The upper plate and the cap define a ball and socket joint therebetween.

Each end section (34) is anchored to the anchoring support (62, 64) by a pivoting connection or a ball-and-socket connection.

Each wheel 2 is connected by means of a pivot arm 201 to the drive element 200.

A pivot joint is formed between the at least one indentation (210) of the body (10) and at least one pivot bar (305) of the covering member (30).

A spherical swivel (10) includes a base assembly (17) having a clevis (14) and a ball (18) joined to the clevis (14).

In use, the mooring line is maintained under tension such that the vessel may weathervane around the swivel.

The cylinder rods of the latter are in a ball jointed connection with the body (A), the purpose of this being to offer the latter a maximum degree of freedom in space.

The ball and socket interface accommodates static and dynamic misalignments between the wind turbine main shaft and the supporting structure, while the bearing assembly (118) accommodates radial and axial loads.

The cylinder rods of the latter are in a ball jointed connection with the body (A), the purpose of this being to offer the latter a maximum degree of freedom in space.

The hinges allow the panel to rotate 360° and incline in any direction, in order to personalise the aesthetic aspects and the acoustic performance of the product.

The hinges allow the panel to rotate 360° and incline in any direction, in order to personalise the aesthetic aspects and the acoustic performance of the product

The hinges allow the panel to rotate 360° and incline in any direction, in order to personalise the aesthetic aspects and the acoustic performance of the product.

The hinges allow the panel to rotate 360° and incline in any direction, in order to personalise the aesthetic aspects and the acoustic performance of the product