ABSTRACT SILENT BLOCK BUSHING A silent block bushing disclosed here comprises at least two flanges and a set of ribs. The flanges comprise a top flange and a bottom flange that are positioned at opposing ends of an outer tube, wherein the flanges limit axial displacement of the silent block bushing. The ribs that ...

A hydraulic engine mount comprises a membrane, an orifice body, a hole, and a first gap. The membrane is inserted into the orifice body, where the membrane is parallel and in contact with the orifice body. The hole is positioned on the side surface and extends upwardly from the side surface of the membrane towards a...

SMART MOUNT TECHNOLOGY TO INCREASE Ks IN Z-DIRECTION A motor-mount (100) comprises an inner tube (102), an outer tube (106), and a rubber arm (110). The inner tube (102) comprises a first-protrusion-shape (104) with an outer diameter (OD), which is modifiable to change spring-ratio of the motor-mount (100) along ...

ABSTRACT CONVENTIONAL ENGINE MOUNT TECHNOLOGY TO INCREASE KS IN Y DIRECTION An Engine mount disclosed here increases static stiffness (Ks) in a lateral (Y) direction and this engine mount comprises a mounting member and one or more pad members connected with main rubber element. The mounting member supports an eng...

SETTING TECHNOLOGY FOR RUBBER SURGING RESONANCE TO REDUCE HIGH-FREQUENCY DYNAMIC STIFFNESS OF HYDRO MOUNTS A hydraulic mount (10) disclosed here is designed to reduce dynamic stiffness peak and comprises an upper stopper element (2), a lower outer tube (3), and multiple rubber feet (tA, tB, tC, and tD). The upper s...

MECHANISM OF HYDRO TOP MOUNT WITH DOUBLE FLUID RESONANCE FOR ROAD NOISE A Hydro top mount (10) comprises an inner tube (1), an outer tube (4), a bush (2), and at least two orifices (5). The outer tube (4) encloses the inner tube (1) and the bush (2) comprises an upper rubber foot (L1) that is enclosed within the ...

ABSTRACT DOUBLE PEAKS IN FLUID RESONANCE A device (100) comprises a decoupler (102), orifices (106a and 106b), and orifice paths (108a and 108b). The decoupler (102) is positioned within a main body (104) and the orifices (106a and 106b) comprise a first orifice (106a) positioned within the main body (104) and adj...