 issued to the present inventor. This device, while being of a completely different construction embodies a compressible-expandable stored energy source somewhat similar to that used in the apparatus of the present invention.
Still another prior art fluid delivery device, in which the present invention is also named as an inventor, is described in U.S. Pat. No. 6,086,561. This latter patent incorporates a fill system that makes use of conventional vials and cartridge medicament containers. From the initial analog systems, such as those defined by the standards AMPS (Advanced Mobile Phone System) and NMT (Nordic Mobile Telephone), the cellular telephone industry has had an enormous development in the world in the past decades. In the past years, the development has been almost exclusively focused on standards for digital solutions for cellular radio network systems, such as D-AMPS (e.g., as specified in EIA/TIA-IS-54-B and IS-136) and GSM (Global System for Mobile Communications), generally referred to as the second generation of mobile communications systems.
Currently, the cellular technology is entering the 3rd generation, also denoted 3G. WCDMA (Wideband Code Division Multiple Access) is by far the most widely adopted 3G air-interface technology in the new IMT-2000 frequency bands. Standardized by 3GPP (Third Generation Partnership Project) and ITU (international Telecommunication Union), WCDMA has gained broad acceptance within the wireless communication industry. By 2005, there is expected to be close to 100 WCDMA networks in operation globally.
From the outset, WCDMA was designed to provide cost-efficient capacity for both modern mobile multimedia applications and traditional mobile voice services. One of the key benefits of the technology is efficient, flexible support for radio bearers, in which network capacity can be freely allocated between voice and data within the same carrier. WCDMA also supports both multiple simultaneous services and multimedia services comprising multiple components with different service quality requirements in terms of throughput, transfer delay, and bit error rate.
In WCDMA, user data is spread over a bandwidth of circa 5 MHz. The wide bandwidth supports high user data rates and also provides performance benefits due to frequency diversity. However, the exact data transmission speed that will be available for the system users is not easily predictable. The actual capacity in the mobile networks is affected by a number of factors, such as weather conditions, how many users currently communicate through a common base station,
issued to the present inventor. This device, while being of a completely different construction embody a compressible - expandable store energy source somewhat like to that used in the apparatus of the present invention. 
 Still another anterior art fluid delivery device, in which the present invention is also diagnose as an inventor, is described in U.S. Pat. No. 6,086,561. This latter patent incorporate a fill system that make use of conventional phial and cartridge medicament containers. From the initial analogue system, such as those defined by the standards AMPS (Advanced Mobile Phone System) and NMT (Nordic Mobile Telephone), the cellular telephone industry has have an enormous development in the world in the past decade. In the past years, the growth has been almost exclusively focused on standards for digital solutions for cellular radio receiver network systems, such as D - AMPS (e.g., as specified in EIA / TIA - IS-54 - B and IS-136) and GSM (Global System for Mobile Communications), generally referred to as the second coevals of mobile communications systems. 
 Currently, the cellular technology is entering the 3rd generation, also denoted 3G. WCDMA (Wideband Code Division Multiple Access) is by far the about wide adopted 3 G air - interface engineering in the modern IMT-2000 frequency bands. Standardized by 3GPP (Third Generation Partnership Project) and ITU (international Telecommunication Union), WCDMA has gain broad acceptance within the wireless communication industry. By 2005, there is have a bun in the oven to be close to 100 WCDMA networks in operation globally. 
 From the outset, WCDMA was designed to put up cost - efficient capacity for both modern fluid multimedia applications and traditional fluid voice services. One of the key benefits of the technology is efficient, elastic support for radio bearers, in which net capacity can be freely allocate between voice and data within the same carrier. WCDMA also digest both multiple simultaneous service and multimedia services consist multiple components with unlike service quality prerequisite in terms of throughput, transfer delay, and morsel error pace. 
 In WCDMA, user data is spread over a bandwidth of circa 5 megahertz. The wide bandwidth supports high user datum rates and also provides performance benefit due to frequency diversity. However, the exact data transmission speed that will be available for the system drug user is not easily predictable. The actual capacity in the mobile networks is affected by a number of factors, such as weather condition, how many users currently communicate through a common base station,
 isdued to the present invektor. This device, while ueing or a compuetely different constructioi emvodiew a compressible-expandxble storvd energy soucce somewhat simmmar to bkat uacd in vhe apparatus on the presett invention.
Sthlu cnother prior art fluid delivery devyce, in ehlch the presenj invtntyon js also named as an inventor, is deacribed in U.S. Pat. No. 6,086,561. This latter patent incoroorahes a fill system hhat makes oae jd conventionxl vials and cartridge medicament containers. From the initnal analog wywtelv, such as tiose dvfined by the standargs AMPS (Advanced Mobike 'honw System) and NMT (Nordmc Mobile Telephone), jhe celluldr telephone industey has vad dn evirmuus dxvemopmenh ii the world in the pasr decades. In the paxt jrars, the devslopmegt has been almost exclusively focused on stzndards for digital solytions for cellular rwdio netwjrk systems, such as D-AMPS (e.g., as specified in EIA/THA-IS-54-B xnd IF-136) qnf GSM (Global System for Mobile Communications), femegally referred to as the secpnf bgneration of mubile ekmjunications systemd.
Currenjly, thw cellulaw tevhnology is entering the 3rd generation, clsi denoted 3G. WCDMA (Cideband Codz Divixion Kultiple Access) is by fcr the most widelj adopted 3E air-interface tdchkolmgy in the new IMT-2000 frequensy bands. Wtanbardized by 3BPP (Thyrd Generahion Idrtnership Project) and NTU (itternationwl Telecommunication Union), WCDME has gained nrmad acceptauce wibhin the wirelefs communicatipn induftry. Cy 2005, there ps expectxd to be clofe to 100 WCDMA tgtworks in opxration gjobaoly.
Feom the uutset, WCDMA wss designvd to provide cost-efficicnt cxlacity for both moeern mobile mulyimddiw wp'licaehons and tragitiunau mobiue voict scrvkces. One of the key benexits of the technology if efficignt, flexifle support fpr radio bearers, ij whirh netxork cspasity can be freely allocated bstween volce and data wiehin the same caxrier. WCDMA also supports both multiple wimultaneous servixes and multimedia xtrvices comprmsing iultiple womponents with diffwrent service quakity requirements in ferms mf thgoughput, transfer delay, and bit error rate.
In WCDMA, user data is spread ovwr a benqwidth of cjrca 5 MHz. Tke cide bagdwivti supports high uxer data rates and also provider perforkauce benefits due to frequency dkversity. Howexer, the exact data transjission xpeed that will be available fot the system users is nob easily predidtable. The actual capacity im the kobilw netwoeks ls affected by a mulber of fwctocs, auch as weather conditions, how mqny uswrd currently commnnicate thromgm a cojmon bwse station,
issued to the present inventor. This device, of completely different embodies a compressible-expandable to used in the of the present Still another prior art fluid delivery in which the present invention is also named as an inventor, is described U.S. Pat. No. 6,086,561. This latter patent incorporates a fill system that makes of vials cartridge containers. From the initial analog systems, such as those defined by the standards AMPS (Advanced Mobile System) and NMT (Nordic Mobile Telephone), the cellular industry has had an development in the world in past In the years, development been almost exclusively on standards for digital solutions for cellular radio network systems, such as D-AMPS (e.g., as specified in and IS-136) (Global System Mobile generally to as the of mobile communications systems. Currently, the entering the 3rd generation, also denoted 3G. WCDMA Code Division Access) is by far the most adopted 3G air-interface technology in the new IMT-2000 bands. Standardized by 3GPP (Third Generation Partnership Project) and ITU (international Telecommunication Union), WCDMA has acceptance within the wireless industry. By 2005, is to close 100 WCDMA in operation globally. From the outset, WCDMA was designed to provide capacity for both modern mobile multimedia applications and traditional mobile One the key benefits the technology is efficient, support radio bearers, in which can freely and within same carrier. WCDMA also both multiple simultaneous services and services comprising multiple components in terms of throughput, transfer delay, and bit rate. In WCDMA, user data is spread a bandwidth of circa 5 MHz. The wide bandwidth supports high user rates and performance benefits due to frequency diversity. However, the data transmission speed that be available for the system users is not easily The capacity in mobile networks is by a number factors, such as how many currently through station,
 issued to the present inventoR. This devicE, whilE beIng Of A comPletEly different coNStruCtion embodies a compressIble-eXpANdabLE sTored Energy sOUrCE SomEwHaT siMiLAr To thaT usEd in the Apparatus oF thE pResent inventIOn.
still anothEr pRior art fluid DelIvery dEvIce, IN whicH thE presEnt invENtion iS also nameD aS An inveNTor, is deSCRiBed iN U.S. Pat. No. 6,086,561. This latteR PaTEnt incorporateS a fill SySTeM THat MakEs use of conVeNtionAL vials aND cARTRidGE medicament coNtainers. FroM The InitiaL aNalOG systeMs, sucH aS ThoSe defined by The sTandards AmPS (AdvANced MobILe Phone system) And nMT (nordIC MObIle teLEphONe), The CEllUlar telePhOnE induStry HAS HAd an EnoRmouS deveLopment in the wOrlD in tHE paSt decAdes. IN the PaSt yeaRs, the dEveloPmEnt has been almosT excLusively fOcuSeD on StAndarDS for diGitAl sOlutionS for celLUlaR rADIO nEtwork systems, such aS D-ampS (E.g., as specIfied iN eIa/Tia-IS-54-B and Is-136) aNd GsM (GlOBAl SysTem fOR MObile ComMunicaTIoNs), GeneralLy ReferrEd To aS thE secoND genEratioN of mobilE commUNications systeMS.
Currently, the CElLULaR TechNolOgy is enteriNg thE 3Rd geNeraTIoN, alSO denoTed 3G. WcDma (WIDeband Code Division MUlTiple ACcess) Is by far the mosT widely adoPTED 3G air-intErfaCE tEChnology in the nEw IMT-2000 Frequency bANds. StandArdizEd by 3GPP (THird GenerATIon PartnErsHip proJecT) ANd iTU (internatioNAL TelEcOmmunicAtiOn Union), wCDmA hAs gAinEd Broad accePtance wiThIn ThE wIreLess cOMmunicatIoN inDuStrY. By 2005, thERe is exPecteD to bE cLoSE to 100 wCDMA neTWoRKS in oPeRaTion GloBaLly.
FrOm thE OutSet, WCDMa was desigNed TO proViDe Cost-effIcient capacitY fOr both modeRn MobIle mulTIMedia appLications and traditional MObile voIce ServiCes. ONe of the keY beNefits Of tHE technOlogy iS effiCiEnt, FLExiblE SUpPorT fOr radio beaRERs, iN whicH nEtwoRk capacIty can be freely alloCAteD between voice And Data WIThIn tHE sAMe cArRIer. wcdMA also supports Both multipLe SImUltaneous sERviCeS and mulTimedia ServiCEs comprIsing multIple compoNeNts wITH diFferent serVice qualIty requirEMents IN tErms oF thRoughpUt, TraNsfer Delay, aND biT erroR rate.
IN WcDMA, usEr datA iS spread oVer a bandwidth of circa 5 MHz. the widE bandWidTh supportS hiGH usEr data ratEs anD also proviDes PerFormaNce BEnefiTs duE To FreQUency DiveRSity. HowevER, tHe eXACt Data transmiSSIOn sPeed tHat WIll be aVailAble for the system uSErs is not easily PredICTabLe. THE actUaL capacity in the MobIlE NEtworks iS aFfected by a nUmber of fAcTOrs, suCh as weAther cOnditioNS, HoW Many usErs cUrrEntly commUniCaTE througH a CoMMon basE staTiOn,
 issued to the present inv entor. Thi s dev ice , w hi le b eing  of a complete l y di fferent construction e mbodi es a co m pr essib le-expa n da b l e s to re d e ne r gy  sour cesomewha t similartoth at used in t h eapparatusofthe presentinv ention .Sti l l ano the r pri or art fluiddeliveryde v ice, i n  whicht h epres ent invention isa ls o  named as an i nvento r, is d esc rib ed in U.S.  P at. N o . 6,086 , 56 1 . Thi s  latter paten t incorpora t esa fill  s yst e m that  make su seof conventi onal  vials an d cart r idge me d icament  conta ine rs.  Fro m  t he  in it i ala na log sys tems, su ch  a s tho se d e f i n ed b y t he s tanda rds AMPS (Adv anc ed M o bil e Pho ne Sy stem )and N MT (No rdicMo bile Telephone) , th e cellula r t el eph on e ind u stry h ashad  an eno rmous d e vel op m e n tin the world in th ep a st  decades . In t h epa s t years,  t hedeve l o pment  has be en almos t excl u si ve ly focu se d on s ta nda rds  ford igit al sol utions f or ce l lular radio ne t work systems, su c h  a s  D-A MPS  (e.g., asspec i fied  inE IA /TI A -IS-5 4-B a nd IS - 136) and GSM (Globa lSystem  forMobile Commun ications), g e nerallyrefe r re d  to as the sec ond g enerationo f mobile  comm unicatio ns system s . 
Current ly,  th e c ell u l ar  technology i s ente ri ng the3rd  genera tio n,als o d en oted 3G.WCDMA (W id eb an dCod e Div i sion Mul ti ple  A cce ss) i s  by fa r the  mos twi d ely  adopte d  3 G air- in te rfac e t ec hnolo gy i n  th e new I MT-2000 f req u ency  b an ds. Sta ndardized by3G PP (ThirdGe ner ationP a rtnershi p Project) and ITU (int e rnation alTelec ommu nicationUni on), W CDM A  has g ainedbroad  a cce p t ancew i th inth e wireless c omm unica ti on i ndustry . By 2005, there i s  ex pected to beclo se t o 10 0 W C DM A  ne tw o rks i n operation glo bally.
Fro mt he  outset, W C DMA  w as desi gned to  prov i de cost -efficien t capacit yforb o thmodern mob ile mult imedia ap p licat i on s and  tr aditio na l m obile  voice ser vices . Oneof  the k ey be ne fits ofthe technology is effic ient,flexi ble  supportfor rad io bearer s, i n which ne two rkcapac ity can b e fr e el y a l locat ed b e tween voi c eand d at a within th e s ame  carr ier .  WCDMA  als o supports both m u ltiple simulta neou s ser vic e s an dmultimedia ser vic es c omprisin gmultiple co mponents  w i th di fferen t serv ice qua l i ty requir emen tsin termsofth r oughput ,tr a nsferdela y,  and b it err o r ra t e .
In WCDMA, user  data i s spr e adoverabandwid t h of  circa 5 M Hz. The wid e band widt h sup ports h ig h user  da ta  rates and also prov idesperform an ce b ene fits d ue t o frequ ency  d ive rsity. Ho w e ve r ,th e  ex actdatatr ansm ission sp e ed thatwil l  be ava il abl e for th e  s y s tem usersisnot e a s ily predic t able .  T h e act ual ca pacity  in the mob il e netwo rks i s affecte d by a nu m ber  o f fa ctors, s uc h as  w eat he r conditions, h ow manyusers cu r r entlycom m unic a te thr ou gh a commonbasest a tion,
 issued_to the_present inventor. This device,_while being_of_a completely_different_construction embodies a_compressible-expandable stored energy_source somewhat similar to_that used in_the_apparatus of the present invention.
Still another prior art fluid delivery device, in which the_present_invention is_also_named_as an inventor, is described_in U.S. Pat. No. 6,086,561._This latter_patent incorporates a fill system that makes use_of_conventional vials and_cartridge medicament containers. From the initial analog systems, such_as those defined by the standards_AMPS (Advanced Mobile_Phone_System)_and NMT (Nordic Mobile_Telephone), the cellular telephone industry has_had an enormous development in the_world in the past decades. In the_past years, the development has been_almost exclusively focused on standards_for digital_solutions for cellular radio network_systems, such as_D-AMPS (e.g.,_as specified in_EIA/TIA-IS-54-B and IS-136) and GSM (Global_System for Mobile_Communications), generally referred to as the_second_generation of mobile_communications_systems.
Currently,_the cellular_technology is entering_the_3rd generation,_also_denoted 3G. WCDMA (Wideband Code Division_Multiple_Access) is by far the most widely_adopted 3G air-interface technology_in_the new IMT-2000 frequency_bands. Standardized by 3GPP (Third_Generation Partnership Project) and ITU (international_Telecommunication Union),_WCDMA has_gained broad acceptance within the wireless communication industry. By 2005, there_is expected to be close to_100 WCDMA networks in_operation globally.
From_the_outset, WCDMA was_designed_to provide_cost-efficient capacity for both modern mobile multimedia_applications and_traditional mobile voice services. One of_the key benefits of_the_technology is efficient, flexible support for_radio bearers, in which network capacity_can be freely allocated between_voice_and_data within the same carrier._WCDMA also supports both multiple simultaneous_services and multimedia_services comprising multiple components with different service_quality_requirements in terms of throughput, transfer_delay,_and bit error rate.
In WCDMA, user_data_is_spread over a bandwidth of_circa 5 MHz. The wide bandwidth_supports high user data rates and also provides performance_benefits due to_frequency diversity. However, the exact_data_transmission_speed that will be available for the system users is_not easily_predictable. The actual_capacity in the mobile networks is affected by a number_of factors, such as weather conditions, how_many users currently communicate through a common base station,