Abstract: The invention relates to a disk-shaped cutting tool, to a radial cutting method for machining axially elongated workpieces, to a cutting device and to a use of a disk-shaped cutting tool. A disk-shaped cutting tool according to the invention has defined flexibility and a defined impact. In a radial cutting process according to the invention, lateral deflection of the axially stationary rotating tool brings the tool, by means of the at least one laterally applied grinding and polishing surface, into axial effective contact with the workpiece to be machined. In a cutting device according to the invention, the cutting tool can be moved only radially to machine the workpiece. A use according to the invention of a disk-shaped tool serves the purpose of specimen preparation and subsequent surface analysis on a workpiece cut to length.

Abstract: The present invention provides a method and an apparatus of communication with a first and a second mobile communication network such that the first mobile communication network is different than the second mobile communication network. The method comprises disposing a telematics unit and a gateway unit having a network interface in a vehicle to enable a wireless service and providing wireless coverage within the vehicle for the wireless service on the first or second mobile communication network. Establishment of a personal area network for a wireless coverage within a vehicle and use of a universal gateway access point for accessing disparate mobile communication networks may enable, for example, provision of one or more telematics and mobility services into a vehicle. A remote server of a vehicle service provider may wirelessly communicate with a vehicle over an available mobile communication network regardless of a network type.