INombolo 1 Ukwamkelwa Okukhawulezileyo kweeModyuli zeOptical, Iimfuno zeNkqubo ezikhulayo
Njengoko ii-cockpits ezikrelekrele zitshintsha ngokukhawuleza, iimodyuli ezibonakalayo ziba zizinto eziqhelekileyo kuzo zonke izithuthi zanamhlanje. Ukusuka kwizibonisi zolawulo eziphambili kunye nezikrini zokuzonwabisa zomqhubi oncedisayo ukuya kwi-CMS (iiNkqubo zoKujonga iiKhamera) kunye ne-DMS (iiNkqubo zoKujonga iiDriver), ubunzima benkqubo ye-elektroniki emotweni buyaqhubeka nokukhula. Isiseko esiqhelekileyo phakathi kwazo yimfuneko yengubo yefilimu ethe tyaba enokuthenjwa.
Ngokungafaniyo neziboniso eziqhelekileyo ezincinci, iimodyuli ze-optical zezithuthi kufuneka zihlangabezane neemfuno ezingqongqo ngobukhulu, ubunzima besakhiwo, kunye nokumelana nokusingqongileyo. Ngenxa yoko, umgangatho wefilimu kwizinto ezifana neglasi yokugquma, izihluzi, kunye namaphepha okukhusela uye waba yinto ephambili echaphazela ukuthembeka kwesithuthi kunye namava omsebenzisi.
Izakhiwo Ezininzi Ezintsonkothileyo EzineMaleko Amaninzi Ezidala Uxinzelelo Lokukhupha Isivuno
Isizukulwana sangoku seemodyuli ze-optical zeemoto sidlule ngaphaya kweengubo zokwaleka ezikwi-single-layer ukuya kwii-stacks ezintsonkothileyo ze-multi-layer ezidibanisa iifilimu ezisebenzayo ze-AR (Anti-Reflection), i-AF (Anti-Fingerprint), kunye ne-IR-Cut. Umaleko ngamnye kufuneka uhlangabezane neenkcukacha zawo zokusebenza ngelixa udibanisa wenza inkqubo ye-optical ezinzileyo. Oku kuphakamisa imingeni ebalulekileyo kulawulo lwenkqubo kunye nokuzinza kwezixhobo.
Iinkqubo zokufuma ze-electron beam (EB) zemveli ziyasokola phantsi kwezi mfuno. Njengoko inani leeleya lisanda, imiba efana nokuphambuka kobukhulu befilimu, ukungazinzi kwe-interfacial, kunye nokungafaneli kwi-substrate iba yinto ebonakala ngakumbi. Nokuba utshintsho oluncinci kwisantya sokufakwa kwe-deposition lunokutshintsha i-optical spectrum, lubeke emngciphekweni ukuhanjiswa okanye ukubonakaliswa, kwaye lubangele ukungasebenzi kakuhle kwemodyuli.
Oku kubaluleke kakhulu kwii-substrates zeglasi ezinkulu, apho ukungalingani kobukhulu bomphetho kudla ngokukhokelela ekungafunwani kwenxalenye yeepaneli ezingasetyenziswayo, nto leyo enciphisa kakhulu isivuno somgca ngokubanzi.
Iinkqubo zeentlobo ngeentlobo zenza ingxaki ibe nzima ngakumbi. Ukusabela kwazo okulinganiselweyo ekutshintsheni iinkqubo ezininzi kunye neeshedyuli zokuhanjiswa okuqinileyo kuzenza zingalungelanga iimfuno zeemoto ezenzelwe wena, ezixutywe kakhulu. Njengoko imijikelo yemveliso yeemoto ikhawuleza kwaye uxinzelelo lweendleko lusanda, iingxaki ezinje ngokuguquguquka kwenkqubo, ukusebenza okungaguquguqukiyo, ukuncipha kwesivuno, kunye nokwanda kokulungiswa kwakhona akunyusi nje iindleko zemveliso kodwa kwandisa newaranti kunye nemingcipheko emva kokuthengisa.
Ngamafutshane, ukuqhubeka nokuthembela kwizixhobo ezindala kwimveliso yeemodyuli ze-optical zeemoto zanamhlanje akuseyongxaki nje yokusebenza kakuhle - kubeka imingcipheko yenkqubo kuyo yonke imigangatho, isivuno, ukuhanjiswa, kunye nemilinganiselo yeendleko.
Hayi. 3 Ukubuyela kwiCore: Indlela yeNkqubo yoBukhulu, Ukusebenza, kunye nokusebenza kakuhle
Ukujongana nale mingeni itshintshayo, iZhenhua Vacuum iqalise iSOM-2550I-Sputtering Optical Inline Coater, yenzelwe ngokukodwa ukwenziwa kweemodyuli ze-optical ezichanekileyo kakhulu kwixesha le-cockpit ekrelekrele.
Esi sixhobo sijolise kwiingxaki ezintathu eziphambili — ukuhambelana kobungakanani, ulawulo lweeleya ezininzi, kunye nokufikelela kwimveliso — ngenkqubo edibeneyo kunye nokwenza ngcono kwinqanaba lenkqubo:
Ukuhambelana kweFomathi enkulu
Ngokuphakama okusebenzayo kokwaleka okufikelela kwi-1100 mm kunye nommandla ophezulu wokwaleka oyi-8 m², le nkqubo ithwala zombini ii-substrates zeglasi zeemoto ezinkulu nezinemilo engaqhelekanga. Ukufana kwefilimu kulawulwa ngaphakathi kwe-±1%, okuqinisekisa ukusebenza okuthembekileyo kwiglasi yokugquma, iifestile zekhamera, kunye nee-substrates zesibuko esikrelekrele.
Ukubekwa kweStack yeMisebenzi emininzi
Le nkqubo ixhasa ukubekwa okuqhubekayo kweefilimu ze-AR, NCVM (Non-Conductive Vacuum Metallization), AF, kunye ne-IR-CUT, ngolawulo oluchanekileyo kwizinto ezininzi ezijoliswe kuzo kunye neeparamitha zecandelo. Iingubo eziphumayo zixineneyo, kunye nokudluliselwa kwe-optical kufikelela kwi-95% kunye nobunzima bomphezulu ukuya kwi-9H - ukuhlangabezana neemfuno ezimbini zokucaca kwe-optical kunye nokuqina koomatshini kwiindawo zeemoto eziphezulu.
Imveliso Ekwi-Inline Esebenza Kakhulu
Ineemodyuli zokulayisha/ukukhulula ezizenzekelayo ngokupheleleyo kunye nokubeka esweni okukrelekrele, le nkqubo ivumela ukusebenza rhoqo iiyure ezingama-24/7. Umthamo wayo wemveliso uphindwe ka-3.2 kuneenkqubo ze-EB zemveli, nto leyo enciphisa kakhulu iindleko zeeyunithi ngelixa igcina iifestile zenkqubo ziqinile kwaye ihambelana kakuhle phakathi kweqela.
Iingcinga zokugqibela zeNombolo 4
Njengoko i-cockpit ekrelekrele iguqukela kwi-ecosystem egxile kwisikrini, edityaniswe ne-sensor, kwaye esebenza ngokudibeneyo, iinkqubo zokugquma i-vacuum azisezizo izixhobo ezingaphandle - ziyimpahla yeqhinga ebumba ngokuthe ngqo ukusebenza kwemodyuli kunye nesantya semveliso.
I-Zhenhua Vacuum isazimisele ukuphucula ubuchule benkqubo yokutshiza i-magnetron kunye nokuhlanganiswa kwenkqubo yezixhobo. Sigxile kwizicelo ezixabisa kakhulu ezifana nezipili ezikrelekrele, iglasi yokugquma, iimodyuli zekhamera, kunye nee-HUD, sinikezela ngezisombululo zokugquma i-vacuum ezisebenzayo kakhulu, ezizinzileyo nezinokwandiswa — sinika abathengi ithuba lokwakha isiseko sesizukulwana esilandelayo sokwenza i-cockpit ekrelekrele.
— Eli nqaku lipapashwe ngu i-cockpit ekrelekrele umenzi wengubo yokugquma umatshini we-vacuum Zhenhua Vacuum
Ixesha leposi: Julayi-16-2025