Location History:
- FRG-3422, Bad Lauterberg, DE (1986)
- 3422 Bad Lauterberg, DE (1987 - 1990)
- Bad Lauterberg, DE (1980 - 1993)
Company Filing History:
Years Active: 1980-1993
Title: Hans Maass: Innovator in Component Connection Techniques
Introduction
Hans Maass, based in Bad Lauterberg, Germany, is a notable inventor with a portfolio of ten patents to his name. His work focuses primarily on connecting components through innovative methods that enhance efficiency and functionality in manufacturing processes.
Latest Patents
Among his most recent contributions to the field are two patents that demonstrate his ingenuity:
1. **Method of Connecting Two Components**: This innovative process involves deforming the material of one component into a widening hole of another component. By squeezing the pressed-in material outward until the hole is filled at most, the connection is achieved in just a single press stroke.
2. **Tool Set for Connecting Sheet Metal Pieces**: This patent describes a tool set that includes a punch and die mounted on reciprocating press elements. The die features an anvil and elastically deflectable blades that define die cavities with a closed contour. This unique design ensures that the sheet metal pieces to be joined maintain their integrity at the connecting points, showcasing visually appealing outcomes on both sides.
Career Highlights
Throughout his career, Hans Maass has contributed significantly to advancements in manufacturing techniques, with a strong focus on component connection methodologies. His inventive spirit has allowed him to pioneer methods that not only simplify processes but also enhance the structural integrity of assembled parts.
Collaborations
Hans has collaborated with industry professionals, including Gerd-Jurgen Eckold and Gerd-Juergen Eckold, who have contributed to his innovative projects. His associations within the industry reflect the shared commitment to advancing manufacturing technologies.
Conclusion
With ten patents under his belt, Hans Maass continues to make impactful contributions to the fields of manufacturing and component connectivity. His innovative methods and tools are set to shape the future of how components are joined, ensuring efficiency and durability in various applications.