Company Filing History:
Years Active: 1977-1983
Title: The Innovative Contributions of Daniel W. Bricker
Introduction
Daniel W. Bricker is a notable inventor based in Williamsport, PA (US). He has made significant contributions to the field of photoflash technology, holding a total of 6 patents. His work has paved the way for advancements in lighting solutions, particularly in photography.
Latest Patents
Among his latest patents, the "Photoflash Lamp" stands out. This invention features a high-voltage type photoflash lamp with an ignition structure that includes an improved primer material. This material ensures reliable ignition of filamentary combustible material within the lamp's oxygen-filled envelope. The primer comprises a particulate fuel, such as zirconium powder, a binding agent like nitrocellulose, and an additive of finely divided inert material that is insoluble and nonconductive, with a particle size of less than five microns in diameter. Another significant patent is the "Photoflash Unit with Inverted Flashlamps." This multilamp photoflash unit includes an elongated plastic housing with a longitudinal channel. Inside this channel, a thin, flat circuit board connects several flashlamps arranged in a linear array. The lamps are divided into two opposing groups, allowing those being fired to be inverted during operation.
Career Highlights
Daniel W. Bricker has worked with prominent companies such as GTE Sylvania Incorporated and GTE Products Corporation. His experience in these organizations has contributed to his expertise in developing innovative lighting technologies.
Collaborations
Throughout his career, Bricker has collaborated with notable individuals, including John W. Shaffer and Emery G. Audesse. These partnerships have likely enhanced his inventive processes and led to successful outcomes in his projects.
Conclusion
Daniel W. Bricker's contributions to photoflash technology demonstrate his innovative spirit and dedication to advancing lighting solutions. His patents reflect a commitment to improving the reliability and functionality of photoflash devices.