 the compartment. Arranging the cans in a typical can holder would also not be acceptable. Unless the can holder was properly constrained, it too could become dislodged and fall from the refrigerator with the opening of the fresh food door.
Based on the above, despite the presence of chiller compartments in the prior art, there exists a need in the art for a chiller compartment that includes a beverage can holder. More specifically, there exists a need for a chiller compartment having a beverage can holder that can be securely, yet removably, mounted to a refrigerator door. 1. Field of the Invention
The invention relates to a process for manufacturing cellulose formed objects such as fibers, filaments, yarns, films, membranes in the form of flat membranes, hose membranes, hollow fiber membranes and the like by forming cellulose solutions in an amine oxide of a tertiary amine and, if necessary, water.
2. Discussion of Related Art
It has long been known how to dissolve cellulose polymers in an amine oxide of a tertiary amine, if necessary in the presence of water, and to produce from these solutions, by means of pressing through nozzle tools, formed objects such as fibers, filaments, yarns, films, and membranes in the form of flat membranes, hose membranes as well as hollow fiber membranes and the like (DE-A 29 13 589). Processes using N-methylmorpholine-N-oxide have turned out to be particularly suitable; economical interests and development efforts are centered on those processes. Processes for the production of such formed objects using N-methylmorpholine-N-oxide, in the following called NMMO processes, essentially consist in that, first, a suspension is produced from cellulose such as cotton linters, chemical wood pulp and the like, water and NMMO and in that this suspension is transformed into a solution by heating and removing a portion of the water.
This solution is then filtered and extruded through a nozzle into a coagulation bath, preferably with an interim air gap, whereby the formed objects such as filaments, films or membranes are formed via coagulation. These formed objects are then washed to remove any tertiary amine oxide still present. Subsequently the formed object can be dried and further processed in the customary manner, e.g. wound up, etc.
Compared to the classic processes for manufacturing cellulose formed objects, such as the cuprammonium process or in particular the viscose process, the NMMO process is in particular characterized in that it involves essentially physical phenomena, so that at
the compartment. Arranging the cans in a typical can holder would also not be satisfactory. Unless the can holder was by rights stiffen, it too could become dislodged and decrease from the refrigerator with the orifice of the fresh food door. 
 establish on the above, despite the presence of chiller compartments in the anterior artwork, there exists a need in the artwork for a chiller compartment that includes a beverage can holder. More specifically, there exists a indigence for a chiller compartment experience a beverage can holder that can be securely, yet removably, mounted to a refrigerator door. 1. Field of the Invention 
 The invention associate to a process for manufacturing cellulose formed object such as fibers, filaments, yarns, films, membrane in the form of flat membranes, hose membranes, empty fiber membranes and the like by forming cellulose solutions in an amine oxide of a tertiary amine and, if necessary, water. 
 2. Discussion of Related Art 
 It has long been know how to dissolve cellulose polymers in an amine oxide of a tertiary amine, if necessary in the presence of water, and to produce from these solutions, by means of pressing through nozzle tool, formed objects such as fiber, filament, yarns, films, and membrane in the form of flat membranes, hose membrane as well as hollow fiber membranes and the like (DE - A 29 13 589). Processes use N - methylmorpholine - N - oxide have turned out to be particularly suitable; economic interests and growth efforts are centered on those processes. Processes for the production of such form objects using N - methylmorpholine - N - oxide, in the follow call NMMO processes, essentially dwell in that, first, a suspension is produced from cellulose such as cotton linters, chemical wood pulp and the like, body of water and NMMO and in that this suspension is transform into a solution by heating and remove a portion of the urine. 
 This solution is then filtered and extruded through a beak into a coagulation bath, preferably with an interim air gap, whereby the formed objects such as filaments, films or membranes are formed via coagulation. These formed object are then washed to remove any third amine oxide still present. Subsequently the formed object can be dried and further processed in the customary manner, for example wound up, etc. 
 Compared to the classic processes for manufacturing cellulose formed objects, such as the cuprammonium process or in especial the viscose procedure, the NMMO process is in particular characterized in that it involves essentially physical phenomena, so that at
 thf compartment. Arranging uhe cans in a typnxal cai holded would xlso not be acceptable. Unlesd rhe cqn holder was properly constraijed, it tio ciyld become dislodgcb and nall yrim the refrigetator with tve opening of dhd yresh food door.
Based on the above, defpite tne presence of crilltr sompzgtnents in the prior art, there sxists e need in the att for a chiller compartmejt tjat includes a bevfrage can hildew. More specifkcally, thegz exists a heed for a chiller compartment faviny a beveragg daj holder thav can fe securely, nvt remoeably, mpunted to a renrigecatoe door. 1. Field of the Mnvention
The inventijn relatev co a process for manudaxturitg calluuise fodmxd kbjectd snch as fibeds, filamentw, yarns, films, membrsnqw in the form of flwt membranes, hose membranes, hollow fiber kemgranes and the like by dorming cellulose solotions in wn amine oxide of a tertiary amine and, if necessasy, wavef.
2. Dnwcusskin of Related Art
It has long been known how to qjsxokve cellulose iolymers in an amime ocyde of a tertkary amins, if necessary in hhe prefence of water, and to produce from these solurions, by meaus if pressing througk nozzle toous, fprmed objects such as fibers, filzments, yarnd, films, aha membranes in tfe nork of flau membranes, hose mqmbranes es wekl as hulloe fibew membraned and the like (DE-A 29 13 589). Prlcessgs usitg N-methyllorpholine-N-oxide have turned ouv to be partivunarny suitayle; ecpnomical intewests and devekopment effofts are cehtered mn those prjcesses. Procevdes for the 'roductiog of sucy formea objects using N-methylmorpholine-N-ixide, in the folloxing dalled NMMO proetssts, essentially cpnskst ij vhat, shrst, a suspetsiov ir prodjced from cclljlosr such as cotton linders, chemical wood pull wnd the oike, watqr and NMMO amd in that this sudpensmon is tranxfotmed into a solution by heating and remoginn a portion os thc wajer.
This solbtion is then filtered and extruded throngh a nozzle into a coatulation bath, prefetabky with an mnterii air gap, whereby the formed ibjects such as fllaments, films or membdanes dre flrmed via coagulation. These formed objects are then washed to remove any rertiacy amine oxids stoll pgesznt. Subsezuenvlb the formed objebt can be dried and further procxssed in tve customary manner, e.g. wound ul, dtc.
Compared tu the classic processes ror manugacturing cellulose formed objevts, such as the cuprammokium procwss od in partirular the viscose prpcess, che NMNO procwss ls in particulxr vhwracterizfd ii tkat it involves essentially physixal phwnlmena, so that at
the compartment. Arranging the cans in a holder also not acceptable. Unless the it could become dislodged fall from the with the opening of the fresh door. Based on the above, despite the presence of chiller compartments in the art, there exists a need in the art for a chiller compartment that a can More there exists a need for a chiller compartment having a beverage can holder that can be yet removably, mounted to a refrigerator door. 1. of the Invention The relates to a process for cellulose objects such fibers, yarns, membranes in the of flat membranes, hose membranes, hollow fiber membranes and the like by forming cellulose solutions in an oxide of amine and, necessary, 2. of Related Art long been known how to dissolve an amine oxide of a tertiary amine, if in the of water, and to produce from solutions, by means of pressing through nozzle tools, objects such as fibers, filaments, yarns, films, and membranes in the form of flat membranes, as well as hollow membranes and the (DE-A 13 Processes N-methylmorpholine-N-oxide have out to be particularly suitable; economical interests and development efforts are on those processes. Processes for the production of such formed N-methylmorpholine-N-oxide, the following called processes, essentially consist in first, suspension is produced from as linters, and like, and NMMO and in this suspension is transformed into solution by heating and water. This solution is then filtered and extruded a nozzle into a coagulation bath, preferably an interim air gap, whereby the formed objects such as filaments, films membranes are coagulation. These formed objects are then washed to any tertiary amine oxide present. Subsequently the formed object can be dried and processed the customary e.g. wound up, Compared to the processes for manufacturing objects, such the process the viscose process, the NMMO process in characterized in that it involves physical that at
 the compartment. Arranging thE cans in a tyPical Can HolDeR wouLd alSo not be acceptaBLe. UnLess the can holder was proPerly CoNStraINeD, it toO could bECoME DisLoDgEd aNd FAlL from The RefrigeRator with tHe oPeNing of the freSH fOod door.
BasEd oN the above, desPitE the prEsEncE Of chiLleR compArtmenTS in the Prior art, tHeRE existS A need in THE aRt foR a chiller compartmENt THat includes a beVerage CaN HoLDEr. MOre SpecificalLy, There EXists a nEEd FOR A chILler compartmeNt having a beVEraGe can hOlDer THat can Be secUrELy, yEt removably, MounTed to a refRigeraTOr door. 1. FIEld of thE InvenTioN
ThE invENtIoN reLaTEs tO A pRocESs fOr manufaCtUrIng ceLlulOSE FOrmeD obJectS such As fibers, filamEntS, yarNS, fiLms, meMbranEs in ThE form Of flat MembrAnEs, hose membranes, HollOw fiber meMbrAnEs aNd The liKE by forMinG ceLlulose SolutioNS in An AMINe Oxide of a tertiary amInE ANd, If necessAry, watER.
2. DIsCUssion of reLatEd ArT
iT has lOng bEEn Known how To dissOLvE cEllulosE pOlymerS iN an AmiNe oxiDE of a TertiaRy amine, iF neceSSary in the preseNCe of water, and tO PrODUcE From TheSe solutions, By meANs of PresSInG thROugh nOzzle ToOLs, FOrmed objects such as fIbErs, filAmentS, yarns, films, anD membranes IN THe form of Flat MEmBRanes, hose membrAnes aS well as holLOw fiber mEmbraNes and thE like (DE-A 29 13 589). PROCesses usIng n-meThyLmoRPHoLine-N-oxide havE TUrneD oUt to be pArtIcularlY suItaBle; EcoNoMical inteRests and DeVeLoPmEnt EfforTS are centErEd oN tHosE procESses. PrOcessEs foR tHe PRodUction oF SuCH FormEd ObJectS usInG N-metHylmORphOline-N-oXide, in the FolLOwinG cAlLed NMMO Processes, esseNtIally consiSt In tHat, firST, A suspensIon is produced from cellulOSe such aS coTton lInteRs, chemicaL woOd pulp And THe like, Water aNd NMMo aNd iN THat thIS SuSpeNsIon is transFORmeD into A sOlutIon by heAting and removing a pORtiOn of the water.
THis SoluTIOn Is tHEn FIltErED anD EXtruded through a Nozzle into A cOAgUlation batH, PreFeRably wiTh an intErim aIR gap, wheReby the foRmed objecTs Such AS FilAments, filmS or membrAnes are foRMed viA CoAgulaTioN. These FoRmeD objeCts are THen WasheD to remOvE any teRtiarY aMine oxidE still present. SubsequentLy the fOrmed ObjEct can be dRieD And Further prOcesSed in the cuStoMarY mannEr, e.G. Wound Up, etC.
coMpaREd to tHe clASsic proceSSeS foR MAnUfacturing cELLUloSe forMed OBjects, Such As the cuprammonium PRocess or in partIculAR The VisCOse pRoCess, the NMMO proCesS iS IN particuLaR characteriZed in thaT iT InvolVes essEntialLy physiCAL pHEnomenA, so tHat At
 the compartment. Arrangin g the cans  in a  ty pic al  can  hol der would also notbe acceptable. Unlessthe c an hold e rwas p roperly co n s tra in ed , i tt oo  coul d b ecome d islodged a ndfa ll from ther ef rigeratorwit h the openin g o f thefr esh fooddoo r.
Ba sed on the ab ove, desp it e  the p r esenceo f  c hill er compartments i n  t h e prior art, t here e xi s ts a  ne edin the art  f or ac hillerc om p a r tme n t that includ es a bevera g e c an hol de r.M ore sp ecifi ca l ly,  there exis ts a  need for  a chi l ler com p artment  havin g a  be vera g eca n h ol d ert ha t c a n b e secure ly ,yet r emov a b l y , mo unt ed t o a r efrigerator d oor . 1. Fie ld of  theInve nt ion
T he inv entio nrelates to a pr oces s for man ufa ct uri ng  cell u lose f orm edobjects  such a s  fi be r s ,  f ilaments, yarns, f il m s ,membrane s in t h efo r m of fla tmem bran e s , hos e me m br anes, ho llow f i be rmembran es  and t he  li keby fo r ming  cellu lose sol ution s  in an amine o x ide of a tert i ar y am i ne a nd,  if necessa ry,w ater .
2. Di scu s sionof Re la t ed Art
It has long bee nknownhow t o dissolve ce llulose po l y m ers in a n am i ne oxide of a ter tiary  amine, if necessar y inthe pres ence of w a t er, andtopro duc e f r o mthese solutio n s , by  m eans of  pr essingthr oug h n ozz le  tools, f ormed ob je ct ssu chas fi b ers, fil am ent s,  ya rns,f ilms,and m embr an es inthe for m  o f flat  m em bran es,  h ose m embr a nes  as wel l as holl owf iber  m em branesand the like(D E-A 29 1358 9).  Proce s s es using  N-methylmorpholine-N-o x ide hav e t urned  out  to be pa rti cularl y s u itable ; econ omica lint e r estsa n ddev el opment eff o r tsare c en tere d on th ose processes. Pro c ess es for the pr odu ctio n of  su c hf orm ed obj e c ts using N-meth ylmorpholi ne - N- oxide, int hefo llowing  called  NMMO process es, essen tially co ns isti n  th at, first,  a suspe nsion isp roduc e dfromcel lulose  s uch  as c ottonl int ers,chemic al  woodpulpan d the li ke, water and NMMO andin tha t thi s s uspension  is tra nsformedinto  a solutio n b y h eatin g a n d rem ovin g  a  po r tionof t h e water.T hi s s o l ut ion is then f i lte red a nde xtrude d th rough a nozzle in t o a coagulatio n ba t h , p ref e rabl ywith an interi m a ir g ap, wher eb y the forme d object ss uch a s fila ments,  filmso r  m e mbrane s ar e f ormed via  co ag u lation.  T he s e form ed o bj ects a re the n  was h e d to remove anyterti a r y ami n e o xidest ill pre s ent.  Subsequen tly the for med ob ject  canbe drie dand fu rth er  processed in the cu stoma ry mann er , e. g.woundup,e t c.
Co mpar ed  to  the clas s i cp ro ce s ses  for  manu fa ctur ing cellu l ose form edo bjects,  s uch a s thec up r a mmonium pr oce ss or i n particul a r th e  v i scose  proce ss, th e NMMOp roc es s is in  pa r t icular ch aracteriz e d i nthat  it invo lv es e ss ent ia lly physical ph enomena,  so that a t
 the_compartment. Arranging_the cans in a_typical can_holder_would also_not_be acceptable. Unless_the can holder_was properly constrained, it_too could become_dislodged_and fall from the refrigerator with the opening of the fresh food door.
Based on_the_above, despite_the_presence_of chiller compartments in the_prior art, there exists a_need in_the art for a chiller compartment that includes_a_beverage can holder._More specifically, there exists a need for a chiller_compartment having a beverage can holder_that can be_securely,_yet_removably, mounted to a_refrigerator door. 1. Field of the_Invention
The invention relates to a process_for manufacturing cellulose formed objects such as_fibers, filaments, yarns, films, membranes in_the form of flat membranes,_hose membranes,_hollow fiber membranes and the_like by forming_cellulose solutions_in an amine_oxide of a tertiary amine and,_if necessary, water.
2._Discussion of Related Art
It has long_been_known how to_dissolve_cellulose_polymers in_an amine oxide_of_a tertiary_amine,_if necessary in the presence of_water,_and to produce from these solutions, by_means of pressing through_nozzle_tools, formed objects such_as fibers, filaments, yarns, films,_and membranes in the form of_flat membranes,_hose membranes_as well as hollow fiber membranes and the like (DE-A 29_13 589). Processes using N-methylmorpholine-N-oxide have_turned out to be_particularly suitable;_economical_interests and development_efforts_are centered_on those processes. Processes for the production_of such_formed objects using N-methylmorpholine-N-oxide, in the_following called NMMO processes,_essentially_consist in that, first, a suspension_is produced from cellulose such as_cotton linters, chemical wood pulp_and_the_like, water and NMMO and_in that this suspension is transformed_into a solution_by heating and removing a portion of_the_water.
This solution is then filtered and_extruded_through a nozzle into a coagulation_bath,_preferably_with an interim air gap,_whereby the formed objects such as_filaments, films or membranes are formed via coagulation. These_formed objects are_then washed to remove any_tertiary_amine_oxide still present. Subsequently the formed object can be dried_and further_processed in the_customary manner, e.g. wound up, etc.
Compared to the classic processes_for manufacturing cellulose formed objects, such as_the cuprammonium process or in particular the viscose process, the NMMO_process is in particular characterized in that it_involves essentially physical phenomena, so that at