Abstract: The present invention relates to a method for operating a wireless communication device in a cellular network, the wireless communication device comprising a communication unit and a controlling appliance, interconnected by a control interface, the communication unit comprising a network access manager unit, the method comprising for the communication unit the steps of: —receiving from the cellular network a network access guidance —handling the received network access guidance at the network access manager unit, —as part of handling the network access guidance, interpreting the received network access guidance and providing information relating to the network access guidance resulting from said interpretation step to the controlling appliance, —ascertaining by means of the control interface from the controlling appliance a response relating to said network access guidance, —handling in the network access manager unit the response relating to said network access guidance.

Abstract: The present invention relates to a method for operating a wireless communication device in a cellular network, the wireless communication device comprising a communication unit and a controlling appliance, interconnected by a control interface, the communication unit comprising a network access manager unit, the method comprising for the communication unit the steps of: —receiving from the cellular network a network access guidance —handling the received network access guidance at the network access manager unit, —as part of handling the network access guidance, interpreting the received network access guidance and providing information relating to the network access guidance resulting from said interpretation step to the controlling appliance, —ascertaining by means of the control interface from the controlling appliance a response relating to said network access guidance, —handling in the network access manager unit the response relating to said network access guidance.

Abstract: A graphic output device for generating a mixed graphic-textual depiction having at least one text object consisting of multiple letters for identifying a geographic feature, the output device comprising a processor unit, which is set up to reshape the text object in such a manner that the reshaped text object comprises, in addition to a normal text area having letters in the original size, a compressed text area having letters shrunken and/or compressed in relation to the original size, the boundary between the normal text area and the compressed text area running along a semantic jump point of the text object. A method for preparing a text object consisting of multiple letters using a processor unit, for the purpose of depicting the text object using a graphic output device.

Abstract: A graphic output device for generating a mixed graphic-textual depiction having at least one text object consisting of multiple letters for identifying a geographic feature, the output device comprising a processor unit, which is set up to reshape the text object in such a manner that the reshaped text object comprises, in addition to a normal text area having letters in the original size, a compressed text area having letters shrunken and/or compressed in relation to the original size, the boundary between the normal text area and the compressed text area running along a semantic jump point of the text object. A method for preparing a text object consisting of multiple letters using a processor unit, for the purpose of depicting the text object using a graphic output device.

Abstract: The invention describes an efficient transmission of data for making possible an accurate reconstruction of a path driven by a vehicle in a traffic network, a terminal unit, a central bureau and a process for informing (13) a central bureau (107) about a path, in particular for informing a central traffic bureau about a path traveled by a vehicle (101) with a terminal unit in a traffic network, wherein location data representing the respective location of the terminal unit (102) is repeatedly detected by a terminal unit (102) with a location detection device (20), wherein reference points (108 to 112) are defined at a plurality of locations by the terminal unit on the traveled path based on criteria present in the terminal unit, wherein reference point information relating to these reference points (108 to 112) is transmitted (13) from the terminal unit (102) to the central bureau (107).