Company Filing History:
Years Active: 2025
Title: Inventor Mathias Giselson and His Innovations in Clamping Devices
Introduction: Mathias Giselson, a prominent inventor based in Värnamo, Sweden, has made significant strides in the field of clamping technology. With a notable patent to his name, Giselson's innovative work has the potential to enhance the functionality and efficiency of load carriers.
Latest Patents: Giselson holds a patent for a "Tightening member, clamp member and clamp assembly." This invention discloses a tightening member designed for use with a clamping device that secures an accessory to a crossbar of a load carrier. The tightening member features a coupling portion that allows for a detachable connection to the clamping device's coupling section, which can engage in a torque-transferring manner. The operating portion is ergonomically designed for easy manipulation by the user, enhancing usability and safety. The invention also includes an accommodating portion that receives a force receiving portion of the coupling section, ensuring secure attachment and efficient operation.
Career Highlights: Mathias Giselson has established himself as a skilled inventor working for Thule Sweden AB. His expertise and dedication have resulted in the development of advanced clamping solutions that contribute to the reliability of load carrier systems.
Collaborations: At Thule Sweden AB, Giselson collaborates with talented colleagues, including Anders Nilvius and Johan Rinman. Working alongside such innovative professionals allows for a fruitful exchange of ideas and insights, driving further advancements in their shared areas of expertise.
Conclusion: Mathias Giselson's contributions to clamping technology exemplify the spirit of innovation that drives progress in the field. His patent reflects a commitment to enhancing user experience and safety, while his collaborations at Thule Sweden AB highlight the importance of teamwork in the invention process. As innovations continue to emerge, Giselson's work serves as a solid foundation for future developments in load carrier technology.