The inventive pneumatic-suspension assembly is characterized in that a continuous pleated bearing (11) connects the cover (5) to the external guide (10) and surrounds the pneumatic suspension bellows (2), whereby the pleased bearing comprises the following components: a first retaining part (13), which is fixed together with the corresponding end of the bellows (12) to the cover (5) in the first connection area (6) a second retaining part (14), which encompasses at least one partial area of the outer surface of the eternal guide (10) and a system of pleats (1), which is located between the first and second retaining part (13, 14) and which comprises at least a first and a second pleat (15, 16) that run towards the interior of the assembly, forming at least one contraction (17).

He previously worked at McMaster University, Canada. Abstract: A mailbox arrangement is provided for mounting a mailbox to a mounting post, featuring a mailbox for receiving mail a mounting base coupled to the mailbox a mounting bracket for suitably coupling the mailbox arrangement to a mounting post and a spring assembly for flexibly and rotationally coupling the mounting base to the mounting bracket in a predetermined relationship, the spring assembly being responsive to a force, for pivoting the mounting base in relation to the mounting bracket in one direction so as to resist and absorb a torque being applied as a result of the force, and for pivoting the mounting base in relation to the mounting bracket in the opposite direction as a result of the torque being stored in the spring assembly so as to return the mounting base and the mounting bracket back to the predetermined relationship when the force is no longer applied, so that when the mailbox is mounted on the mounting post, the mailbox is oriented in a desired position for receiving mail, and so that when thĪbstract: The invention relates to a pneumatic-suspension assembly, consisting of at least one pair of pneumatic-suspension bellows (2), a cover (5) comprising a first connection area (6), a rolling piston and an external guide (10). Michael Webber is an economic geographer, currently Professor Emeritus at the University of Melbourne.

Michael webber