Company Filing History:
Years Active: 1986-2014
Title: Inventor Friedrich Bertram: Innovations in Pyrotechnics
Introduction
Friedrich Bertram, an accomplished inventor based in Schwaig, Germany, holds two notable patents in the field of pyrotechnics. His work has significantly contributed to the development of ignition systems for various projectiles, revolutionizing safety and efficiency in this sector.
Latest Patents
Bertram's latest inventions include a Pyrotechnical Actuator and a Tripping System for Electrical Percussion Fuses. The Pyrotechnical Actuator features a housing designed as a single part in a cylinder form, housing a piston that is longitudinally displaceable. This actuator is equipped with an igniting element activated by propellants, ensuring that the piston efficiently projects from the housing during operation.
The Tripping System for Electrical Percussion Fuses introduces a sophisticated ignition mechanism for munitions such as shells, bombs, or rockets. This system consists of a pressure chamber defined by a double-diaphragm switch and a cap made from deformable material. It incorporates perforations in the diaphragm that control the ignition circuit, activating only upon impact with the target, thus preventing any unintended ignition during firing.
Career Highlights
Bertram has made significant contributions while working with prominent companies in the defense industry, including Ruag Ammotec GmbH and Dynamit Nobel Aktiengesellschaft. His expertise in pyrotechnics and safety mechanisms has been instrumental in developing cutting-edge ignition systems that prioritize reliability.
Collaborations
Throughout his career, Bertram has collaborated with distinguished professionals, including Willibald Mayer and Wolfgang Mosig. These partnerships have facilitated the advancement of innovative solutions within the pyrotechnics sector, showcasing the collaborative nature of invention.
Conclusion
Friedrich Bertram's contributions to the field of pyrotechnics are exemplified through his innovative patents and collaborations. His work continues to shape safety protocols and ignite interest in advancements that enhance the functionality and reliability of ignition systems in projectiles.