Abstract: A system includes a processor configured to retrieve an appointment from a service appointment schedule. The processor is also configured to contact a vehicle associated with the retrieved appointment and determine if the vehicle is on-site at a service location. The processor is further configured to query a current vehicle location and vehicle destination if the vehicle is not on-site. Also, the processor is configured to determine if the vehicle is en-route to the service location based on the vehicle location and destination and update the appointment schedule with an expected arrival time if the vehicle is en-route. Once the vehicle is on-site, the processor can perform numerous interactions with the vehicle to provide a highly automated customer experience.

Abstract: A system includes a processor configured to retrieve an appointment from a service appointment schedule. The processor is also configured to contact a vehicle associated with the retrieved appointment and determine if the vehicle is on-site at a service location. The processor is further configured to query a current vehicle location and vehicle destination if the vehicle is not on-site. Also, the processor is configured to determine if the vehicle is en-route to the service location based on the vehicle location and destination and update the appointment schedule with an expected arrival time if the vehicle is en-route. Once the vehicle is on-site, the processor can perform numerous interactions with the vehicle to provide a highly automated customer experience.

Abstract: A system includes a processor configured to retrieve an appointment from a service appointment schedule. The processor is also configured to contact a vehicle associated with the retrieved appointment and determine if the vehicle is on-site at a service location. The processor is further configured to query a current vehicle location and vehicle destination if the vehicle is not on-site. Also, the processor is configured to determine if the vehicle is en-route to the service location based on the vehicle location and destination and update the appointment schedule with an expected arrival time if the vehicle is en-route. Once the vehicle is on-site, the processor can perform numerous interactions with the vehicle to provide a highly automated customer experience.

Abstract: A method and apparatus is provided for the efficient and controllable delivery of cryogen liquid droplets into thin walled containers before they are sealed, the pressurization of the sealed container caused by the evaporation of the liquid cryogen causing the walls of the container to stiffen. Discharge of the droplets immediately upstream of the container sealing station is facilitated using a horizontal displacement assembly to transport metered droplets from a liquid dosing unit to the point of injection above the container. The horizontal displacement assembly may be provided with internal heaters to prevent freeze up, and a sensor to confirm droplet discharge. It may also be provided with a separate source of heated nitrogen gas, which can be used to back purge the dispensing unit should it become clogged, to melt any frozen liquid occlusions which may have formed in the cryogen supply line.