 through the liquid crystal layer 205, it is converted into linearly polarized light rotated by 90° and passes through the polarizing plate 207 on the emergence side thereby to display the white.
In such a liquid crystal display apparatus of the FFS mode as described above, a plurality of scanning lines 213 and a plurality of signal lines 215 are wired in a matrix along outer peripheral sides of a rectangular display screen of a driving substrate 211, and a pixel electrode 202 is provided at each of intersecting locations of the scanning lines 213 and the signal lines 215. Each pixel electrode 202 is provided in a substantially rectangular outer shape within a pixel region a of a substantially rectangular shape defined by scanning lines 213 and signal lines. The pixel electrodes 202 are patterned in a comb-like shape such that they have a plurality of electrode portions 202a extending in parallel to the major sides of the outer shape as disclosed in Japanese Patent No. 3,742,837.
Another example of a configuration of a pixel electrode is shown in FIG. 15. Referring to FIG. 15, a pixel electrode 202 having a substantially rectangular outer shape is provided in a pixel region a of a substantially rectangular shape defined by scanning lines 213 and signal lines 215 wired along outer peripheral sides of a display screen. A plurality of electrode portions 202a extend obliquely with respect to the outer shape of the pixel region a. The configuration of the pixel electrode just described is disclosed, for example, in U.S. Pat. No. 7,145,621.
Both of the configurations described above with reference to FIGS. 14 and 15 have an optical configuration similar to that described hereinabove with reference to FIG. 13. In short, the rubbing direction of the two orientation films 203 and 204 and the direction of the transmission axis of one of the polarizing plates 206 and 207, in FIG. 13, of the polarizing plate 207, are set substantially in parallel to the pixel electrode 202, that is, the comb-shaped electrode portions 202a.  1. Field of the Invention
The field of the invention generally relates to electronics.
2. Background of the Related Art
Electronics are very important in the lives of many people. In fact, electronics are present in almost all electrical devices (e.g., radios, televisions, toasters, and computers). Many times electronics are virtually invisible to a user because they can be made up of very small devices inside a case. Although electronics may not be readily visible, they can be very complicated.
through the liquid crystal layer 205, it is converted into linearly polarize inner light rotated by 90 ° and passes through the polarizing plate 207 on the egress side thereby to display the white. 
 In such a melted crystal display apparatus of the FFS mode as describe above, a plurality of scanning note 213 and a plurality of signal lines 215 are wire in a matrix along outer peripheral sides of a rectangular display screen of a driving substrate 211, and a pixel electrode 202 is provided at each of intersect locations of the scanning lines 213 and the signal lines 215. Each pixel electrode 202 is provide in a substantially rectangular out human body within a pixel region a of a substantially rectangular shape defined by read lines 213 and signal lines. The pixel electrodes 202 are patterned in a comb - like shape such that they have a plurality of electrode portions 202a extending in parallel to the major sides of the outer shape as disclosed in Japanese Patent No. 3,742,837. 
 Another example of a configuration of a pixel electrode is shown in FIG. 15. mention to FIG. 15, a pixel electrode 202 having a substantially orthogonal out shape is provided in a pixel region a of a well rectangular human body defined by scanning line 213 and signal lines 215 wired along outer peripheral sides of a display screen. A plurality of electrode portions 202a extend obliquely with respect to the outer form of the pixel area a. The shape of the pixel electrode barely described is disclosed, for example, in U.S. Pat. nobelium. 7,145,621. 
 Both of the configurations described above with reference to FIGS. 14 and 15 have an optical configuration similar to that described hereinabove with reference to FIG. 13. In brusque, the rubbing steering of the two orientation movie 203 and 204 and the direction of the transmittance axis of one of the polarizing plate 206 and 207, in FIG. 13, of the polarizing plate 207, are typeset substantially in parallel to the pixel electrode 202, that is, the comb - shaped electrode portions 202a.   1. Field of the Invention 
 The battlefield of the invention generally refer to electronics. 
 2. Background of the Related Art 
 Electronics are very important in the lives of many people. In fact, electronics are present in almost all electric devices (e.g., radio, televisions, toasters, and computers). Many times electronics are virtually invisible to a user because they can be construct up of very small devices inside a case. Although electronics may not be readily visible, they can be very complicated.
 thgough the liquid crystal layer 205, it is convertev into minearly polarized light rotated by 90° abd pawses through the polarkzing plane 207 on thw emtrgence side therxgy to dlfplag the xhite.
In such a kiquid cryvtal display a[pxrctus of the FFS mode as described abjve, a pkugality of scanging jinea 213 and a plurality of signal lines 215 are wpred in a matrix slong outer peripheral sidfs ov a rectangular didplay screeb of q driving sucstrate 211, and a pixel emectrode 202 is provided at each ow intzrsecting licqtilts of the srannind lines 213 and the sigtal linrs 215. Each pixel elxctride 202 is provided in a substantially recjangular ogtzr shape within a pixwl regimn a of x sucstznviamly reftaigular shaps defined bt scanning lines 213 amd wignal lines. Fhe pivej electrodes 202 are patterned in a comb-line ahape such that they hace a plurality of eleftrode powtions 202a extending in parallel to the major sides of tie ouuev ryaoe as disclosed in Japanese Patent No. 3,742,837.
Another sxsmile of a configurction of a pixel epevjrode is shown in FIY. 15. Deferring to FIG. 15, w pixel elecrrode 202 hading a substantially rectangulae outer shapv is provided in a pixzl region a uf a subsyantially rectangular skape dsfined by sfanning ljves 213 and signal uinvs 215 fired along outer peripherwl sides if a displah scteen. A [lurality lf elcwtrode portions 202a fxtenb oblhquely witj respect to the outer shape of the pixel regoot a. The conyigurabion of the pixql electrode jost descrnbed ir discloses, for eeample, in U.S. Pat. No. 7,145,621.
Both mv the confignrations qesceibee above dith reference to FIGS. 14 and 15 have an optical configmratiuh similar to thcu dtsxribed hereinanovd wytj ceferqtce to FIG. 13. Hn sforg, the fubbing dircctkon pf the two orientatimn fjlms 203 and 204 and the dlrection if the twansmission acis of one of the kolariving puates 206 agd 207, in FIG. 13, of the polarizing llate 207, arf sct substantiajly ln pwrallel to the pixel electrode 202, that is, the comb-siaped electrode portionw 202a.  1. Field of the Nnyention
The fmeld os the invantion generally relqtes to electronigs.
2. Background of the Rslated Art
Epectronics are very important in the lives of many people. In fact, electrobics ace present in almpst anl zlectrisal vetices (e.g., radios, tvlevisions, toasters, and computerr). Many thmzs electronics are virtually onxisible to a oser because they can be mzde up og very small devices inside a csse. Although electronics may not be rsadily vismble, they can be veru compnicatwd.
through the liquid crystal layer 205, it into polarized light by 90° and 207 the emergence side to display the In such a liquid crystal display of the FFS mode as described above, a plurality of scanning lines 213 a plurality of signal lines 215 are wired in a matrix along outer sides a display of a driving substrate 211, and a pixel electrode 202 is provided at each of intersecting of the scanning lines 213 and the signal 215. Each pixel electrode is provided in a substantially outer within a region of substantially rectangular shape by scanning lines 213 and signal lines. The pixel electrodes 202 are patterned in a comb-like shape that they plurality of portions extending parallel to the of the outer shape as disclosed No. 3,742,837. Another example of a configuration of pixel electrode shown in FIG. 15. Referring to 15, a pixel electrode 202 having a substantially outer shape is provided in a pixel region a of a substantially rectangular shape defined lines 213 and signal 215 wired along peripheral of display A plurality electrode portions 202a extend obliquely with respect to the outer shape the pixel region a. The configuration of the pixel electrode is for example, in Pat. No. 7,145,621. Both the described above with reference 14 15 configuration to described hereinabove with reference FIG. 13. In short, the direction of the two and the direction of the transmission axis of of the polarizing plates 206 and 207, FIG. 13, of the polarizing plate 207, are set substantially in parallel the pixel that is, the comb-shaped electrode portions 202a. 1. of the Invention The of the invention generally relates to electronics. 2. Background the Art Electronics very important in lives of many In fact, electronics in almost electrical (e.g., and computers). Many times electronics are invisible a user because they can made very small devices inside a case. Although electronics may not be readily visible, they can complicated.
 through the liquid crystal laYer 205, it is conVerteD inTo lInEarlY polArized light rotATed bY 90° and passes through the poLarizInG PlatE 207 On The emErgence SIdE THerEbY tO diSpLAy The whIte.
in such a Liquid crysTal DiSplay apparatUS oF the FFS modE as Described aboVe, a PluralItY of SCanniNg lInes 213 aNd a pluRAlity oF signal liNeS 215 Are wirED in a matRIX aLong Outer peripheral siDEs OF a rectangular dIsplay ScREeN OF a dRivIng substraTe 211, And a pIXel elecTRoDE 202 IS prOVided at each of IntersectinG LocAtions Of The SCanninG lineS 213 aND thE signal lineS 215. EacH pixel eleCtrode 202 IS providED in a subStantiAllY reCtanGUlAr OutEr SHapE WiThiN A piXel regioN a Of A subsTantIALLY recTanGulaR shapE defined by scaNniNg liNEs 213 aNd sigNal liNes. THe Pixel ElectrOdes 202 aRe Patterned in a comB-likE shape sucH thAt TheY hAve a pLUralitY of EleCtrode pOrtions 202A ExtEnDING iN parallel to the majoR sIDEs Of the outEr shapE As DiSClosed in jaPanEse PATEnt No. 3,742,837.
anotHEr Example oF a confIGuRaTion of a PiXel eleCtRodE is Shown IN FIG. 15. referrIng to FIG. 15, A pixeL Electrode 202 havinG A substantiallY ReCTAnGUlar OutEr shape is prOvidED in a PixeL ReGioN A of a sUbstaNtIAlLY rectangular shape deFiNed by sCanniNg lines 213 and sigNal lines 215 wiRED Along outEr peRIpHEral sides of a diSplay Screen. A pluRAlity of eLectrOde portiOns 202a extenD OBliquely WitH reSpeCt tO THe Outer shape of tHE PixeL rEgion a. THe cOnfigurAtiOn oF thE piXeL electrodE just desCrIbEd Is DisCloseD, For exampLe, In U.s. PAt. NO. 7,145,621.
Both OF the coNfiguRatiOnS dEScrIbed aboVE wITH refErEnCe to fIGs. 14 aNd 15 havE an oPTicAl confiGuration sImiLAr to ThAt DescribEd hereinabove WiTh referencE tO FIg. 13. In shoRT, The rubbiNg direction of the two orieNTation fIlmS 203 and 204 aNd thE directioN of The traNsmISsion aXis of oNe of tHe PolARIzing PLAtEs 206 aNd 207, In FIG. 13, of the POLarIzing PlAte 207, aRe set suBstantially in paralLEl tO the pixel elecTroDe 202, thAT Is, The COmB-ShaPeD EleCTRode portions 202a.  1. FiEld of the InVeNTiOn
The field OF thE iNventioN generaLly reLAtes to eLectronicS.
2. BackgrouNd Of thE rElaTed Art
ElecTronics aRe very impORtant IN tHe livEs oF many pEoPle. in facT, electROniCs are PresenT iN almosT all eLeCtrical dEvices (e.g., radios, televisioNs, toasTers, aNd cOmputers). MAny TImeS electronIcs aRe virtuallY inVisIble tO a uSEr becAuse THeY caN Be madE up oF Very small DEvIceS INsIde a case. AltHOUGh eLectrOniCS may noT be rEadily visible, they CAn be very compliCateD.
 through the liquid crysta l layer 20 5, it  is  co nv erte d in to linearly po l ariz ed light rotated by 90 ° and  p a sses th rough  the po l ar i z ing  p la te20 7  o n the  em ergence  side ther eby  t o display th e  w hite.
In s uch  a liquid cr yst al dis pl aya ppara tus  of t he FFS mode a s describ ed above, a plura l i ty  ofscanning lines 21 3  a n d a pluralityof sig na l  l i n es215  are wired  i n a m a trix al o ng o u ter peripheral si des of a re c tan gulardi spl a y scre en of  a dri ving substr ate211, anda pixe l  electr o de 202is pro vid edat e a ch  o f i nt e rse c ti ngl oca tions of  t he  scan ning l i n es 2 13andthe s ignal lines 2 15.  Eac h  pi xel e lectr ode20 2 isprovid ed in  a  substantiallyrect angular o ute rsha pe  with i n a pi xel  re gion aof a su b sta nt i a l ly  rectangular shape  d e f in ed by sc anning li ne s  213 and  s ign al l i n es. T he p i xe l electr odes 2 0 2ar e patte rn ed inacom b-l ike s h apesuch t hat they  have a plurality of electrode por t io n s  2 0 2a e xte nding in pa rall e l to  the ma jor sides  of t he ou t er shape as disclos ed  in Ja panes e Patent No.3,742,837. A n other ex ampl e  o f  a configurati on of  a pixel e l ectrodeis sh own in F IG. 15. R e f erring t o F IG.  15 , a p ix el electrode2 0 2 ha vi ng a su bst antiall y r ect ang ula router sha pe is pr ov id ed  i n a  pixe l  regionaofasub stant i ally r ectan gula rsh a pedefined by s cann in gline s 2 13  andsign a l l ines 21 5 wired a lon g  out er  p eripher al sides of a  d isplay scr ee n.A plur a l ity of e lectrode portions 202ae xtend o bli quely  wit h respect  to  the o ute r  shape  of th e pix el  re g i on a. T he  co nf igurationo f  th e pix el  ele ctrodejust described isd isc losed, for ex amp le,i n  U .S. Pa t . N o. 7,1 4 5 ,621.
Both of t he configu ra t io ns describ e d a bo ve with  refere nce t o  FIGS.14 and 15  have anop tica l con figuration  similar  to thatd escri b ed  here ina bove w it h r efere nce to FIG . 13.  In sh or t, the  rubb in g direct ion of the two orientat ion fi lms 2 03and 204 a ndt hedirection  ofthe transm iss ion  axis  of one o f th e  p ola r izing  pla t es 206 an d  2 07, i nFIG. 13, of t h e p olari zin g  plate  207 , are set substan t ially in paral lelt o  th e p i xelel ectrode 202, t hat  i s ,  the com b- shaped elec trode po rt i ons 2 02a. 1. Fie ld of t h e  I n ventio n
Th e f ield of t hein v entionge ne r ally r elat es  to el ectron i cs.2 .  Background of t he Re l a ted A r t
E lectr on ics are very  important  in the liv es ofmany  peop le. Infa ct, el ect ro nics are p r esent inalmos t all e le ctri cal  devic es ( e . g., r adio s,  te levisions , to a st er s , a nd c omput er s).Many time s  electro nic s  are vi rt ual l y  invis i bl e to a userbec auset h ey can bem adeu po f ver y smal l devi ces ins i deacase. A lth o u gh electr onics may not  b e re adily vi si ble,  t hey  c an be very comp licated. 
 through_the liquid_crystal layer 205, it_is converted_into_linearly polarized_light_rotated by 90°_and passes through_the polarizing plate 207_on the emergence_side_thereby to display the white.
In such a liquid crystal display apparatus of the FFS_mode_as described_above,_a_plurality of scanning lines 213_and a plurality of signal_lines 215_are wired in a matrix along outer peripheral_sides_of a rectangular_display screen of a driving substrate 211, and a_pixel electrode 202 is provided at_each of intersecting_locations_of_the scanning lines 213_and the signal lines 215. Each_pixel electrode 202 is provided in_a substantially rectangular outer shape within a_pixel region a of a substantially_rectangular shape defined by scanning_lines 213_and signal lines. The pixel_electrodes 202 are_patterned in_a comb-like shape_such that they have a plurality_of electrode portions_202a extending in parallel to the_major_sides of the_outer_shape_as disclosed_in Japanese Patent_No._3,742,837.
Another example_of_a configuration of a pixel electrode_is_shown in FIG. 15. Referring to FIG._15, a pixel electrode_202_having a substantially rectangular_outer shape is provided in_a pixel region a of a_substantially rectangular_shape defined_by scanning lines 213 and signal lines 215 wired along outer_peripheral sides of a display screen._A plurality of electrode_portions 202a_extend_obliquely with respect_to_the outer_shape of the pixel region a. The_configuration of_the pixel electrode just described is_disclosed, for example, in_U.S._Pat. No. 7,145,621.
Both of the configurations_described above with reference to FIGS._14 and 15 have an_optical_configuration_similar to that described hereinabove_with reference to FIG. 13. In_short, the rubbing_direction of the two orientation films 203_and_204 and the direction of the_transmission_axis of one of the polarizing_plates_206_and 207, in FIG. 13,_of the polarizing plate 207, are_set substantially in parallel to the pixel electrode 202,_that is, the_comb-shaped electrode portions 202a. _1._Field_of the Invention
The field of the invention generally relates to_electronics.
2. Background_of the Related_Art
Electronics are very important in the lives of many people._In fact, electronics are present in almost_all electrical devices (e.g., radios, televisions, toasters, and computers). Many times_electronics are virtually invisible to a user because_they can be made up of very_small devices inside a_case._Although electronics may not be readily visible,_they_can_be_very complicated.