Company Filing History:
Years Active: 2008
Title: Nils Fyhr: Innovator in Viscous Medium Technology
Introduction: Nils Fyhr, an inventive mind hailing from Sollentuna, Sweden, has made significant contributions to the field of engineering with his innovative inventions. He is recognized for his patent that focuses on a device for jetting droplets of particle-filled viscous mediums. His work emphasizes the importance of technology in various applications, showcasing creativity and practicality in his design.
Latest Patents: Nils Fyhr holds one patent titled "Device for jetting droplets of a particle filled viscous medium." This invention encompasses a sophisticated device featuring a nozzle, an eject mechanism connected to the nozzle, and a medium feeding mechanism that facilitates the flow of a particle-filled viscous medium. Additionally, his design incorporates a container for the medium as well as a filter located between the outlet of the container and the feeding mechanism, ensuring efficiency and effectiveness in application.
Career Highlights: Currently, Nils Fyhr works at Mydata Automation AB, a company renowned for its advancements in automation technology. His role has allowed him to delve deeper into the realms of technology and innovation, contributing to projects that bridge the gap between engineering principles and real-world applications.
Collaborations: During his career, Nils has collaborated with talented coworkers such as Tommy Andersson and Johan Berg. Their collective expertise and efforts further enhance the innovative environment at Mydata Automation AB, fostering a culture of collaboration that encourages groundbreaking ideas.
Conclusion: Nils Fyhr’s inventive spirit and the patent for a device that jets droplets of a particle-filled viscous medium illustrate his dedication to advancing technology. His career at Mydata Automation AB, coupled with meaningful collaborations, positions him as a prominent figure in the engineering landscape. As he continues to innovate, his contributions will likely inspire future advancements in the field.