Air spring mount with snap-in attachment
An air spring mount includes an elastomeric member coupled to at least one support plate to define a pressurizable chamber. The support plate has a snap-in-place attachment comprising a mounting stud projecting perpendicularly from the plate, and three resilient fingers spaced around the periphery of the stud. Barbs disposed in terminal ends of the fingers are biased outwardly by the fingers to engage a mounting bracket to which the air spring is mounted, when the attachment is inserted through a hole formed in the mounting bracket.
1 . An air spring mount, comprising:
a support plate;
an elastomeric member coupled to said support plate and cooperating with said support plate to define a pressurizable chamber; and
a snap-in-place attachment disposed on said support plate, comprising:
a mounting stud projecting substantially perpendicularly from said support plate,
an interlocking portion having three fingers, each said finger projecting from said support plate adjacent said stud and angularly spaced from other ones of said fingers approximately 120 degrees around said stud such that no two fingers are diametrically opposed, said fingers resiliently deformable toward said stud and having respective terminal ends opposite said mounting plate, and
a barb disposed on each said resilient finger, proximate said terminal end and projecting radially outwardly relative to said stud.
2 . The air spring mount of claim 1 , further comprising a recess associated with each said finger, each said recess extending axially along said stud, said fingers flexurally movable toward said stud within said recesses.
3 . The air spring mount of claim 2 , wherein each said recess is defined by an axially extending slot formed in said stud.
4 . The air spring mount of claim 2 , wherein each said recess is defined by a pair of peripherally spaced walls extending radially outwardly from said stud.
5 . An air spring mount, comprising:
an upper support plate;
a lower support plate spaced from said upper support plate;
an elastomeric member coupled to said upper and lower support plates and cooperating with said upper and lower support plates to define a pressurizable chamber; and
a snap-in-place attachment disposed on at least one of said upper support plate and said lower support plate, said attachment comprising:
a mounting stud projecting substantially perpendicularly from said support plate,
an interlocking portion having three fingers, each said finger projecting from said support plate adjacent said stud and angularly spaced from other ones of said fingers approximately 120 degrees around said stud such that no two fingers are diametrically opposed, said fingers resiliently deformable toward said stud and having respective terminal ends opposite said mounting plate, and
a barb disposed on each said resilient finger, proximate said terminal end and projecting radially outwardly relative to said stud.
6 . An air spring mount, comprising:
a support plate;
an elastomeric member coupled to said support plate and cooperating with said support plate to define a pressurizable chamber; and
a snap-in-place attachment disposed on said support plate, comprising:
a mounting stud projecting substantially perpendicularly from said support plate,
an interlocking portion having three fingers, each said finger projecting from said support plate adjacent said stud and angularly spaced from other ones of said fingers approximately 120 degrees around said stud, said fingers resiliently deformable toward said stud and having respective terminal ends opposite said mounting plate, and
a barb disposed on each said resilient finger, proximate said terminal end and projecting radially outwardly relative to said stud.
7 . The air spring mount of claim 1 , wherein said interlocking portion has only three fingers.
8 . The air spring mount of claim 5 , wherein said interlocking portion has only three fingers.
9 . The air spring mount of claim 6 , wherein said interlocking portion has only three fingers.