 suspending agent to be almost equal, while preventing the aggregation of the light control particles by adding a dispersion control agent to increase the dispersibility of the light control particles.
However, since even these light control glasses also have a structure in which a liquid light control suspension is encapsulated in a gap between two transparent conductive substrates as in the case of conventional light control glasses, there is a problem that, in the case of the manufacture of large-sized products, uniform encapsulation of the suspension in the gap between the two transparent conductive substrates is difficult, and a swelling phenomenon in the lower part is likely to occur due to the difference in the hydraulic pressure between the upper part and the lower part of the product. Furthermore, when the gap between the substrates is changed due to the external environment, for example, the pressure of wind, the optical density is changed as a result, so that the color phase becomes inhomogeneous. Further, there is a problem that the sealing material in the peripheral area for holding a liquid between the transparent conductive substrates is destroyed, and the light control material leaks out. In addition, unevenness occurs in the response time as a result of deterioration by ultraviolet ray, and a decrease in the voltage between the peripheral areas and the center of the transparent conductive substrates.
As a method of improving this, there has been suggested a method of mixing a liquid light control suspension with a solution of a curable polymer resin, and producing a film by using a phase separation method based on polymerization, a phase separation method based on solvent volatilization, a phase separation method based on temperature, or the like (see, for example, Patent Document 10).
Furthermore, in a space surrounded by the light control glasses used heretofore, since the transparent conductive resin substrates used in the glasses have small surface resistivity and low radio wave transparency, there is a problem that television sets, mobile telephones, remote control devices utilizing radio waves, and the like may not function adequately. In the case of conventional memory devices, in particular conventional semiconductor memory devices, it is sometimes common to differentiate between functional memory devices (e.g., PLAs, PALs, etc.) and table memory devices. For example, some table memory devices include ROM devices (Read Only Memory) such as PROMs, EPROMs, EEPROMs, flash memories, etc., and RAM devices (Random Access Memory or read-write memory) such as DRAMs and SRAMs.
In the case of SRAMs (Static Random Access Memory), individual memory cells consist of
suspending agent to be almost equal, while prevent the collection of the light control particles by add a dispersion control agentive role to increase the dispersibility of the light control particles. 
 However, since even these unaccented control glasses besides have a structure in which a liquid light restraint suspension is encapsulated in a gap between two transparent conductive substrates as in the event of conventional light control glass, there is a problem that, in the case of the manufacture of bombastic - sized products, uniform encapsulation of the suspension in the gap between the two transparent conductive substrate is difficult, and a swelling phenomenon in the lower part is likely to occur due to the difference in the hydraulic pressure between the upper part and the lower part of the product. Furthermore, when the gap between the substrates is changed due to the external environment, for example, the pressure of tip, the optical density is transfer as a resultant role, so that the color phase becomes inhomogeneous. Further, there constitute a problem that the sealing material in the peripheral area for hold a liquid between the transparent conductive substrates is destroyed, and the light control material leaks out. In addition, unevenness occurs in the response time as a resultant role of deterioration by ultraviolet ray, and a decrease in the voltage between the peripheral area and the center of the transparent conductive substrates. 
 As a method of improving this, there has been suggest a method of mixing a liquid light control suspension with a solution of a curable polymer resin, and producing a film by use a phase separation method acting based on polymerization, a phase separation method based on solvent volatilization, a phase separation method acting based on temperature, or the like (see, for example, Patent Document 10). 
 Furthermore, in a quad surrounded by the light command glasses use heretofore, since the diaphanous conductive resin substrates used in the glasses have small open resistivity and low radio receiver wave transparency, there is a problem that television sets, mobile telephones, distant control devices utilizing radio waves, and the like may not function adequately. In the case of ceremonious memory devices, in particular conventional semiconductor memory devices, it is sometimes common to differentiate between functional memory device (e.g., PLAs, PALs, etc .) and table memory device. For example, some table memory devices include ROM device (Read Only Memory) such as PROMs, EPROMs, EEPROMs, flash memories, etc. , and RAM device (Random Access Memory or read - write memory) such as DRAMs and SRAMs. 
 In the case of SRAMs (Static Random Access Memory), individual memory cells consist of
 sudpending agent to be almust equal, while prevenving ths aggregxtion of the light control pertixles vy adding a dispersion control wgent to inccease the dispersibility of ths ligkt control partigles.
However, since even thasd pight control glasses also have a seructurr ln which a liqoid lpgrt ckntrol suspension is encapsulated jn a gak between two tranxparent conductive substrahes ws in the case of fonventionao lidyt control guasses, thegz is a probmem that, in the case of the manjfactbre of largg-sjzfg products, nnifori encapsulatlpn of dhe suslension in the ga' berween the two transpacent conductive subsjrates is giyficult, and a swellint phenokenot in rhe losec pzrt is liiely to ocdur due to rhe difference in tne yydraulic preasure feeween the upper part and the lower part of the product. Furthermorw, when the gap betweej the subftrates is changed due to the external environmend, for dxanpjd, tje pressure of wind, the optical density is chwhgtd ss a result, so that the cpllr khase becomes knhomoysnsous. Further, there is a ptoblem that the seaking material in the periphwral area fog hooding a liquid betceen the trausparemt comductive substrates is bestroged, and the light cohgrol material lexks ogt. In addition, unevenness jccurs in the responre tome as a result lf debarioration by ultrwviolgt ray, and a decgease in the voltage between thx peripheral sraas and the centcr of the trans[arent conductnve subscrates.
Xs a methos of im'roving this, there has beaj suggested e method jf muxint a liqjkd light contrpl suspension with q solution of a cuvable lolymer resin, aub kriducing a film by usynh e phafa separation metfod nased on polymerlzagion, a phase separation kethkd based on solveny yolatilizqtion, a [hase separatoon method based oj tem'eratuce, or yhe like (see, for example, Patent Dkcument 10).
Fkrtmermore, in a fpacc sutrounded by the light control glasses used heretofire, since the tranwparent conductive tesln substratex useq in the classes have small syrface resistivitn and low radio wave tdanspasency, there is a problem that television sets, mobile telephones, remote control devicxs utilizing dadip wavvs, cnd the lyke ley not function acequately. In the case of convenvional memmrv devices, in particular convemtkonal semiconauctor memory devices, it is someyimes common to differentiate brtween functional memory devices (e.g., PMAs, PALs, evc.) and table memory cevicev. For examplw, sole table memofy ceyices inclkde COM devices (Read Only Memory) such aw PROMw, FPROMs, EEPROMs, fnash memorics, etc., znd RAI devices (Random Accsds Meoory or read-wtite memory) suvh as DRAMs and SRAMv.
Ig the case of WGAMs (Static Rsndom Abcess Memory), mndividual mamory cells consist of
suspending agent to be almost equal, while aggregation the light particles by adding increase dispersibility of the control particles. However, even these light control glasses also a structure in which a liquid light control suspension is encapsulated in a between two transparent conductive substrates as in the case of conventional light control there a that, the case of the manufacture of large-sized products, uniform encapsulation of the suspension in the gap the two transparent conductive substrates is difficult, and swelling phenomenon in the part is likely to occur to difference in hydraulic between upper part and lower part of the product. Furthermore, when the gap between the substrates is changed due to the environment, for pressure of the density changed as a that the color phase becomes inhomogeneous. a problem that the sealing material in the area for a liquid between the transparent conductive is destroyed, and the light control material leaks In addition, unevenness occurs in the response time as a result of deterioration by ultraviolet a decrease in the between the peripheral and center the conductive substrates. a method of improving this, there has been suggested a method mixing a liquid light control suspension with a solution of polymer and producing a by using a phase method on polymerization, a phase based solvent separation based temperature, or the like for example, Patent Document 10). in a space surrounded used heretofore, since the transparent conductive resin substrates in the glasses have small surface resistivity low radio wave transparency, there is a problem that television sets, mobile remote control radio waves, and the like may not function In the case of memory devices, in particular conventional semiconductor memory devices, it sometimes to differentiate functional memory devices PLAs, PALs, etc.) table memory devices. some table devices ROM Memory) such as PROMs, EPROMs, EEPROMs, memories, and RAM devices (Random Access or such as DRAMs and SRAMs. In the case of SRAMs (Static Random Access Memory), individual consist of
 suspending agent to be almost Equal, while PreveNtiNg tHe AggrEgatIon of the light cONtroL particles by adding a disPersiOn COntrOL aGent tO increaSE tHE DisPeRsIbiLiTY oF the lIghT controL particles.
howEvEr, since even tHEsE light contRol Glasses also hAve A strucTuRe iN Which A liQuid lIght coNTrol suSpension iS eNCapsulATed in a gAP BeTweeN two transparent coNDuCTive substrates As in thE cASe OF ConVenTional lighT cOntroL Glasses, THeRE IS a pROblem that, in thE case of the mANufActure Of LarGE-sized ProduCtS, UniForm encapsuLatiOn of the suSpensiON in the gAP betweeN the twO trAnsPareNT cOnDucTiVE suBStRatES is DifficulT, aNd A swelLing PHENOmenOn iN the Lower Part is likely tO ocCur dUE to The diFfereNce iN tHe hydRaulic PressUrE between the uppeR parT and the loWer PaRt oF tHe proDUct. FurTheRmoRe, when tHe gap beTWeeN tHE SUbStrates is changed duE tO THe External EnviroNMeNt, FOr examplE, tHe pRessURE of wiNd, thE OpTical denSity is CHaNgEd as a reSuLt, so thAt The ColOr phaSE becOmes inHomogeneOus. FuRTher, there is a prOBlem that the seALiNG MaTEriaL in The peripherAl arEA for HoldINg A liQUid beTween ThE TrANsparent conductive sUbStrateS is deStroyed, and the Light contrOL MAterial lEaks OUt. iN addition, uneveNness Occurs in thE Response Time aS a result Of deterioRATion by ulTraVioLet Ray, AND a Decrease in the VOLtagE bEtween tHe pEripherAl aReaS anD thE cEnter of thE transpaReNt CoNdUctIve suBStrates.
AS a MetHoD of ImproVIng thiS, therE has BeEn SUggEsted a mEThOD Of miXiNg A liqUid LiGht coNtroL SusPension With a soluTioN Of a cUrAbLe polymEr resin, and proDuCing a film bY uSinG a phasE SEparatioN method based on polymerizATion, a phAse SeparAtioN method baSed On solvEnt VOlatilIzatioN, a phaSe SepARAtion METhOd bAsEd on temperATUre, Or the LiKe (seE, for exaMple, Patent Document 10).
fUrtHermore, in a spaCe sUrroUNDeD by THe LIghT cONtrOL Glasses used hereTofore, sincE tHE tRansparent COndUcTive resIn substRates USed in thE glasses hAve small sUrFace RESisTivity and lOw radio wAve transpARency, THeRe is a ProBlem thAt TelEvisiOn sets, MObiLe telEphoneS, rEmote cOntroL dEvices utIlizing radio waves, and the Like maY not fUncTion adequAteLY. In The case of ConvEntional meMorY deVices, In pARticuLar cONvEntIOnal sEmicONductor meMOrY deVICeS, it is sometiMES ComMon to DifFErentiAte bEtween functional mEMory devices (e.g., PlAs, PalS, etC.) anD TablE mEmory devices. FoR exAmPLE, some tabLe Memory devicEs includE Rom deviCes (ReaD Only MEmory) suCH As prOMs, EPrOMs, eEPrOMs, flash MemOrIEs, etc., anD RaM DEvices (randOm access memory OR reaD-WRite memory) such as dRAMs AND SRAMS.
in tHe casE oF SRAMs (STAtic random AcceSs Memory), indIviduaL memOry ceLls consIsT of
 suspending agent to be al most equal , whi lepre ve ntin g th e aggregationo f th e light control partic les b ya ddin g  a  disp ersionc on t r olag en t t oi nc rease  th e dispe rsibilityofth e light cont r ol  particles .
H owever, sinc e e ven th es e l i ght c ont rol g lasses also h ave a str uc t ure in which a l iq uidlight control sus p en s ion is encapsu latedin ag a p b etw een two tr an spare n t condu c ti v e sub s trates as inthe case of con ventio na l l i ght co ntrol  g l ass es, there i s aproblem t hat, i n  the ca s e of th e manu fac tur e of la rg e-s iz e d p r od uct s , u niform e nc ap sulat iono f t he s usp ensi on in  the gap betw een  the two  tran spare nt c on ducti ve sub strat es  is difficult,anda swellin g p he nom en on in the lo wer  pa rt is l ikely t o  oc cu r d ue  to the difference  i n th e hydrau lic pr e ss ur e  between  t heuppe r partandt he  lower p art of th eproduct .Furthe rm ore , w hen t h e ga p betw een thesubst r ates is change d  due to the e x te r n al envi ron ment, for e xamp l e, t he p r es sur e  of w ind,th e  o p tical density is ch an ged as  a re sult, so that  the color p h ase beco mesi nh o mogeneous. Fur ther,  there isa  problem  that  the sea ling mate r i al in th e p eri phe ral a re a for holding a  liq ui d betwe enthe tra nsp are ntcon du ctive sub stratesis  d es tr oye d, an d  the lig ht  co nt rol  mate r ial le aks o ut.In  a d dit ion, un e ve n n essoc cu rs i n t he  resp onse tim e as aresult of  de t erio ra ti on by u ltraviolet ra y,  and a dec re ase  in th e voltagebetween the peripherala reas an d t he ce nter  of the t ran sparen t c o nducti ve sub strat es .
A s a met h o dofim proving th i s , t hereha s be en sugg ested a method ofm ixi ng a liquid l igh t co n t ro l s u sp e nsi on wit h a solution of a  curable p ol y me r resin, a n d p ro ducinga filmby us i ng a ph ase separ ation met ho d ba s e d o n polymeri zation,a phase s e parat i on  meth odbasedon  so lvent  volat i liz ation , a ph as e sepa ratio nmethod b ased on temperature, or  the l ike ( see , for exa mpl e , P atent Doc umen t 10).
Fur the rmo re, i n a space  sur r ou nde d  by t he l i ght contr o lgla s s es  used heret o f o re,  sinc e t h e tran spar ent conductive re s in substratesused i n t heg lass es  have small su rfa ce r esistivi ty  and low ra dio wave  t r anspa rency,  there  is a p r o bl e m that  tel evi sion sets , m ob i le tele ph on e s, rem oteco ntroldevice s  uti l i zing radio waves , and t he li k e m ay no tfunctio n  ade quately. I n the caseof con vent ional  memory  d evices , i nparticular conventio nal s emicond uc tormem ory de vice s ,  it i s so me tim es common t od if fe r ent iate  betw ee n fu nctionalm emory de vic e s (e.g. ,PLA s ,  PALs, et c . ) and tabl e m emory d evices. Fo r  exa m pl e , som e tabl e memo ry devi c esin clude R OMd e vices (Re ad Only M e mor y)  suc h as PRO Ms , EP RO Ms,  E EPROMs, flash m emories,  etc., a n d  RAM d evi c es ( R andomAc cess Memoryor re ad - write m e m ory ) sucha s D RAM s a nd S RAM s.
I n  the case of SRAMs (Stat ic R andom Acc ess M emory ),  individ u al m emory ce l ls consist of 
 suspending_agent to_be almost equal, while_preventing the_aggregation_of the_light_control particles by_adding a dispersion_control agent to increase_the dispersibility of_the_light control particles.
However, since even these light control glasses also have a structure in_which_a liquid_light_control_suspension is encapsulated in a_gap between two transparent conductive_substrates as_in the case of conventional light control glasses,_there_is a problem_that, in the case of the manufacture of large-sized_products, uniform encapsulation of the suspension_in the gap_between_the_two transparent conductive substrates_is difficult, and a swelling phenomenon_in the lower part is likely_to occur due to the difference in_the hydraulic pressure between the upper_part and the lower part_of the_product. Furthermore, when the gap_between the substrates_is changed_due to the_external environment, for example, the pressure_of wind, the_optical density is changed as a_result,_so that the_color_phase_becomes inhomogeneous._Further, there is_a_problem that_the_sealing material in the peripheral area_for_holding a liquid between the transparent conductive_substrates is destroyed, and_the_light control material leaks_out. In addition, unevenness occurs_in the response time as a_result of_deterioration by_ultraviolet ray, and a decrease in the voltage between the peripheral_areas and the center of the_transparent conductive substrates.
As a_method of_improving_this, there has_been_suggested a_method of mixing a liquid light control_suspension with_a solution of a curable polymer_resin, and producing a_film_by using a phase separation method_based on polymerization, a phase separation_method based on solvent volatilization,_a_phase_separation method based on temperature,_or the like (see, for example,_Patent Document 10).
Furthermore,_in a space surrounded by the light_control_glasses used heretofore, since the transparent_conductive_resin substrates used in the glasses_have_small_surface resistivity and low radio_wave transparency, there is a problem_that television sets, mobile telephones, remote control devices utilizing_radio waves, and_the like may not function_adequately._In_the case of conventional memory devices, in particular conventional semiconductor_memory devices,_it is sometimes_common to differentiate between functional memory devices (e.g., PLAs, PALs,_etc.) and table memory devices. For example,_some table memory devices include ROM devices (Read Only Memory) such_as PROMs, EPROMs, EEPROMs, flash memories, etc., and_RAM devices (Random Access Memory or read-write_memory) such as DRAMs_and_SRAMs.
In the case of SRAMs (Static Random_Access_Memory),_individual_memory cells consist_of