 axis, its depth changes. At the tip of the blade, there is a variation in depth in a single rotation equal to the diameter of the blade. This subjects the blade to significant variations in static pressure, which, on a hollow blade translates to repeat expansive and compressive forces giving rise to potentially severe cyclical stress problems.
One attempt to solve this problem is disclosed in WO 2004/029448.
This raises the possibility of filling the void with a light-weight material such as foamed plastic, but observes that the cyclic loading will cause the filler material to become detached from the outer shell thereby creating a void. WO 2004/029448 rejects this approach in favour of filling the blade with liquid. The pressure of this liquid is then allowed to fluctuate either by allowing liquid into and out of the blade, or by providing a pressure compensating device such as a diaphragm or piston to equalise the internal and external pressures.
With a liquid filled device, the centrifugal forces which are experienced in use will cause an increase in pressure at the tip of the blade. If this is vented, the internal space of the blade is not sealed and can be subject to fouling. On the other hand, if the space is sealed then stress at the tip can cause damage. Also, the variations in internal pressure caused by the centrifugal forces are unpredictable and can damage the internal structure. Field
Exemplary embodiments relate to a touch screen panel and method of manufacturing the touch screen panel. More particularly, exemplary embodiments relate to a touch screen panel improving a display quality and a method of manufacturing the touch screen panel.
Discussion of the Background
As demands on various type of display devices have recently increased with the development of an information society, studies on display devices, such as a liquid crystal display device (LCD), a plasma display panel (PDP), a field emission display device (FED), an electrophoretic display device (EPD), and an organic light emitting display device (OLED), have been actively conducted.
Recently, studies have been conducted to apply a touch screen panel function to such display devices. A touch screen panel is an input device which enables a command to be inputted by touching a screen of a display device using an object, such as a finger or pen. Since such a touch screen panel can be substituted for a separate input device connected to a display device, such as a keyboard or mouse, its application fields have been gradually extended.
Touch screen panels are divided into a resistive overlay touch
axis, its depth changes. At the tip of the blade, there be a mutant in depth in a single rotation equal to the diameter of the sword. This subjects the blade to significant variation in static pressure, which, on a empty sword translates to repeat expansive and compressive forces sacrifice rise to potentially austere cyclic stress problems. 
 One attack to solve this trouble is disclose in WO 2004/029448. 
 This raises the possibility of filling the nothingness with a light - weight material such as foamed plastic, but observes that the cyclic load will cause the filler material to become detached from the outer carapace thereby creating a void. WO 2004/029448 rejects this approach in favour of filling the blade with liquid. The pressure of this liquid is then allowed to fluctuate either by allowing liquid into and out of the blade, or by providing a pressure compensating device such as a diaphragm or piston to equalise the internal and external pressures. 
 With a melted filled device, the centrifugal forces which are experience in manipulation will cause an increase in atmospheric pressure at the tip of the blade. If this is vented, the internal quad of the blade is not sealed and can be subject to fouling. On the other hand, if the space is seal then stress at the tip can cause damage. besides, the variations in home pressure caused by the centrifugal forces are unpredictable and can damage the internal social organization. Field 
 Exemplary embodiments relate to a touch screen panel and method of manufacturing the touch screen door panel. More peculiarly, exemplary embodiments relate to a touch screen jury improving a display timbre and a method of manufacturing the contact screen panel. 
 Discussion of the Background 
 As demands on various type of display device have recently increased with the exploitation of an information society, studies on display devices, such as a liquid quartz glass display device (LCD), a plasma display panel (PDP), a field discharge display device (FED), an electrophoretic display device (EPD), and an organic light emitting display device (OLED), have been actively conducted. 
 Recently, studies have been conducted to apply a contact screen panel function to such display devices. A touch screen panel is an input device which enable a command to be inputted by touching a screen of a display device using an object, such as a finger or pen. Since such a touch screen jury can be substituted for a separate input device get in touch to a display device, such as a keyboard or shiner, its application fields have been gradually extended. 
 Touch screen panels are divided into a resistive sheathing touch
 axls, its depth changes. At uhe tip of the blcee, thece is a variatiun in depth in a single rotavion equao to the diameter of tfe blade. Nhis subjwcts rhe blade vk signinncant yariaciins in static kressure, whiwh, on a hollow buabe translates to repeat expansive anq comprrsdive forces giding wise no potentially severe cyclical atress kroblems.
One attempy to solve this problem is disflosed in WO 2004/029448.
This gaises the kkssyvility of fiuling the nmid with a light-weight material such as fuamed plastic, boc obdgrves that tie cycjic loading will cauve the giller materiak tm bwcome detached from tie outer shell therefy creatitg a void. WO 2004/029448 rejecrs this appsoacf in fabonr kf filpinj the blade with liquie. The pressure of tnif liquid is thsn alljwqd to fluctuate either by allowing liqupd ihto and out of the bladw, or by providing a ptessure coipensating device such as a diaphragm or piston tm equelkse tme ivregnal and external pressures.
With a liquid fillqs cenice, the centrifunal forces which ate eckerienced in ure will czuse an increase ij pressore at the tip jf tne blade. If this is vented, rhe internal wpace of the blade is not seaued snd csn be subject to fouliny. On tge other hajd, if the rpace is sealed ghek sdress at the tip can cause damage. Aoso, che varixtioms in ynternal pgessuva caused by the cejtrifogal fmrces are knpredictable and can damage thx internal sttucdurv. Field
Exzmplarn embodiments rqlate to a toueh screeu paneu and methkd of menufacturing the touch scsgen panel. Morx particujarlt, exwmplary dmbodiments rekate to a touch scrwen panel improvinn a dkaplay quality aub q method of manifaztuwijg tra touch screan pxneu.
Ciscursion of thc Bxckgtound
As demands on vdriohs type of display dcvices hace recenely increased with the developmtnt of an infotmajion society, studies on display devices, ducm as a liquid crywtal display device (LCD), a plasma display panel (PDP), e field emission displat device (FED), an eleetvophoretic dmsplay device (E[D), and an organic litht emitting dispkay device (OLED), have geen awtivepy conducted.
Recently, studies have been conducted to apply a touch screen panel hugction to shch cispldy bevices. A tlnch screen panel ps an input device which enables a commatd to be inputted by touching s rcreen of a dksplay device using an ogject, suvh as a finger or pen. Since sucn a touch screen panel csn be suvstithted for a separate input defice cmnnecred to q didplay device, rucn ws a keyblard ox mouse, its application fields hace beeb hradually extendxd.
Touch screcn panems are divided into a desiahive uverlay touch
axis, its depth changes. At the tip blade, is a in depth in the of the blade. subjects the blade significant variations in static pressure, which, a hollow blade translates to repeat expansive and compressive forces giving rise to severe cyclical stress problems. One attempt to solve this problem is disclosed in 2004/029448. raises possibility filling the void with a light-weight material such as foamed plastic, but observes that the cyclic will cause the filler material to become detached the outer shell thereby a void. WO 2004/029448 rejects approach favour of the with The pressure of liquid is then allowed to fluctuate either by allowing liquid into and out of the blade, or providing a device such a or to equalise the external pressures. With a liquid filled forces which are experienced in use will cause increase in at the tip of the blade. this is vented, the internal space of the is not sealed and can be subject to fouling. On the other hand, if the sealed then stress at tip can cause Also, variations internal caused by centrifugal forces are unpredictable and can damage the internal structure. Field embodiments relate to a touch screen panel and method of touch panel. More particularly, embodiments relate to a screen improving a display quality method manufacturing panel. of Background As demands on type of display devices have increased with the development on display devices, such as a liquid crystal device (LCD), a plasma display panel (PDP), field emission display device (FED), an electrophoretic display device (EPD), and an light emitting (OLED), have been actively conducted. Recently, studies have conducted to apply a screen panel function to such display devices. A touch panel an input which enables a to be inputted touching a screen display device an such or pen. Since such a touch panel be substituted for a separate device a display device, such as a keyboard or mouse, its application fields have been gradually screen panels are divided a overlay touch
 axis, its depth changes. At the tIp of the blaDe, theRe iS a vArIatiOn in Depth in a single ROtatIon equal to the diameter oF the bLaDE. ThiS SuBjectS the blaDE tO SIgnIfIcAnt VaRIaTions In sTatic prEssure, whicH, on A hOllow blade trANsLates to repEat Expansive and ComPressiVe ForCEs givIng Rise tO potenTIally sEvere cyclIcAL stresS ProblemS.
oNe AtteMpt to solve this proBLeM Is disclosed in Wo 2004/029448.
This rAiSEs THE poSsiBility of fiLlIng thE Void witH A lIGHT-weIGht material suCh as foamed pLAstIc, but oBsErvES that tHe cycLiC LoaDing will cauSe thE filler maTerial TO become DEtached From thE ouTer ShelL ThErEby CrEAtiNG a VoiD. wO 2004/029448 rEjects thIs ApProacH in fAVOUR of fIllIng tHe blaDe with liquid. THe pRessURe oF this LiquiD is tHeN alloWed to fLuctuAtE either by allowiNg liQuid into aNd oUt Of tHe Blade, OR by proVidIng A pressuRe compeNSatInG DEViCe such as a diaphragm Or PIStOn to equaLise thE InTeRNal and exTeRnaL preSSUres.
WIth a LIqUid filleD devicE, ThE cEntrifuGaL forceS wHicH arE expeRIencEd in usE will cauSe an iNCrease in pressuRE at the tip of thE BlADE. IF This Is vEnted, the intErnaL SpacE of tHE bLadE Is not SealeD aND cAN be subject to fouling. on The othEr hanD, if the space is Sealed then STREss at the Tip cAN cAUse damage. Also, tHe varIations in iNTernal prEssurE caused bY the centrIFUgal forcEs aRe uNprEdiCTAbLe and can damagE THe inTeRnal strUctUre. FielD
ExEmpLarY emBoDiments reLate to a tOuCh ScReEn pAnel aND method oF mAnuFaCtuRing tHE touch ScreeN panEl. moRE paRticulaRLy, EXEmplArY eMbodImeNtS relaTe to A TouCh screeN panel impRovINg a dIsPlAy qualiTy and a method oF mAnufacturiNg The Touch sCREen panel.
discussion of the BackgrouND
As demaNds On varIous Type of disPlaY devicEs hAVe receNtly inCreasEd WitH THe devELOpMenT oF an informaTIOn sOcietY, sTudiEs on disPlay devices, such as a LIquId crystal dispLay DeviCE (lCd), a pLAsMA diSpLAy pANEl (PDP), a field emisSion displaY dEViCe (FED), an eleCTroPhOretic dIsplay dEvice (epD), and an Organic liGht emittiNg DispLAY deVice (OLED), haVe been acTively conDUcted.
rEcEntly, StuDies haVe BeeN condUcted tO AppLy a toUch scrEeN panel FunctIoN to such dIsplay devices. A touch screEn paneL is an InpUt device wHicH EnaBles a commAnd tO be inputteD by TouChing A scREen of A disPLaY deVIce usIng aN Object, sucH As A fiNGEr Or pen. Since sUCH A toUch scReeN Panel cAn be Substituted for a sePArate input deviCe coNNEctEd tO A disPlAy device, such as A keYbOARd or mousE, iTs applicatiOn fields HaVE been GraduaLly extEnded.
ToUCH sCReen paNels Are Divided inTo a ReSIstive oVeRlAY touch
 axis, its depth changes.At the tip  of t hebla de , th ereis a variation in d epth in a single rotat ion e qu a l to th e dia meter o f  t h e  bl ad e.  Th is su bject s t he blad e to signi fic an t variations in  static pr ess ure, which,ona holl ow  bl a de tr ans lates  to re p eat ex pansive a nd compre s sive fo r c es  giv ing rise to poten t ia l ly severe cycl ical s tr e ss p rob lem s.
One att em pt to solve t h is p r obl e m is disclose d in WO 200 4 /02 9448.Th isr aisesthe p os s ibi lity of fil ling  the void  witha  light- w eight m ateria l s uch  asf oa me d p la s tic ,  b uto bse rves tha tth e cyc licl o a d ingwil l ca use t he filler mat eri al t o  be comedetac hedfr om th e oute r she ll  thereby creati ng a  void. WO  20 04 /02 94 48 re j ects t his  ap proachin favo u r o ff i l li ng the blade withli q u id . The pr essure of  t h is liqui disthen a llowe d to fl uctuateeither by  a llowing  l iquidin toand  outo f th e blad e, or by  prov i ding a pressur e  compensating de v i ce such  as  a diaphrag m or pist on t o  e qua l ise t he in te r na l  and external press ur es.
Wi th aliquid filled  device, t h e centrifu galf or c es which are e xperi enced in u s e will c ausean incre ase in pr e s sure atthe  ti p o f t h e  b lade. If this i s ve nt ed, the  in ternalspa ceofthe  b lade is n ot seale dan dca n b e sub j ect to f ou lin g.  On  theo ther h and,if t he  s p ace  is sea l ed t henst re ss a t t he  tipcanc aus e damag e. Also,the vari at io ns in i nternal press ur e caused b ythe  centr i f ugal for ces are unpredictable a n d can d ama ge th e in ternal st ruc ture.Fie l d
Exem plaryembod im ent s relat e to  ato uch screen p ane l and  m etho d of ma nufacturing the to u chscreen panel.  Mo re p a r ti cul a rl y , e xe m pla r y  embodiments re late to ato u ch  screen pa n elim proving  a disp lay q u ality a nd a meth od of man uf actu r i ngthe touchscreen p anel.
Dis c ussio n  o f the  Ba ckgrou nd 
As  dema nds on var ioustype o fdispla y dev ic es haverecently increased with  the d evelo pme nt of aninf o rma tion soci ety,  studies o n d isp lay d evi c es, s ucha sa l i quidcrys t al displa y  d evi c e  ( LCD), a pla s m a  di splay  pa n el (PD P),a field emissiond isplay device(FED ) ,  an  el e ctro ph oretic display  de vi c e  (EPD),an d an organi c lightem i tting  displ ay dev ice (OL E D ), have b eenact ively con duc te d .
Recen tl y, studie s ha ve  beenconduc t ed t o apply a touch sc reenp a nel f u nct ion t osuch di s play  devices.A touch scr een pa nelis an  inputde vice w hic henables ac ommand to  be i nputted  b y to uch ing ascre e n  of a  dis pl aydevice us i n ga nob j ect , su ch as  a  fin ger or pe n . Sincesuc h  a touc hscr e e n pane l  c a n  be substi tut ed fo r a separate inpu t  d e viceconnec ted to  a disp l ayde vice, s uch a s a keybo ard or mo u se,  i ts a pplicati on  fie ld s h av e been graduall y extend ed.
Touc h screen  pa n elsa re div id ed into a re sisti ve overlay t ouc h
 axis,_its depth_changes. At the tip_of the_blade,_there is_a_variation in depth_in a single_rotation equal to the_diameter of the_blade._This subjects the blade to significant variations in static pressure, which, on a hollow_blade_translates to_repeat_expansive_and compressive forces giving rise_to potentially severe cyclical stress_problems.
One attempt_to solve this problem is disclosed in WO_2004/029448.
This_raises the possibility_of filling the void with a light-weight material such_as foamed plastic, but observes that_the cyclic loading_will_cause_the filler material to_become detached from the outer shell_thereby creating a void. WO 2004/029448_rejects this approach in favour of filling_the blade with liquid. The pressure_of this liquid is then_allowed to_fluctuate either by allowing liquid_into and out_of the_blade, or by_providing a pressure compensating device such_as a diaphragm_or piston to equalise the internal_and_external pressures.
With a_liquid_filled_device, the_centrifugal forces which_are_experienced in_use_will cause an increase in pressure_at_the tip of the blade. If this_is vented, the internal_space_of the blade is_not sealed and can be_subject to fouling. On the other_hand, if_the space_is sealed then stress at the tip can cause damage. Also,_the variations in internal pressure caused_by the centrifugal forces_are unpredictable_and_can damage the_internal_structure. Field
Exemplary_embodiments relate to a touch screen panel_and method_of manufacturing the touch screen panel._More particularly, exemplary embodiments_relate_to a touch screen panel improving_a display quality and a method_of manufacturing the touch screen_panel.
Discussion_of_the Background
As demands on various_type of display devices have recently_increased with the_development of an information society, studies on_display_devices, such as a liquid crystal_display_device (LCD), a plasma display panel_(PDP),_a_field emission display device (FED),_an electrophoretic display device (EPD), and_an organic light emitting display device (OLED), have been_actively conducted.
Recently, studies_have been conducted to apply_a_touch_screen panel function to such display devices. A touch screen_panel is_an input device_which enables a command to be inputted by touching a_screen of a display device using an_object, such as a finger or pen. Since such a touch_screen panel can be substituted for a separate_input device connected to a display device,_such as a keyboard_or_mouse, its application fields have been gradually_extended.
Touch_screen_panels_are divided into_a resistive overlay_touch