 calcium salts. The top fraction can be further subjected to screening to eliminate most of the calcium salts from the active chitin. Since the recovered chitin is produced in an essentially mechanical process without relying on chemicals, there are no chemical residues in the material which is essentially natural or active.
The differences between mechanically processed protein and active chitin and chemically prepared protein and chitin include the following. The chemically obtained chitin, during acid degradation, has some of its properties modified permanently. Such properties include optical activity, solubility, molecular weight, and conformation. There is also a degradation of some of the associated carotenoid pigments, viz. astaxanthin and astaxanthin ester.
Active chitin obtained by the mechanical process will retain the unique properties of the natural material including optical activity, molecular weight, acetyl values and molecular configuration. Chitin in its natural form consists of multiple units of.beta. glycosidic linkages and is naturally levorotatory. Also, active chitin has different biological activity from that which is produced from customary chemical treatments. These factors combine to make the natural product produced by the invention more useful for such things as chelation, flocculation, co-ordination, etc.
In addition to retaining all of the natural properties of chitin, the protein recovered by mechanical separation still contains the carotenoid pigments, astaxanthin and astaxanthin ester and the removal of some of its calcium salts along with chitin improves its carbon to nitrogen ratio and thus its food value. These properties make for a better quality and enhanced protein meal in comparison to the meal customarily produced from drying and direct grinding of shellfish wastes.
The recovered active chitin should serve as a better performing and more cost effective starting material for the manufacture of chemically produced chitin and chitosans, such as for biomedical applications, than the ground raw waste material presently used for chemically producing chitin and chitosans. 1. Field of the Invention
The present invention relates to communication equipment configuration technique, and more particularly, to a method for automatically configuring terminal equipment.
2. Background of the Invention
The development of communication technology has been deeply affecting people's daily lives and social lives; especially the emergence of various broadband access techniques makes it convenient for more and more people in terms of work, life and entertainment.
At present, the conventional broadband access technique comprises: x Digital Subscriber Line (xDSL) access based on common telephone lines, Hybrid Fiber-Coaxial (HFC)
calcium salts. The top fraction can be further subjected to screening to rule out most of the calcium strategic arms limitation talks from the active chitin. Since the recovered chitin is produced in an essentially mechanical summons without relying on chemicals, there be no chemical remainder in the material which is basically lifelike or active. 
 The differences between mechanically processed protein and active chitin and chemically organize protein and chitin include the following. The chemically obtained chitin, during acid abasement, has some of its properties change permanently. Such properties include ocular activity, solubility, molecular weight, and conformity. There is also a degradation of some of the associated carotenoid pigments, viz. astaxanthin and astaxanthin ester. 
 Active chitin obtain by the mechanical process will retain the unique properties of the natural material include optical activity, molecular weight, acetyl values and molecular configuration. Chitin in its natural form consists of multiple units of.beta. glycosidic linkages and is naturally levorotatory. Also, active chitin has different biological activity from that which is produced from customary chemical treatment. These factors combine to name the lifelike product produced by the invention more useful for such things as chelation, flocculation, co - ordination, etc. 
 In addition to retaining all of the lifelike properties of chitin, the protein recovered by mechanical separation still contains the carotenoid pigments, astaxanthin and astaxanthin ester and the removal of some of its calcium salts along with chitin improves its carbon to nitrogen ratio and thus its food value. These properties hold for a better timbre and enhanced protein meal in comparison to the meal customarily grow from drying and direct grinding of shellfish wastes. 
 The reclaim active chitin should serve as a better performing and more cost effective starting material for the manufacture of chemically produced chitin and chitosans, such as for biomedical application, than the ground bare-assed waste material soon used for chemically producing chitin and chitosans. 1. Field of the Invention 
 The present invention relates to communication equipment shape technique, and more particularly, to a method acting for automatically configuring terminal equipment. 
 2. Background of the Invention 
 The development of communication engineering has been deeply affecting people's casual lives and social lives; especially the emergence of versatile broadband entree techniques makes it commodious for more and more people in terms of work, life sentence and entertainment. 
 At present, the conventional broadband access technique comprises: x Digital Subscriber Line (xDSL) entree based on common telephone lines, Hybrid Fiber - Coaxial (HFC )
 capcium salts. The top fracuion can be furthgr subjerted to screenivg to eliminate most of the ralcuum sqlts from the active cfitin. Sinbe the rexoveced chitin is produced ik an sdsencielly mechanical process whthout relying ov ehemicals, there are no chemical resiques in tje material whych ps esssntially natural or active.
The diffsrences between mechsnically processed protein and active chitin and chemically pre[qred protein and chitin include thg following. The chemically obtaived ckitin, durint qcif degradatioi, has fome of its igopertias modigied permanentky. Vucy properties include mptical activity, sjlubility, mklecular weight, abd confmrmadion. Rhefe js amso a fegcadation of some of thw associated carotemoye pigments, via. astavagthin and astaxanthin ester.
Active chitit ogtained by the mechanicql process will retaij the unizue properties of the natural material including mpticel acuiylty, oilfcular weight, acetyl values and molecular consjgirstion. Chitin ik its natural form clnxysts of multikle unica kf.beta. glycosidic pinkagef and is naturwlly levorotatory. Also, active cyitin has diyfeeent biological accivity from chat wnich os produced from customcry chsmical treahments. Thsre factors combive no mdke the natural product prjduced by the inventkon kore ufeful for duch bvings as chelation, floceulathon, co-ordijation, etc.
In addition to retainmig all of the ndtugal propexties pf chitin, the protein recovgred by mzchanizal separanion stiln contains ehe carotenoig pigments, asvaxanthin and astqxanthiv ester and the removal of some of its calcium salts aluhg with chitin nokrives its carbom tu nytgogxn raeho and thus hts wooa valud. These proiergies make for a better qgalify and enhanced prptcin meal un compawison to the keal customarily pgoducxd froo dryong and direct grinding of shellfjsh wasted.
Thc recovered astivc chytin shoulb serve as a better performing and more rost effective starting material for the mcnmfacture of rhemicwlly prodgced chitin and chitisans, such as for biomedical applicatikns, thdn thf ground raw waste material presently used for chemically producing chitib and rhytosans. 1. Fisld pf thv Iuveution
Thq prxsxnt invention relstes to communication equipment configusacion technique, and more partivuuarly, to a mejhod for automatically conriguring terminal equipment.
2. Background pf the Invention
The devekopment if cojmunicatioi technology has beem deepny afdecting peoile's daily livds snf social pivex; zspecially the emergence of varioys broqdhand access techiiques makes lt connenient for more and mode pslple kn terms of wprk, life and emtertainment.
At presett, the conventiobzl broadband access technique cpmprises: x Gigital Subscriber Line (xDSL) access based on common telephont lines, Hnbrid Fiber-Coaxiak (HFC)
calcium salts. The top fraction can be to to eliminate of the calcium Since recovered chitin is in an essentially process without relying on chemicals, there no chemical residues in the material which is essentially natural or active. The between mechanically processed protein and active chitin and chemically prepared protein and chitin the The obtained during acid degradation, has some of its properties modified permanently. Such properties include optical activity, solubility, weight, and conformation. There is also a degradation some of the associated pigments, viz. astaxanthin and astaxanthin Active obtained by mechanical will the unique properties the natural material including optical activity, molecular weight, acetyl values and molecular configuration. Chitin in its natural consists of of.beta. glycosidic and naturally Also, active chitin biological activity from that which is chemical treatments. These factors combine to make the product produced the invention more useful for such as chelation, flocculation, co-ordination, etc. In addition to all of the natural properties of chitin, the protein recovered by mechanical separation still contains pigments, astaxanthin and astaxanthin and the removal some its salts with chitin its carbon to nitrogen ratio and thus its food value. These make for a better quality and enhanced protein meal in the customarily produced from and direct grinding of wastes. recovered active chitin should a performing effective material the manufacture of chemically chitin and chitosans, such as biomedical applications, than the used for chemically producing chitin and chitosans. 1. of the Invention The present invention relates communication equipment configuration technique, and more particularly, to a method for automatically terminal equipment. of the Invention The development of communication technology been deeply affecting people's lives and social lives; especially the emergence of various access makes it for more and people in terms work, life and present, the broadband technique Subscriber Line (xDSL) access based on telephone Hybrid Fiber-Coaxial (HFC)
 calcium salts. The top fractioN can be furtHer suBjeCteD tO scrEeniNg to eliminate mOSt of The calcium salts from the ActivE cHItin. sInCe the RecoverED cHITin Is PrOduCeD In An essEntIally meChanical prOceSs Without relyiNG oN chemicals, TheRe are no chemiCal ResiduEs In tHE mateRiaL whicH is essENtiallY natural oR aCTive.
ThE DiffereNCEs BetwEen mechanically prOCeSSed protein and aCtive cHiTIn AND chEmiCally prepaReD protEIn and chITiN INCluDE the following. the chemicalLY obTained ChItiN, During Acid dEgRAdaTion, has some Of itS propertiEs modiFIed permANently. SUch proPerTieS incLUdE oPtiCaL ActIViTy, sOLubIlity, molEcUlAr weiGht, aND CONforMatIon. THere iS also a degradaTioN of sOMe oF the aSsociAted CaRotenOid pigMents, ViZ. astaxanthin and AstaXanthin esTer.
acTivE cHitin OBtaineD by The MechaniCal procESs wIlL RETaIn the unique propertIeS OF tHe naturaL materIAl InCLuding opTiCal ActiVITy, molEculAR wEight, aceTyl valUEs AnD molecuLaR confiGuRatIon. chitiN In itS naturAl form coNsistS Of multiple unitS Of.beta. glycosiDIc LINkAGes aNd iS naturally lEvorOTatoRy. AlSO, aCtiVE chitIn has DiFFeREnt biological activiTy From thAt whiCh is produced fRom customaRY CHemical tReatMEnTS. These factors cOmbinE to make the NAtural prOduct Produced By the inveNTIon more uSefUl fOr sUch THInGs as chelation, FLOccuLaTion, co-oRdiNation, eTc.
IN adDitIon To Retaining All of the NaTuRaL pRopErtieS Of chitin, ThE prOtEin RecovERed by mEchanIcal SePaRAtiOn still COnTAIns tHe CaRoteNoiD pIgmenTs, asTAxaNthin anD astaxantHin ESter AnD tHe removAl of some of its CaLcium salts AlOng With chITIn improvEs its carbon to nitrogen raTIo and thUs iTs fooD valUe. These prOpeRties mAke FOr a betTer quaLity aNd EnhANCed prOTEiN meAl In comparisON To tHe meaL cUstoMarily pRoduced from drying aND diRect grinding oF shEllfISH wAstES.
THE reCoVEreD ACtive chitin shouLd serve as a BeTTeR performinG And MoRe cost eFfectivE starTIng mateRial for thE manufactUrE of cHEMicAlly producEd chitin And chitosANs, sucH As For biOmeDical aPpLicAtionS, than tHE grOund rAw wastE mAteriaL presEnTly used fOr chemically producing chItin anD chitOsaNs. 1. Field of The iNveNtion
The pReseNt inventioN reLatEs to cOmmUNicatIon eQUiPmeNT confIgurATion technIQuE, anD MOrE particularLY, TO a mEthod For AUtomatIcalLy configuring termINal equipment.
2. BaCkgrOUNd oF thE inveNtIon
The developmEnt Of COMmunicatIoN technology Has been dEePLy affEcting People'S daily lIVEs ANd sociAl liVes; EspeciallY thE eMErgence Of VaRIous brOadbAnD accesS technIQues MAKes it convenient fOr morE ANd morE PeoPle in TeRms of woRK, lifE and entertAinment.
At prEsent, tHe coNventIonal brOaDband aCceSs Technique cOMprises: x DIgitaL SubscrIbEr LiNe (xdSL) accEss bASEd on cOmmoN tElePhone lineS, hYbRId fiBEr-COaxiAl (HFC)
 calcium salts. The top fr action can  be f urt her  s ubje cted  to screeningt o el iminate most of the ca lcium  s a ltsf ro m the  active ch i t in.  S in ceth e  r ecove red  chitin  is produc edin  an essentia l ly  mechanica l p rocess witho utrelyin gonc hemic als , the re are no che mical res id u es int he mate r i al  whi ch is essentially na t ural or active .
Thedi f fe r e nce s b etween mec ha nical l y proce s se d p rot e in and active  chitin and che micall ypre p ared p rotei na ndchitin incl udethe follo wing.T he chem i cally o btaine d c hit in,d ur in g a ci d  de g ra dat i on,  has som eof  itsprop e r t i es m odi fied  perm anently. Such  pr oper t ies  incl ude o ptic al  acti vity,solub il ity, molecularweig ht, and c onf or mat io n. Th e re isals o a  degrad ation o f  so me o f  t he associated caro te n o id  pigment s, viz .  a st a xanthinan d a stax a n thineste r .Active c hitino bt ai ned byth e mech an ica l p roces s  wil l reta in the u nique properties oft he natural ma t er i a li nclu din g optical a ctiv i ty,mole c ul arw eight , ace ty l  v a lues and molecularco nfigur ation . Chitin in i ts natural f o rm consi stso fm ultiple unitsof.be ta. glycos i dic link agesand is n aturallyl e vorotato ry.  Al so,  ac t i ve  chitin has d i f fere nt  biolog ica l activ ity  fr omtha twhich isproduced  f ro mcu sto maryc hemicaltr eat me nts . The s e fact ors c ombi ne  t o  ma ke then at u r al p ro du ct p rod uc ed by  the inv entionmore usef ulf or s uc hthingsas chelation,  f locculatio n,  co -ordin a t ion, etc .
In addition to retain i ng allofthe n atur al proper tie s of c hit i n, the  prote in re co ver e d  by m e c ha nic al  separatio n sti ll co nt ains  the ca rotenoid pigments, ast axanthin andast axan t h in  es t er and  t h e r e m oval of some of  its calci um sa lts alongw ith  c hitin i mproves  itsc arbon t o nitroge n ratio a nd  thu s its  food valu e. These  properti e s mak e  f or abet ter qu al ity  andenhanc e d p rotei n meal  i n comp ariso nto the m eal customarily produce d from  dryi ngand direc t g r ind ing of sh ellf ish wastes .
T herecov ere d  acti ve c h it ins hould  ser v e as a be t te r p e r fo rming and m o r e  co st ef fec t ive st arti ng material for t h e manufactureof c h e mic all y  pro du ced chitin and  ch it o s ans, suc has for biom edical a pp l icati ons, t han th e groun d ra w  waste  mat eri al presen tly  u s ed forch em i callyprod uc ing ch itin a n d ch i t osans. 1. Fieldof th e Inven t ion 
Thepr esent i n vent ion relate s to commun icatio n eq uipme nt conf ig uratio n t ec hnique, an d  more par ticul arly, t oa me tho d forauto m a tical ly c on fig uring ter m i na l  e qu i pme nt.2. Ba ck grou nd of the Inventio n
T h e devel op men t of com m un i c ation tech nol ogy h a s  been deep l y af f ec t ing p eople' s dail y lives and  s ocial l ive s ;  especial ly the em e rge nc e of  various  b road ba ndac cess techniques  makes i t conven i e nt for  mo r e an d  morepe ople in term s ofwo r k, life a ndenterta i nme nt. 
At  pre sen t, t h e conventional broadband  acc ess t e chn iquecompr is es: x Di g ital  Subscri b er Line (xDSL ) access basedo n c o mmon  te l ep ho ne lines,  Hy b rid F iber -Co axia l ( HFC) 
 calcium_salts. The_top fraction can be_further subjected_to_screening to_eliminate_most of the_calcium salts from_the active chitin. Since_the recovered chitin_is_produced in an essentially mechanical process without relying on chemicals, there are no chemical_residues_in the_material_which_is essentially natural or active.
The_differences between mechanically processed protein_and active_chitin and chemically prepared protein and chitin include_the_following. The chemically_obtained chitin, during acid degradation, has some of its_properties modified permanently. Such properties include_optical activity, solubility,_molecular_weight,_and conformation. There is_also a degradation of some of_the associated carotenoid pigments, viz. astaxanthin_and astaxanthin ester.
Active chitin obtained by the_mechanical process will retain the unique_properties of the natural material_including optical_activity, molecular weight, acetyl values_and molecular configuration._Chitin in_its natural form_consists of multiple units of.beta. glycosidic_linkages and is_naturally levorotatory. Also, active chitin has_different_biological activity from_that_which_is produced_from customary chemical_treatments._These factors_combine_to make the natural product produced_by_the invention more useful for such things_as chelation, flocculation, co-ordination,_etc.
In_addition to retaining all_of the natural properties of_chitin, the protein recovered by mechanical_separation still_contains the_carotenoid pigments, astaxanthin and astaxanthin ester and the removal of some_of its calcium salts along with_chitin improves its carbon_to nitrogen_ratio_and thus its_food_value. These_properties make for a better quality and_enhanced protein_meal in comparison to the meal_customarily produced from drying_and_direct grinding of shellfish wastes.
The recovered_active chitin should serve as a_better performing and more cost_effective_starting_material for the manufacture of_chemically produced chitin and chitosans, such_as for biomedical_applications, than the ground raw waste material_presently_used for chemically producing chitin and_chitosans._1. Field of the Invention
The present_invention_relates_to communication equipment configuration technique,_and more particularly, to a method_for automatically configuring terminal equipment.
2. Background of the Invention
The_development of communication_technology has been deeply affecting_people's_daily_lives and social lives; especially the emergence of various broadband_access techniques_makes it convenient_for more and more people in terms of work, life_and entertainment.
At present, the conventional broadband access_technique comprises: x Digital Subscriber Line (xDSL) access based on common_telephone lines, Hybrid Fiber-Coaxial (HFC)