Abstract: The present disclosure relates to a motor vehicle information management system for use in a motor vehicle. The system incorporates a radio system which has a display system, and a remotely located processor-based inference engine. The inference engine automatically, wirelessly receives information inputs from the radio system in real time pertaining to at least one of a real time location of the vehicle and at least one of a destination of travel of the vehicle or a status of operation of the vehicle. The inference engine may analyzes the information inputs and determines new information, in real time, that is useful to the vehicle operator, and automatically transmits the new information wirelessly to the radio system for use by the user. The display system automatically displays the new information to the vehicle operator.

Abstract: The present disclosure relates to a motor vehicle information management system for use in a motor vehicle. The system incorporates a radio system which has a display system, and a remotely located processor-based inference engine. The inference engine automatically, wirelessly receives information inputs from the radio system in real time pertaining to at least one of a real time location of the vehicle and at least one of a destination of travel of the vehicle or a status of operation of the vehicle. The inference engine may analyzes the information inputs and determines new information, in real time, that is useful to the vehicle operator, and automatically transmits the new information wirelessly to the radio system for use by the user. The display system automatically displays the new information to the vehicle operator.

Abstract: An apparatus for operatively carrying and providing ready access to the operation of a portable oxygen concentration module is provided. The apparatus comprises a carrying case having a hollow body portion defining a first inner chamber therein, a lower end configured to stabilize the carrying case in an upright position when the carrying case is rested on a generally planar surface, and an upper end defining a primary opening to the first inner chamber. The primary opening is sized and configured to permit the oxygen concentration module to be deposited into the first inner chamber therethrough. The first inner chamber is sized and configured to receive and operatively retain the oxygen concentration module therein. The apparatus further comprises a plurality of intake vents integrated within the hollow body portion, a plurality of exhaust vents integrated within the hollow body portion, and a first aperture integrated within the carrying case.