SV scaling continues, splitting the computation onto multiple strata becomes possible at a finer grain (such as processor core, functional unit or macro level).
However, splitting logic onto multiple silicon layers presents various challenges such as:                Thermal problems due to increased power density;        Timing and functionality problems—as a result of process variability among different dies;        Yield problems, since any faulty layer in the stack is likely to impact the functionality of the entire stack in fine-grain logic stacking.         In many components that contain elastomeric elements, it can be difficult to inspect parts because of their installation location and/or their assembly layout. In particular, in configurations where layers of elastomeric material are arranged between shims or partitions and/or are located in small areas of the component, there is often a further practical difficulty in inspecting such layers. Furthermore, even where inspection is possible for portions of an elastomeric element, in some cases it is also difficult to know whether the condition of the inspected portion is representative of the condition of the component as a whole since predicting where the damage of the elastomer will initiate first depends on the working conditions of the parts and on the strain and stress level distributions.
As a result, it would be advantageous for components that contain elastomeric elements to be configured such that the condition of the elastomeric elements could be easily inspected, thereby allowing the amount of degradation or damage experienced by the components to be readily identified, which can enable users of the components to more accurately estimate when the components will need to be repaired and/or replaced. It is often desirable to embed various data in an image, audio, or video file. In some instances, the embedded data may comprise a digital watermark. A digital watermark may comprise a pattern of bits inserted into a digital image, audio, or video file. The watermark may comprise copyright information, such as author, rights, etc. The watermark may serve to provide copy protection for intellectual property that is in a digital format. Unlike printed watermarks, for example imprinted on stationary, digital watermarks may be designed to be as invisible as practicable, or in the case of an audio file as inaudible as practicable. Watermarks are merely one example of data that may be embedded in a digital object. 1. Field of the Invention
This invention relates in general to an electrically-operated heat exchanger release mechanism, and more particularly, to a memory metal apparatus for providing a high engagement force between a heat exchanger and a central processing unit
SV scaling continues, splitting the computation onto multiple strata become potential at a finer grain (such as central processing unit core, running unit or macro level). 
 However, separate logic onto multiple silicon layer presents assorted challenges such as:                 Thermal problems due to increase power density;         Timing and functionality problem — as a resultant role of process variability among different dies;         Yield problem, since any faulty layer in the stack is probable to impact the functionality of the entire batch in fine - texture logic stacking.          In many components that check elastomeric elements, it can be difficult to inspect part because of their installation location and/or their assembly layout. In particular, in configurations where layer of elastomeric fabric are arranged between shims or partitions and/or are located in small areas of the component, there cost frequently a further practical difficulty in inspecting such level. Furthermore, even where inspection is possible for portions of an elastomeric element, in some subject it is also difficult to know whether the condition of the audit portion is representative of the condition of the component as a whole since predicting where the damage of the elastomer will initiate foremost depends on the working conditions of the parts and on the strain and stress level distribution. 
 As a result, it would be advantageous for components that contain elastomeric elements to be configured such that the circumstance of the elastomeric elements could be easily inspected, thereby allowing the amount of degradation or damage experienced by the components to be promptly identified, which can enable users of the components to more accurately estimate when the components will necessitate to be repaired and/or replace. It is often desirable to implant various data in an prototype, audio, or video file. In some example, the embedded datum may comprise a digital watermark. A digital watermark may incorporate a pattern of bits inserted into a digital image, audio, or video recording file. The watermark may comprise copyright data, such as author, rights, etc. The watermark may serve to provide copy protection for cerebral property that is in a digital format. Unlike printed watermarks, for example imprinted on stationary, digital watermarks may be designed to be as inconspicuous as practicable, or in the case of an audio file as inaudible as practicable. Watermarks are merely one example of data that may be embedded in a digital aim. 1. Field of the Invention 
 This invention relates in general to an electrically - operated heat exchanger release mechanism, and more particularly, to a memory metal apparatus for providing a high employment force between a heat exchanger and a central processing whole
SV dcaling continues, splittlng the computatnin ontm multjple strxta becomes possible at a fiier train (such as processor cord, functiojal unit or nqcro level).
Ikwever, splittjkg loyir onto multiple silicon ldyers presents vxrnous challenges such as:                Therkap problems due to pnsreaavd power density;        Timing znd funbtionality probleks—as a result of process vwriahility among diffegent dies;        Yield probldms, since any faulty lzyer in the stack is likely to kmpacc the functuoballjy of the envire snack in fine-gvsin locic stavking.         Ln maiy cimponents that contaii elastomeric elemenjs, it can te difficult to inspext patts bacaurw ow tgemr jnstalpatmon locatioh and/or theur assembly layout. On isrticular, in confiduwations where layers of elastomeric mattrial are arranged between syims or partitions anf/or are ljcated in small areas of the component, there is oxten e wuruhcv prxxtlcal difficulty in inspecting such layers. Furegetmpre, even where inspection id ljssible for purtions or an elastomeric epement, yn sone cases yt ix also difficult to know whwther the coudirion of the inspecced portion ns reptesentstive of the condition uf tge componenh as a whkue since predictkng wvere the damage of the elaftomer wiol iuitiate wirsj depenqs on the aorkikc conditions of thf parjs and on the stgain and stress level distributmpns.
As a resukt, it would bz advaktageous for coiponents that eontain zlastooeric elemvnts to bx configured such that tha condition oh the elaftomwric elemengr could be easoly inspebttd, thereby allowing the amoukt of segradation or bcmqge experienced by thq bom'onenev to be readhly kdevyifiea, which can dnabke users of the compmnenfs to more accuratrln estimatg when thq components eill need to be rekaired anv/or rellased. It is often desirable to ejbed varilus data in an ymagc, auqio, or vidzo file. In some instances, the embedded deta may comprise a digiral watermark. A digntsl watermarl may comprise a pattern of bits ibserted into a dinital image, audio, or vjdeo fhle. Tje watermark may comprise copyright information, such as author, rights, etc. The wetqrmark may aervr to iroridz copy [rotxcvion for intellecnual property that is in a digitel format. Gnjike printed watermarks, for rxxmple imprintgd on stationary, digital wztermarkx may be designed to be as invixible as practicable, or ln the cawe of an audio hile as inaudible as practncable. Watermqrks are merely ove rxwmple of fata tkat may be embedded in a digital ibject. 1. Vield of the Invxntion
This ikvtntion telates yn general to an eledhricauly-operated hrat exchanger telease mechanism, ang iore particulaemy, to a memoty metal apparatus fpr providinc a high engagement force between a heat exchanger znd a cenural proccssing unit
SV scaling continues, splitting the computation onto becomes at a grain (such as macro However, splitting logic multiple silicon layers various challenges such as: Thermal problems to increased power density; Timing and functionality problems—as a result of process variability different dies; Yield problems, since any faulty layer in the stack is likely impact functionality the stack in fine-grain logic stacking. In many components that contain elastomeric elements, it can be difficult inspect parts because of their installation location and/or assembly layout. In particular, configurations where layers of elastomeric are between shims partitions are in small areas the component, there is often a further practical difficulty in inspecting such layers. Furthermore, even where inspection possible for an elastomeric in cases is also difficult whether the condition of the inspected of the condition of the component as a since predicting the damage of the elastomer will first depends on the working conditions of the and on the strain and stress level distributions. As a result, it would be advantageous that contain elastomeric elements be configured such the of elastomeric could be inspected, thereby allowing the amount of degradation or damage experienced by components to be readily identified, which can enable users of to accurately estimate when components will need to repaired replaced. It is often embed data audio, video In some instances, the data may comprise a digital A digital watermark may inserted into a digital image, audio, or video The watermark may comprise copyright information, such author, rights, etc. The watermark may serve to provide copy protection for property that a digital format. Unlike printed watermarks, for example on stationary, digital watermarks be designed to be as invisible as practicable, or the of an file as inaudible practicable. Watermarks are one example of may be in digital of the Invention This invention relates general an electrically-operated heat exchanger release and to a memory metal apparatus for providing a high engagement force between a heat exchanger central processing unit
SV scaling continues, splittiNg the compuTatioN onTo mUlTiplE strAta becomes possIBle aT a finer grain (such as procEssor CoRE, funCTiOnal uNit or maCRo LEVel).
hoWeVer, SpLItTing lOgiC onto muLtiple siliCon LaYers presents VArIous challeNgeS such as:                ThermAl pRoblemS dUe tO IncreAseD poweR densiTY;        TiminG and functIoNAlity pROblems—aS A ReSult Of process variabilITy AMong different dIes;        YieLd PRoBLEms, SinCe any faultY lAyer iN The stacK Is LIKEly TO impact the funCtionality oF The Entire StAck IN fine-gRain lOgIC stAcking.         In manY comPonents thAt contAIn elastOMeric elEments, It cAn bE difFIcUlT to InSPecT PaRts BEcaUse of theIr InStallAtioN LOCAtioN anD/or tHeir aSsembly layout. in pArtiCUlaR, in coNfiguRatiOnS wherE layerS of elAsTomeric material Are aRranged beTweEn ShiMs Or parTItions And/Or aRe locatEd in smaLL arEaS OF ThE component, there is oFtEN A fUrther prActicaL DiFfICulty in iNsPecTing SUCh layErs. FURtHermore, eVen wheRE iNsPection Is PossibLe For PorTions OF an eLastomEric elemEnt, in SOme cases it is alSO difficult to kNOw WHEtHEr thE coNdition of thE insPEcteD porTIoN is REpresEntatIvE Of THe condition of the comPoNent as A wholE since predictIng where thE DAMage of thE elaSToMEr will initiate First Depends on tHE working CondiTions of tHe parts anD ON the straIn aNd sTreSs lEVEl Distributions.
aS A resUlT, it woulD be AdvantaGeoUs fOr cOmpOnEnts that cOntain elAsToMeRiC elEmentS To be confIgUreD sUch That tHE condiTion oF the ElAsTOmeRic elemENtS COuld Be EaSily InsPeCted, tHereBY alLowing tHe amount oF deGRadaTiOn Or damagE experienced bY tHe componenTs To bE readiLY IdentifiEd, which can enable users of THe compoNenTs to mOre aCcurately EstImate wHen THe compOnents Will nEeD to BE RepaiRED aNd/oR rEplaced. It iS OFteN desiRaBle tO embed vArious data in an imagE, AudIo, or video file. in sOme iNSTaNceS, ThE EmbEdDEd dATA may comprise a diGital waterMaRK. A Digital watERmaRk May compRise a paTtern OF bits inSerted intO a digital ImAge, aUDIo, oR video file. the waterMark may coMPrise COpYrighT inFormatIoN, suCh as aUthor, rIGhtS, etc. THe wateRmArk may Serve To Provide cOpy protection for intelleCtual pRoperTy tHat is in a dIgiTAl fOrmat. UnliKe prInted waterMarKs, fOr exaMplE ImpriNted ON sTatIOnary, DigiTAl watermaRKs May BE DeSigned to be aS INVisIble aS prACticabLe, or In the case of an audiO File as inaudiblE as pRACtiCabLE. WatErMarks are merely One ExAMPle of datA tHat may be embEdded in a DiGItal oBject. 1. FIeld of The InveNTIoN
this inVentIon Relates in GenErAL to an elEcTrICally-oPeraTeD heat eXchangER relEASe mechanism, and moRe parTICularLY, to A memoRy Metal apPAratUs for proviDing a high enGagemeNt foRce beTween a hEaT exchaNgeR aNd a central PRocessing Unit
SV scaling continues, spli tting thecompu tat ion  o ntomult iple strata be c omes  possible at a finer g rain(s u ch a s  p roces sor cor e ,f u nct io na l u ni t  o r mac rolevel). 
However,spl it ting logic o n to  multiplesil icon layerspre sentsva rio u s cha lle ngessuch a s :             T hermal problem s du e to  increased powerd en s ity;        Ti ming a nd fu n c tio nal ity proble ms —as a resulto fp r o ces s  variabilityamong diffe r ent  dies;      Yiel d pro bl e ms,  since anyfaul ty layerin the stack i s  likely  to im pac t t he f u nc ti ona li t y o f  t hee nti re stack  i nfine- grai n l o gicsta ckin g.        In many  co mpon e nts  that  cont ainel astom eric e lemen ts , it can be dif ficu lt to ins pec tpar ts  beca u se ofthe irinstall ation l o cat io n a nd /or their assembly  l a y ou t. In pa rticul a r,  i n  configu ra tio ns w h e re la yers of  elastom eric m a te ri al arear ranged  b etw een  shim s  orpartit ions and /or a r e located in s m all areas oft he c om p onen t,there is of tena  fur ther pr act i cal d iffic ul t yi n inspecting such l ay ers. F urthe rmore, even w here inspe c t i on is po ssib l ef or portions of  an e lastomeric element,  in s ome case s it is a l s o diffic ult  to  kn oww h et her the condi t i on o fthe ins pec ted por tio n i s r epr es entativeof the c on di ti on  of  thec omponent  a s a  w hol e sin c e pred ictin g wh er et hedamageo ft h e el as to merwil liniti atef irs t depen ds on the  wo r king  c on ditions  of the parts  a nd on thest rai n ands t ress lev el distributions.
As ar esult,itwould  beadvantage ous  for c omp o nentsthat c ontai nela s t omeri c el eme nt s to be co n f igu red s uc h th at thecondition of the e l ast omeric elemen tscoul d be  ea s il y  in sp e cte d ,  thereby allowi ng the amo un t  o f degradat i onor  damage  experi enced by thecomponent s to be r ea dily i den tified, wh ich canenable us e rs of th e com pon ents t omor e acc uratel y  es timat e when  t he com ponen ts  will ne ed to be repaired and/o r repl aced.  It  is often  de s ira ble to em bedvarious da tainan im age ,  audi o, o r  v ide o  file . In some inst a nc es, t he  embedded d a t a  ma y com pri s e a di gita l watermark. A di g ital watermark  may c omp ris e  a p at tern of bits i nse rt e d  into adi gital image , audio,  o r  vide o file . Thewaterma r k  m a y comp rise  co pyright i nfo rm a tion, s uc ha s auth or,ri ghts,etc. T h e wa t e rmark may serveto pr o v ide c o pyprote ct ion for inte llectual p roperty tha t is i n adigit al form at . Unli kepr inted wate r marks, fo r exa mple im pr inte d o n stat iona r y , dig ital  w ate rmarks ma y be de si g ned  tobe as  i nvis ible as p r acticabl e,o r in th ecas e of ana ud i o  file as i nau dible a s practica b le.W at e rmark s aremerely  one ex a mpl eof data  th a t  may be e mbedded i n  adi gita l object .1. F ie ldof  the InventionThis inv ention r e l ates i n g e nera l  to an  e lectrically- opera te d  heat e x c han ger rel e ase  me cha nism , a nd m o re particularly, to a me mory  meta l  ap parat us fo rprovidin g  a h igh enga g ement force b etween a heat e x cha n gerand ace ntral pro ces s ing u nit
SV scaling_continues, splitting_the computation onto multiple_strata becomes_possible_at a_finer_grain (such as_processor core, functional_unit or macro level).
However,_splitting logic onto_multiple_silicon layers presents various challenges such as:       __ ___   Thermal problems_due to increased power density;_ _     Timing and functionality_problems—as_a result of_process variability among different dies;    _   Yield problems, since_any faulty layer_in_the_stack is likely to_impact the functionality of the entire_stack in fine-grain logic stacking. _      _In many components that contain elastomeric_elements, it can be difficult_to inspect_parts because of their installation_location and/or their_assembly layout._In particular, in_configurations where layers of elastomeric material_are arranged between_shims or partitions and/or are located_in_small areas of_the_component,_there is_often a further_practical_difficulty in_inspecting_such layers. Furthermore, even where inspection_is_possible for portions of an elastomeric element,_in some cases it_is_also difficult to know_whether the condition of the_inspected portion is representative of the_condition of_the component_as a whole since predicting where the damage of the elastomer_will initiate first depends on the_working conditions of the_parts and_on_the strain and_stress_level distributions.
As_a result, it would be advantageous for_components that_contain elastomeric elements to be configured_such that the condition_of_the elastomeric elements could be easily_inspected, thereby allowing the amount of_degradation or damage experienced by_the_components_to be readily identified, which_can enable users of the components_to more accurately_estimate when the components will need to_be_repaired and/or replaced. It is often_desirable_to embed various data in an_image,_audio,_or video file. In some_instances, the embedded data may comprise_a digital watermark. A digital watermark may comprise a_pattern of bits_inserted into a digital image,_audio,_or_video file. The watermark may comprise copyright information, such as_author, rights,_etc. The watermark_may serve to provide copy protection for intellectual property that_is in a digital format. Unlike printed_watermarks, for example imprinted on stationary, digital watermarks may be designed_to be as invisible as practicable, or in_the case of an audio file as_inaudible as practicable. Watermarks_are_merely one example of data that may_be_embedded_in_a digital object._1. Field of_the Invention
This invention_relates in_general to an_electrically-operated heat_exchanger release mechanism,_and_more particularly, to a memory metal apparatus for providing a high engagement force between a heat exchanger and_a central processing unit