Lesi sihloko sihloselwe ukunikeza wonke umfundi ukuqonda okucacile kwengilazi ephikisayo, izici ezingu-7 ezibalulekile zeIngilazi ye-AG, okuhlanganisa Ukucwebezela, Ukudluliswa, Uboya, Ukuqina, I-particle Span, Ukuqina kanye Nokwehluka Kwesithombe.
1.Ukucwebezela
Ukucwebezela kubhekisela ezingeni lokuthi indawo engaphezulu yento iseduze nesibuko, lapho i-gloss iphakeme, ingaphezulu lengilazi okungenzeka libe nesibuko. Ukusetshenziswa okuyinhloko kwengilazi ye-AG i-anti-glare, umgomo wayo oyinhloko ukubonakaliswa okusabalele okukalwa nge-Gloss.
Lapho i-gloss iphezulu, iphezulu ukucaca, iyancipha inkungu; i-gloss iphansi, i-roughness iphezulu, iphakama i-anti-glare, futhi iphezulu inkungu; isicwebezelisi silingana ngokuqondile nokucaca, isicwebezelisi silingana ngokuphambene nobunguni, futhi silingana ngokuphambene nobuhwaba.
I-Gloss 110, esetshenziswa embonini yezimoto: “110+AR+AF” indinganiso yemboni yezimoto.
I-Glossiness 95, esetshenziswa endaweni yokukhanya okukhanyayo kwangaphakathi: njengemishini yezokwelapha, iprojektha ye-ultrasound, amarejista emali, imishini ye-POS, amaphaneli esiginesha yasebhange nokunye. Lolu hlobo lwendawo ngokuyinhloko lucabangela ubudlelwano phakathi kokucwebezela nokucaca. Okusho ukuthi, lapho izinga lokucwebezela liphakeme liphakeme, kulapho kucaca khona.
Ileveli yokucwebezela ingaphansi kwama-70, ifanele indawo yangaphandle: njengemishini yemali, imishini yokukhangisa, isibonisi sesiteji sesitimela, isibonisi semoto yobunjiniyela (i-excavator, imishini yezolimo) njalonjalo.
Ileveli yokucwebezela ingaphansi kuka-50, ezindaweni ezinokukhanya kwelanga okunamandla: njengemishini yemali, imishini yokukhangisa, imibukiso ezinkundleni zesitimela.
Ukucwebezela okungu-35 noma ngaphansi, kusebenza kumaphaneli okuthinta: njengekhompyuthaamabhodi amagundanekanye namanye amaphaneli okuthintwa angenawo umsebenzi wokubonisa. Lolu hlobo lomkhiqizo lusebenzisa isici "sokuthinta okufana nephepha" sengilazi ye-AG, okwenza kube bushelelezi ukuthinta futhi mancane amathuba okuba ushiye izigxivizo zeminwe.
2. I-Light Transmittance
Enqubweni yokukhanya okudlula engilazini, isilinganiso sokukhanya okuvezwayo nokudlula engilazini kuya ekukhanyeni okubonisiwe kubizwa ngokuthi i-transmittance, futhi ukudluliswa kwengilazi ye-AG kuhlobene eduze nenani le-gloss. Uma izinga lokucwebezela liphakeme, liyanda inani lokudlulisela, kodwa lingabi ngaphezu kwama-92%.
Izinga lokuhlola: 88% Min. (380-700nm ukukhanya okubonakalayo ububanzi)
3. Inkungu
I-Haze iyiphesenti yenani lamandla okukhanya adlulisiwe achezuka ekukhanyeni kwesigameko nge-engeli engaphezu kuka-2.5°. Ubukhulu benkungu, i-gloss iyancipha, ukukhanya futhi ikakhulukazi izithombe. Ukubukeka okunamafu noma okunsundu kwengaphakathi noma ngaphezulu kwempahla ebonisa ngale noma ebonisa ngale okubangelwa ukukhanya okusabalalisile.
4. Ubulukhuni
Kumakhenikha, ubuhwaqane busho izakhiwo zejiyomethri ezincane ezihlanganisa izindawo ezincanyana neziqongo nezigodi ezikhona endaweni eyenziwe ngomshini. Ingenye yezinkinga ocwaningweni lokushintshisana. Ubulukhuni bobuso ngokuvamile bakhengwa indlela yomshini eyisebenzisayo nezinye izici.
5. I-particle Span
I-Anti-glare AG glass particle span iwusayizi wobubanzi bezinhlayiya ezingaphezulu ngemva kokuqoshwa kwengilazi. Ngokuvamile, umumo wezinhlayiya zengilazi ze-AG ubonwa ngaphansi kwe-optical microscope kuma-microns, futhi noma ngabe ubude bezinhlayiya ebusweni bengilazi ye-AG buyiyunifomu noma cha bubonwa ngesithombe. Ubude bezinhlayiya ezincane buzoba nokucaca okuphezulu.
6.Ubukhulu
Ubukhulu bubhekisela ebangeni eliphakathi kwengaphezulu nangaphansi kwengilazi ye-AG ephikisana nokuxhopha kanye nezinhlangothi eziphambene, izinga lokujiya. Uphawu “T”, iyunithi ingu-mm. ukujiya ingilazi ezahlukene kuzothinta isicwebezelisi yayo kanye transmittance.
Ngengilazi ye-AG engaphansi kuka-2mm, ukubekezelela ukujiya kuqine kakhulu.
Isibonelo, uma ikhasimende lidinga ukujiya okungu-1.85±0.15mm, lidinga ukulawulwa ngokuqinile phakathi nenqubo yokukhiqiza ukuze kuqinisekiswe ukuthi lifinyelela izinga.
Ngengilazi ye-AG engaphezu kuka-2mm, ubukhuluUbubanzi bokubekezelela kwe-ss ngokuvamile bungu-2.85±0.1mm. lokhu kungenxa yokuthi ingilazi engaphezu kuka-2mm kulula ukuyilawula ngesikhathi senqubo yokukhiqiza, ngakho-ke izidingo zokujiya aziqinile kangako.
7. Ukuhluka Kwesithombe
I-AG glass glass DOI ngokuvamile ihlobene nenkomba ye-particle span, izinhlayiya ezincane, i-span ephansi, inani elikhulu lokuminyana kwe-pixel, ukuphakama nokucaca; Izinhlayiya ezingaphezulu kwengilazi ye-AG zifana namaphikseli, lapho incipha kakhulu, iphezulu ukucaca.
Kuzinhlelo zokusebenza ezingokoqobo, kubaluleke kakhulu ukukhetha ukujiya okulungile kanye nokucaciswa kwengilazi ye-AG ukuze kuqinisekiswe ukuthi umphumela obonakalayo ofunekayo kanye nezidingo zokusebenza ziyafinyelelwa.Saida Glassinikeza izinhlobo ezahlukene zengilazi ye-AG, ehlanganisa izidingo zakho nesisombululo esifanele kakhulu.
Isikhathi sokuthumela: Mar-04-2025
