Jun Usami

Title: Jun Usami - Innovator in Optical Measurement Technologies

Introduction

Jun Usami is a notable inventor based in Osaka, Japan. He has made significant contributions to the field of optical measurement technologies. With a total of 2 patents, Usami's work focuses on enhancing measurement efficiency and accuracy.

Latest Patents

One of Usami's latest patents is an optical coordinate measuring device. This device is designed to improve measurement efficiency through a unique holding part of a measurement head. The installation part has a horizontal flat shape and is installed on an installation surface. The stand part extends upward from one end of the installation part, while a placement table is provided at the other end. The main imaging unit is detachably configured with respect to the stand part, allowing it to capture images of a previously set imaging region in a constant attitude.

Another significant patent is an optical displacement meter. This device accurately detects the displacement of an object by using a light-projecting part that selectively irradiates a workpiece with first and second light of differing polarization directions. Reflected light from the workpiece is then processed to create waveform data, which allows for precise detection of the position of the peak.

Career Highlights

Jun Usami is currently employed at Keyence Corporation, a leading company in the field of automation and measurement technologies. His work at Keyence has allowed him to develop innovative solutions that enhance the capabilities of optical measurement devices.

Collaborations

Usami collaborates with Michio Osaki, a talented coworker who contributes to the development of advanced measurement technologies. Their teamwork has led to the successful creation of innovative products that benefit various industries.

Conclusion

Jun Usami's contributions to optical measurement technologies through his patents and work at Keyence Corporation highlight his role as a significant innovator in the field. His inventions continue to push the boundaries of measurement efficiency and accuracy.