. The firewall may be produced from sheet metal by a deep-drawing process. Firewalls with a continuous-casting profile are also known as a support element.
From German Utility Model DE-GM 74 34 119, a tubular mount is known that is made from a square tube to which a plate acting as the motor mounting plate is welded. One wiper bearing is fixed to each end of the square tube. Such tubular mounts or tubular frame systems are highly stable despite their lightweight construction. For cost reasons, the goal is a straight carrier tube that requires no prior bending operation. The parts serving to secure the wiper bearing, however, must be designed in such a way that sufficient resistance is presented to engaging forces. For this reason, they must have a certain strength, which means increased consumption of material.
Another tubular mount is known from German Patent DE 29 20 899 C2, in which tubular stubs are thrust with suitable attachments into the hollow profile of the mounting plate tube. At least some of the attachments rest on the walls of the mounting plate tube and have at least one recess, into which portions of the mounting plate tube are pressed, in order to form a positive-engagement connection between the mounting plate tube and the tubular stub. The wiper bearings are disposed in these tubular stubs. Compared with screw connections, the number of parts is reduced, but the joining process still requires numerous prefabricated individual parts with many production steps. This makes stockkeeping and logistics more expensive. Furthermore, the solid attachments, despite the recesses, are quite heavy.
According to the invention, the bearing housing of the wiper bearing has three bracing regions, specifically a first bracing region, which includes a longitudinal axis of the bearing housing and is provided on an end that is oriented toward a wiper. A second and third bracing region are provided axially offset toward the other end relative to the first bracing region and are disposed approximately diametrically opposite one another with regard to the longitudinal axis (18) of the bearing housing (10). The first bracing region is formed by a flange, while the second and third bracing regions are expediently embodied as plug-in feet, which are connected to the bearing housing and engage pockets on the retaining device.
A drive shaft for a wiper is supported in the bearing housing of the wiper bearing and is connected to a crank of an attached coupling gear. The forces and moments exerted on the wiper bearing by the drive mechanism are absorbed reliably and
. The firewall may be produced from sheet metal by a deep - lottery procedure. Firewalls with a continuous - casting profile are besides known as a support element. 
 From German Utility Model DE - GM 74 34 119, a tubular saddle horse is known that is made from a straight tube to which a plate act as the motor mounting plate is welded. One wiper bearing is fixed to each goal of the square tube. Such tubular mounts or tubular skeletal system systems are highly stable despite their lightweight construction. For cost reason, the goal is a straight carrier tube that requires no anterior bending operation. The parts serving to secure the wiper carriage, however, must be designed in such a way that sufficient resistance is presented to engaging forces. For this reason, they must have a certain strength, which mean increased consumption of fabric. 
 Another tubular mountain is sleep together from German Patent DE 29 20 899 C2, in which tubular stubs are thrust with desirable attachments into the empty profile of the mounting plate pipe. At least some of the attachments rest on the walls of the mounting plate tube and have at least one recess, into which portions of the mounting plate pipe are pressed, in holy order to form a positive - engagement connection between the mounting home plate tube and the tubular stub. The wiper bearing are disposed in these tubular stubs. Compared with screw connection, the number of parts is reduced, but the joining process however requires numerous prefabricated individual part with many production step. This makes stockkeeping and logistics more expensive. Furthermore, the solid attachment, despite the recesses, are quite big. 
 According to the invention, the bearing housing of the wiper bearing has three bracing regions, specifically a first brace region, which includes a longitudinal bloc of the bearing housing and is provided on an conclusion that is oriented toward a wiper. A second and third bracing area are provided axially offset toward the other end relative to the first bracing region and are dispose approximately diametrically opposite one another with respect to the longitudinal axis (18) of the bearing housing (10). The first bracing region is form by a flange, while the second and third bracing regions are expediently embodied as fireplug - in feet, which are connected to the bearing housing and engage pocket on the retaining device. 
 A drive shaft for a wiper is supported in the bearing caparison of the wiper bearing and is connected to a crank of an attached coupling gear. The forces and moments exerted on the wiper bearing by the drive mechanism are absorbed reliably and
. Thf firewall may be productd from sheet metco by a deep-ddawing pfocess. Firewalls with a contmnuoys-casupng profile are also ynown as w supporr eltment.
From German Nfility Model SC-GM 74 34 119, a tubular moukt is known that is made xrum a square tube to which a plate actyng as yhf motor mountigg pkwte js welded. One wiper bearing is fixsd to eech end of the xquare tube. Such tubular mluntd or tubular frame systems arg hidyly stable ddspite thepx lightweiggt construction. For cost reasonr, the goal is a srralcht carrier tube that requircx no psior bemding operatiok. The paets serving to secure the wiper bearing, however, kuat be designed in sych a way thag suwfidixnt resishanre is presehted to engqging forces. For thos grason, they mhst hade a certain strength, which means increastd cohsumption of material.
Anither tubular mount id known fwom German Patent DE 29 20 899 C2, in which tubular stubs dre tirjst wlth ryihable attachments into the hollow profile of ege mpunting plate bube. At least some ov yre attachmentr rest on the walls of the lountind plare tube agd hsve at least one recess, inti which portpons of the mounting ppate tube axe prexsed, on order to form a posicive-enfagement cojnection gdtween the mountkng pnate tubt and the tubular ftub. The xiper bearines ate dispjsed in thfse tmtular stubs. Comparfd wijh scraw connectlons, the number of parts is rednred, but the jpitinc procesf stikl requires ntmerous prefabticated iudividjal parts sith maiy productiog steps. This kwkes stockkexping and logustixs more dxpensive. Furtnermore, tkt solid atrachments, despite bhe rgcssses, are quite heqvy.
According to thd igvvntmon, tra bearing hogsine ow the diper btcrikg fas yhree bracing regionv, spscifically a first bvacing retion, whish includes a longitudinal axis of tie beacing hpusyng and is provided on an end fhat is ogiekted toward a wipcr. A second anb third bracing region are provided axiaoly offset toward rhe other end relatnvt to the firsv bracyng regiot and are disposed approximately diamttrically opposite one znothes witj regard to the longitudinal axis (18) of the bearing housing (10). The first bracung rejijn is formes by a fldnye, chile tre sxcund and third brscing regions are expediently eobodied ds plug-in feet, which are connevtdd to the beating housing and engage podkets on the retaining device.
A drive shsft for a wiper is suppovted in tye bezring housmng of the wiper beating aud is xonnectwd tl a crank of xn stbached couolinj gzar. The forces and moments exertee on tye wiper bearing bb the drive ltchanisj are wbsorbed reliablg ans
. The firewall may be produced from by deep-drawing process. with a continuous-casting a element. From German Model DE-GM 74 119, a tubular mount is known is made from a square tube to which a plate acting as the mounting plate is welded. One wiper bearing is fixed to each end of square Such mounts tubular frame systems are highly stable despite their lightweight construction. For cost reasons, the goal is straight carrier tube that requires no prior bending The parts serving to the wiper bearing, however, must designed such a that resistance presented to engaging For this reason, they must have a certain strength, which means increased consumption of material. Another tubular is known Patent DE 20 C2, which tubular stubs with suitable attachments into the hollow mounting plate tube. At least some of the rest on walls of the mounting plate tube have at least one recess, into which portions the mounting plate tube are pressed, in order to form a positive-engagement connection between the tube and the tubular The wiper bearings disposed these stubs. with screw the number of parts is reduced, but the joining process still numerous prefabricated individual parts with many production steps. This makes logistics expensive. Furthermore, the attachments, despite the recesses, quite According to the invention, housing the three regions, a first bracing region, includes a longitudinal axis of bearing housing and is is oriented toward a wiper. A second and bracing region are provided axially offset toward other end relative to the first bracing region and are disposed approximately opposite one regard to the longitudinal axis (18) of the housing (10). The first region is formed by a flange, while the second third regions are embodied as plug-in which are connected the bearing housing pockets on retaining A a wiper is supported in the housing the wiper bearing and is to of an attached coupling gear. The forces and moments exerted on the wiper bearing by mechanism are absorbed reliably
. The firewall may be produced fRom sheet meTal by A deEp-dRaWing ProcEss. Firewalls wiTH a coNtinuous-casting profile Are alSo KNown AS a SuppoRt elemeNT.
FROM GeRmAn utiLiTY MOdel De-GM 74 34 119, A tubulaR mount is knOwn ThAt is made from A SqUare tube to WhiCh a plate actiNg aS the moToR moUNting PlaTe is wElded. ONE wiper Bearing is FiXEd to eaCH end of tHE SqUare Tube. Such tubular moUNtS Or tubular frame SystemS aRE hIGHly StaBle despite ThEir liGHtweighT CoNSTRucTIon. For cost reaSons, the goal IS a sTraighT cArrIEr tube That rEqUIreS no prior benDing Operation. the parTS servinG To securE the wiPer BeaRing, HOwEvEr, mUsT Be dESiGneD In sUch a way tHaT sUfficIent RESIStanCe iS preSenteD to engaging foRceS. For THis ReasoN, they Must HaVe a ceRtain sTrengTh, Which means increAsed ConsumptiOn oF mAteRiAl.
AnoTHer tubUlaR moUnt is knOwn from gErmAn pATEnT DE 29 20 899 C2, in which tubular StUBS aRe thrust With suITaBlE AttachmeNtS inTo thE HOllow ProfILe Of the mouNting pLAtE tUbe. At leAsT some oF tHe aTtaChmenTS resT on the Walls of tHe mouNTing plate tube aND have at least oNE rECEsS, Into WhiCh portions oF the MOuntIng pLAtE tuBE are pResseD, iN OrDEr to form a positive-enGaGement ConneCtion between tHe mounting PLATe tube anD the TUbULar stub. The wipeR bearIngs are disPOsed in thEse tuBular stuBs. CompareD WIth screw ConNecTioNs, tHE NuMber of parts is REDuceD, bUt the joIniNg proceSs sTilL reQuiReS numerous PrefabriCaTeD iNdIviDual pARts with mAnY prOdUctIon stEPs. This Makes StocKkEePIng And logiSTiCS More ExPeNsivE. FuRtHermoRe, thE SolId attacHments, desPitE The rEcEsSes, are qUite heavy.
AccoRdIng to the inVeNtiOn, the bEARing housIng of the wiper bearing has THree braCinG regiOns, sPecificalLy a First bRacINg regiOn, whicH inclUdEs a LONgituDINaL axIs Of the beariNG HouSing aNd Is prOvided oN an end that is orientED toWard a wiper. A seConD and THIrD brACiNG reGiON arE PRovided axially oFfset towarD tHE oTher end relATivE tO the firSt braciNg regIOn and arE disposed ApproximaTeLy diAMEtrIcally oppoSite one aNother witH RegarD To The loNgiTudinaL aXis (18) Of the BearinG HouSing (10). THe firsT bRacing RegioN iS formed bY a flange, while the second aNd thirD bracIng Regions arE exPEdiEntly emboDied As plug-in feEt, wHicH are cOnnECted tO the BEaRinG HousiNg anD Engage pocKEtS on THE rEtaining devICE.
a drIve shAft FOr a wipEr is Supported in the beaRIng housing of thE wipER BeaRinG And iS cOnnected to a craNk oF aN ATtached cOuPling gear. ThE forces aNd MOmentS exertEd on thE wiper bEARiNG by the DrivE meChanism arE abSoRBed reliAbLy ANd
. The firewall may be prod uced fromsheet  me tal  b y adeep -drawing proce s s. F irewalls with a contin uous- ca s ting pr ofile  are al s ok n own  a sa s up p or t ele men t.
From  German Ut ili ty  Model DE-GM 74  34 119, a  tu bular mountisknownth ati s mad e f rom a  squar e  tubeto whichap late a c ting as t he  mot or mounting plate is welded. One wi per be ar i ng i s f ixe d to eachen d oft he squa r et u b e.S uch tubular m ounts or tu b ula r fram esys t ems ar e hig hl y  st able despit e th eir light weight constru c tion. F or cos t r eas ons, th egoa li s a st rai g htcarriertu be  that  req u i r e s no  pr iorbendi ng operation.  Th e pa r tsservi ng to  sec ur e the  wiper  bear in g, however, mus t be  designed  in  s uch  a  wayt hat su ffi cie nt resi stancei s p re s e n te d to engaging forc es . Fo r this r eason, th ey must hav ea c erta i n  stre ngth ,  w hich mea ns inc r ea se d consu mp tion o fmat eri al.
A n othe r tubu lar moun t isk nown from Germ a n Patent DE 2 9  2 0 89 9  C2,  in  which tubu lars tubs  are th rus t  with  suit ab l ea ttachments into the  h ollowprofi le of the mou nting plat e t ube. Atleas t  s o me of the atta chmen ts rest on the wall s ofthe moun ting plat e tube and  ha veatlea s t  o ne recess, in t o  whi ch  portio nsof themou nti ngpla te  tube are  pressed ,in  o rd erto fo r m a posi ti ve- en gag ement connec tionbetw ee nt hemountin g  p l a te t ub eandthe  t ubula r st u b.The wip er bearin gsa re d is po sed inthese tubular  s tubs. Comp ar edwith s c r ew conne ctions, the number of p a rts isred uced,  but  the join ing  proce sss till r equire s num er ous p refab r i ca ted  i ndividualp a rts  with  m anyproduct ion steps. This ma k esstockkeepingand  log i s ti csm or e  ex pe n siv e .  Furthermore, t he solid a tt a ch ments, des p ite  t he rece sses, a re qu i te heav y.
Accord ing to th einve n t ion , the bear ing hous ing of th e  wipe r  b earin g h as thr ee  br acing  regio n s,speci ficall ya firs t bra ci ng regio n, which includes a lon gitudi nal a xis  of the b ear i nghousing a nd i s provided  on  an  endtha t  is o rien t ed  to w ard a  wip e r. A seco n dand t hi rd bracingr e g ion  arepro v ided a xial ly offset towardt he other end r elat i v e t o t h e fi rs t bracing regi onan d are disp os ed approxim ately di am e trica lly op posite  one an o t he r  withrega rdto the lo ngi tu d inal ax is  ( 1 8) ofthebe aringhousin g  (10 ) .  The first braci ng re g i on is for med b ya flang e , wh ile the se cond and th ird br acin g reg ions ar eexpedi ent ly  embodieda s plug-in  feet , which  a re c onn ectedto t h e  bear ingho usi ng and en g a ge po ck e tson t he re ta inin g device. A drivesha f t for a  w ipe r is sup p or t e d in the b ear ing h o u sing of th e  wip e rb earin g andis con nectedt o a  c rank of  an a ttached c oupling g e ar.  T he f orces an dmome nt s e xe rted on the wip er beari ng by th e drivemec h anis m  are a bs orbed reliab ly an d
. The_firewall may_be produced from sheet_metal by_a_deep-drawing process._Firewalls_with a continuous-casting_profile are also_known as a support_element.
From German Utility_Model_DE-GM 74 34 119, a tubular mount is known that is made from a_square_tube to_which_a_plate acting as the motor_mounting plate is welded. One_wiper bearing_is fixed to each end of the square_tube._Such tubular mounts_or tubular frame systems are highly stable despite their_lightweight construction. For cost reasons, the_goal is a_straight_carrier_tube that requires no_prior bending operation. The parts serving_to secure the wiper bearing, however,_must be designed in such a way_that sufficient resistance is presented to_engaging forces. For this reason,_they must_have a certain strength, which_means increased consumption_of material.
Another_tubular mount is_known from German Patent DE 29_20 899 C2,_in which tubular stubs are thrust_with_suitable attachments into_the_hollow_profile of_the mounting plate_tube._At least_some_of the attachments rest on the_walls_of the mounting plate tube and have_at least one recess,_into_which portions of the_mounting plate tube are pressed,_in order to form a positive-engagement_connection between_the mounting_plate tube and the tubular stub. The wiper bearings are disposed_in these tubular stubs. Compared with_screw connections, the number_of parts_is_reduced, but the_joining_process still_requires numerous prefabricated individual parts with many_production steps._This makes stockkeeping and logistics more_expensive. Furthermore, the solid_attachments,_despite the recesses, are quite heavy.
According_to the invention, the bearing housing_of the wiper bearing has_three_bracing_regions, specifically a first bracing_region, which includes a longitudinal axis_of the bearing_housing and is provided on an end_that_is oriented toward a wiper. A_second_and third bracing region are provided_axially_offset_toward the other end relative_to the first bracing region and_are disposed approximately diametrically opposite one another with regard_to the longitudinal_axis (18) of the bearing_housing_(10)._The first bracing region is formed by a flange, while_the second_and third bracing_regions are expediently embodied as plug-in feet, which are connected_to the bearing housing and engage pockets_on the retaining device.
A drive shaft for a wiper is supported_in the bearing housing of the wiper bearing_and is connected to a crank of_an attached coupling gear._The_forces and moments exerted on the wiper_bearing_by_the_drive mechanism are_absorbed reliably and