Tesa Scribos Gmbh

Scribos Gmbh

Steffen Scheibenstock

Christoph Dietrich

Robert Thomann

Kay Schulte-Wieking

Steffen Noehte

Stefan Stadler

Jörn Leiber

Matthias Gerspach

Stefan Borgsmüller

Tobias Kresse

Stefan Borgsmueller

Michael Mayer

A method for attaching a number of unique identification codes () from a set of unique identification codes () to a number of objects, wherein the unique identification codes () differ from one another, wherein the unique identification codes () form a predefined code sequence which defines a first unique identification code () and a last unique identification code (), wherein the method contains the following steps: attaching the number of unique identification codes () from the set of unique identification codes () to the number of objects, with the result that one unique identification code () is attached to each object (); optically detecting a unique identification code () from the set of unique identification codes () with the aid of a detection unit () and detecting an item of additional information; inferring the attached unique identification codes () on the basis of the optically detected unique identification code () and the detected item of additional information.

Method, system, computer program and computer-readable medium for attaching a number of unique identification codes from a set of unique identification codes to a number of objects

A reader for reading computer-generated individualized holograms which are written into a storage medium, having a light source for generating a light beam, a recording means for acquiring image data generated by the light beam by illuminating the individualized hologram, and display means for displaying the display data generated from the image data, wherein all the components are combined in a portable handheld unit.

Reader for reading computer-generated lithograms

An apparatus for reading a hologram, in particular a computer-generated hologram, that includes a radiation source for irradiation of the hologram with a read beam composed of electromagnetic radiation, and an outlet opening for receiving an image that is produced from the hologram. The apparatus may allow both greater variability and greater convenience in use with a simple design. The apparatus further includes optics having at least two lenses in which a focal point of the first lens and a focal point of the second lens are each arranged essentially on one plane, and in which the hologram is arranged in front of the second lens as viewed along the beam direction.

Apparatus for reading a hologram

A reader for reading computer-generated lithograms which are written into a storage medium, having a light source for generating a light beam, having recording means for acquiring the image data generated by the light beam by illuminating the lithogram, and having display means for displaying the display data generated from the image data, wherein all the components are combined in a portable handheld unit. This reader solves the object of specifying a manageable reader which has great variability in reading the information contained in the dot distribution of a computer-generated lithogram.

The invention relates to a commonplace object with an outer surface () that encircles the commonplace object () and with at least one cylindrical section () of the surface (), in which the technical problem of specifying a commonplace object to whose surface a relatively large amount of information can be applied is solved in that the cylindrical section () of the surface () consists of a material which can be changed optically, and in that a data bit sequence is written along at least one track () on the cylindrical section ().

Growing community of inventors

Stuttgart, Germany

Steffen Scheibenstock