Company Filing History:
Years Active: 2023-2025
Title: **Naofumi Kasamatsu: Innovator in Acoustic Wave Technology**
Introduction
Naofumi Kasamatsu is a remarkable inventor based in Uji, Japan, known for his contributions to acoustic wave technology. With a current record of two patents, he demonstrates a consistent drive for innovation in his field. His work significantly advances communication apparatuses and filter elements, showcasing his expertise and dedication.
Latest Patents
Kasamatsu's latest patents revolve around an acoustic wave element, filter element, and communication apparatus. One of the key features of his invention includes a piezoelectric substrate paired with an IDT electrode. The IDT electrode is designed with a multilayer structure, featuring a first layer composed of aluminum that contains 10% or less of a sub-component, and a second layer made of a CuAl alloy. This innovative structure ensures that the acoustic wave element possesses excellent electric power resistance, marking a significant improvement in performance.
Career Highlights
Throughout his career, Naofumi Kasamatsu has honed his skills as an inventor while working at Kyocera Corporation. His involvement with such a prominent company highlights his status and influence in the technology sector. His commitment to innovation has led him to file crucial patents that strengthen the company's portfolio and contribute to advancements in communications technology.
Collaborations
Kasamatsu collaborates with talented individuals such as Masaki Nanbu and Hongnian Li, who share his passion for technological innovation. Their teamwork allows for a vibrant exchange of ideas and expertise, further enhancing the quality and impact of their inventions. Together, they strive to push the boundaries of what is possible in acoustic wave technology.
Conclusion
Naofumi Kasamatsu's innovative spirit and dedication to his work at Kyocera Corporation make him a noteworthy figure in the field of acoustic wave technology. His latest patents exemplify advancements that could shape the future of communication devices. As he continues to collaborate with skilled colleagues, the potential for further innovations from Kasamatsu remains promising.