Company Filing History:
Years Active: 2005
Title: Christine Ligtenberg - Innovator in Eyewear Technology
Introduction
Christine Ligtenberg, based in San Carlos, CA (US), is an inventor known for her innovative contributions to eyewear technology. With a keen interest in integrating technology into everyday objects, she has successfully secured a patent that showcases her forward-thinking mindset and creative problem-solving abilities.
Latest Patents
Christine holds a patent for a "Method of manufacturing eyewear." This unique invention involves the creation of a wireless ad hoc pico network among eyewear and other compatible devices such as computers, bracelets, and telephones that share similar transceivers. The eyewear design consists of a frame attached to two temples via hinges, with each temple incorporating male connectors that easily attach to the frame's female connectors. This modular design allows for easy interchangeability of temples, which can house various apparatuses like audio devices, cameras, speakers, microphones, or display screens, thereby enhancing the functionality of traditional eyewear.
Career Highlights
Christine is affiliated with Q.R. Spex, Inc., a company focused on developing advanced eyewear solutions. Her innovative approach and dedication to enhancing user experience through technology have positioned her as a key player in the intersection of fashion and functionality in eyewear.
Collaborations
Throughout her career, Christine has collaborated with notable professionals in her field, including coworkers Gregory Swab and James E. Malackowski. These collaborations have enabled her to combine diverse expertise and perspectives, leading to the successful development of innovative products.
Conclusion
Christine Ligtenberg is a trailblazer in the eyewear technology industry, with her patented method of manufacturing eyewear paving the way for future innovations. Her commitment to integrating technology into everyday eyewear exemplifies her prowess as an inventor, and her contributions continue to inspire advancements in this dynamic field.