Abstract: A motor vehicle navigation system and method uses an output device for the acoustic output of driving maneuver information and a processor device which is equipped such that a route to be traveled is determined. Driving maneuver information is determined based on the route to be traveled and on an actual position. An alternate route is computed, assuming that the determined driving maneuver information is not observed. As a function of the difference between the route and the alternate route, particularly with respect to the expected driving time, driving distance and/or driving cost, the driving maneuver information is either acoustically emitted or not.

Abstract: A motor vehicle navigation system and method uses an output device for the acoustic output of driving maneuver information and a processor device which is equipped such that a route to be traveled is determined. Driving maneuver information is determined based on the route to be traveled and on an actual position. An alternate route is computed, assuming that the determined driving maneuver information is not observed. As a function of the difference between the route and the alternate route, particularly with respect to the expected driving time, driving distance and/or driving cost, the driving maneuver information is either acoustically emitted or not.

Abstract: In the case of a method for the input of input data into a vehicle navigation device, by which input data are supplied to the vehicle navigation device by way of a receive interface and the input data are subjected to a plausibility check, in the event of a negative plausibility check, a prompt is emitted for correcting the input data. The input data can be corrected by a user via an operating device, and the corrected input data are imported into the vehicle navigation device.

Abstract: The invention serves for the contour measurement and/or deformation measurement of an object, particularly a tire or a structural component of a composite material. The object is irradiated with light, particularly structured light, that is emitted by a radiation source and consists, in particular, of coherent light or partially coherent light, especially laser light. The light reflected by the object is picked up by a camera with an imaging sensor. In order to improve the image quality, a first image is produced with a first adjustment of the camera and/or the radiation source which is adapted to a first image region (13). In addition, a second image is produced with a second adjustment of the camera and/or the radiation source which is adapted to a second image region (12). Both images are combined (FIG. 5).

Abstract: A procedure serves for the testing of tires by means of a testing system. The testing system includes a memory in which geometric data (1, 2, 3, 4, 5, 6) of the tire (7) are stored, and at least one probe (8) for testing the tire (7) surface. To improve on such a device, the probe or probes (8) are positioned with due consideration for the geometric data (1-6) of the tire (7) for the testing of the tire (7) surface (FIG. 1).

Abstract: In the case of a method for the input of input data into a vehicle navigation device, by which input data are supplied to the vehicle navigation device by way of a receive interface and the input data are subjected to a plausibility check, in the event of a negative plausibility check, a prompt is emitted for correcting the input data. The input data can be corrected by a user via an operating device, and the corrected input data are imported into the vehicle navigation device.

Abstract: A method of testing a component, wherein the component is sensed using a test sensor whose position is tested and an apparatus for the carrying out of the method.

Abstract: A process serves to record the deformation of objects (1). In order to facilitate reliable evaluation even in the case of relatively large deformations, during the deformation of the object (1) a sequence or series of images of the object is recorded with a measuring process. The differential between two sequential images is formed. These differentials are integrated (FIG. 1).

Abstract: A procedure serves for the testing of tires by means of a testing system. The testing system includes a memory in which geometric data (1, 2, 3, 4, 5, 6) of the tire (7) are stored, and at least one probe (8) for testing the tire (7) surface. To improve on such a device, the probe or probes (8) are positioned with due consideration for the geometric data (1-6) of the tire (7) for the testing of the tire (7) surface (FIG. 1).

Abstract: The invention serves for the contour measurement and/or deformation measurement of an object, particularly a tire or a structural component of a composite material. The object is irradiated with light, particularly structured light, that is emitted by a radiation source and consists, in particular, of coherent light or partially coherent light, especially laser light. The light reflected by the object is picked up by a camera with an imaging sensor. In order to improve the image quality, a first image is produced with a first adjustment of the camera and/or the radiation source which is adapted to a first image region (13). In addition, a second image is produced with a second adjustment of the camera and/or the radiation source which is adapted to a second image region (12). Both images are combined (FIG. 5).

Abstract: A process serves to record the deformation of objects (1). In order to facilitate reliable evaluation even in the case of relatively large deformations, during the deformation of the object (1) a sequence or series of images of the object is recorded with a measuring process. The differential between two sequential images is formed. These differentials are integrated (FIG. 1).