FIELD: machine building.
SUBSTANCE: method is implemented owing to periodic decrease of restoring force of main pneumatic flexible element (3) of suspension. At the beginning of each rebound stroke additional mass of gas is supplied to additional flexible element (4) from an autonomous energy source (7). Also electromagnetic force effecting damped object (1) is additionally and briefly created by means of auxiliary damping electro-magnetic element (5). At the beginning of each compression stroke additional mass of gas is withdrawn from additional flexible element (4) into atmosphere.
EFFECT: raised damping properties of pneumatic suspension in all amplitude-frequency range of external effect.
1 dwg
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