Actuator apparatus for controlling a valve mechanism of a suspension system

1. An actuator apparatus for controlling a valve mechanism of a suspension system, the actuator apparatus comprising:

a valve actuating assembly operatively connected to the valve mechanism, the valve actuating assembly including a camshaft rotatable between at least two positions to adjust the valve mechanism between various suspension settings; and

an adjuster assembly operatively connected to the valve actuating assembly for adjusting the damping characteristics corresponding to at least one of the positions of the valve actuating assembly independently of the damping characteristics corresponding to another position of the valve actuating assembly.

2. The actuator apparatus of claim 1 wherein the valve actuating assembly comprises:

a driver movable to adjust the valve mechanism between various suspension settings; and

a selector operatively connected to the driver and rotatable between the positions.

3. The actuator apparatus of claim 2 wherein the selector comprises:

a lever operable between the positions; and

the camshaft operatively connected to the lever, and at least two cam surfaces corresponding to the positions of the lever, the cam surfaces configured to be engageable with the driver.

4. The actuator apparatus of claim 3 wherein at least one of the cam surfaces is disposed substantially parallel to the camshaft axis and at least another of the cam surfaces is disposed at an angle relative to the camshaft axis.

5. The actuator apparatus of claim 4 wherein the adjuster assembly comprises a knob operatively connected to the camshaft to axially displace the camshaft to vary the engagement point of the driver along the angled cam surface.

6. The actuator apparatus of claim 4 wherein the adjuster assembly is formed integrally with the selector of the valve actuating assembly, the camshaft threadably coupled to a housing of the suspension system to axially displace the camshaft along the housing to vary the engagement point of the driver along the angled cam surface.

7. The actuator apparatus of claim 2 wherein the selector comprises:

a lever operable between the positions;

the camshaft having at least two cam surfaces corresponding to the positions of the lever, the camshaft operatively connected to the lever; and

a stop element rotatable with the selector and configured to abut against the adjuster assembly to prevent over-rotation of the lever.

8. The actuator apparatus of claim 7 wherein the cam surfaces are disposed substantially parallel to the camshaft axis.

9. The actuator apparatus of claim 8 wherein the adjuster assembly comprises a limit screw threadably coupled to a housing of the suspension system and configured to be engageable with the stop element to prevent over-rotation of the lever.

10. The actuator apparatus of claim 2 wherein the selector comprises:

a lever operable between the positions;

the camshaft having a plurality of cam surfaces, at least one of said cam surfaces configured to be engageable with the driver, the cam surfaces corresponding to the positions of the lever, the cam surfaces disposed substantially parallel to the axis of the camshaft, the camshaft operatively connected to the lever.

11. The actuator apparatus of claim 10 wherein the adjuster assembly is operatively connected to the driver to position the driver relative to camshaft of the selector.

12. The actuator apparatus of claim 1 wherein the positions of the valve actuating assembly are rider-selectable positions.