A cikin ci gaban fasahar atomization na lantarki, ƙirƙira a cikin maƙallan atomizer na yumbu ya kasance tushen tushen ci gaban masana'antar. A matsayin "zuciya" na na'urorin atomization na lantarki, matakin fasaha na yumbu atomizer cores kai tsaye yana ƙayyade aikin samfurin da ƙwarewar mai amfani.
Yayin da kasuwar atomization ta duniya ta shiga wani mataki na haɓaka mai inganci{0}, fasahar atomizing core na yumbu yana fuskantar saurin haɓakawa da sabbin nasarori.
1.Materials Innovation: Tsalle daga asali zuwa aikace-aikace masu aiki
Ƙirƙira a cikin kayan yumbu shine ginshiƙin ci gaban atomizing ainihin fasaha. A cikin 'yan shekarun nan, yumbu atomizing core kayan sun samo asali daga farkon talakawa yumbu zuwa porous yumbu, microporous tukwane, har ma da latest functionalized yumbu kayan.
Daidaitaccen sarrafa tsarin pore ya zama maɓalli mai mahimmanci don ƙirƙira kayan aiki. Manyan kamfanoni a cikin masana'antu sun sami ci gaba mai mahimmanci a cikin ingancin atomization ta hanyar inganta porosity, rarraba girman pore, da haɗin kai na yumbu. A cikin 2024, manyan kamfanoni sun haɓaka porosity na yumbu daga na gargajiya 35% -45% zuwa 55% -69%, ci gaban da ya inganta wicking yadda ya dace da fiye da 30%.
Aikace-aikacen fasaha na gyaran fuska ya ƙara faɗaɗa iyakoki na aikin yumbu atomizer. Ta hanyar gabatar da ƙungiyoyin ayyuka na oleophilic da ƙirar ƙirar ƙirar ƙira, sabbin kayan yumbu sun sami babban jikewar ruwa da ƙarfi. Bayanai sun nuna cewa saman - gyare-gyaren simintin atomizer na yumbu suna da saurin wicking kusan kashi 40 cikin 100 fiye da kayayyakin gargajiya, yadda ya kamata wajen magance matsalar atomization na manyan ruwa- danko e-.
Fitowar kayan yumbu mai aiki ya buɗe sabbin dama don fasahar atomization. Baƙar fata kayan yumbura, tare da kyakkyawan ingancin yanayin zafi, cimma ƙarin halayen dumama iri ɗaya; yayin da kayan yumbu masu yawa tare da ƙarin ma'adanai na musamman na iya sakin abubuwan gano abubuwa masu amfani ga jikin ɗan adam yayin atomization, samar da tushen fasaha don samfuran atomization na aiki.
2.Structural Design Innovation: Daga Single zuwa Multiple
Tsarin ƙirar yumbu atomizer coils shima ya sami sauye-sauye na juyin juya hali. Daga siffar silindi na gargajiya zuwa nau'ikan sifofi daban-daban na yau, kowane sabon abu ya kawo gagarumin ci gaba a cikin ƙwarewar mai amfani.
Yaɗuwar ɗaukar kwandon yumbu atomizer ɗin lebur ya kasance babban al'amari a cikin 'yan shekarun nan. Idan aka kwatanta da tsarin cylindrical na gargajiya, ƙirar lebur tana ƙara wurin dumama da 2{2}} sau 3, yana haifar da ƙarin cikakkiyar atom ɗin e-liquid da mafi kyawun dandano. Wannan tsarin kuma yana rage zafin aiki yadda ya kamata, yana rage haɓakar abubuwa masu cutarwa, kuma yana haɓaka aminci yayin amfani.
Sabuwar tsarin rigakafin zubar da mai ya magance doguwar matsala a masana'antar. A cikin 2024, masana'antar ta ƙirƙira ta ba da shawarar ƙirar "oleophilic and hydrophilic semi-tsarin microporous membrane mai yuwuwa". Ta hanyar saita ɓangarorin microporous tare da zaɓin ƙyalli a cikin mai{5}} yana jagorantar auduga, ana toshe yuwuwar iskar iska ta shiga cikin tankin mai ta baya, don haka warware matsalar ɗigowar mai sakamakon rashin daidaituwar matsa lamba a tushen sa.
Ƙirar ƙulli mai yawa{0}Layer ƙunshe da ƙira yana ƙara inganta aikin atomization. Sabuwar yumbu atomizing core yana ɗaukar wani keɓantaccen zane na shimfidar jagorar mai, Layer ajiyar mai da Layer dumama. Kowane Layer rungumi dabi'ar pore tsarin daban-daban da kayan kaddarorin bisa ga aikin da bukatun, cimma ma'auni tsakanin atomization yadda ya dace da kuma aikin rigakafin mai yabo.
3.Ingantaccen tsari daidai: tsalle daga matakin micrometer zuwa matakin nanometer
Ci gaban masana'antu sun ba da garanti mai ƙarfi don haɓaka aikin yumbu atomizing cores. Tare da haɓaka ingantaccen fasaha na masana'anta, daidaiton sarrafa yumbu atomizing cores ya haɓaka daga matakin micrometer zuwa matakin nanometer.
Ganewar tsarin kula da zafin jiki na nanoscale babban ci gaba ne a fasaha. Ta hanyar amfani da madaidaicin firikwensin zafin jiki{1} da ƙwararrun sarrafawar algorithms, yumbun atomizing cores na zamani na iya cimma daidaiton sarrafa zafin jiki na ±0.5 digiri. Wannan ci gaban yana ƙara ƙarfin isar da nicotine zuwa 92%, wanda ya zarce kashi 75% -80% na fasahar gargajiya.
Ingantaccen tsari na gyaran allura yana tabbatar da daidaiton samfur. Yin amfani da ci-gaba na simintin simintin gyare-gyare da dabarun matsi na isostatic, girman girman rarraba daidaitattun yumbu atomizing core yana haɓaka da 50%, kuma ana sarrafa bambance-bambancen aiki tsakanin samfuran a cikin 3%, samar da masu amfani da ingantaccen ƙwarewar mai amfani.
Yaɗuwar tsarin dubawa ta atomatik ya inganta ingancin samfur sosai. Ta hanyar gabatar da hangen nesa na na'ura da fasahar ingantattun AI, ana aiwatar da binciken 100% na tsarin pore da daidaiton girman yumbu atomizing cores, yana rage ƙarancin samfurin daga 5% a cikin tsarin gargajiya zuwa ƙasa da 0.5%.
4.Integrated Innovation: Daga Single Components to System Solutions
Ƙirƙira a cikin coils na yumbu atomizer na zamani ya zarce daular abubuwa guda ɗaya, yana motsawa zuwa tsarin haɗin kai. Haɓaka haɓakawa na na'urar atomizer tare da sauran abubuwan haɗin gwiwa ya zama sabon mayar da hankali kan fasaha.
Sabon tsarin taimako na matsin lamba yana haɓaka amincin samfur. Sabon tsarin atomizing core, wanda aka ƙaddamar a cikin 2024, yana samun mafi kyawun taimako na matsin lamba ta hanyar haɗa ramukan taimako na matsa lamba da bawul ɗin huɗawa a kan casing na waje. Bayanai na gwaji sun nuna cewa wannan ƙira na iya sarrafa jujjuyawar matsa lamba na ciki a cikin ± 0.5 kPa, yadda ya kamata ya hana yawo.
Haɗe-haɗen ƙira ya zama hanya mai inganci don haɓaka aiki. Ta hanyar daidaita ainihin atomizing ɗin yumbu tare da e{1} tsarin ma'ajiyar ruwa da tashoshi na iska, an inganta hanyar kwararar tururi, wanda ya haifar da haɓakar 25% a cikin ƙarar tururi da ɗanɗano mai laushi.
Haɓaka tsarin daidaitawa na hankali ya sami kyakkyawan aiki. Ta hanyar sanin halayen e{1}}ruwa ta hanyar ginanniyar guntu da daidaita sigogin aiki ta atomatik, sabon mahimmin atomizing core zai iya samar da mafi kyawun maganin atomization don e{3}}ruwa na kaddarori daban-daban, inganta haɓakar dandano zuwa sama da 90%.
