Ukupholisa nge-thermoelectric (TEC, Peltier effect) yeyona teknoloji iphambili yokufezekisa iziphumo ezichanekileyo nezikhawulezayo zokupholisa kabini kunye nokufudumeza kwiimitha zamandla zamehlo zangoku / izixhobo zokukhusela amehlo. Xa kuthelekiswa neendlela zemveli, ineenzuzo ezibalulekileyo kulawulo lobushushu, impendulo, umthamo, kunye nokhuseleko.
I. Umgaqo-siseko: Isiphumo sePeltier
Xa umbane othe ngqo udlula kwisibini sombane esenziwe ngezinto ezimbini ezahlukeneyo ze-semiconductor (uhlobo lwe-N / uhlobo lwe-P), ubushushu buyafunxwa / buyakhululwa kwindawo yokudibanisa, kwenze isiphelo esibandayo kunye nesiphelo esishushu:
Ukupholisa (unyango lokubanda): Isiphelo sokubanda sibekwe sijikeleze iliso ukuze kufunxwe ubushushu kunye nobushushu obuphantsi
Ukufudumeza (unyango olushushu): Buyisela kwicala langoku, kwaye iziphelo ezibandayo/ezishushu ziyatshintshwa
Ulwakhiwo lwemitha yamandla eliso
Isiphelo esibandayo: Ishiti yesinyithi / yeseramikhi eqhuba ubushushu (idibana namehlo)
Isiphelo esishushu: Ipleyiti yokusasaza ubushushu encinci + ifeni engathethiyo (yokusasaza ubushushu)
Ulawulo: I-NTC thermistor + i-MCU (± 1℃ ulawulo lobushushu oluchanekileyo)
II. Imisebenzi ephambili yokusetyenziswa kwemitha yamandla eliso
1. Imo yokuCinezela okubandayo (10–22℃)
Ukunciphisa ukudumba ngokukhawuleza: Nciphisa imithambo yegazi, nciphisa izangqa ezimnyama kunye nokudumba okubangelwa kukuhlala ixesha elide okanye ukuvuka kwangethuba
Nciphisa ukuxinana: Nciphisa ukubomvu, ukudinwa kwamehlo kunye nokutsha
Thomalalisa kwaye uzole: Nciphisa ii-aleji, ukungonwabi emva kotyando (utyando lwe-laser/plastic)
Hlaziya kwaye ukhanyise: Phucula ukozela emva kwemini kunye nemijikelezo emnyama ejikeleze amehlo.
2. Imo yokuCinezela eshushu (38–42℃)
Khuthaza ukujikeleza kwegazi: Nciphisa izangqa ezimnyama, uphucule imetabolism
Nciphisa ukoma: Thambisa amadlala e-meibomian, uphucule imeko yamehlo eyomileyo
Khulula izihlunu: Nciphisa ukuxinezeleka kwamehlo kunye nobuhlungu
Nceda ulale: Fudumeza i-compress ngaphambi kokulala ukuze uphumze imithambo-luvo.
3. Indlela yokutshintshana ebanda neshushu/yokujikeleza ngebhayisekile
Ukutshintshana okubandayo nobushushu: Okokuqala faka i-compress eshushu ukuvula ukujikeleza kwegazi → uze ufake i-compress ebandayo ukuze unciphise kwaye unciphise ukudumba, uphucule isiphumo sokhathalelo
Ulawulo lobushushu olukrelekrele: Ukubeka iliso ngexesha langempela le-NTC ukuthintela ukupholisa kakhulu / ukuvuselela ubushushu obugqithisileyo
III. Iingenelo zobugcisa
Iimpawu: ukupholisa nge-thermoelectric (TEC)
Isantya sokuphendula: Imizuzwana: imizuzwana emi-3 yokupholisa, imizuzwana emi-5 yokufudumeza
Ukuchaneka kokulawula ubushushu: ±1℃ ngokulungelelaniswa okulungisekayo
Ukutshintsha imo: Ukutshintshana kokucofa kube kanye phakathi kokupholisa nokufudumeza
Ubukhulu / Ingxolo: Incinci, ithule, iyaphatheka
Ukhuseleko: Akukho friji, akukho kunxitywa koomatshini
Ixesha lokuphila: Lide (ukuya kuthi ga kumashumi amawaka eeyure)
Isixhobo sokunyamekela amehlo (isixhobo sokukhusela amehlo esibandayo nesishushu) sisebenzisa iimodyuli zokupholisa ze-thermoelectric, imodyuli ye-thermoelectric, i-peltier cooler, i-TEC mdoule (ii-TEC, iimodyuli ze-peltier). Ezi module ze-peltier, izinto ze-peltier, iimodyuli ze-TEC, iimodyuli ze-thermoelectric zincinci ngobukhulu, zisebenza kwiivolthi eziphantsi (3.7V - 12V), kwaye zinemisinga ephantsi. Iimodeli eziphambili zikwi-TES1/TEC1 series, ezinobukhulu obuhlala buyi-15×30mm, 20×20mm, kunye ne-30×30mm.
1. Iimodeli ezisemgangathweni eziqhelekileyo (ezisetyenziswa kakhulu)
1. Imodeli ephathekayo ene-voltage ephantsi (ibhetri ye-lithium eyakhelwe ngaphakathi: 3.7V – 7.4V) TES1-03103T125 / TEC1-03103T125
Iinkcukacha: 20×20mm, 3.7V, 3A
Iimpawu: Ukusetyenziswa kwamandla aphantsi, kufanelekile kwizixhobo zokhathalelo lwamehlo olunye/ezincinci TES1-06303T125
Inkcazo: 15×30mm, 7.4V, 3A
Iimpawu: Uyilo olubhityileyo, luhambelana namehlo, lunefuthe eliphindwe kabini lokuphola nokufudumeza, lusebenza ngokukhawuleza iTES1-03106T125
Inkcazo: 20×20mm, 3.7V, 6A
Iimpawu: Isantya sokupholisa esikhawulezayo, esisetyenziswa rhoqo kwiimodeli eziphathwayo eziphakathi ukuya kweziphezulu
2. Imodeli esemgangathweni ye-12V (isixhobo esifakwe ngaphakathi / esikhulu sokukhusela amehlo esinebhetri) TEC1-07103T125 / TEC1-07104T125
Inkcazelo: 25×25mm / 30×30mm, 12V, 3–4A
Iimpawu: Ulawulo lobushushu oluzinzileyo, iswitshi ekhawulezayo ukusuka ebanda ukuya eshushu TEC1-09503T125 / TEC1-09504T125
Inkcazo: 30×40mm, 11V, 4–5A
Iimpawu: Umthamo ophezulu wokupholisa kunye nokupholisa ngokukhawuleza (ukusebenza kakuhle kwimizuzwana emi-3–5) TEC1-12703T125 / TEC1-12704T125
Inkcazo: 30×30mm, 12V, 3–4A
Iimpawu: Uhlobo oluqhelekileyo, umahluko omkhulu kubushushu, ukuthembeka okuphezulu.
Imodyuli yokupholisa ye-thermoelectric, imodyuli ye-peltier, i-peltier cooler, i-thermoelectric cooler, imodeli yemodyuli ye-TEC esetyenzisiweyo kwipeni encinci yokukhanyisa amehlo yile: TES1-03102T125 (8.3×8.3mm)
Imodyuli yokupholisa ye-thermoelectric, imodyuli ye-TEC, imodeli yemodyuli ye-thermoelectric esetyenziswa kwisixhobo sokuhlikihla esinamehlo amabini yile: TEC1-09504T125 (30X40mm), TEC1-12704 (30×30mm).
Isixhobo se-peltier element, i-thermoelectric module, i-Peltier device model esisetyenziswa kwisixhobo sokukhusela amehlo esincinci kakhulu yi: TES1-06303T125 (15×30mm).
Ixesha leposi: Matshi-21-2026
