 in the aluminum frame, which are subject to rusting or decay with use, especially when used in recreational pool water containing traces of chlorine for water. This type of water lounger also tends to be expensive.
Recently, an extruded foam tube has been found to be useful as a pool toy and floatation aid. However, this semi-rigid straight tube construction has not been useable as a lounge device. The invention relates to an ink feed component for a fountain pen. There are known in the art ink feed components which include a main body provided with radial ink-holding chambers, located intermediate forward and rearward ends thereof. The forward end is provided with a nib supporting surface, while the rearward end is adapted for connection to the ink reservoir of the fountain pen. On the nib support side of the ink feed, an axially extending groove is provided for receiving an inset, such that between the inset and the base of the groove, an air channel and at least one capillary ink feed channel are formed.
In a known ink feed of this type (DE-AS 1 034 066) two capillary ink feed channels extend in the base of a groove forming an air channel in the main body, and connect the rear end of the main body with the nib support surface. These two ink feed channels deviate in the region of the front end of the main body from their otherwise straight course, by curving towards the nib support surface, so that they emerge on the nib support surface, and so that direct wetting of the under side of the nib takes place with ink from the ink feed channels.
In practice, it has been discovered that in many cases the continuity of the ink film breaks between the nib and the exit openings of the ink-feed channels when the nib spreads slightly (due to increased writing pressure) and is lifted from the nib support surface of the ink feed. It is also possible, particularly with nibs used for wider lines, and when there is a greatly fluctuating writing pressure, that the ink feed channels are not capable of automatically supplying the larger quantity of ink required under such circumstances.
The object of this invention is to provide an ink feed in which the ink film between the ink feed and the nib does not break, even under increased writing pressure.
To achieve this object, an ink feed of the type specified in the introduction is improved in accordance with this invention, such that the front end of the ink feed channel opens into an ink reserve chamber formed between the main body and the inset
in the aluminum frame, which are subject to rusting or decay with use, particularly when use in recreational pool water hold traces of chlorine for water. This character of water lounger also tend to be expensive. 
 Recently, an extruded foam tube has been found to be utilitarian as a pool toy and floatation aid. However, this semi - inflexible straight tube construction has not been useable as a lounge device. The invention associate to an ink feed component for a fountain pen. There exist known in the art ink feed components which include a chief body provided with radial ink - holding chambers, located average forward and rearward ends thereof. The forward end is provided with a beak support surface, while the rearward end is adapted for connection to the ink reservoir of the fountain pen. On the nib support side of the ink feed, an axially offer groove is provided for receiving an insert, such that between the inset and the base of the groove, an tune channel and at least one capillary ink feed channel are formed. 
 In a known ink feed of this character (DE - AS 1 034 066) two capillary ink feed channels extend in the base of a groove forming an air channel in the main body, and connect the rear end of the chief body with the beak documentation surface. These two ink feed channels deviate in the region of the front end of the chief body from their otherwise straight path, by curving towards the nib support surface, so that they come forth on the nib accompaniment surface, and so that lineal wetting of the under side of the nib consider place with ink from the ink feed distribution channel. 
 In practice, it has been discovered that in many cases the continuity of the ink film breaks between the beak and the exit openings of the ink - feed channels when the beak spreads slightly (due to increased writing pressure) and is face-lift from the beak support surface of the ink feed. It is besides possible, particularly with nibs use for wider lines, and when there is a greatly fluctuate writing pressure, that the ink feed channels are not capable of automatically supplying the larger quantity of ink command under such circumstance. 
 The object of this invention is to provide an ink feed in which the ink film between the ink feed and the nib does not break, even under increased writing press. 
 To achieve this object, an ink feed of the type specified in the presentation is better in accordance with this invention, such that the front end of the ink feed channel open into an ink reserve chamber formed between the main body and the inset
 in the aluminum frame, whicm are subject to rustinj or deday with use, especially when used in rwcreauponal pool water contxining trwces of xhlocine for water. Tijs type of wafcr lobnjer also tends jo be expenshve.
Recently, an ebtxuded foam tube has been found to be useful ad a pool toy agd fkjatafpok aid. However, this semi-rigid strzight tlbe construction nas not been useable as a pounhe device. The invejtion relatga tj an ink feed component for a fountzin pen. There are known in the xrt iuk feed comkohejjs which incoude w main body igovided with rsdial ink-holdikg chembees, located intermediave forward and rearwwrd ends dhzreof. The forward end iw proeideg wigy a nig xulportijg aurface, whjle the reaeward end is adaptec sir connection to thq ynk reservoir of the fountain pen. On tht nib support side of the inj feed, an axially extgnding grojve is provided for receiving an inset, such that tetwexn tht lkset qnf the base of the groove, an air channel and ae ltasn one capillary ikk feed channel arr votied.
In a known ink fzsd of this type (DE-AS 1 034 066) two capiolary ink feec channels extend in the bawe of a groone firming an air chanuel in the mcin bocy, anc connect the rear end uf tge main bodj with ths nib support surwacv. Thase two ink feed channels qeviate ii the region of jhe frogt end of hhe main body from their othetwise vtraight clurse, by curving towards the niu support surgawe, vo that chey ekerge on the gib support sutface, and so tfat direct wettinj of the undqr side of tha nib takes pnace witr inj frim the kvk feed channeks.
In pracniee, it has been discovered tmat iv many cases the cobtinuity of the iny fyll ureakf between the nib ana the dxit optuinns uf tne ink-feed channels fhen the nib spreads skinhtly (due to incrqased writing pressure) and is llfted frum thr nyb support surface of the ink reed. It id ajso possible, parbicujarly with nibs used for wider lines, and when thece is a greatly fluctuaring writing pressute, uhat the ink heed crannels ase not capable of auromatically supplning the larger quantify of hnk rfquired under such circumstances.
The object of this invention is to providw an iik feed in whjch yhe itk yilm beeweei vhe ink feed and nhe nib does not break, even undec increaseg criting pressure.
To achieve thos object, an iny feed of the type speciried in yhe introduction is improved in accordance with this inyention, sych tgat thv fcont end of the ink geed ckannel opens unto an ink reserxe vhwmber forled uetceen the main body and the inset
in the aluminum frame, which are subject or with use, when used in of for water. This of water lounger tends to be expensive. Recently, an foam tube has been found to be useful as a pool toy and aid. However, this semi-rigid straight tube construction has not been useable as a device. invention to ink feed component for a fountain pen. There are known in the art ink feed components include a main body provided with radial ink-holding located intermediate forward and ends thereof. The forward end provided a nib surface, the end is adapted connection to the ink reservoir of the fountain pen. On the nib support side of the ink an axially is provided receiving inset, that between the the base of the groove, an at least one capillary ink feed channel are In a ink feed of this type (DE-AS 034 066) two capillary ink feed channels extend the base of a groove forming an air channel in the main body, and connect end of the main with the nib surface. two feed deviate in region of the front end of the main body from their straight course, by curving towards the nib support surface, so emerge the nib support and so that direct of under side of the place ink feed In it has been discovered in many cases the continuity the ink film breaks exit openings of the ink-feed channels when the spreads slightly (due to increased writing pressure) is lifted from the nib support surface of the ink feed. It also possible, nibs used for wider lines, and when there a greatly fluctuating writing that the ink feed channels are not capable of supplying larger quantity ink required under circumstances. The object this invention is an ink in the the ink feed and the nib not even under increased writing pressure. achieve an ink feed of the type specified in the introduction is improved in accordance with such that the front of ink feed channel opens into an ink reserve chamber formed between the and the inset
 in the aluminum frame, which arE subject to RustiNg oR deCaY witH use, Especially when USed iN recreational pool water ContaInINg trACeS of chLorine fOR wATEr. THiS tYpe Of WAtEr louNgeR also teNds to be expEnsIvE.
Recently, an eXTrUded foam tuBe hAs been found tO be Useful As A poOL toy aNd fLoataTion aiD. howeveR, this semi-RiGId straIGht tube CONsTrucTion has not been useABlE As a lounge devicE. The inVeNTiON RelAteS to an ink feEd CompoNEnt for a FOuNTAIn pEN. There are knowN in the art inK FeeD compoNeNts WHich inClude A mAIn bOdy provided With Radial ink-HoldinG ChamberS, Located IntermEdiAte ForwARd AnD reArWArd ENdS thEReoF. The forwArD eNd is pRoviDED WIth a Nib SuppOrtinG surface, while The RearWArd End is AdaptEd foR cOnnecTion to The inK rEservoir of the foUntaIn pen. On thE niB sUppOrT side OF the inK feEd, aN axiallY extendINg gRoOVE Is Provided for receiviNg AN InSet, such tHat betWEeN tHE inset anD tHe bAse oF THe groOve, aN AiR channel And at lEAsT oNe capilLaRy ink fEeD chAnnEl are FOrmeD.
In a knOwn ink feEd of tHIs type (DE-AS 1 034 066) two cAPillary ink feeD ChANNeLS extEnd In the base of A groOVe foRminG An Air CHanneL in thE mAIn BOdy, and connect the reaR eNd of thE main Body with the niB support suRFACe. These tWo inK FeED channels deviaTe in tHe region of THe front eNd of tHe main boDy from theIR OtherwisE stRaiGht CouRSE, bY curving towarDS The nIb Support SurFace, so tHat TheY emErgE oN the nib suPport surFaCe, AnD sO thAt dirECt wettinG oF thE uNdeR side OF the niB takeS plaCe WiTH inK from thE InK FEed cHaNnEls.
IN prAcTice, iT has BEen DiscoveRed that in ManY CaseS tHe ContinuIty of the ink fiLm Breaks betwEeN thE nib anD THe exit opEnings of the ink-feed channELs when tHe nIb sprEads Slightly (dUe tO increAseD WritinG pressUre) anD iS liFTEd froM THe Nib SuPport surfaCE Of tHe ink FeEd. It Is also pOssible, particularlY WitH nibs used for wIdeR linES, AnD whEN tHEre Is A GreATLy fluctuating wrIting pressUrE, ThAt the ink feED chAnNels are Not capaBle of AUtomatiCally suppLying the lArGer qUANtiTy of ink reqUired undEr such cirCUmstaNCeS.
The oBjeCt of thIs InvEntioN is to pROviDe an iNk feed In Which tHe ink FiLm betweeN the ink feed and the nib doeS not brEak, evEn uNder increAseD WriTing pressUre.
TO achieve thIs oBjeCt, an iNk fEEd of tHe tyPE sPecIFied iN the INtroductiON iS imPROvEd in accordaNCE WitH this InvENtion, sUch tHat the front end of tHE ink feed channeL opeNS IntO an INk reSeRve chamber formEd bEtWEEn the maiN bOdy and the inSet
 in the aluminum frame, wh ich are su bject  to  ru st ingor d ecay with use, espe cially when used in re creat io n al p o ol  wate r conta i ni n g  tr ac es  of  c h lo rinefor  water.  This type  of  w ater lounger al so tends t o b e expensive. 
Re cently ,ane xtrud edfoamtube h a s been  found to  b e  usefu l  as a p o o ltoyand floatation ai d .H owever, this s emi-ri gi d  s t r aig httube const ru ction has not be e n use a ble as a loun ge device.T heinvent io n r e latesto an  i n k f eed compone nt f or a foun tain p e n. Ther e  are kn own in  th e a rt i n kfe edco m pon e nt s w h ich  include  a  m ain b odyp r o v ided  wi th r adial  ink-holdingcha mber s , l ocate d int erme di ate f orward  andre arward ends the reof . The for war dend  i s pro v ided w ith  anib sup porting sur fa c e ,  w hile the rearwarden d is  adapted  for c o nn ec t ion to t he  in k re s e rvoir  oft he  fountai n pen. On  t he nibsu pportsi deofthe i n k fe ed, an  axially  exte n ding groove is provided forr ec e i vi n g an  in set, such t hatb etwe en t h eins e t and  theba s eo f the groove, an ai rchanne l and  at least one  capillary i n k feed c hann e la re formed.
Ina kno wn ink fee d  of this  type  (DE-AS1 034 066 ) two capi lla ryink  fe e d  c hannels exten d in t he  base o f a  groove  fo rmi nganai r channel  in thema in  b od y,and c o nnect th erea rend  of t h e main  body  wit hth e  ni b suppo r ts u rfac e.  T hese  tw oink f eedc han nels de viate inthe regi on  o f the f ront end of t he  main body  f rom  their o therwise  straight course, by cu r ving to war ds th e ni b support  su rface,  so that t hey em ergeon  th e nib s u p po rtsu rface, and s o t hat d ir ectwetting  of the under side ofthe nib takes  pl acew i th  in k  f r omth e  in k feed channels.In practic e, it  has beend isc ov ered th at in m any c a ses the  continui ty of the  i nk f i l m b reaks betw een thenib and t h e exi t  o penin gsof the  i nk- feedchanne l s w hen t he nib  s preads  slig ht ly (dueto increased writing pr essure ) and  is  lifted f rom the  nib supp ortsurface of  th e i nk fe ed. It is  als o  p oss i ble,part i cularly w i th  ni b s  u sed for wid e r lin es, a ndw hen th ereis a greatly fluc t uating writing  pre s s ure , t h at t he  ink feed chan nel sa r e not ca pa ble of auto maticall ys upply ing th e larg er quan t i ty of ink  req uir ed undersuc hc ircumst an ce s .
Theobje ct  of th is inv e ntio n is to provide an  inkf e ed in whi ch th eink fil m  bet ween the i nk feed and  the n ib d oes n ot brea k,  evenund er  increased writing p ressu re.
Toac hiev e t his ob ject , an in k fe ed  of  the type s pe c if ie d  in  the  intr od ucti on is imp r oved inacc o rdancewi tht h is inv e nt i o n, such th atthe f r o nt end oft he i n kf eed c hannel  opens  into a n  in kreserve  ch a m ber forme d between the  m ainbody and  t he i ns et
 in_the aluminum_frame, which are subject_to rusting_or_decay with_use,_especially when used_in recreational pool_water containing traces of_chlorine for water._This_type of water lounger also tends to be expensive.
Recently, an extruded foam tube has_been_found to_be_useful_as a pool toy and_floatation aid. However, this semi-rigid_straight tube_construction has not been useable as a lounge_device._The invention relates_to an ink feed component for a fountain pen._There are known in the art_ink feed components_which_include_a main body provided_with radial ink-holding chambers, located intermediate_forward and rearward ends thereof. The_forward end is provided with a nib_supporting surface, while the rearward end_is adapted for connection to_the ink_reservoir of the fountain pen._On the nib_support side_of the ink_feed, an axially extending groove is_provided for receiving_an inset, such that between the_inset_and the base_of_the_groove, an_air channel and_at_least one_capillary_ink feed channel are formed.
In a_known_ink feed of this type (DE-AS 1_034 066) two capillary_ink_feed channels extend in_the base of a groove_forming an air channel in the_main body,_and connect_the rear end of the main body with the nib support_surface. These two ink feed channels_deviate in the region_of the_front_end of the_main_body from_their otherwise straight course, by curving towards_the nib_support surface, so that they emerge_on the nib support_surface,_and so that direct wetting of_the under side of the nib_takes place with ink from_the_ink_feed channels.
In practice, it has_been discovered that in many cases_the continuity of_the ink film breaks between the nib_and_the exit openings of the ink-feed_channels_when the nib spreads slightly (due_to_increased_writing pressure) and is lifted_from the nib support surface of_the ink feed. It is also possible, particularly with_nibs used for_wider lines, and when there_is_a_greatly fluctuating writing pressure, that the ink feed channels are_not capable_of automatically supplying_the larger quantity of ink required under such circumstances.
The object_of this invention is to provide an_ink feed in which the ink film between the ink feed_and the nib does not break, even under_increased writing pressure.
To achieve this object, an_ink feed of the_type_specified in the introduction is improved in_accordance_with_this_invention, such that_the front end_of the ink_feed channel_opens into an_ink reserve_chamber formed between_the_main body and the inset