ITMC20000038A1 - ACTION - REACTION CANCELED ON A CIRCLE IN THE DIRECTION OF THE CENTER FROM THE CIRCUMFERENCE OF THE MAJOR WHEEL PUSHED BY THE ECCENTRIC STRENGTH OF THE RIP - Google Patents

Description

ACTION - REACTION CANCELED ON THE RIM IN CIRCUMFERENCE OF THE MAJOR WHEEL SPIN FOLDING OF THE ECCENTRIC TIE ROD.

SUMMARY

In imitated energy for alternators, machines and pumps.

The PUMPS should be used to make the Sahara desert bloom

and with its 6 million km.2 to feed the whole of humanity, not only

Africa, which is also dying of thirst.Just extract economically

with the immense reserves of fresh water of the subsoil with machines

automatic at no cost, for the eccentric thrust of SPRING STI

installment and resting between two wheels, with or without bicycle - brake a

crossed circle, sometimes two, also in the center, as in fig.4.064,

which also uses the two spokes for connecting the thrust that

it starts from the U-shaped "càrva" ("ripiuegamento") of the reacti part

goes of the tie, which embraces the maj. and the min.medina, on the

which is the third bicycle (or circle, like the other two) per ride

crossed, which is repeated in the center, as well as on the other on the circumf

za major; and that after the cross passage in the center pulls the al =

tro radius of the cechio (which pushes in the direction of the center), as

the active head pulling on the other opposite. 65, imitates and improves

60, with two bicycles inside the major circumference (better quat =

find in PAIRS, like any other time that is possible and useful

anti ^ friction. )

Claims (1)

CLAIMS (1) 4.060) As above from n.3.660 after which we claim all the applications (for the purpose of the carrier) of each attached bicycle or rim resting on the median wheel or on the largest one (rim, circumference of) with support of the tie rod, both simple and with crossed turn, with or without another passage on the central ring, both with simple support and with crossed turn, and any other final support of the central traction between two wheels (or only one) of stretched spring or other elastic with or without weight, as in this one, which also includes two mixed-type levers as the fulcrum becomes eccentric on one and the other wheel (II °), and 1 ° for the short arms, joined together as an anti-reactive rope on a folded arm in any case, at a right angle in general, but also acute or other. 4.061) Use of Newton (weight in cylinder or heavy cylinder, (overturning ... Archimedes, in liquid) resting on a wheel and with crossed belt (for uniform motion) or linear for motion 11 = opposite cross, uniform to the direction of the circle central N. (heavy cylinder) attached to the cylinder. 4.062) As above in n.4.060 and n.4.062 which produces the eccentric traction, (staggered) inside a circle on the outside of one of the two concentric wheels. fixed centers, but rotates with the whole, i.e. rotation (not translation) of THREE wheels that TURN while remaining stationary (usually) Π.4.063) As above from no.4.060 and following up to this one as well; with two concentric wheels and also two bicycles (or circles) on the two circumf.ze for the crossed circle as on the other two circles, (middle wheel and central ring, small) and lever rod of mixed type (H ° and 1 °) with a long arm (even very long) and a short one, for the two ends, tie rods and fulcrum on the medial section and connecting spokes. o 4.064) As the previous one with three bicycles (two on the major section and one on the med.) with a crossed circle, also on the two central rings, and both ends on the two opposite radii of the circle on the outside, of = the largest in the hypothesis); and connecting spokes between the two rims. 4.065) As above in no. 4.060 (especially as for the short arms joined by rope) also this one with a bicycle on the major. and cross-loop tie rod, as well as in the center, with two bicycles on the short arms (preferably four, the usual PAIR, which applies to all past and future designs) against the inner walls of the wheel (sections of or in any case) from the one and the other lever of mixed type. 4.066) Like the previous 65, also this one which joins the two short arms against the inner wall of the rim of the larger wheel. for a THIRD (?) eccentric thrust. 4.067) As above from 4.060 onwards up to this between two concentric wheels, the cross-over bicycle on the median, then in the center, on the motionless bicycle outside the major and fi = naie attack inside the eccentric bicycle on the r.raed. 4.068) As the previous 4.067 with the bicycle (with or without weight whence the radius lengthened by the central tooth, weight for use C. = eccentric centrifugation, even if radial; and use of N. = Newton, or PEN, circular, continuous). external with opposite reactions and therefore reciprocally NULL. due to the support of the two thrusts between eccentric tions, with the two usual circles or bicycles on the medium road. and a crossed turn (therefore two) on them, and a third in the center, together with a support in the center crossed or not, for two lateral tractions on the radius of the other outer ring, and two TI = eccentric RANTI one from the major and the other from the other outer ring (radius of), and connecting beams (if any). 4.069 ... 4.087) 0 each self-rotating on two wheels joined by an eccentric traction tie rod from one to the other, as indicated by nos. ranging from 3,660 to these nos. ranging from 4,069 to 4,087, with one or two levers also of 1st and 2nd type (i.e. both separate and joined-mixed) (69); with movable circle or cylinder ( I use Newton and inverted inliquido.Archimede) on a toothed wheel or with rubbery material, antithermic, and belt on two wheels and the said circle (cylinder) -70; and 71); also with only two wheels and rim (72) with tie rod with rotating head in the rim (73); in reverse or not, for antiterrmic liquid (and turrets for transporting motion to the outside (73.75); Newton and Archimedes joined by belt (74); with tie rods in pairs and at an angle attached from one to the other lever rod pivoted in the center with hook and bicycle on the other one rims (the other middle wheel supports the levers, which push it, cn or s. CLAIMS connecting spokes between the two concentric wheels (76); three wheels that rotate together and in contact. liquids stationary with respect to the weight on the rope inside the wheel, and its rotating head inside the rim, which becomes a wheel for the belt which with hooks it joins it to a central ring, free, for the uneven direction; but uniform with a crossed belt (77); or like the previous one, but with a crossed loop and tie rod with the two ends inside the circle, and on the middle wheel with the bicioclo in a crossed loop as well as on the central ring (78); like the previous one, but with the weight (possible in all, when possible, so in PAIRS, to avoid any friction) pulling from the major to the med. with weight and bicycle for crossed turn of the tie rod which after another turn crossed in the center goes with a rotating head inside the outer circle, with a rope on the other side, eccentric against the larger rim and two spokes. 4.080 ... Like the previous ones, but without the bike (like the previous one) but without the bike on the median, with the other head in the neo circle. ... 40Bl) Lever of mixed type (1st and 2nd) on single wheel, with weightCeven tual), with bicycles (or rims) with crossed rotation on the raed with two ends tie rods on the two arms. eccentric on r.med. and tie rod on the same arms and rope on the angled courts, (see no.4.082); as above (i) two levers with reciprocal support inside a bicycle on the hook of the lever on the two spokes of the center83; the 84 with two wheels and two rims and tie rod stopped at the start and eccentric times (a second cycle between wheel and rim) arriving on the rim; and ràggi between r.magg. and the other circle. ... the nos. 85,86 as above and 4,087 also eccentric traction between two wheels, a cross-ride bicycle on the median and final end on the 11th type veccentric lever, joined to the r.magg., which has the initial head .the.