Kei Oohori

Title: **Innovator Kei Oohori: Pioneering Patents in Container Manufacturing**

Introduction

Kei Oohori, an inventive mind hailing from Yokohama, Japan, has made significant contributions to the field of container manufacturing. With a portfolio of six patents, Oohori’s innovations focus on improving manufacturing processes and enhancing the functionality of containers.

Latest Patents

Among Kei Oohori's latest patents is a **Manufacturing Method for Rectangular Can**. This patent outlines a process that allows for creating a rectangular can with precise angles between the step surface of the can's body and its inner wall, achieving an angle closer to 90 degrees. The method involves a step-forming process using a die positioned on the outer wall of the can, a mandrel to sandwich the sidewall, and a punch that compresses the material to form the step effectively.

Another noteworthy invention is the **Container, Lid Body and Method of Seaming a Container**. This invention tackles the challenges of seaming by minimizing load influences during the seaming process. The design includes a seaming flange at the container’s opening and a notched seaming curl, which helps facilitate a more effective sealing process, enhancing the container's integrity.

Career Highlights

Throughout his career, Kei Oohori has worked with reputable companies, including Toyo Seikan Kaisha, Ltd. and Nissan Motor Company Limited. His experiences in these organizations have shaped his understanding and approach to innovative manufacturing solutions.

Collaborations

Kei Oohori has collaborated with notable professionals in the field, including Sunao Morishita and Hisashi Katoh. These collaborations have likely fostered a rich exchange of ideas and contributed to his advancements in container manufacturing technology.

Conclusion

Kei Oohori’s inventive spirit and dedication to improving container technology have led to significant innovations in the manufacturing industry. His latest patents not only enhance the efficiency of the production processes but also ensure greater reliability in the functionality of containers, setting a benchmark for future developments in this field.