Ngenkqubo yoshishino, iqondo le-automation yefektri liya phezulu nangaphezulu, kwaye inani elikhulu lemibhobho, izixhobo, iivalvu, njl. njl. zenza inkqubo yokuvelisa umzi-mveliso.Ukuhlolwa rhoqo kwenkqubo yokuvelisa ukuphelisa iingozi zokhuseleko kunye nokuphepha ilahleko enkulu yobomi kunye nepropathi yeyona nto iphambili yomsebenzi wokhuseleko lwefektri.Umzobo womfanekiso we-sonic ubhaqa amaza esandi, iindawo zesandi, kunye nemithombo yesandi ukufumanisa ukuba ngaba kukho ingxolo engaqhelekanga ngexesha lokusebenza koomatshini kunye nokuba kukho ukuvuza kwimibhobho, ukuze kuthintelwe imiba yokhuseleko ebangelwa kukuvuza kwimibhobho, iivalvu zempompo, njl.
Imvelaphi yophando kwiikhonsepthi ze-acoustic imaging kunye ne-acoustic wave visualization inokulandelwa emva kwindlela yokucinga ye-schlieren eyaqanjwa yi-German physicist Topler ngo-1864;oko kukuthi, ngokulungelelanisa umthombo wokukhanya, imiphumo ebangelwa ngamaza esandi inokubonwa kumoya ocacileyo wokuqala.Uxinzelelo lomoya utshintsho.
Ngophuhliso lwetekhnoloji yokucinga ye-acoustic, imifanekiso ye-acoustic iphuhliselwe kwii-mic arrays ezinokusebenzisa iimics ezininzi ezinovakalelo kakhulu.Kwiibhendi ezivakalayo kunye ne-ultrasonic frequency, ngokulungiselela i-algorithms yemfuza kunye ne-far-field high-resolution beam forming kunye nezinye iitekhnoloji, Isandi esiqokelelweyo sibonwa kwisikrini ngendlela yemephu ye-contour yombala, ukwenzela ukuba imisebenzi efana nokukhupha inxalenye, izixhobo zokubeka ingxolo engaqhelekanga, kunye nobhaqo lokuvuza kwerhasi lunokwenziwa.
Usetyenziso lwemeko ezininzi zemifanekiso yesonic
Ngokwahlukileyo kwi-point-to-point yokufumanisa iindlela ezininzi zokuhlola, ukuhlolwa kwe-auscultation-style yemifanekiso ye-sonic kuphucula kakhulu ukusebenza kakuhle kokuhlolwa.Kwiinkampani ezineendawo ezinkulu zefektri, iindawo ezininzi zomngcipheko wokuvuza kwegesi, kunye noxinzelelo oluphezulu kubasebenzi bokuhlola, imifanekiso ye-sonic sisisombululo esifanelekileyo.Olona khetho lungcono lokuphucula inqanaba lolawulo lokhuseleko lwefektri kunye nokunciphisa umsebenzi wabasebenzi.
Umzekelo: kushishino lwepetrochemical, lunokunceda ekuboneni iingxaki zokuvuza komoya kwimibhobho kunye ne-valve interfaces;kumzi mveliso wamandla, inokunceda ukulungisa iingxaki zokukhutshwa kwenxalenye kunye nokusilela koomatshini kumaziko ombane;ekubekweni esweni kokusingqongileyo, imifanekiso ye-acoustic inokukhangela kwaye inike isilumkiso kwangethuba ngengxolo engaqhelekanga;Kwizithuthi zikawonke-wonke, ukukhatshwa ngokungekho mthethweni nokungxola kokuqhushumba kweemoto zasesitratweni kunokubanjwa.
Ukusetyenziswa kwemifanekiso emininzi ye-sonic kubeka iimfuno eziphezulu ekungangeni kwamanzi, ukuthintela uthuli, kunye nokungaguquguquki kwesandi.Ukuze kuxhaswe ukufunyanwa kwi-intanethi kwiibhendi zefrikhwensi ezivakalayo kunye ne-ultrasonic enovakalelo oluphezulu, umfanekiso we-acoustic kufuneka enze amakhulu okuvuleka kweqokobhe kwimbalelwano enye ukuya kwenye ngokwenani lemics kuluhlu lwemic.Ukuze uthintele amanzi emvula kunye nothuli ekungeneni emngxunyeni ngokuvula iqokobhe, ukonakalisa izinto ze-elektroniki kunye nokuphazamisa ukubonwa kwesandi, kuyimfuneko ukufakela i-membrane engenamanzi-engenamanzi ekuvulekeni kwegobolondo:
1. Iimfuno eziphezulu zokungangeni kwamanzi kunye nothuli kwindawo enemvula
2. Ukulahleka kwesandi esiphantsi kwiindidi ezivakalayo kunye ne-ultrasonic frequency
3. Ukungaguquguquki komsindo kumakhulu ee-mics
Ixesha lokuposa: Nov-16-2023