Njengesixhobo esitsha sokufaka, isikrini esichukumisayo ngoku yeyona ndlela ilula, iluncedo kakhulu kunye nendalo yokusebenzisana kwekhompyuter yomntu.
Isikrini sokuchukumisa, esaziwa ngokuba yi "touch screen" okanye "touch panel", sisixhobo sokubonisa ulwelo lwekristale esebenzayo esinokufumana imiqondiso yegalelo njengabafowunelwa; xa amaqhosha egraphic kwiscreen echukunyiswa, inkqubo yempendulo ebambekayo kwiscreen Izixhobo ezahlukeneyo zokuqhagamshela ziqhutywa ngokweenkqubo ezicwangciswe kwangaphambili, ezinokuthi zisetyenziswe ukutshintsha iiphaneli zamaqhosha oomatshini kwaye zenze iziphumo ezicacileyo zeaudio kunye nevidiyo ngezikrini zeLCD. Ezona ndawo zisetyenziswayo kwizikrini zokuchukumisa zikaRuixiang zizixhobo zonyango, iindawo zoshishino, izixhobo eziphathwa ngesandla, ikhaya le-Smart, ukusebenzisana kwabantu nekhompyuter, njl.
Ulwahlulo oluqhelekileyo lwesikrini sesikrini
Kukho iintlobo ezininzi eziphambili zezikrini zokuchukumisa kwimarike namhlanje: izikrini zokuthintela, izikrini ze-capacitive touch screens kunye ne-inductive capacitive touch screens, i-surface acoustic wave, i-infrared, kunye namaza okugoba, i-digitizer esebenzayo kunye ne-optical imaging touch screens. Kukho iintlobo ezimbini zazo, uhlobo olulodwa lufuna i-ITO, njengeentlobo ezintathu zokuqala zezikrini zokuchukumisa, kwaye olunye uhlobo alufuni i-ITO kwisakhiwo, njengeentlobo zokugqibela zezikrini. Okwangoku kwiimarike, izikrini zokuthintela ezithintekayo kunye ne-capacitive touch screens usebenzisa izinto ze-ITO zezona zisetyenziswa kakhulu. Oku kulandelayo kwazisa ulwazi olunxulumene nezikrini zokuchukumisa, ezigxininise kwi-resistive and capacitive screens.
Isakhiwo sesikrini sokuchukumisa
Ulwakhiwo oluqhelekileyo lwesikrini sokuchukumisa sikholisa ukuba nezahlulo ezithathu: iileya ezimbini ezikhanyelayo ze-conductor, umaleko wokwahlula phakathi kwee-conductor ezimbini, kunye nee-electrode.
I-Resistive conductor layer: I-substrate ephezulu yenziwe ngeplastiki, i-substrate ephantsi yenziwe ngeglasi, kwaye i-indium tin oxide eqhubayo (ITO) ifakwe kwi-substrate. Oku kudala iileya ezimbini ze-ITO, zohlulwe ziipivots ezithile ezizimeleyo malunga newaka le-intshi ubukhulu.
I-Electrode: Yenziwe ngezinto eziphathekayo ezine-conductivity egqwesileyo (ezifana ne-inki yesilivere), kunye ne-conductivity yayo malunga namaxesha angama-1000 e-ITO. (Iphaneli yokubamba esebenzayo)
Umaleko ozimeleyo: Isebenzisa ifilimu ye-polyester ebhityileyo kakhulu ye-PET. Xa umphezulu uchukunyiswa, uya kugoba phantsi kwaye uvumele iileya ezimbini ze-ITO zokugqoka ezingezantsi ukuba zidibanise omnye nomnye ukudibanisa isiphaluka. Kungenxa yoko le nto isikrini sokuchukumisa sinokufikelela kwiqhosha leqhosha. umphezulu capacitive touch screen.
Isikrini sokuchukumisa esixhathisayo
Ukubeka ngokulula, isikrini sokuthintela esichasayo sisiva esisebenzisa umgaqo wokuva uxinzelelo ukufikelela kwi-touch. isikrini esichasayo
Umgaqo wesikrini sokuchukumisa:
Xa umnwe womntu ucinezela umphezulu wesikrini esichasayo, ifilimu yePET elastic iya kugoba ijonge ezantsi, ivumela iicoatings ze-ITO eziphezulu nezisezantsi zinxibelelane ukuze zenze indawo yokucofa. I-ADC isetyenziselwa ukufumanisa i-voltage yendawo yokubala i-X kunye ne-Y axis coordinate values. isikrini sokuchukumisa esixhathisayo
Izikrini zokuthintela ukuthintela zihlala zisebenzisa iingcingo ezine, ezintlanu, ezisixhenxe okanye ezisibhozo ukuvelisa amandla ombane wescreen bias kwaye ufunde umva inqaku lengxelo. Apha sithatha ikakhulu imigca emine njengomzekelo. Lo mgaqo ulandelayo:
1. Yongeza i-voltage eqhubekayo ye-Vref kwi-X + kunye ne-X-electrodes, kwaye udibanise i-Y + kwi-ADC ephezulu yokuthintela.
2. Intsimi yombane phakathi kwee-electrode ezimbini ihanjiswa ngokufanayo kwicala ukusuka kwi-X + ukuya kwi-X-.
3. Xa isandla sithinta, iileyile ezimbini zokuqhuba zidibana kwindawo yokuthintela, kwaye amandla omgca we-X kwindawo yokuthintela iqondiswe kwi-ADC exhunywe kwi-Y layer ukufumana i-voltage Vx. isikrini esichasayo
4. Nge-Lx/L=Vx/Vref, ulungelelwaniso lwenqaku le-x lunokufumaneka.
5. Ngendlela efanayo, qhagamshela i-Y + kunye ne-Y-kwi-voltage Vref, ulungelelwaniso lwe-Y-axis lunokufumaneka, kwaye emva koko udibanise i-electrode ye-X + kwi-ADC ephezulu yokuthintela ukufumana. Kwangaxeshanye, isikrini esine-wire resistive touch screen asikwazi ukufumana kuphela ulungelelwaniso lwe-X/Y lomfowunelwa, kodwa nokulinganisa uxinzelelo lomfowunelwa.
Oku kungenxa yokuba ubukhulu boxinzelelo, igcwele uqhagamshelwano, kunye nokuncinci ukuchasana. Ngokulinganisa ukuchasana, uxinzelelo lunokulinganiswa. Ixabiso lombane lilingana nexabiso lokulungelelanisa, ngoko kufuneka lilinganiswe ngokubala ukuba kukho ukutenxa kwixabiso le-voltage ye-coordinate point (0, 0). isikrini esichasayo
Iingenelo kunye nokungalunganga kwesikrini sokuchukumisa isikrini:
1. Isikrini sokuthintela siyakwazi ukugweba indawo enye kuphela xa sisebenza. Ukuba kukho ngaphezu kwamanqaku amabini okuthintela, ayinakugwetywa ngokuchanekileyo.
2. Izikrini ezixhathisayo zifuna iifilimu ezikhuselayo kunye nokuhlengahlengiswa rhoqo, kodwa izikrini zokuthintela ezithintekayo azichatshazelwa luthuli, amanzi kunye nokungcola. Iphaneli yesikrini sokuchukumisa esinamandla
3. Ukugquma kwe-ITO kwesikrini sokuthintela sincinci kwaye kulula ukusiqhawula. Ukuba kukhulu kakhulu, kuya kunciphisa ukuhanjiswa kokukhanya kwaye kubangele ukubonakaliswa kwangaphakathi ukunciphisa ukucaca. Nangona umaleko omncinci okhuselayo weplastiki wongezwa kwi-ITO, kuselula ukulolwa. Yonakaliswe zizinto; kwaye ngenxa yokuba ihlala ichukunyiswa, iintanda ezincinci okanye i-deformation iya kuvela kumphezulu we-ITO emva kwexesha elithile lokusetyenziswa. Ukuba enye yeengqimba ze-ITO zangaphandle zonakaliswe kwaye ziphule, ziya kulahlekelwa indima yayo njengomqhubi kwaye ubomi besikrini sokuthintela abuyi kuba bude. . Iphaneli yesikrini sokuchukumisa esinamandla
capacitive touch screens, capacitive touch screens
Ngokungafaniyo nezikrini zokuthintela, i-capacitive touch ayixhomekekanga kuxinzelelo lweminwe ukwenza kunye nokutshintsha amaxabiso ombane ukuze ufumane ulungelelwaniso. Ikakhulu isebenzisa uqhelaniso lwangoku lomzimba womntu ukusebenza. capacitive touch screens
Umgaqo wesikrini esichukumisayo:
Izikrini zeCapacitive zisebenza ngayo nayiphi na into ephethe intlawulo yombane, kuquka ulusu lomntu. (Intlawulo ethwalwa ngumzimba womntu) Izikrini ze-capacitive touch screens zenziwe ngezinto ezifana ne-alloys okanye i-indium tin oxide (ITO), kwaye iintlawulo zigcinwa kwiinethiwekhi ze-micro-electrostatic ezincinci kuneenwele. Xa umnwe ucofa kwisikrini, inani elincinci langoku liya kuxutywa kwindawo yoqhagamshelwano, kubangela ukuhla kwe-voltage kwi-electrode yekona, kwaye injongo yokulawula ukuthintela iphunyezwa ngokuva ubuthathaka bomzimba womntu. Kungenxa yoko le nto isikrini esichukumisayo singaphenduli xa sifaka iiglavu kwaye siyichukumise. eqikelelwayo capacitive touch screen
Ulwahlulo lohlobo lovavanyo lwesikrini esinamandla
Ngokohlobo lwe-induction, lunokwahlulwa lube yi-surface capacitance kunye ne-projected capacitance. Izikrini ze-capacitive eziqikelelweyo zinokwahlulwa zibe ziindidi ezimbini: izikrini ezizimeleyo kunye nezikrini ze-capacitive ezifanayo. Isikrini esiqhelekileyo se-capacitive capacitive ngumzekelo, owenziwe ngokuqhuba i-electrodes kunye nokufumana i-electrodes. umphezulu capacitive touch screen
Umphezulu wesikrini esichukumisayo esichukumisayo:
I-Surface capacitive inomaleko we-ITO oqhelekileyo kunye nesakhelo sesinyithi, sisebenzisa izinzwa ezibekwe kwiikona ezine kunye nefilimu ebhityileyo esasazwe ngokulinganayo kuwo wonke umhlaba. Xa umnwe ucofa esikrinini, umnwe womntu kunye nesikrini sokuchukumisa sisebenza njengama-conductor amabini ahlawulisiweyo, asondelana ukuze enze i-coupling capacitor. Kwi-high-frequency current, i-capacitor ngumqhubi othe ngqo, ngoko ke umnwe udonsa umbane omncinci kakhulu ukusuka kwindawo yoqhagamshelwano. Ikhoyo ngoku iphuma kwii-electrodes kwiikona ezine zesikrini sokuchukumisa. Ubunzima bangoku buhambelana nomgama ukusuka kumnwe ukuya kwi-electrode. Umlawuli wokuchukumisa ubala indawo yokuphela kwebala. eqikelelwayo capacitive touch screen
Isikrini sokuchukumisa esiqikelelweyo:
I-IT enye okanye ngaphezulu eyilwe ngononophelo isetyenziswa. Ezi maleko ze-ITO zicwangciswe ukwenza i-electrode ethe tye kunye nethe nkqo, kwaye iitshiphusi ezizimeleyo ezinemisebenzi yokuva ziyahluzwa kwimiqolo/kwiikholamu ukwenza i-axis-coordinate sensing unit matrix yomthamo oqikelelweyo. : Imigca engu-X kunye ne-Y isetyenziswa njengemigca eyahlukeneyo kunye neekholamu zolungelelwaniso lweeyunithi zeemvakalelo zokubona umthamo weyunithi nganye yokuvalelwa kwegridi. umphezulu capacitive touch screen
Iiparamitha ezisisiseko zesikrini esinamandla
Inani lamajelo: Inani lemigca yesitishi eqhagamshelwe kwitshiphu ukuya kwiscreen sokuchukumisa. Xa kukho amajelo amaninzi, ixabiso eliphezulu kunye ne-wiring enzima ngakumbi. Ukuzimela ngokwemveli: M + N (okanye M * 2, N * 2); umthamo ofanayo: M+N; iseli umthamo mutual: M*N. capacitive touch screens
Inani lee-nodes: Inani ledatha esebenzayo enokufunyanwa ngokuthathwa kwesampuli. I-nodes ezininzi zikhona, idatha eninzi inokufumaneka, ulungelelwaniso olubalwe luchaneke ngakumbi, kwaye indawo yoqhagamshelwano enokuxhaswa incinci. Ukuzithwala: ngokufana nenani lamajelo, amandla alinganayo: M*N.
Izithuba zamatshaneli: umgama phakathi kwamaziko etshaneli akufutshane. Xa kukho iindawo ezininzi, i-pitch ehambelanayo iya kuba yincinci.
Ubude bekhowudi: kuphela ukunyamezelana okufunekayo ukwandisa umqondiso wesampulu ukuze kugcinwe ixesha lesampulu. Iskimu se-capacitance esidibeneyo sinokuba nemiqondiso kwimigca yokuqhuba ezininzi ngexesha elinye. Zingaphi iziteshi ezinemiqondiso zixhomekeke kubude bekhowudi (ngokuqhelekileyo iikhowudi ezi-4 zininzi). Ngenxa yokuba i-decoding iyafuneka, xa ubude bekhowudi bukhulu kakhulu, kuya kuba nefuthe elithile kwi-sliding ngokukhawuleza. capacitive touch screens
Umgaqo oqikelelweyo wescreen esinecapacitive izikrini zokuchukumisa
(1) I-Capacitive touch screen: Zombini ii-electrode ezithe tyaba kunye nezithe nkqo ziqhutywa yindlela yokuva enye.
Umphezulu weglasi we-self-generated capacitive touch screen usebenzisa i-ITO ukwenza uluhlu lwe-electrode oluthe tye kunye noluthe nkqo. Ezi electrode ezithe tyaba kunye nezithe nkqo zenza i-capacitors kunye nomhlaba ngokulandelanayo. Le capacitance idla ngokubizwa ngokuba yi-self-capacitance. Xa umnwe uchukumisa isikrini se-capacitive, i-capacitance yomnwe iya kuphakanyiswa kwi-capacitance yesikrini. Ngeli xesha, i-self-capacitive screen ibona uluhlu lwe-electrode oluthe tye kunye noluthe nkqo kwaye lumisela ulungelelwaniso oluthe tyaba kunye noluthe nkqo ngokulandelelana ngokusekwe kutshintsho kwi-capacitance ngaphambi nangemva kokucofa, emva koko i-Touch coordinates idityaniswe kwinqwelomoya.
I-parasite capacitance iyanda xa umnwe uchukumisa: Cp'=Cp + Cfinger, apho iCp- iyindawo yeparasitic capacitance.
Ngokufumanisa utshintsho kwi-parasitic capacitance, indawo ebanjwe ngumnwe inqunywe. capacitive touch screens
Thatha i-double-layer self-capacitance structure njengomzekelo: iileya ezimbini ze-ITO, i-electrodes ethe tyaba kunye ne-vertical isekelwe ngokulandelanayo ukuze yenze i-self-capacitance, kunye ne-M + N iziteshi zokulawula. ips LCD capacitive touch screen
Kwizikrini ezizimeleyo, ukuba i-touch eyodwa, iprojekti kwi-X-axis kunye ne-Y-axis izikhombisi zodwa, kwaye ulungelelwaniso oludityanisiweyo lulodwa. Ukuba amanqaku amabini achukunyiswe kwisikrini sokuchukumisa kwaye amanqaku amabini akwi-XY yezalathiso ze-axis ezahlukeneyo, ulungelelwaniso olu-4 luya kuvela. Kodwa ngokucacileyo, zimbini kuphela izinxibelelaniso eziyinyani, kwaye ezinye ezimbini zaziwa ngokuba "ngamanqaku omoya". ips LCD capacitive touch screen
Ke ngoko, iimpawu zomgaqo wesikrini esizilawulayo simisela ukuba sinokuchukunyiswa kuphela linqaku elinye kwaye asinakukwazi ukufikelela kwi-multi-touch eyinyani. ips LCD capacitive touch screen
I-Mutual capacitive touch screen: Isiphelo sokuthumela kunye nesiphelo sokufumana sahlukile kwaye siwela ngokuthe nkqo. capacitive multi touch
Sebenzisa i-ITO ukwenza ii-electrode ezinqamlezayo kunye nee-electrode ze-longitudinal. Umahluko kwi-self-capacitance kukuba i-capacitance iya kwenziwa apho iiseti ezimbini ze-electrodes zidibanisa, oko kukuthi, iiseti ezimbini ze-electrodes ngokulandelanayo zenza izibonda ezimbini ze-capacitance. Xa umnwe uchukumisa isikrini se-capacitive, sichaphazela ukudibanisa phakathi kwee-electrode ezimbini eziqhotyoshelwe kwindawo yokuchukumisa, ngaloo ndlela utshintsha amandla phakathi kwee-electrode ezimbini. capacitive multi touch
Xa ufumanisa i-capacitance ye-mutual capacitance, i-electrodes ethe tyaba ithumela imiqondiso yokuvuselela ngokulandelelana, kwaye zonke ii-electrode ezithe nkqo zifumana iimpawu ngexesha elinye. Ngale ndlela, ixabiso le-capacitance kumanqaku e-intersection yazo zonke i-electrodes ezithe tye kunye nezithe nkqo zinokufumaneka, oko kukuthi, ubukhulu be-capacitance yeplani ye-dimensional ye-screen touch screen, ukwenzela ukuba ifezeke. ukubamba Okuninzi.
I-capacitance yokudibanisa iyancipha xa umnwe uyichukumisa.
Ngokufumanisa utshintsho kwi-coupling capacitance, isikhundla esithintekayo ngomnwe sinqunywe. I-CM - i-coupling capacitor. capacitive multi touch
Thatha i-double-layer self-capacitance structure njengomzekelo: iileya ezimbini ze-ITO zidibanisana ukuze zenze i-M * N capacitors kunye ne-M + N iziteshi zokulawula. capacitive multi touch
Itekhnoloji ye-Multi-touch isekelwe kwizikrini zokuchukumisa ezihambelanayo kwaye yahlulwe kwi-Multi-TouchGesture kunye ne-Multi-Touch All-Point iteknoloji, okukunakana kokucofa okuninzi kwendlela yentshukumo kunye nendawo yokuchukumisa umnwe. Isetyenziswa ngokubanzi kuphawulo lwentshukumo yefowuni ephathwayo kunye nokuchukumisa iminwe elishumi. Indawo yokulinda. Izijekulo kunye nokuqondwa kweminwe emininzi akunakwenzeka kuphela, kodwa ezinye iifom zokuthintela ezingeyominwe nazo zivumelekile, kunye nokwamkelwa usebenzisa iintende, okanye izandla ezinxibe iiglavu. Indlela yokuskena ye-Multi-Touch All-Point idinga ukuskena okuhlukeneyo kunye nokufunyanwa kwamanqaku e-intersection yomqolo ngamnye kunye nekholomu yesikrini sokuchukumisa. Inani lokuskena liyimveliso yenani lemiqolo kunye nenani leekholamu. Umzekelo, ukuba isikrini sokuchukumisa sinemiqolo engu-M kunye neekholamu ezi-N, kufuneka siskenwe. Amanqaku e-intersection ngamaxesha e-M * N, ukwenzela ukuba utshintsho kwi-capacitance nganye yokubambisana inokubonwa. Xa kukho ukubamba komnwe, i-mutual capacitance iyancipha ukumisela indawo yendawo yokuchukumisa nganye. capacitive multi touch
Uhlobo lwesakhiwo sesikrini sokuchukumisa esinamandla
Ulwakhiwo olusisiseko lwesikrini lwahlulahlulwe lube ngamacandelo amathathu ukusuka phezulu ukuya ezantsi, iglasi ekhuselayo, umaleko wokuchukumisa, kunye nephaneli yokubonisa. Ngexesha lenkqubo yokuvelisa izikrini zefowuni ephathwayo, iglasi ekhuselayo, isikrini sokuchukumisa, kunye nesikrini sokubonisa kufuneka siboshwe kabini.
Ekubeni iglasi ekhuselayo, isikrini esichukumisayo, kunye nesikrini sokubonisa sihamba ngenkqubo ye-laminating rhoqo, izinga lesivuno liya kuncitshiswa kakhulu. Ukuba inani le-laminations lingancitshiswa, isantya sesivuno se-lamination epheleleyo siya kuphuculwa ngokungathandabuzekiyo. Okwangoku, abavelisi bephaneli abanamandla ngakumbi bavame ukukhuthaza izisombululo ze-On-Cell okanye kwi-Cell, oko kukuthi, bavame ukwenza i-touch layer kwisikrini sokubonisa; ngelixa abavelisi bemodyuli yokuchukumisa okanye abavelisi bezinto eziphezulu bathanda ukuthanda i-OGS, oku kuthetha ukuba umaleko wokuchukumisa Wenziwe kwiglasi ekhuselayo. capacitive multi touch
I-In-Cell: ibhekisa kwindlela yokufakela imisebenzi yepaneli yokucofa kwiipikseli zekristale elulwelo, oko kukuthi, ukubethelela imisebenzi yesivamvo sokuchukumisa ngaphakathi kwesikrini sokubonisa, esinokwenza isikrini sibe mncinci kwaye sibe khaphukhaphu. Kwangaxeshanye, i-In-Cell screen kufuneka ifakwe i-IC touch touch ehambelanayo, kungenjalo iya kukhokelela ngokulula kwimpazamo yokuva iimpawu okanye ingxolo egqithisileyo. Ke ngoko, izikrini ze-In-Cell zizimele kuphela. capacitive multi touch
KwiSeli: ibhekisa kwindlela yokufakela isikrini sokuchukumisa phakathi kwesihluzi sombala kunye ne-polarizer yesikrini sokubonisa, oko kukuthi, ngesivamvo sokuchukumisa kwiphaneli yeLCD, enzima kakhulu kuneTekhnoloji yeSeli. Ke ngoko, esona sikrini sisetyenziswa rhoqo kwimarike sisikrini se-Oncell. ips capacitive touch screen
I-OGS (Isisombululo esinye seGlasi): I-teknoloji ye-OGS idibanisa isikrini sokuthintela kunye neglasi yokukhusela, igqoke ngaphakathi kweglasi ekhuselayo kunye ne-ITO layer conductive, kwaye yenza i-coating kunye ne-photolithography ngokuthe ngqo kwiglasi yokukhusela. Ekubeni i-OGS yeglasi ekhuselayo kunye nesikrini sokuthintela zidibaniswe kunye, ngokuqhelekileyo kufuneka ziqiniswe kuqala, emva koko zifakwe, zifakwe, kwaye ekugqibeleni zinqunywe. Ukusika kwiglasi epholileyo ngale ndlela kuyinkathazo kakhulu, kuneendleko eziphezulu, isivuno esiphantsi, kwaye kubangela ukuba ezinye iintambo zeenwele zenze imiphetho yeglasi, ezinciphisa amandla eglasi. ips capacitive touch screen
Ukuthelekisa iingenelo kunye nokungalunganga kwe-capacitive touch screens:
1. Ngokumalunga nokucaca kwesikrini kunye neempembelelo ezibonakalayo, i-OGS iyona nto ibhetele, ilandelwa yi-In-Cell kunye ne-On-Cell. ips capacitive touch screen
2. Ukubhitya kunye nokukhanya. Ngokubanzi, i-In-Cell yeyona ilula kwaye incinci, ilandelwa yi-OGS. I-On-Cell imbi kancinane kunezimbini zokuqala.
3. Ngokumalunga namandla esikrini (ukuchasana kwempembelelo kunye nokuchasana nokulahla), i-On-Cell iyona nto ibhetele, i-OGS yesibini, kwaye i-In-Cell iyona nto imbi. Kufuneka kucaciswe ukuba i-OGS idibanisa ngokuthe ngqo iglasi yokukhusela i-Corning kunye nomgca wokuchukumisa. Inkqubo yokucubungula yenza buthathaka amandla eglasi kwaye isikrini sinobuthathaka kakhulu.
4. Ngokuphathelele kwi-touch, i-touch sensitivity ye-OGS ingcono kune-On-Cell / In-Cell screens. Ngokubhekiselele kwinkxaso ye-multi-touch, iminwe, kunye ne-Stylus stylus, i-OGS ngokwenene ingcono kune-In-Cell / On-Cell. Iiseli. Ukongeza, ngenxa yokuba isikrini se-In-Cell sidibanisa ngokuthe ngqo umaleko wokuchukumisa kunye ne-crystal layer ye-liquid, ingxolo yokuziva inkulu, kwaye i-chip ekhethekileyo iyafuneka ukuze kuhluzwe kunye nokulungiswa kokulungiswa. Izikrini ze-OGS azixhomekekanga kangako kwiitshiphusi zokucofa.
5. Iimfuno zobugcisa, i-In-Cell / On-Cell inzima kakhulu kune-OGS, kwaye ulawulo lwemveliso lunzima kakhulu. ips capacitive touch screen
Imo yesikrini sokuchukumisa i-quo kunye neendlela zophuhliso
Ngophuhliso oluqhubekayo lwetekhnoloji, izikrini zokuthintela ziye zavela kwizikrini ezichasayo kwixesha elidlulileyo ukuya kwizikrini ze-capacitive ezisetyenziswa ngokubanzi ngoku. Kule mihla, izikrini ze-Incell kunye ne-Incell touch screen kudala zithatha imarike yesiqhelo kwaye zisetyenziswa kakhulu kwiindawo ezahlukeneyo ezinjengeefowuni eziphathwayo, iitafile kunye neemoto. Ukunciphisa izikrini ze-capacitive zendabuko ezenziwe ngefilimu ye-ITO ziya zicaca ngakumbi, ezifana nokuchasana okuphezulu, kulula ukuphuka, kunzima ukuthutha, njl. . Ukuze kuhlangatyezwane nemfuno yemarike yezikrini zokuthintela ubungakanani obukhulu kunye neemfuno zabasebenzisi kwizikrini ezichukumisayo ezikhaphukhaphu, ezincinci kwaye zingcono ukubamba, izikrini ezigobileyo nezigobekayo ziye zavela kwaye zisetyenziswa ngokuthe ngcembe kwiifowuni eziphathwayo, izikrini zokuchukumisa imoto, iimarike zemfundo, iinkomfa ngevidiyo, njl.njl. Imiboniso. Umphezulu ogobileyo ogobekayo ukubamba obhetyebhetye uba yindlela yophuhliso yexesha elizayo. ips capacitive touch screen
Ixesha lokuposa: Sep-13-2023