Ginnaaw bi ñu bokke ci lëf yi gëna am solo ci transmisioŋu doole ci sistem mekanik yu bees yi, konseptioŋ jëmmal lëf hydraulique amna njeexital ci performance ekipmaa bi, dundu gi ak kaaraange gi. Ci wàllu Usine 4.0, jëmmal jëmmal hydraulique dafa wara méngale njàngalem ingeñër yu yàgg yi ak tendaas yu xarala yu bees yi, di jàppale gis-gis bu lalu ci science ak R&D.
Koolute mooy njàngale mi gëna am solo ci jëmmal. Koposaŋ hydraulique yi dañuy faral di dox ci suufu pression bu yéeg ak sarge bu rëy, te loolu dafay laaj dooley macceer, tëju ak mëna yàgg. Designer yi dañuy jëfandikoo jàngat élément fini (FEA) ak simulation dynamique fluide (CFD) ngir gëna baaxal seen jumtukaay te moytu stress bu bari ak risku fuite. Ci misaal, asiye alloy bu am doole bu bari wala macceer composite, boole ci dëgëral kaw gi ngir gëna baña yàqu, mën na yokk àppu composant bi ci anam yu metti lool.
Yokkateg gaawaay mooy mébet bu mag bi ci jëmmal hydraulique bu bees bi. Wàññi fuite yi ci biir, wàññi perte friction yi, ak gëna mëna jëfandikoo pexe yi ñuy doxalee mën na gëna baaxal jëfandikoo energie bi. Ci misaal, jëfandikoo xaralay sargal -seddaleb debit moom boppam (LUDV) ak seytu proporsionel electro{3}}hydraulique dafay tax sistem hydraulique yi mëna tontu ci anam wu jaar yoon sargal bi, wàññi energie bu amul njariñ. Rax ci dolli, jëmmal modular dafay yombal toppatoo bi ak yeesal gi, gëna yokk njariñu sistem bi yépp.
Liggéeyukaay yu bees ak xel mu ñaw ñooy ëlëg. Ak yokkuteg Internet of Things ak hydraulique numérique, composant hydraulique yi dañuy gëna boole ay capteur ak ay unité de contrôle yu am xel ngir mëna saytu anam wi mbir yi di demee ak mëna toppatoo luy waaja am. Ci misaal, kaptëru presioŋ ak tàngoor yiñ samp dañuy saytu anam wi ñuy doxee ci saa si, ba noppi boole ci jàngat done yu mag, dañuy gëna yombal siklu toppatoo bi ba noppi wàññi risku tëj gi.
C
