Iyiphi indlela yokuhlela nokuklama igumbi lokuhlanza eyonga amandla kakhulu futhi ehlangabezana kahle nezidingo zenqubo, enikeza ukutshalwa kwezimali okuphansi, izindleko zokusebenza eziphansi, kanye nokusebenza kahle kokukhiqiza okuphezulu? Kusukela ekucubungulweni nasekuhlanzweni kwe-substrate yengilazi kuya ku-ACF kanye ne-COG, iyiphi inqubo ebalulekile ekuvimbeleni ukungcola? Kungani kusekhona ukungcola emkhiqizweni yize amazinga okuhlanzeka ehlangatshezwene nawo? Ngenqubo efanayo kanye nemingcele yemvelo, kungani ukusetshenziswa kwethu kwamandla kuphakeme kunezinye?
Yiziphi izidingo zokuhlanzwa komoya wegumbi lokuhlanza le-optoelectronic? Igumbi lokuhlanza le-optoelectronic livame ukusetshenziswa ezimbonini ezifana nezinsimbi zikagesi, amakhompyutha, ukukhiqizwa kwe-LCD, ukukhiqizwa kwelensi ye-optical, i-aerospace, i-photolithography, kanye nokukhiqizwa kwe-microcomputer. Lawa magumbi okuhlanza awadingi nje kuphela ukuhlanzwa komoya okuphezulu kodwa futhi nokuqedwa okungaguquki. Amagumbi okuhlanza ahlukaniswe ngezigaba 10, 100, 1000, 100,000, kanye no-300,000. Lawa magumbi okuhlanza anesidingo sokushisa esingu-24±2°C kanye nomswakama ohlobene ongu-55±5%. Ngenxa yenani eliphezulu labasebenzi kanye nendawo enkulu yaphansi ngaphakathi kwalawa magumbi okuhlanza, inani elikhulu lemishini yokukhiqiza, kanye nezinga eliphezulu lemisebenzi yokukhiqiza, kudingeka izinga eliphezulu lokushintshana komoya omusha, okuholela kumthamo womoya omusha ophezulu. Ukuze kugcinwe ukuhlanzeka kanye nebhalansi yokushisa kanye nomswakama ngaphakathi kwegumbi lokuhlanza, kudingeka umthamo womoya ophezulu kanye namazinga aphezulu okushintshana komoya.
Ukufakwa kwamagumbi okuhlanza kwezinye izinqubo ze-terminal ngokuvamile kudinga amagumbi okuhlanza ekilasini 1000, ekilasini 10,000, noma ekilasini 100,000. Amagumbi okuhlanza isikrini sangemuva, ikakhulukazi okugxivizwa nokuhlanganiswa, ngokuvamile adinga amagumbi okuhlanza ekilasini 10,000 noma ekilasini 100,000. Uma sibheka iphrojekthi yegumbi lokuhlanza le-LED lekilasi 100,000 enokuphakama okungu-2.6m kanye nendawo yephansi engu-500㎡ njengesibonelo, umthamo womoya ohlinzekwayo udinga ukuba ngu-500*2.6*16=20800m3/h ((inani lokushintsha komoya liyi-≥15 izikhathi/h). Kungabonakala ukuthi umthamo womoya wobunjiniyela be-optoelectronic optical mkhulu kakhulu. Ngenxa yomthamo womoya omkhulu, kuphakanyiswa izidingo eziphakeme zemingcele efana nemishini, umsindo wamapayipi, kanye namandla.
Amakamelo okuhlanza e-Optoelectronic ngokuvamile afaka:
1. Indawo yokukhiqiza ehlanzekile
2. Hlanza igumbi elisizayo (kufaka phakathi igumbi lokuhlanza abasebenzi, igumbi lokuhlanza izinto kanye namanye amakamelo okuhlala, igumbi lokuhlambela umoya, njll.)
3. Indawo yokuphatha (kufaka phakathi ihhovisi, umsebenzi, ukuphathwa kanye nokuphumula, njll.)
4. Indawo yemishini (kufaka phakathi uhlelo lokuhlanza umoya olupholile, igumbi likagesi, amanzi ahlanzekile kakhulu kanye negumbi legesi elihlanzekile kakhulu, igumbi lemishini ebandayo neshisayo)
Ngocwaningo olujulile kanye nolwazi lobunjiniyela ezindaweni zokukhiqiza ze-LCD, siyaqonda ngokucacile isihluthulelo sokulawulwa kwemvelo ngesikhathi sokukhiqizwa kwe-LCD. Ukongiwa kwamandla kuyinto eza kuqala ezixazululweni zethu zesistimu. Ngakho-ke, sinikeza izinsizakalo eziphelele, kusukela ekuhleleni nasekuklameni izitshalo zamakamelo okuhlanza okuphelele - kufaka phakathi amakamelo okuhlanza e-optoelectronic, amakamelo okuhlanza ezimbonini, amadokodo ahlanzekile ezimbonini, izixazululo zokuhlanza abasebenzi kanye nezokuthutha, izinhlelo zokupholisa umoya zamakamelo okuhlanza, kanye nezinhlelo zokuhlobisa amakamelo okuhlanza - kuya ezinsizakalweni eziphelele zokufaka nokusekela, kufaka phakathi ukulungiswa okonga amandla, amanzi nogesi, amapayipi egesi ahlanzekile kakhulu, ukuqapha amakamelo okuhlanza, kanye nezinhlelo zokulungisa. Yonke imikhiqizo nezinsizakalo zihambisana nezindinganiso zomhlaba wonke ezifana ne-Fed 209D, ISO14644, IEST, kanye ne-EN1822.
Isikhathi sokuthunyelwe: Agasti-27-2025