Road paver with measuring device

1. Road paver having a towing machine movable on a plane along a work area and comprising a screed for laying a road pavement and at least one measuring device configured to register a surface that can be depicted as a point cloud by the measuring device, the measuring device comprising a 3D scanner to register the point cloud and a plurality of laser sensors that emit laser beams arranged in a matrix, the point cloud extends in three spatial dimensions relative to the measuring device to create a spatial depiction of the surface and comprises a plurality of points, each of said points being defined by 3D coordinates, wherein at least one pair of points of the point cloud is aligned in a first direction and at least one other pair of points of the point cloud lies at an angle to the first direction, and the measuring device being arranged movably to conduct the laser beams across an area for generating the point cloud with a predetermined movement sequence.

2. The road paver of claim 1 wherein the point cloud defines a surface condition of an area of the plane and/or of the road pavement.

3. The road paver of claim 1 wherein the measuring device is configured to filter out extreme 3D coordinates from the point cloud.

4. Road paver according to claim 1 wherein one measuring device is arranged on each side of the left and/or right, of the road paver, seen in the direction of travel.

5. Road paver according to claim 4 wherein the measuring device is configured to generate a point cloud for an area to the left and/or right alongside the work area.

6. Road paver according to claim 5 wherein the measuring device is configured to generate the point cloud for an area that partially overlaps a section of the work area.

7. Road paver according to claim 6 wherein the measuring device registers the 3D coordinates of the surface by means of the pulse duration, phase difference in comparison to a reference or by means of triangulation of optical beams.