Lexington, KY, United States of America

Jonathon Harold Laurer


Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 2(Granted Patents)


Company Filing History:


Years Active: 2006

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1 patent (USPTO):Explore Patents

Title: Jonathon Harold Laurer: Innovator in Micro-Fluid Ejection Technologies

Introduction: Jonathon Harold Laurer, based in Lexington, KY, is an inventor recognized for his significant contributions to the field of printing technology. With a unique invention related to ink jet printing, Laurer has made strides in solving challenges associated with micro-fluid ejection heads.

Latest Patents: Laurer holds one patent titled "Ink jet printer with extended nozzle plate and method." This invention revolves around a micro-fluid ejection head designed for micro-fluid ejection devices. It features a semiconductor substrate that houses fluid ejection devices connected to contact pads. A TAB circuit with lead beams is also integrated, providing electrical connectivity while a nozzle plate structure safeguards these components from exposure to the ejected fluid. This innovative design notably minimizes contact between electrical elements and the liquid without necessitating a separate encapsulant material.

Career Highlights: Jonathon Laurer's career has been enriched by his role at Lexmark International, Inc., a company renowned for its advancements in printing technologies. His work reflects a commitment to innovation and an understanding of the underlying mechanics of ink jet printing technology.

Collaborations: Throughout his career, Laurer has collaborated with notable professionals including Paul Timothy Spivey and Melissa Marie Waldeck. These collaborations have played a vital role in advancing research and development within the printing technology sector.

Conclusion: Jonathon Harold Laurer's contributions to micro-fluid ejection technology exemplify pioneering innovations in the ink jet printing industry. His patent showcases a forward-thinking approach to solving technical challenges, promising advancements that could enhance the performance and reliability of printing devices in the future.

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