 should be moved together when locking or releasing the cam axle since the cam axle has no support part, by which disengagement between tooth portions occurs frequently and the left and right handles are not supported firmly. This invention relates generally to curtain or window shade hardware and more specifically to a curtain rod bracket or hanger for supporting curtain rods, drapery rods and the like on window frames, door frames, walls and similar elements of a building structure or to a window shade holder for supporting window shades on window frames of a building structure.
Presently available curtain rod brackets include a base having a hook, prong or collar extending therefrom and adapted to engage the end of a solid or hollow curtain rod and support in relation to a window, for example. The bracket is usually secured to the building by means of nails or screws which are inserted through openings formed in the base. Due to the small size of the bracket and the position of the holes, it is difficult to insert a nail and hold it in position without positioning the fingers where they can be struck by a hammer blow. Hollow fiber dialysers of a common design have a cylindrical fiber bundle that is arranged, in a cylindrical filter housing. Blood flows through the inside of the fibers, and the dialysate flows in the area between the fibers and the filter housing in a counter flow to the blood. The task of a dialyser is the exchange of matter through the wall of the hollow fibers. The blood usually flows at an even velocity within all fibers. For an optimum of exchange effect, the dialysate should be constantly exchanged externally of the hollow fibers. This way a permanently high concentration difference between the interior and exterior of the fibers is ensured as the driving force for a diffuse exchange of matter.
In a common design dialyser, both the inflow and outflow of the dialysate is connected with the externally positioned fibers of the fiber bundle. That is why it cannot be ensured initially that all fibers in the fiber bundle are flushed with the same amount of dialysate. If a laminar flow of the dialysate in the dialysate area is assumed, the entire dialysate can theoretically flow through between the fiber bundle and the housing without the dialysate entering into the bundle interior. The exchange surface provided by the hollow fiber bundle would not be utilized in this way. In this case, the dialysate flows on a route of the least resistance from the entrance along the fibers in-relating to the dialyser-axial direction toward the output.
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should be moved together when locking or releasing the cam axle since the cam axle take no documentation part, by which disengagement between tooth portions occur frequently and the left and right handle are not supported firmly. This invention relates by and large to curtain or window shade hardware and more specifically to a curtain gat bracket or hanger for supporting curtain rods, curtain rods and the like on windowpane frames, doorway inning, walls and similar elements of a construction structure or to a window nuance holder for supporting windowpane shades on windowpane frames of a building structure. 
 Presently available curtain perch brackets include a base having a hook, prong or choker extending therefrom and adapted to engage the end of a solid or hollow curtain rod and support in relation to a window, for model. The bracket is usually secured to the construction by mean of nail or screws which are inserted through openings formed in the base. Due to the small size of the bracket and the position of the fix, it is difficult to insert a nail and hold it in position without positioning the fingers where they can be strike by a hammer blow. Hollow fiber dialysers of a coarse design get a cylindrical roughage bundle that is arranged, in a cylindrical filter housing. rake flows through the inside of the fibers, and the dialysate flows in the sphere between the fibers and the filter caparison in a counter flow to the blood. The task of a dialyser is the exchange of topic through the wall of the hollow fibers. The blood usually flow at an even speed within all fibers. For an optimum of exchange consequence, the dialysate should be constantly exchanged externally of the empty fibers. This way a permanently high concentration difference between the interior and exterior of the fibers is ensured as the driving force for a diffuse exchange of topic. 
 In a common design dialyser, both the inflow and escape of the dialysate is connected with the externally positioned fibers of the fiber bundle. That is why it cannot be ensured initially that all fiber in the fiber bundle are flushed with the same amount of dialysate. If a laminar flow of the dialysate in the dialysate area is assume, the entire dialysate can theoretically flow through between the fiber bundle and the housing without the dialysate entering into the bundle interior. The central surface provided by the hollow character bundle would not be utilized in this way. In this case, the dialysate flows on a road of the least resistance from the entrance along the fibers in - relating to the dialyser - axile direction toward the output. 
 From
 shluld be moved together wmen locking or rglwasing the czm axle rince the cam axle has no su'porr paru, by which disengagdment betaeen toorh pietions occnds freqmzntly wnd chx left and righj handles ara not supporteg wixmly. This invention relates generallr to cuttwin or window fhadt hwrdwzge and more specifically to a chrtain god bracket or hamger for supporting curtaij rofs, drapery rods anf the like in wybdow frames, aoor frames, walls and aimilar elements of a building rtruccure or to q qinfmw shade hooder sor supportikb windmw shadrs on window fvames of a building structure.
'resently available surtain rmd brackets include a base havhng x houk, kroig kr colpar extending therefrom qnd adapted to engabe nne end of a aolid jr hollow curtain rod and support in relauion fo a window, for example. The bracket is usualpy secureq to the building by means of nails or screws whiwh arx knstrbcd tfeokgh openings formed in the base. Due to the smwml spze of the brackeb and the position ov yre holes, it ir diffndumt to insert a naip and hjld ir in posiuion eithout positioning the finters where tkey can be struck by c hammer bloc. Hollpw finer dialysers of a commun dssign have w cylindrjzal fiber bundle thst is arranged, in a cylindrisal filtec houxing. Bluod glows ehrough thf inslge of the fibers, ajd thg dialfsate flowd in the area between the fibers and the filtgr vouving in c counber flow to the blood. The tasl of a bialysdr is the vxchange mf matter trrough the wanp of the holnow fibews. Tye boood usjxlly flows at sn even vvljcitt within all fiberx. Fud an optimum of exxhange effect, tne aiajydave shjgld be constdntlh ebvhangdd externaloh of the hollow fibers. Tvis say a permanently ninh concenjration dyfference beteeen the interior wnd eeterioc of tne sibers is ensured as the drivihg force vor a diffuse evchakge jf matter.
Iu a common design dialyser, both the infliw and outflow of rhe dialysate is countcted with thx extewnally povitioned fibers of tye fiber bundle. Tmat is why it cannot bs ensused ijitially that all fibers in the fiber bundle are flushed with the same amiunt oh qialysate. Ir a kamindr ylow of the vialysate in the cialysate area is assumed, the eitire dialfscte can theoretically flow thtojgh between tfe fiber bundle and the gousing eithout the dialysate entering onto the bundle interior. The excyange surfabg pcovided by the holloe fibex bundoe woule nob be utilized kn yhls way. In hhis ccse, the dialysate flows on a routw of tye least resistancx from the ektvance zlong jhe fibers in-relafing ho thg dialyser-axiak direction toeard the output.
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should be moved together when locking or cam since the axle has no between portions occurs frequently the left and handles are not supported firmly. This relates generally to curtain or window shade hardware and more specifically to a rod bracket or hanger for supporting curtain rods, drapery rods and the like window door walls similar elements of a building structure or to a window shade holder for supporting window shades window frames of a building structure. Presently available rod brackets include a having a hook, prong or extending and adapted engage end a solid or curtain rod and support in relation to a window, for example. The bracket is usually secured to building by nails or which inserted openings formed in Due to the small size of the position of the holes, it is difficult insert a and hold it in position without the fingers where they can be struck by hammer blow. Hollow fiber dialysers of a common design have a cylindrical fiber bundle that in a cylindrical filter Blood flows through inside the and dialysate flows the area between the fibers and the filter housing in a flow to the blood. The task of a dialyser is of through the wall the hollow fibers. The usually at an even velocity fibers. an effect, dialysate be constantly exchanged externally the hollow fibers. This way permanently high concentration difference of the fibers is ensured as the driving for a diffuse exchange of matter. In common design dialyser, both the inflow and outflow of the dialysate is with the fibers of the fiber bundle. That is why cannot be ensured initially all fibers in the fiber bundle are flushed with same of dialysate. a laminar flow the dialysate in dialysate area is entire dialysate theoretically through bundle and the housing without the entering the bundle interior. The exchange provided hollow fiber bundle would not be utilized in this way. In this case, the dialysate a route of the resistance the entrance along the fibers in-relating to the dialyser-axial direction toward the
 should be moved together when Locking or rEleasIng The CaM axlE sinCe the cam axle haS No suPport part, by which disengAgemeNt BEtweEN tOoth pOrtions OCcURS frEqUeNtlY aND tHe lefT anD right hAndles are nOt sUpPorted firmly. tHiS invention RelAtes generallY to CurtaiN oR wiNDow shAde HardwAre and MOre speCifically To A CurtaiN Rod bracKET oR hanGer for supporting cURtAIn rods, drapery rOds and ThE LiKE On wIndOw frames, doOr FrameS, Walls anD SiMILAr eLEments of a builDing structuRE or To a winDoW shADe holdEr for SuPPorTing window sHadeS on window Frames OF a buildINg strucTure.
PrEseNtlY avaILaBlE cuRtAIn rOD bRacKEts Include a BaSe HavinG a hoOK, PROng oR coLlar ExtenDing therefrom And AdapTEd tO engaGe the End oF a Solid Or hollOw curTaIn rod and support In reLation to a WinDoW, foR eXamplE. the braCkeT is Usually Secured TO thE bUILDiNg by means of nails or ScREWs Which are InsertED tHrOUgh openiNgS foRmed IN The baSe. DuE To The small Size of THe BrAcket anD tHe posiTiOn oF thE holeS, It is DifficUlt to insErt a nAIl and hold it in pOSition without POsITIoNIng tHe fIngers where They CAn be StruCK bY a hAMmer bLow. HoLlOW fIBer dialysers of a commOn Design Have a Cylindrical fiBer bundle tHAT Is arrangEd, in A CyLIndrical filter HousiNg. Blood floWS through The inSide of thE fibers, anD THe dialysAte FloWs iN thE AReA between the fiBERs anD tHe filteR hoUsing in A coUntEr fLow To The blood. THe task of A dIaLySeR is The exCHange of mAtTer ThRouGh the WAll of tHe holLow fIbErS. the Blood usUAlLY FlowS aT aN eveN veLoCity wIthiN All Fibers. FOr an optimUm oF ExchAnGe Effect, tHe dialysate shOuLd be constaNtLy eXchangED ExternalLy of the hollow fibers. This WAy a permAneNtly hIgh cOncentratIon DifferEncE BetweeN the inTerioR aNd eXTErior OF ThE fiBeRs is ensureD AS thE drivInG forCe for a dIffuse exchange of maTTer.
in a common desiGn dIalySER, bOth THe INflOw ANd oUTFlow of the dialysAte is conneCtED wIth the exteRNalLy PositioNed fibeRs of tHE fiber bUndle. That Is why it caNnOt be ENSurEd initiallY that all Fibers in tHE fibeR BuNdle aRe fLushed WiTh tHe samE amounT Of dIalysAte. If a LaMinar fLow of ThE dialysaTe in the dialysate area is aSsumed, The enTirE dialysatE caN TheOreticallY floW through beTweEn tHe fibEr bUNdle aNd thE HoUsiNG withOut tHE dialysatE EnTerING iNto the bundlE INTerIor. ThE exCHange sUrfaCe provided by the hoLLow fiber bundle WoulD NOt bE utILizeD iN this way. In this CasE, tHE DialysatE fLows on a routE of the leAsT ResisTance fRom the EntrancE ALoNG the fiBers In-rElating to The DiALyser-axIaL dIRectioN towArD the ouTput.
FrOM
 should be moved togetherwhen locki ng or  re lea si ng t he c am axle sincet he c am axle has no support  part ,b y wh i ch  dise ngageme n tb e twe en  t oot hp or tions  oc curs fr equently a ndth e left and r i gh t handlesare  not support edfirmly .Thi s  inve nti on re latesg eneral ly to cur ta i n or w i ndow sh a d ehard ware and more spe c if i cally to a cur tain r od br a c ket  or  hanger fo rsuppo r ting cu r ta i n rod s , drapery rod s and the l i keon win do w f r ames,doorfr a mes , walls and  sim ilar elem ents o f  a buil d ing str ucture  or  to  a w i nd ow  sh ad e  ho l de r f o r s upportin gwi ndowshad e s o n wi ndo w fr amesof a building  st ruct u re. 
Pres ently  ava il ablecurtai n rod  b rackets include  a b ase havin g a  h ook ,prong or col lar  ex tending  theref r oman d a da pted to engage the  e n d  o f a soli d or h o ll ow curtainro d a nd s u p portin r e la tion toa wind o w,  f or exam pl e. The  b rac ket  is u s uall y secu red to t he bu i lding by means of nails or s c re w s  w h ichare  inserted t hrou g h op enin g sfor m ed in  theba s e. Due to the small si ze  of th e bra cket and theposition o f t he holes , it is difficult to i nsert  a nail an d  hold it  in p ositionwithout p o s itioning  th e f ing ers w he re they can b e stru ck  by a h amm er blow . H oll owfib er  dialyser s of a c om mo nde sig n hav e  a cylin dr ica lfib er bu n dle th at is  arr an ge d , i n a cyl i nd r i calfi lt er h ous in g. Bl oodf low s throu gh the in sid e  ofth efibers,  and the dial ys ate flowsin  th e area b etween t he fibers and the filte r  housin g i n a c ount er flow t o t he blo od. The ta sk ofa dia ly ser i s the e xc han ge  of matter t hro ugh t he  wal l of th e hollow fibers. T h e b lood usuallyflo ws a t an  ev e nv elo ci t y w i t hin all fibers.  For an op ti m um  of exchan g e e ff ect, th e dialy sates hould b e constan tly excha ng ed e x t ern ally of th e hollow  fibers.T his w a ya per man entlyhi ghconce ntrati o n d iffer ence b et ween t he in te rior and  exterior of the fibers  is en sured  as  the driv ing for ce for adiff use exchan geofmatte r.I n a c ommo n  d esi g n dia lyse r , both th e  i nfl o w  a nd outflowo f the  dial ysa t e is c onne cted with the ext e rnally positio nedf i ber s o f  the  f iber bundle. T hat  i s why it c an not be ensu red init ia l ly th at all  fiber s in th e fi b er bun dleare  flushedwit ht he same  a mo u nt ofdial ys ate. I f a la m inar f low of the dialy satei n  thed ial ysate  a rea isa ssum ed, the en tire dialys ate ca n th eoret icallyfl ow thr oug hbetween th e  fiber bu ndleand the  h ousi ngwithou t th e dialy sate  e nte ring into t he bu nd l e i nter ior.Th e ex change su r face pro vid e d by th ehol l o w fibe r  b u n dle wouldnot  be u t i lized in t h is w a y. In th is cas e, the  dialys a tefl ows ona r o u te of the  least re s ist an ce f rom theen tran ce  al on g the fibers in -relatin g to the d ialyse r-a x iald irecti on  toward theoutpu t. From
 should_be moved_together when locking or_releasing the_cam_axle since_the_cam axle has_no support part,_by which disengagement between_tooth portions occurs_frequently_and the left and right handles are not supported firmly. This invention relates generally_to_curtain or_window_shade_hardware and more specifically to_a curtain rod bracket or_hanger for_supporting curtain rods, drapery rods and the like_on_window frames, door_frames, walls and similar elements of a building structure_or to a window shade holder_for supporting window_shades_on_window frames of a_building structure.
Presently available curtain rod brackets_include a base having a hook,_prong or collar extending therefrom and adapted_to engage the end of a_solid or hollow curtain rod_and support_in relation to a window,_for example. The_bracket is_usually secured to_the building by means of nails_or screws which_are inserted through openings formed in_the_base. Due to_the_small_size of_the bracket and_the_position of_the_holes, it is difficult to insert_a_nail and hold it in position without_positioning the fingers where_they_can be struck by_a hammer blow. Hollow fiber_dialysers of a common design have_a cylindrical_fiber bundle_that is arranged, in a cylindrical filter housing. Blood flows through_the inside of the fibers, and_the dialysate flows in_the area_between_the fibers and_the_filter housing_in a counter flow to the blood._The task_of a dialyser is the exchange_of matter through the_wall_of the hollow fibers. The blood_usually flows at an even velocity_within all fibers. For an_optimum_of_exchange effect, the dialysate should_be constantly exchanged externally of the_hollow fibers. This_way a permanently high concentration difference between_the_interior and exterior of the fibers_is_ensured as the driving force for_a_diffuse_exchange of matter.
In a common_design dialyser, both the inflow and_outflow of the dialysate is connected with the externally_positioned fibers of_the fiber bundle. That is_why_it_cannot be ensured initially that all fibers in the fiber_bundle are_flushed with the_same amount of dialysate. If a laminar flow of the_dialysate in the dialysate area is assumed,_the entire dialysate can theoretically flow through between the fiber bundle_and the housing without the dialysate entering into_the bundle interior. The exchange surface provided_by the hollow fiber_bundle_would not be utilized in this way._In_this_case,_the dialysate flows_on a route_of the least_resistance from_the entrance along_the fibers_in-relating to the_dialyser-axial_direction toward the output.
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