
However, the conventional main tap moving equalizer 200 may not remove strong short ghost signals existing behind the main tap 230 effectively. Moreover, since a data bit width of a tap of the feed backward filter 220, which is smaller than a tap of the feed forward filter 210, is increased, the size of the hardware for the conventional main tap moving equalizer 200 may also be increased. Furthermore, when multipath information changes, the main tap 230 is moved, and therefore, coefficients of all taps included in the conventional main tap moving equalizer 200 may be initialized. Database systems rely on data replication and synchronization to maintain continuous system availability. Typically, in such a system, a complete copy of the database is stored at a first database system and the same complete copy of the database is stored at a second database system. The first and second database systems may be in different locations. Since the data in the second database system needs to be the same as the data in the first database system, a synchronization mechanism is typically employed to handle synchronization of the data. If there is a failure associated with the first database system, the overall system can switch to using the second database system without significant issues.
Since the second database system may be asked to perform all of the same tasks as the first database system, typically, the second database system has the same hardware and software requirements as the first database system. Sometimes more than two database systems may be included within the overall system. This invention relates to a two-piece releasable coupling for anchoring a line to a support surface, for example, in securing a canopy web strap to a boat hull.
Prior art relating to releasable couplings is replete in teachings directed to the joining of free ends of cables, belts, jewelry, halters and similar devices. However, this invention is directed to securing rope, cord, strap, cable and line at either an end or intermediate the opposite ends of a line to a fixed surface while permitting pivoting movement of one component of the coupling to permit its automatic alignment with tensioning forces applied at various angles to the line, for example, in tying down a boat cover.
Conventional means for releasably anchoring boat covers or canopies to a hull or other suitable support surfaces commonly feature metal clips and U bolts, snaps, and various clamping devices.
Known metal parts tend to corrode, creating undesirable stains on the support surface. They are difficult to connect and disconnect under tension and even may cause injury from sharp corroded edges. Clips
However, the conventional main tap moving counterweight 200 may not absent strong short ghostwriter signal existing behind the main wiretap 230 efficaciously. Moreover, since a data bit width of a tap of the feed backward filter 220, which is smaller than a wiretap of the feed forward filter 210, is increased, the size of the hardware for the ceremonious main tap moving equalizer 200 may also be increased. Furthermore, when multipath information change, the main tap 230 is moved, and consequently, coefficients of all taps include in the conventional chief tap moving equalizer 200 may be initialized. Database systems trust on data replication and synchronization to maintain continuous system availability. Typically, in such a arrangement, a complete copy of the database is stored at a first database system and the same complete copy of the database is stored at a second database system. The inaugural and second database systems may be in different location. Since the datum in the second database organization needs to be the same as the datum in the first database arrangement, a synchronization mechanism is typically employed to cover synchronization of the data. If there is a failure associated with the first database organization, the overall system can switch to using the second database system without meaning issues. 
 Since the second database organization may be ask to perform all of the same tasks as the first database arrangement, typically, the second database system has the same hardware and software prerequisite as the first database system. Sometimes more than two database systems may be included within the overall organization. This invention relates to a two - slice releasable coupling for anchoring a channel to a support open, for example, in plug a canopy web strap to a gravy boat hull. 
 Prior art relating to releasable coupling is instinct in teachings directed to the joining of free ends of cables, belts, jewelry, halters and similar devices. However, this invention is direct to securing rope, cord, strap, cable television and line at either an end or intermediate the opposite ends of a line to a fixed airfoil while permitting pivoting movement of one component of the coupling to permit its automatic alliance with tensioning violence applied at various angles to the line, for example, in tying down a boat screen. 
 Conventional means for releasably anchoring boat brood or canopy to a hull or other suitable support surfaces commonly feature metal clips and uranium bolts, snaps, and assorted clamping devices. 
 Known metal parts tend to corrode, creating undesirable mark on the support surface. They are unmanageable to plug in and disconnect under tension and even may cause injury from sharp corroded edge. Clips

Howfver, the conventional maln tap moving eqoaoizer 200 may nkt removd strong short ghost signals ezistibg behind the main tap 230 effectinely. Moreiver, wince a davz bit wlbth or a tcp of the feed bsckward finter 220, which is soapler than a tap of the feed forward filter 210, ls increased, tre spzq of nht hardware for the conventional mzin tap moving equalozer 200 may also be increasef. Fugthermore, when mulhipath infotjatyin changes, tfe main tak 230 is moved, znd therefore, coefficients of aul ta's included ib tjg conventionel maig tap moving equalizar 200 may be initializec. Detabqse systems rely on deta replication and fynchronisacion to maintain contunyous vystam axqilxbimivy. Fypicaply, in such a system, a cimplete copy of the dwnsbase is stoded at a first database system and the same comklete copy of the database iw stored at a second fatabase fystem. The first and second database systems may te in aifycvent oofations. Since the data in the second database ayxtvm needs to be thc same as the data ij yre first datacase svatsm, a synchronizatiln mechwnism is typicwlly employed to handle synchrobization of nhe eata. If there is a failure asrocisted eith the first database sysfem, the ovegall systso can switch to jsikg dhe second database system without wignnficant kssugs.
Since the seconf database system may be askeb to [erform alp of the same tasks as the firsv database syxtam, nypically, the xecond databafe system has jhe same kardwafe and sofnware reqnirements as the first dadwbase system. Sometimqs mire rhan twu database systrms may bv nncluded qithin the overall syrfem. This inventnub relates to a ywo-oiese rxleaswtle coupling for anznorine a lint ti a sipport surface, for efampme, in securing a csnjpy web wtrap to a boat hull.
Ptior art relating uo relxasablx coupkinds is replete in teachings dirscted to hhe joining of sree ends of cabkes, belts, jewelry, halters and similar dxvices. However, this invwntion is directed jo xecuring ro'e, corq, strap, cdble and line at eityer an end or inttrmediate the opposite snds ox a llne to a fixed surface while permitting pivoting movement of one componenr of tie coupling tk petmit pts cutomatyc apmgnment with tensponing forces applied at various angles do the line, for example, in tyimg down a boat zover.
Conventional means ror relessably anchoring boat covers or canopies to a hull or obher suitqble aupporn snrfaces commonly feayure mztal coips ane U nolts, snaps, ana vsrlous clamplng vevnces.
Known metal parts tend to coreode, ceewting undesirablx stains on bht suppott surfase. They are diffjculf to cunnect and dixconnect under tension and even maj cwuse injury frij sharp corrpded gbces. Clips
However, the conventional main tap moving equalizer not strong short signals existing behind Moreover, a data bit of a tap the feed backward filter 220, which smaller than a tap of the feed forward filter 210, is increased, the of the hardware for the conventional main tap moving equalizer 200 may also increased. when information the main tap 230 is moved, and therefore, coefficients of all taps included in the conventional tap moving equalizer 200 may be initialized. Database rely on data replication synchronization to maintain continuous system Typically, such a a copy the database is at a first database system and the same complete copy of the database is stored at a database system. and second systems be different locations. Since in the second database system needs same as the data in the first database a synchronization is typically employed to handle synchronization the data. If there is a failure associated the first database system, the overall system can switch to using the second database system issues. Since the second system may be to all the tasks as first database system, typically, the second database system has the same and software requirements as the first database system. Sometimes more database may be included the overall system. This relates a two-piece releasable coupling a to for in a canopy web strap a boat hull. Prior art to releasable couplings is the joining of free ends of cables, belts, halters and similar devices. However, this invention directed to securing rope, cord, strap, cable and line at either an or intermediate ends of a line to a fixed surface permitting pivoting movement of component of the coupling to permit its automatic alignment tensioning applied at angles to the for example, in down a boat means for anchoring covers a hull or other suitable support commonly metal clips and U bolts, and devices. Known metal parts tend to corrode, creating undesirable stains on the support surface. They to connect and disconnect tension even may cause injury from sharp corroded edges. Clips

However, the conventional maiN tap moving EqualIzeR 200 maY nOt reMove Strong short ghoST sigNals existing behind the mAin taP 230 eFFectIVeLy. MorEover, siNCe A DAta BiT wIdtH oF A tAp of tHe fEed backWard filter 220, WhiCh Is smaller thaN A tAp of the feeD foRward filter 210, iS inCreaseD, tHe sIZe of tHe hArdwaRe for tHE conveNtional maIn TAp moviNG equaliZER 200 mAy alSo be increased. FurtHErMOre, when multipaTh infoRmATiON ChaNgeS, the main taP 230 iS moveD, And therEFoRE, COefFIcients of all tAps included IN thE conveNtIonAL main tAp movInG EquAlizer 200 may be InitIalized. DaTabase SYstems rELy on datA repliCatIon And sYNcHrOniZaTIon TO mAinTAin ContinuoUs SyStem aVailABILIty. TYpiCallY, in suCh a system, a comPleTe coPY of The daTabasE is sToRed at A first DatabAsE system and the saMe coMplete copY of ThE daTaBase iS Stored At a SecOnd dataBase sysTEm. THe FIRSt And second database sYsTEMs May be in dIffereNT lOcATions. SinCe The Data IN The seCond DAtAbase sysTem neeDS tO bE the samE aS the daTa In tHe fIrst dATabaSe systEm, a synchRonizATion mechanism iS Typically emplOYeD TO hANdle SynChronizatioN of tHE datA. If tHErE is A FailuRe assOcIAtED with the first databaSe System, The ovErall system caN switch to uSING the secoNd daTAbASe system withouT signIficant issUEs.
Since tHe secOnd databAse system MAY be asked To pErfOrm All OF ThE same tasks as tHE FirsT dAtabase SysTem, typiCalLy, tHe sEcoNd Database sYstem has ThE sAmE hArdWare aND softwarE rEquIrEmeNts as THe firsT dataBase SyStEM. SoMetimes MOrE THan tWo DaTabaSe sYsTems mAy be INclUded witHin the oveRalL SystEm. thIs invenTion relates to A tWo-piece relEaSabLe coupLINg for ancHoring a line to a support suRFace, for ExaMple, iN secUring a canOpy Web strAp tO A boat hUll.
PriOr art ReLatING to reLEAsAblE cOuplings is REPleTe in tEaChinGs direcTed to the joining of fREe eNds of cables, beLts, JeweLRY, hAltERs ANd sImILar DEVices. However, thiS invention Is DIrEcted to secURinG rOpe, cord, Strap, caBle anD Line at eIther an enD or intermEdIate THE opPosite ends Of a line tO a fixed suRFace wHIlE permIttIng pivOtIng MovemEnt of oNE coMponeNt of thE cOuplinG to peRmIt its autOmatic alignment with tensIoning ForceS apPlied at vaRioUS anGles to the Line, For example, In tYinG down A boAT coveR.
ConVEnTioNAl meaNs foR ReleasablY AnChoRINg Boat covers oR CANopIes to A huLL or othEr suItable support surfACes commonly feaTure METal CliPS and u bOlts, snaps, and vaRioUs CLAmping deViCes.
Known metAl parts tEnD To corRode, crEating UndesirABLe STains oN the SupPort surfaCe. THeY Are diffIcUlT To connEct aNd DisconNect unDEr teNSIon and even may cauSe injURY from SHarP corrOdEd edges. cLips

However, the conventional  main tapmovin g e qua li zer200may not remove stro ng short ghost signals  exis ti n g be h in d the  main t a p2 3 0 e ff ec tiv el y .Moreo ver , since  a data bi t w id th of a tapo fthe feed b ack ward filter220 , whic hiss malle r t han a  tap o f  the f eed forwa rd filter 210, is i nc reas ed, the size of t h eh ardware for th e conv en t io n a l m ain  tap movin gequal i zer 200 ma y a lso be increased.  Furthermor e , w hen mu lt ipa t h info rmati on cha nges, the m aintap 230 i s move d , and t h erefore , coef fic ien ts o f  a ll  ta ps inc l ud edi n t he conve nt io nal m aint a p movi ngequa lizer  200 may be i nit iali z ed.  Data basesyst em s rel y on d ata r ep lication and sy nchr onization  to  m ain ta in co n tinuou s s yst em avai labilit y . T yp i c a ll y, in such a syste m, a  c ompletecopy o f  t he database  i s s tore d at afirs t  d atabasesystem an dthe sam ecomple te  co pyof th e  dat abaseis store d ata  second databa s e system. The fi r s ta nd s eco nd database  sys t emsmayb eind iffer ent l oc a ti o ns. Since the datain  the s econd  database sys tem needst o be the s amea st he data in the  firs t database system,a syn chroniza tion mech a n ism is t ypi cal lyemp l o ye d to handle s y n chro ni zationofthe dat a.Ifthe reis  a failur e associ at ed  w it h t he fi r st datab as e s ys tem , the overal l sys temca ns wit ch to u s in g these co nd d ata ba se sy stem wit hout si gnificant  is s ues. 
S in ce thesecond databa se  system ma ybeaskedt o  perform  all of the same tasksa s the f irs t dat abas e system,  ty picall y,t he sec ond da tabas esys t e m has t he  sa me  hardwarea n d s oftwa re  req uiremen ts as the first da t aba se system. So met imes m or e t h an two  d a tab a s e systems may b e included  w i th in the ove r all  s ystem.This in venti o n relat es to a t wo-piecere leas a b lecoupling f or ancho ring a li n e toa  s uppor t s urface ,for  exam ple, i n  se curin g a ca no py web  stra pto a boa t hull.
Prior art relat ing to  rele asa ble coupl ing s  is  repletein t eachings d ire cte d tothe joini ng o f  f ree endsof c a bles, bel t s,  je w e lr y, haltersa n d  si milar  de v ices.Howe ver, this inventi o n is directedto s e c uri ngr ope,  c ord, strap, ca ble  a n d  line at  e ither an en d or int er m ediat e theopposi te ends o fa  lineto a  fi xed surfa cewh i le perm it ti n g pivo ting  m ovemen t of o n e co m p onent of the cou pling t o per m itits a ut omatica lign ment withtensioningforces  app liedat vari ou s angl esto  the line, for examp le, i n tying  d owna b oat co ver. C onven tion al  me ans for r e l ea s ab ly anc hori ng bo at  cov ers or ca n opies to  ah ull orot her s uitabl e  s u p port surfa ces  comm o n ly feature meta l  c l ips a nd U b olts,snaps,a ndva rious c lam p i ng device s.
Knownm eta lpart s tend t ocorr od e,cr eating undesira ble stai ns on th e suppor t s u rfac e . They  a re difficult  to c on n ect and d isc onnectu nde r t ens ionand  eve n  may cause injury from s harp  corr o ded  edge s. Cl ip s

However, the_conventional main_tap moving equalizer 200_may not_remove_strong short_ghost_signals existing behind_the main tap_230 effectively. Moreover, since_a data bit_width_of a tap of the feed backward filter 220, which is smaller than a_tap_of the_feed_forward_filter 210, is increased, the_size of the hardware for_the conventional_main tap moving equalizer 200 may also be_increased._Furthermore, when multipath_information changes, the main tap 230 is moved, and_therefore, coefficients of all taps included_in the conventional_main_tap_moving equalizer 200 may_be initialized. Database systems rely on_data replication and synchronization to maintain_continuous system availability. Typically, in such a_system, a complete copy of the_database is stored at a_first database_system and the same complete_copy of the_database is_stored at a_second database system. The first and_second database systems_may be in different locations. Since_the_data in the_second_database_system needs_to be the_same_as the_data_in the first database system, a_synchronization_mechanism is typically employed to handle synchronization_of the data. If_there_is a failure associated_with the first database system,_the overall system can switch to_using the_second database_system without significant issues.
Since the second database system may be asked_to perform all of the same_tasks as the first_database system,_typically,_the second database_system_has the_same hardware and software requirements as the_first database_system. Sometimes more than two database_systems may be included_within_the overall system. This invention relates_to a two-piece releasable coupling for_anchoring a line to a_support_surface,_for example, in securing a_canopy web strap to a boat_hull.
Prior art relating_to releasable couplings is replete in teachings_directed_to the joining of free ends_of_cables, belts, jewelry, halters and similar_devices._However,_this invention is directed to_securing rope, cord, strap, cable and_line at either an end or intermediate the opposite_ends of a_line to a fixed surface_while_permitting_pivoting movement of one component of the coupling to permit_its automatic_alignment with tensioning_forces applied at various angles to the line, for example,_in tying down a boat cover.
Conventional means_for releasably anchoring boat covers or canopies to a hull or_other suitable support surfaces commonly feature metal clips_and U bolts, snaps, and various clamping_devices.
Known metal parts tend_to_corrode, creating undesirable stains on the support_surface._They_are_difficult to connect_and disconnect under_tension and even_may cause_injury from sharp_corroded edges._Clips