Hiroaki Kamon

Title: Hiroaki Kamon: Innovator in Printing Technology

Introduction

Hiroaki Kamon is a prominent inventor based in Kyoto, Japan. He has made significant contributions to the field of printing technology, holding 2 patents that showcase his innovative approach to enhancing printing methods and apparatus.

Latest Patents

Kamon's latest patents include a unique printing method and printing apparatus. In his printing method, he obtains position information of an invisible region that is not visible from outside the printing surface of the packaging base material. This is followed by a flushing process where ink is ejected toward the invisible region from the nozzle based on the position information. This method allows for satisfactory printing on packaging pouches without compromising the design quality during the bag-making process.

Another notable patent is his image signal generating apparatus, which includes an image inspection apparatus, printing system, and image signal generating method. This invention accurately resizes image data in real time by downscaling. The apparatus features a parameter generator that dynamically generates a parameter PM, and an image signal generator that processes the generation of an output image signal Q in response to each sampling signal B. The division ratio parameter DP corresponds to the ratio of specific time periods, ensuring efficient image signal generation.

Career Highlights

Hiroaki Kamon is currently employed at Screen Holdings Co., Ltd., where he continues to develop innovative printing technologies. His work has significantly impacted the industry, particularly in enhancing the quality and efficiency of printing processes.

Collaborations

Kamon collaborates with talented coworkers, including Kazuki Fukui and Kunio Muraji, who contribute to his projects and innovations.

Conclusion

Hiroaki Kamon is a distinguished inventor whose work in printing technology has led to advancements that improve both functionality and design quality. His contributions continue to shape the future of printing methods and apparatus.