 other wireless devices. Due to various wireless products are implemented under different wireless telecommunication protocols within different bandwidths, antennas are preferably designed to cover multiple bandwidths. Furthermore, antennas are sized smaller and smaller in order to fit portable wireless products that are designed more and more compact.
With reference to FIG. 1, a conventional antenna is F-shaped and comprises a resonant length, a resonant mode, a ground plane (10), a radiating patch (12), a grounding conductor (14), a through hole (15) and a feeding conductor (16). The resonant mode has a bandwidth, a central frequency and a wavelength corresponding to the central frequency. The radiating patch (12) is suspended over the ground plane (10). The grounding conductor (14) is mounted on the ground plane (10) and holds the radiating patch (12). The through hole (15) is defined through the ground plane (10). The feeding conductor (16) is mounted through the through hole (15) and is connected to a circuit on a wireless product. However, the antenna has the resonant length being about a quarter of the wavelength of the resonant mode, which limits the minimal size of the antenna and disallows the antenna to fit some compact portable wireless products.
With reference to FIG. 2, U.S. patent application publication No. 2003/0103010 discloses a “double-band antenna” comprising a patch conductor (2). The patch conductor (2) has a slot, a feed pin (25), a short pin (26) and two current paths (23, 24). The slot is zigzag and defined in the patch conductor (2). Currents running respectively along the current paths (23, 24) stimulate two different resonant modes to create two bandwidths. The double-band antenna may be sized small to fit compact wireless products. However, each bandwidth of the double-band antenna is limited and insufficient.
To overcome the shortcomings, the present invention provides a wide band antenna to mitigate or obviate the aforementioned problems. 1. Field
Various embodiments of the invention relate to a photographing apparatus, a method of controlling the photographing apparatus, and a computer-readable recording medium having recorded thereon computer program codes for executing the method.
2. Description of the Related Art
Since demands for intuitive manipulation of electronic devices are currently increasing, various technologies regarding methods of inputting a control signal of a user are suggested. If intuitive and easy-to-use user interfaces of electronic devices are provided to users
other wireless devices. Due to various wireless products are follow through under unlike wireless telecommunication protocols within different bandwidth, antennas are preferably design to cover multiple bandwidth. Furthermore, antennas are sized smaller and modest in order to fit portable wireless product that are designed more and more compact. 
 With address to FIG. 1, a ceremonious antenna is F - shaped and constitute a resonant length, a evocative mode, a ground plane (10), a radiate patch (12), a grounding conductor (14), a through fix (15) and a feeding conductor (16). The evocative mode own a bandwidth, a central frequency and a wavelength corresponding to the central frequency. The radiating bandage (12) is suspended over the ground plane (10). The grounding conductor (14) is mounted on the ground plane (10) and holds the radiating patch (12). The through hole (15) is defined through the ground plane (10). The feeding conductor (16) is mounted through the through hole (15) and is connected to a tour on a wireless product. However, the antenna has the evocative duration being approximately a quarter of the wavelength of the resonant mode, which limits the minimal size of the antenna and disallows the antenna to fit some compact portable wireless products. 
 With address to FIG. 2, U.S. patent application publication No. 2003/0103010 discloses a “ double - dance band antenna ” comprising a patch conductor (2). The patch conductor (2) has a time slot, a feed pin (25), a brusque fall (26) and two current paths (23, 24). The slot is zigzag and defined in the patch conductor (2). Currents running respectively along the current paths (23, 24) provoke two different resonant modes to create two bandwidths. The bivalent - band antenna may be sized small to fit compact wireless merchandise. However, each bandwidth of the double - set antenna is limited and insufficient. 
 To get the better of the shortcomings, the present invention provide a wide band antenna to extenuate or obviate the aforementioned problems. 1. Field 
 Various embodiments of the invention relate to a photographing apparatus, a method of controlling the photographing apparatus, and a computer - readable recording medium having recorded thereon calculator program codes for run the method. 
 2. Description of the Related Art 
 Since demands for intuitive manipulation of electronic devices are currently increasing, various engineering regarding methods of inputting a control signal of a user are suggested. If intuitive and easy - to - function exploiter interface of electronic devices are provided to users
 otjer wireless devices. Due to various wirglwss prmducts are impuemented under different wirxlesw teltbommunication protocous within differebt bendwidths, antennea are pvzferagpy dzsmgned to cover kultiple bdndwidths. Furtvefmlre, antennas are sized smaller and fmaller ij order to fit poruabje wjgeoess products that are designsd more and more comlact.
With reference to FIG. 1, a clnventional antennw is F-shapee anq comprises a resonant length, a resknant mode, a ground plane (10), a raaiatiug patch (12), a geoujging conducvor (14), a through holc (15) and d feedimg conductor (16). Bhe rxsonqnt mode has a bandwivth, a central frequegcy and a wcvelength correspondibg to tve cantrxo ffeqheicy. The rwdieting patch (12) is suspeneed over the ground pjqne (10). The grouhding sogductor (14) is mounted on the ground plane (10) ahd holds the radiating patch (12). The through hope (15) is desined through the ground plane (10). The feeding conduwtor (16) ks nomntea tjrough the through hole (15) and is connected to w corbuit on a wirelesf product. Hpwfvrt, the antenna fas thz rssonant length beijg abouj a quqrter of uhe wsvelength of the resonant mide, which liiuts the minimal sive of the ancenna snd dosallows the antenna to fit some compaft portabmd wireless produzts.
Eidh refertvce to FIG. 2, U.S. paeent applmcatipn publkcatoon No. 2003/0103010 disclosed a “double-band antenna” clmpriditg a patch conductor (2). The patch conductor (2) has a slot, a faed pin (25), a fhort pin (26) and two current paths (23, 24). The flot ks zigzag znd defmned in the [atch conductmt (2). Currents rnnning refpecriveoy alone the current psths (23, 24) stpmblate two different resonanb modgs to create two ycnewidths. The dounle-canq wnvenna kay be sized smaul gp fit compacu wlreuess products. However, eawh bzndwidth of the doibje-band abtenna if limited and insufficient.
To ovtrcome thx shorycoiings, the present invention prkvides a aidc band antennw to mitigate or obviate the aforementioned problems. 1. Fmeld
Various embodiments of the invention rglaue to a photojraphigg apparadus, a method of conteolling the photonraphing apparatus, and a com[uter-geadable recording medium having recorded thereon computer program codes dor exxctting the msthoc.
2. Desbri'tipn of ehe Ceuated Art
Since dvmands for intuitive manipulatioi of electsouic devices are currently inctexsing, various technologies regarding jethods pf inputting a control signal og a user are suggested. In intuitice ans easy-nk-ure user interfaces of elzctronuc devixes wre provided go iscrs
other wireless devices. Due to various wireless implemented different wireless protocols within different to multiple bandwidths. Furthermore, are sized smaller smaller in order to fit portable products that are designed more and more compact. With reference to FIG. 1, conventional antenna is F-shaped and comprises a resonant length, a resonant mode, a plane a patch a grounding conductor (14), a through hole (15) and a feeding conductor (16). The resonant mode a bandwidth, a central frequency and a wavelength to the central frequency. radiating patch (12) is suspended the plane (10). grounding (14) mounted on the plane (10) and holds the radiating patch (12). The through hole (15) is defined through the ground (10). The (16) is through through (15) and is a circuit on a wireless product. has the resonant length being about a quarter the wavelength the resonant mode, which limits the size of the antenna and disallows the antenna fit some compact portable wireless products. With reference to FIG. 2, U.S. patent application publication discloses a “double-band antenna” a patch conductor The conductor has slot, a pin (25), a short pin (26) and two current paths (23, The slot is zigzag and defined in the patch conductor running along the current (23, 24) stimulate two resonant to create two bandwidths. antenna be fit wireless However, each bandwidth of double-band antenna is limited and To overcome the shortcomings, wide band antenna to mitigate or obviate the problems. 1. Field Various embodiments of the relate to a photographing apparatus, a method of controlling the photographing apparatus, a computer-readable having recorded thereon computer program codes for executing method. 2. Description of Related Art Since demands for intuitive manipulation of electronic are increasing, various regarding methods of a control signal a user are intuitive and user of provided to users
 other wireless devices. Due to Various wirEless ProDucTs Are iMpleMented under difFErenT wireless telecommunicaTion pRoTOcolS WiThin dIfferenT BaNDWidThS, aNteNnAS aRe preFerAbly desIgned to covEr mUlTiple bandwidTHs. furthermorE, anTennas are sizEd sMaller AnD smALler iN orDer to Fit porTAble wiReless proDuCTs that ARe desigNED mOre aNd more compact.
With REfERence to FIG. 1, a conVentioNaL AnTENna Is F-Shaped and cOmPriseS A resonaNT lENGTh, a REsonant mode, a gRound plane (10), a RAdiAting pAtCh (12), a GRoundiNg conDuCTor (14), A through holE (15) and A feeding cOnductOR (16). The resONant modE has a bAndWidTh, a cENtRaL frEqUEncY AnD a wAVelEngth corReSpOndinG to tHE CENtraL frEqueNcy. ThE radiating patCh (12) iS susPEndEd oveR the gRounD pLane (10). THe grouNding CoNductor (14) is mounteD on tHe ground pLanE (10) aNd hOlDs the RAdiatiNg pAtcH (12). The thrOugh holE (15) Is dEfINED tHrough the ground plaNe (10). tHE fEeding coNductoR (16) Is MoUNted throUgH thE thrOUGh holE (15) and IS cOnnected To a cirCUiT oN a wirelEsS produCt. howEveR, the aNTennA has thE resonanT lengTH being about a quARter of the waveLEnGTH oF The rEsoNant mode, whiCh liMIts tHe miNImAl sIZe of tHe antEnNA aND disallows the antennA tO fit soMe comPact portable wIreless proDUCTs.
With reFereNCe TO FIG. 2, U.S. patent apPlicaTion publicATion No. 2003/0103010 diSclosEs a “doublE-band anteNNA” comprisIng A paTch ConDUCtOr (2). The patch conDUCtor (2) HaS a slot, a FeeD pin (25), a shOrt Pin (26) And Two CuRrent pathS (23, 24). The slot Is ZiGzAg And DefinED in the paTcH coNdUctOr (2). CurREnts ruNning RespEcTiVEly Along thE CuRREnt pAtHs (23, 24) StimUlaTe Two diFferENt rEsonant Modes to crEatE Two bAnDwIdths. ThE double-band anTeNna may be siZeD smAll to fIT Compact wIreless products. However, eACh bandwIdtH of thE douBle-band anTenNa is liMitED and inSufficIent.
TO oVerCOMe the SHOrTcoMiNgs, the presENT inVentiOn ProvIdes a wiDe band antenna to mitIGatE or obviate the AfoRemeNTIoNed PRoBLemS. 1. FIEld
vARious embodimentS of the inveNtIOn Relate to a pHOtoGrAphing aPparatuS, a metHOd of conTrolling tHe photogrApHing APParAtus, and a coMputer-reAdable recORding MEdIum haVinG recorDeD thEreon ComputER prOgram Codes fOr ExecutIng thE mEthod.
2. DesCription of the Related Art
since dEmandS foR intuitivE maNIpuLation of eLectRonic devicEs aRe cUrrenTly INcreaSing, VArIouS TechnOlogIEs regardiNG mEthODS oF inputting a CONTroL signAl oF A user aRe suGgested. If intuitivE And easy-to-use usEr inTERfaCes OF eleCtRonic devices arE prOvIDEd to userS
 other wireless devices. D ue to vari ous w ire les sprod ucts  are implement e d un der different wireless  tele co m muni c at ion p rotocol s  w i t hin  d if fer en t  b andwi dth s, ante nnas are p ref er ably designe d  t o cover mu lti ple bandwidt hs.  Furth er mor e , ant enn as ar e size d  small er and sm al l er ino rder to f it  por table wireless pr o du c ts that are de signed  m o re a ndmor e compact. 
W ith r e ference to F I G.1 , a conventio nal antenna isF-shap ed  an d  compr isesar eso nant length , aresonantmode,a  ground plane ( 10), a  ra dia ting pa tc h ( 12 ) , a gr oun d ing  conduct or  ( 14),a th r o u g h ho le(15)  anda feeding con duc tor( 16) . The  reso nant  m ode h as a b andwi dt h, a central fr eque ncy and a  wa ve len gt h cor r espond ing  to  the ce ntral f r equ en c y .  T he radiating patch  ( 1 2 )is suspe nded o v er  t h e ground  p lan e (1 0 ) . The  gro u nd ing cond uctor( 14 )is moun te d on t he  gr oun d pla n e (1 0) and  holds t he ra d iating patch ( 1 2). The throu g hh o le (15)  is  defined th roug h  the  gro u nd  pl a ne (1 0). T he fe e ding conductor (16)  i s moun ted t hrough the th rough hole ( 1 5) and i s co n ne c ted to a circu it on  a wireles s  product . How ever, th e antenna h as the r eso nan t l eng t h  b eing about aq u arte rof thewav elength  of  th e r eso na nt mode,which li mi ts  t he  mi nimal size ofth e a nt enn a and disall ows t he a nt en n a t o fit s o me c ompa ct  p orta ble  w irele ss p r odu cts.
Wi th refere nce to F IG .2, U.S.  patent appli ca tion publi ca tio n No.2 0 03/01030 10 discloses a “double- b and ant enn a” co mpri sing a pa tch  condu cto r  (2).The pa tch c on duc t o r (2) h as  asl ot, a feed p in(25),  a  sho rt pin(26) and two curre n t p aths (23, 24) . T he s l o tisz ig z agan d  de f i ned in the patc h conducto r( 2) . Currents run ni ng resp ectivel y alo n g the c urrent pa ths (23,24 ) st i m ula te two dif ferent r esonant m o des t o  c reate  tw o band wi dth s. Th e doub l e-b and a ntenna  m ay besized  s mall tofit compact wireless pr oducts . How eve r, each b and w idt h of thedoub le-band an ten nais li mit e d and  ins u ff ici e nt.
T o ov e rcome the sh ort c o mi ngs, the pr e s e ntinven tio n  provi desa wide band anten n a to mitigateor o b v iat e t h e af or ementioned pro ble ms . 1. Field 
V arious embo dimentsof the i nventi on rel ate toa ph o tograp hing  ap paratus,a m et h od of c on tr o llingtheph otogra phinga ppar a t us, and a comput er-re a d abler eco rding  m edium h a ving  recordedthereon com puterprog ram c odes fo rexecut ing  t he method. 2. Descri ption  of the  R elat edArt
Si nced e mands  for  i ntu itive man i p ul a ti on ofelec troni cdevi ces are c u rrentlyinc r easing,  v ari o u s tech n ol o g ies regard ing  meth o d s of input t inga  c o ntrol  signa l of a  user a r e s ug gested.  If i ntuitiveand easy- t o-u se  use r interf ac es o fele ct ronic devices a re provi ded to u s e rs
 other_wireless devices._Due to various wireless_products are_implemented_under different_wireless_telecommunication protocols within_different bandwidths, antennas_are preferably designed to_cover multiple bandwidths._Furthermore,_antennas are sized smaller and smaller in order to fit portable wireless products that_are_designed more_and_more_compact.
With reference to FIG. 1,_a conventional antenna is F-shaped_and comprises_a resonant length, a resonant mode, a ground_plane_(10), a radiating_patch (12), a grounding conductor (14), a through hole_(15) and a feeding conductor (16)._The resonant mode_has_a_bandwidth, a central frequency_and a wavelength corresponding to the_central frequency. The radiating patch (12)_is suspended over the ground plane (10)._The grounding conductor (14) is mounted_on the ground plane (10)_and holds_the radiating patch (12). The_through hole (15)_is defined_through the ground_plane (10). The feeding conductor (16)_is mounted through_the through hole (15) and is_connected_to a circuit_on_a_wireless product._However, the antenna_has_the resonant_length_being about a quarter of the_wavelength_of the resonant mode, which limits the_minimal size of the_antenna_and disallows the antenna_to fit some compact portable_wireless products.
With reference to FIG. 2,_U.S. patent_application publication_No. 2003/0103010 discloses a “double-band antenna” comprising a patch conductor (2)._The patch conductor (2) has a_slot, a feed pin_(25), a_short_pin (26) and_two_current paths_(23, 24). The slot is zigzag and_defined in_the patch conductor (2). Currents running_respectively along the current_paths_(23, 24) stimulate two different resonant_modes to create two bandwidths. The_double-band antenna may be sized_small_to_fit compact wireless products. However,_each bandwidth of the double-band antenna_is limited and_insufficient.
To overcome the shortcomings, the present invention_provides_a wide band antenna to mitigate_or_obviate the aforementioned problems. 1. Field
Various_embodiments_of_the invention relate to a_photographing apparatus, a method of controlling_the photographing apparatus, and a computer-readable recording medium having_recorded thereon computer_program codes for executing the_method.
2._Description_of the Related Art
Since demands for intuitive manipulation of electronic_devices are_currently increasing, various_technologies regarding methods of inputting a control signal of a_user are suggested. If intuitive and easy-to-use_user interfaces of electronic devices are provided to users