Ukufuzisa kwezinto zokugcina izibalo elipheleleyo

Indlela yokugcina ngezityalo zokugcina nge-magnetic levitation: Indlela yokugcina nge-magnetic levitation yilokishwe kwezinto ezikhulu zezindlela ezinethiweyo kwi-magnetic levitation blower, elibonakaleyo ngemfuka we-radial bearings, axial bearings, displacement sensors, amakhamba nokulayisha ne-electromagnets. Umthengiselo womovume uqaphelise isignali somncedo wesithombe esisetyenzisiweyo sesithombeni siphendula ukuthi kubantu kwesicelo sokulayisha. Ukulayisha alayishe isignali ngesinqumo esikhona phakathi kwayo, uphendule kanye nokuphucukeleka, kunye nokusetyenziswa komphawu lokulayisha kwi-electromagnet. I-electromagnet uyathatha umoya wemfuyo wesithombeni ukuthi akwazi ukufaka nokuzihlabelela, uzihlabelela ngokukhohlobo, ukususela ukuthi umovume wamathuluzi ahlale kuhluke kumncedo olunikezwe, ukuba le ndaba lalimathuluzi aluhlabeleye ngokushesha. Izityalo zokugcina nge-magnetic zizikhona nomsindo omnyama, uphumla oluncedisiyo nokuzihlabelela okukhulu, kunye nokuzihlabelela ekugcineni, futhi izinyathelo zakhe ezisemi-permanent zikulandelayo ziyasusa imali yesixhobo nokusetyenziswa kokuthi iindlela zazivumelekile.

Imfuyo yedabuko yesithathu esibayeni: umbhokisi wamafomu amancane uqubungwe kwisekhombisi somoto, kunye nechweba yemoto ulayishwa nge-silicon steel sheet. Xa i-coil ucabangele umoya omnye, imofu engenziweyo uzobuyeka, ukuba ispeed ye-spindle kunye nompho wemofu wakwenzise ukusuka ngendawo lokusebenza njengesiya esiqondisiwe. Imoto yebhokisi emfutshane iyasetyenziswa nge-bearings yesuthengi lesikhombisi, uvuleka ukukhupha kokufakelwa komfanekiso, ubuncinci olunokuqinisekileyo, ungenziweyo nokugqumelela nokuzixhasa kakhulu, ispeed sokuqala sokugcina ungaphinde uphumeleyi 50000r/min, ungayiphumula umoya omncane kunye nokulungiselela ngokushesha kulesi sicelo.

Impayizeli yefomu elikhulu: Impayizeli usetyenziswa ngokubheka kwayo kunqululiwe ngokubhala nge-three-way flow theory ukusurela ukuba umthentiselo wakho we-impayizeli kube kakhulu nokuba imisebenzi yakhe ibonakele. Imilayithi idiphi ziyahlukileyo ezinikezela amaxhobo ahigh-strength forged aluminum okanye ititanium alloy, ezinokuqinisekisa ukuphatha kokugcina nokuba ziqinisekanga ukuthola ukufa efutheleyo olungaphansi lokusebenza ngokushesha. Impayizeli yiqlumelelwa ngokukhangisi phakathi kwe-CNC machining center, okungena ukuba lona lihlukileyo kwaye lingaphefumula ukuphucukeleka. Ukutesta kwabasebenzisi be-National Fluid Laboratory, umthentiselo ophambili we-impayizeli wesicwangciso sokusebenza ungabangela 85%, okuyingxenye yokuncedeka ukuba lokhu kukho lokuhlukene ngokweminyaka.

Umholisi wesithuthi esidingekiweyo: Umholisi wesithuthi esidingekiweyo usebenzisa umthetho wosikhelo somlaba, okungakwazi ukuhlala amandla engaphakathi kwisekhono esisodwa sentsha lokusetyenziswa ngenqanawe nekuphucula kweendlela ezintshangayo zomoto wepermenenti wemagneti wesinqimbo esidingekileyo. Ngokubuyisela isithuthi, uhlobo oluhle lwenqanawe lesihle ngaphandle komoto wepermenenti wenze ukufundiswa kokugcina nokulawula kweendlela ezintsha, futhi ngakhoke izibophelelo neentsha yobuxoki nobukhulu bokusebenza ukumelana nesikhashana sokushintsha. Ngesinye, lemfanni wamathuba wenze imisebenzi yesiphuhliso esiphephileyo, njengokuprotekiswa kokuthi kukhona ikuhlolwa, kuprotekiswa kokuthi kukhona ikhophu elincinci, kuprotekiswa kokuthi akukho ikhophu elincinci, futhi zonke izinto zakuxhasa ukusongcolisa ukusebenza kwesiqingatha nesistimu esikhulu sesifanekiso.

Umkhondo wesithathu esibekiweyo: umkhondo wemangayithi olufundekileyo usebenzisa uphawu lwe-no vector frequency conversion control, kunye nomkhondo wesithathu esibekiweyo ofumanekayo ukuphatha kakhulu kunye nokuziphindaphinda kwisebe sohlola kunye nokuziphatha ngokukhangeli lokusebenza kwesithuthi. Ungakwazi ukuhlola kunye nokuhlola ngokukhangeli amaparamitha angasebenzi kwisebe sesithuthi, njengomvelo, isiphumo, umoya, umbalulekethi, ngeentsha, futhi ukusetha ngokumoya imigomo yesithuthi ngephrojekthi elishintshwe kunye nezinye izinto ezisebenzayo. Ngokushesha, umkhondo wesithathu esibekiweyo ungenziwa amandla apha ukubulawa kokunqumeleka kunye nokungena iimfelo, nokuhlolwa kumbuzana kunye nokuvula amaxwebhu. Ngokusebenzela ukuthiwe ukusetshenziswa kweGPRS, abasebenzisi bazenza ukusetshenziswa kumbuzana kweendaba zokugcina nokusetshenziswa komsebenzi wesithuthi ngaphandle komsebenzi, uzame ukuba ufunde ukusebenza kwesithuthi kunesikhatsi sezantsi nezintlanu, uzame ukufumana kunye nokufinyelela izinkinga ngaphandle komsebenzi, kunye nokuthatha ukusebenza kakhulu.