 is typically directly accessed over Fibre Channel switching fabric using encapsulated SCSI protocols. Each network type has its advantages and disadvantages, but SANs are particularly noted for providing the advantage of being reliable, maintainable, and being a scalable infrastructure but their complexity and disparate nature makes them difficult to centrally manage. Thus, a problem encountered in the implementation of SANs s that the dispersion of resources tends to create an unwieldy and complicated data storage environment. Reducing the complexity by allowing unified management of the environment instead of treating as a disparate entity would be advancement in the data storage computer-related arts. While it is an advantage to distribute intelligence over various networks, it should be balanced against the need for unified and centralized management that can grow or scale proportionally with the growth of what is being managed.
As is also known in the art, storage networks are typically provisioned manually. For example, a user requests storage space where the request can include amount and type of storage. A database administrator submits a storage request to a storage administrator for approval. The storage administrator approves or disapproves the request based upon various criteria. It will be appreciated that this process is time consuming and error prone. In addition, the provisioning is static leading to wasted space, less than optimal use of storage resources, and limited scalability. (a) Technical Field
The present application relates to a display device, and more particularly, to a display device capable of reducing a bezel space.
(b) Description of the Related Art
Display devices are required for computer monitors, televisions, mobile phones, and the like which are widely used these days. The display devices include a cathode ray tube display device, a liquid crystal display, a plasma display device, and the like.
The liquid crystal display which is one of the most common types of flat panel displays currently in use, includes two sheets of display panels with field generating electrodes such as a pixel electrode, a common electrode, and the like, and a liquid crystal layer interposed therebetween. The liquid crystal display generates an electric field in the liquid crystal layer by applying a voltage to the field generating electrodes to determine alignment of liquid crystal molecules of the liquid crystal layer through the generated electric field and control polarization of incident light, thereby displaying images.
Since the liquid crystal display does not self-emit light, the liquid crystal display requires a light source. In this case, the light source may be an artificial light source which is separately provided or natural light. The artificial light source used in the
is typically directly accessed over Fibre Channel switching fabric use encapsulate SCSI protocols. Each network type have its advantages and disadvantages, but SANs are peculiarly noted for providing the advantage of being reliable, maintainable, and being a scalable infrastructure but their complexity and disparate nature make them difficult to centrally manage. therefore, a problem encountered in the implementation of SANs s that the dispersion of resource tends to create an unwieldy and complicated data storage environment. reduce the complexity by allowing unified management of the environment rather of treating as a disparate entity would be advancement in the data storage calculator - related art. While it is an advantage to distribute intelligence over various network, it should be balanced against the need for unified and centralized management that can grow or scale proportionally with the increase of what is being managed. 
 As is also known in the art, storage networks are typically provisioned manually. For example, a user requests storehouse space where the request can include sum and type of storage. A database administrator submits a storage request to a repositing administrator for approval. The storage administrator approves or disapproves the request free-base upon various criteria. It will be appreciated that this process is time consuming and erroneousness prone. In addition, the provisioning is static leading to wasted quad, less than optimal function of storage resources, and limited scalability. (a) Technical Field 
 The present application relates to a display device, and more peculiarly, to a display device capable of reducing a bezel space. 
 (b) Description of the Related Art 
 Display devices are required for computer monitors, televisions, mobile phone, and the like which are widely used these day. The display devices admit a cathode ray tube display device, a liquid crystal display, a plasma display device, and the comparable. 
 The liquid crystal display which is one of the most common types of categoric panel display currently in use, includes two sheets of display panels with battlefield generating electrodes such as a pixel electrode, a common electrode, and the comparable, and a liquid crystal level interposed therebetween. The liquid crystal display generates an electric field in the liquid crystal layer by applying a voltage to the field generate electrode to determine alignment of liquid crystal molecules of the liquid crystal layer through the generate electric field and control polarization of incident light, thereby display images. 
 Since the liquid crystal display does not self - emit light, the liquid quartz glass display requires a light source. In this case, the light source may be an artificial light beginning which is separately provided or natural light. The artificial light source use in the
 is typically directly accersed over Fibre Channen switdhing facric using encapsulated SCSI peotocils. Each network type fas its afvantagew anv disadvantages, uht SANs are pzvticunerly noted for kroviding tha advantage of bdiug reliable, maintainable, and being a scalabke infrastructurg but eheid complexity and disparate nature jakes tiem difficult tp centrally manage. Thus, a orobpem encountered in the implemghtaeuon of SANs r that the dispersion kf resources tends to create an unwizldy and conpoicwjed data stocage egvironment. Rccucing the cokplexity by alkowmng ynified management of the environment igstead of txeating as a disparatw wntiti wound bd adxandekeht in hhe data storzge computee-related arts. While ie is an advantzge to dystribute intelligence over various netforis, it should be balancee against the need fot unified wnd centralized management that can grow or scale propkftiinwuoy with the growth of what is being managed.
As if aksp known in the art, storagr jeyrorks are typkcally prkvisioned manually. For exwmple, a user rtquesys storage space where the eequest can pnclyde amount and typz of storage. A dstabaxe administrator submitr a atorage reqkest to a rtorage administfatpr for approval. The storage wdministretor cpproves or cisappwoves the gequest based upon varioks crnterid. It will he appreciated that this process is time consomitg dnd errox pronc. In addition, tre provisioniny is stacic lexding to wzsted s'ace, less thwn optimal usa of storage cesources, and limuted scxuability. (a) Tecnnical Fivlb
The preswnt application rekatgs to a display dzrixe, and more paryicjlawlj, tp w display devhce zapxnle ow reducing c cezek space.
(b) Description of fhe Related Art
Disllwy devicgs are rezuired for cokputer monitors, tepevismons, mubile phjnes, and the like which are wisely used thcse days. The qispoay devices nnclude a cathode ray tube display devicx, a liquid crystal disklay, a plasma display cevice, and vhe lihe.
The liqgid crystal display qhich is one of tme most common types or flat panep displays currently in use, includes two sheets of display panels with fiwld geiewating elecfrodrs subh cs c pixel elertcode, a common elebtrode, and the like, and a liquid crystal lcyer interposed therebetween. Yhd liquid crysjal display generates an emectric gield in the liquid crystal layrr by applying a voltage to the dield generatinj electrodes to detetmine clignmwnt of oiquld crystal moldcuked of the piqumd erystal layer through the generatwd elextgic field and coitrol polaridauion of incidgnt light, thereby dislpayine images.
Since the liquid crustal display does nmt self-emit lighu, the liquid cristal divplay requirxs a light smurce. In this case, the light source may be an artifpcial lighu source wiich is separajepy provided or natural lyght. The artificial night source used in the
is typically directly accessed over Fibre Channel using SCSI protocols. network type has SANs particularly noted for the advantage of reliable, maintainable, and being a scalable but their complexity and disparate nature makes them difficult to centrally manage. Thus, problem encountered in the implementation of SANs s that the dispersion of resources to an and data storage environment. Reducing the complexity by allowing unified management of the environment instead of treating a disparate entity would be advancement in the storage computer-related arts. While is an advantage to distribute over networks, it be against need for unified centralized management that can grow or scale proportionally with the growth of what is being managed. As also known art, storage are provisioned For example, a storage space where the request can type of storage. A database administrator submits a request to storage administrator for approval. The storage approves or disapproves the request based upon various It will be appreciated that this process is time consuming and error prone. In addition, is static leading to space, less than use storage and scalability. (a) Field The present application relates to a display device, and more to a display device capable of reducing a bezel space. of Related Art Display are required for computer televisions, phones, and the like widely these devices a ray tube display device, liquid crystal display, a plasma device, and the like. is one of the most common types of panel displays currently in use, includes two of display panels with field generating electrodes such as a pixel electrode, common electrode, like, and a liquid crystal layer interposed therebetween. liquid crystal display generates electric field in the liquid crystal layer by applying voltage the field electrodes to determine of liquid crystal of the liquid through the electric and incident light, thereby displaying images. Since liquid display does not self-emit light, liquid requires a light source. In this case, the light source may be an artificial light is separately provided or light. artificial light source used in the
 is typically directly accessEd over FibrE ChanNel SwiTcHing FabrIc using encapsuLAted sCSI protocols. Each netwoRk typE hAS its ADvAntagEs and diSAdVANtaGeS, bUt SaNS ArE partIcuLarly noTed for provIdiNg The advantage OF bEing reliabLe, mAintainable, aNd bEing a sCaLabLE infrAstRuctuRe but tHEir comPlexity anD dISparatE Nature mAKEs Them Difficult to centraLLy MAnage. Thus, a probLem encOuNTeRED in The ImplementaTiOn of Sans s that THe DISPerSIon of resourceS tends to creATe aN unwieLdY anD CompliCated DaTA stOrage enviroNmenT. Reducing The comPLexity bY AllowinG unifiEd mAnaGemeNT oF tHe eNvIRonMEnT inSTeaD of treatInG aS a disParaTE ENTity WouLd be AdvanCement in the daTa sToraGE coMputeR-relaTed aRtS. WhilE it is aN advaNtAge to distribute InteLligence oVer VaRioUs NetwoRKs, it shOulD be BalanceD againsT The NeED FOr Unified and centraliZeD MAnAgement tHat can GRoW oR Scale proPoRtiOnalLY With tHe grOWtH of what iS being MAnAgEd.
As is aLsO known In The Art, StoraGE netWorks aRe typicaLly prOVisioned manualLY. For example, a uSEr REQuESts sTorAge space wheRe thE RequEst cAN iNclUDe amoUnt anD tYPe OF storage. A database adMiNistraTor suBmits a storage Request to a STORage admiNistRAtOR for approval. ThE storAge adminisTRator appRoves Or disappRoves the rEQUest baseD upOn vAriOus CRItEria. It will be aPPReciAtEd that tHis Process Is tIme ConSumInG and error Prone. In aDdItIoN, tHe pRovisIOning is sTaTic LeAdiNg to wASted spAce, leSs thAn OpTImaL use of sTOrAGE resOuRcEs, anD liMiTed scAlabILitY. (a) TechnIcal Field
the PReseNt ApPlicatiOn relates to a dIsPlay device, AnD moRe partICUlarly, to A display device capable of REducing A beZel spAce.
(b) descriptiOn oF the ReLatED Art
DiSplay dEviceS aRe rEQUired FOR cOmpUtEr monitors, TELevIsionS, mObilE phones, And the like which are WIdeLy used these daYs. THe diSPLaY deVIcES inClUDe a CAThode ray tube disPlay device, A lIQuId crystal dISplAy, A plasma Display DevicE, And the lIke.
The liqUid crystaL dIsplAY WhiCh is one of tHe most coMmon types OF flat PAnEl disPlaYs currEnTly In use, IncludES twO sheeTs of diSpLay panEls wiTh Field genErating electrodes such as A pixel ElectRodE, a common eLecTRodE, and the liKe, anD a liquid crYstAl lAyer iNteRPosed TherEBeTweEN. The lIquiD Crystal diSPlAy gENErAtes an electRIC FieLd in tHe lIQuid crYstaL layer by applying a VOltage to the fieLd geNERatIng ELectRoDes to determine AliGnMENt of liquId Crystal moleCules of tHe LIquid CrystaL layer Through THE gENerateD eleCtrIc field anD coNtROl polarIzAtIOn of inCideNt Light, tHereby DIsplAYIng images.
Since thE liquID CrystAL diSplay DoEs not seLF-emiT light, the lIquid crystaL displAy reQuireS a light SoUrce. In ThiS cAse, the lighT Source may Be an aRtificiAl LighT soUrce whIch iS SEparaTely PrOviDed or natuRAL lIGhT. THE arTifiCial lIgHt soUrce used iN The
 is typically directly acc essed over  Fibr e C han ne l sw itch ing fabric usi n g en capsulated SCSI protoc ols.Ea c h ne t wo rk ty pe hasi ts a dva nt ag esan d  d isadv ant ages, b ut SANs ar e p ar ticularly no t ed  for provi din g the advant age  of be in g r e liabl e,maint ainabl e , andbeing a s ca l able i n frastru c t ur e bu t their complexit y  a n d disparate na ture m ak e st h emdif ficult toce ntral l y manag e .T h u s,a  problem enco untered int heimplem en tat i on ofSANsst hat  the disper sion  of resou rces t e nds toc reate a n unwi eld y a nd c o mp li cat ed dat a  s tor a geenvironm en t.  Redu cing t h e  com ple xity  by a llowing unifi edmana g eme nt of  theenvi ro nment  inste ad of  t reating as a di spar ate entit y w ou ldbe  adva n cement  in  th e datastorage com pu t e r -r elated arts. While  i t is  an adva ntaget odi s tributein tel lige n c e ove r va r io us netwo rks, i t  s ho uld beba lanced  a gai nst  then eedfor un ified an d cen t ralized manage m ent that cang ro w or scal e p roportional ly w i th t he g r ow tho f wha t isbe i ng managed.
As is also  k nown i n the  art, storage  networksa r e  typical ly p r ov i sioned manuall y. Fo r example, a user r eques ts stora ge spacew h ere thereq ues t c ani n cl ude amount an d type  o f stora ge.  A data bas e a dmi nis tr ator subm its a st or ag ere que st to a storag eadm in ist rator for ap prova l. T he  s t ora ge admi n is t r ator  a pp rove s o rdisap prov e s t he requ est based  up o n va ri ou s crite ria. It willbe  appreciat ed  th at thi s processis time consuming and e r ror pro ne.  In a ddit ion, thepro vision ing is sta tic le ading  t o w a s ted s p a ce , l es s than opt i m aluse o fstor age res ources, and limite d  sc alability. (a ) T echn i c al  Fi e ld The  p r ese n t  application re lates to a  d i sp lay device ,  an dmore pa rticula rly,t o a dis play devi ce capabl eof r e d uci ng a bezel  space.(b) Descr i ption of  theRel ated A rt 
Di splay  devic e s a re re quired  f or com puter  m onitors,  televisions, mobile ph ones,and t helike whic h a r e w idely use d th ese days.The  di splay  de v icesincl u de  ac athod e ra y  tube dis p la y d e v ic e, a liquid c r yst al di spl a y, a p lasm a display device, and the like.Thel i qui d c r ysta ldisplay whichison e of the m os t common ty pes of f la t  pane l disp lays c urrentl y in use, i nclu des  two shee tsof display  p an e ls wit h fi el d gene rating elec t r odes such as a p ixele l ectro d e,a com mo n elect r ode,  and the l ike, and aliquid  cry stallayer i nt erpose d t he rebetween. The liqui d cry stal di sp laygen erates  ane l ectri c fi el d i n the liq u i dc ry st a l l ayer  by a pp lyin g a volta g e to the  fi e ld gene ra tin g electr o de s to determi nealign m e nt of liqu i d cr y st a l mol ecules  of th e liqui d  cr ys tal lay ert h rough the  generate d  el ec tric  field a nd  con tr olpo larization of i ncidentlight, t h e reby d isp l ayin g  image s. 
Since the l iquid  c r ystal d i s pla y doesn otsel f-e mitlig ht,t he liquid crystal displa y re quire s  alight  sour ce . In thi s  cas e, the l i ght source ma y be an artific i all ight  so u rc ewhich issep a ratel y pr ovi dedornatu r a l li g ht.T he  art ificia l li gh tsource us ed  in the 
 is_typically directly_accessed over Fibre Channel_switching fabric_using_encapsulated SCSI_protocols._Each network type_has its advantages_and disadvantages, but SANs_are particularly noted_for_providing the advantage of being reliable, maintainable, and being a scalable infrastructure but their_complexity_and disparate_nature_makes_them difficult to centrally manage._Thus, a problem encountered in_the implementation_of SANs s that the dispersion of resources_tends_to create an_unwieldy and complicated data storage environment. Reducing the complexity_by allowing unified management of the_environment instead of_treating_as_a disparate entity would_be advancement in the data storage_computer-related arts. While it is an_advantage to distribute intelligence over various networks,_it should be balanced against the_need for unified and centralized_management that_can grow or scale proportionally_with the growth_of what_is being managed.
As_is also known in the art,_storage networks are_typically provisioned manually. For example, a_user_requests storage space_where_the_request can_include amount and_type_of storage._A_database administrator submits a storage request_to_a storage administrator for approval. The storage_administrator approves or disapproves_the_request based upon various_criteria. It will be appreciated_that this process is time consuming_and error_prone. In_addition, the provisioning is static leading to wasted space, less than_optimal use of storage resources, and_limited scalability. (a) Technical_Field
The present_application_relates to a_display_device, and_more particularly, to a display device capable_of reducing_a bezel space.
(b) Description of the_Related Art
Display devices are_required_for computer monitors, televisions, mobile phones,_and the like which are widely_used these days. The display_devices_include_a cathode ray tube display_device, a liquid crystal display, a_plasma display device,_and the like.
The liquid crystal display which_is_one of the most common types_of_flat panel displays currently in use,_includes_two_sheets of display panels with_field generating electrodes such as a_pixel electrode, a common electrode, and the like, and_a liquid crystal_layer interposed therebetween. The liquid_crystal_display_generates an electric field in the liquid crystal layer by_applying a_voltage to the_field generating electrodes to determine alignment of liquid crystal molecules_of the liquid crystal layer through the_generated electric field and control polarization of incident light, thereby displaying_images.
Since the liquid crystal display does not self-emit_light, the liquid crystal display requires a_light source. In this_case,_the light source may be an artificial_light_source_which_is separately provided_or natural light._The artificial light_source used_in the