I-ADA: Siyifektri etholakala eDolobheni laseXIAMEN, satholakala ngo-1997.
I-ADA: Yebo. I-OEM iyatholakala. Iphakheji yenziwe ngokwezifiso uma kudingeka.
I-ADA: Isikhathi sokuhola ekukhiqizeni singaba yizinsuku ezingama-30-60.
I-ADA: Sithumela izimpahla ngechweba le-XIAMEN.
I-ADA: Samukela i-40% T/T ngaphambi kokukhiqizwa, i-60% T/T ngaphambi kokuthunyelwa.
I-ADA: Yebo, inkokhelo yesampula iyafana nentengo yeyunithi. Futhi udinga ukukhokha kokubili izindleko zasebhange kanye nezindleko ezisheshayo.
I-ADA: Yebo, singakhiqiza ngamasampula akho noma ngemidwebo yobuchwepheshe.
I-ADA: 1. Sigcina ikhwalithi enhle kanye nentengo encintisanayo ukuqinisekisa ukuthi amakhasimende ethu ayazuza;
2. Siyawahlonipha wonke amakhasimende njengomngane wethu futhi senza ibhizinisi ngobuqotho futhi sakha ubungane nawo, kungakhathaliseki ukuthi avelaphi.
I-ADA: Izihlanzi zomoya zivame ukwakhiwa ngamasekethe akhiqiza amandla aphezulu, amajeneretha e-ion angemihle, ama-ventilator, izihlungi zomoya nezinye izinhlelo. Lapho isihlanzi sisebenza, i-ventilator emshinini ijikeleza umoya egumbini. Ngemva kokuba umoya ongcolile uhlungiwe yizihlungi zomoya ezihlanzini zomoya, ukungcola okuhlukahlukene kuyacaca noma kufakwe emanzini, bese ijeneretha ye-ion engemihle efakwe endaweni yokukhipha umoya izofaka umoya ku-ion ukuze ikhiqize inani elikhulu lama-ion angemihle, athunyelwa yi-micro-fan ukuze akhe ukugeleza kwe-ion ye-oxygen ukuze kufezwe injongo yokuhlanza nokuhlanza umoya.
I-ADA: Imisebenzi eyinhloko yesihlanzi somoya ukuhlunga intuthu, ukubulala amagciwane namagciwane, ukususa iphunga, ukonakalisa amagesi anobuthi amakhemikhali, ukugcwalisa kabusha ama-ion angalungile, ukuhlanza umoya, nokuvikela impilo yabantu. Eminye imisebenzi ifaka phakathi ukulawula kude kwenzwa ye-photoelectric, ukutholwa kokungcola okuzenzakalelayo, kanye nesivinini somoya esihlukile, ukuhamba komoya okuqondiswe ngezindlela eziningi, isikhathi esihlakaniphile kanye nomsindo ophansi, njll.
I-ADA: Kwimodi yokusebenza ehlakaniphile, ubuchwepheshe bokungenisa obuhlakaniphile bulawula ngokuzenzakalelayo ukuvulwa nokuvalwa kwamandla, futhi buqaphela ukushintshashintsha okuhlakaniphile phakathi kwemithombo emithathu yamandla asebenzayo yamandla elanga, amandla okugcina ibhethri kanye nokunikezwa kwamandla emoto, buqaphela ukuphathwa kwamandla okuhlakaniphile, ukonga amandla kanye nokuvikelwa kwemvelo, kungakhathaliseki ukuthi imoto iqalisiwe noma cha, nokuthi isimo sezulu sinjani, umsebenzi wokuhlanza wonke amazinga okushisa ungenziwa ngokujwayelekile. Ukuvikelwa okuhlakaniphile kokuphepha, ngokushesha nje lapho isembozo sangaphakathi somshini sivulwa, ukunikezwa kwamandla kuyanqanyulwa ngokuzenzakalelayo, futhi ukusetshenziswa kuphephile futhi kuvikelekile.
I-ADA: Ubuchwepheshe obuhamba phambili bokuhlanzwa kwe-plasma obusebenza kakhulu buhlinzeka osomkhathi ngendawo yokuhlala entsha nengahlanzekile, okuvumela osomkhathi ukuthi bagweme ukutheleleka ngamagciwane endaweni evaliwe ngokuphelele, balondoloze umzimba onempilo, futhi bavumele izinsimbi nemishini ekhabini ukuthi isebenze kahle futhi inembile. Lobu buchwepheshe bungabulala amagciwane ngempumelelo, buqede i-electromagnetic, futhi buhlanze i-carbon monoxide, i-nitrogen oxides, ama-hydrocarbon, ama-lead compounds, ama-sulfide, ama-carcinogen hydroxide kanye namakhulu ezinye izinto ezingcolisayo emsipheni wemoto, futhi asikho isidingo sokushintsha izinto ezidliwayo.
I-ADA: Ithathwe kubuchwepheshe belanga bezindiza obuzinikele e-US. Izihlanzi zomoya zezimoto zendabuko azikwazi ukuhlanza umoya emotweni uma imoto ingaqaliswanga. I-Airdow I-ADA707 isebenzisa uhlelo lwamandla elanga, iphaneli yayo yelanga ye-silicon enkulu esebenza kahle kakhulu kanye nomklamo wesekethe ohamba phambili, ngisho nasesimweni sokungaqali kanye nendawo yokukhanya okuphansi emotweni, ingabamba ngamandla amandla okukhanya kwelanga, ihlanze umoya emotweni njalo, futhi idale isikhala esinempilo sezinga lendiza.
I-ADA: I Ukusebenzisa ubuchwepheshe be-nano obuthuthukisiwe, kusetshenziswa izinto ze-alloy ezikhethekile zezindiza njengesithwali, kufakwe ama-ion ensimbi esindayo njenge-nano-scale titanium dioxide, isiliva, kanye ne-pt okungabola ngokushesha igesi ye-polymer enukayo ibe izinto ezingenangozi ezinama-molecule aphansi futhi kusheshe kuhlanjululwe. Lobu buchwepheshe buyakwazi ukuqeda ugesi odonsayo, ukuhlanza okunamandla, ukuhlanza okunamandla, okuqinisekiswe yizinhlangano ezigunyaziwe, izinga lokuhlanza lifinyelela ku-95%.
I-ADA: Yinto ekhethekile yokumunca nokuhlanza uhlelo lokuhlanza, ngenxa yokusetshenziswa kwe-nanotechnology. Indawo yangaphakathi ephelele yama-micropores ku-1 gram yale carbon esebenzayo ingaba phezulu ngamamitha-skwele angu-5100, ngakho-ke amandla ayo okumunca aphakeme ngokuphindwe kangamakhulu kunowe-carbon evamile esebenzayo. Izidingo zokumunca nokuhlanza izidumbu, amagesi ephunga le-polymer, njll., ukuze kudalwe indawo enhle yomoya.
I-ADA: I-cold catalyst, eyaziwa nangokuthi i-natural catalyst, ingenye uhlobo olusha lwezinto zokuhlanza umoya ngemuva kwezinto zokuhlanza umoya ze-photocatalyst deodorant. Ingavuselela ukusabela ekushiseni okujwayelekile futhi ibolise amagesi ahlukahlukene ayingozi nanukayo abe yizinto eziyingozi nezingenaphunga, eziguqulwa kusuka ekufakweni kalula ngokomzimba zibe ukudonswa kwamakhemikhali, zibole ngenkathi zidonswa, zisuse amagesi ayingozi njenge-formaldehyde, i-benzene, i-xylene, i-toluene, i-TVOC, njll., futhi zikhiqize amanzi ne-carbon dioxide. Enkambisweni yokusabela kwe-catalytic, i-cold catalyst ngokwayo ayihlanganyeli ngqo ekusabeleni, i-cold catalyst ayishintshi noma ilahlekelwe ngemva kokusabela, futhi idlala indima yesikhathi eside. I-cold catalyst ngokwayo ayinabo ubuthi, ayiboli, ayishisi, futhi imikhiqizo yokusabela ngamanzi ne-carbon dioxide, okungakhiqizi ukungcola kwesibili futhi kwandise kakhulu impilo yenkonzo yezinto zokufakwa.
I-ADA: I-Airdow imeme ochwepheshe bezokwelapha baseShayina abagunyaziwe kanye nochwepheshe abavela eCalifornia Institute of Medicine ukuthi basebenzisane ocwaningweni lobuchwepheshe bokubulala amagciwane emithini yamakhambi aseShayina, futhi bathole imiphumela emihle (inombolo yelungelo lobunikazi lokusungula i-ZL03113134.4), futhi bayisebenzisa emkhakheni wokuhlanzwa komoya. Lobu buchwepheshe busebenzisa imithi ehlukahlukene yemvelo yaseShayina efana nempande ye-isatis, i-forsythia, i-star anise, kanye nokukhishwa kwesimanje kwama-alkaloid, ama-glycosides, ama-acid e-organic kanye nezinye izithako ezisebenzayo zemvelo ukwenza amanethi okubulala amagciwane aseShayina, aluhlaza okwesibhakabhaka futhi anemiphumela yokulwa namagciwane ebanzi. Inemiphumela emihle yokuvimbela nokubulala kumagciwane ahlukahlukene abangela izifo kanye namagciwane asakazeka futhi asinde ngobuningi emoyeni. Kuqinisekiswe yi-Chinese Center for Disease Control and Prevention, futhi izinga elisebenzayo liphezulu lifinyelela ku-97.3%.
Isihlungi se-ADA:HEPA siyisihlungi sokuqoqwa kwezinhlayiya esisebenza kahle kakhulu. Sakhiwe ngemicu yengilazi exinene enezimbobo eziningi ezincane futhi sigoqwe ngokwe-accordion. Ngenxa yobuningi obukhulu bezimbobo ezincane kanye nendawo enkulu yesendlalelo sesihlungi, inani elikhulu lomoya ligeleza ngesivinini esiphansi futhi lingahlunga u-99.97% wezinto ezincane emoyeni. Sihlunga ngisho nangaphansi kwama-micron angu-0.3. Sifaka izinhlayiya eziphuma emoyeni njengothuli, impova, izinhlayiya zikagwayi, amabhaktheriya aphuma emoyeni, i-dander yezilwane ezifuywayo, isikhunta kanye nama-spores.
I-ADA:
I-Photocatalyst igama elihlanganisiwe elisho ukukhanya [photo=light] + catalyst, ingxenye eyinhloko yi-titanium dioxide. I-titanium dioxide ayinabo ubuthi futhi ayinangozi, futhi isetshenziswe kabanzi ekudleni, emithini, ezimonyweni nakwezinye izindawo. Ukukhanya kungaba ukukhanya kwemvelo noma ukukhanya okuvamile.
Le nto ingakhiqiza ama-electron amahhala kanye nezimbobo ngaphansi kokukhanyiswa kwemisebe ye-ultraviolet, ngakho-ke inomsebenzi oqinile we-photo-redox, ingaxuba futhi ibolise izinto ezihlukahlukene eziphilayo kanye nezinye izinto ezingaphili, ingabhubhisa ulwelwesi lweseli lwamagciwane futhi iqinise iphrotheni yamagciwane, futhi isebenza kahle kakhulu. Imisebenzi enamandla yokulwa nokungcola, ukubulala amagciwane kanye nokususa iphunga.
Ama-photocatalyst asebenzisa amandla okukhanya ukwenza ukusabela kwe-photochemical futhi aguqule imisebe ye-ultraviolet ekukhanyeni ibe amandla okusetshenziswa, ngakho-ke anomsebenzi wokuvimba imisebe ye-ultraviolet. Ama-photocatalyst angasebenzisa ukukhanya kwelanga njengomthombo wokukhanya ukuze asebenze ama-photocatalyst futhi aqhube ukusabela kwe-redox, futhi ama-photocatalyst awasetshenziswa ngesikhathi sokusabela.
I-ADA: Ijeneretha ye-ion engemihle ikhipha izigidi zama-ion ngomzuzwana, idala indawo efana nehlathi lemvelo, isuse ama-free radical ayingozi, isuse ukukhathala, ithuthukise umsebenzi wobuchopho, futhi inciphise ukucindezeleka kwengqondo kanye nokungabekezeli.
I-ADA: Ucwaningo lwe-Japan Ion Medicine Association luthole ukuthi iqembu lama-ion angemahle elinomphumela osobala wezokwelapha. Ama-ion aqukethe amazinga aphezulu anemiphumela emihle kakhulu yokunakekelwa kwempilo ohlelweni lwenhliziyo nobuchopho. Ngokusho kocwaningo lwesayensi, linemiphumela eyisishiyagalombili elandelayo: ukuqeda ukukhathala, ukwenza amaseli asebenze, ukwenza ubuchopho busebenze futhi kukhuthaze i-metabolism.
I-ADA: Ubuchwepheshe obuthuthukisiwe be-electrostatic, ngokusebenzisa ama-electrode ane-voltage ephezulu ukwakha insimu ye-electrostatic, bumunca ngokushesha uthuli nezinye izinhlayiya ezincane emoyeni, bese besebenzisa ama-ion anamandla aphezulu ukuze kuhlanzwe inzalo enamandla.
