Abstract: An aircraft passenger seat is proposed, comprising a structural component, on which a tray table of the aircraft passenger seat is held via a hinge assembly, the tray table being pivotable about a pivot axis of the hinge assembly. According to the invention, a connection assembly for detachably fitting the tray table on the structural component is provided, the connection assembly comprising an adjustment mechanism for adjusting a mounting position for the tray table relative to the structural component, the adjustment mechanism being designed such that the mounting position can be selected from a plurality of different mounting positions for the tray table relative to the structural component.

Abstract: A method for controlling a belt hand-over device during a delivery movement for taking up and delivering a seat belt into a presentation position ergonomically favorable for a user includes extending a belt finger taking up the seat belt into an extended position substantially oriented transversely to the moving path of the belt hand-over device, and during a return movement, retracting the belt finger into a retracted position substantially coinciding with the moving path and wherein the belt hand-over device is moved in a rest position. The extending and retraction of the belt finger during the delivery and return movements of the belt hand-over device are triggered at different positions in the moving path of the belt hand-over device between the rest position and the presentation position.

Abstract: A method for controlling a belt hand-over device during a delivery movement for taking up and delivering a seat belt into a presentation position ergonomically favorable for a user is provided. A belt finger taking up the seat belt is extended into an extended position, substantially oriented transversely to the moving path of the belt hand-over device, and during a return movement, in which the belt finger is retracted into a retracted position substantially coinciding with the moving path and the belt hand-over device is moved in a rest position. The extending and retraction of the belt finger during the delivery and return movements of the belt hand-over device are triggered at different positions in the moving path of the belt hand-over device between the rest position and the presentation position.