Company Filing History:
Years Active: 2017-2020
Title: Daizo Kitajo: Innovator in Recording Medium Technology
Introduction: Daizo Kitajo, an esteemed inventor based in Yoshikawa, Japan, has made significant contributions to the field of recording medium technology. With a portfolio of 2 patents, he has been pivotal in advancing methods that enhance inkjet recording capabilities, reflecting his dedication to innovation in the field.
Latest Patents: Kitajo's latest inventions focus on the development of a recording medium which consists of an ink-receiving layer designed specifically for inkjet recording, along with a transparent sheet that boasts a total luminous transmittance of 50% or more. This innovative recording medium features a layered structure where the transparent sheet and ink-receiving layer are sequentially stacked. Notably, the ink-receiving layer incorporates a gap-absorption-type composition that includes inorganic fine particles and polyvinyl alcohol with a weight-average polymerization degree between 2,000 and 5,000 and a saponification degree of 70 mol % to 90 mol %.
Career Highlights: Daizo Kitajo is affiliated with Canon Finetech Nisca Inc., where he continues to refine and develop his technological innovations. His contribution to the company and the industry at large has been recognized and has left a lasting mark on the field of recording mediums.
Collaborations: Throughout his career, Kitajo has worked alongside notable colleagues such as Takahiro Tsutsui and Yoichi Sonobe. Their collaborations have further propelled research and innovation within their specialized domain, fostering an environment of creativity and shared expertise.
Conclusion: Daizo Kitajo stands out as a noteworthy inventor whose work on recording mediums has pushed the boundaries of what is possible in inkjet technology. His inventive spirit and collaboration with fellow researchers exemplify the essential nature of teamwork in achieving technological advancement. As he continues to innovate, Kitajo’s contributions promise to enhance the future of recording technology significantly.