ITMC970081A1 - SELF-ROTATING WITH ELASTIC AND ECCENTRIC RIM SIDE WEIGHT - Google Patents

Description

DESCRIPTION of the industrial invention entitled

- SELF-ROTATING WITH .. ELASTIC AND SIDE WEIGHT ECCENTRI =

CO A. CIRCLE

SUMMARY

Unlimited energy for alternators, machines and pumps TEXT of the Description.

Fig. 807) provides for a weight on an open trapezoidal figure and tie rod from the center to an external side, and

chord from ring radius on the other side vertex

of an open, and soft side (bracket). Fig. 799) has

an open circle to tighten the two sides, with tie against fixed lever rod (resting) on a central ring that rotates with hook and spoke together with this open (helical) wheel and the rim of the other.

The fig. 800) supports the tie rod (with weight) no more? on the center ring like others or in the rim but from the lever rod cap against the ogblique spoke of the rim, with another rod crossed against the weight.

Fig. 801) looks for the difference between action and reaction with support differentiated from the base of the ray

at the tip of the angled lever rod. 798) has the tie from the center to the base of the lever, arched and other;

(II? type) straight against ring with spoke at the rim.

Claims (1)

CLAIMS center, to act as a lever of II type with respect to the pressure of the second spoke of the bicycle against the angled rod, towards the outside, transmitted to the same rim of the large wheel by spoke and hook or bonte (of sect.), tie rod which, leaning against another central ring, with the reaction pulls the first spoke of the said pivot bicycle on said ring, and with the action presses on the rod turned at right, acute, or arc angles, against the rim, large or other - rim., or. central ring. In self-rotating function. Tie rod made with stretched spring or rope and / or weight-, and / or jack, and / or other elastic-in-traction. 786) As above in nos. From 001) to 785) and below, j from 001) to n. 807), both overall and separate them, both as a device and as individual modifications, and what? 786) wheels with lever-rods and I? and of II? guy; Je 787) (always included or excluded from 001 to his / her / their up to 807) -two levers or tie rods on concentric wheel rims, two of which are almost equidistant and the other opposite. .locked, with one. 'of the two, and 788-return eccentric tie rod against rim on rim with tooth and rope; and 7.89) tie rod with weight between two rods-levers. and fulcrum, and eccentric rope for pole, against rim,; e.790). 790) two tie rods equidistant from the rim and unbalanced on the opposite side with a rim meshed with one., Or two central rings joined by arggio to the one_of the wheel? And 791) Lever with bicycle tie rod on one of the two concentric rims (of conc. wheels) to said lever against one of the two and drag hooks and long rod for containing the bicycle; and 792) lever rod pivoted on the slope of a central ring at various angles - and radius - against the ring; and 793) without hook-fulcrum (of 792) the remainder the same, simplified; and 794) two pairs of tie rods between rim and arch points and their flat cuff and hooks on the ring and spokes from the rim for additional thrusts; 795) as above 794) but only one semicircle or arch and tie. its flat flap, with a central ring of support and eccentric on the rim, and trans. 796) rotates with two square figures in levers with five positive thrusts starting from the eccentric tie rod; and 797) reaction of the tie rod on rim and lever rod ring with two curves, one on the rim and the the other on the hook of the other central ring with a spoke against the rim; and 798) as above 795), but with rod, lever of. II?. type from the mobile plane = le-with eccentric tie-rod and hook on the rim. two eccentric openings against rod - lever against central ring., joined by tie rod and. wheel.with or without, hook and_radius.from.ring 800) I think_with.Newton. and. centrifugation from radial to eccentric with poles, crossed , base of the tie rod at the weight (or without tie rod) and lateral hook on the wheel rim; and always including or not, in whole or in part, from 001 to 807, n? 801) tie rod on double .angulation rod from a point to the base of a spoke from ring to rim already? . push it; e .802 -) - rod with pendulum. from rod-angled or traction base against base of pressure rods, arriving 803) As above-in 802) -, but with another rod-lever of 1 type-operated by base-of pressure, external.in arrival eccentric-lateral; -e.804) angled rods, _ one or two) with -tube from the center to the tip of the slope. roof, with lateral support of the tie rod and on the bridge of sections of the rim; and 805) first type lever, curved, on the fulcrum-bicycle from one of the Lue wheels concentric to the other with another lever of 1? type with fulcrum in the center ... and drag hooks 806) as the previous one 805), but with a single leverage of 11? guy; And. 807) as -the previous tie from the CLAIMS center (ring) to the other shaft of open quadrangle deaf from: radius of the other ring and tip (vertex) with soft support; and 808) lateral tie rod with with other fulcrum support on the central ring eg possible (alternating) lever pressure of 1? guy. 809) As above in 808) .but with containment rods both_ in the center (hooks on ring) and in circumference on the side and at the bottom under the box (rods) containing the weight-spring or elastic? And 810) as above from 001-to-811) two tie rods - equidistant and parallel from the circumference of the central ring wheel as a fulcrum-for. d? first type against the rim .; and 811) as above in m.809) weight-elastic-eccentric on the rim and various rods-containing and relaunching the spoke in. rim-after thrust-on central ring, and / or other areas of sliding, support, containment even with one or more? telescopes (sliding-tubes) -812) As above from 001) to 811). and each autorotating with lateral tie rod in couple and weight. alternatively on a ring (large central pivot or concentric wheel) with two spokes one from yours to support the other.