheel on the axis if (eneilo on the axis) , with the eccentric tie rod departing from the rim and arriving on a lever pivoted on an oblique or straight rod with rope on said inclined fulcrum and with its short arm in traction? push of median wheel, which pulls the eccentric rod, with or without other support poles of the first fulcrum. 2 * 563) As above at no. short (even 10 times, more or less and infinite).