Yasuharu Mitoma

Title: **Yasuharu Mitoma: A Pioneer in Granular Object Evaluation Technologies**

Introduction

Yasuharu Mitoma is an innovative inventor based in Higashihiroshima, Japan, recognized for his significant contributions in the field of technology focused on granular objects. With six patents to his name, Mitoma's work predominantly revolves around the evaluation and measurement of granular materials, showcasing his expertise and dedication to improving industrial processes.

Latest Patents

Mitoma’s most recent inventions include the following notable patents:

1. **Device for Evaluating Quality of Granular Objects**: This device is designed to evaluate the quality and shapes of transparent or translucent granular objects. It incorporates an illuminating device that irradiates light onto the object located in a measuring area, a detecting device that analyzes reflected light, and a control device for processing the data collected. A light shielding plate is integrated to prevent direct light interference, ensuring an accurate evaluation of the granular object's quality by minimizing reflection light obstructions.

2. **Electromagnetic Flow Rate Measuring Apparatus and Method**: This invention accurately measures and calculates the flow rate of granules based on capacitance changes proportionate to the quantity of granules flowing through the passage. The apparatus includes a granule flow pipe fitted with a capacitance detector, operable shutters to manage granule flow, and a load cell type weight detector. This advanced system provides flow rate measurements that remain unaffected by variations in moisture content or granule density.

Career Highlights

Throughout his career, Yasuharu Mitoma has worked with esteemed organizations such as Satake Corporation and Satake Engineering Co., Ltd., contributing his innovative insights to enhance their technological capabilities. His expertise in granular object evaluation has positioned him as a key figure in the field, leading advancements that shape industry standards.

Collaborations

Mitoma’s contributions have been further enriched through collaborations with notable colleagues such as Satoru Satake and Toshihiko Satake. These partnerships have fostered an environment of shared knowledge and innovation, facilitating groundbreaking developments in granular technology.

Conclusion

Yasuharu Mitoma exemplifies the spirit of innovation and dedication to advancements in technology. His patents not only reflect his understanding of granular evaluation but also contribute significantly to industrial practices, revealing the depth of his commitment to improving processes. As Mitoma continues to forge new pathways in technology, his work stands as an inspiration for aspiring inventors and seasoned professionals alike.