A first pivotal connection pivotally secures the pivotal link relative to the chassis and defines a first pivot axis and a second pivotal connection couples the pivotal link to a trailing arm and defines a second pivot axis.

The access door assembly may be pivotally coupled to the support surface and may include a major door pivotally coupled to a minor door.

Pivot connectors are provided that are received in pivot recesses formed in the latches.

The wheel (F) turns in a pivoting connection about a fixed axle (L).

The upper part and lower part is pivotally attached to each other at the middle or back part, and via a pivotal and slidable connection (11, 12) in the front part.

A link member (44) is pivotally linked to the first pivot point of the front structural member and the third pivot point of the rear structural member.

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

The sliding connection component (5) cooperates with the rotary connection component (6) and the spring-loaded structure (4).

The operating mechanism further includes a pivot pin disposed within the housing.

An antenna mount is provided with a pivot base and a pivot saddle rotatably coupled to the pivot base by a pivot connection and at least one pivot arm connection.

Each ram (400) includes a lower end (404) pivotably connected to the frame (16) and an upper end (402) pivotably connected to one of the sides of the mounting plate (310).

According to the invention, said connecting elements are designed to collaborate in such a way as to form a pivot joint, at least one of said connecting elements being a viscoelastic element.

The pivot link assembly also has a first pivot axis about which the drive frame is rotatable relative to the load frame.

The longitudinal member contains a pivot connection at a location between the top and bottom section.

The shafts (4, 5, 6) are mounted in a pivotably interconnected manner in the same plane.