ITMC20000051A1

ITMC20000051A1 - CONTINUOUS SELF-ROTATING PENDULUM WITH TWO WHEELS JOINED BY TIE ROD AND LEVERS.

Info

Publication number: ITMC20000051A1
Application number: IT2000MC000051A
Authority: IT
Inventors: Raniero Seri
Original assignee: Raniero Seri
Priority date: 2000-06-06
Filing date: 2000-06-06
Publication date: 2000-09-06

Description

DESCRIZIONE dell'Invenzione Industriale dal titolo DESCRIPTION of the Industrial Invention entitled

CONTINUO AUTOSOTANTE CON DUE RUOTE UNITE DA TIRANTE E LEVE " CONTINUOUS SELF-ROTATING WITH TWO WHEELS JOINED BY TIE ROD AND LEVERS "

RIASSUNTO SUMMARY

Energia illimitata per alternatori,macchine e POMPE. Unlimited energy for alternators, machines and PUMPS.

TESTO della Descrizione TEXT of the Description

Dal n.4.151 impariamo a costruire la RUOTA DUE cioè il motore --ruota con moto perpetuo dall'interno verso l'esterno a trazio= ne eccentrica di un capo del tirante appeso su gancio del cer chione(gancio indispensabile nel caso del peso posizionato radia ale;e l'altro capo a trazione di braccio lungo di leva di 1° e di II° tipo collegata pure con altra di I° e di II° tipo,coi due fulcri opposti sul cerchione della ruota mediana concentrica,e le due corde che uniscono i bracci e la seconda i due raggi che spingono di nuovo il cerchione della r.magg.(Che vogliamo di pi più:c'è anche il collegamento delle due circonf.ze con due raggi). La fig.4.150 ha die bicicli sulla circonf.della magg- col tirane te che li unisce anche con biciclo(anello)centrale e i due capi uno sul raggio obliquo della r.md e l'altro a tirare l'alcova (la nicchia ) del tirante appeso tra i due bicicli appoggiati sulla r.magg.La fig.4.152 ha i due raggi di anello centrale af= ferrati e spinti contro la ruota med.da due tiranti a 180°,ap= poggiati sulla circonf.za della r.magg.,e gaggi di collegamento. From n.4.151 we learn to build the WHEEL TWO that is the motor - wheel with perpetual motion from the inside outwards with eccentric traction of one end of the tie rod hanging on the hook of the rim (hook indispensable in the case of the weight positioned radia ale; and the other end with long arm traction of 1st and 2nd type lever also connected with another 1st and 2nd type, with the two opposing fulcrums on the rim of the concentric median wheel, and the two cords that join the arms and the second the two spokes that push the rim of the magg. again (which we want more: there is also the connection of the two circumf.zes with two spokes). of bicycles on the circumf. of the major tie which also joins them with a central bicycle (ring) and the two ends, one on the oblique radius of the r.md and the other to pull the alcove (the niche) of the tie hanging between the two bicycles resting on the r.magg. Fig. 4.152 has the two spokes of the central ring f = fixed and pushed against the middle wheel by two tie rods at 180 °, ap = resting on the circumf.nce of the magg., and connecting gages.

Claims

CLAIM I 4.148) As above from 4.080 up to this self-rotating with one or two bicycles with teeth from one wheel to the other, from one ring to the other, fulcrums of two first type levers, whose two reactions (R-R ") are canceled by the two ACTIONS (equal and opposite-A'-A ") and on = perate brilliantly from 2A = to the double Reaction of the fulcrum to the THIRD lever, which activates the other two with the tie rod; and short arm rope! along the other (of the two in the bicycle) for which F = 2A + A '+ A "-R - R", = F = 2A of the eccentric fulcrum on r.magg. and connecting spokes.Also in PAIRS (double) 4.149) As above 4.148 and previous, these two single tie-rod wheels that go from one side of the intermediate bicycle to the outer east of the magg. , with or without weight; and spokes from = the r.raed. to that of the major for connection. Also in PAIR. 4.150) Paired or not even with a single tie rod that connects the two bicycles leaning or attached to the rim of the r.raagg. and on a central bicycle (ring) and the two ends, one on an oblique radius of the med. and the other at the alcove (niche) of the tie rod between the two bicycles; and the bridge (hook) connecting the med. to the tie rod. 5.151) As above the last THREE and preceding each pendulum (with possible weight on the side of the tie rod, in radial position, at the center of the hook on the major; and the long arm of the lever) with two wheels joined by tie rod with one end on the rim of the r. major and the other with traction of the first lever of mixed type (I ° and CLAIMS and II °), who with a rope pulls the long arm of the other, who then with his short arm and another rope pulls the central ring spoke and pushes it against the rim of the larger one ... with little force, but with a lot of brake ( reaction). 4.152) As above also and above all for COUPLES, and honest self-rotating already in pairs at 180 ° of two tie rods on two bicycles from the circumference of r.magg. to the median through the two spokes of the central ring (bicycle), however pulled: that is, with the two ends that arrive both crossed, and parallel, and also mixed, and also to the other ray after crossing the semicircle of the central ring.; and rays of connection, from said median to maj. 4.153) As above from no. 4.080 to this self-rotating fnio with two concentric wheels joined by the fulcrum of two mixed levers with equal arms and hook (bridge of sections) that pushes the extension of the tie rod, resting on the central ring and on a bicycle and turn crossed on the rim of the aforementioned magg./ 'pivot "which pushes the system from the middle wheel on which it is supported); for which the Force is = R-R', the two reactions on the fulcrum caused by the two thrusts opposite on the two equal arms. 'n C0P = PIA the yield is greater, since it also cancels the rotating friction.