ITMC20090161A1 - DOUBLE PUSHING OF THE FULCRO IN HELP TO THE AUTOROTATING PENDULUM. - Google Patents

Description

of the INDUSTRIAL Invention entitled "DOUBLE THRUST OF THE FULCRUM IN AID TO THE SELF-ROTATING PENDULUM

TEXT DESCRIPTION

fig. 9.769 is not between the Newtonian pendulum, but only the wheel in which one can? Insert, attach with ropes to the poles. the pulley with weight (or in any case a weight) with another pulley support at 180 degrees, and double passage (even triple) on anelio

oentmle for opposite cancellation of the oeso in centrifugation. This Motion p. of the fig.9.769 pu? be inserted (attached) to the wheel ta of the self-rotating pendulum (Newton's, grave fall, for 180 ° degrees); Provides the pendulum with the extra thrust to overcome the zze nit, with an accelerated relapse; thrust provided by the fulcrum of the major lever, double thrust - reaction to the pressure of the short arm SIK, extended to the other side. + r) can be stretched to infinity and give greater fall to the rotating pendulum weight. The teeth for the external load. So: (l) circumf.Za of the wheel, or rims, or cylinder;

central with teeth, belt gears; on the pin; (3) tie rods, (tie rod as a stretched wheel, even in closed circuit; (4) eccentric fulcrum with action-reaction, therefore Force

(b) other circle fulcrum) 6 first lever pressure; (7) rope

Claims (1)

CLAIMS (1) 9.766) Each self-rotating or known perpetual both alone and ir aid to Newton's pendulum on a wheel, as a weight with a rope at the ceniro trough of the circumf.za and a rope that goes from the weight to the pulleys on the opposite side and then on the three pulleys in the center for splitting. =? ace and couple the radial thrust cancel it on the pin cea = trale, donrie the end of the Entro pia, Conservation of energy. Aid to the pendulum ascending the zenith from one or two fulcrums eccentrics on central ring; and from 9,000 to no. 9.777 for each possible mutual correction and / or improvement, completion-9.767) With isosceles angle tie rods on the wheel circumference 9.768) With tie rod, weight and rope from it to the two circles in the circle; za and one in the center. for the double support of the centrifuge 9.789) Two eccentric fulcrums and closed loop tie rod, either conte moto p. to only be combined with the pendulum wheel of 9.770) Closed loop tie rod count above to help pendulum with four radial opposite central thrusts on pin C. and an eccentric fulcrum for the lever under pressure and another for support. 9.771) Tie rods on fnlcri with pulleys at the base and on the angles = sides of two central circles, connected by two straps on the outside. 9.772) As s.ma with brake to the tie rods on transversal rods; and BC 9.773) As s.ma with rods in short eccentric pressure. 9-774) Aid to the pendulum with tie rods from the poles of two cross levers. 9.775) Pendulum with water in the cylinder, pulley and rope un on four other pulleys for opposite radial support CLAIMS with or without tie rods as one-off stretched springs on the poles of two cross levers, with the arms one long and one short with four uniform thrusts to the motion (clockwise in the present ip) in support of the weight of Newton pendulum in free fall on wheel for the first 130? then graduate them in assisted ascent and then each fall on the other side. no central; therefore I cancel laws such as Entropy. 9.776) Like others, this Newton's pendulum on circ. za of wheel fall serious in rotation for 130? then graduate the ascent and crossing of the zenith (vertical) weight in pulley with two rays, one against the rays of the r and the other for the ti = 1rante as a one-off stretched spring attached to the other cdpo on the long lever arm pushing the circumference on the other side and with the eccentric fulcrum in the center, or in any case, with its double useful thrust (2B) together with the weight N .. at the other end short arm A. and C.del oeso: with possible (to infinity) prolun radial alignment (of the spoke) R + R (r + r) of the E-Energy wheel 9,777) As previous s. N. 9.776, but with fulcrum at the lever on the circumference also for reciprocal support with the other lever of the weight pulley on the same circumference.