Yurina Amamoto

Title: Innovations by Yurina Amamoto: Pioneering Sensor Technology

Introduction

Yurina Amamoto, an accomplished inventor located in Kyoto, Japan, has made significant contributions to the field of sensor technology. With a total of four patents to her name, her work showcases innovative solutions for gas concentration measurement, combining precision engineering with practical applications.

Latest Patents

Yurina's most recent patents include advanced sensor designs that enhance gas detection capabilities. The first patent titled "Sensor and manufacturing method thereof" describes a sensor that incorporates a substrate with a major surface and a sensor part consisting of a gas flow path made of a porous material. This innovative sensor features a heater capable of heating the sensor part and a temperature sensor for measuring its temperature. The arrangement of these components allows for efficient overlap with the gas flow path, promoting improved functionality.

Another notable patent is the "Gas concentration measurement system and gas concentration measurement method." This invention outlines a system that employs a limiting current-type gas sensor integrated with a voltage source, current detector, and a gas concentration arithmetic unit. The system's design facilitates the identification of gas concentrations by analyzing limiting currents generated in response to varying applied voltages, offering a precise method for detecting gas concentrations.

Career Highlights

Yurina Amamoto currently works at Rohm Co., Ltd., where her expertise in sensor technology has fostered advancements in gas measurement techniques. Her dedication to innovation is evident in her patent contributions, which underline her role as a leading figure in her field.

Collaborations

In her quest for innovation, Yurina collaborates with talented colleagues like Shunsuke Akasaka and Ken Nakahara. Together, they share insights and expertise, driving the development of cutting-edge sensor technologies that have the potential to revolutionize gas detection and measurement.

Conclusion

Yurina Amamoto's contributions to sensor technology reflect her innovative spirit and dedication to advancing measurement systems. With her continued commitment to research and development, she is paving the way for future breakthroughs in the industry, leaving a lasting impact on the field of gas concentration measurement.