The cam includes a yoke cam installed inside the body and a cam shaft connected to the yoke cam.

The invention relates to a method for producing a cam that can be placed on a hollow shaft to form a cam shaft.

In one form the cam follower includes a lower roller operable to follow a cam lobe on a lower cam shaft and an upper roller operable to follow a cam lobe on an upper cam shaft.

The invention relates to a camshaft, comprising a carrier element and a cam.

A camshaft (14) connected to the driveline carries a number of cams thereon (5).

The intake camshaft (1120) and an exhaust camshaft (1130) are connected to a crankshaft via a timing chain (1005).

The invention relates to a method for producing a built shaft, whereby at least one part (2), particularly a cam, is mounted on the shaft (1), particularly a camshaft, whereby the shaft (1) is inserted into an opening (3) of the part (2).

The invention relates to an assembled camshaft and to a method and a main camshaft body (2) for producing an assembled camshaft.

The system may comprise a cam lobe mounted to a cam shaft and defining an effective cam surface.

A cam shaft is disclosed having a nested configuration that includes an inner shaft, an intermediate tube, and an outer tube.

A sensor apparatus for detecting a position of an axially movable camshaft is provided.

An oscillating cam is oscillated by a rotating cam provided on a camshaft rotated by a crankshaft of an internal combustion engine.

The invention relates to a camshaft comprising a support element and at least one cam.

Actuators for moving the blade include an eccentric cam mounted on a camshaft, a push rod and an inflatable balloon (fig. 1-4).

An impeller shaft is operatively coupled to the camshaft so as to be rotatably driven thereby.