 carriers protrude far behind the vehicle, the driver cannot accurately judge the clearance behind them when backing up, so that they can be easily damaged. RF transponders are used in a variety of applications including identification, mobile payment, and environmental sensing and reporting. Makers of RF transponders face the ongoing challenge of making structures that are both functional and economically competitive. For many applications, RF transponders and associated wiring are attached to a flexible substrate. Prior to mounting the electronic device, wiring patterns may be formed on the substrate using a print-and-etch process to construct the antenna. Making RF transponder arrangements on a flexible substrate may be prohibitively expensive for some applications. The expense is attributable in part to the print-and-etch processes used in creating the wiring pattern. Expensive chemicals are required for print-and-etch processes, and hazardous waste is a byproduct. This invention relates to a resin composition for heatsensitive transfer recording medium and a heat-sensitive transfer recording medium utilizing the resin composition for heat-sensitive transfer recording medium.
In the prior art, a heat-sensitive transfer recording medium comprises a colorant layer containing a fusible substance formed on the surface of a lengthy substrate sheet formed of, for example, a polyester. In most cases, the heat-sensitive transfer recording medium is shipped and stored under wound state. And, the heat-sensitive transfer recording medium under wound state, by, for example, heating the surface opposite to that of the substrate sheet where the above colorant layer is provided, melts a part of the above colorant layer and transfers the melted colorant layer onto the surface of a recording sheet such as paper in contact with the heat-sensitive transfer recording medium, thereby forming a printed image on the surface of the above paper.
However, in the heat-sensitive transfer recording medium of the prior art, in the case of performing heat-sensitive transfer with a thermal head, when transfer is effected with a thermal energy necessary to obtain sufficient printed image density, the so-called sticking phenomenon is caused in which the substrate sheet itself is fused to the thermal head, whereby there are involved problems such that running of the heat-sensitive transfer recording medium becomes impossible or that the heat-sensitive transfer recording medium is broken at that portion in an extreme case.
Also, since the heat-sensitive transfer recording medium of the prior art is stored under wound state as mentioned above, during storage thereof for a long term, the so-called blocking phenomenon may sometimes occur in which the back
carriers protrude far behind the vehicle, the driver cannot accurately judge the headroom behind them when back up, so that they can be easily damage. rutherfordium transponders are used in a kind of application including designation, mobile payment, and environmental detection and reporting. Makers of RF transponders face the ongoing challenge of make structures that are both functional and economically competitive. For many applications, releasing factor transponders and associated wiring are attached to a compromising substrate. Prior to mounting the electronic device, wiring patterns may be formed on the substrate using a mark - and - etch process to construct the antenna. Making RF transponder arrangements on a elastic substrate may be prohibitively expensive for some applications. The expense is attributable in part to the print - and - etch processes used in creating the wiring pattern. Expensive chemicals are required for print - and - etch processes, and hazardous waste is a byproduct. This invention relates to a resin composition for heatsensitive transfer recording medium and a hotness - sensitive transfer recording metier use the resin composition for heat - sensitive transportation recording medium. 
 In the anterior art, a heat - sensitive transportation recording medium comprises a colorant layer containing a fusible substance formed on the airfoil of a lengthy substrate sheet formed of, for example, a polyester. In most sheath, the heat - sensible transportation recording culture medium is shipped and stored under wound state. And, the heating system - sensitive transfer recording medium under wound department of state, by, for example, heating the surface opposite to that of the substrate tabloid where the above colorant layer is provided, melt a part of the above colorant level and transfers the melted colorant layer onto the surface of a recording sail such as paper in contact with the heating system - sensible transfer recording medium, thereby forming a print image on the surface of the above paper. 
 However, in the heat - sensitive transportation recording medium of the prior artwork, in the case of performing heat - sensible transfer with a thermal head, when transfer is effected with a thermal energy necessary to obtain sufficient printed image density, the so - called sticking phenomenon is cause in which the substrate sail itself is blend to the thermal head, whereby there are involved problems such that running of the heat - sensible transfer recording medium becomes impossible or that the heat - sensitive transfer recording medium is broken at that portion in an extreme case. 
 besides, since the heat - sensitive transfer recording medium of the prior art is stored under wound state of matter as mentioned above, during storage thereof for a long term, the so - call blocking phenomenon may sometimes occur in which the back
 cagriers protrude far behikd the vehicle, tkw drivxr cannkt accurxtely judge the clearance beiind them when backing up, so thxt they cwn be eawily eamaged. RF transpokbers zve uszd in a variety pf applicadions includinc kdzntification, mobile payment, and enviwonmentsl sensing and rgportpnd. Maivrw of RF transponders face the ongoinj challenge of kaking structures that are botj functional and efonomically com[wtitive. For oany applibctions, RF ttansponders and associated wirine are attached jo a xlexible suustratv. Prior to mommting dhe elevtronic device, wicing patterns may be formxd on the substrate osing a prhnc-and-etch process to cinwtrucj the antdbna. Maiiig DF trajspknder arrahgements on a flexible substraue iqy be prohibifively evpensive for some applications. The expetse is attributable in parr to the print-and-etch processef used in creating the wiring pattern. Expensive cvemicelr axc fwqkired for print-and-etch processes, and hazardouf wssne is a byproduct. This invenyiln telates to a rgsin compoaition for heatsenditive jransfwr recordyng kedium and a heat-sensitive rransfer recjeding medium utiliving the resnn comkositipn for heat-sensitive trcnsfer recording ledium.
In ffe prior art, a hdat-xetsitive ufansfer recording medium cimprnses a culorsnt larer contaijing a fusible substance formgd on dhe surfacf of a lengthy substrate sheet hprmed of, for efamile, a polvester. In most casef, the heat-sensntive trcnsfer recording medium is shipped and stored utfer wound stete. And, tre hwat-swnsitivd transfer recotding medpui uneer wound state, by, fot sxample, heating tht wurface opposiye go ehwt os the substrade sfeeg wherd the above zolotant layer is providad, mslts a part of the anove colotant layew and transfets the melted cologant nayxr ontp tre surface of a recording sheef such as paier in contace wibh tre heat-senxitive transfer recording medium, therebb forming a printed imate on the surface oy uhe above papxr.
Howeder, in tha heat-sensitive tranwfer recording mecium of the prior art, in tha casf of performing heat-sensitive transfer with a thermal head, when transfer us effxceed with a fherkal etexgy necesfary vo obtain sufficivnt printed image density, the so-ralled stiwknng phenomenon is caused in wnizh the substrxte sheet itself is fuses to the thermal head, whereby there are involved problems such bhat runnung or the heat-rensitive transfer recorbing mwdium bwcomcs impossible ur yhwt the hewt-seisicive transfer recording medium is brokeb wt that portion mn an extremc gase.
Alao, sinse the heat-sensifive hranswer recording medium of the prior art is stored ugder wound staue as mentioned abovg, during storagx thereof fos a long term, the so-called blocking phenomenon may aometimes occur ik which the back
carriers protrude far behind the vehicle, the accurately the clearance them when backing be damaged. RF transponders used in a of applications including identification, mobile payment, environmental sensing and reporting. Makers of RF transponders face the ongoing challenge of structures that are both functional and economically competitive. For many applications, RF transponders associated are to flexible substrate. Prior to mounting the electronic device, wiring patterns may be formed on the substrate a print-and-etch process to construct the antenna. Making transponder arrangements on a substrate may be prohibitively expensive some The expense attributable part the print-and-etch processes in creating the wiring pattern. Expensive chemicals are required for print-and-etch processes, and hazardous waste is a This invention a resin for transfer medium and a recording medium utilizing the resin composition recording medium. In the prior art, a heat-sensitive recording medium a colorant layer containing a fusible formed on the surface of a lengthy substrate formed of, for example, a polyester. In most cases, the heat-sensitive transfer recording medium is stored under wound state. the heat-sensitive transfer medium wound by, example, heating surface opposite to that of the substrate sheet where the above layer is provided, melts a part of the above colorant transfers melted colorant layer the surface of a sheet as paper in contact heat-sensitive recording a image the surface of the paper. However, in the heat-sensitive recording medium of the of performing heat-sensitive transfer with a thermal head, transfer is effected with a thermal energy to obtain sufficient printed image density, the so-called sticking phenomenon is caused which the itself is fused to the thermal head, whereby are involved problems such running of the heat-sensitive transfer recording medium becomes impossible that heat-sensitive transfer medium is broken that portion in extreme case. Also, heat-sensitive transfer medium the stored under wound state as mentioned during thereof for a long term, so-called may sometimes occur in which the back
 carriers protrude far behind The vehicle, The drIveR caNnOt acCuraTely judge the clEAranCe behind them when backinG up, so ThAT theY CaN be eaSily damAGeD. rf trAnSpOndErS ArE used In a Variety Of applicatIonS iNcluding idenTIfIcation, mobIle Payment, and enVirOnmentAl SenSIng anD rePortiNg. MakeRS of RF tRanspondeRs FAce the ONgoing cHALlEnge Of making structureS ThAT are both functiOnal anD eCOnOMIcaLly CompetitivE. FOr manY ApplicaTIoNS, rf trANsponders and aSsociated wiRIng Are attAcHed TO a flexIble sUbSTraTe. Prior to moUntiNg the elecTronic DEvice, wiRIng pattErns maY be ForMed oN ThE sUbsTrATe uSInG a pRInt-And-etch pRoCeSs to cOnstRUCT The aNteNna. MAking rF transponder ArrAngeMEntS on a fLexibLe suBsTrate May be pRohibItIvely expensive fOr soMe applicaTioNs. the ExPense IS attriButAblE in part To the prINt-aNd-ETCH pRocesses used in creaTiNG ThE wiring pAttern. eXpEnSIve chemiCaLs aRe reQUIred fOr prINt-And-etch pRocessES, aNd HazardoUs Waste iS a BypRodUct. ThIS invEntion Relates tO a resIN composition foR Heatsensitive TRaNSFeR RecoRdiNg medium and A heaT-SensItivE TrAnsFEr recOrdinG mEDiUM utilizing the resin cOmPositiOn for Heat-sensitive Transfer reCORDing mediUm.
In THe PRior art, a heat-seNsitiVe transfer REcording MediuM comprisEs a coloraNT Layer conTaiNinG a fUsiBLE sUbstance formeD ON the SuRface of A leNgthy suBstRatE shEet FoRmed of, for Example, a PoLyEsTeR. In Most cASes, the heAt-SenSiTivE tranSFer recOrdinG medIuM iS ShiPped and SToRED undEr WoUnd sTatE. ANd, the Heat-SEnsItive trAnsfer recOrdINg meDiUm Under woUnd state, by, for ExAmple, heatiNg The SurfacE OPposite tO that of the substrate sheeT Where thE abOve coLoraNt layer is ProVided, mEltS A part oF the abOve coLoRanT LAyer aND TrAnsFeRs the melteD COloRant lAyEr onTo the suRface of a recording sHEet Such as paper in ConTact WITh The HEaT-SenSiTIve TRAnsfer recording Medium, therEbY FoRming a prinTEd iMaGe on the Surface Of the ABove papEr.
However, In the heat-SeNsitIVE trAnsfer recoRding medIum of the pRIor arT, In The caSe oF perfoRmIng Heat-sEnsitiVE trAnsfeR with a ThErmal hEad, whEn Transfer Is effected with a thermal eNergy nEcessAry To obtain sUffICieNt printed ImagE density, thE so-CalLed stIckINg pheNomeNOn Is cAUsed iN whiCH the substRAtE shEET iTself is fuseD TO The ThermAl hEAd, wherEby tHere are involved prOBlems such that rUnniNG Of tHe hEAt-seNsItive transfer rEcoRdING medium bEcOmes impossiBle or thaT tHE heat-SensitIve traNsfer reCORdINg mediUm is BroKen at that PorTiON in an exTrEmE Case.
AlSo, siNcE the heAt-sensITive TRAnsfer recording mEdium OF The prIOr aRt is sToRed undeR WounD state as meNtioned abovE, durinG stoRage tHereof fOr A long tErm, ThE so-called bLOcking pheNomenOn may soMeTimeS ocCur in wHich THE back
 carriers protrude far beh ind the ve hicle , t hedr iver  can not accurately judg e the clearance behind  them  w h en b a ck ing u p, so t h at t hey  c an  be  e a si ly da mag ed. RFtransponde rsar e used in av ar iety of ap pli cations incl udi ng ide nt ifi c ation , m obile  payme n t, and  environm en t al sen s ing and r ep orti ng. Makers of RFt ra n sponders facethe on go i ng c hal len ge of maki ng  stru c tures t h at a r e b o th functional  and econom i cal ly com pe tit i ve. Fo r man ya ppl ications, R F tr ansponder s anda ssociat e d wirin g areatt ach ed t o  a  f lex ib l e s u bs tra t e.Prior to  m ou nting  the e l e ctro nic  dev ice,wiring patter nsmayb e f ormed  on t he s ub strat e usin g a p ri nt-and-etch pro cess  to const ruc tthe  a ntenn a . Maki ngRFtranspo nder ar r ang em e n t son a flexible subs tr a t emay be p rohibi t iv el y  expensi ve  fo r so m e  appl icat i on s. The e xpense is  a ttribut ab le inpa rttothe p r int- and-et ch proce ssesu sed in creatin g  the wiring p a tt e r n. Expe nsi ve chemical s ar e  req uire d  f orp rint- and-e tc h  p r ocesses, and hazard ou s wast e isa byproduct.This inven t i o n relate s to ar esin compositi on fo r heatsens i tive tra nsfer  recordi ng medium a nd a hea t-s ens iti vet r an sfer recordin g medi um  utiliz ing  the re sin  co mpo sit io n for hea t-sensit iv etr an sfe r rec o rding me di um. 
I n t he pr i or art , a h eat- se ns i tiv e trans f er r ecor di ng  med ium  c ompri sesa  co lorantlayer con tai n ingafu sible s ubstance form ed  on the su rf ace  of al e ngthy su bstrate sheet formed of ,  for ex amp le, a  pol yester. I n m ost ca ses ,  the h eat-se nsiti ve  tr a n sferr e co rdi ng  medium is s hip ped a nd  sto red und er wound state. An d , t he heat-sensi tiv e tr a n sf err ec o rdi ng med i u m under wound s tate, by,fo r  e xample, he a tin gthe sur face op posit e  to tha t of thesubstrate  s heet w her e the abov e colora nt layeri s pro v id ed, m elt s a pa rt  of  theabovec olo rantlayeran d tran sfers  t he melte d colorant layer onto t he sur faceofa recordi ngs hee t such as  pap er in cont act  wi th th e h e at-se nsit i ve  tr a nsfer  rec o rding med i um , t h e re by forminga p rin ted i mag e  on th e su rface of the abov e  paper.
Howeve r, i n the  he a t-se ns itive transfer  re co r d ing medi um  of the pri or art,in the c ase of  perfo rming h e a t- s ensiti ve t ran sfer with  ath e rmal he ad ,w hen tr ansf er  is ef fected with a  thermal energyneces s a ry to obt ain s uf ficient prin ted imagedensity, th e so-c alle d sti cking p he nomeno n i scaused inw hich thesubst rate sh ee t it sel f is f used t o the  the rm alhead, whe r e by th er e  ar e in volve dprob lems such that run nin g  of the  h eat - s ensiti v et r ansfer rec ord ing m e d ium become s  imp o ss i ble o r that  the h eat-sen s iti ve  transf err e cording m edium isb rok en  atthat por ti on i nanex treme case.
Als o, since  the hea t - sensit ive tran s fer re co rding medium  of t he prior a r t  is  stored und erwou nd s tat e as mentioned above, duringstor age t h ere of fo r a l on g term,t he s o-called blocking phen omenon may some t ime s  occ uri nwh ich the b ack 
 carriers_protrude far_behind the vehicle, the_driver cannot_accurately_judge the_clearance_behind them when_backing up, so_that they can be_easily damaged. RF_transponders_are used in a variety of applications including identification, mobile payment, and environmental sensing_and_reporting. Makers_of_RF_transponders face the ongoing challenge_of making structures that are_both functional_and economically competitive. For many applications, RF transponders_and_associated wiring are_attached to a flexible substrate. Prior to mounting the_electronic device, wiring patterns may be_formed on the_substrate_using_a print-and-etch process to_construct the antenna. Making RF transponder_arrangements on a flexible substrate may_be prohibitively expensive for some applications. The_expense is attributable in part to_the print-and-etch processes used in_creating the_wiring pattern. Expensive chemicals are_required for print-and-etch_processes, and_hazardous waste is_a byproduct. This invention relates to_a resin composition_for heatsensitive transfer recording medium and_a_heat-sensitive transfer recording_medium_utilizing_the resin_composition for heat-sensitive_transfer_recording medium.
In_the_prior art, a heat-sensitive transfer recording_medium_comprises a colorant layer containing a fusible_substance formed on the_surface_of a lengthy substrate_sheet formed of, for example,_a polyester. In most cases, the_heat-sensitive transfer_recording medium_is shipped and stored under wound state. And, the heat-sensitive transfer_recording medium under wound state, by,_for example, heating the_surface opposite_to_that of the_substrate_sheet where_the above colorant layer is provided, melts_a part_of the above colorant layer and_transfers the melted colorant_layer_onto the surface of a recording_sheet such as paper in contact_with the heat-sensitive transfer recording_medium,_thereby_forming a printed image on_the surface of the above paper.
However,_in the heat-sensitive_transfer recording medium of the prior art,_in_the case of performing heat-sensitive transfer_with_a thermal head, when transfer is_effected_with_a thermal energy necessary to_obtain sufficient printed image density, the_so-called sticking phenomenon is caused in which the substrate_sheet itself is_fused to the thermal head,_whereby_there_are involved problems such that running of the heat-sensitive transfer_recording medium_becomes impossible or_that the heat-sensitive transfer recording medium is broken at that_portion in an extreme case.
Also, since the_heat-sensitive transfer recording medium of the prior art is stored under_wound state as mentioned above, during storage thereof_for a long term, the so-called blocking_phenomenon may sometimes occur_in_which the back