I-ADA: Singumzi-mveliso okwiSixeko saseXIAMEN, safunyanwa ngo-1997.
I-ADA: Ewe. I-OEM iyafumaneka. Ukupakisha kwenziwa ngokwezifiso ukuba kuyimfuneko.
I-ADA: Ixesha lokuqalisa imveliso limalunga neentsuku ezingama-30-60.
I-ADA: Sithumela iimpahla ngezibuko leXIAMEN.
I-ADA: Samkela i-40% T/T ngaphambi kokuveliswa, i-60% T/T ngaphambi kokuthunyelwa.
I-ADA: Ewe, intlawulo yesampulu iyafana nexabiso leyunithi. Kwaye kufuneka uhlawule zombini iindleko zebhanki kunye neendleko ezikhawulezayo.
I-ADA: Ewe, singayivelisa ngeesampuli zakho okanye ngemizobo yobugcisa.
I-ADA: 1. Sigcina ixabiso elisemgangathweni nelinokhuphiswano ukuqinisekisa ukuba abathengi bethu bayazuza;
2. Siyabahlonipha bonke abathengi bethu njengabahlobo bethu kwaye sisebenzisana nabo ngokunyanisekileyo, nokuba bavela phi.
I-ADA: Izicoci zomoya zihlala zenziwe ziisekethe ezivelisa umbane ophezulu, iijenereyitha ze-ion ezingezizo, ii-ventilators, ii-air filters kunye nezinye iinkqubo. Xa isicoci sisebenza, i-ventilator ekumatshini ijikeleza umoya osegumbini. Emva kokuba umoya ongcolileyo uhluziwe zii-air filters kwi-air purifier, ukungcola okuhlukeneyo kuyacaca okanye kufakwe, kwaye ijenereyitha ye-ion engezizo efakwe kwindawo yokukhupha umoya iya kuyi-ionisa umoya ukuze ivelise inani elikhulu lee-ion ezingezizo, ezithunyelwa yi-micro-fan ukwenza ukuhamba kwe-ion ye-oxygen ukufezekisa injongo yokucoca nokucoca umoya.
I-ADA: Imisebenzi ephambili yesicoci somoya kukucoca umsi, ukubulala iintsholongwane kunye neentsholongwane, ukususa ivumba, ukonakalisa iigesi zekhemikhali ezinobungozi, ukugcwalisa ii-ion ezingalunganga, ukucoca umoya, kunye nokukhusela impilo yabantu. Eminye imisebenzi ibandakanya ulawulo olukude lwe-photoelectric sensor, ukufumanisa ungcoliseko oluzenzekelayo, kunye nesantya somoya esahlukileyo, ukuhamba komoya okuhamba ngeendlela ezininzi, ixesha elikrelekrele kunye nengxolo ephantsi, njl.
I-ADA: Kwimo yokusebenza ekrelekrele, iteknoloji yokungenisa amandla ekrelekrele ilawula ngokuzenzekelayo ukuvulwa nokuvalwa kwamandla, kwaye iqonda utshintsho olukrelekrele phakathi kwemithombo emithathu yamandla asebenzayo yamandla elanga, amandla okugcina ibhetri kunye nokunikezelwa kwamandla esithuthi, iqonda ulawulo lwamandla ekrelekrele, ukonga amandla kunye nokukhuselwa kokusingqongileyo, nokuba imoto iqalisiwe okanye ayiqalisiwe, kwaye nokuba imeko yemozulu injani na, umsebenzi wokucoca yonke imozulu unokwenziwa ngokuqhelekileyo. Ukhuseleko olukrelekrele ngakumbi, ngokukhawuleza nje ukuba isigqubuthelo sangaphakathi somatshini sivuliwe, umbane uyacinywa ngokuzenzekelayo, kwaye ukusetyenziswa kukhuselekile kwaye kukhuselekile.
I-ADA: Itekhnoloji ehamba phambili yokucoca iplasma esetyenziswa rhoqo inika ii-astronauts indawo yokuhlala entsha nengenazintsholongwane, ivumela ii-astronauts ukuba ziphephe ukuhlaselwa ziintsholongwane kwindawo evaliweyo ngokupheleleyo, zigcine umzimba usempilweni, kwaye zivumele izixhobo kunye nezixhobo ezikwikhabhini ukuba zisebenze kakuhle nangokuchanekileyo. Le teknoloji inokucoca ngempumelelo, isuse i-electromagnetic, kwaye icoce i-carbon monoxide, ii-nitrogen oxides, ii-hydrocarbons, iikhompawundi ze-lead, ii-sulfides, ii-carcinogen hydroxides kunye namakhulu ezinye izinto ezingcolisayo kwi-exhaust yemoto, kwaye akukho mfuneko yokutshintsha izinto ezisetyenziswayo.
I-ADA: Yenziwe kubuchwepheshe belanga beenqwelo moya base-US. Izicoci zomoya zemveli zeemoto azinakucoca umoya emotweni xa imoto ingaqaliswanga. I-Airdow ADA707 isebenzisa inkqubo yamandla elanga, iphaneli yayo yelanga ye-monocrystalline silicon enkulu esebenza kakuhle kwaye iyilwe ngendlela ephambili, nokuba ayiqali kwaye ayikhanyi kakhulu kwindawo yemoto, inokubamba amandla okukhanya kwelanga, ihlale ihlambulula umoya emotweni, kwaye idale indawo enempilo yenqwelomoya.
I-ADA: ISebenzisa iteknoloji ye-nano ephucukileyo, isebenzisa izixhobo ze-alloy zeenqwelo-moya njengesixhobo sokuthwala, yongeza ii-ion zesinyithi ezinzima ezifana ne-nano-scale titanium dioxide, isilivere, kunye ne-pt ezinokubolisa ngokukhawuleza igesi ye-polymer enukayo ibe zizinto ezingenabungozi ezinobunzima obuphantsi kwaye zibulale ngokukhawuleza. Le teknoloji iyakwazi ukususa i-magnetic yombane, i-sterilization enamandla, i-deodoration enamandla, eqinisekiswe yimibutho enegunya, izinga le-deodoration lifikelela kwi-95%.
I-ADA: Yinto ekhethekileyo yokufunxa nokucoca inkqubo yokucoca, ngenxa yokusetyenziswa kwe-nanotechnology. Ummandla opheleleyo wangaphakathi wee-micropores kwi-1 gram yale carbon esebenzayo unokuba phezulu njenge-5100 square metres, ngoko ke amandla ayo okufunxa aphezulu ngokuphindwe kalikhulu kune-carbon eqhelekileyo esebenzayo. Iimfuneko zokufunxa nokucoca izidumbu, iigesi zevumba le-polymer, njl.njl., ukuze kudalwe imeko-bume yomoya elungileyo.
I-ADA: I-cold catalyst, eyaziwa ngokuba yi-natural catalyst, lolunye uhlobo olutsha lwezinto zokucoca umoya emva kwezinto zokucoca umoya ze-photocatalyst deodorant. Ingavuselela impendulo kubushushu obuqhelekileyo kwaye ibolise iigesi ezahlukeneyo ezinobungozi nezinukayo zibe zizinto ezinobungozi nezingenavumba, eziguqulwa ukusuka ekufakweni kwezinto ngokulula ukuya ekufakweni kweekhemikhali, zibole ngelixa zifunxa, zisuse iigesi ezinobungozi ezifana ne-formaldehyde, i-benzene, i-xylene, i-toluene, i-TVOC, njl.njl., kwaye zivelise amanzi kunye ne-carbon dioxide. Kwinkqubo ye-catalytic reaction, i-cold catalyst ngokwayo ayithathi nxaxheba ngokuthe ngqo kwi-reaction, i-cold catalyst ayitshintshi okanye ilahleke emva kwe-reaction, kwaye idlala indima yexesha elide. I-cold catalyst ngokwayo ayinabungozi, ayiboli, ayitshi, kwaye iimveliso ze-reaction ngamanzi kunye ne-carbon dioxide, engavelisi ungcoliseko lwesibini kwaye yandisa kakhulu ubomi benkonzo yezinto zokufakwa.
I-ADA: I-Airdow imeme iingcali zasekhaya zamayeza aseTshayina kunye neengcali ezivela kwiCalifornia Institute of Medicine ukuba zisebenzisane kuphando lwetekhnoloji yokubulala iintsholongwane yamayeza aseTshayina, kwaye ifumene iziphumo ezibalaseleyo (inombolo yelungelo lomenzi lemveliso i-ZL03113134.4), kwaye yayisebenzisa kwicandelo lokucocwa komoya. Le teknoloji isebenzisa iintlobo ngeentlobo zamayeza aseTshayina asendle endalo afana ne-isatis root, i-forsythia, i-star anise, kunye nokukhupha ii-alkaloids zobugcisa obuphezulu, ii-glycosides, ii-organic acids kunye nezinye izithako ezisebenzayo zendalo ukwenza iinethi zokubulala iintsholongwane zamayeza aseTshayina, eziluhlaza ngokwendalo kwaye zinemiphumo ebanzi yokulwa neentsholongwane. Inemiphumo emihle yokuthintela nokubulala kwiintsholongwane ezahlukeneyo ezisasazeka kwaye ziphila ngobuninzi emoyeni. Iqinisekiswe yiZiko laseTshayina loLawulo lweZifo kunye nokuThintela, kwaye izinga elisebenzayo liphezulu ukuya kwi-97.3%.
Isihluzo se-ADA:HEPA sisihluzo sokuqokelelwa kwamasuntswana esisebenza kakuhle kakhulu. Senziwe ngeefayibha zeglasi ezixineneyo ezinemingxuma emininzi emincinci kwaye zigoqwe ngokwe-accordion. Ngenxa yoxinano olukhulu lwemingxuma emincinci kunye nendawo enkulu yomaleko wesihluzo, umoya omninzi uhamba ngesantya esiphantsi kwaye unokucoca i-99.97% yezinto ezincinci emoyeni. Sihluza nokuba zincinci kangakanani na njenge-0.3 microns. Sibandakanya amasuntswana ahamba emoyeni afana nothuli, ipollen, amasuntswana esigarethi, iibhaktheriya ezihamba emoyeni, i-pet dander, i-mold kunye ne-spores.
I-ADA:
I-Photocatalyst ligama elidityanisiweyo lokukhanya [photo=light] + catalyst, eyona nto iphambili yi-titanium dioxide. I-titanium dioxide ayinabungozi kwaye ayinobungozi, kwaye isetyenziswa kakhulu ekutyeni, kumayeza, kwizithambiso nakwezinye iindawo. Ukukhanya kungaba kukukhanya kwendalo okanye ukukhanya okuqhelekileyo.
Le nto inokuvelisa ii-electron zasimahla kunye nemingxunya phantsi kokukhanyiswa kwemitha ye-ultraviolet, ngoko ke inomsebenzi oqinileyo we-photo-redox, inokunyibilikisa kwaye ibolise izinto ezahlukeneyo ze-organic kunye nezinye izinto ezingaphiliyo, inokutshabalalisa i-membrane yeseli yebhaktheriya kwaye iqinise iproteni yeentsholongwane, kwaye isebenza kakhulu. Imisebenzi enamandla yokulwa nokungcola, ukubulala iintsholongwane kunye nokususa ivumba elibi.
Ii-photocatalysts zisebenzisa amandla okukhanya ukwenza ii-photochemical reactions kunye nokuguqula imisebe ye-ultraviolet ekukhanyeni ibe ngamandla okusetyenziswa, ngoko ke zinomsebenzi wokuthintela imisebe ye-ultraviolet. Ii-photocatalysts zinokusebenzisa ukukhanya kwelanga njengomthombo wokukhanya ukuze zivuselele ii-photocatalysts kwaye ziqhube ii-redox reactions, kwaye ii-photocatalysts azisetyenziswa ngexesha le-reaction.
I-ADA: Ijenereyitha ye-ion engemihle ikhupha izigidi zee-ion ngomzuzwana, idala indawo efana nehlathi lendalo, isusa ii-free radicals eziyingozi, isusa ukudinwa, iphucula umsebenzi wobuchopho, kwaye inciphise uxinzelelo lwengqondo kunye nokuphelelwa ngumonde.
I-ADA: Uphando lwe-Japan Ion Medicine Association lufumanise ukuba iqela le-ion elingalunganga linempembelelo ebonakalayo kwezonyango. Ii-ion ezinomlinganiselo ophezulu zinempembelelo ebalaseleyo kukhathalelo lwempilo kwintliziyo nakwinkqubo yobuchopho. Ngokutsho kophando lwesayensi, inezi ziphumo zisibhozo zilandelayo: ukususa ukudinwa, ukwenza iiseli zisebenze, ukwenza ingqondo isebenze kwaye ikhuthaze imetabolism.
I-ADA: Ubuchwepheshe obuphambili be-electrostatic, ngokusebenzisa ii-electrodes ezine-voltage ephezulu ukwenza intsimi ye-electrostatic, ngokukhawuleza ifunxa uthuli kunye nezinye iisuntswana ezincinci emoyeni, ize emva koko isebenzise ii-ion ezinamandla aphezulu ukubulala iintsholongwane ezinamandla.
