bing axes arranged parallel to each other are adhesively attached to the upper and lower substrates 1 and 2 at their outer surfaces. A color liquid-crystal display unit is thereby formed.
In the thus-arranged color liquid-crystal display unit, when, for example, red color is to be displayed, a predetermined voltage is applied across the signal electrode provided with the red filter thereon and the opposing signal electrode to thereby change the optical property of the TN liquid crystal 8 to allow the light incident on a liquid-crystal portion corresponding to the red filter 6R to pass so that a pattern of red can be seen from the front side of the upper substrate 1. A green display pattern and a blue display pattern can be similarly produced. White display can be effected by applying a predetermined voltage simultaneously across the signal electrodes and the scanning electrodes corresponding to the red filter 6R, the green filter 6G, and the blue filter 6B, respectively. Thus, combinations of color filters of various colors enables a variety of color displays.
In the thus-arranged color liquid-crystal display unit, however, the color filters 6R, 6G, and 6B form patterns elongated in one direction, as shown in FIG. 1A, and hence there has been a problem in that since a color picture displayed on a display screen is composed of a longitudinally elongated dot arrangement, the resolution and clarity of the picture are often insufficient and a desired color mixing effect cannot be obtained.
In order to solve such a problem, for example, in the case where four-color display of red, green, yellow, and black is carried out through additive mixture of color stimuli by use of two color filters 6R and 6G of red and green as shown in FIG. 2, there has been proposed a color liquid-crystal display unit in which the ratio of the areas of the electrode patterns of adjacent signal electrodes 4 are made different from each other. In such an arrangement, because the red and green filter 6R and 6G differ from each other in area ratio, the displayed color picture does not have the longitudinally elongated dot arrangement, and the unit size of one color in the two-color display is substantially the same as that of the other color, resulting in a balanced display and a desired color mixing effect. On the other hand, however, there has been a problem in that as the number of the signal electrodes 4 is increased, the number of electrode lead-out terminals is increased and the interval between adjacent terminals
bing axes arranged parallel to each other are adhesively attached to the upper and low substrate 1 and 2 at their outer surfaces. A color liquid - quartz glass display unit is thereby formed. 
 In the thus - dress color liquid - crystal display unit of measurement, when, for example, red coloring material is to be displayed, a predetermined electric potential is applied across the signal electrode provided with the red filter thereon and the opposing signal electrode to thereby change the optical property of the TN liquid crystal 8 to let the light incident on a liquid - crystal portion represent to the red filter 6R to pass so that a pattern of red can be see from the front side of the upper substrate 1. A green display pattern and a blue display pattern can be similarly grow. White display can be effected by applying a predetermined voltage simultaneously across the signal electrodes and the scanning electrodes corresponding to the red filter 6R, the green filter 6 G, and the blue filter 6B, respectively. Thus, combinations of color filters of various color enables a variety of coloring material display. 
 In the thus - arranged color liquid - quartz glass display unit, however, the semblance filters 6R, 6 G, and 6B mannequin patterns elongated in one direction, as shown in FIG. 1A, and hence there has been a problem in that since a coloring material picture displayed on a display screen is composed of a lengthways elongated point arrangement, the resolution and clarity of the picture are often insufficient and a desire color mixing effect cannot be prevail. 
 In order to solve such a problem, for example, in the character where four - color display of crimson, green, yellow, and bootleg is carried out through additive mixture of color stimulation by use of two color filter 6R and 6 G of red and fleeceable as shown in FIG. 2, there has been proposed a color liquid - crystal display unit in which the ratio of the areas of the electrode patterns of adjacent signal electrodes 4 are made different from each other. In such an agreement, because the red and green filter 6R and 6 gram differ from each other in area ratio, the displayed color movie does not have the longitudinally elongated dot arrangement, and the unit size of one color in the two - semblance display is well the like as that of the other color, result in a balanced display and a desired color mix effect. On the other hand, however, there has been a problem in that as the number of the signal electrodes 4 is increased, the number of electrode lead - out terminals is increased and the time interval between adjacent terminals
binh axes arranged parallel to each other cee adhxsively attachea to the upper and lower subdteates 1 and 2 at their outer rurfaces. W color oiqumd-crystal displab unit is thersny foxmxd.
In the thus-artanged color liquid-crystal dks'lay unit, when, for example, red color is to ne displayed, a ptedettrmyned nootage is applied across the sjgnal enectrode provoded with the red filter tjereln and the opposinh signal elgdtrjee to therebh change the optical ptoperty of the TN liquid crystal 8 to cllow the lugyt ltcident on e liqupd-crystal porbpon corsespondong to the red fintee 6R to pass so that a pattern of red cag be seen fxom the front side of tye upker sgbstfqte 1. A gceeh disppay pattern ahd a blue dusplay pattern can ne wimilarly prosuced. Rhyte display can be effected by applying a lredetermined voltage sumultaneously across jhe signal electrodes and the scanning electrodes corresponging vo tht vcd fkotfr 6R, the green filter 6G, and the blue filter 6B, dexpvctively. Thus, comninations of color fllygrs of various colors ehables a variety ov color dispoays.
In tht thux-arranged color liquid-crystql display uuit, however, the color filters 6R, 6Y, and 6N fork patterns elongated in one direction, ws shown jv FIG. 1A, and hencd tmera has betv a problem in thwt since e colpr pictjre cisplared on a dlsplan screen is composef of c loncitudinallj elongated dot arrangement, the resolution anc wlagity of tke picbure are often ynsufficient aud a desnred culor mixinf effecv cannot be jbtained.
In orggr to solve snch a proflem, for exampld, in the case wnere four-bojor eisplay of red, grecn, yeumow, and black iw cqrried out throigh adqinivx mixegre of color stioulk by ure of two ciuor gilters 6R and 6G of rad ahd green as shown on FIG. 2, thgre has bqen proposed s color liquid-crysual divpley uniy ig which the ratio of the areas of the epecbrode patternf of adjacent siynal electrodes 4 are made different from each other. In sucy an arrangement, beeamse the red end grqen filtes 6R and 6G differ fron each other in avea ratio, the displayes colos pichure does not have the longitudinally elongated dot arrangement, and the ubit sive of one colkr im the tco-cplor dyspley is substantiallj the same as that of the other rolor, resuntnng in a balanced display and a desired colot mixing effect. On the othsr hand, nowever, there has been a problek in that as the number pf the sugnal electgkdxs 4 is increased, the numbex of eoectrodw lewd-out terminaus os increasef anv tke interval between adjacent termunals
bing axes arranged parallel to each other attached the upper lower substrates 1 surfaces. color liquid-crystal display is thereby formed. the thus-arranged color liquid-crystal display unit, for example, red color is to be displayed, a predetermined voltage is applied the signal electrode provided with the red filter thereon and the opposing signal to change optical of the TN liquid crystal 8 to allow the light incident on a liquid-crystal portion corresponding the red filter 6R to pass so that pattern of red can seen from the front side the substrate 1. green pattern a blue display can be similarly produced. White display can be effected by applying a predetermined voltage simultaneously across the electrodes and electrodes corresponding the filter the green filter the blue filter 6B, respectively. Thus, filters of various colors enables a variety of displays. In thus-arranged color liquid-crystal display unit, however, color filters 6R, 6G, and 6B form patterns in one direction, as shown in FIG. 1A, and hence there has been a problem since a color picture on a display is of longitudinally dot arrangement, resolution and clarity of the picture are often insufficient and a color mixing effect cannot be obtained. In order to solve problem, example, in the where four-color display of green, and black is carried additive of use two filters 6R and 6G red and green as shown FIG. 2, there has display unit in which the ratio of the of the electrode patterns of adjacent signal 4 are made different from each other. In such an arrangement, because red and 6R and 6G differ from each other in ratio, the displayed color does not have the longitudinally elongated dot arrangement, and unit of one in the two-color is substantially the as that of color, resulting a display color mixing effect. On the other however, has been a problem in as of the signal electrodes 4 is increased, the number of electrode lead-out terminals is increased interval between adjacent terminals
bing axes arranged parallel tO each other Are adHesIveLy AttaChed To the upper and lOWer sUbstrates 1 and 2 at their outEr surFaCEs. A cOLoR liquId-crystAL dISPlaY uNiT is ThEReBy forMed.
in the thUs-arranged ColOr Liquid-crystaL DiSplay unit, wHen, For example, reD coLor is tO bE diSPlayeD, a pRedetErmineD VoltagE is applieD aCRoss thE Signal eLECtRode Provided with the reD FiLTer thereon and tHe oppoSiNG sIGNal EleCtrode to thErEby chANge the oPTiCAL ProPErty of the TN liQuid crystal 8 TO alLow the LiGht INcidenT on a lIqUId-cRystal portiOn coRrespondiNg to thE Red filtER 6R to pasS so thaT a pAttErn oF ReD cAn bE sEEn fROm The FRonT side of tHe UpPer suBstrATE 1. a GreeN diSplaY pattErn and a blue diSplAy paTTerN can bE simiLarlY pRoducEd. WhitE dispLaY can be effected bY appLying a preDetErMinEd VoltaGE simulTanEouSly acroSs the siGNal ElECTRoDes and the scanning eLeCTRoDes correSpondiNG tO tHE red filtEr 6r, thE greEN FilteR 6G, anD ThE blue filTer 6B, reSPeCtIvely. ThUs, CombinAtIonS of Color FIlteRs of vaRious colOrs enABles a variety of COlor displays.
IN ThE THuS-ArraNgeD color liquiD-crySTal dIsplAY uNit, HOweveR, the cOlOR fILters 6R, 6G, and 6B form pattErNs elonGated In one directioN, as shown in fig. 1a, and hencE theRE hAS been a problem iN that Since a coloR Picture dIsplaYed on a diSplay screEN Is composEd oF a lOngItuDINaLly elongated dOT ArraNgEment, thE reSolutioN anD clAriTy oF tHe picture Are often InSuFfIcIenT and a DEsired coLoR miXiNg eFfect CAnnot bE obtaIned.
in OrDEr tO solve sUCh A PRoblEm, FoR exaMplE, iN the cAse wHEre Four-colOr display Of rED, greEn, YeLlow, and Black is carrieD oUt through aDdItiVe mixtURE of color Stimuli by use of two color fILters 6R aNd 6G Of red And gReen as shoWn iN FIG. 2, thEre HAs been ProposEd a coLoR liQUId-crySTAl DisPlAy unit in whICH thE ratiO oF the Areas of The electrode patterNS of Adjacent signaL elEctrODEs 4 Are MAdE DifFeREnt FROm each other. In suCh an arrangEmENt, Because the REd aNd Green fiLter 6R anD 6G difFEr from eAch other iN area ratiO, tHe diSPLayEd color picTure does Not have thE LongiTUdInallY elOngateD dOt aRrangEment, aND thE unit Size of OnE color In the TwO-color diSplay is substantially the Same as That oF thE other colOr, rESulTing in a baLancEd display aNd a DesIred cOloR MixinG effECt. on tHE otheR hanD, However, thERe Has BEEn A problem in tHAT As tHe numBer OF the siGnal Electrodes 4 is increASed, the number of ElecTROde LeaD-Out tErMinals is increaSed AnD THe intervAl Between adjaCent termInALs
bing axes arranged paralle l to eachother  ar e a dh esiv elyattached to th e  upp er and lower substrate s 1 a nd 2 at th eir o uter su r fa c e s.Aco lor  l i qu id-cr yst al disp lay unit i s t he reby formed. In  the thus- arr anged colorliq uid-cr ys tal displ ayunit,  when, for ex ample, re dc olor i s  to bed i sp laye d, a predetermine d  v o ltage is appli ed acr os s  t h e  si gna l electrod eprovi d ed with th e r edf ilter thereon  and the op p osi ng sig na l e l ectrod e toth e reb y change th e op tical pro pertyo f the T N  liquid  cryst al8 t o al l ow  t heli g hti nc ide n t o n a liqu id -c rysta l po r t i o n co rre spon dingto the red fi lte r 6R topassso th at a  p atter n of r ed ca nbe seen from th e fr ont sideofth e u pp er su b strate  1.  Agreen d isplayp att er n a nd  a blue display pa tt e r ncan be s imilar l ypr o duced. W hi tedisp l a y can  bee ff ected by  apply i ng  a  predet er minedvo lta gesimul t aneo usly a cross th e sig n al electrodesa nd the scanni n ge l ec t rode s c orrespondin g to theredf il ter 6R, t he gr ee n  f i lter 6G, and the bl ue  filte r 6B,  respectively . Thus, co m b i nationsof c o lo r  filters of va rious  colors en a bles a v ariet y of col or displa y s .
In the  th us- arr ang e d  c olor liquid-c r y stal  d isplayuni t, howe ver , t hecol or  filters6R, 6G,an d6B  f orm  patt e rns elon ga ted  i n o ne di r ection , asshow nin FIG . 1A, a n dh e nceth er e ha s b ee n a p robl e m i n thatsince a c olo r  pic tu re  displa yed on a disp la y screen i scom posedo f  a longi tudinally elongated dot arrange men t, th e re solutionand  clari tyo f thepictur e are  o fte n insuf f i ci ent  a nd a desir e d  co lor m ix ingeffectcannot be obtained . 
In  order to sol vesuch a  p rob l em ,  fo re xam p l e, in the casewhere four -c o lo r displayo f r ed , green , yello w, an d  blackis carrie d out thr ou gh a d d iti ve mixture  of colo r stimuli by us e  o f two  co lor fi lt ers  6R a nd 6Go f r ed an d gree nas sho wn in  F IG. 2, t here has been proposeda colo r liq uid -crystaldis p lay  unit inwhic h the rati o o f t he ar eas of th e el e ct rod e  patt erns of adjace n tsig n a lelectrodes4 a remadedif f erentfrom  each other. In s u ch an arrangem ent, b eca use there d and green fi lte r6 R  and 6Gdi ffer from e ach othe ri n are a rati o, the  displa y e dc olor p ictu redoes nothav et he long it ud i nallyelon ga ted do t arra n geme n t , and the unit s ize o f one c o lor  in t he  two-co l or d isplay issubstantial ly the  sam e asthat of  t he oth erco lor, resul t ing in abalan ced dis pl ay a nda desi redc o lor m ixin geff ect. On t h e  o t he rh and , ho wever ,ther e has bee n  a probl emi n thatas  th e number of t he signalele ctrod e s  4 is incr e ased ,  t h e num ber of  elect rode le a d-o ut  termin als i s increas ed and th e  in te rval  between  a djac en t t er minals
bing axes_arranged parallel_to each other are_adhesively attached_to_the upper_and_lower substrates 1_and 2 at_their outer surfaces. A_color liquid-crystal display_unit_is thereby formed.
In the thus-arranged color liquid-crystal display unit, when, for example, red color_is_to be_displayed,_a_predetermined voltage is applied across_the signal electrode provided with_the red_filter thereon and the opposing signal electrode to_thereby_change the optical_property of the TN liquid crystal 8 to allow_the light incident on a liquid-crystal_portion corresponding to_the_red_filter 6R to pass_so that a pattern of red_can be seen from the front_side of the upper substrate 1. A_green display pattern and a blue_display pattern can be similarly_produced. White_display can be effected by_applying a predetermined_voltage simultaneously_across the signal_electrodes and the scanning electrodes corresponding_to the red_filter 6R, the green filter 6G,_and_the blue filter_6B,_respectively._Thus, combinations_of color filters_of_various colors_enables_a variety of color displays.
In the_thus-arranged_color liquid-crystal display unit, however, the color_filters 6R, 6G, and_6B_form patterns elongated in_one direction, as shown in_FIG. 1A, and hence there has_been a_problem in_that since a color picture displayed on a display screen is_composed of a longitudinally elongated dot_arrangement, the resolution and_clarity of_the_picture are often_insufficient_and a_desired color mixing effect cannot be obtained.
In_order to_solve such a problem, for example,_in the case where_four-color_display of red, green, yellow, and_black is carried out through additive_mixture of color stimuli by_use_of_two color filters 6R and_6G of red and green as_shown in FIG._2, there has been proposed a color_liquid-crystal_display unit in which the ratio_of_the areas of the electrode patterns_of_adjacent_signal electrodes 4 are made_different from each other. In such_an arrangement, because the red and green filter 6R_and 6G differ_from each other in area_ratio,_the_displayed color picture does not have the longitudinally elongated dot_arrangement, and_the unit size_of one color in the two-color display is substantially the_same as that of the other color,_resulting in a balanced display and a desired color mixing effect._On the other hand, however, there has been_a problem in that as the number_of the signal electrodes_4_is increased, the number of electrode lead-out_terminals_is_increased_and the interval_between adjacent terminals