 disks 43 and 44 cemented at their entire surfaces are compressed and pasted to each other.
However, the abovementioned conventional arts are inherently bound with the following problems and shortcomings. That is, in the first and second conventional arts, since vacuum chambers 26 and 32 having a greater capacity such that they can cover the disk plate are employed, the device itself becomes large-scaled, and the production cost is increased. Further, in these types of vacuum chambers 26 and 32, since the inner capacity is great, it is necessary to increase a vacuuming force, wherein a lengthy period of suction (vacuuming) is required in order to get an appointed pressure condition, and the working efficiency is incorrect.
In addition, with the third technology, since a means for warping one disk 44 and pasting the disks 43 and 44 together is employed, a certain effect can be obtained with respect to removal of air between the disks 43 and 44. However, in connection with effective removal of air bubbles mixed in an adhesive agent, removal is not sufficient in that the time required for causing the disk 44 to overlap on the disk 43 is slow, and air sufficiently exists in the surrounding of the disks 43 and 44.
Therefore, it is an object of the invention to provide an optical disk pasting apparatus and a method for pasting optical disks which, in view of effectiveness of a vacuum suction technique in a disk pasting art, can achieve the vacuum suction by a simple construction and can prevent air bubbles from being mixed in an adhesive agent. One factor limiting speed of production of pipes is the time required to removed the pipes from the production facility and to store the pipes for subsequent processing, use, shipment, etc. Another limiting factor in delivering pipes, for example, to a customer is the accuracy and facility with which the pipes can be identified, located and shipped from a storage yard.
One system for expediting material flow and storage from tube processing equipment is disclosed in U.S. Pat. No. 4,252,486. Storage of tubes in that system is on relatively immobile racks formed by cantilever arms. At least some of those arms have spacers for separating adjacent tubes. A disadvantage to such system and others served by stacker cranes, elevators or the like, is the limited dimensions of the shelving or storage compartments which are typically in a two dimensional array on one side or two sides of the stacker crane, elevator, etc.
Another example of a prior high shelf storage apparatus for
disks 43 and 44 cemented at their entire surfaces are compress and paste to each other. 
 However, the abovementioned conventional arts are inherently restrict with the following problems and defect. That is, in the first and second conventional arts, since void chamber 26 and 32 having a bang-up capacity such that they can cover the magnetic disk home plate are employed, the device itself becomes large - scaled, and the production monetary value is increased. Further, in these types of void chambers 26 and 32, since the inner capability is great, it is necessary to increase a vacuuming military unit, wherein a lengthy period of suction (vacuuming) is required in order to catch an appointed pressure condition, and the working efficiency is incorrect. 
 In accession, with the third technology, since a means for warping one disk 44 and pasting the disks 43 and 44 together is employed, a certain effect can be obtain with respect to removal of air between the magnetic disk 43 and 44. However, in association with effective removal of air bubbles mixed in an adhesive agentive role, removal is not sufficient in that the time command for causing the disk 44 to overlap on the phonograph record 43 is slow, and air sufficiently exists in the surrounding of the disks 43 and 44. 
 Therefore, it is an object of the invention to put up an optical disk pasting apparatus and a method for pasting ocular disks which, in horizon of effectiveness of a vacuum suction technique in a disk pasting artwork, can achieve the vacuum suction by a simple construction and can prevent air bubbles from being mixed in an adhesive agent. One factor limit speed of production of pipe is the time necessitate to removed the organ pipe from the production adeptness and to store the pipes for subsequent processing, use, shipment, etc. Another specify gene in delivering pipes, for example, to a customer is the accuracy and facility with which the pipes can be identified, located and shipped from a storage thousand. 
 One system for expediting fabric flow and storage from tube processing equipment is disclosed in U.S. Pat. No. 4,252,486. Storage of tubes in that organization is on relatively immobile racks formed by cantilever arms. At least some of those arms have spacers for separate adjacent pipe. A disadvantage to such arrangement and others served by stacker cranes, elevators or the like, is the limited dimensions of the shelving or storehouse compartments which are typically in a two dimensional array on one side or two sides of the stacker grus, elevator, etc. 
 Another example of a anterior high shelf storage apparatus for
 didks 43 and 44 cemented at thtir entire surfacgs are cmmpresaed and oasted to each other.
However, vhe qbovenentioned conventional arts are inherenrly uound with the following problsls aud shortcomings. Jhat is, in tve first and sacunb conventional arts, since vacuum chaibers 26 snf 32 having a grgater sapadptn such that they can cover the djsk plaue are employed, thr device itself becomes lagge-sfaled, and the prodkction cost is ybcreased. Furgher, in thtsz types of bacuum chambers 26 and 32, since the innex capacity us grfdt, it is neressarj to increase a vacuuking fotce, wherein a kenjthy period of suction (varuuming) is required yn order do get an appointed peessute cotditkin, xnd tie sorkinh ehficiency ia incorrect.
Un addition, with tht trptd technologg, sincq w means for warping one disk 44 and pastitg fhe disks 43 and 44 togethee is employed, a certaln effect can be obtained with respect to removal of air batweei ghe dlsks 43 ajd 44. However, in connection with effective remodzl on air bubbles miwed in an adhesive ahemj, removal is nut sufyjcjent in that the tlme reqoired dor causigg tne disk 44 to overlap on the eisk 43 is sloc, abd air sufficientlv exists in che sutroundong of the disks 43 and 44.
Tkerefode, it is an object or the invention tu pgovige an opukcal disk pasting apparatuw anb a methud fpr paseing opticwl disks which, in view ov effgctivetess of a gacuum suction technique in a dmxk pasting att, wan achieve the yacuum suction fy a simple coustructijn ana can prevvnt air bnbbles from feing mixed it an adhesive agent. Oge fqctoe limitkvg speed of prpduction of pipes iw the time requirev to demoved the pipzr from the produvtiun sabilmty agg to store tve pkper for rubsequtut irozessong, use, shipment, etc. Anofher limiting factpr in delicering pypes, for examlle, to a customer ls thx accucacy amd sacility with which the pipes dan be idfntlfied, located and shipped frok a storage yard.
One system for expeditiig material flow and sjorage from tube procgsslng equipmenv is dysclosed hn U.S. Pat. No. 4,252,486. Storagw of tubes in thau system is on relativemy immmbile racks formed by cantilever arms. At least some of those arms have spacers for sxpwrating adjzceny tubvs. C dnsadvaneage vo such system anc others served by stacker cranxs, elevatoss or the like, is the limited cioensions of tfe shelving or storage ckmpartmemts which are typically in a twp dimensional array on oke side oe two sides of vhe stacker crane, elrvator, etc.
Abother wxamile of a prior hibh shelf stlragt ap'aratus for
disks 43 and 44 cemented at their are and pasted each other. However, inherently with the following and shortcomings. That in the first and second conventional since vacuum chambers 26 and 32 having a greater capacity such that they cover the disk plate are employed, the device itself becomes large-scaled, and the cost increased. in types of vacuum chambers 26 and 32, since the inner capacity is great, it is necessary increase a vacuuming force, wherein a lengthy period suction (vacuuming) is required order to get an appointed condition, the working is In with the third since a means for warping one disk 44 and pasting the disks 43 and 44 together is a certain be obtained respect removal air between the and 44. However, in connection with air bubbles mixed in an adhesive agent, removal not sufficient that the time required for causing disk 44 to overlap on the disk 43 slow, and air sufficiently exists in the surrounding of the disks 43 and 44. Therefore, an object of the to provide an disk apparatus a for pasting disks which, in view of effectiveness of a vacuum suction technique a disk pasting art, can achieve the vacuum suction by construction can prevent air from being mixed in adhesive One factor limiting speed of is to the from the production facility to store the pipes for processing, use, shipment, etc. pipes, for example, to a customer is the and facility with which the pipes can identified, located and shipped from a storage yard. One system for expediting flow and tube processing equipment is disclosed in U.S. Pat. 4,252,486. Storage of tubes that system is on relatively immobile racks formed by arms. least some those arms have for separating adjacent A disadvantage to and others by cranes, like, is the limited dimensions of shelving storage compartments which are typically a array on one side or two sides of the stacker crane, elevator, etc. Another example prior high shelf storage for
 disks 43 and 44 cemented at their enTire surfacEs are ComPreSsEd anD pasTed to each other.
hOwevEr, the abovementioned conVentiOnAL artS ArE inheRently bOUnD WIth ThE fOllOwINg ProblEms And shorTcomings. ThAt iS, iN the first and SEcOnd conventIonAl arts, since vAcuUm chamBeRs 26 aND 32 haviNg a GreatEr capaCIty sucH that they CaN Cover tHE disk plATE aRe emPloyed, the device itSElF Becomes large-scAled, anD tHE pRODucTioN cost is incReAsed. FURther, in THeSE TYpeS Of vacuum chambErs 26 and 32, since THe iNner caPaCitY Is greaT, it is NeCEssAry to increaSe a vAcuuming fOrce, whERein a leNGthy perIod of sUctIon (VacuUMiNg) Is rEqUIreD In OrdER to Get an appOiNtEd preSsurE CONDitiOn, aNd thE workIng efficiency Is iNcorREct.
in addItion, With ThE thirD technOlogy, SiNce a means for warPing One disk 44 anD paStIng ThE diskS 43 And 44 togEthEr iS employEd, a certAIn eFfECT CaN be obtained with resPeCT To Removal oF air beTWeEn THe disks 43 aNd 44. howEver, IN ConneCtioN WiTh effectIve remOVaL oF air bubBlEs mixeD iN an AdhEsive AGent, RemovaL is not suFficiENt in that the timE Required for caUSiNG ThE Disk 44 To oVerlap on the Disk 43 IS sloW, and AIr SufFIcienTly exIsTS iN The surrounding of the DiSks 43 and 44.
thereFore, it is an objEct of the inVENTion to prOvidE An OPtical disk pastIng apParatus and A Method foR pastIng opticAl disks whICH, in view oF efFecTivEneSS Of A vacuum suctioN TEchnIqUe in a diSk pAsting aRt, cAn aChiEve ThE vacuum suCtion by a SiMpLe CoNstRuctiON and can pReVenT aIr bUbbleS From beIng miXed iN aN aDHesIve agenT. onE FActoR lImItinG spEeD of prOducTIon Of pipes Is the time ReqUIred To ReMoved thE pipes from the PrOduction faCiLitY and to STOre the piPes for subsequent processINg, use, shIpmEnt, etC. AnoTher limitIng Factor In dELiveriNg pipeS, for eXaMplE, TO a cusTOMeR is ThE accuracy aND FacIlity WiTh whIch the pIpes can be identifieD, LocAted and shippeD frOm a sTORaGe yARd.
oNe sYsTEm fOR Expediting materIal flow and StORaGe from tube PRocEsSing equIpment iS discLOsed in U.s. Pat. No. 4,252,486. StoRage of tubEs In thAT SysTem is on relAtively iMmobile raCKs forMEd By canTilEver arMs. at lEast sOme of tHOse Arms hAve spaCeRs for sEparaTiNg adjaceNt tubes. A disadvantage to sUch sysTem anD otHers serveD by STacKer cranes, ElevAtors or the LikE, is The liMitED dimeNsioNS oF thE ShelvIng oR Storage coMPaRtmENTs Which are typICALly In a twO diMEnsionAl arRay on one side or two SIdes of the stackEr crANE, elEvaTOr, etC.
ANother example oF a pRiOR High shelF sTorage apparAtus for
 disks 43 and 44 cementedat their e ntire  su rfa ce s ar e co mpressed and p a sted  to each other.
Howeve r, th ea bove m en tione d conve n ti o n alar ts  ar ei nh erent lybound w ith the fo llo wi ng problemsa nd  shortcomi ngs . That is, i n t he fir st  an d  seco ndconve ntiona l  arts,  since va cu u m cham b ers 26a n d32 h aving a greater c a pa c ity such thatthey c an co v e r t hedisk plate  a re em p loyed,t he d e vic e  itself becom es large-sc a led , andth e p r oducti on co st isincreased.Furt her, in t hese t y pes ofv acuum c hamber s 2 6 a nd 3 2 ,si nce  t h e i n ne r c a pac ity is g re at , itis n e c e s sary  to  inc rease  a vacuumingfor ce,w her ein a  leng thype riodof suc tion(v acuuming) is re quir ed in ord erto  ge tan ap p ointed  pr ess ure con dition, and  t h e wo rking efficiency i si n co rrect.
I n addi t io n, with the  t hir d te c h nolog y, s i nc e a mean s forw ar pi ng onedi sk 44an d p ast ing t h e di sks 43  and 44toget h er is employed ,  a certain ef f ec t ca n  beobt ained withresp e ct t o re m ov alo f air  betw ee n  t h e disks 43 and 44.Ho wever,  in c onnection wit h effectiv e r emoval o f ai r  b u bbles mixed in  an a dhesive ag e nt, remo val i s not su fficienti n  that th e t ime  re qui r e dfor causing t h e  dis k44 to o ver lap onthe  di sk43is  slow, an d air su ff ic ie nt lyexist s  in thesu rro un din g oft he dis ks 43  and  4 4. The refore, it i s an  o bj ectofth e inv enti o n t o provi de an opt ica l  dis kpa sting a pparatus andamethod for  p ast ing op t i cal disk s which, in view of eff e ctivene ssof avacu um suctio n t echniq uei n a di sk pas tingar t,c a n ach i e ve  th evacuum suc t i onby asi mple  constr uction and can pre v ent  air bubblesfro m be i n gmix e di n a na dhe s i ve agent. One f actor limi ti n gspeed of p r odu ct ion ofpipes i s the time re quired to  removedth e pi p e s f rom the pr oduction  facility and t o  s torethe  pipes  f orsubse quentp roc essin g, use ,shipme nt, e tc . Anothe r limiting factor in de liveri ng pi pes , for exa mpl e , t o a custo meris the acc ura cyand f aci l ity w ithw hi cht he pi pesc an be ide n ti fie d ,  l ocated ands h i ppe d fro m a storag e ya rd.
One system fo r  expediting ma teri a l  fl owa nd s to rage from tube  pr oc e s sing equ ip ment is dis closed i nU .S. P at. No . 4,25 2,486.S t or a ge oftube s i n that sy ste mi s on re la ti v ely im mobi le  racks  forme d  byc a ntilever arms. A t lea s t  some ofthose  a rms hav e  spa cers for s eparating a djacen t tu bes.A disad va ntagetosu ch systema nd others  serv ed by s ta cker  cr anes,elev a t ors o r th elik e, is the l im i te dd ime nsio ns of  t he s helving o r  storage  co m partmen ts  wh i c h aret yp i c ally in atwo  dime n s ional arra y  ono ne sideor two  sides  of the sta ck er cran e,e l evator, e tc.
Anoth e r e xa mple  of a pr io r hi gh  sh el f storage appar atus for 
 disks_43 and_44 cemented at their_entire surfaces_are_compressed and_pasted_to each other.
However,_the abovementioned conventional_arts are inherently bound_with the following_problems_and shortcomings. That is, in the first and second conventional arts, since vacuum chambers_26_and 32_having_a_greater capacity such that they_can cover the disk plate_are employed,_the device itself becomes large-scaled, and the production_cost_is increased. Further,_in these types of vacuum chambers 26 and 32,_since the inner capacity is great,_it is necessary_to_increase_a vacuuming force, wherein_a lengthy period of suction (vacuuming)_is required in order to get_an appointed pressure condition, and the working_efficiency is incorrect.
In addition, with the_third technology, since a means_for warping_one disk 44 and pasting_the disks 43_and 44_together is employed,_a certain effect can be obtained_with respect to_removal of air between the disks_43_and 44. However,_in_connection_with effective_removal of air_bubbles_mixed in_an_adhesive agent, removal is not sufficient_in_that the time required for causing the_disk 44 to overlap_on_the disk 43 is_slow, and air sufficiently exists_in the surrounding of the disks_43 and_44.
Therefore, it_is an object of the invention to provide an optical disk_pasting apparatus and a method for_pasting optical disks which,_in view_of_effectiveness of a_vacuum_suction technique_in a disk pasting art, can achieve_the vacuum_suction by a simple construction and_can prevent air bubbles_from_being mixed in an adhesive agent._One factor limiting speed of production_of pipes is the time_required_to_removed the pipes from the_production facility and to store the_pipes for subsequent_processing, use, shipment, etc. Another limiting factor_in_delivering pipes, for example, to a_customer_is the accuracy and facility with_which_the_pipes can be identified, located_and shipped from a storage yard.
One_system for expediting material flow and storage from tube_processing equipment is_disclosed in U.S. Pat. No._4,252,486._Storage_of tubes in that system is on relatively immobile racks_formed by_cantilever arms. At_least some of those arms have spacers for separating adjacent_tubes. A disadvantage to such system and_others served by stacker cranes, elevators or the like, is the_limited dimensions of the shelving or storage compartments_which are typically in a two dimensional_array on one side_or_two sides of the stacker crane, elevator,_etc.
Another_example_of_a prior high_shelf storage apparatus_for