ITMC20000093A1 - ECCENTRIC TRACTION BETWEEN TWO CONCENTRIC WHEELS, TWO LEVERS, CROSSED BELT, TEETH AND CONNECTING BEAMS, 180 DEGREE TORQUES WITHOUT ATTRIT - Google Patents

Description

DESCRIPTION of the Industrial Invention entitled: "ECCENTRIC traction BETWEEN TWO CONCENTRIC WHEELS, TWO LEVERS, CROSSED BELT, TEETH AND CONNECTION SPOKES, 180 ° TORQUE WITHOUT FRICTION"

SUMMARY

Unlimited energy for alternators, machines and pumps.

TEXT of the Description

The self-rotating 4.389 is made of two tie rods equidistant at the start from the circumference of the larger wheel. and arriving on 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 the fulcrum ring to the outer circle was on the crossed strap, then 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 the sides for you to better adhere to the rim (or sections of). STRETCHED SPRINGS, they do not function as accordion bellows (Up-down) but remain (miraculously) always stretched, as the two opposite arrows have indicated for ten decades: (ohibò).

Fig. 4.384 has two equidistant tie rods: one from the magg. 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 r.med.

Claims (1)

CLAIMS 4.384) Each autorotating as the precedents from n. 3000 up to this fact with two conc. to the bicycle on the median, which remains motionless due to the crossed gl ro of the tie rod, which rests on the central ring and reaches the (spur) hook of the fulcrum activated by the other ti == rant than by the major (equidistant (45 ° - 45 ° "from the central 0 °) to the previous one arrives on the long arm of the 1st type lever, which pushes the other side of the middle wheel. Also in pairs at 180 °; and with or without weight (bicycle that joins the two ends) . 4.385) Like the previous one 4.384 but with the weight that unites the two tie rods in one, bicycle on the median with a crossed turn, as on the central ring and arrival on the long arm of a mixed type lever, pivoted on the hook in the short arm of the other lever (l ° type) pivoted on the side of the med. and with a long arm for the two motions (horizontal and vertical) of said long arm. Therefore (if PENDULUM with N. = Newton) we have a Force = A + B + D + E + G + H N. = Newton, excluding PAIRS at 180 °, as always foreseen; and also without weight). 4.386) Like the two previous NNs, the two wheels joined by the circle (with or without tie rod) join the weight to the two oblique spokes from the largest to the median, with a transverse passage; and connecting spokes (or other) between the two wheels. 4.387) As above at 4.384 and following also this author = many with rope (with or without tie rod) that embrace the on the major ... passes to fix the median Bulla bicycle with crusader In. Turn, and a head grabs the arm long lever of 1st type, blocked on the other end with spokes or the same circle, (bicycle ring in r.med.) exploit the two reactions on the rim of the mediapa, which with spokes pushes the magnet as usual in pairs (if applicable) and with or B. weight; with tie rod and one or two-cycle rims on the largest or common 4.388) Like the previous ones and the following 4.389 there is in addition the crossed belt that transmits with tooth (teeth on the two circles the motion of the outer circle, or 1st type lever; and with its hook (bridge of sections) its thrust to the major; with extended radius from the ring to the outside of the median; with or without weight on the lateral tie rod (also in pairs at 180 °). 4,389). As above at 4.388 the two tie rods equidistant starting from the major and arriving at the median through the short arms (one spoke and the other teeth, or other) of two 1st type levers on whose long arms the two tie rods arrive, one pivoted on a central axis ring, and the other on the cross belt running from the rim on the outside of the med. to the ring — I was on the other lever, which together push the largest wheel or self-rotating motor system with spokes from the middle. 4.390) As above from 3.660 onwards up to this conge = n and subsequent (... up to n.4.396) each self-rotating with motor system, both in torque at 180 ° and alone. (with or without weight, or with weight but with or without tie rod, with or without connection in the hypothesis - almost always - between two concentric wheels, up to n.4396) made with eccentric tie rod by r.magg. to the med. two crossed laps one on the bicycle (or circle) in r.med. and one on a small central ring and final head on the long arm of a mixed type lever (I ° for the short arm, angled with rope in traction of the med. wheel, and 11 ° for the use of the R. = Reaction along the circumf.za of the r.magg.for which F. = A + B + R (+ N.). N. = Newton, possible, if without the PAIR. .4.391) As previous 4.390 with the two ends together on the same side, and two bicycles on the median in opposite thrust, for which D-B = 0; and F = A + A (the sum of the two Shares or heads). 4.392) As the previous one, and the 4.390 with the two tie ends on the same side, after the crossed round on the central ring of the central axis and the two opposite bicycles on the median. 4.393) As above, but with two levers on the same side of the magg., After two or three laps crossed on two or three bicycles in the middle and in the center, for F = A + A 'A' '. 4.394) As the previous one with the two levers resting together on the same side of the major with balance wheel without bicycle, one single bicycle on the median, and two crossed turns, and connecting spokes. 4.395) As above, there are two type II0 levers on the sides with fulcrums with rotating heads and a bicycle on the median by opposing one and releasing the other lever in a clockwise motion. 4.396) As above, no. 4.395 with 1st and 2nd stage movable lever ti = po pivoted with hook in the center, and two cross-over passages.