Noname

Passive vibration isolation systems on the basis of springing elements with sites of quasi-zero stiffness are analyzed. The opportunity of deriving such systems by new way in principle with effective ranges of quasi-zero stiffness exceeding effective ranges of the existing vibration isolation systems with sites of quasi-zero stiffness up many times. Application of those systems is examined at presence of the Coulomb friction for simultaneous guard of the equipment from vibration and impacts.