, for compounds which are capable of binding to the IL-8.alpha. or.beta. receptor. Therefore, conditions associated with an increase in IL-8 production (which is responsible for chemotaxis of neutrophil and T-cells subsets into the inflammatory site) would benefit by compounds which are inhibitors of IL-8 receptor binding. In a network environment, capturing agents or sensors can be placed at various devices or elements in the network to collect flow data and network statistics from different locations. The collected data from the capturing agents can be analyzed to monitor and troubleshoot the network. The data collected from the capturing agents can provide valuable details about the status, security, or performance of the network, as well as any network elements. Information about the capturing agents can also help interpret the data from the capturing agents, in order to infer or ascertain additional details from the collected data. For example, understanding the placement (e.g., deployment location) of a capturing agent within a device or virtualized environment can provide a context to the data reported by the capturing agents, which can further help identify specific patterns or conditions in the network.
With larger networks, however, the number of capturing agents and sessions can grow to millions or more. It thus becomes very difficult to scale the numerous capturing agents and sensors. Moreover, as the number of collectors used in the network to collect the captured data from the capturing agents grows, it becomes increasingly difficult to track, organize, and maintain different portions of the same network flow. 1. Field of the Invention
The present invention relates to a photosensitive material processing apparatus having an accommodating portion in which photosensitive materials which have been subjected to developing processing are stacked.
2. Description of the Related Art
A photosensitive material stacking device, in which photographic printing papers (photosensitive materials) which have been discharged from the discharge opening of a processing section are stacked per order, is provided at a photosensitive material processing apparatus known as a printer processor.
There are photosensitive material stacking devices which are provided with trays (accommodating portions) in which photographic printing papers are stacked substantially horizontally.
There are types of photosensitive material processing apparatuses in which, due to the internal structure of the printer processor, the processed photographic printing papers are discharged from the discharge opening with the image forming surfaces thereof facing downward, and are stacked in the tray in that state.
Further, there are photosensitive material processing apparatuses in which, due to the internal structure of the printer processor, even if the photographic printing papers are discharged from the discharge opening with the
, for compounds which are capable of binding to the IL-8.alpha. or.beta. receptor. consequently, condition associated with an addition in IL-8 production (which is creditworthy for chemotaxis of neutrophil and T - cells subset into the inflammatory site) would benefit by compound which are inhibitors of IL-8 receptor bind. In a network environment, capturing agents or sensors can be placed at various device or elements in the network to collect menstruation data and network statistics from unlike locations. The collect data from the capturing agents can be analyze to monitor and troubleshoot the network. The data collected from the capturing agents can provide valuable details about the status, security, or performance of the network, as well as any network elements. Information about the capturing agent can also help understand the datum from the get agents, in order to infer or ascertain additional details from the collected datum. For example, understanding the placement (e.g., deployment location) of a capturing agent within a device or virtualized environment can provide a context to the data reported by the capturing agents, which can further avail identify specific pattern or conditions in the network. 
 With larger networks, however, the number of appropriate agents and sessions can grow to millions or more. It thus becomes very difficult to scale the numerous capturing agents and detector. Moreover, as the number of collectors used in the network to roll up the captured datum from the capturing agents grows, it becomes increasingly unmanageable to track, organize, and maintain unlike portions of the same network flow. 1. Field of the Invention 
 The present invention relates to a photosensitive material processing apparatus having an accommodating portion in which photosensitive material which have been subjected to developing processing are stack. 
 2. Description of the Related Art 
 A photosensitive material stacking device, in which photographic printing papers (photosensitive fabric) which have been discharged from the discharge opening of a processing section are stacked per order, is provided at a light-sensitive material processing apparatus known as a printer processor. 
 There are photosensitive material stacking devices which are supply with trays (accommodating portions) in which photographic impression papers are stack substantially horizontally. 
 There are types of light-sensitive material processing apparatuses in which, due to the internal structure of the printer processor, the processed photographic printing document are discharged from the discharge opening with the image forming surfaces thence confront downward, and are stacked in the tray in that state. 
 Further, there are photosensitive material processing apparatuses in which, due to the internal structure of the printer central processing unit, even if the photographic impression papers are drop from the discharge opening with the
, fog compounds which are cakable of binding jo the IN-8.alpha. or.beta. feceptor. Therefore, conditiond qssocuated with an increase in IL-8 prlduction (whirh is responsiblx for chciotasls of ieutrophil and J-cells subseds into the inxlxmlatory site) would benefit by compougds whivh are inhibitorf of YL-8 rsbektor binding. In a network environjent, cakturing agents or xensors can be placed at vwrioks devices or elemfnts in the netrirk to collezt flow daua and netwotk statistics from different locxtionx. The collgered gata from tie capnuring agents can be dnalyzec to monitor akd trmuboeshoot the network. Tie data collected frjm the ca[tbring agents can provudw valoable detxuls abkuv tge stahus, security, kr performabce of the network, ss qell as any nstwork ejements. Information about the capturing agsnts can also help inteepret the data from tje capturyng agents, in order to infer or ascertain additiotal dxtxilw nrom rhf collected data. For example, understanding thq pkabement (e.g., deploymcnt location) of a vaotiting agent witfin a bsvjce or virtualized envirogment can provyde s context to the data reporred by the ccptyring agents, which can furthex help idenyify specific patterns ur cknditions ij the netsurk.
With larger ndtwprns, howevtf, the number of cwpturing egentx and sdssipns cag grow to lillions or more. It thus becolev very difvicult to scale the numerous ca'vuring agents atd vensors. Ioreoyer, as the numbqr of collectots used iu the vetwork to collecv the capturqd data from dje capturing agents droww, it becomer increasingly cifficult to track, irganize, and maintein ajfferent portiour of the same neywofk sllw. 1. Sheld of the Hnvevtium
The oresent invcntkon telates to a photosetsitjve material procexslng apparqtus havyng an accommpdating portion in whici photusensotide materials which have been shbjected ho qeveloping pwocewsing are stccked.
2. Description of the Related Art
A phitosensitive matetial stacking device, nn which photpgrapric printhng papers (photosensutive materials) wmich have been discharfed frmm thf discharge opening of a processing section are stacked per order, is provuded av w photosensjtivr matvricl 'rocessyng ep'aratus known as s printer processor.
There are phutosensidire material stacking devices ehkch are proviaed with trays (accommodafing poryions) in which photographic primting papers are stacked substanriallg horidknvally.
There are types of phmtosebsitive matcrial processivg spiaratuses ln wiick, due to the internal structure od the prlnter processor, vhe processef photkgraphyc printing papeds adf diszharged from yhe discharge ppening with the imace forming surfaxvs thereof faving dofnward, and ace stacked it the tray in that state.
Further, there are photosensptive matedial progessing apparatusgs in which, due to the ikternwl strucgure of the [rinter processor, even if the photographic 'tintine pwpers are dischargvd from the discharnz opening with the
, for compounds which are capable of the or.beta. receptor. conditions associated with (which responsible for chemotaxis neutrophil and T-cells into the inflammatory site) would benefit compounds which are inhibitors of IL-8 receptor binding. In a network environment, capturing or sensors can be placed at various devices or elements in the network collect data network from different locations. The collected data from the capturing agents can be analyzed to monitor and the network. The data collected from the capturing can provide valuable details the status, security, or performance the as well any elements. about the capturing can also help interpret the data from the capturing agents, in order to infer or ascertain additional from the For example, the (e.g., location) of a within a device or virtualized environment context to the data reported by the capturing which can help identify specific patterns or conditions the network. With larger networks, however, the number capturing agents and sessions can grow to millions or more. It thus becomes very difficult the numerous capturing agents sensors. Moreover, as number collectors in network to the captured data from the capturing agents grows, it becomes increasingly to track, organize, and maintain different portions of the same 1. of the Invention present invention relates to photosensitive processing apparatus having an in photosensitive been to processing are stacked. 2. of the Related Art A material stacking device, in materials) which have been discharged from the discharge of a processing section are stacked per is provided at a photosensitive material processing apparatus known as a printer There are stacking devices which are provided with trays (accommodating in which photographic printing are stacked substantially horizontally. There are types of photosensitive processing in which, to the internal of the printer the processed photographic are discharged the opening forming surfaces thereof facing downward, and stacked the tray in that state. there material processing apparatuses in which, due to the internal structure of the printer processor, even photographic printing papers are from discharge opening with the
, for compounds which are capabLe of bindinG to thE IL-8.AlpHa. Or.beTa. reCeptor. ThereforE, CondItions associated with an IncreAsE In IL-8 PRoDuctiOn (which IS rESPonSiBlE foR cHEmOtaxiS of NeutropHil and T-celLs sUbSets into the iNFlAmmatory siTe) wOuld benefit bY coMpoundS wHicH Are inHibItors Of IL-8 reCEptor bInding. In a NeTWork enVIronmenT, CApTuriNg agents or sensors CAn BE placed at varioUs deviCeS Or ELEmeNts In the netwoRk To colLEct flow DAtA AND neTWork statisticS from differENt lOcatioNs. the COllectEd datA fROm tHe capturing AgenTs can be anAlyzed TO monitoR And trouBleshoOt tHe nEtwoRK. THe DatA cOLleCTeD frOM thE capturiNg AgEnts cAn prOVIDE valUabLe deTails About the statuS, seCuriTY, or PerfoRmancE of tHe NetwoRk, as weLl as aNy Network elements. infoRmation abOut ThE caPtUring AGents cAn aLso Help intErpret tHE daTa FROM tHe capturing agents, iN oRDEr To infer oR ascerTAiN aDDitional DeTaiLs frOM The coLlecTEd Data. For eXample, UNdErStandinG tHe placEmEnt (E.g., dEployMEnt lOcatioN) of a captUring AGent within a devICe or virtualizED eNVIrONmenT caN provide a coNtexT To thE datA RePorTEd by tHe capTuRInG Agents, which can furthEr Help idEntifY specific pattErns or condITIOns in the NetwORk.
wIth larger netwoRks, hoWever, the nuMBer of capTurinG agents aNd sessionS CAn grow to MilLioNs oR moRE. it Thus becomes veRY DiffIcUlt to scAle The numeRouS caPtuRinG aGents and sEnsors. MoReOvEr, As The NumbeR Of collecToRs uSeD in The neTWork to ColleCt thE cApTUreD data frOM tHE CaptUrInG ageNts GrOws, it BecoMEs iNcreasiNgly diffiCulT To trAcK, oRganize, And maintain diFfErent portiOnS of The samE NEtwork flOw. 1. Field of the Invention
ThE Present InvEntioN relAtes to a phOtoSensitIve MAteriaL proceSsing ApParATUs havING aN acCoMmodating pORTioN in whIcH phoTosensiTive materials which HAve Been subjected To dEvelOPInG prOCeSSinG aRE stACKed.
2. Description oF the RelateD ART
A PhotosensiTIve MaTerial sTacking DevicE, In which PhotograpHic printiNg PapeRS (PhoTosensitivE materiaLs) which haVE been DIsChargEd fRom the DiSchArge oPening OF a pRocesSing seCtIon are StackEd Per order, Is provided at a photosensiTive maTeriaL prOcessing aPpaRAtuS known as a PrinTer processOr.
THerE are pHotOSensiTive MAtEriAL stacKing DEvices whiCH aRe pROViDed with trayS (ACComModatIng POrtionS) in wHich photographic pRInting papers arE staCKEd sUbsTAntiAlLy horizontally.
theRe ARE types of PhOtosensitivE materiaL pROcessIng appAratusEs in whiCH, DuE To the iNterNal Structure Of tHe PRinter pRoCeSSor, the ProcEsSed phoTograpHIc prINTing papers are disChargED From tHE diScharGe Opening WIth tHe image forMing surfaceS thereOf faCing dOwnward, AnD are stAckEd In the tray iN That state.
furthEr, there ArE phoTosEnsitiVe maTERial pRoceSsIng ApparatusES In WHiCh, DUe tO the InterNaL strUcture of tHE printer ProCEssor, evEn If tHE PhotogRApHIC printing pApeRs are DIScharged frOM the DIsCHarge OpeninG with tHe
, for compounds which arecapable of  bind ing  to  t he I L-8. alpha. or.beta .  rec eptor. Therefore, cond ition sa ssoc i at ed wi th an i n cr e a sein  I L-8  p r od uctio n ( which i s responsi ble  f or chemotaxi s  o f neutroph iland T-cellssub sets i nt o t h e inf lam mator y site )  would  benefitby compou n ds whic h ar e in hibitors of IL-8r ec e ptor binding.In a n et w or k env iro nment, cap tu ringa gents o r  s e n s ors can be placed  at various dev ices o rele m ents i n the  n e two rk to colle ct f low dataand ne t work st a tistics  fromdif fer entl oc at ion s. The co lle c ted  data fr om  t he ca ptur i n g agen tscanbe an alyzed to mon ito r an d  tr ouble shoot  the  n etwor k. The  data  c ollected from t he c apturingage nt s c an  prov i de val uab ledetails  aboutt hest a t u s,  security, or perf or m a nc e of the  netwo r k,  a s  well as  a nynetw o r k ele ment s .Informat ion ab o ut  t he capt ur ing ag en tscan  also help  inter pret the  data from the captu r ing agents, i n  o r d er to i nfe r or ascert aina ddit iona l  d eta i ls fr om th ec ol l ected data. For exa mp le, un derst anding the pl acement (e . g . , deploy ment lo c ation) of a ca pturi ng agent w i thin a d evice  or virt ualized e n v ironment  ca n p rov ide a  c ontext to the d atare portedbythe cap tur ing  ag ent s,  which ca n furthe rhe lp  i den tifys pecificpa tte rn s o r con d itions  in t he n et wo r k.With la r ge r netw or ks , ho wev er , the  num b erof capt uring age nts andse ss ions ca n grow to mil li ons or mor e.  It  thusb e comes ve ry difficult to scale t h e numer ous  capt urin g agentsand  senso rs. Moreov er, as  thenu mbe r of co l l ec tor sused in th e net workto  col lect th e captured data fr o m t he capturingage ntsg r ow s,i tb eco me s  in c r easingly diffic ult to tra ck ,  o rganize, a n d m ai ntain d ifferen t por t ions of  the same  networkfl ow.1 .  Fi eld of the  Inventi on
The pr e senti nv entio n r elates  t o a  phot osensi t ive  mate rial p ro cessin g app ar atus hav ing an accommodating po rtionin wh ich  photosen sit i vematerials  whi ch have be ensub jecte d t o  deve lopi n gpro c essin g ar e  stacked. 2.  De s c ri ption of th e R ela ted A rtA  photo sens itive material st a cking device,in w h i chpho t ogra ph ic printing pa per s( p hotosens it ive materia ls) whic hh ave b een di scharg ed from t he discha rgeope ning of a  pr oc e ssing s ec ti o n arestac ke d perorder, is p r o vided at a photo sensi t i ve ma t eri al pr oc essinga ppar atus known  as a print er pro cess or.
T here ar ephotos ens it ive materi a l stackin g dev ices wh ic h ar e p rovide d wi t h  tray s (a cc omm odating p o r ti o ns )i n w hich  phot og raph ic printi n g papers  ar e  stacke dsub s t antial l yh o rizontally .
T herea r e types of phot o se n sitiv e mate rial p rocessi n g a pp aratuse s i n which, du e to thei nte rn al s tructure  o f th epri nt er processor, t he proce ssed pho t o graphi c p r inti n g pape rs  are dischar ged f ro m  the di s c har ge open i ngwit h t he i mag e fo r ming surfaces thereof fa cing  down w ard , and  arest acked in thetray int hat state.
Fu rther, there ar e  ph o tose nsi t iv ematerialpro c essin g ap par atus esin w h i ch,d ue t o  t he i nterna l st ru ct ure of th eprinter proc e sso r, e ven i fth e  p hotogra phic pri nting  p apers are dischar gedfr om the discha rge openingwi th t he
, for_compounds which_are capable of binding_to the_IL-8.alpha._or.beta. receptor._Therefore,_conditions associated with_an increase in_IL-8 production (which is_responsible for chemotaxis_of_neutrophil and T-cells subsets into the inflammatory site) would benefit by compounds which are_inhibitors_of IL-8_receptor_binding._In a network environment, capturing_agents or sensors can be_placed at_various devices or elements in the network to_collect_flow data and_network statistics from different locations. The collected data from_the capturing agents can be analyzed_to monitor and_troubleshoot_the_network. The data collected_from the capturing agents can provide_valuable details about the status, security,_or performance of the network, as well_as any network elements. Information about_the capturing agents can also_help interpret_the data from the capturing_agents, in order_to infer_or ascertain additional_details from the collected data. For_example, understanding the_placement (e.g., deployment location) of a_capturing_agent within a_device_or_virtualized environment_can provide a_context_to the_data_reported by the capturing agents, which_can_further help identify specific patterns or conditions_in the network.
With larger_networks,_however, the number of_capturing agents and sessions can_grow to millions or more. It_thus becomes_very difficult_to scale the numerous capturing agents and sensors. Moreover, as the_number of collectors used in the_network to collect the_captured data_from_the capturing agents_grows,_it becomes_increasingly difficult to track, organize, and maintain_different portions_of the same network flow. 1._Field of the Invention
The_present_invention relates to a photosensitive material_processing apparatus having an accommodating portion_in which photosensitive materials which_have_been_subjected to developing processing are_stacked.
2. Description of the Related Art
A_photosensitive material stacking_device, in which photographic printing papers (photosensitive_materials)_which have been discharged from the_discharge_opening of a processing section are_stacked_per_order, is provided at a_photosensitive material processing apparatus known as_a printer processor.
There are photosensitive material stacking devices which_are provided with_trays (accommodating portions) in which_photographic_printing_papers are stacked substantially horizontally.
There are types of photosensitive material_processing apparatuses_in which, due_to the internal structure of the printer processor, the processed_photographic printing papers are discharged from the_discharge opening with the image forming surfaces thereof facing downward, and_are stacked in the tray in that state.
Further,_there are photosensitive material processing apparatuses in_which, due to the_internal_structure of the printer processor, even if_the_photographic_printing_papers are discharged_from the discharge_opening with the