ITMC970110A1

ITMC970110A1 - ECCENTRIC ROD ON WHEEL RIM PRESSED BY A TIE ROD ANGLED BETWEEN TWO WHEELS

Info

Publication number: ITMC970110A1
Application number: IT97MC000110A
Authority: IT
Inventors: Raniero Seri
Original assignee: Raniero Seri
Priority date: 1997-11-25
Filing date: 1997-11-25
Publication date: 1998-02-25

Description

DESCRIZIONE dell'Invenzione industriale dal titolo : "ASTA ECCEN-trica SU CERCHIONE DI RUOTA PREMUTA DA TIRANTE ANGOLATO TRA DUE RUOTE " DESCRIPTION of the industrial invention entitled: "ECCENTRIC ROD ON A WHEEL RIM PRESSED BY A TIE ROD ANGLED BETWEEN TWO WHEELS"

RIASSUNTO SUMMARY

Energia illimitata per alternatori, macchine e pompe. Unlimited energy for alternators, machines and pumps.

TESTO DELLA DESCRIZIONE TEXT OF THE DESCRIPTION

Eventualmente le pompe dovrebbero servire ad estrarre acqua dai deserti,che sotto terra hanno bacini imbrici con acqua po= tabile,irrigua,,e farne oasi capaci di sfamare l'umanit? intera come il Sahara coi suoi 6 milioni di Km.2-L'ondulato indica il tirante(molla stirata)su due aste leve(fig.990)che si appoggia= no al centro e spingono uno dei due cerchioni concentrici;ed un'asta si protende da un cerchione in appoggio del peso in tra zione radiale - eccentrica.La fig.991)al posto dei pesi ha due bicicli ai poli per appoggiare e differenziare il tirante che si appoggia ad un anello con raggio e finisce su asta-raggio di anello centrale in spinta di altro cerchione di ruota concen_ trica,collegati da raggi.La fig.992)ha il tirante appoggiato ad un cerchione e al centro a forma di M{emme)e preme su un'asta Lunga,eccentrica sull'altrocerchione.La fig.993)col tirante e L'asta eccentrica premuta forma due triangoli isosceli e due bi cicli ai vertici,essendo il tirante equidistante tra ilcerchio= le grande e un anello centrale.La fig.994)aggiunge il peso a quest? fig.993).La fig.995)ha il tirante incrociato al centro.in funzione antireattiva(aR). Eventually the pumps should serve to extract water from deserts, which have underground basins with potable, irrigated water, and make them oases capable of feeding humanity? whole like the Sahara with its 6 million km. 2-The undulating indicates the tie rod (stretched spring) on two lever rods (fig. 990) which rests in the center and pushes one of the two concentric rims; and a ' rod protrudes from a rim in support of the weight in radial - eccentric traction. Fig. 991) instead of weights has two bicycles at the poles to support and differentiate the tie rod which rests on a ring with radius and ends on the rod. spoke of central ring in thrust of another rim of a concentric wheel, connected by spokes. Fig. 992) has the tie rod resting on a rim and in the center in the shape of M {emme) and presses on a Long rod, eccentric on the The other circle. Fig. 993) with the tie rod and The eccentric rod pressed forms two isosceles triangles and two bi cycles at the vertices, the tie rod being equidistant between the large circle and a central ring. Fig. 994) adds the weight to quest? fig. 993). Fig. 995) has the cross tie rod in the center. in anti-reactive function (aR).

Claims

991) As above? From-no.001-) to no. '990) and subsequent up to no. 995) we claim every self-rotating device, which excludes the of thermodynamics and looks for the motor - tie-rod energy and c = centric on the wheel rim canace to produce a thrust re equal to the power of said tie rod is stretched spring [splral-sprlng) .that jack. and / or c horde with or without stretched spring and / or weight or other ela = 3tico, as here by two bicycles on one or on two concentric empty rims and a central ring radius for the thrust of both through trickery or rope. 990) ... 990) Two rod eccentric radial weight tie rods le = ve of which one external on bicycle and rope to increase the pres = _ eccentric sion of the other second type lever rod up central slender with pole (hook) and support on the other rim concentric and radius of weight thrust bearing, _ 392) As above in nos. 990) and 991), but with an M-shaped tie rod 'emme) stretched between a rim by equidistant points and a ring ii central pin resting on an eccentric rod inside the other concentric bicycle rim at the tip (with or without another) 9 r93) Rhomboidal tie between the second rim and a ceni ring between and two bi.ci.cli ai ver? ti.ci, one of which from the eccentric shaft inside the first concentric rim joined by hooks. 994) As above in 993) with the addition of a weight inside the ti = ranteo solocorda, as a function of_Newton. (. pendulum) ecentrifugaz.n? .9.9.5) .Weight inside center cross tie attached by two spokes of bicycles in contact with each other and with the rim (one of the three concentric ones) and hooks or drag rope. 996) Wheel with ball bearing (or central ring or conccentric wheel) which is used to transmit the fourfold thrust of two levers of i? and of II? of a fulcrum so (circle, ball bearing of weight and the short arm folded against said ring with spoke. on which same ring rests the fulcrum of the other lever rod. cin = gravel or rope with or without another tie rod (such as the stretched spring and / or nartinetto or other elastic) and the short arm (of the second lever are rope attached to the same aforementioned central ring for together with the other three thrusts against the wheel rim, with or without weight (replaced by another rim or cylinder) with or without arm or arch. or hook spoke to support the weight. 997) As above from n.001) to patented fig. 996) and this 997) for self-rotating with jack (and / or stretched spring) and weight held by the rope and with the two ends with eccentric traction of the bicycle against the other concentric rim and anti-reactive rod resting in the center on the central pivot ring; with or without its hook, 998) As above in 997) without weight but with tie rod in crusades c to the opposite part of the support of the angled anti-reactive rod (aR) and drag hooks (spokes) (also above 997)).