Patent ID: 11933602
Assignee: TWINNER GMBH
Field: Measurement (Instruments)
Classification: CPC G | IPC G

Claim 0:
1. A vehicle state detection system, comprising:
a vehicle positioning unit;
an object detection unit; and
an evaluation unit;
said vehicle positioning unit having a platform and a platform position detection unit, said platform being constructed for placing a vehicle thereon, said platform being rotatable about an axis thereof, and said platform position detection unit being configured for detecting platform position data and providing the platform position data in a manner transmittable to said evaluation unit;
said object detection unit including two individual detection systems from a group consisting of:
a 3D camera detection system;
an image camera detection system;
an infrared detection system;
a laser triangulation detection system;
a pattern light projection detection system; or
a deflectometry detection system;

each individual detection system having a detection area, wherein the detection area covering sections of the platform and covering an area for the vehicle, a positioning unit defining a positional relation of said individual detection systems to one another and to said object positioning unit, said two individual detection systems for detecting object data of object points of the vehicle and providing the object data in a transmittable manner to said evaluation unit, the object data containing coordinate data of the object points;
said evaluation unit including respective evaluation modules for each of the at least two individual detection systems, an overall evaluation module and a generation module;
each of said individual evaluation modules being configured for an evaluation of a detection quality of the object data and setting a quality value, on the basis of the evaluation, performing a pre-categorization as usable object data when an adjustable quality value of the detection quality is achieved or as non-usable object data when the quality value falls below the adjustable quality value, and each said individual evaluation module being configured for providing the usable object data to said overall evaluation module in a transmittable manner, wherein the usable object data is assigned to one another by using the coordinate data for the object points, wherein a comparison of the quality value of the usable object data of an individual detection system of said two individual detection systems with a further quality value of the usable object data of a further individual detection system of said two individual detection systems is performed, wherein a ranking categorization of the usable object data of said individual detection systems is performed as primary object data and as secondary object data depending on the quality value and the further quality value;
said generation module being configured for assigning the coordinate data from the object data of said individual detection systems, also integrating the platform position data, to a uniform spatial coordinate system for generating a basic digital image of the vehicle on the basis of the primary object data, for providing a digital image by supplementing the basic digital image of the vehicle by adding the secondary object data on the basis of the coordinate data, and for providing the digital image in a manner capable for being output.