Company Filing History:
Years Active: 1978
Title: Inventor Christiane Schwartz Nee Luneau: Pioneer in Television Recording Technology
Introduction: Christiane Schwartz Nee Luneau, an innovative inventor based in Cesson-Sevigné, France, has made significant contributions to the field of television technology. Her groundbreaking patent focuses on an advanced television picture photographic film recording system, showcasing her ingenuity in combining digital technology with traditional photographic methods.
Latest Patents: One of Christiane's notable patents is a television picture photographic film recording system. This invention utilizes a television video signal to record images onto photographic film. The process involves sampling and digitizing the video signal, storing luminance and chrominance data in memory, and applying this data to an electro-optic device made of electro-luminescent diodes. These diodes generate luminous points that can be recorded on film using standard photographic cameras. Notably, her system effectively eliminates frame interlacing and is compatible with various television standards.
Career Highlights: Christiane Schwartz has been associated with Etablissement Public Dit Telediffusion De France, where she has utilized her expertise to develop pioneering technologies in television broadcasting. Her work has helped advance the field and improve the quality of television recording.
Collaborations: Throughout her career, Christiane has collaborated with esteemed colleagues, including Christian Jean Gautier and Bernard Marti. Their joint efforts in research and development have contributed to the advancement of television technology, enhancing viewer experiences.
Conclusion: Christiane Schwartz Nee Luneau's innovative contributions to television technology exemplify the importance of creativity and collaboration in the field of inventions. Her patent for a television picture photographic film recording system highlights her role as a trailblazer among inventors, ensuring that her legacy will continue to influence future developments in multimedia technology.