Method for assembling a collection of components, and corresponding system

1. An apparatus for compiling a collection of components, particularly a user-specific collection of components as used during assembly in the aeronautics and aerospace or the automotive or other industries, wherein the apparatus comprises the following:

a component supply station having component trays with corresponding components from different production lots and a pick-and-place robot for the automated compiling of a collection of multiple components into a packaging unit or into a collection tray, and

a system for the distinctive identification, authentication and/or tracking of the components,

wherein the system for the distinctive identification, authentication and/or tracking of the components comprises the following:

a camera designed to select a defined area of the component and record it in high resolution for the tracking of the component, and

an evaluation unit designed to calculate a numeric characteristic from the acquired image of the specific surface microstructure of the component and its position and assign a component ID, and wherein the evaluation unit is further designed to return the component ID and preferably further individual characteristics of the component via data reconciliation in a database in which the calculated characteristic and assigned component ID is stored as a pairing for each component.

2. A method for compiling a collection of components, particularly a user-specific collection of components as used during assembly in the aeronautics and aerospace or the automotive or other industries in an apparatus according to claim 1 , wherein a collection of multiple components is compiled into a packaging unit or into a tray, and wherein each of the individual components of the component collection is assigned an identifier enabling the corresponding component to be tracked,

wherein to compile the component collection, a provided packaging unit or provided tray is fit with components, and wherein each of the components with which the packaging unit or the tray is equipped is assigned an identifier enabling the corresponding component to be tracked.

3. The method according to claim 2 ,

wherein the identifier is assigned after the packaging unit or the tray has been equipped with the respective component.

4. The method according to claim 2 ,

wherein prior to the collection being compiled into the packaging unit or the tray same is completely empty; or

wherein prior to the collection being compiled into the packaging unit or the tray, same still comprises some components from a previously compiled collection, and wherein each component of the earlier collection is assigned a corresponding identifier.

5. The method according to claim 4 ,

wherein to identify a component of an earlier collection, a surface microstructure is recorded in high resolution at a predefined or definable component position and a characteristic bit sequence is generated based on the recorded surface microstructure via which the identifier of the component is determined.

6. The method according to claim 2 , wherein each component ID is assigned further information, in particular data obtained over the course of or subsequent to component production, particularly technical specification data.

7. The method according to claim 2 , wherein for the assembly of a component of the collection compiled in the packaging unit or tray, same is removed from the packaging unit/tray, and wherein for tracking the component taken from the packaging unit/tray, a defined area of the component is selected and recorded in high resolution, wherein a numeric characteristic is calculated from the acquired image of the specific surface microstructure and its position and assigned a component ID.

8. The method according to claim 7 ,

wherein the calculated characteristic and assigned component ID is stored for each component as a pairing in a database, preferably together with further data, particularly measurement and/or manufacturing data.

9. The method according to claim 7 ,

wherein for tracking the component taken from the packaging unit/tray, data reconciliation in a database in which the calculated characteristic and assigned component ID is stored as a pairing for each component returns the component ID and preferably further individual characteristics of the component.

10. The method according to claim 2 , wherein the component is a connecting element made of metal, in particular titanium, aluminum, steel, nickel and/or an alloy thereof, as used in the aeronautics and aerospace and/or automotive industries.