Abstract: An equipped living, compartment for transport vehicles, the equipped compartment being provided with a multipurpose kitchen unit defined by a cabinet having a top closing lid and provided with a cooking surface, which is mounted underneath the lid and can be turned up or down, at least in part, between a lowered operative position and a raised inoperative position, and with a basin or sink set in a fixed position underneath the cooking surface.

Abstract: An equipped living compartment for transport vehicles, the equipped compartment being provided with a multipurpose kitchen unit defined by a cabinet having a top closing lid and provided with a cooking surface, which is mounted underneath the lid and can be turned up or down, at least in part, between a lowered operative position and a raised inoperative position, and with a basin or sink set in a fixed position underneath the cooking surface.

Abstract: An automotive human machine interface comprising a control console with a display unit; a plurality of communication interfaces designed to allow the control console to communicate; wherein a first one of the communication interfaces is defined by a support to which the control console can be removably fixed, and a second one of the communication interfaces is defined by either a further support to which the control console can be removably fixed or a wireless communication system which allows the control console to communicate when it is detached from any of the supports; the supports being configured to enable the support to which the control console is fixed to be recognized; and an electronic management unit configured to manage operation of the control console, to cause user-selectable functions to be displayed on the control console, and automatically reconfigure access of a user to the user-selectable functions depending on the communication interface through which the control console communicates.

Abstract: A robotized gear change for motor vehicles, and in particular motor vehicles for disabled persons, configured for implementing a plurality of operating modes that can be selected by the driver via a manually operable hand or foot selection device, in which first operating modes associated with the automatic gear-change mode can be selected when the vehicle is stationary and a brake pedal is depressed, and in second operating modes corresponding to the level of performance of the engine, and hence the vehicle, can be selected by the driver when the vehicle is moving.

Abstract: A robotized gear change for motor vehicles, and in particular motor vehicles for disabled persons, configured for implementing a plurality of operating modes that can be selected by the driver via a manually operable hand or foot selection device, in which first operating modes associated with the automatic gear-change mode can be selected when the vehicle is stationary and a brake pedal is depressed, and in second operating modes corresponding to the level of performance of the engine, and hence the vehicle, can be selected by the driver when the vehicle is moving.