Uma ngibona iwashi elihle le-quartz, angikwazi ukuzibamba kodwa ngifuna ukuliqaqa ngibheke ngaphakathi, ngizama ukuqonda ukuthi lisebenza kanjani. Ngididekile ngomsebenzi wama-coil ethusi asindilinga abonakala kuzo zonke izinqubo. Ngicabanga ukuthi kuhlobene nokuthatha amandla ebhethri bese uwadlulisela ekuqhubekeni.
Amawashi e-quartz asebenza ngamandla e-oscillator kagesi kanye nekristalu elincane le-quartz. Ngaphakathi kokunyakaza kukhona ikhoyili ejikeleza ugesi kulo lonke iwashi. Isekethe isebenza njengomthwali weshaja kagesi evela ezingxenyeni zokunyakaza kwe-quartz.
Ikhoyili yewashi iyona yonke ingxenye eyinhloko yewashi. Ngokuvamile isekethe ikhipha i-pulse kagesi ku-coil njalo ngomzuzwana ngaphansi kokusebenza okuvamile. Ikhoyili ishayela i-rotor encane ngaphakathi ukuze iwashi lihambe, okudlala indima ebalulekile ekusetshenzisweni kwewashi. Uma ikhoyili iphukile, iwashi ngeke lihambe.
Uma kuthinta ikhwalithi yekhoyili yewashi, into yokuqala okufanele ithwale umthwalo omkhulu intambo egoqayo. Ububanzi bentambo egoqayo yamakhoyili ewashi ngokuvamile bungu-0.012-0.030mm.
Lezi zintambo ezine-enamel ezicolekile kakhulu zincane kakhulu kunezinwele, Uma i-coil ingalawulwa kahle ngesikhathi senqubo yokugoqa, intambo ingase iphuke. Ngakho-ke, izidingo zekhwalithi zalezi zintambo ezine-enamel ziphezulu kakhulu.
URuiyuan ungomunye wabasunguli eShayina abakhiqiza ucingo olune-enamel olucwebezelayo olungaphansi kuka-0.03mm. Ithimba lethu le-R&D lineminyaka engu-21 yesipiliyoni semakethe, futhi sesifinyelele umgomo “wokuba nezimbobo ezingenalutho ngemva kokunwebeka” iminyaka eyishumi. Isici esibaluleke kakhulu socingo lwethu olune-enamel olucwebezelayo olucwebezelayo ukucindezelwa okunamandla kanye nembobo engenalutho. Ngo-2019, ububanzi bentambo obuncane kakhulu buzoba ngu-0.011mm, futhi ukukhiqizwa ngobuningi kuzofezwa. Siyakwamukela wonke umuntu ukuthi eze ukuzobonisana!
Isikhathi sokuthunyelwe: Feb-10-2023
