Kukho okungakumbi nangakumbiIziboniso zeTFTisetyenziswa kwizicelo zangaphandle, ezifana nomboniso weemoto/weemoto ezinamavili amabini/weebhayisekile ezinamavili amathathu, imiqondiso yedijithali kunye neekioski zikawonke-wonke.
Kukho iindlela ezahlukeneyo zokuphucula izikrini ze-LCD ukuze zifundeke lula elangeni.
Ukukhanya Okuphezulu kweI-TFT LCD
Eyona ndlela ixhaphakileyo kukwandisa ukukhanya kwesibane se-LED se-TFT LCD monitor ukuze kugqunywe ukukhanya kwelanga okukhanyayo kwaye kupheliswe ukukhanya. Xa ukukhanya kwesikrini se-LCD kunyuswe ukuya kuthi ga kwi-800 ukuya kwi-1000 (i-1000 yeyona ixhaphakileyo), isixhobo siba yi-LCD ekhanyayo ephezulu kunye nesibonisi esifundekayo selanga.
Ukwandisa ukukhanya yindlela efikelelekayo yokuphucula umgangatho womboniso ngaphandle. Isisombululo sokuqala kukwandisa inani lezibane ze-LED. Okukhona izibane zininzi, kokukhona ukukhanya kuphezulu. Nangona kunjalo, kuxhomekeke kwisakhiwo sesikrini sokukhanya okuphezulu se-TFT kunye nokusetyenziswa kwamandla, ngoko ke iinjineli ze-elektroniki kufuneka ziyile ngokufanelekileyo. Isisombululo sesibini kukwandisa izixhobo zefilimu yokuphucula ukukhanya: ifilimu yeprism, ifilimu ekhulisa ukukhanya, i-BEF. Okwangoku, inkqubo ephambili yokwenza ifilimu yokuphucula ukukhanya kukusebenzisa itekhnoloji yenkqubo yokuncamathelisa ye-UV ukuyibumba kwirola egqityiweyo.
Ukutshintsha kwembonakaloI-TFT LCD
Itekhnoloji yakutshanje ewela kudidi lokuboniswa kwelanga olufundekayo yi-transflective TFT LCD, evela kudibaniso lwegama elithi transmissive kunye nelithi reflective. Ngokusebenzisa i-transflective polarizer, ipesenti enkulu yokukhanya kwelanga ibonakaliswa kude nesikrini ukunceda ekunciphiseni ukungcola. Olu layer lwe-optical lwaziwa ngokuba yi-transflector.
Nangona inciphisa kakhulu ukusetyenziswa kwamandla, ii-LCD ezitshintshayo zibiza kakhulu kunee-LCD ezikhanya kakhulu. Kwiminyaka yakutshanje, ixabiso liye lehla, kodwa ii-LCD ezitshintshayo ziyaqhubeka nokubiza kakhulu.
Ifilimu/Ifilimu Echasene Nokugqama kunye neFilimu Echasene Nokugqama
Kunokwenzeka ukwenza izixhobo zifundeke lula elangeni ngokusebenzisa unyango lomphezulu.
Uthelekiso phakathi kweglasi engagqunywanga kunye neglasi egqunywe yi-AR:
Xa kusetyenziswa i-anti-glare, ukukhanya okukhanyayo kuyaqhekeka. Ukusebenzisa umphezulu orhabaxa endaweni yogudileyo, unyango lwe-anti-glare lunokunciphisa ukuphazamiseka komfanekiso wokwenyani wesiboniso.
Ezi ndlela zimbini zingadityaniswa kunye.
Ifilimu yangaphandle eneempawu ze-AR ayinciphisi nje kuphela ukukhanya okukhanyayo, kodwa ikwazisa nezinye iingenelo. Kwindlela yokusebenzisa imboni yokutya, iglasi ephukileyo yingxaki enkulu. Isikrini se-LCD esinefilimu yangaphandle siyisombulula kakuhle le ngxaki. Ngokuphathelele kwizicelo zeemoto, kwingozi, i-LCD ephukileyo enefilimu ephezulu ye-AR ayizukuvelisa iglasi ebukhali enokwenzakalisa umntu ohlala emotweni. Nangona kunjalo, ifilimu ephezulu isoloko inciphisa ubunzima bomphezulu we-TFT LCD. Kwaye inokuba nemikrwelo. Kwelinye icala, i-AR coating igcina ubunzima be-LCD kunye nokusebenza kokuchukumisa. Kodwa iza nexabiso elikhulu.
Isishwankathelo
Ukuqokelela iindlela ezahlukeneyo zokuphucula izikrini ze-LCD ngenxa ukufundeka kwelanga,Ezi zixhobo zinokulungiswa xa zibekwe kwindawo enezibane ezikufutshane.
Ukwazisa umenzi wesiboniso seLCD:
I-Future Electronics Technology Co., Ltd. yasekwa ngo-2005, yaza yahlengahlengiswa ngo-2017. I-FUTURE yinkampani ehamba phambili yezibonisi ze-LCD ezinemigca ebanzi yemveliso yeephaneli ze-LCD ezinombala omnye, iimodyuli ze-LCD, iimodyuli ze-TFT, ii-OLED, izibane ze-LED zangasemva, ii-TP njl.njl.
Wamkelekile ukuthumela uphenyo malunga neeprojekthi zakho:
Contact: info@futurelcd.com.
Ixesha leposi: Matshi-17-2025
