Ngophuhliso olukhawulezayo lwentengiso ye-LED ye-Shenzhen, iimveliso ze-elektroniki ze-LED ziye zasetyenziswa ngakumbi kwimikhosi emininzi, amapolisa axhobileyo, ukukhusela umoya woluntu, ukhuseleko lomlilo, ukhuseleko loluntu, ukuthutha, ukugcinwa kwamanzi, umbane, inyikima, i-subway, ukhuseleko lokusingqongileyo, ukubeka iliso. kunye namaziko okuyalela amalahle, oohola bendlela, oohola bendlela, ii-ofisi, amagumbi eenkomfa kumashishini, imicimbi, njl.njl.;amaziko okubeka esweni imfundo, ebhankini, ezonyango, umabonwakude, ezemidlalo kunye nezinye iinkalo.Njengesixhobo sokubonisa isikrini esikhulu esiphezulu, ukuba sisetyenziswe kakuhle, asikwazi nje ukwandisa ubomi benkonzo yemveliso, kodwa kwakhona siqinisekise ngakumbi ukusebenza kwayo okuzinzile kumsebenzi oqhelekileyo;ngokuchaseneyo, ukuba ayisetyenziswanga kakuhle, ubomi benkonzo yemveliso buya kuthotywa kakhulu.Indlela yokuyisebenzisa kakuhle?Enyanisweni, nje ukuba uhlawule ngakumbi ukugcinwa kwemihla ngemihla kwimveliso, unokuphepha iingxaki ezininzi.
Njengoko sonke sisazi, kuphela ukugcinwa okusebenzayo okusebenzayo kweziboniso ze-elektroniki ze-LED kunokukwenza ukuba imveliso isebenze ngakumbi kwaye ibe nobomi obude benkonzo.Ngoko ke, izixhobo kufuneka zigcinwe rhoqo ngendlela ecwangcisiweyo.Nangona ezinye iindleko zifuneka, zinokunciphisa ngokufanelekileyo ukubakho kokusilela kwesixhobo kwaye kunciphise kakhulu inkcitho yokulungisa nokutshintsha iindawo.Oku kukwayindlela yokonga iindleko.indlela.
Ngenxa yobushushu obuphezulu obuveliswa kukukhanya xa isiboniso se-elektroniki se-LED sisebenza, kunye nobushushu bokusebenza kwezixhobo ezininzi ngaphakathi kwiyunithi bungaphantsi kwama-70 degrees, ukuze kulungiswe ingxaki yokutshatyalaliswa kobushushu, abasebenzisi abaninzi baya kusebenzisa ukupholisa umoya ukupholisa umoya. ubushushu.Nangona oku kunokufikelela kwisiphumo esithile sokupholisa, kuyakhathaza ukuba kuya kubangela ukuba uthuli emoyeni lungene kumatshini.Umonakalo wothuli kumacandelo awunakucingelwa.
Ngoko xa uthuli lungacocwanga ngexesha, aluyi kuchaphazela kuphela ukutshatyalaliswa kobushushu bomatshini ngokwawo, kodwa kubangele iziphumo ezininzi ezingathandekiyo ezifana nokuncitshiswa kwe-insulation, i-projection effect, ukunciphisa ubomi besibane, kunye nomonakalo kwiisekethe kunye nezinye. amacandelo ngenxa yobushushu obugqithisileyo.Ngoko ke, ukugcinwa rhoqo kweyunithi yeprojekthi yangasemva yindlela ebaluleke kakhulu yokunciphisa impembelelo yeyunithi engaphumeleliyo yeprojekthi ekusetyenzisweni kunye nokunciphisa iindleko zokugcina.Omnye wemisebenzi ephambili yokugcinwa kweyunithi yeprojekthi yangasemva kukususa uthuli oluqokelelwe kumatshini.
Ukongezelela, kuyimfuneko ukukhumbuza umsebenzisi, ungacingi ukuba imveliso isenako ukubonisa umfanekiso ngokuqhelekileyo, kwaye akukho ngxaki ngaphandle kokugcinwa.Kule meko, xa ulahlekelwa ixesha lokugcinwa kwegolide kwezixhobo, kunye nomonakalo wothuli, kuya kubakho iingxaki ngexesha lexesha eliphezulu lokugcinwa, kwaye ixabiso elikhulu leendleko zokulondoloza liya kukukhathaza.
Kwiimeko eziqhelekileyo, iziboniso ze-elektroniki ze-LED zinexesha elithile lokuphila.Emva kwexesha elithile lokusetyenziswa, ukukhanya kwebhalbhu kuya kuhla kakhulu.Ngeli xesha, kukukhumbuza ukuba ibhalbhu itshintshiwe.Ngenxa yokuba i-bulb ngeli xesha ilula kakhulu ukuqhuma, emva kokuba oku kwenzeka, ukulahlekelwa kwebhalbhu yinto encinci, ukuba i-glass-high-temperature insulation glass glasses iqhuma, iya kuba yinto eninzi yokulahlekelwa.Ngoko ke kufuneka ukhumbule ukujonga kunye nokutshintsha ibhalbhu rhoqo ukunqanda iingozi.
Kukwafanelekile ukukhumbuza ukuba izinga lokungaphumeleli kwe-LED ye-electronic display splicing unit lens iphezulu.Umonakalo we-polarizers kwiqela ngalinye lelensi yinto eqhelekileyo.Uninzi lweengubo ziyatshiswa, kwaye iingubo kwiipolarizers zonakaliswe ngumatshini.Ukutshatyalaliswa kobushushu obungalunganga kunye nobushushu obuphezulu be-ambient kumatshini kuhambelana ngokusondeleyo.Ngoko ke, ukugcinwa rhoqo kwesixhobo yinto ephambili yokuba umatshini usebenze kwindawo engcono.
Ixesha lokuposa: May-31-2021