Isomisi seempahla ezijikelezayo, esaziwa ngokuba yintambo yokunxiba okanye i-spin dryer, iye yaba yinto yasekhaya ekufuneka ibe nayo kubaninimzi abaninzi kwihlabathi liphela. Itshintshe indlela esomisa ngayo iimpahla zethu kwaye ikhule kakhulu kule minyaka idlulileyo. Kweli nqaku, siphonononga uphuhliso kunye nokuvela kwesomisi se-rotary iimpahla kunye nendlela eye yaba yinxalenye ebalulekileyo yobomi bethu bemihla ngemihla.
Ingcamango yeumoya ojikelezayoibuyele ekuqaleni kwe-1800s, xa kwakusisiqhelo ukuxhoma iimpahla kumgca okanye i-rack ukuze yome. Nangona kunjalo, yinkqubo enzima efuna ingqalelo rhoqo, ngakumbi kwiimeko zemozulu ezimbi. Oku kwabangela ukuba abaqulunqi baqulunqe indlela esebenzayo nesebenzayo yokomisa iimpahla. Ngaloo ndlela, umatshini wokomisa iimpahla ojikelezayo wazalwa.
Ezona rakhi zeempahla ezijikelezayo zokuqala yayizipali zomthi ezilula ezinemisonto emininzi yokuxhoma iimpahla. Abasebenzisi banokuzijikeleza ngesandla, bebonisa iimpahla ekukhanyeni kwelanga kunye nomoya ukunceda kwinkqubo yokomisa. Uyilo lwesomisi esijikelezayo luphuculwe ngokuhamba kwexesha ngokungeniswa kweefreyimu zentsimbi kunye neendlela ezijikelezayo ezintsonkothileyo.
Embindini wekhulu lama-20, isisomisi seempahla esijikelezayo safumana utshintsho olukhulu. Inkampani yaqala ukuvelisa i-spin yokumisa i-rack enefreyimu edibeneyo, eyenza kube lula ukuyigcina xa ingasetyenziswa. Olu phawu lutsha luvumela abaninimzi ukuba basebenzise indawo yabo yangaphandle ngokufanelekileyo. Ngapha koko, ezi rakhi zomisa zinokuphakama-kulungelelaniswa, zivumela abasebenzisi ukuba baxhome impahla kwindawo epholileyo yokusebenza, ukunciphisa ubunzima bomva.
Njengoko itekhnoloji ihambela phambili, izixhobo zokomisa iimpahla ezijikelezayo ziyaqhubeka nokuvela. Abavelisi baqala ukuzama izixhobo ezahlukeneyo ukuphucula ukuqina kunye nokumelana nemozulu. Intsimbi engatyiwayo, ialuminiyam, kunye neplastiki lukhetho oluthandwayo, nto leyo eyenza iiracks zeempahla ezijikelezayo zikwazi ukumelana nomhlwa kunye nokuhlwa. Izixhobo zenza iiracks zokomisa zibe khaphukhaphu, zivumela abasebenzisi ukuba bazihambise ngokulula egadini.
Olunye uphuhliso olubalulekileyo ekuziphendukeleni kwee-rotary dryers kukuqaliswa kwezixhobo kunye neempawu ezongezelelweyo. Inkampani yaqala ukubonelela ngeempahla ezijikelezayo zokukhusela iimpahla emvuleni, uthuli kunye nemitha ye-UV eyingozi. Ezinye iimodeli zixhotyiswe ngezikhonkwane ezijikelezayo zokubeka iimpahla okanye iiankile zekhonkrithi zokwandisa uzinzo kwaye zithintele i-rack yempahla ukuba ingagungqi kwimimoya ephezulu.
Kwiminyaka yakutshanje, iinkxalabo zokusingqongileyo ziye zaqhuba uphuhliso lwezomisi-mpahla ezijikelezayo ezilungele indalo. Abavelisi abaninzi ngoku bavelisa iiracks zeempahla ezenziwe ngezinto ezizinzileyo kunye nokukhuthaza iimpawu zokulondoloza amandla. Ezinye iimodeli zenzelwe ukuqinisa amandla elanga, zisebenzisa iipaneli zelanga ezakhelwe ngaphakathi ukuncedisa kwinkqubo yokomisa. Ezi zikhetho ze-eco-friendly azigcini nje kuphela amandla, kodwa zinciphisa i-carbon footprint ehambelana neendlela zendabuko zokomisa iimpahla.
Njengemfuno yeumoya ojikelezayoyaqhubeka ikhula, kwabakho uyilo oluyilayo. Umzekelo, indawo yokubeka iimpahla 'yeRotodry' iqulethe isixhobo sokujikeleza esijikeleza yonke impahla ngokucofa iqhosha. Oku kujikeleza kuqinisekisa ukuba onke amacala esambatho abonakaliswe ngokulinganayo elangeni nasemoyeni, okubangela ukomisa ngokukhawuleza nangokufanelekileyo.
Ukuqukumbela, oomisi beempahla ezijikelezayo baye bafumana uphuhliso olubalulekileyo kunye nendaleko ngokuhamba kwexesha. Ukususela kwisiqalo esithobekileyo njengepali yomthi ethobekileyo ukuya kwiimodeli zanamhlanje eziphambili, iye yatshintsha indlela esomisa ngayo iimpahla zethu. Ngeempawu ezinjengobude obuhlengahlengiswayo, iifreyimu eziqengqelekayo, kunye nokhetho olulungele i-eco-friendly, indawo yokubeka iimpahla ezijikelezayo iye yaba sisixhobo esibalulekileyo kumakhaya kwihlabathi liphela. Njengoko itekhnoloji iqhubela phambili, sinokulindela uyilo oluyilayo nolusebenzayo kwixesha elizayo.
Ixesha lokuposa: Jul-31-2023