Martin Hoffmann

Title: Martin Hoffmann - Innovator in Wooden Construction Components

Introduction

Martin Hoffmann is a notable inventor based in Bruchsal, Germany. He has made significant contributions to the field of wooden construction through his innovative designs and patents. His work focuses on improving the structural integrity and efficiency of wooden joints.

Latest Patents

Hoffmann holds a patent for a unique butt joint of frame components. This invention relates to the joining of wooden construction components, specifically frame components, using contact surfaces. The design features a post-and-lock bolt joint that incorporates a connection element shaped like a dovetail double wedge. This element engages grooves that are open toward the contact surfaces, allowing for a secure and stable connection between the components. The grooves are designed to accommodate the cross sections of the connection elements, effectively bridging the contact plane between the wooden components. The joint is further secured by a long-stretching second connection element that transversely penetrates the first connection element, enhancing the overall strength of the joint.

Career Highlights

Throughout his career, Martin Hoffmann has focused on developing innovative solutions for wooden construction. His expertise in creating effective joints has made him a valuable contributor to the industry. With a patent portfolio that includes his recent invention, Hoffmann continues to push the boundaries of traditional wooden construction methods.

Collaborations

Hoffmann has worked alongside his coworker, Thomas Hoffmann, to further advance their projects and innovations in the field. Their collaboration has led to the development of new ideas and improvements in wooden construction techniques.

Conclusion

Martin Hoffmann is a dedicated inventor whose work in wooden construction components has led to significant advancements in the industry. His innovative patent for a butt joint exemplifies his commitment to enhancing structural integrity and efficiency in construction.