Miki Judy Ushijima

Title: Miki Judy Ushijima: Innovator in Print Technology

Introduction

Miki Judy Ushijima is an accomplished inventor based in Longmont, Colorado, known for her innovative contributions to print technology. With a total of three patents to her name, Miki’s work has significantly advanced the efficiency and effectiveness of printing systems.

Latest Patents

Miki's latest patents focus on enhancing preflight data management and color conversion in print jobs. One of her notable patents is titled "Storing Preflight Data of a Print Job Based on Page Ranges." This invention includes an apparatus with an interface and a preflight system that receive print jobs and job tickets, processing them to identify multiple page ranges with similar print attributes. Each range is then assigned a sheet object in memory, optimizing the preflight process.

Another significant patent, "Color Substitution Mechanism," presents a method for handling color conversion during the rasterization of print job objects. This method ensures that color mapping is efficiently managed by checking for available substitution mapping files, thus providing a reliable way to generate output colors based on the input color space.

Career Highlights

Miki's career includes valuable experience working with industry leaders such as Ricoh Company, Ltd., and Infoprint Solutions Company, LLC. Her work in these companies has allowed her to contribute to the development of advanced printing solutions and deepen her expertise in print technologies.

Collaborations

Throughout her career, Miki has collaborated with talented professionals like Timothy LeRoy Towns and John Forrest Meixel. These collaborations have enriched her work, fostering innovation and creativity in developing new printing methods and technologies.

Conclusion

Miki Judy Ushijima stands out as a leading inventor in the printing industry. Her innovative patents and collaborative spirit demonstrate her commitment to advancing printing technology. With her continued contributions, Miki remains a valuable asset to the field, inspiring future innovations in print technology.