ZiyandaTFT displayesetshenziswa ezinhlelweni zangaphandle, njengesibonisi semoto/amasondo amabili/amabhayisikili amathathu, izimpawu zedijithali namakhioskhi omphakathi.
Kunezindlela ezahlukahlukene zokuthuthukisa izikrini ze-LCD ukuze zifundeke ukukhanya kwelanga.
Ukukhanya Okuphezulu kweI-LCD ye-TFT
Indlela ejwayeleke kakhulu ukukhulisa ukukhanya kwe-LED ye-TFT LCD qapha ukukhanya ukuze kweqe ukukhanya kwelanga okugqamile futhi kuqede ukubenyezela. Lapho ukukhanya kwesikrini se-LCD kunyuswa cishe ku-800 kuya ku-1000 (1000 iyona evame kakhulu) AmaNits, idivayisi iba yi-LCD ekhanyayo ephezulu kanye nesibonisi esifundekayo sokukhanya kwelanga.
Ukwandisa ukukhanya kuyindlela ethengekayo yokuthuthukisa ikhwalithi yesibonisi ngaphandle. Isixazululo sokuqala kungaba ukwandisa inani lamalambu e-LED. Izibani eziningi, ukukhanya kuyanda. Kodwa-ke, kuncike futhi esakhiweni sesikrini sokukhanya okuphezulu kwe-TFT kanye nokusetshenziswa kwamandla, ngakho-ke onjiniyela be-elekthronikhi badinga ukuyiklama ngendlela efanele. Isixazululo sesibili kungaba ukwenyusa ifilimu yokuthuthukisa ukugqama: ifilimu ye-prism, ifilimu ekhulisa ukukhanya, i-BEF. Njengamanje, inqubo evamile yokukhiqiza ifilimu yokuthuthukisa ukugqama ukusebenzisa ubuchwepheshe benqubo yokunamathisela e-UV ukuze ibunjwe kurola esiphelile.
IyaguquguqukaI-LCD ye-TFT
Ubuchwepheshe bakamuva obuwela esigabeni sokubonisa esifundekayo ukukhanya kwelanga yi-TFT LCD eguquguqukayo, evela kwinhlanganisela yegama elithi transmissive and reflective. Ngokusebenzisa i-polarizer eshintshashintshayo, iphesenti elibalulekile lokukhanya kwelanga liboniswa kude nesikrini ukuze lisize ekunciphiseni ukugeza. Lesi singqimba se-optical saziwa ngokuthi i-transflector.
Nakuba kunciphisa kakhulu ukusetshenziswa kwamandla, ama-LCD ashintshashintshayo abiza kakhulu kunama-LCD okukhanya okuphezulu. Eminyakeni yamuva nje, izindleko zehlile, kodwa ama-LCD ashintshashintshayo ayaqhubeka ebiza kakhulu.
Ifilimu/I-Anti-Reflection kanye ne-Anti-Glare Film
Kuyenzeka futhi ukwenza izinto ezisetshenziswayo zifundeke kakhudlwana ukukhanya kwelanga kusetshenziswa ukwelapha okungaphezulu.
Ukuqhathanisa phakathi kwengilazi engagcotshiwe kanye nengilazi eboshwe nge-AR:
Lapho kusetshenziswa i-anti-glare, ukukhanya okubonisiwe kuyahlukaniswa. Ngokusebenzisa indawo emangelengele ngokuphambene nebushelelezi, ukwelashwa okunqanda ukuxhopha kunganciphisa ukuphazamiseka kokuboniswa kwesithombe sangempela sesibonisi.
Lezi zinketho ezimbili zingabuye zihlanganiswe ndawonye.
Ifilimu yangaphandle enezakhiwo ze-AR ayinciphisi ukukhanya okubonisiwe kuphela, kodwa futhi iletha ezinye izinzuzo. Ngokusetshenziswa kwemboni yokudla, ingilazi ephukile iyinkinga enkulu. Isikrini se-LCD esinefilimu yangaphandle siyixazulula kahle le nkinga. Mayelana nezinhlelo zokusebenza zezimoto, engozini, i-LCD ephukile enefilimu ye-AR ephezulu ngeke ikhiqize ingilazi yonqenqema ebukhali engalimaza umuntu ohamba ngemoto. Noma kunjalo, ifilimu ephezulu ihlale inciphisa ubulukhuni be-TFT LCD. Futhi isengozini yokuklwebheka. Ngakolunye uhlangothi, i-AR coating igcina ubulukhuni be-LCD nokusebenza kokuthinta. Kodwa iza nenani elikhulu.
Isifinyezo
Ukuhlanganisa izindlela ezahlukahlukene zokuthuthukisa izikrini ze-LCD okwe ukufundeka kokukhanya kwelanga,lawa madivayisi angathuthukiswa kuzilungiselelo zokukhanya okuphezulu kwe-ambient.
Ukwethulwa komkhiqizi wokubonisa i-LCD:
I-Future Electronics Technology Co., Ltd. yasungulwa ngo-2005, futhi yahlelwa kabusha ngo-2017. I-FUTURE iyinkampani ehamba phambili ye-LCD ekhombisa imigqa ebanzi yokukhiqiza yamaphaneli e-LCD we-monochrome, amamojula e-LCD, amamojula we-TFT, ama-OLED, ukukhanya kwe-LED, ama-TPs njll.
Siyakwamukela ukuthumela umbuzo wamaphrojekthi akho:
Contact: info@futurelcd.com.
Isikhathi sokuthumela: Mar-17-2025
