ITMC970113A1 - SELF-ROTATING FOR ACTIVE UNBALANCE OF AUCTION WITH TIE-ROD WITH REACTIVE PART CANCELED IN THE CENTER WITH RIGHT ANGLE SUPPORT COMPARED TO - Google Patents

Description

Description of the Industrial INVENTION entitled: "AUTOROTAN-TE FOR ACTIVE UNBALANCING OF ROD WITH TIE ROD WITH RE PART = ACTIVE CANCELED AT THE CENTER WITH RIGHT ANGLE SUPPORT WITH RESPECT TO THE TWO CENTERS"

SUMMARY

Unlimited energy for alternators, machines and pumps.

TEXT of the Description

Fig, 1015) shows us a self-rotating one with an eccentric tie-rod which leaning against the central ring pulls two long arms (even if very short on the two bicycles in the rim) whose short arms (very long pift of the short ones) join, one in eccentric traction with rope and the other against its rod. FIG. 1017) has two rings in the center, one of the wheel and the other for the support of the tie rod, which has the active thrust resting on the spoke of the rim and the other end on the same rod angled towards the center at 90? rtamite bicycle on the rim?

FIG. 118) (1.018) in addition to the tie rod - stretched spring - has the weight as a function of rotating pendulum FIG. 1019) has the reactive part

in the direction of the center on the bike almost. Fig. 1.020) as

fig. 1015 has the two-R + R (Reazroni ") in the useful direction on the rim, placing the active rods or short arms in the center. The F ign.1.021 a rim pushed against an internal bicycle wheel pulled by a stretched spring resting in a rigid ring and on the rod

Claims (1)

CLAIMS 1.015) Each self-rotating one - as indicated by fise.000 A1) up to n.1.022), and in particular a device with the tie rod that turns in a central pivot ring to pull the two long arms of levers by 1? type pivoted on the rim by means of two bicycles, whose short arms one pulls the eccentric rope on the rim and the other pushes the rod (short arm, but longer than the short one). 1.016) The tie rod from the two ends from behind the central ring against the lever rod of 11? type, at an acute angle to cancel the negative pressure on the bike in the center and save the active pressure in the direction of the lateral radius of the rim. 1017) As above in n / 1.016) but with the lever rod curved or at least angled and above one of the two rings towards the cebtro. 1018) As above in nos. 1.015), 1016), 1017) but with the weight in the tie rod, be it a stretched spring or a jack or other elastic. 1019). As above No. 1018) and following, but with two concentric wheels, albeit joined by driving spokes (hooks, or rope), of which one rim for eccentric support and the other for bicycles and cancellation towards the center. L.020) As above in 1.020) that is? at n.fc 1.015) but with the two 3 + Rs (Reactions) from the bicycles in the useful direction on the rim with the support of the actions (A + A) of the short long arms in the center. 1.021) 0 each rim and two wheels joined by gears such as the unbalanced rim from the rotating head to the tie rod end with the other end on a rigid rod fixed to the ground in the centrilfi wheel pin CLAIMS (2) with belt that meshes with the higher thrust of the outer rim and transmits it uniformly to the lower part of the central wheel through the gears of the second wheel on the? in; Grenade the belt. The rotating head or the tie rod bike? soft on the vertical, but rigid on the horizontal. on the rod. .022) Self-rotating device (as from 0001 to 1.021) here eccentric tie-rod on one of the two concentric rims (of wheel c.) - the medianop in the hypothesis - whose extension remains wrapped around the central ring and whose reactive part is straightened (corrected) by means of a circle resting on the outside of the same or of the other rim (on which there is or not the weight in cen = and with the two possible tie rods with hook bracket outside the two tie rods (uni ^ p, or with two wavy-stretched springs or other elastic), circle with-hooks (o-teeth-) on the rim and from the pat? opposite the tie rod another elastic in the direction of the inside, and hooks between the two rims if the rope.) or nothing-for dragging. 1.023) Three concentric wheels, of which the two extreme rims = mi (external and internal) with two heads or bicycles at the ends of a tie rod placed transversely by a rod which is pushed in both directions by the two wheels (bicycles) so that tip presses in the same direction against the median rim (bridge d? ...) or its hook; with or without other hooks or spokes or drag rope (s); Bicycles also resting on the rims in the direction CLAIMS (3) of the center (or in any case) to cancel or attenuate the thrust eccen tricasu one or more? planes or sections, with or without rings in the center, or only one; or one and two others; or in any case. 1.024) Each autorot ante made with one or two concentric wheels and pushed by an unbalanced and arched rod for tie rod attachments- ring of the central pivot) so that it can push the foot of the rod (lever of III? type) in an eccentric and uniform way all? upper part (clockwise in the hypothesis) both the foot of the rod and the ring leaning against it With or without dragging or synchronous hooks (spokes or cor = da); and one or two bicycles on the wheel rim or on the first (same) for the soft support of the gold = lengthening of the tie rod. And hooks or bridges of sections for the use of the active thrust of the curved rod. 1.025) As above in 1.023), but on a single wheel rim of) or two wheels, or rim and wheel, with the tie rod between two bicycles or two tricycles, or a bicycle and a tricycle, with differentiated a ;;; ppoggi on the rim (or rims) and on the rod. 1.026) As above in nos. 1.023) and n. self-rotating (without ring on pin and wheel spokes).