Imboni yendwangu yanamuhla iyimboni ezenzakalelayo kakhulu futhi egxile kakhulu kwezobuchwepheshe. Ukuze kuthuthukiswe ukusebenza kahle kokukhiqiza kanye nokusebenza kahle, imishini yendwangu nemishini isebenzisa ubuchwepheshe obuhlukahlukene obuthuthukisiwe, okuhlanganisa ubuchwepheshe bendandatho yokushelela. Indandatho yokushelela iyisixhumi esijikelezayo esisetshenziselwa ukudlulisa amandla, amasignali kanye nedatha, futhi idlala indima ebalulekile enqubweni yokukhiqiza indwangu. Imishini yendwangu ihlukaniswe kakhulu ngohlobo lwefayibha yamakhemikhali kanye nohlobo lokushelela ukotini, kanti imishini yokushelela ukotini ihlanganisa indawo yokufutha, umshini wokufaka amakhadi, iyunithi yokufutha kanye neyokufaka amakhadi, umshini wokukama, uhlaka lokudweba, uhlaka lokuzungeza, uhlaka lokuphotha, umshini wokugoqa, kanye nohlaka oluphindwe kabili, ukuphotha kwe-rotor nezinye izinhlobo, eminingi yale mishini idinga ukufaka amasongo okushelela.
Indlela ejikelezayo yemishini emikhulu yokugoqa idinga ukuhlonyiswa ngamasongo okushelela aqhubayo. Ukugoqa kuyinqubo yokugcina yokucubungula intambo kanye nenqubo yokuqala yokuluka. Ngaphezu kwalokho, kunezindlela eziningi ezisebenza ngasikhathi sinye emshinini wokugoqa, ngakho-ke izidingo zokuqina kwezingxenye ezahlukahlukene kufaka phakathi amasongo okushelela ziphakeme kakhulu. I-Ingiant Technology inekhono elinamandla lokulawula ukuzinza kokusebenza kwamasongo okushelela futhi ingakha izinhlobo ezahlukene zamasongo okushelela ngokwezindawo ezahlukene zokusetshenziswa, kufaka phakathi amasongo okushelela ahlanganisiwe esignali kagesi kanye namasongo okushelela ahlanganisiwe enethiwekhi kagesi kanye ne-hydraulic Gigabit.
Amasongo okushelela asetshenziswa emishinini yokugoqa ikakhulukazi uhlobo lwediski kanye nohlobo lwe-hollow shaft. Zombili izinhlobo zamasongo okushelela zingahlanganisa isignali kanye nokudluliselwa kwamandla futhi zinobukhulu obuphakathi ngaphandle kokuthatha isikhala esiningi. Lonke uchungechunge lwe-Ingiant Technology lwamasongo okushelela e-hollow shaft luyatholakala ngobubanzi obuhlukene bemigodi, futhi lungaklanywa ukuthi luqine ngokusekelwe ezimweni zangempela. Kunjalo nangamasongo okushelela e-disc-type, ngaphandle kokuthi amasongo okushelela e-disc-type nawo anenketho yohlobo oluhlukanisiwe kanye nohlobo oluhlanganisiwe. Ngenxa yokusebenza komshini wokugoqa, indawo yawo yokusebenza izokhiqiza uthuli oluthile lukakotini, ngakho-ke indandatho yokushelela e-disc ehlukanisiwe engenasakhiwo esivikelayo ayifaneleki.
Umehluko osobala kakhulu phakathi kwezindandatho zokushelela ze-hollow shaft kanye nezindandatho zokushelela ze-disc ukuhleleka okuhlukile kwezindandatho zethusi. Indandatho yokushelela ye-hollow shaft isebenzisa ukwakheka kwe-stack, kuyilapho indandatho yokushelela yediski isebenzisa ukwakheka okujikelezayo okugxilile. Lo mklamo wesakhiwo ungenza indandatho yokushelela ithathe ukuphakama okuphansi kwemishini. Ngaphansi kosayizi wamanje ofanayo kanye nenani leziteshi, ikani lokushelela le-hollow shaft ububanzi benziwa buncane kakhulu, futhi ubukhulu bendandatho yokushelela ye-disc bungagcinwa buncane kakhulu. Uma umshini wokugoqa unemikhawulo eqinile yesikhala se-axial, ungakhetha indandatho yokushelela ye-disc ehlanganisiwe; uma udinga ukufaka indandatho yokushelela ku-shaft yokudlulisa futhi ubude bendandatho yokushelela bungakhawulelwe ngokuqinile, khona-ke indandatho yokushelela ye-hollow shaft enempilo ende Yilokho ukukhetha kokuqala.
Isikhathi sokuthunyelwe: Disemba 18-2023