Hiromi Onoue

Title: Hiromi Onoue: Innovator in Machining Technology

Introduction

Hiromi Onoue is a notable inventor based in Kyoto, Japan. She has made significant contributions to the field of machining technology, particularly through her innovative patent. Her work has implications for the efficiency and effectiveness of machining processes.

Latest Patents

Hiromi Onoue holds a patent for a "Machining program transmission method and machining program transmission system." This system involves a control device of an NC machine tool, a transmission device, and a terminal device connected via an electrical communication line. The terminal device reads identification information of a machining program, which is attached to a medium. It also reads identification information of the NC machine tool, which is necessary for carrying out the machining. The terminal device transmits this information to the transmission device, which then sends the machining program corresponding to the program identification information to the NC machine tool. The control device of the NC machine tool receives and stores the machining program. This innovation enhances the communication and efficiency of machining operations.

Career Highlights

Throughout her career, Hiromi Onoue has worked with prominent companies in the machining industry. She has been associated with Nichidai Corporation and Mori Seiki Co., Ltd., where she has contributed her expertise in machining technology. Her experience in these companies has helped her refine her skills and develop her innovative ideas.

Collaborations

Hiromi has collaborated with notable colleagues, including Koji Kuga and Masahiro Komatsu. These collaborations have allowed her to expand her knowledge and contribute to various projects in the machining field.

Conclusion

Hiromi Onoue is a pioneering inventor whose work in machining technology has led to significant advancements in the industry. Her patent for a machining program transmission system exemplifies her innovative spirit and dedication to improving machining processes. Her contributions continue to influence the field and inspire future innovations.