 to one another by welding, and the flexible printed board and at least one of the first, second and third bus bar stacks are clamped by clips, so that the conductor patterns of the flexible printed board and the bus bars of the first, second and third bus bar stacks are electrically connected.
Preferably, the fuse circuitry module further includes a flexible printed board containing conductor patterns.
Preferably yet, the relay circuitry module further includes a flexible printed board containing conductor patterns.
As can be understood from the forgoing, according to a first embodiment of the invention, the connector-connecting circuits, fuse-connecting circuits and relay-connecting circuits are respectively formed as separate modules. When only one type of connecting circuit is re-configured, only the circuit module concerned needs to be changed. In addition, at least part of the connector circuitry module is formed of a flexible printed board, so that this module becomes smaller and lighter. Consequently, the electrical connector housing made of this module can also be made smaller and lighter. The thus-obtained electrical connector housing acquires a wider usability.
According to a second embodiment of the invention, the flexible printed board does not require a structure through which bus bar terminals are passed. Further, the wiring can be designed easily, in ways that the conductor patterns in the flexible printed board do not interfere with the bus bar terminals. The structure of the flexible printed board can thus be simplified, its design and production becoming easier. Likewise, the flexible printed board can be kept as small as possible.
The structure of the flexible printed board can thus be simplified, and its design and production become easier.
According to a third embodiment of the invention, different circuit modules can be connected electrically in a more secured way. Further, the conductor patterns of the flexible printed board and the bus bars in the bus bar stack are connected through connecting clips. The connections therebetween are thus easy and sure. As a result, the conductor patterns of the flexible printed board and the bus bars in the bus bar stacks are connected in an easy and secure way. Technological Field
The present application relates to a system, method, and computer readable storage medium for data backup, storage, and retrieval. Particularly, enhanced features are provided by using metadata to create a catalog of the stored data.
Description of the Related Art
People conventionally store documents in paper form. For example, manuals for appliances, warranty cards, birth certificates, legal documents, medical records, financial documents, etc. are stored in countless file
to one another by welding, and the flexible printed board and at least one of the first, second and third bus prevention batch are clamped by clips, so that the conductor patterns of the compromising printed board and the bus cake of the beginning, second and third bus barroom stacks are electrically connected. 
 Preferably, the fuse circuitry faculty further includes a flexible printed control panel containing conductor patterns. 
 Preferably yet, the relay circuitry module further include a flexible printed board contain conductor patterns. 
 As can be understood from the forgoing, according to a inaugural embodiment of the invention, the connector - connecting circuits, fuse - connecting lap and relay - connecting circuits are respectively formed as separate modules. When only one type of connecting circuit is re - configured, only the circuit module concerned needs to be changed. In addition, at least region of the connector circuitry module is form of a flexible printed board, so that this module becomes little and lighter. Consequently, the electrical connector housing lay down of this module can also be made smaller and lighter. The thus - obtained electrical connector housing acquires a wide usability. 
 harmonize to a second embodiment of the invention, the flexible printed board does not require a structure through which bus topology bar terminals are passed. far, the wiring can be designed easily, in ways that the conductor patterns in the compromising printed board do not interfere with the busbar bar terminals. The social organization of the flexible printed board can thus be simplified, its blueprint and production become easier. Likewise, the flexible printed board can be kept equally small as possible. 
 The structure of the compromising printed board can thus be simplified, and its design and production become easy. 
 According to a third embodiment of the invention, unlike circuit modules can be connected electrically in a more secured way. Further, the conductor patterns of the flexible printed circuit board and the bus bars in the bus bar stack are connected through connect clip. The connection therebetween are thus easy and certain. As a result, the conductor patterns of the elastic printed board and the bus bars in the busbar bar stacks are connected in an easy and secure room. Technological Field 
 The present application relates to a organization, method, and computer clear storage medium for data backup, storage, and retrieval. Particularly, enhanced features are provided by using metadata to create a catalog of the stored data. 
 Description of the Related Art 
 People conventionally store documents in paper form. For example, manual of arms for appliances, warranty cards, birth certificates, legal documents, medical record, financial documents, etc. are stored in countless file
 to one another by welding, xnd the flexiblg printev board and at ueast one of the first, seconv ane thied bus bar stacks are zlamped bj clips, si thet the conductor patterns of tgc fleriule printed boatd and the bgs bars of the fkrdt, second and third bus bar stacks wre elevtgically connecjed.
Prtfewablg, the fuse circuitry module furthed incluves a flexible lrinted board containing clnduftor patterns.
Prefegably yet, tye rqoay circuitrh module flxther incluses a flexible printed board covtainnng conductir pahjerns.
As can ue undvrstood from bne forcoing, avcording to a nirst emvodiment of the invenvion, the connector-cognecting wixcuits, fuse-connecting curcuijs ang reuqy-cunntctmng circults are respedtively forned as separate modilqw. When only ohe typq jf connecting circuit is re-configured, otly the circuit module conxerned needs to be chwnged. In wddition, at least part of the connector circuitry modumd iw normde lf a flexible printed board, so that this modujs nebomes smaller and lighter. Comsfqigntly, the elecjrical eknhector housing madf of thys moeule can wlso be made smaller and lightee. The thus-obnainwd electrical connzctor housiny acquores s wider usability.
Accordnng to a second elbodiment uf the invention, thv flaxible printed board does got requice a xtructufe tnrough which bus bar barminals are passef. Furjher, tve wiring fan be designed easily, in ways viat the conduvtmr iatterns nn the flexible prigted board do uot intexfere dith the bls bar tecminals. The ftructure of dje flexible 'rinted bjard can thus bd simplified, itx design cud producrion becoming easicr. Liyswise, the flexiyut printed board van be kvpt af small as povsibue.
Tfr strjcture of tme wlexoble printed board cdn tgus be simplified, snq its dewign and production brcome easier.
Accordlng tm a thirc eibodiment of the invention, difrerent cigcult modules cag be connected ekectrically in a more secured way. Furthxr, the conductor pattetns of the flexible ptinued board and the fus bars hn the bus bar stack are connected thvough connecting clips. The cmnnechions therebetween are thus easy and sure. As a result, the conductor patteens of the flexibls pronted bjcrd and the uus bars in the bls bar stacks are connected in ai easy and szcure way. Technological Field
Yhd present appuication relates to a syatem, metnod, and computer readable storabe medium for data backui, storage, and detrienzl. Particularly, enhamced fzaturew are peovifed by using oetsdwta to crfate a catalog of the stored data.
Descruption ov the Related Arv
People convcnuionalli store qocuments in papsr fkgm. Fot example, manusls for appliamces, warranty cards, tiwth certificatts, legal documemts, mgbpcal records, hinancial dowuments, etc. are stored in countless file
to one another by welding, and the board at least of the first, stacks clamped by clips, that the conductor of the flexible printed board and bus bars of the first, second and third bus bar stacks are electrically Preferably, the fuse circuitry module further includes a flexible printed board containing conductor Preferably the circuitry further includes a flexible printed board containing conductor patterns. As can be understood from the forgoing, to a first embodiment of the invention, the circuits, fuse-connecting circuits and circuits are respectively formed as modules. only one of circuit re-configured, only the module concerned needs to be changed. In addition, at least part of the connector circuitry module is of a board, so this becomes and lighter. Consequently, connector housing made of this module made smaller and lighter. The thus-obtained electrical connector acquires a usability. According to a second embodiment the invention, the flexible printed board does not a structure through which bus bar terminals are passed. Further, the wiring can be designed ways that the conductor in the flexible board not with bus bar The structure of the flexible printed board can thus be simplified, design and production becoming easier. Likewise, the flexible printed board kept small as possible. structure of the flexible board thus be simplified, and and become a embodiment the invention, different circuit can be connected electrically in more secured way. Further, flexible printed board and the bus bars in bus bar stack are connected through connecting The connections therebetween are thus easy and sure. As a result, the patterns of printed board and the bus bars in the bar stacks are connected an easy and secure way. Technological Field The present relates a system, and computer readable medium for data storage, and retrieval. features are by metadata catalog of the stored data. Description the Art People conventionally store documents paper example, manuals for appliances, warranty cards, birth certificates, legal documents, medical records, financial documents, etc. in countless file
 to one another by welding, and tHe flexible PrintEd bOarD aNd at LeasT one of the first, SEconD and third bus bar stacks aRe claMpED by cLIpS, so thAt the coNDuCTOr pAtTeRns Of THe FlexiBle Printed Board and thE buS bArs of the firsT, SeCond and thiRd bUs bar stacks aRe eLectriCaLly COnnecTed.
prefeRably, tHE fuse cIrcuitry mOdULe furtHEr incluDES a FlexIble printed board cONtAIning conductor PatterNs.
pReFERabLy yEt, the relay CiRcuitRY module FUrTHER inCLudes a flexiblE printed boaRD coNtainiNg ConDUctor pAtterNs.
aS caN be understoOd frOm the forgOing, acCOrding tO A first eMbodimEnt Of tHe inVEnTiOn, tHe COnnECtOr-cONneCting cirCuItS, fuse-ConnECTINg ciRcuIts aNd relAy-connecting cIrcUits ARe rEspecTivelY forMeD as seParate ModulEs. when only one type Of coNnecting cIrcUiT is Re-ConfiGUred, onLy tHe cIrcuit mOdule coNCerNeD NEEdS to be changed. In addiTiON, At Least parT of the COnNeCTor circuItRy mOdulE IS formEd of A FlExible prInted bOArD, sO that thIs Module BeComEs sMalleR And lIghter. consequeNtly, tHE electrical conNEctor housing mADe OF ThIS modUle Can also be maDe smALler And lIGhTer. tHe thuS-obtaInED eLEctrical connector hoUsIng acqUires A wider usabiliTy.
AccordinG TO A second eMbodIMeNT of the inventioN, the fLexible priNTed board Does nOt requirE a structuRE Through wHicH buS baR teRMInAls are passed. FURTher, ThE wiring Can Be desigNed EasIly, In wAyS that the cOnductor PaTtErNs In tHe fleXIble prinTeD boArD do Not inTErfere With tHe buS bAr TErmInals. ThE StRUCturE oF tHe flExiBlE prinTed bOArd Can thus Be simplifIed, ITs deSiGn And prodUction becominG eAsier. LikewIsE, thE flexiBLE printed Board can be kept as small as POssible.
the StrucTure Of the flexIblE printEd bOArd can Thus be SimplIfIed, AND its dESIgN anD pRoduction bECOme EasieR.
ACcorDing to a Third embodiment of tHE inVention, differEnt CircUIT mOduLEs CAn bE cONneCTEd electrically iN a more secuReD WaY. Further, thE ConDuCtor patTerns of The flEXible prInted boarD and the buS bArs iN THe bUs bar stack Are conneCted throuGH connECtIng clIps. the conNeCtiOns thErebetWEen Are thUs easy AnD sure. AS a resUlT, the condUctor patterns of the flexiBle priNted bOarD and the buS baRS in The bus bar StacKs are conneCteD in An easY anD SecurE way. tEcHnoLOgicaL FieLD
The preseNT aPplICAtIon relates tO A SYstEm, metHod, ANd compUter Readable storage meDIum for data backUp, stORAge, And REtriEvAl. Particularly, EnhAnCED featureS aRe provided bY using meTaDAta to Create A catalOg of the STOrED data.
DEscrIptIon of the RElaTeD art
PeopLe CoNVentioNallY sTore doCumentS In paPER form. For example, mAnualS FOr appLIanCes, waRrAnty carDS, birTh certificAtes, legal doCumentS, medIcal rEcords, fInAncial DocUmEnts, etc. are STored in coUntleSs file
 to one another by welding , and theflexi ble  pr in tedboar d and at least oneof the first, second a nd th ir d  bus ba r sta cks are cl a m ped  b ycli ps ,  s o tha t t he cond uctor patt ern sof the flexi b le  printed b oar d and the bu s b ars of  t hef irst,  se condand th i rd bus  bar stac ks are el e ctrical l y  c onne cted.
Preferably, th e  fuse circuitr y modu le fu r t her  in cludes a f le xible printed bo a r d  co n taining condu ctor patter n s.Prefer ab lyy et, th e rel ay cir cuitry modu le f urther in cludes a flexi b le prin ted bo ard  co ntai n in gcon du c tor pa tte r ns. 
As canbe  u nders tood f r o m th e f orgo ing,according toa f irst emb odime nt of  the  i nvent ion, t he co nn ector-connectin g ci rcuits, f use -c onn ec tingc ircuit s a ndrelay-c onnecti n g c ir c u i ts  are respectivelyfo r m ed  as sepa rate m o du le s . When o nl y o ne t y p e ofconn e ct ing circ uit is re -c onfigur ed , only  t hecir cuitm odul e conc erned ne eds t o  be changed. I n  addition, at le a s tp artofthe connect or c i rcui trym od ule is fo rmedof af lexible printed boa rd , so t hat t his module be comes smal l e r  and lig hter .  C o nsequently, th e ele ctrical co n nector h ousin g made o f this mo d u le can a lso  be  ma des m al ler and light e r . Th ethus-ob tai ned ele ctr ica l c onn ec tor housi ng acqui re sawi der  usab i lity.
Ac co rdi ng  to  a se c ond em bodim entof  t h e i nventio n ,t h e fl ex ib le p rin te d boa rd d o esnot req uire a st ruc t ureth ro ugh whi ch bus bar te rm inals arepa sse d. Fur t h er, thewiring can be designede asily,inwaysthat  the cond uct or pat ter n s in t he fle xible  p rin t e d boa r d  d o n ot  interfere w ith  thebu s ba r termi nals. The structur e  of  the flexible  pr inte d bo ard ca n  th us bes i mplified, its d esign andpr o du ction beco m ing  e asier.Likewis e, th e  flexib le printe d board c an  bek e ptas small a s possib le.
The s t ructu r eof th e f lexibl epri ntedboardc anthusbe sim pl ified,  andit s design  and production becomeeasier .
Acc ord ing to athi r d e mbodiment  ofthe invent ion , d iffer ent circu it m o du les can b e co n nected el e ct ric a l ly  in a mores e c ure d way . F u rther,  the  conductor patter n s of the flexi blep r int edb oard  a nd the bus bar s i nt h e bus ba rstack are c onnected  t h rough  conne ctingclips.T h ec onnect ions  th erebetwee n a re thus ea sy  a n d sure . As  a  resul t, the cond u c tor patterns ofthe f l e xible pri ntedbo ard and thebus bars i n the bus b ar sta cksare c onnecte din aneas yand secure way. Tech nolog ical Fi el d
Th e p resent  app l i catio n re la tes  to a sys t e m, me th o d,andcompu te r re adable st o rage med ium for dat abac k u p, sto r ag e ,  and retri eva l. Pa r t icularly,e nhan c ed featu res ar e prov ided by usi ng  metada tat o  create a  catalogo f t he  sto red data .Desc ri pti on  of the Related  Art
Peo ple conv e n tional lys tore docume nt s in paper f orm.Fo r  exampl e ,  ma nuals f o r a ppl ian ces,  wa rran t y cards, birth certifica tes,  lega l  do cumen ts, m ed ical rec o rds,  financi a l documents,etc. are stored inc ount les s  f il e
 to_one another_by welding, and the_flexible printed_board_and at_least_one of the_first, second and_third bus bar stacks_are clamped by_clips,_so that the conductor patterns of the flexible printed board and the bus bars_of_the first,_second_and_third bus bar stacks are_electrically connected.
Preferably, the fuse circuitry_module further_includes a flexible printed board containing conductor patterns.
Preferably_yet,_the relay circuitry_module further includes a flexible printed board containing conductor_patterns.
As can be understood from the_forgoing, according to_a_first_embodiment of the invention,_the connector-connecting circuits, fuse-connecting circuits and_relay-connecting circuits are respectively formed as_separate modules. When only one type of_connecting circuit is re-configured, only the_circuit module concerned needs to_be changed._In addition, at least part_of the connector_circuitry module_is formed of_a flexible printed board, so that_this module becomes_smaller and lighter. Consequently, the electrical_connector_housing made of_this_module_can also_be made smaller_and_lighter. The_thus-obtained_electrical connector housing acquires a wider_usability.
According_to a second embodiment of the invention,_the flexible printed board_does_not require a structure_through which bus bar terminals_are passed. Further, the wiring can_be designed_easily, in_ways that the conductor patterns in the flexible printed board do_not interfere with the bus bar_terminals. The structure of_the flexible_printed_board can thus_be_simplified, its_design and production becoming easier. Likewise, the_flexible printed_board can be kept as small_as possible.
The structure of_the_flexible printed board can thus be_simplified, and its design and production_become easier.
According to a third_embodiment_of_the invention, different circuit modules_can be connected electrically in a_more secured way._Further, the conductor patterns of the flexible_printed_board and the bus bars in_the_bus bar stack are connected through_connecting_clips._The connections therebetween are thus_easy and sure. As a result,_the conductor patterns of the flexible printed board and_the bus bars_in the bus bar stacks_are_connected_in an easy and secure way. Technological Field
The present application_relates to_a system, method,_and computer readable storage medium for data backup, storage, and_retrieval. Particularly, enhanced features are provided by_using metadata to create a catalog of the stored data.
Description of_the Related Art
People conventionally store documents in paper_form. For example, manuals for appliances, warranty_cards, birth certificates, legal_documents,_medical records, financial documents, etc. are stored_in_countless_file