Abstract: A resilient sleeve includes a splined sleeve surface for engagement with an external spline of a first rotary member or an internal spline of a second rotary member. The resilient sleeve has a further splined sleeve surface for engagement with a further spline of the first rotary member or the second rotary member to inhibit relative movement between the rotary members. The first rotary member can be a part of a drive shaft, and the second rotary member can be a disc brake.

Abstract: A resilient device for minimizing noise in a splined connection includes a mounting portion and two flanges bent from the mounting portion to attach to a structure. The flanges are substantially parallel and spaced apart from each other by the mounting portion to form a substantially U-shaped profile. An arm is bent in a second direction from the mounting to lie adjacent to the mounting portion. The arm has a wavy portion having a pitch that allows it to engage with splines in the splined connection to prevent rattling in the connection without having to reduce the clearance between the splines.

Abstract: A resilient device for minimizing noise in a splined connection includes a mounting portion and two flanges bent from the mounting portion to attach to a structure. The flanges are substantially parallel and spaced apart from each other by the mounting portion to form a substantially U-shaped profile. An arm is bent in a second direction from the mounting to lie adjacent to the mounting portion. The arm has a wavy portion having a pitch that allows it to engage with splines in the splined connection to prevent rattling in the connection without having to reduce the clearance between the splines.