Hiroaki Kyuno

Title: Hiroaki Kyuno: Innovator in Aerospace and Additive Manufacturing

Introduction

Hiroaki Kyuno is a prominent inventor based in Tokyo, Japan. He has made significant contributions to the fields of aerospace technology and additive manufacturing. With a total of two patents to his name, Kyuno's work reflects a commitment to innovation and engineering excellence.

Latest Patents

Kyuno's latest patents include a control surface for flying objects and a support member for additive manufacturing. The control surface invention focuses on controlling the attitude of a flying object. It features a skin that covers an internal space and a lattice structure that supports the skin. This lattice structure is designed to have mechanical strength that can be adjusted in both the surface length and width directions. For instance, the mechanical strength at the root of the control surface can be enhanced compared to other regions, optimizing performance.

The second patent pertains to a support member for additive manufacturing. This support is crucial for overhanging portions of three-dimensional objects during the manufacturing process. It includes a main body and a polishing channel that allows for the removal of the support without interfering with the manufactured object.

Career Highlights

Hiroaki Kyuno is currently employed at Mitsubishi Heavy Industries Limited, where he continues to push the boundaries of technology. His work at this esteemed company has allowed him to collaborate with other talented engineers and inventors, contributing to groundbreaking projects in aerospace and manufacturing.

Collaborations

Kyuno has worked alongside notable colleagues such as Keisuke Kamitani and Naoki Ogawa. Their combined expertise fosters an environment of innovation and creativity, leading to advancements in their respective fields.

Conclusion

Hiroaki Kyuno's contributions to aerospace technology and additive manufacturing exemplify the spirit of innovation. His patents not only enhance the functionality of flying objects but also improve the efficiency of additive manufacturing processes. Kyuno's work continues to inspire future advancements in technology.