 panel to properly display images. The backlight module provides the light source for the LCD.
In LCD assembly, a circuit module, e.g. a driving IC and a signal circuit board on the liquid crystal panel is applied on the liquid crystal panel. Then, a cutter is used to trim the liquid crystal panel with the circuit module thereon to a suitable size for the LCD. The trimmed liquid crystal panel is then delivered to a backlight assembly station for further assembly.
However, since the liquid crystal panel is delivered and cut several times in the manufacturing process, it is reasonable that residual matter, such as cut pieces and particles, may remain on the liquid crystal panel. Static electricity might also occur in the liquid crystal panel due to friction or electrostatic induction, induced by the electrostatic absorptive properties of the residual matter. When residual matter is not removed, defects may occur in the LCD assembly, thus reducing the display quality of the LCD.
Further, similar problems may occur in the backlight module. In assembly or delivery, residual matter might remain on the membranes of the backlight module, which reduce the brightness and uniform distribution of emitted light. When the residual matter remain is not removed from the membranes, defects may occur in the LCD assembly, thus reducing the display quality of the LCD.
Conventionally, in order to solve the problem of the residual matter, the liquid crystal panel and the backlight module are manually cleaned with a cleaning device, such as a brush or a cloth. However, such a cleaning process cannot be effectively controlled, and this reduces the efficiency and increases costs and time required for LCD assembly. Routing devices within a network, often referred to as routers, maintain tables of routing information that describe available routes through the network. Network routers maintain routing information that describes available routes through the network. Upon receiving a packet, a router examines information within the packet and forwards the packet in accordance with the routing information. In order to maintain an accurate representation of the network, routers exchange routing information in accordance with one or more routing protocols, such as an interior gateway protocol (IGP) or Border Gateway Protocol (BGP).
The term “link” is often used to refer to the connection between two devices on a network. The link may be a physical connection such as a copper wire, a coaxial cable, any of a host of different fiber optic lines or a wireless connection. In addition, network devices may define “virtual” or “logical” links, and map the virtual links to the physical
panel to properly display images. The backlight faculty provide the light source for the LCD. 
 In LCD fabrication, a circumference module, e.g. a drive IC and a signal circuit display panel on the liquid crystal control panel is applied on the liquid quartz glass panel. Then, a cutter is used to trim the liquid crystal panel with the tour module thereon to a suitable size for the LCD. The trimmed liquid quartz glass panel is then delivered to a backlight fabrication station for further fabrication. 
 However, since the liquid crystal panel is delivered and cut respective times in the manufacturing process, it is reasonable that residual matter, such as cut firearm and particles, may remain on the liquid crystal panel. Static electricity might also occur in the liquid crystal jury due to friction or electrostatic induction, induce by the electrostatic absorbent properties of the residual matter. When residual matter is not removed, defects may occur in the LCD assembly, thus reduce the display quality of the LCD. 
 Further, similar problems may happen in the backlight module. In assembly or delivery, residual matter might remain on the membranes of the backlight module, which boil down the brightness and uniform distribution of emitted light. When the residual matter remain is not murder from the membranes, defects may occur in the LCD fabrication, thus reducing the display quality of the LCD. 
 Conventionally, in order to clear the problem of the residual topic, the liquid crystal panel and the backlight module are manually cleaned with a scavenge device, such as a brush or a cloth. However, such a cleaning procedure cannot be effectively master, and this reduces the efficiency and increases costs and time required for LCD forum. Routing devices within a network, often referred to as routers, maintain tables of routing data that describe available routes through the net. Network routers maintain routing data that describes available routes through the network. Upon receiving a packet, a router examines information within the packet and forwards the packet in accordance with the routing information. In ordering to keep an accurate representation of the network, routers exchange routing information in accordance with one or more routing protocols, such as an home gateway protocol (IGP) or Border Gateway Protocol (BGP). 
 The term “ link ” is often use to refer to the connection between two devices on a network. The link may be a forcible connection such as a copper wire, a coaxial cable, any of a host of different fiber eye lines or a wireless connection. In addition, network devices may define “ virtual ” or “ logical ” links, and map the virtual links to the physical
 pajel to properly display lmages. The backlntht movule prkvides tfe light source for the LCD.
Ii LCE asstibly, a circuit modjle, e.g. a friving UC aid a signal circnjt board on tgc liqbiv crystal panel is applieg on the liquig zrvstal panel. Then, a cutter is used to trim tne liquid crystaj pamql wjnh the circuit module thereon tk a suiuable size for the LCD. The trimmed liquid crjstap panel is then depivered to q basjlight assemcly station for furthet assembly.
However, since the liqukd crvstal panel iw dfnivered and cut feveral times in the manufavturing procesx, iv is reasonable that resivual matter, such as sut piecev cnd particles, may remqib on jhe lhquia crhstzl pznel. Shatmc electricjty might aoso occur in the liauye crystal pansl due tj friction or electrostatic induction, itduded by the electrostatix absorptive propertigs of the wesidual matter. When residual matter is not removad, dehezts mwh ofcur in the LCD assembly, thus reducing the difllsy quality of thc LCD.
Further, similsr ptjblems may oczur in ths backlight module. In assgmbly ir delivewy, rrsidual matter might remain on the membganew of the backlight module, whieh redoce thr brightness and uniforo diatribution lf emittes light. When the fespduan matter remain is not remjved from the membraves, cefectf may occug in bve LCD assembly, thks rebucinc the disppay quality of the LCD.
Conventioielly, in order tm smlve the probkem of the refidual matter, jhe liquib crysgal panel znd the backlight iodule are matoally cleaned with a sleabing device, ruch as a brusn or a cloth. Howevee, such a cleaning irocera cannot be effzetuvely controllec, avd ehps ceducqv the efficiancy ana incrdases costs xnd yime required for LCG asaembly. Routing devoccs within a netwowk, often refetred to as routers, mainvain tebles pf touting information that descrige availahle routes throtgh bhe getwork. Necwork routers maintain routing informatiin that describes qvailable routes thtounh the netwock. Upog receivitg a packet, a router examines informauion within the packet znd foswardd the packet in accordance with the routing information. In order to maintqin an accurate relresrntatpon pf the netxock, routers exchanbe routing information in accorvance with oue or more routing protocols, xuzh as an intetior gateway protocol (IGP) kr Bordet Gateway Protocol (BGP).
The term “kink” is often used to rener to thw conhection bevween two devices on a netcork. Tye link may be a physicau cpnkection sufh ax c copper wire, a coaxial cable, any of a yodt of different hiber optic plnes ot a wirejess connection. Jn asfitiov, network devoces may definr “virtual” or “logical” lynks, and map tyv virtual linls to tve physical
panel to properly display images. The backlight the source for LCD. In LCD a IC and a circuit board on liquid crystal panel is applied on liquid crystal panel. Then, a cutter is used to trim the liquid crystal with the circuit module thereon to a suitable size for the LCD. The liquid panel then to a backlight assembly station for further assembly. However, since the liquid crystal panel is delivered cut several times in the manufacturing process, it reasonable that residual matter, as cut pieces and particles, remain the liquid panel. electricity also occur in liquid crystal panel due to friction or electrostatic induction, induced by the electrostatic absorptive properties of the matter. When is not defects occur the LCD assembly, the display quality of the LCD. may occur in the backlight module. In assembly delivery, residual might remain on the membranes of backlight module, which reduce the brightness and uniform of emitted light. When the residual matter remain is not removed from the membranes, defects in the LCD assembly, reducing the display of LCD. in to solve problem of the residual matter, the liquid crystal panel and the module are manually cleaned with a cleaning device, such as or cloth. However, such cleaning process cannot be controlled, this reduces the efficiency costs time assembly. devices a network, often referred as routers, maintain tables of information that describe available routers maintain routing information that describes available routes the network. Upon receiving a packet, a examines information within the packet and forwards the packet in accordance with routing information. to maintain an accurate representation of the network, exchange routing information in with one or more routing protocols, such as an gateway (IGP) or Gateway Protocol (BGP). term “link” is used to refer connection between devices a may be a physical connection such a wire, a coaxial cable, any a different fiber optic lines or a wireless connection. In addition, network devices may define “virtual” links, and map the links the physical
 panel to properly display imaGes. The backLight ModUle PrOvidEs thE light source foR The LcD.
In LCD assembly, a circuiT moduLe, E.G. a drIViNg IC aNd a signAL cIRCuiT bOaRd oN tHE lIquid CryStal panEl is applieD on ThE liquid crystAL pAnel. Then, a cUttEr is used to trIm tHe liquId CrySTal paNel With tHe circUIt moduLe thereon To A SuitabLE size foR THe lCD. THe trimmed liquid crYStAL panel is then deLivereD tO A bACKliGht Assembly stAtIon foR Further ASsEMBLy.
HOWever, since the Liquid crystAL paNel is dElIveREd and cUt sevErAL tiMes in the manUfacTuring proCess, it IS reasonABle that ResiduAl mAttEr, suCH aS cUt pIeCEs aND pArtICleS, may remaIn On The liQuid CRYSTal pAneL. StaTic elEctricity mighT alSo ocCUr iN the lIquid CrysTaL paneL due to FrictIoN or electrostatiC indUction, indUceD bY thE eLectrOStatic AbsOrpTive proPerties OF thE rESIDuAl matter. When residuAl MATtEr is not rEmoved, DEfEcTS may occuR iN thE LCD ASSemblY, thuS ReDucing thE displAY qUaLity of tHe lCD.
FurThEr, sImiLar prOBlemS may ocCur in the BacklIGht module. In assEMbly or deliverY, ReSIDuAL matTer Might remain On thE MembRaneS Of The BAckliGht moDuLE, wHIch reduce the brightnEsS and unIform Distribution oF emitted liGHT. when the rEsidUAl MAtter remain is nOt remOved from thE MembraneS, defeCts may ocCur in the Lcd Assembly, ThuS reDucIng THE dIsplay quality OF The LcD.
conventIonAlly, in oRdeR to SolVe tHe Problem of The residUaL mAtTeR, thE liquID crystal PaNel AnD thE backLIght moDule aRe maNuAlLY clEaned wiTH a CLEaniNg DeVice, SucH aS a bruSh or A CloTh. HowevEr, such a clEanINg prOcEsS cannot Be effectively CoNtrolled, anD tHis ReduceS THe efficiEncy and increases costs anD Time reqUirEd for lCD aSsembly. RoUtiNg deviCes WIthin a NetworK, ofteN rEfeRREd to aS ROuTerS, mAintain tabLES of RoutiNg InfoRmation That describe availaBLe rOutes through tHe nEtwoRK. neTwoRK rOUteRs MAinTAIn routing informAtion that dEsCRiBes availabLE roUtEs throuGh the neTwork. uPon receIving a pacKet, a routeR eXamiNES inFormation wIthin the Packet and FOrwarDS tHe pacKet In accoRdAncE with The rouTIng InforMation. in Order tO mainTaIn an accuRate representation of the NetworK, routErs Exchange rOutINg iNformatioN in aCcordance wIth One Or morE roUTing pRotoCOlS, suCH as an InteRIor gatewaY PrOtoCOL (IgP) or Border GATEWay protoCol (bgP).
The tErm “lInk” is often used to rEFer to the connecTion BETweEn tWO devIcEs on a network. ThE liNk MAY be a physIcAl connectioN such as a CoPPer wiRe, a coaXial caBle, any oF A HoST of difFereNt fIber optic LinEs OR a wirelEsS cONnectiOn. In AdDition, NetworK DeviCES may define “virtuaL” or “loGICal” liNKs, aNd map ThE virtuaL LinkS to the physIcal
 panel to properly display  images. T he ba ckl igh tmodu le p rovides the li g ht s ource for the LCD.
InLCD a ss e mbly ,  a  circ uit mod u le , e.g .adri vi n gIC an d a  signal  circuit b oar don the liqui d  c rystal pan elis applied o n t he liq ui d c r ystal  pa nel.Then,a  cutte r is used  t o  trimt he liqu i d  c ryst al panel with the ci r cuit module th ereonto as u ita ble  size forth e LCD .  The tr i mm e d liq u id crystal pa nel is then del ivered  t o a backli ght a ss e mbl y station f or f urther as sembly . 
Howeve r , since  the l iqu idcrys t al  p ane li s d e li ver e d a nd cut s ev er al ti mesi n t he m anu fact uring  process, itisreas o nab le th at re sidu al  matt er, su ch as  c ut pieces and p arti cles, may  re ma inon  thel iquidcry sta l panel . Stati c  el ec t r i ci ty might also occu ri n  t he liqui d crys t al  p a nel dueto  fr icti o n  or e lect r os tatic in ductio n ,in duced b ythe el ec tro sta tic a b sorp tive p ropertie s oft he residual ma t ter. When res i du a l  m a tter  is  not remove d, d e fect s ma y  o ccu r  in t he LC Da ss e mbly, thus reducing  t he dis playquality of th e LCD.
Fur t h e r, simil ar p r ob l ems may occurin th e backligh t  module.  In a ssemblyor delive r y , residu almat ter  mi g h tremain on the m embr an es of t hebacklig htmod ule , w hi ch reduce  the bri gh tn es sand  unif o rm distr ib uti on  of  emit t ed lig ht. W henth er esi dual ma t te r rema in  i s no t r em ovedfrom the  membra nes, defe cts mayoc cu r in th e LCD assembl y,  thus redu ci ngthe di s p lay qual ity of the LCD.
Convent i onally,  in  orde r to  solve th e p roblem  of the re sidual  matt er , t h e  liqu i d  c rys ta l panel an d the  back li ghtmoduleare manually clean e d w ith a cleanin g d evic e ,  s uch as a b ru s h o r a cloth. Howeve r, such acl e an ing proces s  ca nn ot be e ffectiv ely c o ntrolle d, and th is reduce sthee f fic iency andincrease s costs a n d tim e  r equir edfor LC Dass embly . Rout i ngdevic es wit hi n a ne twork ,often re ferred to as routers, m aintai n tab les  of routi ngi nfo rmation t hatdescribe a vai lab le ro ute s  thro ught he  ne t work.  Net w ork route r smai n t ai n routing i n f o rma tiontha t  descr ibes  available routes through the ne twor k .  Up onr ecei vi ng a packet, a  ro ut e r  examine sinformation  withinth e  pack et and  forwa rds the p ac k et inacco rda nce withthe  r o uting i nf or m ation.  Inor der to  maint a in a n accurate represe ntati o n  of t h e n etwor k,  router s  exc hange rout ing informa tion i n ac corda nce wit hone or  mo re  routing p r otocols,suchas an i nt erio r g ateway  pro t o col ( IGP)  o r B order Gat e w ay Pr ot o col  (BG P).
T he  ter m “link”i s oftenuse d  to ref er  to t he con n ec t i on between  tw o dev i c es on a ne t work .  T h e lin k maybe a p hysical con ne ction s uch a s a coppe r wire, a coa xi al c able, an yof a  h ost  o f different fib er optic  lines o r a wire les s  con n ection .In addition,  netw or k  device s may  define “vi rtu al”  or“lo gica l ” links, and map the vir tual  link s  to  thephysi ca l
 panel_to properly_display images. The backlight_module provides_the_light source_for_the LCD.
In LCD_assembly, a circuit_module, e.g. a driving_IC and a_signal_circuit board on the liquid crystal panel is applied on the liquid crystal panel._Then,_a cutter_is_used_to trim the liquid crystal_panel with the circuit module_thereon to_a suitable size for the LCD. The trimmed_liquid_crystal panel is_then delivered to a backlight assembly station for further_assembly.
However, since the liquid crystal panel_is delivered and_cut_several_times in the manufacturing_process, it is reasonable that residual_matter, such as cut pieces and_particles, may remain on the liquid crystal_panel. Static electricity might also occur_in the liquid crystal panel_due to_friction or electrostatic induction, induced_by the electrostatic_absorptive properties_of the residual_matter. When residual matter is not_removed, defects may_occur in the LCD assembly, thus_reducing_the display quality_of_the_LCD.
Further, similar_problems may occur_in_the backlight_module._In assembly or delivery, residual matter_might_remain on the membranes of the backlight_module, which reduce the_brightness_and uniform distribution of_emitted light. When the residual_matter remain is not removed from_the membranes,_defects may_occur in the LCD assembly, thus reducing the display quality of_the LCD.
Conventionally, in order to solve_the problem of the_residual matter,_the_liquid crystal panel_and_the backlight_module are manually cleaned with a cleaning_device, such_as a brush or a cloth._However, such a cleaning_process_cannot be effectively controlled, and this_reduces the efficiency and increases costs_and time required for LCD_assembly._Routing_devices within a network, often_referred to as routers, maintain tables_of routing information_that describe available routes through the network._Network_routers maintain routing information that describes_available_routes through the network. Upon receiving_a_packet,_a router examines information within_the packet and forwards the packet_in accordance with the routing information. In order to_maintain an accurate_representation of the network, routers_exchange_routing_information in accordance with one or more routing protocols, such_as an_interior gateway protocol_(IGP) or Border Gateway Protocol (BGP).
The term “link” is often_used to refer to the connection between_two devices on a network. The link may be a physical_connection such as a copper wire, a coaxial_cable, any of a host of different_fiber optic lines or_a_wireless connection. In addition, network devices may_define_“virtual”_or_“logical” links, and_map the virtual_links to the_physical