Bernardus M Sueoss

Title: Bernardus M. Sueoss and Temperature-Resistant Composite Labels.

Introduction

Bernardus M. Sueoss is an inventor associated with Moenchengladbach, Germany, and 3M Innovative Properties Company. His patent work includes composite labeling materials designed to withstand high temperatures while keeping printed or formed codes optically discernible. He is credited with 5 patents.

Latest Patents

Sueoss’s listed patents focus on multilayer, temperature-resistant composite labels.

“Multilayer, Temperature Resistant, Composite Label” describes a composite material for labeling a substrate. The preferred ceramic composite includes a fired ceramic body and a layer applied over it. Its base layer combines a glassy phase, capable of wetting a substrate at the application temperature, with a refractory phase. The design provides sufficient color contrast for a code pattern, such as a barcode, to remain optically discernible. The patent also describes methods for making and using the material.

“Multilayer Temperature Resistant Composite Label for a Cathode Ray Tube” presents a related composite-label design. It likewise describes a fired ceramic body with a layered construction, a glassy phase that can wet the substrate during application, and enough contrast to make a code pattern visible. The disclosure also covers methods of manufacture and use.

Career Highlights

The available information connects Sueoss’s inventive work with 3M Innovative Properties Company. His listed patent disclosures address practical labeling challenges, particularly durability under elevated temperatures and the readability of identifying codes.

Collaborations

Sueoss’s listed coworkers include Kyung H. Moh and Daniel Lacave. Their names are associated with the collaborative patent work described in the provided information.

Conclusion

Bernardus M. Sueoss’s patent portfolio, as represented by the available details, highlights multilayer ceramic composite labels that combine temperature resistance with readable code patterns.