 line is usually conducted at about 140° C. for about 40 minutes; when the conveyor runs at a speed of 3 m/min, the step requires a space for the drying furnace line about 120 m in length. Therefore, in order to save space and energy, shortening of the heating time is demanded in the heat-curing step.
To shorten the heating time in the formation of a coating film, Japanese Unexamined Patent Publication No. 1989-11169 discloses a method of coating a substrate with an ultraviolet-curable and thermosetting coating composition, and then carrying out ultraviolet irradiation followed by heating at about 90° C. to about 160° C. for about 5 to about 20 minutes to form a cured coating film. However, this coating film formation method is disadvantageous in that ultraviolet irradiation promotes the curing of a coating film surface alone, thus preventing sufficient thermal flow of the film at the time of heating, resulting in uneven curing of the film and impaired smoothness of the film surface. The obtained cured coating film, therefore, tends to be reduced in terms of adhesion, finish quality, weatherability and other film properties. Moreover, because dust or other foreign matter adhering to a wet coating film surface before curing is firmly fixed by the curing of the film surface by ultraviolet irradiation, its removal at the time of repair is difficult. The synthesis of register transfer level (RTL) based design is a process of translating hardware descriptive language (HDL) coded design to logic gates based on library technology provided and given timing constraints. In order for a design to be synthesized to the logic gates, timing constraints may be imposed onto the input and output pins. Based on the timing constraints of the input and output pins, the logic gates may be established based on the HDL-coded design to meet these timing constraints. This achieves the required speed of operation and logic functionality using the logic gate library technology provided.
An RTL based design may be register retimed during synthesis in order to meet timing constraints, and as a result, additional circuitry like flip flops may be added to a design that are unnecessary for certain functional modes of the design. Meanwhile, current designs are increasingly complex with demands to incorporate more functionality with smaller areas and lower power consumption. However, conventional approaches of synthesizing designs are limited when attempting to achieve a required speed of operation and logic functionality while lowering power consumption of integrated circuit innovations. Most over-the-counter boil-and-bite type mouth guards do not provide adequate dental protection as evidenced by the fact
line is usually conducted at about 140 ° C. for approximately 40 moment; when the conveyor runs at a focal ratio of 3 m / min, the footstep requires a space for the dry furnace tune about 120 meter in length. Therefore, in club to save space and department of energy, shortening of the heating time is demanded in the heat - curing step. 
 To shorten the heating system time in the formation of a coating movie, Japanese Unexamined Patent Publication No. 1989 - 11169 discloses a method of coating a substrate with an ultraviolet - curable and thermosetting coating composition, and then carry out ultraviolet irradiation followed by heating at about 90 ° C. to about 160 ° C. for approximately 5 to about 20 minutes to form a cured coating film. However, this coat film formation method is disadvantageous in that ultraviolet irradiation promotes the curing of a coating film surface alone, therefore prevent sufficient thermal flow of the movie at the meter of heating system, resulting in uneven curing of the film and impaired smoothness of the film surface. The prevail cured coating film, therefore, tends to be reduced in term of adhesion, finish quality, weatherability and other film properties. furthermore, because debris or early foreign matter adhering to a wet coating film surface before curing is hard fixed by the curing of the film surface by ultraviolet radiotherapy, its removal at the time of haunt is difficult. The synthesis of register transfer level (RTL) establish design is a procedure of translating hardware descriptive terminology (HDL) coded design to logic gates based on library technology supply and given timing restraint. In order for a design to be synthesized to the logic gates, timing constraints may be enforce onto the input and output pin. Based on the timing constraints of the input and output pins, the logic gates may be establish based on the HDL - coded design to meet these timing constraints. This achieves the necessitate focal ratio of process and logic functionality using the logic gate library technology provided. 
 An RTL based design may be register retimed during deduction in order to meet timing constraints, and as a result, additional circuitry like flip flops may be added to a design that are unnecessary for certain running modes of the design. Meanwhile, current designs are increasingly complex with demands to incorporate more functionality with smaller areas and broken power consumption. However, conventional approaches of synthesizing designs are limited when undertake to achieve a required speed of operation and logic functionality while lowering power consumption of integrated circuit innovations. Most over - the - counter boil - and - pungency type mouth guards do not provide adequate dental protection as evidenced by the fact
 lije is usually conducted xt about 140° C. for about 40 minutss; when ghe conveyor runs at a speed od 3 m/mun, the step requires a space fog the dryung hurnace line abonf 120 m in lengtg. Thexehore, in order tp save spawe and energy, vhurcening of the heating time is demandqd in tne heat-curing stgp.
To xrortsn the heating time in the formatikn of a coating film, Japanese Unexamined Patenh Puhlication No. 1989-11169 discposes a metyod jd coating a rubstrate with an ultrzviolet-curable and thermosettine coacing composutuon, dnd then cacrying out ultraviolet irrddiatiom followed by meatiig ar about 90° C. to about 160° R. for about 5 to abouj 20 minutes tk form a cured coqtung fhlm. Vowexwr, ghia roafing fllm formation method is eisadvantageous in uhae ultraviolet jrradiwtyon promotes the curing of a coating finm aurface alone, thus prevwnting sufficient thetmal flow jf the film at the time of heating, resulting in uteven zurnkn of rhf film and impaired smoothness of the film suwrave. The obtained gured coating film, tjetgfore, tends to be rebhcsd in terms of adhfsion, fynish quality, reatnerability and other film peoperties. Mogeovwr, because dust or other forengn majter achering to a wet coatiny film surface bevore curihe is firmly fixea bj tha curing of the film surfase by ultcavioket irrxdiajion, itf removal wt thc time of repair is diffncult. The synthfsis of register transfer level (RTL) based desogt iv a proczss of translating rardware descrnptive lcnguagd (HDL) codes desigi to logic gwtes based on pibrary techiology prjvidwd abd givev timing constrsints. In order for q design to be synbhesiees to the logic yctts, timing constrsings iaj bx impjved onto the inpjt xmd ougput pins. Bcsdd om the timing constrahnts of the input and pubput pins, the logyc gates may ne established bastd on vhe HDU-codec dgsign to meet these timing consfraints. Tjis achieves thq rewuired speed of operation and logic functionality uwing the logic gaje library technology krovided.
An RTK basqd design may be register retumed during synthtsis in order to meet tjming wonstgaints, and as a result, additional circuitry like flip flops may be added ro a dxsygn that ars unmecesvaxy yor cereain hunctional modes pf the design. Meanwhile, current designs axe increasingly complex with ceoands to incotporate more functionality with smsller areas and lower power conxumption. However, conventlonal appeoachss of syntiesizing designs are limitzd wheb attemptinn to achieve a reaulred speed of ppzration and logic functionality wyile liwfring power consnmption of ikttgrated circuyt innovations. Mkst kger-thg-counter boil-amd-bite type moith guards do not prmvyde adequate dtntal protectiom as grpdenced by thx fact
line is usually conducted at about 140° about minutes; when conveyor runs at the requires a space the drying furnace about 120 m in length. Therefore, order to save space and energy, shortening of the heating time is demanded the heat-curing step. To shorten the heating time in the formation of a film, Unexamined Publication 1989-11169 discloses a method of coating a substrate with an ultraviolet-curable and thermosetting coating composition, and carrying out ultraviolet irradiation followed by heating at 90° C. to about C. for about 5 to 20 to form cured film. this coating film method is disadvantageous in that ultraviolet irradiation promotes the curing of a coating film surface alone, thus sufficient thermal the film the of resulting in uneven the film and impaired smoothness of The obtained cured coating film, therefore, tends to reduced in of adhesion, finish quality, weatherability and film properties. Moreover, because dust or other foreign adhering to a wet coating film surface before curing is firmly fixed by the curing film surface by ultraviolet its removal at time repair difficult. synthesis of transfer level (RTL) based design is a process of translating hardware language (HDL) coded design to logic gates based on library and timing constraints. In for a design to synthesized the logic gates, timing be onto output Based the timing constraints of input and output pins, the gates may be established to meet these timing constraints. This achieves the speed of operation and logic functionality using logic gate library technology provided. An RTL based design may be register during synthesis to meet timing constraints, and as a result, circuitry like flip flops be added to a design that are unnecessary for functional of the Meanwhile, current designs increasingly complex with to incorporate more smaller areas lower consumption. of synthesizing designs are limited when to a required speed of operation logic lowering power consumption of integrated circuit innovations. Most over-the-counter boil-and-bite type mouth guards do not dental protection as evidenced the
 line is usually conducted at aBout 140° C. for abOut 40 miNutEs; wHeN the ConvEyor runs at a speED of 3 m/Min, the step requires a spaCe for ThE DryiNG fUrnacE line abOUt 120 M IN leNgTh. theReFOrE, in orDer To save sPace and eneRgy, ShOrtening of thE HeAting time iS deManded in the hEat-Curing StEp.
TO ShortEn tHe heaTing tiME in the Formation Of A CoatinG Film, JapANEsE UneXamined Patent PublICaTIon No. 1989-11169 discloses A methoD oF CoATIng A suBstrate witH aN ultrAViolet-cURaBLE And THermosetting cOating compoSItiOn, and tHeN caRRying oUt ultRaVIolEt irradiatiOn foLlowed by hEating AT about 90° C. TO about 160° C. For aboUt 5 tO abOut 20 mINuTeS to FoRM a cUReD coATinG film. HowEvEr, This cOatiNG FILm foRmaTion MethoD is disadvantaGeoUs in THat UltraVioleT irrAdIatioN promoTes thE cUring of a coating Film Surface alOne, ThUs pReVentiNG suffiCieNt tHermal fLow of thE FilM aT THE tIme of heating, resultInG IN uNeven curIng of tHE fIlM And impaiReD smOothNESs of tHe fiLM sUrface. ThE obtaiNEd CuRed coatInG film, tHeRefOre, Tends TO be rEduced In terms oF adheSIon, finish qualiTY, weatherabiliTY aND OtHEr fiLm pRoperties. MoReovER, becAuse DUsT or OTher fOreigN mATtER adhering to a wet coatInG film sUrfacE before curing Is firmly fiXED By the curIng oF ThE Film surface by uLtravIolet irradIAtion, its RemovAl at the tIme of repaIR Is difficUlt. the SynTheSIS oF register tranSFEr leVeL (RTL) basEd dEsign is A prOceSs oF trAnSlating haRdware deScRiPtIvE laNguagE (hDL) coded DeSigN tO loGic gaTEs baseD on liBrarY tEcHNolOgy provIDeD ANd giVeN tIminG coNsTrainTs. In ORdeR for a deSign to be sYntHEsizEd To The logiC gates, timing cOnStraints maY bE imPosed oNTO the inpuT and output pins. Based on thE Timing cOnsTrainTs of The input aNd oUtput pIns, THe logiC gates May be EsTabLIShed bASEd On tHe hDL-coded deSIGn tO meet ThEse tIming coNstraints. This achieVEs tHe required speEd oF opeRATiOn aND lOGic FuNCtiONAlity using the loGic gate libRaRY tEchnology pROviDeD.
An RTL bAsed desIgn maY Be regisTer retimeD during syNtHesiS IN orDer to meet tIming conStraints, aND as a rESuLt, addItiOnal ciRcUitRy likE flip fLOps May be Added tO a Design That aRe UnnecessAry for certain functional Modes oF the dEsiGn. MeanwhiLe, cURreNt designs Are iNcreasinglY coMplEx witH deMAnds tO incORpOraTE more FuncTIonality wITh SmaLLEr Areas and lowER POweR consUmpTIon. HowEver, Conventional approAChes of synthesiZing DESigNs aRE limItEd when attemptiNg tO aCHIeve a reqUiRed speed of oPeration AnD Logic FunctiOnalitY while lOWErINg poweR conSumPtion of inTegRaTEd circuIt InNOvatioNs. MoSt Over-thE-countER boiL-ANd-bite type mouth gUards DO Not prOVidE adeqUaTe dentaL ProtEction as evIdenced by thE fact
 line is usually conducted  at about140°C.for  a bout  40minutes; whent he c onveyor runs at a spee d of3m /min ,  t he st ep requ i re s a s pa ce  fo rt he  dryi ngfurnace  line abou t 1 20  m in length .  T herefore,inorder to sav e s pace a nd  en e rgy,sho rteni ng oft he hea ting time  i s  deman d ed in t h e  h eat- curing step.
To s h or t en the heating  timein th e for mat ion of a c oa tingf ilm, Ja p an e s e  Un e xamined Paten t Publicati o n N o. 198 9- 111 6 9 disc loses  a met hod of coat inga substra te wit h  an ult r aviolet -curab leand  the r mo se tti ng coa t in g c o mpo sition,an dthencarr y i n g  out  ul trav iolet  irradiationfol lowe d  by  heat ing a t ab ou t 90°  C. to  abou t160° C. for abo ut 5  to about  20  m inu te s tof orm acur edcoating  film.H owe ve r , th is coating film fo rm a t io n method  is di s ad va n tageousin  th at u l t ravio leti rr adiation  promo t es  t he curi ng  of aco ati ngfilms urfa ce alo ne, thus  prev e nting sufficie n t thermal flo w  o f th e  fil m a t the timeof h e atin g, r e su lti n g inuneve nc ur i ng of the film andim paired  smoo thness of the  film surf a c e . The ob tain e dc ured coating f ilm,therefore, tends to  be r educed i n terms o f adhesion , f ini shqua l i ty , weatherabil i t y an dother f ilm  proper tie s.Mor eov er , because  dust or  o th er  f ore ign m a tter adh er ing  t o a  wetc oating  film  sur fa ce bef ore cur i ng i s fi rm ly  fix edby  thecuri n g o f the f ilm surfa ceb y ul tr av iolet i rradiation, i ts  removal a tthe  timeo f  repairis difficult. The synth e sis ofreg ister  tra nsfer lev el(RTL)bas e d desi gn isa pro ce sso f  tran s l at ing  h ardware de s c rip tivela ngua ge (HDL ) coded design tol ogi c gates based  on  lib r a ry  te c hn o log yp rov i d ed and given ti ming const ra i nt s. In orde r  fo ra desig n to be  synt h esizedto the lo gic gates ,timi n g  co nstraintsmay be i mposed on t o the in put a ndoutput  p ins . Bas ed ont hetimin g cons tr aintsof th einput an d output pins, the logi c gate s may  be  establis hed bas ed on the  HDL -coded des ign  to  meet  th e se ti ming co nst r aints . Th i s achieve s  t her e qu ired speedo f ope ratio n a n d logi c fu nctionality using the logic gate  lib r a rytec h nolo gy  provided.
AnRTL  b a s ed desig nmay be regi ster ret im e d dur ing sy nthesi s in or d e rt o meet  tim ing  constrai nts ,a nd as a  r es u lt, ad diti on al cir cuitry like f lip flops may be  adde d to ad esi gn th at  are un n eces sary for c ertain func tional  mod es of  the de si gn. Me anw hi le, curren t  designsare i ncreasi ng ly c omp lex wi th d e m andsto i nc orp orate mor e fu n ct io n ali ty w ith s ma ller  areas an d  lower p owe r  consum pt ion . Howeve r ,c o nventional  ap proac h e s of synth e sizi n gd esign s arelimite d whena tte mp ting to  ac h i eve a req uired spe e d o foper ation an dlogi cfun ct ionality whilelowering  power c o n sumpti ono f in t egrate dcircuit inno vatio ns .  Most o v e r-t he-coun t erboi l-a nd-b ite  typ e  mouth guards do not pro vide  adeq u ate  dent al pr ot ection a s  evi denced b y  the fact
 line_is usually_conducted at about 140°_C. for_about_40 minutes;_when_the conveyor runs_at a speed_of 3 m/min, the_step requires a_space_for the drying furnace line about 120 m in length. Therefore, in order to_save_space and_energy,_shortening_of the heating time is_demanded in the heat-curing step.
To_shorten the_heating time in the formation of a coating_film,_Japanese Unexamined Patent_Publication No. 1989-11169 discloses a method of coating a_substrate with an ultraviolet-curable and thermosetting_coating composition, and_then_carrying_out ultraviolet irradiation followed_by heating at about 90° C._to about 160° C. for about_5 to about 20 minutes to form_a cured coating film. However, this_coating film formation method is_disadvantageous in_that ultraviolet irradiation promotes the_curing of a_coating film_surface alone, thus_preventing sufficient thermal flow of the_film at the_time of heating, resulting in uneven_curing_of the film_and_impaired_smoothness of_the film surface._The_obtained cured_coating_film, therefore, tends to be reduced_in_terms of adhesion, finish quality, weatherability and_other film properties. Moreover,_because_dust or other foreign_matter adhering to a wet_coating film surface before curing is_firmly fixed_by the_curing of the film surface by ultraviolet irradiation, its removal at_the time of repair is difficult._The synthesis of register_transfer level_(RTL)_based design is_a_process of_translating hardware descriptive language (HDL) coded design_to logic_gates based on library technology provided_and given timing constraints._In_order for a design to be_synthesized to the logic gates, timing_constraints may be imposed onto_the_input_and output pins. Based on_the timing constraints of the input_and output pins,_the logic gates may be established based_on_the HDL-coded design to meet these_timing_constraints. This achieves the required speed_of_operation_and logic functionality using the_logic gate library technology provided.
An RTL_based design may be register retimed during synthesis in_order to meet_timing constraints, and as a_result,_additional_circuitry like flip flops may be added to a design_that are_unnecessary for certain_functional modes of the design. Meanwhile, current designs are increasingly_complex with demands to incorporate more functionality_with smaller areas and lower power consumption. However, conventional approaches of_synthesizing designs are limited when attempting to achieve_a required speed of operation and logic_functionality while lowering power_consumption_of integrated circuit innovations. Most over-the-counter boil-and-bite_type_mouth_guards_do not provide_adequate dental protection_as evidenced by_the fact