This inventor holds 1 USPTO granted patent. Top assignees: Aisin Corporation, Mitsubishi Gas Chemical Next Company, Inc., Toyobo Mc Corporation. Active years: 2026.
Data source: USPTO (United States Patent and Trademark Office) public patent records. Weekly synchronization. How IDiyas builds this profile
Company Filing History:

Years Active: 2026
Title: Motoki Kori and Rotor-Core Magnet-Fixing Innovation.
Introduction
Motoki Kori is an inventor associated with Kariya-city, Japan. His patent work addresses the materials and manufacturing processes used to secure magnets in rotating electric machine rotor cores. The available information lists 1 patent and identifies Mitsubishi Gas Chemical Next Company, Inc. and Aisin Corporation among the companies with which he has worked.
Latest Patents
Kori’s listed patent is titled “Crystalline Radical Polymerizable Composition for Fixing a Magnet of a Rotating Electric Machine Rotor Core, a Rotating Electric Machine Rotor Core Using the Composition, and a Method of Manufacturing the Rotating Electric Machine Rotor Core.”
The invention concerns a crystalline, radically polymerizable composition for fixing a magnet inserted into a magnet-accommodating portion of a rotor core made from laminated steel sheets. Its stated objective is to combine convenient handling around room temperature with good flow from injection through curing, while also providing strength in the cured product.
Career Highlights
The available career information connects Kori with Mitsubishi Gas Chemical Next Company, Inc. and Aisin Corporation. His listed patent focuses on a practical materials challenge in rotating electric machine manufacturing: reliably fixing rotor magnets while supporting efficient processing and strong cured bonds.
Collaborations
Kori’s listed coworkers include Tomohito Oyama and Yuichi Ozawa. Their names are associated with the professional context provided for his patent and career.
Conclusion
Motoki Kori’s listed invention applies crystalline radical-polymerizable materials to magnet fixation in laminated rotor cores, with an emphasis on handling, flow, and cured strength.
Data source: USPTO (United States Patent and Trademark Office) public patent records. Weekly synchronization. How IDiyas builds this profile