ITPI990079A1

ITPI990079A1 - CONTRA-HYDRO-ENERGY-RETURNED-HYDRO-MECHANICAL MACHINE WITH OPPOSING FORCES WITH ENERGY GENERATION, TYPE: YHW

Info

Publication number: ITPI990079A1
Application number: IT1999PI000079A
Authority: IT
Inventors: Michele Raso
Original assignee: Michele Raso
Priority date: 1999-12-07
Filing date: 1999-12-07
Publication date: 2001-06-07
Also published as: ITPI990079A0

Description

Descrizione di Invenzione Industriale avente per titolo : -CON TRA-HYDRO- ENERGIA RESTI TU TO- Macchina Hydro-Meccanica a Forze Contrapposte con Generazione Description of Industrial Invention entitled: -WITH TRA-HYDRO- ENERGY REMAINS TU TO- Hydro-Mechanical Machine with Opposed Forces with Generation

d' e ner gia ti po : 'WHW d 'e ner already you po:' WHW

-DESCRIZIONE: -DESCRIPTION:

E’ una Macchina a funzion amento di tipo Oliodinamic capace di creare Ehergia maggiore di quanto si snen de per produrla. Costituita nelle parti essenziali di un Corpo principale produttore d' Ehergia e Orsran L secondari di: Trazione, Alimentazione , Accumulo. Co: 1-versione, Distribuzione e Scarico . Caratterizzata d ìl fatto che nel movimento angolare alternato , in sett 5-re prestabilito di più Bracci di Leva ad Arco con a 1-demento a Spirale , vincolati al rispettivo Fulcro, in rapporti longitudinali , aperture e movimenti angolari dei Segmenti di Leva componenti , dettati da vincoli di rendimenti e funzioni specifiche, contra posti in posizione tangente tra loro e a Organi Agei ti e Reagenti di : Sollecitazione , accumulo , Produziane e Conversione dell'Energia. Nella sollecitazione s conseguente movimento angolare di questi, si gene-rano dei differenti scorrimenti tangenziali e potei 1-ziali , con conseguente prodotto Ehergia maggiore di quanto si spende per produrla. L' Eàaergia prodotta, parte và ad alimentare un nuovo ciclo di produzione la rimanenza và all' utilizzo. It is an Oliodinamic-type functioning machine capable of creating more Ehergia than it takes to produce it. Constituted in the essential parts of a main body producing Ehergia and Orsran L secondary of: Traction, Feeding, Accumulation. Co: 1-version, Distribution and Unloading. Characterized by the fact that in the alternate angular movement, in the pre-established 5-rd set of several Arched Lever Arms with 1-segment Spiral, constrained to the respective Fulcrum, in longitudinal ratios, openings and angular movements of the component Lever Segments, dictated by the constraints of performance and specific functions, contracted in a tangent position between them and to Aged Bodies and Reactants of: Solicitation, accumulation, Production and Conversion of Energy. In the stress and consequent angular movement of these, different tangential and potential slips are generated, with a consequent Ehergia product greater than what is spent to produce it. The energy produced starts off to feed a new production cycle, the remainder goes to use.

-Il principio fisico su cui si basa non hà preqeden ti , rimane confermata sia dagli studi teorici che dalle esperienze pratiche condotte in anni di speri mentazione e ricerca cui fanno riferimento le diver se soluzioni tecniche riportate sulle relative tavo le di disegni e descritte alle pagine successive -Il campo d'applicazione é dove necessita una produ zione d * Energia, quindi abbraccia tutti i settori ielle attività umane, pertanto di indiscussa utilit -Lo stato della tecnioa in queèto settore é altamen fce negativo in quanto basato su sistemi di trasform zione e di reazioni Chimiche e Fisiche-Nucleari , ch Jltre a inquinare in modo irreversibile l' ambiente. producono rendimenti molto aldisotto della quantità stilizzata per produrla, con costi economici elevat B rischi di sopravvivenza generale su tutta la tern , fcltri sistemi d ' Energia prodotta da fonti naturali. ιοη hanno molto successo, in quanto i mezzi tecnici lisponibili non consentono di ottenere quantità tal la compensare anche in minima parte il fabbisogno . -The physical principle on which it is based is of no importance, it remains confirmed both by theoretical studies and by practical experiences carried out in years of experimentation and research to which the different technical solutions refer to the relative tables of drawings and described on the pages subsequent -The field of application is where an Energy production is needed, therefore it embraces all sectors of human activities, therefore of undisputed utility -The state of the technology in this sector is highly negative as it is based on transformation systems and Chemical and Physical-Nuclear reactions, which besides irreversibly polluting the environment. they produce yields well below the quantity stylized to produce it, with high economic costs and risks of general survival over the whole tern, other systems of energy produced from natural sources. ιοη are very successful, as the available technical means do not make it possible to obtain such quantities as compensate even minimally for the requirements.

-Scopo di questa macchina é quello di ottenere Eiaer già pulita, a basso costo economico e in quantità i limita,, la possibilità che questi risultati sono ot tenibili, risulterà più evidente dalla descrizione delle caratteristiche principali del trovato ogetto dell 1 Invenzione -The purpose of this machine is to obtain Eiaer which is already clean, at a low economic cost and in a limited quantity, the possibility that these results can be obtained will be more evident from the description of the main characteristics of the invention object of the invention.

-Macchina Hydro-Meccanica a Forze Contrapposte con Generazione d* Energia, tipo : YHW , a funzionamento di tipo Oliodinamico, composta da un Corpo principal produttore d' Qaergia e Organi secondari di: Trazio^ ne , Alimentazione, Conversione, Accumulo , Controll Utilizzo. Il Corpo principale , produttore d ' Ihergia é composto di una parte superiore costituita da una Corona A e un Corpo inferiore B, entrambi suddivisi in tre settori di lavoro simili , comunicanti tra lo ro , in cui lavorano In ognuno uguali comoonenti Age ti e reagenti produttori d ' Energia. Sulla Corona AP all ' interno di ogni settore di lavoro ,, sul corrispo dente eccentrico dell ' Albero con eccentrico montato in asse a questa su Cuscinetti a rotolamento: é vin colato un Pressore circolare (Ruota) , agente con la superfice radiale, alternativamente su due Piani di riscontro di un Organo traslatore nroducendo in fas di lavoro un movimento tangente altercato di auestq formato di quattro parti col ari piatti dalle estremità longitudinali tra loro racchiudendo uno spazio di forma rettangolare interno in cui lavorano i Pressori circolari. Sud.; rimanenti due componen ti longitudinali dell ' Organo traslatore , in posizio ne intermedia sono fissati due anelli in asse oppos ti tra loro , con sporgenza assiale interna e eireos criventi l ' Albero con eccentrico senza venire mai i; contatto nel movimento tangente alternato dell' Orga no traslatore. Sulle sporgenze interne di questi an li, liberi nel movimento sul proprio asse» sono vin colati altri due pressori circolari in accoppiamento assiale conle facce laterali interne dell' Organo traslatore e del Pressore circolare intermedio vincolato sull ' eccentrico. Sulle due sponde laterali c> dei componenti longitudinali di quest ' Ofcganp trasla tore, in coppia opposta in asse parallela tra loro, sono fissati dei Perni sueui sono posti liberi nel movimento, su ognuno na Rotella, con la superfice radiale esterna in stretta tolleranza e in rotolarne] to su. Piani di riscontro fissati sulle faèce assial interne della Corona AJr opposti tra loro e in stnet ta tolleranza laterale guida con il piano laterale dell ' Organo traslatore . I pressori, circolari montat sull 'Organo traslatore, nel movimento tangente di qi eato , agiscono alternativamente su Piani di risoon-tro posti in posizione tangente opposti tra loro fissati in posizione longitudinale su due Archi di leva con andamento a Spirale fissati da un* estremit longitudinale tra loro e a un terzo Segmento di Lev rettilineo formanti con questo tre angoli al vertic e costituiscono assieme a due Segmenti di Leva pres sori e uno d' accumulo invertitore rettilinei : un Br ciò di Leva tino— £~_tìesti sono fissati tra loro da un' estremità longitudinale formando cinque angoli a vertici nel punto d ' intersezione angolare dove é vi colato a un i\rlcro fissato in posizione trasversale sulla Corona A. Contrapposto con l' estremità longi t dinaie del Segmento di Leva d’accumulo invertitore. a due Corpi elastici (molle) , poste in posizione tr versale in asse opposti tra loro, nelle relative sd di di due Corpi di contenimento fissati sul Corpo inferiore B, fungenti d'accumulatori d ' ihergia e in vertitori di potenza- Con la superflue 1 ongi tnd inni ii ogni Segmento di Leva pressore, sono con trappnB-h all ' estremità longitudinale di due chi d i LEVA andamento a Spirale che costituiscono assi eme DUE * Segmenti ci Leva pressori fissati tra loro da un ' es tremi tà longitudinale: un Braccio di Leva ti po- H f vincolato nel sunto d'intersezione angolane a un 5W ero, f issato in posizione -trasversali e -sul Corpo infe riore B. Con la supepfice longitudinale di ogni Segnento di Leva pressore, sono contrapposti ognuno $1 le estremità longitudinali di due Arci di Leva con andamento a Spirale che costituiscono assieme a due Segmenti di Leva rettilinei di produzione e lavoro fissati tra loro da un' estremità longitudinale: - Hydro-Mechanical Machine with Opposed Forces with Generation of Energy, type: YHW, with oil-dynamic operation, composed of a main body producing Qaergy and secondary organs of: Traction, Feeding, Conversion, Accumulation, Control Use . The main body, producer of Ihergia, is composed of an upper part consisting of a Crown A and a lower Body B, both divided into three similar working sectors, communicating with each other, in which they work in each of the same components Agents and reagents Energy producers. On the Crown AP inside each working sector, on the corresponding eccentric tooth of the shaft with eccentric mounted in axis to this on rolling bearings: a circular presser (wheel) is coupled, acting with the radial surface, alternately on two abutment planes of a translating organ producing in work phases an altered tangent movement of auestq formed of four parts with flat arrays with longitudinal ends between them enclosing an internal rectangular space in which the circular pressors work. South.; remaining two longitudinal components of the translating organ, in an intermediate position two rings are fixed in axis opposite each other, with internal axial protrusion and crivating the shaft with eccentric without ever coming; contact in the alternating tangent movement of the translating organ. On the internal projections of these anles, free to move on their own axis, two other circular pressers are coupled in axial coupling with the internal lateral faces of the translating member and of the intermediate circular presser constrained on the eccentric. On the two lateral sides c> of the longitudinal components of this translating Ofcganp, in an opposite pair in parallel axis to each other, some pins are fixed which are placed free in the movement, on each one a Wheel, with the external radial surface in close tolerance and in rolling it up. Abutment planes fixed on the internal axial faces of the AJr crown opposite each other and in strict lateral tolerance guide with the lateral plane of the translating organ. The circular pressers mounted on the translating organ, in the tangent movement of qi eato, act alternatively on the risoon-tro surfaces placed in a tangent position opposite each other fixed in a longitudinal position on two lever arches with spiral movement fixed by one end. longitudinal to each other and to a third straight segment of Lev forming with this three angles to the vertical and together with two segments of lever presses and one of accumulator rectilinear: a Br that of lever vat a longitudinal end forming five vertex angles at the angular intersection point where it is coupled to a cross fixed transversely on Crown A. Opposed to the longitudinal end of the Inverter Accumulation Lever Segment. with two elastic bodies (springs), placed in a transverse position in opposite axis to each other, in the relative sd di of two containment bodies fixed on the lower body B, acting as hystergia accumulators and power converters. 1 ongi tnd inni ii each Segment of the presser lever, are with trappnB-h at the longitudinal end of two chi of the LEVER spiral trend which constitute heme axes TWO * Segments us Pressor levers fixed together by a longitudinal end: a Lever arm ti po- H f constrained in the summary of angolan intersection to a 5W er, fixed in position -transversal and -on the lower body B. With the longitudinal surface of each Presser Lever Sign, $ 1 le longitudinal ends of two Lever Arcs with Spiral trend which together with two straight production and work Lever Segments fixed together by a longitudinal end:

Braccio di Leva tipo : W, vincolato nel punto d' inte sezione angolare a un Fulcro fièèato in posizione t trasversale sul secondo Contenitore del Corpo infer ore B. Contrapposto con l ' estremità longitudinale d ogni Segmento di Leva di produzione e lavoro median te Rotella pressore, alternativamente a due Stantuf fi convertitori posti in asse tra loro, vincolati a li estremi longitudinali con Tirante di pompaggio p auto alimentazione e accoppiati in stretta tollerane radiale al rispettivo Cilindro, ricavati su un Corpo distributore e collegati mediante Circuito controllati da Valvole unidirezionali specefiche: a Or gani di alimentazione e Accumulo · Entrambi i Circuì ti sono ricavati sul Corpo distributore e collegati mediante Circuito esterno : quello di alimentazione al Serbatoio Finito , con àrgano di filtraggio e col legamento intermedio a Pompa di alimentazione ausil aria; quello di Erogazione, collegato con E' Accumul tore idraulico : un Circuito é collegato con il Moto -re trainante fissato stilla Corona A, un' altro & co legato con l'utilizzo, entrambi sono collegati con Organi di controllo pressione e portata. Il Circuit li scarico del Motore trainante e quello di utilizzo dell ' Ehergia, sono collegati mediante Circuito esterno : alla Corona A, il fluido scaricato all ' int no di questa, mediante Circuito interno che collega tutte le parti in movimento della Corona A e del Co po inferiore B, da quest' ulitimo mediante Circuito e temo fissato alla base di questo, passa nel Serbatoio fluido. In queste fasi di passaggio , tutti i c ponenti in movimento del Corpo principale, vengono lubrificati. In ogni settore di lavoro , il Pressore circolare vincolata sull' eccentrico dell' Albero con eccentrico, nella fase di lavoro e conseguente movi nento angolare, trasmette alternativamente ai Seame ti di Leva contrapposti del Braccio idi Leva agente : sano spostamento e una pressione d' intensità variabi le. Questo spostamento e questa pressione, alternai vamente vengono trasmessi mediante i Segmenti di Le va pressori: ai Bracci di Leva tipo H e mediante il Segmento di Leva d* Accumulo invertitore , altemativ mente agli accumulatori d' Energia meccanica e inver tita in intensità e potenza rendendola di valore co andamento pressoché unitario, mediante i Segmenti d leva pressori , al suddetto Braccio di Leva tipo: H, che a sua volta trasmette il tutto al Braccio di Le va tipo : W e mediante i Segmenti di Leva di produzi one e lavoro „ la trasmette alternativamente agli St tuff i * convertitori , ampliata in intensità e di vaio re molto maggiore di quWito impiegato per produrre la sollecitazione e Lavoro iniziale . Il tutto é sta to precalcolato in modó che la sommatoria delle pre sioni agenti, nelle diverse fasi di compressione, movimenti angolari, scorrimenti tangenziali , rappor ti longitudinali , aperture angolari e punto di contrapposizione dei Segmenti di Leva,, trasmessa agli stantuffi convertitori, risulti di valore pressoché unitaria. Per ogni singolo Braccio di Leva: i movimenti angolari , le misure e i rapporti longitudinal l' apertura angolare di ogni singolo Segmento di Lev , sono determinate da vincoli di rendimenti e funzi oni specifiche . La differenza di potenziale positiv tra la Forza agente e quella reagente, si genera da movimenti angolari, scorrimenti tangenziali , rappor ti longitudinali, aperture angolari e punto di contrapposizione dei Segmenti di Leva, con valore pres soché unitario per ogni singolo movimento tra la fo za agente e reagente: di valore positivo relativo a singoli Bracci di I^eva contrapposti e conseguente Lavoro prodotto nell'unità di tempo, quindi Ehergia , maggiore di quanto si spende per produrla. Questa Ehergia prodotta, trasformata e accumulata, control-Lata nella pressione e portata, parte và ad alimentare il ciclo continuo di produzione , quella eccedei 1- Lever arm type: W, constrained at the point of angular section to a fulcrum fièèato in transversal position t on the second container of the lower body B. Opposed with the longitudinal end of each segment of production and work lever by means of a wheel presser, alternatively with two Stantuf ﬁ converters placed in axis between them, constrained at the longitudinal ends with pumping rod for self-feeding and coupled in close radial tolerance to the respective cylinder, obtained on a distributor body and connected by circuit controlled by specific unidirectional valves : a Power supply and Accumulation devices · Both Circuits are obtained on the distributor body and connected by means of an external circuit: the power supply circuit to the Finished Tank, with filtering winder and intermediate connection to the auxiliary air feed pump; the Supply one, connected with E Hydraulic accumulator: one Circuit is connected with the driving motor fixed by the Crown A, another connected with use, both are connected with pressure and flow control organs. The exhaust circuit of the driving motor and that of use of the Ehergia are connected by means of an external circuit: to the Crown A, the fluid discharged inside this, by means of an internal circuit that connects all the moving parts of the Crown A and the Lower part B, from the latter via Circuit and I fear fixed to the base of this, passes into the fluid reservoir. In these transition phases, all the moving components of the main body are lubricated. In each working sector, the circular presser constrained on the eccentric of the shaft with the eccentric, in the work phase and consequent angular movement, alternately transmits to the opposing Lever Seams of the Acting Lever Arm: healthy displacement and a pressure of variable intensity. This displacement and this pressure are alternately transmitted by means of the pressure levers segments: to the H-type lever arms and by means of the inverting accumulation lever segment, at the same time to the mechanical energy accumulators and reversed in intensity and power. making it of value with an almost unitary trend, by means of the pressure lever segments, to the aforementioned lever arm type: H, which in turn transmits everything to the lever arm type: W and by means of the production and work lever segments It transmits it alternately to the St tuff converters, expanded in intensity and of a much greater variation than what was used to produce the initial stress and work. Everything has been pre-calculated so that the sum of the pressures acting, in the different compression phases, angular movements, tangential sliding, longitudinal ratios, angular openings and point of opposition of the Lever Segments, transmitted to the converter pistons, is of almost unitary value. For each single Lever Arm: the angular movements, the measurements and the longitudinal ratios and the angular opening of each single Lev Segment are determined by specific performance and function constraints. The difference in positive potential between the acting and reacting Force is generated by angular movements, tangential sliding, longitudinal ratios, angular openings and point of opposition of the Lever Segments, with an almost unitary value for each single movement between the force. agent and reagent: of positive value relative to single opposing arms of I ^ eva and consequent work produced in the unit of time, therefore Ehergia, greater than what is spent to produce it. This Ehergia produced, transformed and accumulated, controlled in terms of pressure and flow, starts to feed the continuous production cycle, that exceeds 1-

-X risultati raggiunti risulteranno maggiormente coi 1-Fermati dalla descrizione dettagliata di una forma li esecuzione e possibili varianti, preferita ma noi 1 esclusiva di questa invenzione ogetto della domanda ìi Brevetto, illustrata a titolo indicativo ma non Limitativo nei disegni che evidenziano l' eseranio di esecuzione e possibili varianti tipo. --Le tavole n° 1, 2, 3. riportate, rappresentano in se 3^— La ridotta le sezioni secondo le linee : A-A e B-B e La vista frontale posteriore C. del Corpo prineipal 5 produttore d* Energia, di una esecuzione tipo: YHW. La tavola n° 4. rappresenta in modo snhemati nn 4 ni cui ti del sistema di funzionamento tipo : Ap e pnesj bili varianti tipo: Cp, Bp, Dp, di produzione, nulo. Distribuzione e Conversione del l ENERGIA. -X results achieved will be more evident with 1-Stopped by the detailed description of an embodiment and possible variants, preferred but exclusive of this invention, subject of the patent application, illustrated by way of example but not limitative in the drawings showing the hexeranium execution and possible variants. - The tables n ° 1, 2, 3. shown, represent in themselves 3 ^ - The reduced sections according to the lines: A-A and B-B and The rear front view C. of the main body 5 producing d * Energy, of an execution type: YHW. Table n ° 4. represents in a simple way nn 4 ni cui ti of the operating system such as: Ap and possible variants such as: Cp, Bp, Dp, of production, null. Distribution and conversion of the ENERGY.

-Macchina Hydro-Meccanica a Forze Contrapposte non 1 Jenerazione d' &iergia, tipo : XHW, a funzionamento d tipo Oliodinamico, costituita nelle parti prineipal ìi un Corpo primario produttore d' Ehergia, tipo : XH 3 Organi dscondari di; Trazione, Alimentazione, Conrversione, Accumulo , Controllo e Utilizzo dell’ &ierg, La · Il Corpo principale produttore d' Ehergia tipo; "fflW, é composto da una Corona A e Corpo inferiore B. Sud iivisi ognuno in tre Corpi contenitori (I, 2r3, 30, 31 » 32, 33*34, 35) , corrispondente ognuno a un settore di lavoro, in cui lavorano i componenti agenti e reagei iti di questa macchina,,- produttori d' Baergia. Con ba si tangenti d’ accoppiamento e guarnizioni di serrag gio ( 6„60) tra le facce contrapposte , fissati tra loro mediante Viti (8, 33) . Sulla Corona A, in posiz L-one assiale esterna: sono fissati mediante Viti (il ) . due Coperchi di supporto ( 9,10) , con Guarnizioni di Serraggio (12) tra le facce d’accoppiamento su cui su ognuno di questi sono ricavati rispettivamente ; una sede per accoppiamento e fissaggio di una Pompa di Alimentazione ausiliaria ( P) e in asse opposto , una sede per l ' accoppiamento e fissaggio di un Moto re trainante. Su questi in posizione d' asse interni r opposti tra loro : sul Corpo contenitore ( 3) del set tore di lavoro c, e su quello del settore a, sono ricavate le sedi per Guarnizióni radiali paraolio( 2 Stillo stesso asse su tutti e tre i contenitori (1, 3 sono ricavate le sedi su cui su ogni settore lavora io i componenti agenti , costituiti da: Albero con Eccentrico, montato in asse a questi , suddiviso in tre corpi, uno per ogni settore di lavoro , formato ognuno da due Mozzi, (14, 15, 16, 17 *13. 18) f con sedi eccentriche d' accoppiamento e fissaggio formanti un ci corpi. Sull ' estremità assiali di ognuno di quest Alberi, sono ricavate rispettivamente : sugli estrem assiali esterni, le sedi di vincolo di un Motore tr inante (M) e di una Pompa di alimentazione ausiliari ( P) ; all ' interno in asse tra loro alternativamente r sono ricavate una sede e un Perno acoo-pniate in aas tra loro, con calettatura radiali alternate, vincol ti a Una distanza angolare tra le sedi ecnen tri eh e di 360°/l, corrispondenti ognuno al proprio settore di lavoro: a^b, c. In posizione intermedia su ogni e centrico, é vincolato su Bussole di rotol amen to · wp Pressore circolare ( 22) , con trapposto al tenp a tivame te in fase di lavoro, con la fmperf ine rart ·! »! » · R Λ Piani di riscontro fissati in posizione tangente op posti tra 1OÌ»© # su un ' Organo traslatóre ’ ( 25) dii fot rèttàhgolare dicano spazio interno formato da quatt particolari piatti fissati dalle estremità longitud aali tra loro : due in posizione trasversale opposti tra loro su cui sono fissati i rispettivi Piani di riscontro (r) su cui agisce alternativamente il Pre Bore circolare ( 22) * montato sull ' Albero con eecent -rico p e due longitudinali su cui in posizione intermedia sono fissati in. asse opposti tra loro, con sporgenza interna circoscrìventi l'Albero con eccen tri co senza venire mai in contatto nel movimento ta gente alternato dell'Organo traslatore. Sulle sporg ze interne di questi anelli, sono vincolati altri d Pressori circolari (23*24),, montate su bussole di r tolamento, liberi nel movimento angolare, in accopp amento con le facce laterali interne dell'Organo t.r latore,, in coppia, e del Pressore circolare interne dio vincolato all'Albero con Eccentrico. Sulle spon de laterali dei componenti longitudinali di ogni Or gano traslatore, in coppia parallela e in asse tra loro, sono fissati dei Perni su cui sono posti libe ri nel movimento, su ognuno, tana Rotella (s) r con la superfice radiale esterna posta in stretta tolle ranza e in rotolamento su Piani di riscontro (?fi), fissati sulle facce assiali interne della fiorone 4, nediante Viti (27), opposti tra loro in « tratta tol leranza laterale guida con ii Pinne Η*»Π 'organo tra latore (25). I Pressori circolari (23,24) montati su l'Organo traslatore (25), nel movimento tangente di questo, agiscono alternativamente sui Piani di r contro fissati su due Archi di Leva aventi andamento a Spirale: L, LI, posti in posizione tangente op)©sti tra loro, con curvatura di ognuno corrisponder L-;e a due Segmenti di Leva L,LI=L2,L3⁄4, fiasati da uni L ÌS tremi tà longitudinale tra loro, in rapporto longirudinale: L/LI=T.P/T,3= I.6I, e apertura angolare al rertice: L,LI=L2,L3= 77°, 16; fissati da «n'estremitè . .ongitudinale dei Segmenti di Leva LI,L3 a un Segmer ;o di Leva rettilineo L4, formando con questo tre ar coli ai vertici del punto d'intersezione angolare dj luesti: II, L> 90°. 00"; 11,14=12,14= 135°. 00»; costifcaenti un Braccio di Leva tipo: Y insieme a due Seg- -Hydro-Mechanical Machine with Opposed Forces not 1 Energy Generation, type: XHW, with Oil-dynamic type operation, constituted in the main parts of a primary body producing Ehergia, type: XH 3 secondary organs; Traction, Feeding, Conversion, Accumulation, Control and Use of the & ierg, La · The main body producing Ehergia type; "fflW, is composed of a Crown A and a lower body B. Subdivided each into three container bodies (I, 2r3, 30, 31» 32, 33 * 34, 35), each corresponding to a work sector, in which they work the acting and acting components of this machine, - Baergia manufacturers With tangent coupling bases and clamping gaskets (6 ”60) between the opposing faces, fixed together by means of screws (8, 33). On the Crown A, in external axial position L-one: they are fixed by means of screws (il). Two support covers (9,10), with clamping seals (12) between the coupling faces on which on each of these are obtained respectively; a seat for coupling and fixing an auxiliary Feeding Pump (P) and in the opposite axis, a seat for the coupling and fixing of a driving motor. on the container body (3) of the work sector c, and on that of sector a, there are the seats for Guarniz radial oil seals (2 Stillo same axis on all three containers (1, 3 are the seats on which the acting components work on each sector, consisting of: Shaft with Eccentric, mounted in axis to these, divided into three bodies , one for each work sector, each made up of two Hubs, (14, 15, 16, 17 * 13. 18) f with eccentric coupling and fixing seats forming a body. On the axial ends of each of these shafts, the following are respectively obtained: on the external axial ends, the constraint seats of a tr ining motor (M) and of an auxiliary feed pump (P); inside, in axis with each other alternatively r, a seat and a pin are formed in aas to each other, with alternating radial keying, constrained to an angular distance between the seats ecnen tri eh e of 360 ° / l, each corresponding to their sector of work: a ^ b, c. In an intermediate position on each centric e, it is constrained on Rolling bushes · wp Circular presser (22), with interposed to the tivame tenp during work, with the fmperf ine rart ·! »! »· R Λ Striking planes fixed in a tangent position or placed between 1 OÌ» © # on a 'Translating organ' (25) of regular photometry internal space formed by four flat details fixed by the longitudinal ends to each other: two in transverse position opposite each other on which the respective abutment planes (r) are fixed, on which the circular Pre Bore (22) * acts alternatively mounted on the shaft with eecentric p and two longitudinal ones on which in an intermediate position they are fixed in. axis opposite each other, with internal protrusion circumscribing the shaft with the eccentric without ever coming into contact in the reciprocating movement of the translating organ. On the internal protrusions of these rings, other circular pressers (23 * 24) are constrained, mounted on bushings, free in the angular movement, in coupling with the internal lateral faces of the organ t.r lator, in pairs , and of the internal circular Pressor linked to the Shaft with Eccentric. On the lateral edges of the longitudinal components of each translating organ, in parallel pairs and in axis with each other, there are pins on which they are placed free in movement, on each, the Rotella (s) r housing with the external radial surface placed in close tolerance and rolling on abutment planes (? fi), fixed on the internal axial faces of the molding 4, by means of screws (27), opposed to each other in "lateral tolerance guide with the fins Η *" tra lator (25). The circular pressers (23,24) mounted on the translating organ (25), in the tangent movement of this, act alternatively on the planes of r versus fixed on two Lever Arcs having a Spiral trend: L, LI, placed in a tangent position op) © sti to each other, with curvature of each corresponding to L-; and to two Lever Segments L, LI = L2, L3⁄4, flanked by a longitudinal tremor between them, in longirudinal relationship: L / LI = T.P / T, 3 = I.6I, and angular opening at the vertex: L, LI = L2, L3 = 77 °, 16; fixed by «n'estremitè. .ongitudinal of the Lever Segments LI, L3 to a Segmer; or of straight Lever L4, thus forming three arcs at the vertexes of the angular intersection point dj luesti: II, L> 90 °. 00 "; 11.14 = 12.14 = 135 °. 00"; forming a Lever Arm type: Y together with two Seg-

I lenti di Leva pressori L5JL6 e uno d'A^maln ίγινβτ·_ • :ito_re^L7-,_ rettilinei^ fiss afri dal 1 ts estremità longj tud inali tra loro e al Segmento di Leva L4 In asse The L5JL6 pressure lever lenses and one of A ^ maln ίγινβτ · _ •: ito_re ^ L7 -, _ rectilinear ^ fixed afri from the 1 ts extremity longj tud inal to each other and to the Lever segment L4 In axis

1 ;on il Segmento di Leva L7, formando cinque angoli 1; on the Lever Segment L7, forming five corners

1 il vertice: L5,L4=L4,L6= 90°. 00»; L5.L6= I80°.00«; j5,L7=L6, L7= 90°. 00"; in rapporto longitudinale: L4v f 1 the vertex: L5, L4 = L4, L6 = 90 °. 00 "; L5.L6 = 180 ° .00 «; j5, L7 = L6, L7 = 90 °. 00 "; in longitudinal relationship: L4v f

è /L5=L4/L6= i/l; L7/L4= . Questo braccio di Leva ;ipo: Y, nel punto d'intersezione angolare dei Segaenti di Leva L4,L5rL6fL7 é vincolato a un Fulcro (: "issato in posizione trasversale su ogni contenitori [1,2,3) corrispondente a ogni settore di lavoro a.b, is / L5 = L4 / L6 = i / l; L7 / L4 =. This lever arm; ipo: Y, at the angular intersection of the Lever Saws L4, L5rL6fL7 is constrained to a fulcrum (: "hoisted in a transverse position on each container [1,2,3) corresponding to each working sector a.b,

< ì, della Corona A, in posizione media di lavoro dei j Segmenti di Leva L4,L7, ià asse verticale e movimen. fco angolare alternato di 13°. 00". Con 1 ' estremi t3⁄4 ir ritudinale del Segmento di Leva L7f ά non trappnsto i posizione tangente, mediante Rotelfa pressore (33 ) vincolata a un Perno (40) fissato su questo: alternativamente· a due Piani di riscontro ( 41 ) , di due Pr sssori d» Accumulo invertitori (4?), posti in stretta tolleranza radiale ognuno a una Bussola guida(43) del relativo Cilindro di contrapposizione (44) fissato in coppia in asse opposti tra loro in ogni Con tenitore (30,31,3?), corrispondenti a ogni settore ìi lavoro: a,b,n, della prima sezione, di lavoro del Corpo inferiore B. Composto di due Sezioni di lavor 3 (1,2) fissati tra loro mediante viti (45), con guar. : lizioni di serraggio tra le facce contrapooste su ei li 3ui Contenitori (30,34), sono predisposti con Coper 3hio d» ispezione (46,47), fissati mediante Viti (48 30η guarnizioni di serraggio tra le facce eontrappo te. Per ogni Sezione di lavoro, all'interno di ogni Settore di lavoro, lavorano: sulla prima Seziono di Lavoro, i Bracci di Leva tipo: H; sul secondo : il Braeci di Leva tipo: W. Questo Braccio di leva tipo Y, é contrapposto con i Segmenti di Leva L5,L6f og <ì, of the Crown A, in the average working position of the j Lever Segments L4, L7, the vertical axis and movements. alternating angular fco of 13 °. 00 ". With the ritudinal ends t3⁄4 ir of the Lever Segment L7f ά not trappnsto the tangent position, by means of a presser Rotelfa (33) constrained to a Pin (40) fixed on this: alternatively · to two abutment planes (41 ), of two reversing accumulator presses (4?), placed in close radial tolerance each to a guide bush (43) of the relative opposing cylinder (44) fixed in pairs in opposite axis to each other in each container (30 , 31,3?), Corresponding to each work sector: a, b, n, of the first working section of the lower body B. Composed of two work sections 3 (1,2) fixed together by screws (45 ), with gasket: clamping rings between the counterposed faces on and the containers (30,34), are prepared with inspection cover 3hio (46.47), fixed by screws (48 30η clamping gaskets between the faces For each work section, within each work sector, the following work: on the first work section, the va type: H; on the second: the Braeci di Leva type: W. This lever arm type Y, is contrasted with the Lever Segments L5, L6f og

1 nano con il relativo piano longitudinale inferiore, r lèdiante Piani di riscontro (49) fissati su questi: 1 nano with its relative lower longitudinal plane, reflecting the surface plates (49) fixed on these:

I ille estremità longitudinali di due Archi di Leva, ( sontrapposti su questi scorrendo in fase di lavoro, < >gnuno mediante Rotella pressore (50), vincolata al relativo Perno (51), fissato sull'estremità longitu dinaie di questi. La curvatura di questi archi di L 3-va, corrisponde ognuna a tre Segmenti di Leva fissa ti tra loro da un'estremità longitudinale: L8rLarLq LIO.Lb.LII. in rapporto longitudinale tra loro: L8/ Tlfls LI0/Lb=I.6I; La/L9=Lb/LIL=l/l e apertura angolane n 1 rertice: L8, LEU=LIO, Ltt=La,L9=:Lb, LII=I28°. 58" . Questi JOS ti tuiscono insieme a due Segmenti di T.evn. pnessm LI2, LI3, un Braccio di Leva tipo: H, finenti tnfl ro da un'estremità longi tudinale formando qont-hnn M ?oli al vertice: L9,LII=90°.00": L9.LI2=LTT, τ.τ V ή* ) )0"; LI2,LI3= I80°.00". Vincolato nel punto d'in+en. sezione angolare dei Segmenti di Levai T,Qr τ,ττ f τ.το1 T.- '7. i 1 un Fulcro ( 52) , fissato in posizione traavemai » The longitudinal ends of two lever arches, (opposed on these by sliding during the work phase, each by means of a pressing wheel (50), constrained to the relative pin (51), fixed on the longitudinal extremity of these. these arcs of L 3-va, each correspond to three fixed Lever Segments ti each other from a longitudinal end: L8rLarLq LIO.Lb.LII. in longitudinal relationship to each other: L8 / Tlfls LI0 / Lb = I.6I; La / L9 = Lb / LIL = l / l and angolan opening n 1 rertx: L8, LEU = LIO, Ltt = La, L9 =: Lb, LII = I28 °. 58 ". These JOS are joined together with two Segments of T. pnessm LI2, LI3, a Lever Arm type: H, finishing tnfl ro from a longitudinal end forming qont-hnn M? oli at the vertex: L9, LII = 90 ° .00 ": L9.LI2 = LTT, τ.τ V ή *)) 0 "; LI2, LI3 = I80 ° .00". Constrained at the in + en point. angular section of the Segments of Levai T, Qr τ, ττ f τ.το1 T.- '7. i 1 a fulcrum (52), fixed in position between the vaults "

E mila prima Sezione di lavoro del Corpo inferiore B. < ιοη posizione d'inizio lavoro dei Segmenti di E mila first working section of the lower body B. <ιοη starting position of the work segments of

I in asse verticale e movimento angolare alterr ato di questo Braccio di Leva tipo:H= tredici gradi Contrapposto con i Piani longitudinali dei Segmenti di Leva: LI2,LI3, mediante Piani di riscontro ( 53⁄4) fissati su questi: alle estremità longitudinali di due Archi di Leva, contrapposti in posizione tansente scorrendo in fase di Lavoro, ognuno mediante Eote La pressore (54), vincolata al relativo Perno (55) fissato sull'estremità longitudinale di questi, a i«ia di stanza, dall' asse verticale, di contrapposizion ii inizio lavoro: LI 4= LI 6= m/m e corsa 0= . L Curvatura di questi Archi di Leva con andamento a S Spirale, corrisponde ognuno a due Segmenti di Leva LI4, L5=LI 6, LI7, in rapporto longitudinale di quest tra loro: LI4/LI5=LI6/LI7.= I . 61, e apertura angolar al vertice: LI4/LI5=LI6, LI7= 128°. 58”. Questi cost tuiscono insieme a due Segmenti di Leva di produzi ne e lavoro: LI8,LI9, un Braccio di Leva tipo: W, fissati tra loro da un * estremi tà longitudinale forra do tre angoli al vertice nel punto d'intersezione golare: LI5.LI7» 38°.-42”; LI5, LI8=LI9, LI7= 12°. 71" LI8,LI9=I3°.00”; in rapporto longitudinale: LI5/LI L7/LI9=I. 61. Questo Braccio di Leva tipo: W é vinc lato a un Fulcro (56)f fissato in posizione trasve sale sulla seconda Sezione di lavoro del Corpo inf riore B. nei corrispondenti Settori di Lavoro : a, b.c, in posizione d'inizio lavoro dei Segmenti di va: LI8 e LI9, rispetto all'asse verticale mediano di: in asse verticale; e movimento angolare di T30 I in vertical axis and altered angular movement of this Lever Arm type: H = thirteen degrees Contrasted with the longitudinal planes of the Lever Segments: LI2, LI3, by means of abutment planes (53⁄4) fixed on these: at the longitudinal ends of two Lever Arcs, opposed in a tansent position sliding during the Work phase, each by means of the Eote La presser (54), constrained to the relative Pin (55) fixed on the longitudinal end of these, at a distance from the vertical axis , counterposition ii start of work: LI 4 = LI 6 = m / m and stroke 0 =. The Curvature of these Lever Arcs with S Spiral trend, each corresponds to two Lever Segments LI4, L5 = LI 6, LI7, in longitudinal ratio of these to each other: LI4 / LI5 = LI6 / LI7. = I. 61, and angular opening at the vertex: LI4 / LI5 = LI6, LI7 = 128 °. 58 ". These constitute together with two production and work Lever Segments: LI8, LI9, a Lever Arm type: W, fixed to each other by a longitudinal end forra do three angles at the vertex at the point of gular intersection: LI5 .LI7 »38 °.-42"; LI5, LI8 = LI9, LI7 = 12 °. 71 "LI8, LI9 = I3 ° .00"; in longitudinal ratio: LI5 / LI L7 / LI9 = I. 61. This Lever Arm type: W is attached to a fulcrum (56) f fixed in transverse position rises on second working section of the lower body B. in the corresponding working sectors: a, b.c, in the starting position of the va segments: LI8 and LI9, with respect to the median vertical axis of: in the vertical axis; and angular movement of T30

ro f mediante Rotella, pressore (57) vincolata a up Perno (58) fissato sull'estremità longi ±ud inai e di ogn_un.CLJtLL_que.aii : ^contrapposto alternàtivamen teq due Stantuffi convertitori (59)» posti in asse tra loro in posizione tangente e vincolati agli estremi longitudinali mediante sporgenza radiale (r) a un Ϊ Tirante di pompaggio ( 61) per auto alimentazione e accoppiati in stretta tolleranza radiale,, ognuno co a il relativo Cilindro (c) ricavati su un Corpo distr i~ tutore (d) e collegati mediante circuiti da Aliment azione A ed erogazione E, controllati nel flusso di Fluido in fase di lavoro , da specifiche Valvótle uni direzionali ( 62, 63) fissati in asee al relativo Cir cuito su ogni Corpo distributore (d) ricavato in un ico corpo con il relativo Corpo contenitore ( 33.34. : 5) . con Guarnizione di serraggio nel collegamento tra i singoli Circuiti dei distributori e su eui mediante sedi di raccordo ottenuti sul Corpo contenitore ( 3i ) del settore di lavoro c. su cui sono fissati i rele tivi Circui ti esterni, che collegano : quello di Al men fazione con il Serbatoio fluido ( S) e Organo di filtraggio (f ) . con possibile collegamento in termedio con Pompa di alimentazione ausiliaria (P) fiass ta sulla Corona A; quello di Erogazione, non frol l ato da possibile Valvola unidirezionale suppl emen to- ro f by means of a roller, presser (57) constrained to up Pin (58) fixed on the long end of each_a.CLJtLL_que.aii: ^ alternatively opposed two converter plungers (59) "placed in axis with each other in position tangent and constrained to the longitudinal ends by means of a radial protrusion (r) to a pumping rod (61) for self-feeding and coupled in close radial tolerance, each with the relative Cylinder (c) obtained on a distributor body ( d) and connected by circuits from Supply A and supply E, controlled in the flow of Fluid in the working phase, by specific uni directional Valvótle (62, 63) fixed in asee to the relative Circuit on each distributor body (d) obtained in one body with its container body (33.34.: 5). with tightening gasket in the connection between the individual distributor circuits and on them by means of connection seats obtained on the container body (3i) of the working sector c. on which the related external circuits are fixed, which connect: the supply circuit with the fluid tank (S) and filtering organ (f). with possible intermediate connection with auxiliary feed pump (P) fixed on Corona A; that of Withdrawal, not frol l ed by possible Suppl emen to unidirectional valve -

da questo : un Circuito é col l egato con i l Motore ti inante (MI , men tre un al trn <5 col l egio c^n l'utili -ni di controllo portata (p), di massima pressione e portata (e). Organi di controllo pressione (c.)· -Il Circuito di scarico (x) del Motore trainante é c collegato mediante Circuito esterno alla Corona A, scaricando il Fluido in un Circuito interno di lubr f reazione ( L) , collegato con tutti i Fulcri di vinc lo di questa e del Corpo inferiore Bf dei component in movimento, scaricando infine liberamente in ques to Corno B. dove mediante circuito esterno ini. che collega questo al Serbatoio, viene scaricato in que to . L'Baergia accumulata, controllata nella pressio ne e portata: parte và ad alimentare il ciclo cónti nuo di produzione, la parte eccedente và all'utiliz zo, con possibilità di essere trasformata in altro tipo di Energia, secondo le necessità di stilizzo e from this: a circuit is connected to the inlet motor (MI, while an al trn <5 with the lègio c ^ n the usefulness of flow control (p), maximum pressure and flow rate (e) . Pressure control organs (c.) · -The exhaust circuit (x) of the driving motor is connected by means of an external circuit to the Crown A, discharging the fluid into an internal reaction lubrication circuit (L), connected to all the The binding fulcrum of this and of the lower Body Bf of the moving components, finally discharging freely in this Horn B. where by means of an external circuit that connects this to the Tank, it is discharged into it. The accumulated energy, controlled in the pressure and flow: part goes to feed the constitutional cycle of production, the excess part goes to use, with the possibility of being transformed into another type of energy, according to the needs of use and

■'Ίη fase di Lavoro, il movimento angolare e gli sco rimenti tangenziali dei Bracci di Leva tipo: Y,H,Wr sono determinate dal movimento angolare del Pressoi circolare: per il Braccio di Leva tipo: Y e dalle misure e rapporti longitudinali, aperture e mnvimen ti angolari, punto di contrapposizione tra i Segnar ti di Leva contrapposti. Per i Bracci di Leva H e % e Y, il movimento angolare alternato di inizio e fi ne lavoro é stato calcolato in tredici gradi (l3°-0 Le misure longitudinali e i rapporti tra i Segmenti di Leva componenti i Bracci di Leva tipo : Y,H, W, so -no determinati dal calcolo secondo la regola della Spirale logaritmica che dà una serie di valori di misure longitudinali in pogressione geometrica e ar metica tra loro, in cu3⁄4L la somma tra un. valore e cru elio precedente,, dà il valore successivo e il rappo to tra questo e quello precedente é di circa: I.6I. Le aperture angolari e relative misure longitud ine! determinano gli scorrimenti tangenziali tra i Segme ti di Leva contrapposti tra loro e il rendimento un tario per singolo Braccio di Leva é auello di prò**-. sione e portata. Le misure e rapporti longitudinal i aperture e movimenti angolari tra i Segmen ti d i Τ,βγ di ogni singolo Braccio di Leva: YrH f Wf nono de tto* e determinate da vincoli di massimo rend imen to ^τρΐ tario: esse possono variare in più o meno rimanendo • iell ' ambito del rendimento positivo, secondo esigen ze di progetto. ■ 'Ίη working phase, the angular movement and tangential discharges of the lever arms type: Y, H, Wr are determined by the angular movement of the circular press: for the lever arm type: Y and by the longitudinal measurements and ratios, openings and angular movements, point of contrast between the opposing Lever Markers. For the Lever Arms H and% and Y, the alternating angular movement of start and end of work has been calculated in thirteen degrees (l3 ° -0 The longitudinal measurements and the relationships between the Lever Segments making up the Lever Arms type: Y , H, W, are determined by the calculation according to the logarithmic spiral rule which gives a series of longitudinal measurement values in geometric and armetical pressure between them, in cu3⁄4L the sum between a value and the previous cru helium, , gives the next value and the ratio between this and the previous one is approximately: I.6I. The angular openings and relative longitudinal measurements determine the tangential sliding between the opposing Lever Segments and the yield per single Lever Arm is a prò ** -. sion and flow rate. The measurements and longitudinal ratios of the openings and angular movements between the Segments of Τ, βγ of each single Lever Arm: YrH f Wf nono de tto * are determined by constraints of maximum yield ^ τρΐ tary: they can vary more or less while remaining in the • sphere of positive performance, according to project requirements.

-Il particolare schematico Aj>, riportato sulla tavo-La n° 4, rappresenta un esempio di funzionamento tiso Oliodinamico dei componenti principali di questa macchina tipo : YHW. Un Circuito di Alimentazione Y, fissato alla Pompa di Alimentazione P 6 collegata c con il Serbatoio fluido terminante all ' interno e co -legato all ' estremità longitudinale con Organo di f il traggio ( f ) T mentre un Organo di con trollo livel-r lo fluido (i) é fissato sul Serbatoio (S) . Il Oircu -ito di Erogazione (z) é collegato con l' Accumulatore -di_ Eh.engia_IdrauXi.oa_( q)., _ controllatoo__da_ Valvola u unidirezionale._(_u)_;_a_ques_to_s.ono_c.o.llegatL_al_tri_d due Circuiti: un Circuito (K)t collegato con il Mpt_o_x.e_trainan_te_(JVi)_,_ch.e_allmen_ta_il_cielo_con_tinuo_ d_i_pro duz ione, _ s.ca rlc.an.d_o ..medi an te __ci r_cui_to_.s.ei rio _ (JC)_ ne!L_Co-r_po_jprlncipale_r_3⁄4i_W_,_il- _c.ircui_to__(h)-collegato con il Motore Idraulico _ (E) di utjl j 3⁄4gn dlell_L3⁄4iergia_oon— Circuito di_scarico_-(-S2).,„. collega con il _ Serbatoi o fluido Entrambi. i _Gircu i_t i_(-K_.e h sono controllati da Valvola di massima pressione e portata ( G) f scaricando il Fluido in esubero nel S batolo (S) f. mediante Circuito di scarico ( SI) . -H particolare schematico CJJ, varia da quello Apt nell ' eliminazione della Pompa di Alimentazione P. I Particolari schematici tipo : Dp e Bp, -The schematic detail Aj>, shown on table-La n ° 4, represents an example of oil-dynamic tiso operation of the main components of this type machine: YHW. A Feeding Circuit Y, fixed to the Feeding Pump P 6 connected c with the Fluid Tank terminating inside and co-connected at the longitudinal end with the control organ (f) T while a level control organ the fluid (i) is fixed on the Tank (S). The Delivery Oircu -ito (z) is connected with the Accumulator -di_ Eh.engia_IdrauXi.oa_ (q)., _ Controlled or__by_ Unidirectional u valve ._ (_ u) _; _ a_ques_to_s.ono_c.o.llegatL_other_d two circuits: one Circuit (K) t connected with the Mpt_o_x.e_trainan_te_ (JVi) _, _ ch.e_allmen_ta_il_cielo_con_tinuo_ d_i_pro duz ion, _ s.ca rlc.an.d_o ..medi an te __ci r_cui_to_.s.ei _ (JC) ! L_Co-r_po_jprlncipale_r_3⁄4i_W _, _ il- _c.ircui_to __ (h) -connected with the Hydraulic Motor _ (E) of utjl j 3⁄4gn dlell_L3⁄4iergia_oon— Discharge_circuit _- (- S2)., „. connects with the _ Tanks or fluid Both. i _Gircu i_t i _ (- K_.e h are controlled by the maximum pressure and flow rate valve (G) f discharging the excess fluid into the drain (S) f. by means of the drain circuit (SI). -H schematic detail CJJ, varies from the Apt one in the elimination of the Feeding Pump P. I Schematic details type: Dp and Bp,

no un esempio di funzionamento tipo 01 ind iwqmj QQ-R trico , in cui: Un Motore idraulico trascina in rot zione un Generatore Elettrico collegato con Accumu tore specifico che alimenta il motore Elettrico inante vincolato all ' Albero con eccentrico della Corona A, con ciclo continuo di produzione di ENER n an example of operation type 01 ind iwqmj QQ-R trico, in which: A hydraulic motor drives in rotation an Electric Generator connected to a specific accumulator which feeds the inant Electric motor bound to the shaft with eccentric of the Crown A, with cycle continuous production of ENER

Claims

RIVEND IC AZIO NI) Hydro-Mechanical Machine with opposing Forces with Generation of Energy, type :. YHW, with oil-dynamic operation, constituted in the essential parts of a main body producing energy, such as: IHW and secondary organs of: Traction, Feeding, Conversion, Accumulation, Control and Use of the already. The main body producing energy type: ¥ HWr is composed of a crown A and lower body E, each divided into three container bodies, each corresponding to a working sector, in which the acting and reagent components of this machine work. p àuttori d * Energy. With tangent coupling bases and Clamping gaskets between the opposing faces fixed to each other by means of screws. On the Crown Ar ir external axial position: two support Covers, with Gaskets, of S "radius between the opposing and coupling faces, are fixed by means of Screws, 3U which on each of these are obtained with respect to the body: one seat for coupling and fixing of an auxiliary Feeding Pump (P) and in the same position, a seat for coupling and fastening of a driving motor. On these in an internal axis position, opposite each other: on the container body of the working Set bore c, and on that of Sector a, the seats on are r-dug. in each sector, the acting cor- rectors work, consisting of: Albero con Eccentrieo. mounted in axis to these, divided into three bodies, one for each working sector, each formed by two hubs with eccentric seats for coupling and fixing forming single bodies. The following are obtained on the extremities of each of these shafts: on the external axial ends, the constraint seats of a driving motor and of an auxiliary feed pump; inside, in axis between 1 0-r or alternatively, a seat and a Pè rno are obtained coupled in axis to each other, with alternating radial keying, constrained at an angular distance between the eccentric seats of 360 ° / 3 "corresponding each 0 to their sector of work: a, b, c. In the Athenian position on each eccentric, it is constrained on a rolling bush: a circular presser, alternately opposed during the work phase, with the radial surface: on two abutment planes fixed in a tangent position opposite to each other, there is a translating organ. rectangular shape of an internal space formed by four particular plates fixed by the longitudinal ends to each other on which the respective back plates (r) are fixed on the two opposite ones, on which the ciré Lare pressor acts alternatively, mounted on the Shaft with eccentric; and two longitudinal lines on which in an intermediate position they are fixed in opposite axes, with internal protrusions circumscribing the shaft with an eccentric without coming into contact in the alternating tangent movement of the translating shaft. On the internal protrusions of these rings, two other circular pressers are fixed on rolling bushings, free in the angular movement, coupled with the internal side faces of the translating member, in pairs, and of the intermediate circular pr sore bound to the Shaft con placed in close tolerance and rolling on risers fixed on the internal axial faces of crown A, by means of screws, opposed to each other in close tolerance lateral guide with the plane of the translating part. The circular pressers mounted on the translating organ, in the tangent movement of this, act alternatively on the abutment planes fixed on two lever arches having a spiral trend, noted in a tangent position opposite to each other, with curvature of each corresponding with two Segments of Le va L, LI = L2, L3, fixed at one end, longitudinal to each other, in longitudinal ratio: 1⁄4 / LI = L2 / L> = I.6I, and angular opening at the vertex: L , LI3⁄4L2, L> = 7T 16 "; fixed by a longitudinal end of the Lever Sagra bodies LI, L3 to a straight Lever Segment L ". forming with this three angles at the vertex at point ii angular intersection of these: LI, L3 = 90 ° .00 "; LIf L4 = L2tL4 = I35 ° * OOn. constituting a Lev Arm type: Y together with two Pressing Lever Segments L5 & 6 and one d »Inverter accumulation L7, straight, fixed from the longitudinal ends to each other and to the Se:« slow of Lever L4 in axis with the Lever Segment L7 forming five angles at the vertex: L5, L4 = L4, L6 = 90 °. Ln longitudinal ratio: L4 / L5 ^ L4 / L6 = I / l: L7 / L4 = This Lever Arm type: Yf at the point d. Angular intersection of the Lever Seed. Τ, Λ, Τ, ς , τ.Λ J7 4 constrained to a fulcrum fixed in position ΖΪ ΠΠ Ρ tra tersal on each corresponding container work of the 3 segments of Lever L4, L73, in a vertical position and alternating angular movement of 13 °. fixed on this; alternatively the two reversing accumulation pressers, placed in close radial tolerance, each to a guide bush of 1 relative opposing cylinder fixed in cc P-pia in opposite axis in each container, corresponding to each working sector: a.b.c, of the first working Se7 ^ nn P of the lower body B. Composed of two working Sections fixed by means of screws, with clamping gaskets between the opposite faces on which the containers are arranged with Crmf * -rr> yf «Λ '1 nnezi ηη« fixed by; Screws, with tightening seals between the cor-opposed faces. Indeed, for each Section, within each work Sector, the following work: on the first Work Section, ì Lever arms type: H; on the second: the Lever Arms type: W. This Lever Arm type: Y, is contrasted with the Lever Segments L5 »3 i6t each with its relative lower longitudinal plane: 'and by means of abutment planes fixed on these: longitudinal ends of two Lever Arcs, cont] np- poets on these sliding during the working phase, each by means of Hotella presser, constrained to the relative P <no, fixed on the longitudinal end of these, The curvature of these Lever Arcs, each corresponds to three Spienti di Beva fixed to each other by the ends Intìngi tud inalai L8 | Ln | L9 = LI0f L3⁄4f LIIt in longitudinal rt between them: L8 / La = LI0 / Ll * = I. 61: ^ / L9 = L> yLIl = l / l _ angular opening at the vertex: Le Lfl = LIO 'f L3⁄4 = Lv> f LII = I28 °. 58 ". This constitutes in Lever Arm tlpn: H fixed between l nm from npA SStitude longitudinal s forming four "ngnl ϊ" 1 vertex: L9f LII = 90 ° .00MJ L9 LT3⁄4 = TÌJT T, T3 = 4 ^ O TOQ " ·. J.T casting of the Segments of Le3⁄4a: L9. LIIrLI2. Ll3f to a Fu irò. fixed in transversal position on the working number of the ~ i «for ^ w> B. fion nosizion 1 the start of work of the Spmn PTi -M of Leva Lo L3⁄4, in the vertical axis and angular movement ni tnryiatn d i Braqnio li L „wni fi nn · Hss tned i ni jormd i · C / m fronTinaiTn with reference Pi mi fixed on these: at the l e extremes t3⁄4. during the work phase, each by means of a pressure wheel, bound to the relative pin fixed on the longitudinal end of this one, a distance from the vertical axis, in contrast to the start of work: L14 = LI & i m / m and stroke 0 = the curvature cfi- 3⁄4these Lever Arcs with Spiral trend »each correspond to two Segments of Lev LI4, LX # = LI6tLl7, in a longitudinal relationship of auest between them LI4 / LI5 = LI6 / LI7 = I.6I. and angular opening at the vertex: LIA. LI 5 = LI 6, 1X7 = 128 ° .58 ”· These are Hnnno together with two Lever Segments for production and work: Ll8f LI9, a Lever Arm type: W, f. Ls <- joined together by a longitudinal extremity forming> three angles at the vertex at the point of angular intersection: LI 5f 117 = 38 ° .42 ". LI 5 f LI8 = LI9, LI7 = 12 ° .71 "; LI 3, LI9 = I3 ° * 00" i. In. Longitudinal ratio: LI5 / LI8 = LI7, t /LI9=I.6X. This lever arm type: W is constrained to dn Fulcrum fixed in transverse position on the second working section of the lower body Bf in the corresponding working sectors: a, b, c, in the starting position of the lever segments: LI8 and LI9, in vertical axis »and angular movement of 13 ° .00". With production LI8 »LI9 Lever Segments e. work, by means of a pressure wheel constrained to a pin fixed on the longitudinal end of each of these: it is alternately opposed to two converting pistons ", placed in axis with each other in a tangent position and constrained to the longitudinal ends by means of a radial protrusion to a Pumping tie rod for self-feeding and coupled in close radial tolerance * each with its relative cylinder obtained on a distributor body and connected by means of supply circuits A and delivery E. counter-sides in the flow of fluid during the work phase, by sp Acifications Unidirectional valves fixed in axis to the r 3-side Circuit on each distributor body obtained in a single body with the relative container body, container body of work sector c, on which the relative external circuits are fixed, which connect: that of Alimenta area with the fluid tank and filtering unit 0, with possible intermediate connection with the auxiliary power pump fixed on the crown A; that of Delivery, controlled by a possible supplementary one-way valve. goes to the Hydraulic Biergy Accumulator: from this: a CirwH tn ά connected to the driving motor, while another 6 ROI I e gated with use; both Circuits are connected with the flow control, maximum pressure and flow rate control units, pressure control organs. The unloading circuit of the driving motor 4 eol i e e gated by means of a circuit external to the crown. B * where by means of an external circuit that connects this to the tank, it is discharged into this. The accumulated Bnerg, controlled in terms of pressure and flow: part goes to feed the continuous production cycle, the excess part goes to use, with the possibility of being transformed into another type of Baergià, according to the needs of use and project. and the ratios between the Lever Segments making up the Lever Arms type: Y * Hf Wf are determined by the calculation according to the Logarithmic Spiral rule which gives a series of longitudinal measurement values in geometric and air pressure between them, in to which the sum between one value and the previous one gives the next value and the ratio between this and the previous one is about I.6I. The angular openings and relative loneitudinal measurements determine the tangential sliding between the opposite lever segments and the one tary efficiency for each single lever arm and that of pressure and flow. The measurements and the longitudinal ratios, openings and angular movements between the leverage segments of each single lever arm: Y H W, year dictated and determined by maximum unit yield constraints; they can vary in plus or minus nim ning within the ambit of the positive yield if -according to project 2 requirements} As per claim I, in which: dual hydraulic functioning of this Mafichina: a power supply circuit fixed to the Then the feeding pa is connected with the tank fli Ldo terminating inside it connected at the longitudinal end with a filtering member with fluid level control by means of a fixed member YES Tank. The Delivery Circuits are connected to the Hydraulics Energy Accumulator controlled by a one-way valve; two other Circuits are connected to this: a Circuit connected to the driving Mo † 0-re, which powers the oiol or continuum of the pro. Main body and ti po ¥ HW; The second one. Circui to é C Legato eon Bètore Idraul i co of ι, ί ί ?? η of the 1 'Enervi t connected with the drain circuit to the tank fl \ Ldo. 3⁄4both circuits are controlled by maximum pressure and flow rate valves, discharging the excess fluid into the tank by means of the drain circuit-30 connected to the latter ì) As per claims I to 2f be eliminated, using auto power operation · i 0 As per claims I to 1, in «n i · n Unta. -re Hydraulic driving can be replaced by similar to Electromechanical operation, transforming the Hydraulic Biergy into Electric, replacing the hydraulic accumulator with a similar Electric : Y, while maintaining unchanged the opposing points, the longitudinal ratios, and the angular openings between the composed Lever Segments: the Lever Arcs can be replaced each by two Lever Segments: L, LI = L2, L3 , fixed together by a longitudinal end and with the Lever Segments L1, L3, to the longitudinal end of the Lever Segment L4. - - - - - - - -6) As per claims from I to 5, in which: in Bra that of Lever type: Y, the curvature of the Arcs of Le goes with a Spiral trend, can each correspond to two Lever Segments in longitudinal ratio: L / LI = L2 / L3 = 2.. 6 and angular aperture: L, T, T = T.? F L3 = 779.16 ··; LI, L3⁄4 = <30 ° .00 "7) As per claims from I to 6, in which: in the Bra that of Lever type: Y, the curvature of the Arcs of Le goes with a Spiral trend, can each correspond to two straight Lever Segments in longitudinal ratio of I / I, angular opening: L, LI = L2, L3 99 0. 58 ··; LI, L3 = 45 °. 00 ". 8) As per claims I to 7, in which: in Era that of Lever type: Yr the curvature of the Arch i of T.e goes with a Spiral trend can each correspond to two straight Lever Segments in longitudinal ratio as per the previous claims and angular opening: L, LI = L2 , L> = 128 °. 58 "; LI, L3 = 38 ° .4 9) As per claims from I to 8, in cud .: in the Bra that of Leva type: Y, the curvature of the Arcs of Le goes with a Spiral trend can correspond each to two Segments of Straight lever in longitudinal relationship as per the previous claims and angular opening at the vertex: L, LI = L2, L ^ goo.OO "; LI, L3 = 77 ° .00" _ LO) As per claims from I to 9 "in which : in the Br that of Lever type: Y, the curvature of the Arcs of Le 30η spiral trend can each correspond to two straight Lever Segments in longitudinal relationship as per previous claims and angular opening at the vertex: L, LI = L2tL3 = I02 °. 84 ": LI.L> 6 II) As per claims from I to 9, in which: in the Lever Br sio type: Y, the curvature of the Arcs of Le 17B. With a Spiral trend can correspond to two Segments each of straight levers in relation - Tudinal edges between them: L / LI = L2 / L3 =: according to requirement <Li project. 12) As per claims from I to II, in which: in the Lever arm type .: Y, Both curvature . of the spiral-shaped lever arcs can move each to two straight lever segments! inei · L, TrT— L2, L in longitudinal relationship between them and aprtUrs. angle at the vertex according to project requirements 13) As per claims from I to I2r in mi i * n and Lever arm type: Y, the Lever Segment: L4 "can be split and formed by two Lever Segments: L4 , In, fixed at the longitudinal ends, from one end, at the angular intersection point with the Pressing Lever Segments L5 * L6, with angle at the tip: L4, In = I3 ° .00 "; and from the opposite end, L4 with LI and In with L3 of the respective Lever Arcs. With these Lever Segments L4 »Ln, in position of steel work in a vertical axis with angular movement of the Lever Arm of 13 °, 00" 14) As per claims from I to 13, in which: in the Lever Arm type: Y, the Lever segment L4, can vary the longitudinal ratio with the other Lever Segments making up this Lever Arm: according to project example 15) As per claims from I to 14 , in which: in the Lever Arm type: Y, the Lever Segment L4T pn can vary the angular opening at the vertex with the Segments of Lever to which it is fixed: according to project requirements 16) As per claims from I to 15, in which: in the Lever Arm type: Y, the Lever Segments: L5. L6 can have an angular opening at the vertex of: 167 °. 00 "; with position of steel working with cruesti Segments of Lever: L5 or L6, in the horizontal axis .— - * -17) As per claims from I to 16, in which: in the Arm of Lever type. Y. the Segments of Lever: L5tL6 can vary the angular opening to the verti ce for exigency of the project, with starting position for the work of cruesti Lever type: Y, the angled openings at the top between the Lever Segments components: can vary according to project requirements. -19) As per claims from I to 18, in which: in the Lever arm type: Y, i Component Lever Segments can vary the longitudinal ratios between them according to project requirements. 21) As per claims from I to 20, in which: the circular presser constrained to the shaft with eccentric co may be greater than that shown on the relative drawing: according to project requirements .--- 22) As per claims from I to 21. in which: the circular heads constrained on the translating part of the crown A, may have a diameter greater than that shown in the drawing: according to the requirements of p 23) As per claims from I to 22, in which: the number of shaft revolutions with eccentrics mounted on the Crown A, can vary according to the needs of the jet 24) As per claims from I to 23, in which the shaft rotation axis with eccentrics mrmtotn on the Crown A, can be Right or Left according to project requirements. 25) As per claims from I to 24, in which * n Brorri di Leva type: H, can vary the angular movement. alternating: according to project requirements 26) As per rivendieazinni do T H 25, in which: in the Lever Arm type: Y, the Lever Segment L7, can vary the longitudinal measurement according to project requirements. 27) As per claims! From I to 26, in which: in the Lever Arm type Y, the Lever Segment L7 can be split into two Lever Segments: L7.Lm. generating a new corner at the vertex with an angular opening varied according to project requirements. 28) As per claims from I to 27, in which; in the Lever Arm type: Y, the Lever Segment L7, can be eliminated and fixed on the Lever Arm type: H by overturning the working position of I80 °, 0 and with average working position: in the vertical axis. 29) As per claims from I to 28, in which: the angle of contact is the beginning of the work of the segments. of Lever: L5 s to L8 and L6 on L10f of the Arms of L @ v type: Y and H, can vary according to pro-30) As per claims from I to 29, in which: the distance of the contact point of iiilaio Working from the vertical axis, of the Lever Segments: L5 on L8 and L6 on LIO, of the Lever arms type: Y and H: it can get as close as possible to the average vertical axis according to project requirements. -31) As per claims from I to 29, in which: in the Lever Arm type: H, the Lever Arcs with Spiral: can ,. they are_f ormated each_of three straight Lever Segments, map. keeping the longitudinal ratios between them and the openings unchanged - 32) _ Cprae__da claims from _I_ to 31, _ in - cu i: in the Lever Arm type * H, the curvature of the Lever arches in the Spiral pattern must correspond to each with three Lever Segments: L8, La, L9 = LI0, Lb, LII, in longitudinal ratio to each other, L8 / La = LIO / Lb = 2. $ La / L9 = Lb / LII_I / I. 33) As per claims from I to 32, in which: in the Lever Arm type: H, the curvature of the Lever arches with a Spiral trend: they can each correspond to three Lever Segments: L8, La, L9 = LI0. Lb. LII. in longitudinal relationship between them: L8 / La = LIO / Lb = La / L 9 = Lb / LIL = l / l and angular opening at the vertices: L8.L LIO, Lb = I28 °. 58 "; La, L9 = Lb, L8 = I5I ° .00"; L9.LII = 45 <\ 0 34) As per, claims from I to 33, in which: in the lever arm type: H, the curvature of the 'Spiral-shaped lever arcs can each correspond to three lever segments: L8.La. L9 = LI0.LbrLlIT in longitudinal relationship as per the previous claims and angular openings at the vertices: L8.Lsfc = LIO. L 135 °. 00 "; La, L9 = Lb, LII = I35 ° .00"; L9. LI 1 = 77 °. 00 ". _ -35) As per claims from I to 34. in which: in the lever arm type: H , the curvature of the Lever environments with a Spiral trend can correspond 1> gnuno to three Lever Segments: L8.La. L9 = LIO. at the vertices: τ, 8, τ, «= τ.τη (τ. = La, L3⁄4 = Lb, LII» 154 0. 2 9 "ϊ L9, LII = 38 0 36) As per claims from I to 35, in which: in the Lever Arm: H. the curvature of the Arnh i Lever with a Spiral trend no s healthy RpnnflBrp each with three Lever Segments L8f La ^ LIO.Lb , in longitudinal relationship as per the preceding claims and angular openings at the vertices: L8.La = LIO, Lbf La, L9 = Lb, LII = 141 ° .42 "; L9vLH = 64 ° .I6u 37) As per claims from l to 16. in myths in the Lever Arm type: H, the curvature of the Lever Arcs with a Sniral trend can each correspond to three Lever Segments: L8f La ^ L ^ LIO , Lh, LIT? in longitudinal relationship between them and angn_ Lari openings at the vertexes according to project requirements.— -} 8) As per claims from I to 37, in which: in the 3rd lever arm type: H, the lever segments: LI2 _, _ LX3 ' they can have an angular opening at the vertex of: L67 ° .00 ": with the work start position of these Lever Segments: LL2, LI 3, in the horizontal axis and _ Ì9) As per claims I to 38, in mi: for lever arm _: „H_, the segments of lever» l, I2t T.T 30 s it is possible to vary the angle opening at the vertex if _ according to project requirements.,. Lever horizontally 10.) - As per claims from_I_a-343, -in- which: in the Lever Arm type: H "the angular openings between the component Lever Segments may vary according to 41) As per claims from I to 40 , in which: in the Lever Arm type: H, the component Lever Segments can vary their longitudinal ratios according to project requirements. - - - - - -42) As from claims I to 41, in which: in the Lever Arm type: H „the Pressor Lever Segments LI2, LI3i can change their working position with respect to the vertical axis in the constraint point: d zero a treoen tosessan tagradi. - - - - - - -43) As per claims from I to 42, in which: the angle of the work start trapping of the Lever Segments: LI2 on LI4 and LI3 3U LI 6, of the Lever Arms K and fftT may vary according to project needs. 44) As per claims from I to 43 „in which: the distance of the starting point of opposition from the constraint point, of the Lever Segments: LI2 * on LI4 and LI3 on. LI 6, of the lever arms type: H and W can be as close as possible to the axis of connection corresponding to the average vertical axis 45) As per claims from I to 44, in which: the vertical distance Ld from the point constraint of the Lever Arm type: H and the starting point of opposition of the Lever Segments: LI2 on LI4 and L∑3 to LI 6, can vary in the longitudinal measure 'Ld according to project requirements (46) As per claims from I to 45 "in which: in the Lever Arm type: W, the Lever Arcs can be replaced - each by two Lever Segments: rectilinear: LI4, LI5 = LI6, LI7, fixed together by a longitudinal end and with the opposite longitudinal ends of the Lever Segments: LI5 »L7» fixed to each other and to the longitudinal ends of the Lever Segments: LI8, LI9. In longitudinal relationship between them and angular openings: according to project requirements. -47) As per claims from I to 46, in which: in the Lever arm type: W, the curvature of the lever arches with a Spiral trend, can correspond to each with two straight Lever Segments in longitudinal ratio: LI4 / LI5 = LI6 / LI7 = 2, 6 and angular opening: LI4, LI5 = LI6 / LI7 = I28 °. 58 "; LI 5, LI7 = 38 °. 42 ". -48) Cdme from claims from I to 47, in which: in the Lever Arm type: W, the curvature of the Lever Arcs with a Spiral trend j can each correspond to two Lever Segments ret il in and i in longitudinal relationship between them di: l / l and angular opening to the vertiee: LI4, I5 = LI6, LI7 = 99 ° .58 "; LI5, LI7 = 45 ° .00 »49) As per claims from I to 48, in which: in the Lever Arm: W, the curvature of the Lever Arcs with_and_anen to _Sp irai and. May correspond each_ to two Segments_ti_cUL_Leva_re tLilin_g_i in limb l on gi tudi na li L4- / L5 = LI 6 / LI7 = according to exigenae d prYì grp -h † .n 50) As per claims from I to 49, in which: in the Lever arm type: W, the curvature of the Lever Arcs with Spiral pattern can each correspond to two straight Lever Segments with angular open ra at the vertex: LI4 / L15 = L6 / LI7 = 90 ° .00 "; LI 5, LI7 = 77 ° -00" 51) As per claims from I to 50, in which: in the Lever Arm type: W, the curvature of the Lever Arcs with a Spiral trend can each correspond to two straight Lever Segments in longitudinal relationship to each other as per project requirement and corner opening at the vertex: LI4 / LI 5 = LI 6 / LI7 = 102 °. 84 "; LI, L> 64 0. 1 6" 52) As per claims from I to 51, in which: in the Lever Arm type: W, the curvature of the Lever arcs with a Spiral trend, can each correspond to two Straight lever segments with angular opening: LI4, LI5 = LI 6, LI7 = 77 ° .I 6 "; LI 5, LI 6 = 89 53) As per claims I to 52, in which: in the lever arm type : W, the curvature of the Lever Arcs with a Spiral trend, can each be formed by two Lever Segments, with a groove opening dictated by project requirements. 94) As per claims from I to 53 "in which: in the Arm of Lever type: W, the curvature of the arcs of the Lever with spiral trend, can be formed each of three straight Lever Segments: LI4, La, LIf * = LI6, Lb, LI7j with the Lever Segments La, Lb , in terms of steel position working in the vertical axis, angular opening of the Lever Segments: LI 4, LI5 = LT 6, LI7, with respect to the horizontal axis, as per the claims and longitudinal measurement of the Segments of Leva: La, Lb, according to project requirements. -55) As per claims from I to 54, in which: the longitudinal ratios of the Lever Segments composing the Lever Arm type: W, can vary according to project requirements 56) As per claims from. I to 55, in which: the Segments of leverage of production and work: '£ 18, LI 9, can vary the longitudinal measure according to the requirement of nroge 57) As per claims from I to 56, in cud: in the Arm of Leva type: H, the curvature of the arcs d Leva can each be formed by the Lever Segments: L8, L9 = LI0, III, fixed to each other by a longitudinal end. keeping unchanged: the angular position, the longitudinal ratios and the solar movements described in the claims. 58) As per claims from I to 57, in which: the position of contact is ion of the Lever Segments LI9, LI8, of production and work of the Lever Arm type: Wf with respect to the vertical axis ir termed i n po can vary from aero to aeraifeon ttan -fca ^ rrad i _ _ 59) As per claims from I to 58, in which: which technical solution type: YW. the working section N »I. of the lower body B. and the relative arm of τ, ργ type: H, can be eliminated by directly fixing the second working section to the Crown A. by contrasting the pressure lever segments: L5fL6f at the longitudinal ends of the lever arcs of the Lever Arm type: W, and by mounting the components and relative inverter accumulation pressers, on; which is contrasted by the Lever Segment L7: on <ansata according to the working position. 60) As per claims from I to 59, in which: ausions and technical solution type: Y, the second working section and relative components and the Lever Arms type: H and W, can be eliminated: by mounting the distributor body, relative Converter cylinders and pistons: on the accumulation crown A, obtained in the same body with this, in the same position deaerated by trapping the Stan tuff i with r t i to r j 1 Se gm. en t i di Lever of production and work fixed by a longitudinal end in the point d * in the third corner at the angular hours_and_of__v_incolo_of the _ Lever-arm -type: Y ,. in. longitudinal ratios and angular openings with do; e_of _ project ^ 61) As per claims from I to 60, in which: which technical solution type: HHW, the Lever arm type Y, can be replaced by the Lever arm type: 62) As per claims from I to 61, in which: as a typical technical solution: YHM the number of work sectors can vary from I to H, according to project requirements; with the lever arms type: Y, arranged on the circular presser at an angular distance of cor itf posiaione of these of three hundred se s san tagpadi divided by the number of working sectors and lever arms 63) As per the claims from i to 62, in which: which technical solution type: 2YHW: the lower bodies B, can be two in number, fixed in tangent opposite direction in axis to each other on the Crown A with a number of work sectors from I to N. and angular distan aa of con trapposia of the circular pressers: equal to 360 ° / the number of work sectors 64) _ As per claims from .1 to 63, in which :, which