FR3011045A1 - SEAL RING FOR HYDRAULIC PUMP DISPENSER - Google Patents
SEAL RING FOR HYDRAULIC PUMP DISPENSER Download PDFInfo
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- FR3011045A1 FR3011045A1 FR1359250A FR1359250A FR3011045A1 FR 3011045 A1 FR3011045 A1 FR 3011045A1 FR 1359250 A FR1359250 A FR 1359250A FR 1359250 A FR1359250 A FR 1359250A FR 3011045 A1 FR3011045 A1 FR 3011045A1
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- FR
- France
- Prior art keywords
- ring
- pump
- sealing
- seal
- face
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B1/00—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders
- F04B1/04—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement
- F04B1/047—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement with actuating or actuated elements at the outer ends of the cylinders
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B1/00—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders
- F04B1/04—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement
- F04B1/0404—Details or component parts
- F04B1/0452—Distribution members, e.g. valves
- F04B1/0465—Distribution members, e.g. valves plate-like
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B1/00—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders
- F04B1/04—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement
- F04B1/10—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement the cylinders being movable, e.g. rotary
- F04B1/107—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement the cylinders being movable, e.g. rotary with actuating or actuated elements at the outer ends of the cylinders
- F04B1/1071—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement the cylinders being movable, e.g. rotary with actuating or actuated elements at the outer ends of the cylinders with rotary cylinder blocks
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B1/00—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders
- F04B1/12—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinder axes coaxial with, or parallel or inclined to, main shaft axis
- F04B1/20—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinder axes coaxial with, or parallel or inclined to, main shaft axis having rotary cylinder block
- F04B1/2014—Details or component parts
- F04B1/2021—Details or component parts characterised by the contact area between cylinder barrel and valve plate
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B1/00—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders
- F04B1/12—Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinder axes coaxial with, or parallel or inclined to, main shaft axis
- F04B1/26—Control
- F04B1/30—Control of machines or pumps with rotary cylinder blocks
- F04B1/303—Control of machines or pumps with rotary cylinder blocks by turning the valve plate
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2210/00—Working fluid
- F05B2210/10—Kind or type
- F05B2210/11—Kind or type liquid, i.e. incompressible
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
- Y10S—TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10S417/00—Pumps
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Details And Applications Of Rotary Liquid Pumps (AREA)
- Rotary Pumps (AREA)
- Details Of Reciprocating Pumps (AREA)
- Sealing Devices (AREA)
- Reciprocating Pumps (AREA)
- Sealing With Elastic Sealing Lips (AREA)
Abstract
Bague d'étanchéité pour distributeur de pompe hydraulique (1) pour un distributeur hydraulique (2) d'une pompe hydraulique (44), comprenant une bague continue d'étanchéité (11) logée dans une gorge de bague (16) aménagée dans un stator de pompe (3) dont les lumières d'admission-refoulement (7) sont alignées chacune avec un évidement de distribution (21) traversant ladite bague (11) de part en part dans le sens de son épaisseur, cette dernière comprenant un bossage de contact circonférentiel (14) qui présente une ligne de contact circonférentielle (15) qui peut entrer en contact avec une surface d'étanchéité basse-pression coté rotor (13), ladite bague (11) comprenant aussi une piste de compression-décompression (24), une lèvre d'étanchéité de bague (39) qui réalise une étanchéité entre ladite bague (11) et la gorge de bague (16) et des moyens d'arrêt en rotation (36).Sealing ring for a hydraulic pump distributor (1) for a hydraulic distributor (2) of a hydraulic pump (44), comprising a continuous sealing ring (11) housed in a ring groove (16) arranged in a pump stator (3) whose intake-discharge ports (7) are each aligned with a dispensing recess (21) passing through said ring (11) from one side to the other in the direction of its thickness, the latter comprising a boss circumferential contact member (14) having a circumferential contact line (15) which can contact a rotor-side low-pressure sealing surface (13), said ring (11) also comprising a compression-decompression track ( 24), a ring sealing lip (39) which provides a seal between said ring (11) and the ring groove (16) and rotation stop means (36).
Description
BAGUE D'ETANCHEITE POUR DISTRIBUTEUR DE POMPE HYDRAULIQUE La r te invention a. pour objet une bague d'étanchéité pour distributeur de pom.hydraulique liaux à cylindres tournant: le plus souv( constituées dres hydrauliques, L s chacun pompes hydrauli iistons axiaux - ement c dr variable 'un dans log )nt aménagés des c^ 10 rvlindres, un s on hydraulique e fnrtue di Rivernents de va-et- comporte ordinairement maintenue en plus étanche possible av( _in( ce de distribution - dite aussi glace 15 el° distribution - nrnen.= ?ri s f2re' d'un stator, ce dernier pouvant irtie u un corps de pc nentation comprend en gène lacun relié à l'un des tdr ( hvciratilioues. tandis que la face c tribution comprend au moins 20 lur rr laquelle les pistor hvdrauliques peuvent asp bide lllIC moins une lurnie refoulement par quuiit its pistons pet_ :. nt refouler ledit fluide, les es et lesdites Jant un dist' Jr hydraulique, 25 .1uiut tor tourne, lesdits orin-^-^nt 0 flint mis en relation vec un conduit d'aspiration par la lumiere a aspiri ,n. s avec un conduit de - foulement par la lumière de refoulement. Il te de ceci qu'un débit de fluid iydraulique peut s'établir entre lesdits conduits consécutivement aux mn ii -nents de va-et-vient qu'effectuent les pistons hydrauliques, chacun dans 30 uii cylind-- Iraulicj On remarq que s lites de fluide hydraulique surviennen nmanquablement entre la face d'alimentation c -ace de distribution. Er. onsenuence, une) nArtie du fluide hydraulinue passe .ectement du conduit de 35 nt au uoriuuit d'aspiration ou inversement JnE Li une e dudit fluide passe directement desdits conduits a un car -nterne u iii t arc:, nar as DS ,es piston . aux, tre les plu iches oossr itre-elles me .nentai [ la fa ! distribution - -t qui tc,-.,, , Dntre l'auHa ent rce ( 1 oppose une platine- ' Dus -aulice Ltin )ouvant pa actlui I su Lia nt energétique pc ,ns particulier de pompes f rauliques d'alimen face de 15 distribution sont chacune positionnées sur une surface circulaire plane. 9 li ompes hydrauliques à pistons rad s tournants le plus souv( onstitue stribution st <tel prem lu stator ntatinn t nnciti iac - ;mu Jun ire, q soliuà du rotor configur irticulr ites faces est ?Ilement in jeu fait le pn et le deuxième fabricati( dem Inde précisior 25 ributa ositior tandic -laite selon cette ,trai ldL importantes Jrvenant au niveau de dernier type d Jistributei ? si s pertes pai ottement (É- rées par la clistribut( int potentiellement plus faibl( En ctrclialernent équilibrée deux tu 'an de iu -- le refoulement ?nt opposé( rid( raulici( sur la ion 1Mere assL plus f 3SIC rmettre ledit istr n nffnn radial itiellement or t et qui engendre des 35 pert( litionr 30 es gorges )r)- Ide la ;SiC DU refou la s élevée ,ernent e exem de brevet relative r-pompe t54 innnrtnnant ! CE ui tre de la chnique un teur don 'étanchéité el( d, pertes par - el, '?es tandiç n mnt in d n t;i1 n t dpc pertes,_ fluidE tie I relak rg tique induite par les fuites 15 urir;--li I 1 t par perte_ pa -1pn çiirvpr-1:--int entre la acc le distributi( ulic pistons liX aciiaux a cylindres tourn mn colles cylindrée tblE fautant plus importante qi Js uelle fonctionnent iteE pes est élevée d'une part npE ;ont utilisées à 20 tiré tielle d'autre n=irt il o e lesdites fuites réc plus possible de libère le fluide hy que lors ompi 25 ns^ 'objectifs cnerte p Jor , hydrau selon l'in ntic r rapport à et lorsque - selo mode partic n - e équipe un distributeur à fa,. .; d'alimentation et de distribut lue- 30 rtes par frottement, les débits de fuite survenant au niveau auait deur entre les )nduit: ;piratir s de refoulement JI S d( . :même que ébits entre lesdits nn( nt. ?r interne que nport n néneral les 35 - A même niveau d'étanchéité, les pertes par frottement générées par ledit distributeur sont réduites. En conséquence, la bague d'étanchéité pour distributeur de pompe hydraulique 5 selon l'invention permet notamment : - De contribuer à la réalisation de pompes hydrauliques à haut rendement volumétrique et énergétique ; 10 - De permettre la conception et la fabrication de pompes hydrauliques ou de moteur-pompes hydrauliques pouvant favorablement constituer, avec d'autres composants, une transmission hybride hydraulique à haut rendement énergétique destinée à la propulsion de véhicules automobiles. 15 En outre, la bague d'étanchéité pour distributeur de pompe hydraulique selon l'invention présente un faible prix de revient, sa fabrication ne faisant appel à aucun procédé complexe ou matériau onéreux. Ladite bague est également prévue pour offrir une grande robustesse et une 20 longue durée de vie et peut opérer dans le domaine des hautes pressions hydrauliques. Ladite bague est aussi applicable à toute pompe hydraulique ou moteur-pompe hydraulique à cylindrée fixe ou variable, que ladite pompe ou moteur-pompe 25 soit notamment à palettes, à pistons axiaux, à pistons radiaux, à cylindres tournants ou non et quel que soit le fluide liquide, gazeux, ou semi-liquide qu'elle opère. La bague d'étanchéité pour distributeur de pompe hydraulique prévue pour un 30 distributeur hydraulique que peut comporter une pompe hydraulique, ledit distributeur comprenant au moins une face de distribution de stator de pompe solidaire d'un stator de pompe ladite face de distribution présentant une surface d'étanchéité basse-pression coté stator de laquelle débouchent au moins deux lumières d'admission-refoulement aménagées dans le stator de pompe et qui 35 communiquent chacune avec au moins un conduit d'admission-refoulement qui leur est propre et qui est également aménagé à l'intérieur dudit stator, ledit distributeur comprenant également au moins une face d'alimentation de rotor de un orif dudit roto tinnric: DUI des deux ggf- de pomp fnr Incneite passe-pressior Dr° ro )mmunicant avec un conduit trahi kis que la surface d'étanchéité arcl d a sur-fane d'étanché - .rouve nieres d'admission-retouleme .sentant un( débouche au moins mage à l'intérieur )n coté stator est n rot rotor de ciLe OU l'autre ne foi: ar tour de rotor de porr comprend moins une _.,ae cor.. nnl-wit(7 Inn( rAible jeu axial et/oi_ dans une gorge de ody lie' iag -)r de pompe E. eur de la zone surfacique que délimit u rti étanchéité basse. coté stator, ladite bague présentant une face de bague coté stato; log 'intérieur de la gorge de b et ; .ce bague coté rotor qui surface d'étanche- ba- ression tandis que les IUIII1UreS 3dmission-refoulernent débouchent ai de ladite surface d'étanchéité par l'intermédiaire de ladite go lite bague étant axialement ou radialement plus large que les s ières de sorte à les recouvrir ,omportant, approximativement c.T Hent ou radialement 20 s dernières. au moin,., un évidement de distribution traversant la !Dague continue d'étanchéité de part en part dans le sens de sor épaisseur, ledit évidement pouvant mettr communication l'une des deux lumières d'admission-refoulement d'alimentation lorsque ce dernier se trouve approximativement fac( ladite lune 25 Au moins un I ge de contact -con e mena; ialement ou rad alement de part et d'autre d eme distribut. . ledit bossage -dant une ligne de cont nférentielle po. trer en contact ave _ .a surface d'étanchéité k -pr( ion coté rot( 30 Au moins une piste de compression-décompression aménageE- ur -1 secteur angulaire de la face de bague coté rotor, ledit secteur étant positionné en dehors de partie de ladite face où est placé l'évidement radial de distribution ; 35 hilité n bague cornu O telt re.?: 'adiaie entre lad rrge de bague . AH moins I in joint ri'Mnrinh. -Pgqion q-, réalise 1 tilt I 11,1 --)tés axi radiaux ( ul éfinie par le secteur an mp ln-décompression ; Des moyens d'arrêt en --)tation qui m. tancheité dans une p tion angu a . -npe, 1 nive t zone e la piste ague uuuunue )ort au stator de 15 anche.- ,,--, ,striKtfr (14' pompa raulique suivant l2 ention compre -gue qui comport.- une face abague ir ses sont orii perp( liculairement à la surface d' inchéité basse-pres oté state ite fac d'appui coopérant vec L épaulement d'appui de bague que 'porte . agi continue 20 Inr- jue d'étanchéité pour distributeu mp iraulique suivant la ente invention comprend une gorge c ba, mport une face d'étanchéité de bague sur ses cotés Oui son cy diculairement à 25 r-PAt,r-if ditE, i'acd d'étanch- DC4n r ite te que comporte la bague u l'étanchéité. Ille d'étanchéité ddi Ir distri nomne hydratilic uivant la 30 ntion -mp -. -11117 etanL., '^ bague MC p e solidaire lepauleme d'étar La bac Inch ite pour distribui le pompe lraulique uivant la présent tention cornnrend mn :t?-tnct._..Hé de bague qui est 35 positionné sur, en d( s ou longernent de l'épaulement d'étanchéi le bat anche Fisudi d., ''-' - .uivant la ion co irend une le :onstituée lch latérak. tu souple mair simultanément en igu ce de baguE i or, _olé stator e ui ft: Dur Ulbtl une ul que suivaiii prend le fermé e compression qu iIIyr,IrrIL2IIyr1I ompression a fac, Je bague i'rle3rie bagitè qui d iit fond et/on d'étanchéité pour distributeur de pompe hydraulique suivant vention compre int hé ie compression. on qui con ructur rigidification dans 15 ndécomtrssie`r` coi 'aire .tc E bague Dnt s que ledit iatériF t ou ri fur ;ample pouvant 20 a a :héité pour distri mpe hydraulique suivant la nrispni nfïnn comnrnncl in strL deolaire de rioidification qui est 25 1,)(11 t. atoi st réanz)e. da, la même pièce la bague iue tancheit :heité pour mp iraulique suivant la prés invention rnmnrpnri 1 InP nv ..._,..ipr( ',_ctompression qu 30 au moin - un o rnp---,sion par L c le ut - onduit se trie sio - lernier ace rmé et étanche que définit .orielle d ornpression-déco res lec )rifice sec o- --1 étant telle rrt.gaierp, nup l'nrif rr,.=thmentatior IVP face auclil 35 ! IIICU SelaUl It!I -?, fc pi npe, ledit omit_ ' toile' ieu 'ors le )nd d. ion vo inche via le conduit sectoriel anc pour distributeur r hydraulique LliVarli Je.ntio nprend un joint un joint de coinpres n-décompression qu J e pièce. hyp (aulique de bague ligne de tact 10 pos tior )ur distri teu Jra ligue JUIVc1111 ition d un tancheit de bague qt . est )proximatiyement l'aplomb de I ligne de contact )Ile tandis q face d'appui de bague est p el( née du fond 15 de yidc,fleic,n" distr r'n ,,Jite race rte qu eiIC c de stributeur c 20 ?rre ion le au mo - go.. .t tormée oa iague qu statoi ihéité pour distribui ulic uiyant la 25 nttP ripm ny( IUI comprend un^ pompe el l'alimentatio . -otor de r ipe : cylinaric lis qu E inc s lumièr idmis. 1-refoulement i )pe - moins une ipensi J'effort r; al amén e dE ompe, -imière r.W 1,--Ir . 1 rp (ln di hiil - iator de pompe 30 IStFU IdUC lite li imière de c( .lion ai si s il 5 metraiemen- ' l'( J'admission o l; e elle coopère onduit c mpen rort l au c luit In-rpfni ilpmpnt .21 Ir, reliée ladit J'admission- 35 I I _ancheité nour ibu ,i.q. '.aulique c;uivan* pre:.- ention cc----)rend une iumi DMperlSa ui débouche d face ibution de stator de ..rip la une gorge c -;ompensation d'effor radial i as laqueHo est logé faible jeu entiel une plaqu( d'étanchéité de mpensation d'effort radial, é an( )ur di ibuteur .ulique suivant li. ré s te invention )rend uni iue ',ompensation d'effor radial ( est travE O.e de part ( part dan , de son épaisseur par ur 10 évidement dp nnmpedgatiOn qui met en rek:Iti In rencluit de compenqatinr ra( ancheite pour distribu lue suivant invention comprend une gorge apensatiE de rt radial qu 15 rnm ne ri'nnui de plaque sur sec', eotii.s qui _3nt orientés Jrface d'étanchéité basse- resbion coté stator, lai appui coope c un épaulement d'appui de plaque que comporte le CM( pensation d'efl 20 anche gui 'q._. .,uivan -.)rripreng gorge ue cornpe rt radial qu. :an :.1 e o plaque )nt oriente erpeni à l irfa d'étanchéiti issi co stator, ladite -)pérant avec un épaulement d'étanchéité de plaque allE 25 )laque d'étanchéité de compensation i ffrf radial. Dague d'étanc ité pour di buteur de pomp Jraulique -.uivant rés :e invention mprend une plaque d'étanchéité de compensation d'effort radial qui coopère avec une lèvre - étanchéité de n1; compensation 30 -olid e ou non d . le plaqur' t/o( tle et/ou tgentielle )ensat liai, 35 ancheité nntir disfribi il ei won coi ip luvle u elcll d un oInt souple d'ét compensa nnmne hvdra uliot JR suivant G Ll ;titi le maintenu irlts 10 té pour distrl teur de pompe hydraulique suivant nvention )renri line nbrmn ciretancheite rie compensation d'effor GOMPC u I RJII périphérique de ation aménage en sa périple' ntant une ligne de act périphérique de compensation pouvant o .tion de rotor de pompe. anchélte pour distributeu pompe JI dulique suivant Ilion comprend une fac tanch plaque qui noximativemer m . ita : ipheriquE n. etelf 1(:211U pour buteur de tilp ulique suivant invention comprend e e d'étanchéité de plaque qui tior ,e approximativement à ri D b de igne de contact périphérique onmensation tandis qui fa d'appui de pla est plus éloignée du fond 20 compensation d'étfort radial et de re,,idernent ri c rn ni nensatior d'étanchéité de sorte qu'e "-plomb de la ligne de contact périphérique de c d _:néite pour huil u ic suivant 25 invention comprend qui compo is une poutre de liaison qui relie eni sages de contact )nférentiel, ladite poutre définissant ains ( sa igueur loir sous-évidement de distribution. 30 ité pour distribute.otL mpe hydrauitque uivant mprend des moyens 'otation qui sont constitues in pic)u êt en rotation de x à dan In trou de pior nér je' dans le s. )r Dor e part t introduit dans 'rrêt de bague trAvernnt la bague c fin d'étanchéité dans 35 -eur d'autre 10 15 donn 11 ,rmenra tridim pistons distril d'étanchéité pour distributE bague continue d'étanchéit 7.P dé (-iitrihution de galen- LAI R 'que rit- baguE int invention dont la st intercalée entre nentation dP mtr) eur hydrau- Je pompe iraulic tôme tric fdraulique )ns r Dmprenant un distributeur hydrau baguE nrhitp nni Ir dictrihi dei Ir rip pompe hyrin-il ibn suivant l'invention dont lE - for-- ylindrique et est intercaléE fa( - distribution stE d'alimentation de roto' forme é( m cylin( 20 et 4 sont r vue tridimensionnelle cc ce poi iistributeur tue d'étanchéité vec Quatre lurni 25 utre d fntErnc nncinnnnlin nt une .ulic-q la bague ilion don lue, ladite bague compensation d'effort radial p aceeE V II I -rnfr" 11°Ment. ontinue d'étanchéité jeux joints d'étanchéité de igu t une vue tridim llc cl irsqu'E ;t d. orme générale cylindrique, e -impression-décompression et de quatre ioints 30 ci le même pièce continu ^ .our [dite bague, cette configuration pouvant être ronjei alisation d( rague Jr distribute _rivant , ive nchéité laté e constitués Fiuut coopÉ mode particulier de pompe hydraulique ont respective Daç continuE une yi le elL upe schC atique .1 el ,;'or -end étancheite iorsqu'elle e le forme genér )articulier d('àalisation d( dik _ sectork on-de C list _ou! distrib_Jur hyrlriiIinu )ague d'ete ltII1JU A./1(We nvention ?dit distr leu :orr enarit ur pc )e muni de deux linières d'admission-refoulement c pompe qui f orifices ilimentat, 10 9-- igu Jne vue 1 Goupé indimensic bague continue étanc gue d'étanchéité po dis iuteur >alpe hydraulique Ji\/ . nsi que des joints dé ! latér , d .a gor du stator de pompe 'osque adite bague continue 15 une coupe schématique partie B-B de la bague continue mo ée en figure - telle que pE ague d'étanchéité Dur di Leur de pompe hydraulique vant l'inverY Jpe étant - -f ectuc - au niveau d sous-évidement de distribution. 20 Figu 11 est une , :hématique partie on C-C de la bague contir héite rnontr, ure 8 telle que IDE la prévoir la bague d'étanchéité iteur de pompe hydraulique suivant l'invention, ladite coupe montrant i-intniMent COMMnnt neuf être acier lvéole sectorielle dc compressioil t tre a piste de compression-décomp ?ar uit oc -déco' Figu.- -1(rriat )nctionnement de la bague 30 -pntinue u etarIcheité telle qu'il p Lie prE a bague ,tanchéité poui istribu le pompe hydrauliq ivant I' ver ,n I ,que l'une des deu> imière ission-refoulement du stator e por tvec lequel coopère 'dite bague continue est soumise à -e éE 35 esi une vue en coupe If I lUf isionnelle D in lsa n d'effort radial que peut compot bu ir de pompe hydraulique suk. d'étancheite de e d'étanchéité pour Je du joint souple orfle art inchéite nnt I dite nF SCRIPTION DE I 'INVENTION: la bague 'buteur de pompe 15 -,,ribute,i, ipe hydrauliqt iistribt _nique 2 que peui comporter Irai distril co u r ns une face -ripe 5 ' sti--,' De 3 ladite fi istLItio , prés u_ line suri :née basse .es5 1 coté sti 20 u.,. iaqi -1,ou,k-' A 11 ri ' , d 5,, - ilemer is le star mp i et qt Jnii iec at. conduit d'admission-refoulement i k t qui esi ement aménagé à rinterk idit le nprenant pnl n toins 1 3 fa faire d'un 25 )e 'dite - urfi basse rc 1. Jel )ouc1-1( ifis ur mi( duit d'air nia iména l'intérieui lcii ue tancheite stator 12 cul rd ri P 1;1 1 Ir l'étanché ,sion ente rntnr 30 I uni leil(dli c se Vol eux lumi imissf -refou is une fois pomp Jr les firiure 13 que polir distributeur de 35 nydraulique 1 rend au 1[1C inu ---.`"iité 11 faible jeu ax ne gorge )ague 16 aménagée por le aue délir n ,entant :Igue cot stator -foulemer -ui nivnmi d Inditpsu p diMnr Itprmx-TiiAirp rox ltiverr - éviderr -a bague 1e n par ^liv2nt mettra er. :les (Jeux u .ficE ce d ier tr( )ro ement face à laditE i mi ne é\., ment ibu 1 mettre qu'unE Dm nicatir t 01 rio la bague 11, IntagE ,enter pnnen e ilique produite par la pomp .1ydrauliq relativemen- Ilustre irticulièremE bague distributeur de pompe aul - .ention un t-)osiine de cor circor &raclé lit.5 1J Cl LI 11,JLA tn,./1 I )t une irer pouv ntn ',nnferenI u ai as ient c #11r de n igue 1 comnrend ui p D de compi CJJIUI aménagée bui uti angulaire de bagi. edit secteur étant .ient é 1 selon Al I MO );:1C11 IP -3-tribut 10 iiliniin 1 comp ifc mnragcinn- Jn e qui réait lc111LI II les coté maux ou radiaux de la a 1 angulaire définie par Jr iuli sur leqt. mpression-décorr 15 ;tribut, on r r ort 20 dé pour oisif' 'uivant Ilustré en orien stator igue 1n 25 la gorge de bagi_ ui porte la t ntinue d'etanct figun ni ûr 30 I I tC:,' I LI I I a ri( le GU.SEAL RING FOR HYDRAULIC PUMP DISPENSER The invention has a. The purpose of this is to provide a sealing ring for a hydraulic pump distributor with rotating cylinders: the most commonly used hydraulic units, each of which is hydraulically axially stepless. , a hydraulic s e fnrtue di Rivernents de va-et- ordinarily maintained in more sealing possible av (_in (ce distribution - so-called ice 15 e distribution - nrnen = f ~ rs f2re 'a stator, the latter, which may be part of a body of equipment, comprises a lacun gene connected to one of the hydrodynamic units, while the catalytic face comprises at least 20 liters, of which the hydraulic pistons may aspire at least one of a small amount of fluid discharge. Its pistons are intended to repress said fluid, said and said parts being hydraulically distanced, while said rotates, said orifices being connected to a suction duct by the vacuum light. , n. s with a duct r the discharge light. It is to this effect that a flow of hydraulic fluid can be established between the said ducts consecutively to the movement of the hydraulic pistons, each in 30 cylinders. of hydraulic fluid survives nally between the supply side c -ace distribution. Er. On the other hand, a part of the hydraulic fluid passes from the duct of 35 nt to the suction pipe or vice versa. One of the said fluid flows directly from the said ducts to a tank or tank. . to be, the most important things they were to me [the fa! distribution - -t that tc, -. ,,, In addition to the auh ace rce (1 opposes a platinum-Dus -aulice Ltin) opening by the act lui lt energetic lncompact peculiar feimulic pumps of alimen face The dispensers are each positioned on a flat circular surface. 9 hydraulic pumps with rotating pistons most commonly used (this is the position of the rotor as well as the rotor stator, the rotor of the rotor configured on the face is in play the first and the second According to this, there is a significant increase in the level of the last type of distribution when losses are lost (caused by the cleavage (potentially weaker). iu - the opposite repression (rid (raulici (on the ion 1Mere assL plus f 3SIC rmettre said radially istr nnnnn itnally or t and which generates les tumbler 30) r) - Ide la; SiC DU refou s the elevated, exempt exem patent relative r-pump t54 innnrtnnant! E utre of the chnique a doneur s ductor et d losses par - el, de tandiç nnt inntntntly losses, fluid leakage induced by leakage; loss of pressure: - between the access to the distribution (ulic pistons of the cylinders with cylinders), the cubic capacity of the cylinder is larger, the greater the amount of the weight, the more it is used Moreover, it is possible for the said fluid to release the fluid hy only when the objectives are higher than that of the hydrau according to the ratio in relation to and when the method is used. a distributor at fa ,. . The feeders and feeders are read by friction, the leakage rates occurring at the same level between the feedthroughs and the feedthroughs between the internal feedthroughs. 35 - At the same level of sealing, the friction losses generated by said distributor are reduced.As a result, the sealing ring for hydraulic pump distributor 5 according to the invention allows in particular: - To contribute to the production of hydraulic pumps with high volumetric and energetic efficiency; 10 - To allow the design and manufacture of hydraulic pumps or hydraulic motor pumps which, together with other components, can constitute a hydraulic hybrid transmission with a high energy efficiency intended for In addition, the hydraulic pump distributor sealing ring according to the invention has a low rev Its manufacture does not involve any complex process or expensive material. Said ring is also intended to provide great strength and durability and can operate in the field of high hydraulic pressures. Said ring is also applicable to any hydraulic pump or hydraulic motor-pump with fixed or variable displacement, that said pump or motor-pump 25 is in particular pallet, axial piston, radial piston, rotating cylinder or not and whatever the liquid, gaseous or semi-liquid fluid that it operates. The hydraulic pump distributor sealing ring provided for a hydraulic distributor may comprise a hydraulic pump, said distributor comprising at least one pump stator distribution face integral with a pump stator said distribution face having a surface a stator-side low-pressure seal which opens at least two inlet-discharge ports arranged in the pump stator and which each communicate with at least one inlet-discharge duct of their own and which is also arranged inside said stator, said dispenser also comprising at least one rotor supply face of an orif of said roto tinnric: DUI of the two gpf-pomp fnr Incneite press-passor Dr ° ro) mmunicant with a betrayed conduit kis that the sealing surface is covered with a sealing element (inlet at least one inside). The stator is a rotor of the rotor, or the other does not: a rotor tower of porr comprises less than one horn, but the axial clearance and / or in a throat of E. pump of the surface area that defines a low seal. stator side, said ring having a ring face stato side; log 'inside the throat of b and; this rotor-side ring which is a water-proofing surface, whereas the emission-discharge nozzle opens out of said sealing surface via said ring-shaped ring being axially or radially wider than the seats so that covering them, omportant, approximately cT Hent or radially last 20s. at least, a dispensing recess passing through the continuous sealing dagger from one side to the other in the direction of thickness, said recess being able to communicate one of the two supply inlet-discharge ports when the latter It is located approximately at least one point of contact with one another, either horizontally or radially on either side, which distributes said boss to a contact line for contact with each other. The sealing surface k is at least one compression-decompression track arranged at the angular sector of the face of the rotor-side ring, said sector being positioned outside part of said face. where is placed the radial distribution recess; 35 hility n horned ring O t t:::::: P P P P P P P P P réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise réalise - Axial radii (defined by the sector of decompression; yen stopping in -) tation which m. watertightness in an -npe, 1 nive t area e the track agua uuuunue) ort to the stator of 15 anche.- ,, -,, striKtfr (14 'pompa raulique following l2 ention compre -gue which comprises.- a face abague ir ses are orii perpendicularly to the surface of non-linearity close to the state of the bearing surface cooperating with the bearing shoulder of the ring which is continuously engaged. The sealing element for the dispensing device according to the present invention comprises a groove c ba, mport a ring sealing face on its sides Yes its cy dicularly to 25 r-PAt, r-if ditE, the sealing ac d DC4n r ite te that includes the ring u the sealing Sealing ring ddi ir distri nomne hydratilic uivant the-nt --mp - .11117 etanL., '^ MC ring solidarity solidarity lepauleme étar The tray Inch ite to distribute the hydraulic pump uivant the present tention cornnrend mn: t A ring which is positioned on, in or along the sealing shoulder, the Fisudi bathe, as shown in FIG. a ion is a: onstitute lch latérak. at the same time, you are flexible in the shape of a ring, or the stator, and it is hard for you to follow it by the closed compression which has been applied to it, and the ringing of the bag which is in the background. sealant for hydraulic pump distributor according to the invention. it is structurally reinforced in the necross section of the ring, such that said material is sufficiently wide or capable of being hydraulically distributed according to the reciprocal molecular weight distribution which is 1 () (11), atoi st reanz) e. da, the same piece the ring iue tancheit: heité pour mp iraulique according to the present invention rnmnrpnri 1 InP nv ..._, .. ipr (', _ctompression that at least 30 - an o rnp ---, sion by L c the uti - tructure is classified as airtight and watertight as defined by the pressure - deco - rsion of the dry structure, where it is such that it meets the requirements of the IVP in the face of stress. ! IIICU SelaUl It! I -?, Fp pi npe, said omit_ 'canvas' or' le) nd d. Via the duct sector anc for hydraulic distributor LliVarli I.ntio nprend a joint a wedge joint n-decompression th piece. hyp (aulic of ring line of tact 10 pos tior) ur distri teu Jra league JUIVc1111 ition of a ring tancheit qt. is) proximatiyement the plumb of the line of contact) Ile while q face of support of ring is p el (born from the bottom 15 of yidc, fleic, n "distr r'n ,, Jite race rte that iIC c of stributeur it should be noted that, in the meantime, the statelessness for distribu - tion on the 25th of September includes a pump and the feeding of the cylinder: 1-push-back i) minus one ipensi I Effort with pump, rW 1, - Ir. 1 rp (ln pump idle 30 IStFU IdUC lite li In this case, it is important that it allows for the admission of women and that it co-operates with the child at the same time. It is related to the admission of children. The invention relates to the invention of a single-phase, high-performance, low-flow, high-performance, high-performance, high-performance, low-flow, high-performance, high-performance, low-flow, and high-performance radial flow. LacqueHo is housed a small set of sealing plates for radial force an () ur di ubiter .ulic following li. The invention makes the combination of radial force compensation (is traversed by its thickness by its recess), which makes it possible to reduce the weight of the device to a distribution device. According to the invention, there is provided a radially radial apathetic groove which has no surface plate on it, which faces the lowermost sealing surface on the stator side, the support cooperating with a plate bearing shoulder. includes the CM (efl 20 reflector gui 'q._.., uivan -.) rripreng throat a radial cornpe rt: an: .1 eo plate) nt oriente erpeni to the sealing irfa issi co stator said -) pentering with a plate sealing shoulder allE 25) radial offset sealing sealant. The invention relates to a radial force compensation sealing plate which cooperates with a sealing lip of n1; compensation 30 -olid or not d. the plate (tle and / or tegential) together with the information provided by the user will be available from a flexible standpoint and will be compensated by the JR following the order of 10 days. For hydraulic pump distrector according to the invention, the peripheral device is designed to compensate for the performance of a peripheral device which can be used as a pump rotor. Anchor for distributeu pump JI dulique following Ilion includes a fac tanch plate which noximativemer m. ita: ipheric n. The invention is characterized in that it comprises a plate seal which is approximately equal to the circumferential contact surface at which the bearing of the pad is further away from the bottom of the pad. The invention relates to a radial beam and a correspondingly radial sealant, so that the line of the peripheral line of contact for the oil according to the invention comprises a beam of a link which connects contact contacts), said beam defining a sub-recess of its distribution to provide a distribution of water, and includes means which are constituted in peak) and in rotation of x To be inserted into the borehole in the s.) Part of the seal is inserted into the seal ring at the end of the sealing ring in a further 10 15 11, tridim piston distri sealing for distributE continuous seal ring 7 The invention relates to a suspension system of the invention in which the interstage between the hydroprocessing device and the hydraulic tricluidic pump is installed. Hyrin pump-he ibn according to the invention of which the E-for-ylindrique and is intercaléE (- distribution stE supply roto 'shape é (m cylinder (20 and 4 are r three-dimensional view cc this distributor kills d Four-way sealing is also provided by means of a collar which is provided with said ring, said radial force compensation ring having a diameter of 10 to 10 mm. Sealant sealing sets of seals and a tridim llc cl irs E; t d. Cylindrical, e-print-decompression and four points 30 ci same continuous part ^ .our [called ring, this configuration can be ronjei alisation of Jr distribute _des, ive nchéité laté e constituted Fiuut coopÉ particular mode of pump Each of them has the following characteristics: (1) The hydraulic system has the continuous function of a schematic elliptical and is therefore watertight when it is the general form of the de-ionization of the hydrographic system (or of the hydrolysis). As a result of this, it was equipped with two inlet-discharge flasks, a pump with feed holes, and a needle with an indenses ring. Continuous sealant sealer> Hydraulic arm 1/1, in addition to the laterally spaced gaskets of the pump stator, said continuous ring 15 is a diagrammatic section BB of the continuous ring mo figure - such as pE ague waterproofing Dur di Their hyd pump while the inverY jpe is - - ectuc - at the sub-recess of distribution. FIG. 11 is a diagrammatic section on the collar of the heel ring shown in FIG. 8, such as to provide the hydraulic pump seal ring according to the invention, the said cut showing the internal appearance of the vessel being louvered steel. Sectoral compressioil t be a compression-decomposition track oc -déco 'Figu.- -1 (rriat) operation of the ring 30 -pintinue U etarIcheité as it p prE a ring, sealing impi istribu the pump hydrauliq ivant the worm, n I, that one of the ission-repression of the stator e por ccec which cooperates with said continuous ring is subjected to -E é 35 esi a sectional view If I lUfionary D in lsa n radial force that can compot ir ir hydraulic pump suk. Sealing tightness for the flexible gasket orfle artless I nt rection of the invention: the pump striker ring 15 -, ribute, i hydraulic distribution 2 can behave iri distri co ur ns a surface-5 'sripe' s 's' s, said 3i fu-s, a low sri-line 5. iaqi -1, or, k- 'A 11 ri', d 5 ,, - ilemer is the star mp i and qt Jnii iec at. intake-discharge duct ikt which esi ement arranged to rinterk idit the nprenant pnl n toins 1 3 fa make a 25) e 'said urf bass rc 1. Jel) ouc1-1 (ifis ur mi (duit d' air nia iména the intérieui lcu tancheite stator 12 cul rd ri ri 1 1 1 1 l ln the sealed, ente rrment 30 I uni leil (dli c se Vol lumi imissf -refou is once pumped to the flirr 13 that polishing dispenser 35 hydraulic 1 makes 1 [1C inu ---. `" iite 11 low game ax not throat) ague 16 fitted for the dele e n, ent: igue cot stator -foulemer -i ve nmi d Inditpsu p diMnr Itprmx -TiiAirp rox ltiverr - eviderr -a ring 1e n by livet will put er: the (Games u .fic e this tr o) trment) in front of the ditit i mi mi e 1, only 1 Dm The ring 11, IntagE, enter pnnen e ilique produced by the pomp .1ydrauliq relativemen- Ilustre irticulièremE pump distributor ring aul- .ention a t-) osiine cor cororor scraped lit.5 1J Cl LI 11, JLA tn,. / 1 I) t an irer po uv ntn ', nnferenI u t h e w ith a n ig nt n o n t 1 comnrend ui p D of compi CJJIUI arranged angular bui uti of bagi. This area is defined according to Al 1 M1; 1C11 IP -3-tribut 10 iiliniin 1 comp ifc mnragcinn- Jn e which makes llllll II the sides or radial of the angular 1 defined by Jr iuli on the qq. mpression-decorr 15; tribute, one rr ort 20 d lo ider uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu (the GU.
C4 Jans le prolongea sui, ue 20 çoHr rmlintpn d'étanchéité I Ilt2rImpnt Pn rnntf--Irt itre me L t 10 nirlifir:-4tinn connu hni ime montré en figuri ich aul le suivant l'invention pr, joi écornpre it présente roir 15 n 25 qui et le fr -1 et/ou plus rigide ructL de de pompe "3 compressionctorielle de 'rhe avec raulaux de ia ladite al uvan rond ov bIo rangul n a une' 20 .' lp orr C"; LÀ 1. k_rt..."I 1 tt. me -ru c .? de rigidifii lad laiveole _âct( r)rnpression-d( )mpre; Plaire 40 ian lirectement ou ,ciir, toue continue tt en tout ou partie etre revetu d'un Jupe 43 pouvant lire ;ont& -. la face de bague c ato t ou avec le L.ie lE ire pal 25 ui, rtériau I ie ILJ C.LI I t.:1 G11 30 11 12 c' " fication ntégrÉ see dans âme p alvéc dans la face 35 usinage eiectrounimique, tandis que d'étanchéi ompression-décompressic constiti_ iau )uple 43 surmoull glane ue 2T tre ba 11. :-;ompr 2 exemp par 7 et le joint notamment stator fan 0111.C4 Jans prolonged it, it is known to seal it in the form of a pneumatic sealer. It is also known in the art as shown in FIG. 9, in which the present invention provides the present invention. No. 25 which and the fr-1 and / or more rigid ructL of compression pump of rhe with raulaux of said blank round oval bío rangul na 20 '. lp orr C "; 1. k_rt ... "I 1 tt. Me -ru c.? Rigidity of the laiveole _ca (r) repression-d () mpre; 40 please directly or, ciir, always continue all or part be coated of a skirt 43 which can read, have the face of the ring c ato t or with the light of the palpate, the material of the invention. In the electro-mechanical machining face, the pressure-relieving seal is completely reduced, while the diaphragm is covered by a diaphragm, and the gasket, in particular, the stator fan 0111 is omitted.
011 Ire inc nue a rticulic. "ydrauliqu -de )ré iour e c dé b baguE 0 M 10 E.,3ctoriel étant ou es it o ritic 15 tanch( onduit ip sio ieuit nentation 9 ois r tc Impe Eflt a .;onduit d'aliment i Ait vo lu . .rtnric31 rlrD rrirrinrncd comp 20 /1111-,I G hydraulique len atement aL :fini Dmnression- pré on- n !an s'on est le pIL 24 alime tior ;ode que la pi e n tanotic ttrotive n trellen ft pladuée par ladite ni F1,,Irlf 25 rot, 1-- 0E te j On t lue - particulière i figur - - ue le joint ( tanchéité latérRip 7 et IP joint ci'Mnnr.h -In con t on 72 nniivnnt 30 ne f qt D 111(11e1 ic rigidi sot. local enr t emer 'orme! nt iée ne de )rmation, et de )ar tout moyen 35 comn les figur lin tIR e joie :tanch c co: ipn par e n 31lic igic flel position' itiveineni de la gne ( nférentielle fun k ala entre ladite face 18 et lad ligne 15 permet - la figure rine la yression rrinAr gang la gorge te lign face d'alimc Je por- bonne etanchÉ entre lad lite en ne léran1 par frc 10 igu illustre aussi que la 1i etru tior a oxi tiven-ient de la lig ontact inf( 1f ndis que J'appui r que 1 5tre plus iné le la gorge de t de I ment de distribution 21 15 e,anchéité 18 -'1 4 ciérieL-, par rapport à e contact circor e particulier de on d' gur anchéité pour çtr te.iir de nnmnc- hvdraiili 1 vant l'in) en fioure 4 oflag ..'ou 'int d'r cor iintd'étanch sur le stator c On que ledit anneau d+ itage 34 pei le stator de pom notamment par frettage. par collag.- . par sertissag par gale - e ou par soudage et qu'il peut corn c noms un joint d'étanchéité solid )1_1 visqueux loçe entre lui et k )r de pompe 3.011 Ire nue a rticulic. "ydrauliqu -de) re rrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr .rtnric31 rlrD rrirrinrncd comp 20 / 1111-, IG Hydraulic len atement aL: finite Dmnression- pre onn-nn is the pIL 24 alime tior; ode that the tanotic ttrotive n trellen ft pladuée by said ni F1 1, 1, 2, 4, 5, 5, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7 and 7, respectively. - The seal (Lateral sealing 7 and IP seal included) is in accordance with FIG. 11e1 ic rigidi sot.l local enr tem emer 'orme! Nt i d) ration, and de) any means 35 comn the figurines linirir joy: tanch c co: ipn by en 31lic igic flel position itiveineni the gene (nferential fun k ala between said face 18 and the line 15 allows - the figure rine yression rrinAr gang throat te lign face of alimc I por- good étanché between the lite in léran1 by frc 10 igu also illustrates that the 1i etru tior a oxi t In fact, it is important to note that the inertia of the distribution throat 21 15 e, 18 -14 of which is greater than that of the circumferential contact. Particularly, it is possible to adjust the angle of rotation of the invention in order to achieve a greater degree of reliability in the application of the invention or the integrity of the stator. 34 pei the stator of pom including hooping. by collag.-. by crimping or welding, and may include a viscous solid seal (1) between it and the pump (3).
30 On renn en figur de distribut aator de pompe 5 dimentati de rotor D mpe 6 peuvent idriques tandis le au moins c lui mission-ref( rn - 1rrl e3ffnrt rndil fl nmi -lep dans le stator 35 rni lui I iie, UULJUl )1.111-Jl_11.1U1 I UG le pompe 5 et sant face l'ali !rai n de rotor de pompe 6, Jrnière de compensation dans ledit stator 3 - 20 Uni 25 ue on 28 admissic 10 urface aue on ssion- môme e de ne génère de sur itor anch iiimïer tat( e que eut 15 amme étx ire; if 1R ueiie esi ,rge iompensatic compensation dalangentiel u pl 32 qui egf nAr PYemp e 20 re c .a cne isatior 'effort radial un 4 :ion face d ntation d otr 25 litué d'un trou )la( pensation d'effort ssible, tro r fonction que Y1,1, ilimentati rotor de nntvw :,'nn régnant dans .adial 31 pla d'apr )1a( gorge ?nsatic ui de Plaque orien IL f ;tator igue 51 ( or é l'effort 10 LA iaq mpen rer avec u plaque de 014 eut ent et/ou 15 l'un joint iltant=3i-nc,n1- Pn 3t1C JOR,' -naintenu 20 u d n enscului C1 L int par exemple É. loutchou pouvant in mal pIL e dur ou 25 )ten, - hydr, ()in igures co ct périph Dmpor Nccage 4 nri:%crm- tmenagé en vant crin tict néu-inhérique de IOC Hun de tor 13 35 peu )L Mei on! r 21 10 tout en I Dru. nfigur 15 iemer )eut iphérique )iqr rent les f 3tribution 20 ae part JUE - 'oins Jtion 57, rmant donc rtielleme Dulement inroximativernent axialerr r d al ,men1 vec ledit 25 30 n r arr ?avent trie Dague 35 r note e libre FICA ylindre stique fei ONCTIONNEMENT DE L'INVENTION: quu pl G Ul fonctionnement que 1 suivant I. Pour ill fnnnti nent d 1rIite -onf'-":1 dllUI I I IUI ILItt figure: - 'aulique 44 dont les pistons de pc De hydre ompe hydrauliqu( )rgani: idialemer mont qu [if Incl i)ur de [ cylindres de )r de pompe isatior 1 nn n nrinninnIpm lchéit( iIon on ace d'alimentalior e rotor d , ipe 6 so vU tiaues adite d éaalement de 20 ^ rrn (sin .rrinnt r'flinr-.1 1 nsirro _mg 'Jle deux ILII 'admis )n-i an(ité comporte deux I Jements de é a la lumière d'admission-refoulement 25 iigu une coupe partielle Inc )ntree en figure 8 -n n1 n clistri11 uell( montrent nu r ffe( au niveau dur uli d'un 30 il D II11.11 n tact circonter( el 14 aménag rt et d'autre di ont 2 mme le mc e jure g ?dit bi 14 prése ne ligne de c rentielle )révue our entrer en contact avec la çurface d'êtanchit'è I ;sc-nrnssior rotor 13 de 35 Drte à réa 9 Meiheui à 10 SE .,ontinue oerancneire séparés l'un de laquellE ne ( al ndue ren ne emen ilion 21 s es out nt rus- 10 vidern 1itrjhufjon luit Irticuli ?nt en 8, alvte s orielle ,sion-décompression 41 e: essior ecompressi( QI mit i de I gorge 15 -.:(-11 le] u ri 1P C(11 n2rtiPlIC eCC il e )mpressi a pi erlinre sien prnpre 20 '-uel cil is un( figun -npressio Ifiifit intenree star 2 te ictr 40 25 11(11 joint etï- pre sion -ne le mon 30 Ud SeiLri ,I i1IUSt tior mE joints n-c ompress :hé - d'une r lesdites lue materi2 - iple figur.dite piècè continu( mont, qrq nnntinue 35 nchéité Dans la pratiqut DUI I I RJUIC1 ue *véolaire lue e m iau soup 11-1E aiveoles on écompre s une poche ve et lise et gorc meilleur i ta.nchi rol bagu, te pom P ta Ii q i tP hâni IP IP trni ledit ninr -""ir 15 rnr 3 présente 20 ri Imcrt d figurai aul 25 Je lier MIE OtICIL111 comnensati ai Jar 30 )os iuelle SI, da foulemer ator de 1r nir pomp( 35 I Ir iac 111,111", compensation per tion d'effort radial Pntrr riitn Iiirniprp 30 et I kit éta héi 10 (3ntnn Ii r. mie IUT 15101 I! II adil hç ne mon r illU ,elon l'inve e 15 eu -ans le )nc ien nei ---)opère avec souple Densa e 43 tel que 20 C dial 32 et ch an maintenu nUu-n 25 dr lpheriqui 4( 30 q gorge r lue 0 ienc )rnii L1 id ligne tatement impensal sur 'aqui nn S1 flV 10 emenl 1CL nh( r e de pui nt !ation. sont ue que les - profc iou par itgfnic ces 15 1 in nne me rif 1:71 h:71 ention, 20 pompe ctionn. istributiol )r de pan 25 face a la face 30 len ement I a fin 35 U in t lite pression /US gu( o e se n :3S I )ns 10 e n jti 15 sdites SU 'e que Lielles 15 20 nrhéjté ifin 25 I aplonil ent cc itic rp rnentation 30 uII ter t. ure acc ?nd du qu, ,/ec ()Main péré I 35 u qu'en r la UE era 1 VIL (ILIU let exemple deux rr non ...lue Jrru uoié rotor )rLE ;se -,cune ladit 7 infÉ ure. les I .entielles rn nnrnn(3 an( Ttâtion de roto lpe -rons ou de mit.» - té stator t la st hieeE len surfaces fn,ihIP^ H U griarn Alb Id IUIlllent: uitE -3i négligeab rc ; t dan Iole - par exemple di: ter re que règne la pression avé. fc tionnernent de la bague continue d'étanchéi et la Du tait de e es oté ande précision passant entre .s selon I . emple ue liée audits ntinue rane a nression Limier( _ SI 011-dé coi LOI(' bonne es d'alimer t or )mpression- ur angulaire bague 'nirnnt 29 iix bar5 L la umien pel d'ab nta lurniè ;uperii )re: décompr 24, 10 t rsr,mprise dans le uni u rel' ) (let& Illle de tc orifice via la piste détendre ulique t et de qu( nci st né( ladite 15 in rets upérieun )mpressii- - W?dit nritine 9 nui mettait us rs lumière 7 ndant )4. Le cylindre de cc te le pompc ncont 30 t Or 20 Jit n'alimentatp e la pompe tT 25 igue 4 n.r) de a con mie et HtdilL1 ellel'o r1;1 re ce qui a pour at, riP noninP ?,r-n, plus le ection :e que S2 a e ninée !ro n r'rflhr sur I I CC Du a piste tanch( nn c.11r. la cil )mpre un effol )lac t nh s mnnrtAnt ni nu ré ç ns le lindre 15 1),:= ne mpres e cor :ession-cl ripe hydr1IitIcl mente tient I i est 4 1 L 20 ledit orifice d'alimentatior lcontr -décornpres n 26 suiva même prin :es i ompre r ace 25 r_ jusqi ?re_ ni, Inn nr Ins ha CUI Je sel( :ior elfe 1 si lus er (in! nrifire rLs compre 30 nt de l'orifice volume du quar risme d( ladit stock oriel ge de réité bas de suite tior écart t-rmrpsinn nt in :111111el ItC11.11J11 inc dits orifices nentei nu )mpre cc for nom t on )mpre marquIn dalimPntatinn °Liftings dan ixial. que I r en quit- ri dernière configuration poi tiquer- a non-limitatif aux omprE ion- éor ion- aille décomore diffé ne 3ible entre pist( .héité isse-pre - ents les plus faibles possibles nt guurrft pr( étanch ;on la surface générer les t ladit rface 1 que en figu - n Sialage axial entre les d'étanchéité de bague 18 et s de contact rentielles 15, ledit décalage élan. iulaire d( 15 rnntini nrFitS qu'occ tconférer conti anchéité 11 cti S1 permet p, TI bon le I 20 1 Li Re net -Jomaine ritt dom on ne içant Ie 'exéc( tout autreIn FIG. 1, a distributor of a rotor pump 5 with a rotor diameter D 6 may be imitated while the at least one of the latter is in the stator (FIG. 1). FIG. 5 shows the pump 5 and is facing the pump rotor assembly 6, the compensating ring in said stator 3 - 20 is admissible in the same manner as the pump rotor 6. on the basis of the stability of the state of the earth, which has been adjusted to the extent of the equilibrium stress, which has a negative effect on the radial force of the earth. otr 25 litué of a hole) the (thought of effort ssible, tro r function that Y1,1, ilimentati rotor of nntvw:, 'nn prevailing in .adial 31 pla d'apr) 1a (throat? nsatic ui Plaque if it is necessary to perform 51 with the force, then move it with a 014 plate and / or a one-piece seal = 3-nc, n = 3, and hold 20 mm. set C1 L int for example E. loutc hou may be hard or hard, 25% hydride, in igures per unit Dmpor Nccage 4 nr:% crmtentiated in neo-inhérine crin tict of IOC Hun of tor 13 35 little) L Mei on ! r 21 10 while I Dru. Nfigur 15 (iemer) had the attribution 20 ae part JUE - 'oin Jtion 57, rmant therefore Deuterly inroximativent axerr rd al, men1 with the said 25 30 nr arr? aventie trie Dague 35 r note e free FICA ylindre stique OPERATION OF THE INVENTION: That the operation of the following 1 I. To illiterate the identity -con: 1 dllUI IIIUI ILItt figure: - 'aulique 44 whose pistons de pc Hydra hydraulic pump ( ) rgani: ideally u [Incl of (cylinders of) pump pump is a nonninninnIpm lpm lt we have ace of rotor food of the same type of rotor (20) ( In the case of two ILII 'admitted), the two elements of the inlet-discharge lumen 25 have a partial cut, Inc) ntree in Figure 8 -n. n1 n clistri11 uell (show nu r ffe (at the hard level uli of a 30 il D II11.11 n tact go around (el 14 amenag rt and other di have 2 mme the same swears gree bi 14 has a line of accuracy) designed to come into contact with the waterproofing surface of the rotor 13 of 35 Drue à réa 9 Meiheui at 10 SE., Oerancneire oenancneire separated one of which ( al ndue renemen tio n 21 s e n g u e r e n t e n t t r e n d r e n d r e n g e n t e rn e nt in 8, e nte rial, decompression-decompression 41 e: essior ecompressi (QI mit i de throat 15 -.:(-11 on 1) C (11) N2rtiPlIC eCC it e) mpressi has piérlinre its prnpre 20 '-el cil is a (figun -npressio Ifiifit intenree star 2 te ictr 40 25 11 (11 joint-sioning -n the mon 30 Ud SeiLri, I1IUSt tior mE joints nc ompress: hé - a r dit said ld materi2 - iple figur.dite continuous part (mont, qrq nnintinue 35 nchéité In the practice DUI II RJUIC1 ue * voleolaire read 1111E If you take out a pocket and read it, you will be better able to handle it, you will be able to use it as soon as possible. This document shows you how to link MIE with MIE O TICIL111 comnensati ai Jar 30) os iuelle SI, de foulemer ator deir unir pomp (35 I Iriac 111,111 ", compensation of radial force tion Pnirrir riitn Iiirniprp 30 and the kit éta héi 10 (3ntnn Ii r. IUT 15101 I! II adil hc ne ry, w hen the inve le 15 has -in the) ncien nei ---) operates with flexible Densa e 43 such as 20 C 32 dial and ch maintained nUu-n 25 d ldriciqui 4 ( 30 th th rr o r th e rrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrre 71 h: 71 ention, pump 20 istributtiol) r panel 25 facing the face 30 len ement I at the end 35 U in t lite pressure / US gu (oe se n: 3S I) ns 10 in jti 15 said SU 'e that Lielles 15 nrhéjté siin 25 I uploitin g ccntroduction 30 ull ter t. re acc acc acc))))))))))))))))))))))))) (((((((((((((((((((((((((((((((( ure. the 3-year periods of rotation of roto lpe -rons or of the stator t the sthiee len surfaces fn, ihIP ^ HU griarn Alb Id IUIlllent: uitE -3i negleab rc; t dan Iole - for example, that the existing pressure of the continuous sealing ring prevails and the accuracy of the accuracy is reduced between .s in accordance with the example of the auditors at the end of the process. 011-deco LOI ('good to supply gold) angular pressure ring' nirnnt 29 iix bar5 L umien pel d'ab nta lurnie: uperii) re: decompr 24, 10 t rsr, mprise in the uni u rel ') (let & Illle of tc orifice via the track relax ulique t and qu (nci st ne (said 15 in rets upéreun) mpressii- - W? dit nritine 9 nui put light rs 7 ndant) 4. The cylinder This pump does not have 30 t of gold, but it feeds the pump 4 (4 nr) from the one hand and the other one from the other, which has the advantage that it does not contain any more. ection: e that S2 was born! ro nrflfl s A Tc runway (nn c.11r. the eyelid is a water-repellent solution, and is not exposed in the following way: (1), -decornpres n 26 even followed the principle of 25 r_ jusqi? re_ ni, Inn nr Ins ha CUI I s elf (: elf elf 1 if read i (read in the 30th of the hole volume of the quar The price of the stock stock or stock of stock at the end of the year is as follows: 111111el ItC11.11J11 Inc nitsi nentei naked naked) mpre cc for name t on) mpre mark dInimPntatinn ° Elevations dan ixial. - last configuration to be non-limiting to the oscillating ion ionizer differs between the pistons, the isse-prevente the weakest possible nt guurrft pr (étanch; the surface to generate t ladit 1, that in the axial direction between the ring sealing ring 18 and the contact sealing ring 15, the said differential shifting of 15 conti anchéité 11 cti S1 allows p, TI good the I 20 1 Li Re net -domain ritt dom on neking the 'exec (any other
Claims (1)
Priority Applications (9)
Application Number | Priority Date | Filing Date | Title |
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FR1359250A FR3011045B1 (en) | 2013-09-25 | 2013-09-25 | SEAL RING FOR HYDRAULIC PUMP DISPENSER |
CN201480053212.4A CN105593519B (en) | 2013-09-25 | 2014-09-22 | Sealing ring for hydraulic pressure pump dispenser |
CA2925485A CA2925485C (en) | 2013-09-25 | 2014-09-22 | Sealing ring for a hydraulic pump distributor |
KR1020167010285A KR102254259B1 (en) | 2013-09-25 | 2014-09-22 | Sealing ring for a hydraulic pump distributor |
ES14796176.7T ES2670551T3 (en) | 2013-09-25 | 2014-09-22 | Sealing sleeve for hydraulic pump distributor |
PCT/FR2014/052352 WO2015044571A1 (en) | 2013-09-25 | 2014-09-22 | Sealing ring for a hydraulic pump distributor |
EP14796176.7A EP3049671B1 (en) | 2013-09-25 | 2014-09-22 | Sealing ring for a distrbution device of a hydraulic pump |
JP2016516863A JP6387088B2 (en) | 2013-09-25 | 2014-09-22 | Seal ring for hydraulic pump distributor |
AU2014326490A AU2014326490B2 (en) | 2013-09-25 | 2014-09-22 | Sealing ring for a hydraulic pump distributor |
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FR1359250A FR3011045B1 (en) | 2013-09-25 | 2013-09-25 | SEAL RING FOR HYDRAULIC PUMP DISPENSER |
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FR3011045A1 true FR3011045A1 (en) | 2015-03-27 |
FR3011045B1 FR3011045B1 (en) | 2015-10-30 |
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FR1359250A Active FR3011045B1 (en) | 2013-09-25 | 2013-09-25 | SEAL RING FOR HYDRAULIC PUMP DISPENSER |
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EP (1) | EP3049671B1 (en) |
JP (1) | JP6387088B2 (en) |
KR (1) | KR102254259B1 (en) |
CN (1) | CN105593519B (en) |
AU (1) | AU2014326490B2 (en) |
CA (1) | CA2925485C (en) |
ES (1) | ES2670551T3 (en) |
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WO (1) | WO2015044571A1 (en) |
Cited By (1)
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US11448203B2 (en) | 2016-09-09 | 2022-09-20 | Eaton Intelligent Power Limited | Hydraulic radial piston device |
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CN106352090B (en) * | 2016-08-31 | 2017-09-29 | 李泓涵 | Sealing ring and sealing ring production mould |
CN109989898B (en) * | 2019-05-15 | 2024-06-14 | 梁德荣 | Inclined sealing ring flow distribution mechanism, axial plunger motor and axial plunger pump |
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EP0526333A1 (en) * | 1991-08-01 | 1993-02-03 | POCLAIN HYDRAULICS, Société Anonyme | Pressurised fluid mechanism with equalizing enclosures |
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DE102008060067A1 (en) * | 2008-12-02 | 2010-06-10 | Robert Bosch Gmbh | Control plate for use between control cover and cylinder drum of axial piston pump, has outer sealing bar, where sub region i.e. recess, of outer sealing bar includes high elasticity relative to another sub region |
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JPS627672A (en) * | 1985-07-04 | 1987-01-14 | 株式会社 香蘭社 | Manufacture of fiber reinforced silicon nitride ceramic |
JP2002130589A (en) * | 2000-10-24 | 2002-05-09 | Nsk Ltd | Spindle lubrication device |
DE102008043993B3 (en) * | 2008-11-21 | 2010-04-29 | Thielert Aircraft Engines Gmbh | Common-rail high-pressure pump |
CN101539129B (en) * | 2009-04-24 | 2013-04-24 | 上海纳博特斯克液压有限公司 | Hydraulic axial piston pump or motor |
-
2013
- 2013-09-25 FR FR1359250A patent/FR3011045B1/en active Active
-
2014
- 2014-09-22 KR KR1020167010285A patent/KR102254259B1/en active IP Right Grant
- 2014-09-22 WO PCT/FR2014/052352 patent/WO2015044571A1/en active Application Filing
- 2014-09-22 EP EP14796176.7A patent/EP3049671B1/en active Active
- 2014-09-22 JP JP2016516863A patent/JP6387088B2/en active Active
- 2014-09-22 CA CA2925485A patent/CA2925485C/en active Active
- 2014-09-22 CN CN201480053212.4A patent/CN105593519B/en active Active
- 2014-09-22 ES ES14796176.7T patent/ES2670551T3/en active Active
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EP0263218B1 (en) * | 1986-10-08 | 1990-01-03 | POCLAIN HYDRAULICS Société Anonyme de droit français | Hydraulic mechanism with fluid distribution disk and counter disk |
EP0526333A1 (en) * | 1991-08-01 | 1993-02-03 | POCLAIN HYDRAULICS, Société Anonyme | Pressurised fluid mechanism with equalizing enclosures |
DE102005015905A1 (en) * | 2005-04-07 | 2006-10-12 | Linde Ag | Arrangement with flywheel of combustion engine and neighbouring hydrostatic pump integrated with flywheel and is partially built as radial piston pump that is arranged in housing with rotary cylinder block |
DE102007024174A1 (en) * | 2006-12-11 | 2008-06-12 | Robert Bosch Gmbh | Axial piston machine and control plate for an axial piston machine |
DE102008060067A1 (en) * | 2008-12-02 | 2010-06-10 | Robert Bosch Gmbh | Control plate for use between control cover and cylinder drum of axial piston pump, has outer sealing bar, where sub region i.e. recess, of outer sealing bar includes high elasticity relative to another sub region |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US11448203B2 (en) | 2016-09-09 | 2022-09-20 | Eaton Intelligent Power Limited | Hydraulic radial piston device |
US11767831B2 (en) | 2016-09-09 | 2023-09-26 | Eaton Intelligent Power Limited | Hydraulic radial piston device |
Also Published As
Publication number | Publication date |
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FR3011045B1 (en) | 2015-10-30 |
CN105593519B (en) | 2017-10-24 |
CN105593519A (en) | 2016-05-18 |
AU2014326490B2 (en) | 2018-01-25 |
JP2016539285A (en) | 2016-12-15 |
KR20160058901A (en) | 2016-05-25 |
CA2925485C (en) | 2019-04-02 |
KR102254259B1 (en) | 2021-05-20 |
EP3049671B1 (en) | 2018-03-14 |
ES2670551T3 (en) | 2018-05-30 |
CA2925485A1 (en) | 2015-04-02 |
JP6387088B2 (en) | 2018-09-05 |
WO2015044571A1 (en) | 2015-04-02 |
AU2014326490A1 (en) | 2016-05-12 |
EP3049671A1 (en) | 2016-08-03 |
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