The drive to the wheels results via an armature flange of the electromagnetic clutch which is mounted on a hollow shaft.

The transmission (30) can prevent the frictional force between a fixed sheave (31a) in the pulley (31) and a fixed race (34a) in the pressure regulating cam mechanism from causing transmission of torque.

The fixed flange has just to hold back the reaction couple, without being fixed at the machine.

The fixed flange to keep only the pair of reaction without being stuck rigidly to rorpo machine.

During this time, the fixed sheave (31a) is supported on the case (15) via the bearing (1), and a radial load does not affect the pressure regulating cam mechanism (34).

The mounting flange is attached to an exterior surface of the chamber and the support arm extends between the substrate support and the mounting flange.

The mounting flange is attached to an exterior surface of the chamber and the support arm extends between the substrate support and the mounting flange.

The present invention relates to a method for manufacturing a tubular element which comprises a tube (1') with a fixedly connected flange (2').

The drive to the wheels results via an armature flange of the electromagnetic clutch which is mounted on a hollow shaft.

The base structure includes an upper flange (322) and a lower flange (316) secured to the upper flange by rigid members (330) extending between the upper flange and the lower flange.

The pivot is located a fixed distance from the longitudinal axis and the drive flange is located generally along the longitudinal axis.

A hydraulically actuated multiple disk brake (16) engages the output flange (14) with a non-rotational wheel hub (7) when the brake is actuated.

The thin construction of the flange enables advantageous positioning of the adaptive flange.

The end caps include bearings (56) retained in the end cap by deformation of the end cap.

The cap is formed of a lower lid (22) and an upper lid (20).