Mitsuaki Hirono

Title: Mitsuaki Hirono: Innovator in Optical Information Reading Technology

Introduction

Mitsuaki Hirono is a prominent inventor based in Saitama, Japan, known for his significant contributions to optical information reading technology. With a total of eight patents to his name, Hirono has made strides in enhancing the efficiency and effectiveness of optical code reading processes.

Latest Patents

Hirono's latest patents include an optical information reading apparatus and an optical information reading method. These innovations focus on performing an optical code reading process and a reading stability determining process while minimizing the cost of transfer systems and maintaining work efficiency. The technology utilizes a CCD for imaging, where a processor reads a one-dimensional code from image data captured by the CCD. It outputs a signal once the reading process achieves a predetermined success rate. Additionally, the processor assesses reading stability from the first reading success to the completion of the reading process, providing predictive maintenance information (PMI) based on the stability determination. Another patent involves a similar optical information reading apparatus using CMOS for imaging, where the processor reads an optical code and calculates contrast levels to determine reading stability.

Career Highlights

Throughout his career, Mitsuaki Hirono has worked with notable companies such as Optoelectronics Co., Ltd. and Vixen Co., Ltd. His experience in these organizations has contributed to his expertise in optical technologies and innovations.

Collaborations

Hirono has collaborated with talented individuals in the field, including Norimasa Fujimoto and Naoya Niizeki. These partnerships have likely fostered a creative environment that has led to the development of his innovative patents.

Conclusion

Mitsuaki Hirono's work in optical information reading technology showcases his dedication to innovation and efficiency. His patents reflect a commitment to advancing the field while addressing practical challenges in optical code reading processes.