Ingaba inkqubo yokucoca inefuthe elingakanani kwisiphumo sokufakelwa kwe-thermal yekomityi ye-thermos?
Inkqubo yokucoca itekhnoloji ephambili ekwenziweni kweekomityi ze-thermos, kwaye inefuthe eliqinisekileyo kwisiphumo sokufakelwa kwe-thermal yekomityi ye-thermos. Eli nqaku liza kuxubusha ngokweenkcukacha umgaqo wokusebenza, iingenelo kunye nendlela inkqubo yokucoca inokuthi iphucule kakhulu ukusebenza kwe-thermal insulation yekomityi ye-thermos.
Umgaqo wokusebenza wenkqubo yokutshayela
Inkqubo yokucoca i-vacuum yekomityi ye-thermos ikakhulu kukukhupha umoya phakathi kwamaleko angaphakathi nangaphandle ensimbi engenasici ukwenza indawo ekufutshane ne-vacuum, ukuze kuphunyezwe isiphumo esisebenzayo sokugquma kwe-thermal. Ngokukodwa, i-liner yangaphakathi kunye negobolondo yangaphandle yekomityi ye-thermos yenziwe ngentsimbi ephindwe kabini, kwaye i-air layer yenziwa phakathi kwezi zimbini. Ngokusebenzisa impompo yokucoca ukukhupha umoya phakathi kwelayini yangaphakathi kunye negobolondo langaphandle, ukubakho kokulahleka kobushushu ngokusebenzisa i-convection kunye ne-radiation iyancitshiswa, ngaloo ndlela kufezekiswa injongo yokugcina ubushushu bamanzi.
Izinto eziluncedo kwinkqubo yokutshayela
Ukuphucula ukusebenza kwe-thermal insulation
Inkqubo yokutshayela inciphisa ngokufanelekileyo ukuhanjiswa kobushushu ngokusebenzisa i-convection kunye ne-radiation ngokunciphisa umoya phakathi kwe-liner yangaphakathi kunye negobolondo yangaphandle yekomityi ye-thermos, ngaloo ndlela iphucula kakhulu ukusebenza kwe-thermal insulation yekomityi ye-thermos. Le nkqubo ayiphuculi kuphela isiphumo sokugquma, kodwa yenza ikomityi ye-thermos ibe khaphukhaphu kuba ubunzima obongezelelweyo obuziswe ngumaleko womoya buyancipha.
Yandisa ixesha lokugquma
Inkqubo ye-vacuum inokugcina i-liquid kwi-cup ye-thermos kwiqondo lokushisa layo ixesha elide, elibaluleke kakhulu kwiimeko zesicelo ezifuna ukufakwa kwexesha elide. Ikomityi ye-vacuum thermos inokugcina amanzi abilisiweyo eshushu ngaphezu kweeyure ezisi-8 ngenkqubo yokufunxa, ebaluleke kakhulu ekuphuculeni amava omsebenzisi kunye nokuhlangabezana neemfuno zemihla ngemihla.
Ukonga amandla kunye nokukhuselwa kwendalo
Ngenxa yokunciphisa ukulahleka kobushushu, inkqubo ye-vacuum inokunciphisa ngokufanelekileyo inkunkuma yamandla kwaye ihlangabezane neemfuno zokugcinwa kwamandla kunye nokukhuselwa kwendalo. Ukusetyenziswa kwale nkqubo kunceda ekunciphiseni impembelelo kokusingqongileyo kwaye kwakhona kusabela kwikhwelo lehlabathi lokugcinwa kwamandla kunye nokunciphisa ukukhutshwa.
Phucula ukuqina
I-double-layer stainless steel structure ikhusela ngokufanelekileyo incasa yamanzi kwindebe kunye nephunga langaphandle ekungeneni komnye nomnye, ukugcina amanzi okusela ahlambulukileyo. Ukongeza, ukusebenza kakuhle kokutywina kukwanceda ekuphuculeni ukuqina kwendebe ye-thermos, iyenza ikwazi ukumelana nokunxiba kunye nefuthe lokusetyenziswa kwemihla ngemihla.
Impembelelo ethile yenkqubo ye-vacuum kwi-insulation effect
Inkqubo yokucoca i-vacuum inefuthe elithe ngqo kwaye elibalulekileyo kwimpembelelo yokufakelwa kwendebe ye-thermos. Umgangatho we-vacuum layer, kubandakanywa ubukhulu bayo kunye nokunyaniseka, kuhambelana ngokuthe ngqo nomphumo we-insulation. Ukuba umaleko we-vacuum uyavuza okanye awungqindi ngokwaneleyo, uya kukhokelela ekugqithiseni ubushushu ngokukhawuleza, ngaloo ndlela kuncitshiswe isiphumo sokugquma. Ngoko ke, ukuphunyezwa ngokuchanekileyo kwenkqubo yokucoca i-vacuum kubalulekile ukuqinisekisa ukusebenza okuphezulu kwekomityi ye-thermos.
Ukuqukumbela
Isishwankathelo, inkqubo yokucoca i-vacuum inempembelelo ebalulekileyo kwimpembelelo ye-insulation ye-cup thermos. Akukona nje ukuphucula ukusebenza kwe-insulation kunye nokwandisa ixesha lokugquma, kodwa kunceda ukugcina amandla kunye nokuphucula ukuqina kwemveliso. Ngokuhambela phambili kwetekhnoloji, inkqubo yesitshixo iphinda iphuculwe ngokuqhubekayo ukuhlangabezana nemfuno yentengiso yeekomityi ze-thermos ezisebenza kakhulu. Ke ngoko, inkqubo yevacuum yinxalenye eyimfuneko yokwenziwa kweekomityi ze-thermos kwaye idlala indima eqinisekileyo ekuphuculeni ukusebenza ngokupheleleyo kweekomityi ze-thermos.
Ixesha lokuposa: Dec-27-2024