Location History:
- Great Dunmow, EN (1977)
- Great Dunmow, GB (1979 - 1986)
Company Filing History:
7 out of 747 
3 out of 767 
Years Active: 1977-1986
Title: The Innovative Contributions of Henley F. Sterling
Introduction: Henley F. Sterling, hailing from Great Dunmow, GB, is an accomplished inventor with a remarkable portfolio of 10 patents. Her innovations span various fields, showcasing her expertise and dedication to advancing technology.
Latest Patents: Among her most recent contributions are two noteworthy patents. The first is for ceramic capacitors, which are formed from electrodeposited ceramic dielectric layers that are provided with electrodes, stacked, and fired. This innovative approach allows for uniform, pinhole-free dielectric layers due to the self-limiting and self-heating nature of the electrodeposition process. The second patent involves a semiconductor switch device, which features an electrical contact unit comprising a flexible semiconductor filament carrying contacts and a shorted pn junction. Positioned within a magnetic field, this device activates upon light exposure directed at the junction, creating an induced photo current that interacts with the magnetic field to bend the filament, establishing connections with adjacent fixed contacts.
Career Highlights: Henley has made significant strides throughout her career, working with esteemed companies such as International Standard Electric Corporation and ITT Industries, Inc. Her roles in these organizations have allowed her to refine her inventive skills and contribute to cutting-edge technology.
Collaborations: Throughout her career, Henley has had the pleasure of collaborating with respected colleagues, including Miles P. Drake and Eric L. Bush. These collaborations have enabled the exchange of ideas and the development of innovative solutions within the industry.
Conclusion: Henley F. Sterling's contributions to the field of technology through her numerous patents solidify her status as an influential inventor. While her latest innovations—the ceramic capacitors and semiconductor switch device—demonstrate her commitment to pushing the boundaries of engineering, her collaborations and career achievements further reinforce her standing as a pioneering woman in the field.