Company Filing History:
Years Active: 2001
Title: Kazuma Soeta: Innovator in Communication Systems
Introduction: Kazuma Soeta, an inventive mind from Kooriyama, Japan, has made significant contributions to the field of communication technology. With a unique patent focused on surface acoustic wave-matched filters, Soeta stands out for his innovative approach to enhancing communication systems.
Latest Patents: Kazuma Soeta is credited with one notable patent, titled "Communication system using a surface acoustic wave-matched filter." This innovation involves a spectrum diffusion signal, which transmits data regarding the center frequency of an acoustic surface filter on the transmitter side, specifically orchestrated with a sweeping carrier frequency. Upon receiving the modulation signal, the receiver also transmits a corresponding spectrum diffusion signal, utilizing the center frequency of the surface acoustic wave-matched filter defined by the transmitter's modulation signal. This process continues with further transmission of spectrum diffusion signals that match the receiver's surface acoustic wave-matched filter frequency, optimizing communication processes.
Career Highlights: Currently, Kazuma works at Kazuo Tsubouchi, where he collaborates with like-minded innovators and engineers. His work revolves around refining communication methods, making substantial strides to enhance data transmission integrity and efficiency.
Collaborations: Throughout his career, Kazuma Soeta has teamed up with esteemed colleagues, including Kazuo Tsubouchi and Hiroaki Sasaki. These partnerships have fostered a creative environment where innovation thrives and leads to noteworthy advancements in technology.
Conclusion: As an inventive professional in the communication field, Kazuma Soeta is a key figure driving innovation through his patent on surface acoustic wave-matched filters. His contributions not only showcase his expertise but also his commitment to advancing communication technologies, making him a notable inventor in his field.