Tsarin Tsari
Bayan iska damfara matsa iska bayan tsaftacewa, degreasing, bushewa, a cikin iska ajiya tank, ta hanyar iska mashiga bawul, hagu ci bawul a cikin hagu sha hasumiya, da hasumiya matsa lamba yana ƙaruwa, da nitrogen kwayoyin a cikin matsa iska ne zeolite kwayoyin sieve adsorption, adsorption na iskar oxygen ta hanyar gadon adsorption, ba bayan hagu don samar da bawul, bawul ɗin oxygen a cikin tankin oxygen, ana kiran wannan tsari hagu, Tsawon lokaci shine dubun seconds.
Bayan aikin tsotsa na hagu, ana haɗa hasumiya ta hagu da hasumiya ta dama ta hanyar bawul ɗin musayar matsa lamba, ta yadda matsi na hasumiya biyu ya kai ga daidaito, ana kiran wannan tsari na matsa lamba, yana ɗaukar tsawon daƙiƙa 3 zuwa 5. Bayan ƙarshen daidaitawar matsa lamba, matsar da iska ta hanyar bawul ɗin shigar iska, bawul ɗin mashigar dama cikin hasumiya ta dama, ƙwayoyin nitrogen a cikin iska mai matsewa ta hanyar tallan simintin ƙwayoyin ƙwayoyin cuta, wadatar oxygen ta hanyar bawul ɗin iskar gas na dama, bawul ɗin iskar iskar oxygen a cikin ajiyar oxygen. tanki, ana kiran wannan tsari dama tsotsa, yana dawwama na dubun seconds. A lokaci guda kuma, iskar oxygen da aka yi ta hanyar simintin kwayoyin halitta na zeolite a cikin hasumiya ta hagu ana sake sakewa zuwa sararin samaniya ta hanyar rage shaye-shaye na hagu, wanda ake kira desorption. Akasin haka, lokacin da hasumiya ta hagu ta mamaye, hasumiya ta dama ita ma ta lalace. Domin sanya simintin kwayoyin halitta ya sake sakin nitrogen gaba daya a cikin sararin samaniya, iskar oxygen ta hanyar buɗaɗɗen bawul ɗin baya yana busa hasumiya ta lalata, hasumiya ta nitrogen daga hasumiya ta adsorption. Wannan tsari ana kiransa busa baya, kuma yana faruwa a lokaci guda tare da desorption. Bayan karshen dama tsotsa, shigar da matsa lamba equalization tsari, sa'an nan kuma canza zuwa hagu tsotsa tsari, da aka faruwa, don haka kamar yadda ya ci gaba da samar da high tsarki samfurin oxygen.
Oxygen janareta aiki aiki ana sarrafa ta shirye-shirye mai sarrafawa biyar biyu biyu matukin jirgi solenoid bawul, sa'an nan ta solenoid bawul bi da bi sarrafa goma pneumatic bututun bawul bude, kusa da kammala. Matukin solenoid bawul iko na hagu na hagu, daidaita matsi, yanayin tsotsa dama. Tsarin lokaci na tsotsawar hagu, daidaita matsi da tsotsa dama an adana shi a cikin mai sarrafa shirye-shirye. A cikin yanayin gazawar wutar lantarki, iskar gas na matukin jirgi na solenoid bawul guda biyar yana haɗa zuwa tashar rufewa na bawul ɗin bututun pneumatic. Lokacin da tsari ya kasance a cikin yanayin tsotsa na hagu, ikon sarrafa bawul ɗin solenoid na hagu yana da kuzari, ana haɗa gas ɗin matukin zuwa bawul ɗin tsotsa na hagu, bawul ɗin samarwa na hagu, buɗaɗɗen bawul ɗin dama mai buɗewa, don haka bawuloli ukun. bude, kammala hagu tsotsa tsari, yayin da dama adsorption hasumiya desorption.
Lokacin da tsari ya kasance a cikin yanayin daidaitawar matsa lamba, kula da madaidaicin matsi na solenoid bawul ikon, sauran bawuloli rufe; An haɗa gas ɗin matukin jirgi zuwa buɗe madaidaicin matsi don buɗe bawul ɗin kuma ya kammala aikin daidaita matsi. Lokacin da tsari ya kasance a cikin yanayin tsotsa na dama, ikon sarrafa bawul ɗin solenoid na dama yana ƙarfafawa, ana haɗa gas ɗin matukin jirgi zuwa bawul ɗin tsotsa na dama, bawul ɗin samar da dama, bawul ɗin shayewar hagu na buɗewa, don haka bawuloli ukun. bude, kammala dama tsotsa tsari, yayin da hagu adsorption hasumiya desorption. Duk bawuloli sai waɗanda ya kamata a buɗe za a rufe su yayin kowane lokaci na tsari.
Halayen Fasaha
Cikakken ƙirar ƙira, ingantaccen tasirin amfani;
Hanyoyi masu ma'ana na ciki, rarraba iska mai daidaituwa, rage tasirin tasirin iska mai girma;
Matakan kariya na musamman na kwayoyin halitta, tsawaita rayuwar sabis na sieve kwayoyin halitta na zeolite;
Sauƙaƙan aiki, aiki mai ƙarfi, babban matakin sarrafa kansa, na iya zama aikin da ba a sarrafa shi ba;
atomatik interlocking oxygen fanko na'urar don tabbatar da oxygen ingancin kayayyakin;
Gudun na'urar iskar oxygen na zaɓi, tsarin ƙa'ida ta atomatik mai tsabta, tsarin kulawa mai nisa, da sauransu.