Abstract: A suspension mount comprises an inner plate, an elastomer member, a lower case, and an upper plate. A plate includes an extended portion extending from the circular-cylinder portion. An incline portion is integrally formed on the extended portion and clamped by the elastomer member. The elastomer member clamps the incline portion of the extended portion from the outer periphery side. Thereby, when the plate is fixed in a status that the plate and the elastomer member are contained in the case, the input in the axial direction of the mount will be decomposed into a compressive load in an axial direction and a compressive load in an axially-perpendicular direction by the incline portion. Therefore, the elastomer member is held in a status that it is precompressed in the axial direction and the axially-perpendicular direction.

Abstract: Provided is a suspension device in which a load axis of a spring is significantly inclined with respect to a center axis of an absorber. The suspension device includes a support section formed between an end portion of the spring on a spring seat side and a mount, for realizing a “full contact state” during assembly and a “partial contact state” after assembly. With this, it is possible to provide the suspension device in which the assembly is facilitated and the load axis of the spring is significantly inclined with respect to the center axis of the absorber.

Abstract: A suspension mount comprises an inner plate, an elastomer member, a lower case, and an upper plate. A plate includes an extended portion extending from the circular-cylinder portion. An incline portion is integrally formed on the extended portion and clamped by the elastomer member. The elastomer member clamps the incline portion of the extended portion from the outer periphery side. Thereby, when the plate is fixed in a status that the plate and the elastomer member are contained in the case, the input in the axial direction of the mount will be decomposed into a compressive load in an axial direction and a compressive load in an axially-perpendicular direction by the incline portion. Therefore, the elastomer member is held in a status that it is precompressed in the axial direction and the axially-perpendicular direction.

Abstract: Provided is a suspension device in which a load axis of a spring is significantly inclined with respect to a center axis of an absorber. The suspension device includes a support section formed between an end portion of the spring on a spring seat side and a mount, for realizing a “full contact state” during assembly and a “partial contact state” after assembly. With this, it is possible to provide the suspension device in which the assembly is facilitated and the load axis of the spring is significantly inclined with respect to the center axis of the absorber.