A sealing arrangement (10, 11, 16) comprising a set of bellows (11, 16) is provided in order to seal the homocinetic joint.
The material absorbs energy when the constant velocity joint plunges into the hollow shaft portion when a predetermined force is exerted upon the constant velocity joint.
An embodiment of a connection system for a grease cover of a constant velocity joint includes a groove portion formed in a generally annular portion of the constant velocity joint.
A constant velocity joint support bearing system having a bearing assembly supporting a first shaft connected to one member of the constant velocity joint.
The invention also relates to a constant velocity joint produced according to said method.
A method and a device for measuring the dimensions of a constant velocity joint.
The present invention relates to a constant-velocity joint assembly.
A constant velocity (CV) joint assembly comprising a CV joint and an input member is disclosed.
A cv joint (52) connects to each half-axle shaft (50) and a cv boot (54) covers each cv joint (52).
Six balls (3) are arranged in the constant velocity universal joint.
The invention relates to a homokinetic joint containing such a fat.
A double offset constant velocity (10) joint is provided.
The constant-velocity ball joint 1 does not have a cage.
The CV joint has a small diameter stub shaft (92) that extends through the hub to secure the CV joint to the hub, but does not transmit torque.
The input member is connected to the cage of the CV joint for transmission of rotational drive about an axis from an external component to the CV joint.
The shaft configuration portion (73) of the constant speed universal joint (41) on the outboard side and the shaft configuration portion (123) of the constant speed universal joint (42) on the inboard side are butt-joined.
The ball-shaped homeocinetic joint can also be produced in a simple and economical manner.