Yokohama, Japan

Tadashi Ikawa


Average Co-Inventor Count = 4.0

ph-index = 2

Forward Citations = 34(Granted Patents)


Company Filing History:


Years Active: 1999-2000

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2 patents (USPTO):Explore Patents

Title: Innovations of Tadashi Ikawa

Introduction

Tadashi Ikawa is a notable inventor based in Yokohama, Japan. He has made significant contributions to the field of fluid measurement technology. With a total of 2 patents, his work focuses on ultrasonic flow meters that enhance the accuracy of fluid flow rate determination.

Latest Patents

Ikawa's latest patents include two innovative designs for ultrasonic flow meters. The first patent describes an ultrasonic flow meter that determines the flow rate of fluid through tubings. This device features a measuring tube with a constant diameter and two ring-shaped oscillators positioned longitudinally along the tube. One oscillator generates an ultrasonic wave, while the other detects it. The time taken for the wave to travel between the oscillators is measured, allowing for the calculation of fluid velocity.

The second patent also pertains to an ultrasonic flow meter, but it incorporates three ring-shaped oscillators. In this design, the central oscillator generates the ultrasonic wave, which is detected by both forward and rearward oscillators. The flow rate is then obtained by processing the detected waves through a comparator.

Career Highlights

Throughout his career, Tadashi Ikawa has worked with prominent companies such as Tokyo Keiso Co., Ltd. and Izumi Giken Co., Ltd. His experience in these organizations has contributed to his expertise in fluid measurement technologies.

Collaborations

Ikawa has collaborated with notable colleagues, including Kiyoshi Koyano and Yoshiko Usui. Their joint efforts have further advanced the development of innovative technologies in the field.

Conclusion

Tadashi Ikawa's contributions to ultrasonic flow meter technology demonstrate his commitment to innovation and precision in fluid measurement. His patents reflect a deep understanding of the complexities involved in determining fluid flow rates.

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