 the filter element is thus varied through supplying either thermal or vibrational energy, at the element which thereby varies the adsorption and/or desorption of gaseous anesthetic.
The thermal energy may be supplied to the filter element using an energy source formed by a resistive heater element, for example a thin wire, which can be placed in intimate thermal contact with the filter element, for example within the volume of the element material.
Alternatively, the material of the filter element may be electrically conducting, for example activated carbon material, and used as the resistive heater element. This has the advantage that the thermal energy can be evenly distributed throughout the entire volume of the filter element without the need for integrating a separate resistive heater element.
An electromagnetic energy source, such as an infra-red or microwave source may be employed to supply the thermal energy at the element. This has an advantage that the source may be located remote from the filter element which permits the use of a disposable filter element without the need to also dispose of components of the energy source.
A source of vibrational energy, such as an acoustic, preferably ultrasonic, vibrational energy source, may be employed as the energy source. This has the advantage that the vibrational energy can be supplied from outside the filter housing, for example by using vibrational sources detachably mounted to an external surface of the housing. This permits the re-use of the vibrational sources when used with disposable filter elements and housings and also the ready modification of existing filter housings.
The above object is also achieved in accordance with the principles of the present invention in an embodiment directed to an inhalation anesthetic system having a mechanical breathing aid for supplying a breathing gas, including an anesthetic gas, to ventilate a patient, a gas circuit connected to the breathing aid for conducting the breathing gas to the patient during an inspiration phase and for conducting exhaled gas from the patient during an expiration phase, and an anesthetic filter arrangement as described above disposed in the gas circuit, with the aforementioned alternating absorption and desorption of the gaseous anesthetic taking place in the expiration phase and the inspiration phase, respectively. 1. Field of the Invention
This invention relates to a liquid crystal display device. More particularly, this invention relates to a liquid crystal display device that simplifies a wiring structure of a flexible printed substrate for supplying driving signals to a driver IC mounted by a flip chip mounting system, and reduces a cost by employing a novel signal transmission system.
2. Description of the Related Art
Liquid crystal display devices have been wide spread as a display device for various
the filter element is thus varied through supplying either thermal or vibrational department of energy, at the chemical element which thereby varies the adsorption and/or desorption of gaseous anesthetic. 
 The thermal department of energy may be supplied to the filter component using an department of energy reservoir formed by a insubordinate fastball element, for example a flimsy wire, which can be placed in inner thermal contact with the filter element, for example within the volume of the element fabric. 
 Alternatively, the material of the filter element may be electrically conducting, for exemplar activated carbon fabric, and used as the insubordinate heater element. This has the advantage that the thermal energy can be evenly distributed throughout the entire bulk of the filter element without the need for integrating a separate resistive heater element. 
 An electromagnetic energy source, such as an infra - red or microwave source may be employed to supply the thermal energy at the element. This has an advantage that the source may be locate remote from the filter element which permits the manipulation of a disposable filter chemical element without the need to also dispose of component of the energy source. 
 A source of vibrational energy, such as an acoustic, preferably supersonic, vibrational energy source, may be employed as the energy source. This has the advantage that the vibrational energy can be supplied from outside the filter housing, for example by using vibrational sources detachably mount to an external surface of the caparison. This allow the re - use of the vibrational sources when used with disposable filter element and housings and also the ready alteration of existing filter housings. 
 The above object is also achieve in accordance with the principles of the present invention in an embodiment directed to an inhalation anaesthetic system having a mechanical breathing aid for supplying a breathing gasoline, including an anaesthetic gas, to ventilate a patient, a natural gas circuit connect to the breathing aid for conducting the breathing gas to the patient during an inspiration phase and for conducting exhaled gas from the affected role during an expiration phase, and an anesthetic filter agreement as described above disposed in the gas circuit, with the aforementioned alternating absorption and desorption of the gaseous anaesthetic taking place in the expiration phase and the inspiration phase, respectively. 1. Field of the Invention 
 This invention relates to a liquid crystal display device. More peculiarly, this invention relates to a liquid crystal display device that simplifies a wiring structure of a flexible printed substrate for supplying drive signals to a driver IC mounted by a flip check mounting system, and reduces a cost by employing a fresh signal transmission system. 
 2. Description of the Related Art 
 Liquid crystal display devices have been wide spread as a display device for various
 thf filter element is thus varied through supplymng eitger theroal or vibrational energy, at tye eltient which thereby varies tje adsorptioi and/or desorption of gaseous zkesthztmc.
The thermal ekergy may ba supplied to dhd yilter element using an energy sourcq formec hy a resistive heauer elejvnu, for example a thin wire, which czn be pnaced in intikate thermal contact with hhe vilter element, for example wijgin rhe volume ow the elemtnc material.
Amternatively, the material of thd filcer element mqy hg electricaloy cogducting, for example activayed carbon matcrial, ane used as the resistite heater element. Thys has tha cdvantage that the thwrnal etergf cav be evtnlb djstribktev throughouf the entirw volume of the filuer vkement withoht the nqed for integrating a separate resistivt heafer element.
An electromatnetic energy source, duch as ag infra-red or microwave source may be employed to suppmh tkc gyegmal energy at the element. This has an advantwfe tmat the source mcy be located rekohe srom the filtgr elemzht which permits the use of a diwposable siltrr element without the need to also disiose of components of che energy suurcg.
A soutce of vibrational eneryy, sucg as an acokstic, prerdrably ultrasoniz, vpbradional energy source, may bq employev as che enerey spurce. Ehis has tje adydntage that the vihratilndl energy fan be supplied from outside thx filter housonc, fmr exampje by using vibratyonal sources betachabjy mojnted to ah exterial surface jf the housinc. This permitv the re-tse if tye vibrxgional sources when useb wity disposable filtev eleosnts and housinyr and also the rradh mjdpfiratiog of existing filger nousivgs.
The abovc ocjecy is also achieved it acdordance with the lrlnciples if the pwesent inventoon in an embodimejt dicected to am ighalation anesthetic system habing a mefhakical breathigg ald fjr supplyiug a breathing gas, including an anesthetmc gas, to ventilate a katient, a gas circuit gonnected to the freathing aid for conducting rhe breathing gas to the patient durinf an itspirwtion phase and for conducting exhaled gas from the patient during an expuratioi [hase, and ah anrsthenic yilter wrraigxment as describec above disposed in the gas cirruit, with dhz aforementioned alternating sbrorption and aesorption of the gaseoua anesthrtic taking place in the expirayion phase and the inspivation phqse, rsspectpbeuy. 1. Field of the Imventimn
Thiw invenrion relates to a liauld crystal disklay device. More particularly, this ibventiin relates to a lixuid crystap dispmay dedice that simpliries w wirkng structure of a flexible printed substrate fmr supplying dricpng signals tp a dtnner IC mountev by a flip whip mounting system, and reduces a cost by employinf a novel signal bransmission systgm.
2. Description of the Rekaeed Art
Lkquid crystan display devices have been wide spread as e dispuay devide for variouv
the filter element is thus varied through thermal vibrational energy, the element which desorption gaseous anesthetic. The energy may be to the filter element using an source formed by a resistive heater element, for example a thin wire, which be placed in intimate thermal contact with the filter element, for example within volume the material. the material of the filter element may be electrically conducting, for example activated carbon material, and as the resistive heater element. This has the that the thermal energy be evenly distributed throughout the volume the filter without need integrating a separate heater element. An electromagnetic energy source, such as an infra-red or microwave source may be employed to the thermal the element. has advantage the source may remote from the filter element which of a disposable filter element without the need also dispose components of the energy source. A of vibrational energy, such as an acoustic, preferably vibrational energy source, may be employed as the energy source. This has the advantage that energy can be supplied outside the filter for by vibrational detachably mounted an external surface of the housing. This permits the re-use of vibrational sources when used with disposable filter elements and housings the modification of existing housings. The above object also in accordance with the the invention directed an anesthetic system having a breathing aid for supplying a gas, including an anesthetic a gas circuit connected to the breathing aid conducting the breathing gas to the patient an inspiration phase and for conducting exhaled gas from the patient during expiration phase, anesthetic filter arrangement as described above disposed in gas circuit, with the alternating absorption and desorption of the gaseous anesthetic taking in expiration phase the inspiration phase, 1. Field of Invention This invention a liquid display More relates to a liquid crystal display that a wiring structure of a printed supplying driving signals to a driver IC mounted by a flip chip mounting system, and cost by employing a signal system. 2. Description of the Related Art Liquid crystal display devices have spread as a
 the filter element is thus varIed through SupplYinG eiThEr thErmaL or vibrational ENergY, at the element which therEby vaRiES the ADsOrptiOn and/or DEsORPtiOn Of GasEoUS aNesthEtiC.
The theRmal energy May Be Supplied to thE FiLter elemenT usIng an energy sOurCe formEd By a REsistIve HeateR elemeNT, for exAmple a thiN wIRe, whicH Can be plACEd In inTimate thermal contACt WIth the filter elEment, fOr EXaMPLe wIthIn the volumE oF the eLEment maTErIAL.
altERnatively, the mAterial of thE FilTer eleMeNt mAY be eleCtricAlLY coNducting, for ExamPle activaTed carBOn materIAl, and usEd as thE reSisTive HEaTeR elEmENt. THIs Has THe aDvantage ThAt The thErmaL ENERgy cAn bE eveNly diStributed throUghOut tHE enTire vOlume Of thE fIlter ElemenT withOuT the need for inteGratIng a separAte ReSisTiVe heaTEr elemEnt.
an eLectromAgnetic ENerGy SOURcE, such as an infra-red oR mICRoWave sourCe may bE EmPlOYed to supPlY thE theRMAl eneRgy aT ThE element. this haS An AdVantage ThAt the sOuRce May Be locATed rEmote fRom the fiLter eLEment which permITs the use of a diSPoSABlE FiltEr eLement withoUt thE Need To alSO dIspOSe of cOmponEnTS oF The energy source.
A souRcE of vibRatioNal energy, such As an acoustIC, PReferablY ultRAsONic, vibrational EnergY source, may BE employeD as thE energy sOurce. This HAS the advaNtaGe tHat The VIBrAtional energy CAN be sUpPlied frOm oUtside tHe fIltEr hOusInG, for exampLe by usinG vIbRaTiOnaL sourCEs detachAbLy mOuNteD to an EXternaL surfAce oF tHe HOusIng. This PErMITs thE rE-uSe of The ViBratiOnal SOurCes when Used with dIspOSablE fIlTer elemEnts and housinGs And also the ReAdy ModifiCATion of exIsting filter housings.
The ABove objEct Is alsO achIeved in acCorDance wIth THe prinCiples Of the PrEseNT InvenTIOn In aN eMbodiment dIREctEd to aN iNhalAtion anEsthetic system haviNG a mEchanical breaThiNg aiD FOr SupPLyINg a BrEAthING gas, including an Anesthetic GaS, To Ventilate a PAtiEnT, a gas ciRcuit coNnectED to the bReathing aId for condUcTing THE brEathing gas To the patIent durinG An insPIrAtion PhaSe and fOr ConDuctiNg exhaLEd gAs froM the paTiEnt durIng an ExPiration Phase, and an anesthetic filTer arrAngemEnt As describEd aBOve Disposed iN the Gas circuit, WitH thE aforEmeNTioneD altERnAtiNG absoRptiON and desorPTiOn oF THe Gaseous anesTHETic TakinG plACe in thE expIration phase and thE Inspiration phaSe, reSPEctIveLY. 1. FieLd Of the Invention
thiS iNVEntion reLaTes to a liquiD crystal DiSPlay dEvice. MOre parTicularLY, ThIS invenTion RelAtes to a liQuiD cRYstal diSpLaY Device That SiMplifiEs a wirINg stRUCture of a flexible PrintED SubstRAte For suPpLying drIVing Signals to a Driver IC mouNted by A fliP chip MountinG sYstem, aNd rEdUces a cost bY Employing A noveL signal TrAnsmIssIon sysTem.
2. DESCriptIon oF tHe RElated Art
lIQuID cRySTal DispLay deViCes hAve been wiDE spread aS a dISplay deViCe fOR VariouS
 the filter element is thu s varied t hroug h s upp ly ingeith er thermal orv ibra tional energy, at theeleme nt whic h  t hereb y varie s  t h e  ad so rp tio na nd /or d eso rptionof gaseous  an es thetic.
Thet he rmal energ y m ay be suppli edto the  f ilt e r ele men t usi ng ane nergysource fo rm e d by a resisti v e  h eate r element, for ex a mp l e a thin wire,  which  c a nb e  pl ace d in intim at e the r mal con t ac t w ith the filter el ement, fore xam ple wi th int he vol ume o ft heelement mat eria l.
Altern ativel y , the m a terialof the  fi lte r el e me nt  ma yb e e l ec tri c all y conduc ti ng , for  exa m p l e  act iva tedcarbo n material, a ndused asthe r esist ivehe aterelemen t. Th is  has the advant agethat thethe rm alen ergyc an beeve nly  distri buted t h rou gh o u t  t he entire volume o ft h efilter e lement wi th o ut the n ee d f or i n t egrat inga  s eparateresist i ve  h eater e le ment.An  el ect romag n etic  energ y source , suc h  as an infra-r e d or microwav e  s o u rc e  may  be  employed t o su p plythet he rma l  ener gy at  t h ee lement. This has an  a dvanta ge th at the source  may be lo c a t ed remot e fr o mt he filter elem ent w hich permi t s the us e ofa dispos able filt e r  element  wi tho utthe n ee d to also dis p o se o fcompone nts  of the  en erg y s our ce .
A sourc e of vib ra ti on al  en ergy, such asan  ac ou sti c, pr e ferabl y ult raso ni c, vib rationa l  e n e rgyso ur ce,may  b e emp loye d  as  the en ergy sour ce. This  h as  the ad vantage thatth e vibratio na l e nergyc a n be sup plied from outside thef ilter h ous ing,forexample b y u sing v ibr a tional  sourc es de ta cha b l y mou n t ed  to  a n external s urf ace o fthehousing . This permits the re- use of the vi bra tion a l  s our c es whe nu sed w ith disposablefilter ele me n ts  and housi n gsan d alsothe rea dy mo d ificati on of exi sting fil te r ho u s ing s.
The abo ve objec t is also achie v ed  in a cco rdance  w ith  theprinci p les  of t he pre se nt inv entio nin an em bodiment directed to an  inhal ation  an estheticsys t emhaving amech anical bre ath ing  aidfor suppl ying abre a thing  gas ,  includin g  a n a n e st hetic gas,t o ven tilat e a patien t, a  gas circuit conn e cted to the br eath i n g a idf or c on ducting the br eat hi n g  gas toth e patient d uring an  i n spira tion p hase a nd forc o nd u ctingexha led  gas from  th ep atientdu ri n g an e xpir at ion ph ase, a n d an a nesthetic filter  arra n g ement asdescr ib ed abov e  dis posed in t he gas circ uit, w iththe a foremen ti oned a lte rn ating abso r ption and  deso rptionof  the  ga seousanes t h etictaki ng  pl ace in th e ex p ir at i onphas e and  t he i nspiratio n  phase,res p ectivel y.  1. F ield o f  t h e  Invention 
Th is in v e ntion rela t es t o  a liqui d crys tal di splay d e vic e.  More p art i c ularly, t his inven t ion  r elat es to ali quid  c rys ta l display devic e that s implifie s a wiri ngs truc t ure of  a  flexible pr inted  s u bstrate f orsupplyi n g d riv ing  sig nal s to a driver IC mounted by a  fli p chi p  mo untin g sys te m, and r e duce s a cost by employinga novel signalt ran s miss ion sy st em.
2. De scr i ption  ofthe  Rel ate d Ar t Liqu i d cr y st al d isplay  dev ic es  have bee nwide sp r eada s a  dis playde vi c efor var ious
 the_filter element_is thus varied through_supplying either_thermal_or vibrational_energy,_at the element_which thereby varies_the adsorption and/or desorption_of gaseous anesthetic.
The_thermal_energy may be supplied to the filter element using an energy source formed by_a_resistive heater_element,_for_example a thin wire, which_can be placed in intimate_thermal contact_with the filter element, for example within the_volume_of the element_material.
Alternatively, the material of the filter element may be_electrically conducting, for example activated carbon_material, and used_as_the_resistive heater element. This_has the advantage that the thermal_energy can be evenly distributed throughout_the entire volume of the filter element_without the need for integrating a_separate resistive heater element.
An electromagnetic_energy source,_such as an infra-red or_microwave source may_be employed_to supply the_thermal energy at the element. This_has an advantage_that the source may be located_remote_from the filter_element_which_permits the_use of a_disposable_filter element_without_the need to also dispose of_components_of the energy source.
A source of vibrational_energy, such as an_acoustic,_preferably ultrasonic, vibrational energy_source, may be employed as_the energy source. This has the_advantage that_the vibrational_energy can be supplied from outside the filter housing, for example_by using vibrational sources detachably mounted_to an external surface_of the_housing._This permits the_re-use_of the_vibrational sources when used with disposable filter_elements and_housings and also the ready modification_of existing filter housings.
The_above_object is also achieved in accordance_with the principles of the present_invention in an embodiment directed_to_an_inhalation anesthetic system having a_mechanical breathing aid for supplying a_breathing gas, including_an anesthetic gas, to ventilate a patient,_a_gas circuit connected to the breathing_aid_for conducting the breathing gas to_the_patient_during an inspiration phase and_for conducting exhaled gas from the_patient during an expiration phase, and an anesthetic filter_arrangement as described_above disposed in the gas_circuit,_with_the aforementioned alternating absorption and desorption of the gaseous anesthetic_taking place_in the expiration_phase and the inspiration phase, respectively. 1. Field of the_Invention
This invention relates to a liquid crystal_display device. More particularly, this invention relates to a liquid crystal_display device that simplifies a wiring structure of_a flexible printed substrate for supplying driving_signals to a driver_IC_mounted by a flip chip mounting system,_and_reduces_a_cost by employing_a novel signal_transmission system.
2. Description_of the_Related Art
Liquid crystal_display devices_have been wide_spread_as a display device for various